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HomeMy WebLinkAboutPB Packet 2024-11-19
TOWN OF ITHACA PLANNING BOARD
Shirley A. Raffensperger Board Room, Town Hall
215 North Tioga Street
Ithaca, New York 14850
Tuesday, November 19, 2024 6:30 P.M.
Members of the public are welcome to attend in-person at Town Hall or virtually via Zoom. The public will have
an opportunity to see and hear the meeting live and provide comments in-person or through Zoom (by raising
hand icon) at https://us06web.zoom.us/j/83643764382.
If the public would like to attend the meeting for viewing purposes only, it is recommended to watch the livestream
video on YouTube (https://www.youtube.com/channel/UCC9vycXkJ6klVIibjhCy7NQ/live).
AGENDA
1. Consideration by the Town of Ithaca Planning Board of establishing itself as Lead Agency to coordinate the
environmental review of the proposed Cornell Game Farm Road Field Hockey Field project on Game Farm Road,
located immediately east of the existing Cornell soccer fields. The proposal involves constructing new field
hockey facilities in two phases, with phase one including the conversion of the existing grass practice field into a
synthetic turf field along with construction of a new driveway, formalized parking area, pedestrian amenities, and
two small support facilities (a 1,700 +/- square foot restroom/team room building, and a 480 +/- square foot press
box). The project also includes new lighting, landscaping, stormwater facilities, and other site improvements.
Phase two involves the construction of a clubhouse for the field hockey team, with locker rooms, meeting rooms,
physical therapy rooms, lounge, toilets, showers, and indoor synthetic turf training space. Phase two is projected
to be constructed within five years of the athletic field installation. The project is a Type I Action under the State
Environmental Quality Review Act and is subject to environmental review. Cornell University, Owner/Applicant;
Kimberly Michaels, TWM, a Fisher Associates Landscape Architecture Studio, Applicant/Agent.
2. Consideration of Preliminary and Final Site Plan Approval and Special Permit for a personal wireless service
facility located at 111 Wiedmaier Court, off Slaterville Road/NYS Route 79. The proposal involves the
construction of a 138' +/- monopole tower with 9 antennas, two equipment cabinets, a generator, and other
equipment within a 50' x 50' +/- chain link fenced area. The project is an Unlisted Action under the State
Environmental Quality Review Act and the Planning Board issued a negative determination of environmental
significance for the project on October 29, 2024. S. Roberts WC Land, LLC, Owner; Verizon Wireless,
Applicant; Jared C. Lusk, Nixon Peabody, LLP, Agent.
3. Persons to be heard.
4. Approval of Minutes.
5. Other Business.
6. Adjournment.
C.J. Randall
Director of Planning
607-273-1747
NOTE: IF ANY MEMBER OF THE PLANNING BOARD IS UNABLE TO ATTEND, PLEASE NOTIFY
CHRISTINE BALESTRA AT 607-273-1747 or CBALESTRA@TOWNITHACANY.GOV.
(A quorum of four (4) members is necessary to conduct Planning Board business.)
Accessing Meeting Materials Online
Site Plan and Subdivision applications and associated project materials are accessible electronically on the Town’s website at
https://townithacany.gov/meeting-calendar-agendas/ under the calendar meeting date.
1
DEPARTMENT OF PLANNING
215 N. Tioga St 14850
607.273.1747
www.town.ithaca.ny.us
TO: Planning Board Members
FROM: Chris Balestra, Senior Planner
DATE: November 12, 2024
RE: SEQR Lead Agency Declaration of Intent – Cornell Game Farm Rd Field Hockey Field
Enclosed please find materials related to the proposed Cornell Game Farm Road Field Hockey Field
project on Game Farm Road, located immediately east of the existing Cornell soccer fields at the
Game Farm Road Athletic Complex (also referenced as the Ellis Hollow Athletic Complex).
The proposal involves constructing new field hockey facilities in two phases, with phase one including
the conversion of the existing natural grass practice field (McGovern Field 3) into a synthetic turf field
along with construction of a new driveway, formalized parking area, pedestrian amenities, and two
small support facilities (a 1,700 +/- square foot restroom/team room building, and a 480 +/- square
foot press box). Phase two involves the construction of a clubhouse for the field hockey team, with
locker rooms, meeting rooms, physical therapy rooms, lounge, toilets, showers, and indoor synthetic
turf training space. Phase two is projected to be constructed within five years of the athletic field
installation. The project also includes new lighting, landscaping, stormwater facilities, and other site
improvements.
The attachments include:
1. Draft resolution – Town of Ithaca Planning Board declare intent to be Lead Agency in
environmental review.
2. Email from Planning Board member Liz Bageant.
3. Letter from Frank Rossi to City of Ithaca Planning & Development Board re: Meinig Fieldhouse
project.
4. Memo from the Town Conservation Board’s Environmental Review Committee, dated
November 8, 2024.
5. Cornell Game Farm Road Field Hockey Field Site Plan Report dated October 3, 2024.
6. Cornell Game Farm Road Field Hockey Field drawings dated September 27, 2024.
7. 2015 Cornell Game Farm Road Master Plan (recently discovered on Cornell’s website)
The project will encompass three parcels located within the Low Density Residential Zone (LDR) in the
Town of Ithaca. The proposed field hockey field use is permitted in the LDR Zone, following Site Plan
and Special Permit approval by the Planning Board. The project a is a Type I Action under the State
2
Environmental Quality Review Act and is subject to environmental review. Planning Board members
can expect the applicant to give an overview of the proposal at the meeting on November 19th.
The purpose of the meeting is for the Planning Board to declare their intent to be the Lead Agency in
the environmental review of the project and to give feedback to the applicant related to the project
(pursuant to Town Code § 270-185 B – sketch plan review). If the Board declares themselves the Lead
Agency on November 19th, then the next step in the process is for Planning staff to send a Lead
Agency concurrence letter (with the EAF and application materials) to all involved agencies to start
the official 30-day timeframe for agencies to respond.
Please feel free to contact me if you have questions regarding this proposal by phone at 273-1721,
extension 121, or by email at cbalestra@townithacany.gov.
Cc: Elisabete Godden, Project Manager, Cornell University, Facilities and Campus Services
Kimberly Michaels, Director of Landscape Architects, TWM, a Fisher Associates Landscape Architecture Studio
Leslie Schill, Director of Campus Planning, Cornell University, Office of the University Architect
PROPOSED RESOLUTION: Lead Agency – Declaration of Intent
Cornell Game Farm Road Field Hockey Field Project
Tax Parcel No.’s 62.-2-4, 62.-2-5, 62.-2-6
Game Farm Road
Town of Ithaca Planning Board
November 19, 2024
WHEREAS:
1. The Town of Ithaca Planning Board, at its meeting on November 19, 2024, considered a Sketch
Plan for the proposed Cornell Game Farm Road Field Hockey Field project on Game Farm
Road, located immediately east of the existing Cornell soccer fields at the Game Farm Road
Athletic Complex (also referenced as the Ellis Hollow Athletic Complex). The proposal
involves constructing new field hockey facilities in two phases, with phase one including the
conversion of the existing natural grass practice field (McGovern Field 3) into a synthetic turf
field along with construction of a new driveway, formalized parking area, pedestrian amenities,
and two small support facilities (a 1,700 +/- square foot restroom/team room building, and a 480
+/- square foot press box). Phase two involves the construction of a clubhouse for the field
hockey team, with locker rooms, meeting rooms, physical therapy rooms, lounge, toilets,
showers, and indoor synthetic turf training space. Phase two is projected to be constructed
within five years of the athletic field installation. The project also includes new lighting,
landscaping, stormwater facilities, and other site improvements. Cornell University,
Owner/Applicant; Kimberly Michaels, TWM, a Fisher Associates Landscape Architecture
Studio, Applicant/Agent;
2. The proposed project, which requires Site Plan approval and Special Permit by the Planning
Board, is a Type I action pursuant to the State Environmental Quality Review Act, 6 NYCRR
Part 617, and Chapter 148 of the Town of Ithaca Code regarding Environmental Quality
Review, because the proposal involves an activity, other than the construction of residential
facilities, that involves the physical alteration of 10 acres (6 NYCRR 617.4 (b) (6) (i)), and
parking for 100 vehicles (Town Code 148-5.C (3)); and
3. A Full Environmental Assessment Form, Part 1, has been submitted by the applicant, along with
a report containing a narrative and studies titled “Game Farm Road Field Hockey Field, Site
Plan Review Application Report,” dated October 3, 2024, prepared by Fisher Associates,
drawings titled “Game Farm Road Field Hockey Field, Cornell University,” dated 09-27-2024,
prepared by Sasaki, and other materials;
NOW, THEREFORE, BE IT RESOLVED:
That the Town of Ithaca Planning Board hereby proposes to establish itself as Lead Agency to
coordinate the environmental review of the proposed actions, as described above, and
BE IT FURTHER RESOLVED:
That the Town of Ithaca Planning Board hereby requests the concurrence of all involved agencies
on this proposed Lead Agency designation, said concurrence to be received by the Town of Ithaca
Planning Department by December 19, 2024.
ChrisBalestraFrom:LizBageantSent:Thursday,October31,20245:51AMTo:ChrisBalestraSubject:Artificialturfconsultant**wARNING**Thisemailcomesfromanoutsidesource.Pleaseverifythefromaddress,anyURLlinks,and/orattachments.AnyquestionspleasecontacttheITdepartmentHiChris,Itwasgreattoseeyouyesterday!Iwasthinkingabouttheideaofhiringaconsultanttosupportourdecision-makingaroundartificialturffields.YoumentionedFrankRossiyesterday,whoIthinkwouldbeusefultohearfrom(orreadhisreport).IalsothinkitwouldbehelpfulformeifwecouldfindsomeonewithexpertiseonPFAS,micro-plasticsandanyotherenvironmental/healthconcernsrelatedtoartificialturf.ThisfeelslikesuchatechnicalareaandthescienceisrapidlyevolvingandI’dappreciatehearingfromandbeingabletoaskquestionsofanexpertnotassociatedwiththeapplicantorthepublic.HappyThursday,Liz1
4(IThrneCALSCollegeofAgricultureIandLifeSciencesAugust29,2024CityofIthacaPlanningandDevelopmentBoard108E.GreenStIthaca,NY14850DearPlanningandDevelopmentBoard:IamawarethatthePlanningBoardiscurrentlyreviewinganewCornellfieldhouseprojectwithproposedsyntheticsurfacesandhasaskedformyinputontheproposal.Currently,thespaceispartiallyoccupiedbyanexistingsyntheticturffieldusedbywomen’svarsityFieldHockey,andanativesoil-basedfieldprimarilyusedbythemen’svarsitySprintFootballteaminthefallseason.Ecologically,duetolowlightlevels,thisfield’slocationmakesitverydifficulttoproducesafe,wear-tolerantnaturalgrasssurfacesunderexistingandprojectedhigh-usedemands.Syntheticturfsystemshaveadvantagesforusage,especiallyduringthespringsportsseason,thatsimplycannotbematchedbyanycurrentlyavailablenaturalgrasssystems.Balancingthevariouseconomic,social,andenvironmentalaspectsofnaturalandsyntheticsurfacesischallenging.Basingadecisiononasingleaspectofthetripartiterolethatplayingsurfacesmustsatisfywouldnotbewise.Thelackofavailableplayingsurfacesoncampuscreatesademandthatcannotbeachievedwithoutsyntheticsurfacesinthisclimate.Consideringcost,benefit,andenvironmentalconcerns,naturalgrasssystemscannotmeettheexpectedusedemandsofthesefieldsforspringsportsseasons,evenwithinvestmentsinthelatesttechnologyandnotconsideringenergyintensiveinputsofmowing,irrigation,andnutrientuse(wecurrentlymanagethefieldwithfewpesticides).Thelatesttechnologyisalsoveryexpensive,typicallyemployedonlybyprofessionalsportsteamsandmajorDivision1athleticsprogramsforcompetitionfieldsandinvolvesartificiallightingandtemperature-controlledrootzonesystemsusinghydronicsforheatingandcooling—practicesthatcomewithanassociatedenergyinputsandcarbonemissioncost.IsharetheconcernsofsomemembersofthepublicaboutthebroaderenvironmentalissuesofPFASandmicroplastics.AsforPFAS,thelatestresearchpapersindicatethateliminatingcrumbrubberinfillandswitchingtoplant-basedinfilladdressesmostofthoseconcerns.Whilethis
wouldhavetheeffectoflimitingsomeuseoftheoutdoorfieldinthecoldestwintermonthsduetofreezing,Ihavestronglyrecommendedtotheprojectteamthattheyconsiderthischangeanddevelopbestpracticesformanagingnaturalin-fillsurfaces.Onmicroplastics,arecentEuropeanstudyindicatesthatappropriate,nature-basedsolutionsexisttopreventmicroplasticsinwaterfromleavingthesite.ThesepracticesareincludedinthesefacilityplansattheeasternpartofthesiteneartheMeinigFieldhouse.Theproject’scivilengineershavestatedthatallwaterfallingontheoutdoorsyntheticturffieldlocatedatalowerelevationtothewest,willeitherinfiltratethroughthefieldorcollectintheFrenchdrainsaroundtheperimeter.Suchrunoffwillbesubsequentlyheldinanundergroundwaterdetentionandfiltrationsystemthatwillremovesediments,includingmicroplastics,downtoaparticlesizeof0.212millimeters.Thisisadequatetopreventmovementofmicroplasticsofftheplayingsurfaceinstormwater.Iappreciateyourinterestinhearingmyperspectiveontheseprojects.WhileIalwaysprefernaturalgrassfields,Irecognizethechallengespresentedbyusageneeds,climateandmicroclimate.Isupporttheproposedprojectandfeelsyntheticturfwithplant-basedinfihlistheappropriatechoiceforthissite.Sincerely,FrankS.Rossi,Ph.D.TheRichardC.CallDirectorAgriculturalSciencesMajor
To:Town of Ithaca Planning Board
From:The Town of Ithaca Conservation Board -Environmental Review Committee
Date:11/8/2024
RE:Cornell University Game Farm Road Field project
In reviewing the proposed application for the Cornell University Game Farm Road Field project the
Environmental Review Committee we acknowledge these publicly stated commitments.
Cornell is a global leader in sustainability and climate change research,teaching and engagement.Our
campuses are living laboratories for developing,testing and implementing solutions that address these
most challenging issues.-https://sustainability.cornell.edu/
The Town of Ithaca is committed to being a leader in sustainability…recognizing there will be multiple
benefits besides greenhouse gas reduction,including improved community health and economic vitality.
-https://townithacany.gov/departments/sustainability/
The Environmental Assessment section E.3.Designated Public Resources documents that this project
site is agriculture lands consisting of highly productive soils.How does distributing over 12 acres of
highly productive soils inclusive of flattening,compacting,and covering with a plastic product
demonstrate Cornell’s and the Town of Ithaca’s commitment to being leaders in sustainability?
The applicant states on pages 13 and 37 of their report:
●The synthetic turf will be reused or recycled at the end of its useful life,which is typically 8-12
years after installation.
●The proposed synthetic turf installed at Game Farm Road will meet the requirements set forth in
New York State Environmental Conservation Law,Section 27-3313(2).
Concerned citizens and organizations including PEER state that artificial turf (plastic carpet)cannot
currently be recycled.NYS Environmental Conservation Law,Section 27-3313 includes the requirement
to describe the methods to be used to reuse or recycle discarded carpet;describe the methods to be
used to manage or dispose of discarded carpet that cannot be recycled or reused.
Is the applicant able to elaborate with necessary specifics on their statements?For example,what is the
name of the waste disposal company they will be engaging;what methods do they use?Without
specifics,these claims are ambitious and not real.
We also share with this current applicant the same opinion shared with past applicants choosing to install
a plastic carpet (synthetic turf)field.
We acknowledge the concerns citizens have raised about the plastic carpet (artificial turf)installation in
our community.Citizens'worries include:the impact on our local environment with the leaching of
contaminants into our air,water,and soil;and,the impact on human health with the exposure to toxic
material.
There is a NYS Senate Bill S4693 in the NYS Senate Health Committee that is proposing an assessment
of the public health and environmental impacts'of the use of synthetic turf in indoor and outdoor settings
as well as a 2018 NYS DOH fact sheet that provides information about health and safety issues related
to this type of synthetic turf field.
Page 1 of 2
While environmental benefits to plastic carpet such as saving water have been documented,not much
attention has been given to artificial turf concerns.For example,the breakdown of the plastic carpet
during use produces smaller pieces,including microplastics,that may be carried long distances by the
wind,leach into water systems,storm drains,and contaminate the soil.And maintenance may require
application of hazardous antimicrobials.https://www.turi.org/artificial-turf-2
It’s imperative that our actions reflect our commitments to being leaders in sustainability.At this time,we
recommend not approving sketch plans.
Respectfully submitted,
Conservation Board
Lori Brewer (chair)
Frank Cantone
James Hamilton
Eva Hoffmann
Michael Roberts
Ingrid Zabel
Lindsay Dombroskie
Page 2 of 2
1Ficioc&iFrom:PollyParsons<prp66@cornell.edu>Sent:Tuesday,November12,202410:24AMTo:TownOfIthacaPlanningCc:NickiMooreSubject:SupportfortheConstructionoftheSyntheticTurfFieldonFarmRoad**WARNING**ThisemaiLcomesfromanoutsidesource.PLeaseverifythefromaddress,anyURLLinks,and/orattachments.AnyquestionspLeasecontacttheITdepartmentDearTownPlanningBoardMembers,Ihopethismessagefindsyouwell.MynameisPollyParsons,andIamasophomoreonCornellUniversity’sVarsityFieldHockeyteam.IamwritingtoexpressmystrongsupportfortheproposedsyntheticturffieldonFarmRoad,andtoencourageyourconsiderationofthisessentialproject.Theconstructionofasyntheticturffieldwouldgreatlyenhancethefieldhockeyteams’experienceatCornellbyprovidingaconsistentandreliablesurfaceforpracticesandcompetition.Unlikenaturalgrass,whichbecomesunusableinpoorweatherconditionsandduringcoldermonths,asyntheticturffieldwouldensurethatathletes,includingmyselfandmyteammates,haveasafe,accessiblefieldthroughouttheentireseason.HavingaccesstothisnewturffieldonFarmRoadwouldbeinstrumentalinsupportingourhealth,well-being,andathleticdevelopment.Theconsistencyofpracticingonasyntheticsurfacewillalsoreducetheriskofinjuryandimprovethequalityofourtraining,allowingustothrivebothonthefieldandacademically.Thankyouforyourtimeandconsideration.YoursupportwouldbeinvaluableinmakingthisvisionarealityforCornell’sfieldhockeyprogramandthebroadercampuscommunity.Bestregards,PollyParsons1
Game Farm Road Field Hockey Field
Site Plan Review Application Report
Cornell University
Ithaca, NY
October 3, 2024
This page has been intentionally left blank.
Cultivating our gifts to create a legacy of infrastructure that improves quality of life.
October 3, 2024
C.J. Randall, Director of Planning Department of Planning, Town of Ithaca
215 North Tioga Street
Ithaca, NY 14850
Re: Site Plan Review for Cornell University Game Farm Road Field Hockey field
Dear Director Randall:
Attached please find SEQR and site plan review materials for Cornell University’s proposed Field Hockey field on Game Farm Road.
The proposed Field Hockey field will provide Cornell’s field hockey athletes a much-needed NCAA-compliant synthetic turf field.
The project site is located between McGovern Soccer Fields and Game Farm Road.
Included in this booklet is the following:
Detailed Project Narrative
FEAF
Owner’s Authorization & Certification Form
Vehicle Tracking Fire Access Diagram
Lighting Cut Sheets
Photometrics Report
Environmental Sound Study
Traffic and Parking Analysis Memo
Geotechnical Report
Phase I Reconaissance Addendum Survey
G1-00 Site Plan
C100 Legend and Notes
C101 Existing Conditions Plan
C102 Erosion and Sediment Control Plan
C103 Utility and Demolition Plan
C104 Utility Plan
C105 Drainage Plan
C201, C202 Utility Details
C301 Utility Profiles
L0-01 General Notes
L1-01 Surface Protection and Removals
L1-02 Fire Access Routes
L2-01 Layout Plan
L3-01 Materials Plan
L4-01 Grading Plan
L4-02 Field Grading and Drainage
L5-01 Planting Plan
L5-02 Planting Schedule
L6-01 Site Lighting Plan
L6-02 Field Lighting Plan
L8-01, L8-02 Site Details
L9-00 Planting Details
L10-01, L10-02, L10-03 Field Details
A1-00 Overall Site Plan
A1-10 Construction Plan, RCP and Roof Plan
A1-11 Construction Plan, RCP and Roof Plan (Alternate)
A1-20 Construction Plan - Press Box and Team Shelters
A2-10 Exterior Elevations and Sections
A2-11 Exterior Elevations and Sections (Alternate)
Separately, a technical drawing set, in 11x17 and full-size, is provided and includes:
In addition, one full-size copy of the Draft Stormwater Pollution Prevention Plan (SWPPP) is provided under separate cover.
If you have any questions or require further information, please do not hesitate to call. We look forward to introducing the project to
the Town of Ithaca Planning Board at the November 19 meeting. At that meeting we are hoping to have the Board declare its intent to
act as Lead Agency pursuant to the State Environmental Quality Review Act (SEQRA).
Sincerely,
Kimberly Michaels
Director of Landscape Architecture
1001 W Seneca Street, Suite 201 • Ithaca, New York 14850 • 607.277.1400 • fisherassoc.com
Sasaki Associates
Project Architect and Landscape Architect
Fisher Associates Landscape Architecture Studio
Project Municipal Approvals
T.G. Miller, P.C.
Project Civil Engineer
R.F.S. Engineering
Project Mechanical, Electrical, and Plumbing Engineers
Cavanaugh Tocci
Audiovisual and Acoustics
Project Consultants
Table of Contents
Project Narrative ..................................................................................................................7
Full Environmental Assessment Form .................................................................................17
Supplemental Information ..................................................................................................33
Impact on Land ...............................................................................................................35
Impact on Water ..............................................................................................................35
Impact on Air ..................................................................................................................35
Impact on Plants, Animals & Agriculture ..........................................................................35
Impact on Aesthetic Resources ........................................................................................35
Impact on Historic, Cultural and Archaeological Resources ..............................................36
Impact on Open Space & Recreation ...............................................................................36
Impact on Critical Environmental and Unique Natural Areas ..............................................36
Impact on Transportation .................................................................................................36
Impact on Energy ............................................................................................................37
Impacts from Sound, Odor & Light ..................................................................................37
Impact on Human Health .................................................................................................37
Impact on Growth & Character of Community ..................................................................38
Impacts from Construction ..............................................................................................38
Appendices ........................................................................................................................40
Owner’s Authorization and Certification Form
Vehicle Tracking Fire Access Diagram
Lighting Cut Sheets
Photometrics Report
Environmental Sound Study
Geotechnical Report
Phase I Reconnaissance Addendum Survey (2024)
Technical Drawing Set (11x17)
Draft Stormwater Pollution Prevention Plan (SWPPP)(separate packet)
(separate packet)
This page has been intentionally left blank.
7
Project Narrative
8
Project Narrative
Project Summary
Cornell University is proposing to construct facilities for varsity field hockey at their Game Farm Road lands utilized for athletics.
Construction of the project is proposed in two phases. Phase one will provide Cornell’s field hockey athletes a much-needed, NCAA-
compliant synthetic turf field. The field is proposed on the site of an existing lightly utilized grass athletic field next to two improved grass
soccer fields known as McGovern Fields. Phase one will include a field hockey pitch, a new driveway, formalized parking, pedestrian
amenities, and small support facilities. The support facilities include a four-restroom building and a press box building.
An additional building (phase two) for field hockey is anticipated to move forward within five years of the athletic field installation. The
building will be a single-story clubhouse facility to serve the field hockey team. The clubhouse will include team locker rooms, offices,
meeting rooms, a physical therapy/training room, a lounge, toilets, showers, and an indoor training space. The indoor training space will
have a synthetic turf floor surface that matches the turf used for the exterior field hockey field and will be used for field hockey practice
during inclement weather.
The proposed septic system, storm water management system, and electrical transformer included in the phase one construction will be
sized to accommodate the needs of the future clubhouse. The enclosed documents and FEAF address the full project buildout (field and
clubhouse).
Project Purpose, Need, and Benefit
The proposed facilities will provide a new home for Cornell field hockey, primarily varsity athletes, while also serving club and camp
needs.
Location
The project site totals approximately 15.65 acres and is within three tax parcels in the Town of Ithaca (numbers 62.-2-6, 62.-2-5, and
62.-2-4). The limit of disturbance within the site is approximately 12.22 acres. The total acreage of the three parcels in which the project
site sits is approximately 123 acres. These parcels are adjacent additional Game Farm Road and East Hill Plaza Cornell lands that
comprise approximately 506 acres, per the County Assessment tax mapping.
Project Narrative
9
Figure: Project Location Map
Project Narrative
Setting
The proposed project site is situated next to McGovern soccer fields, adjacent to Game Farm Road, north of the NYSEG transmission
lines, and south of the tree line along Cascadilla Creek. Cornell’s soccer fields are located west of the site; the Cascadilla Creek Unique
Natural Area (see “Tompkins County Unique Natural Area” below) and the East Ithaca Recreation way trail are located north of the project
site; NYSDEC-owned Reynolds Game Farm is located east across Game Farm Road in the Town of Dryden; and Ellis Hollow Road is due
south of the site. Cornell’s Ithaca main campus is located approximately 1.5 miles northwest of the proposed project site.
Relationship to University Master Plan
Since the development of Cornell’s 2008 Campus Master Plan, the Game Farm Road area has been identified as a location for an athletics
complex. McGovern soccer fields were developed there almost 20 years ago and in 2022 Cornell constructed a new baseball facility on
the property. Cornell intends to slowly develop the Game Farm Road athletics complex, recognizing such development is dependent upon
future funding, based on athletics program priorities and needs. Varsity field sports are envisioned to be prioritized for Game Farm Road,
given their large footprints and, in some cases, specialized and/or limited use requirements. The proposed field hockey project is in line
with these high-level goals.
10
Zoning
The proposed field will be located within the Town of Ithaca LDR (Low Density Residential) Zoning District.
Town of Ithaca: Low Density Residential (LDR)
The project site is an allowed use with a special use permit in the LDR zone, as part of an institution of higher learning. It
is anticipated that this project will require a height and area variance for the scoreboard. Both the phase one and phase two
buildings will meet town height, setback, and lot coverage requirements.
Tompkins County Unique Natural Area
North of the project site lies the Cascadilla Woods and Fish Ponds Unique Natural Area (UNA-128). The field, earthwork, and
other improvements will be constructed south of UNA-128, outside of the UNA boundary. All site disturbance will be greater than
100 feet from the creek, as required by the Town of Ithaca’s stream setback law. Additionally, the stormwater management design
for the project will protect downstream water systems. No impacts to UNA-128 are anticipated as part of the proposed project.
Tompkins County GML 239 Review
The proposed project will require Tompkins County 239 Review, based on geographic location triggers for being within 500 feet
of the following: the boundary of any city, village or town as well as from a county road.
Project Narrative
Figure: Tompkins County Natural Areas Viewer
11
Site Development
Phase I will include the following:
• Field hockey pitch with synthetic turf
• 10,000 gallon water storage tank for field irrigation
• Electronic scoreboard
• Bleachers
• Site lighting and athletic field lighting
• Two camera poles
• Fencing around athletic field
• Two team dugouts
• Two buildings:
○one 1,700 sq ft building with four single-user restrooms and team room located near the field entrance walkway
○one two-story 480 sq ft press box, located at the field center line
• Paved two-lane driveway with roundabout (replacing gravel drive)
• 120 parking spaces, including 6 ADA spaces (replacing informal parking area)
• Accessible pedestrian circulation through the site; connecting all parking spaces with the existing and proposed fields
Project Narrative
Figure: Illustrated Site Plan
12
and buildings
• 8 bicycle racks, providing 16 bicycle parking spaces
• Native landscape plantings and trees to provide canopy cover to walkways and parking spaces
Phase II will include the following:
• One building (approximately 14,000 sq ft) south of the field that would house: offices and meeting rooms, team locker room, physical therapy/training room, lounge and a small indoor practice space with synthetic turf floor surface
Fire/Emergency Access
The project site will be accessible to fire and emergency vehicles from Game Farm Road. Fire and emergency access on the
project site will be provided via a 22-foot-wide main access drive with roundabout, and a 20-foot hammerhead turnaround
access. The Fire Apparatus Access Routes Plan is included in the technical drawing set, and the Vehicle Tracking Fire Access
diagram is included in the appendix.
Circulation
The existing circulation is characterized by gravel pathways that connect parking to the existing McGovern soccer fields and
building. Circulation to these facilities and the proposed field hockey facility will be improved by offering paved, formalized
parking spaces and accessible, paved pedestrian connections from the parking spaces to the McGovern fields and new field
hockey field.
Project Narrative
Figure: Site Circulation and ADA Parking Diagram
13
Parking
The proposed plan includes 120 car parking spaces and two bus parking pull-off spaces. This will accommodate the field hockey
team for practice and competition as well as both women’s and men’s soccer parking for practices, even if all three fields are in
use simultaneously.
Landscape
Natural landscape spaces around the access drive and walkways will include meadow grasses, grass swales, and a mix of
deciduous shade trees, evergreens, and flowering trees. Proposed trees will offer canopy cover to parking lots and walkways,
while groundcovers will provide visual seasonal interest to visitors and support green infrastructure practices proposed on the
site to manage stormwater runoff. A strong emphasis will be placed on using native, non-invasive plant material.
One pine tree (4” DBH) will be removed as part of the construction of this project. The project includes tree plantings adjacent to
the parking area and will result in a net addition of trees to the site.
Please refer to the planting plan and schedule within the technical drawing set for more information on planting species,
quantities, and locations.
Site Materials
All pedestrian walkways are proposed to be asphalt or concrete, with a minimum eight-foot width. The entrance walkway and fire
apparatus turnaround space will be specified for heavy-duty paving to support fire truck access. The driveway and parking spaces
will be asphalt. Other site materials include a black vinyl chain link fence with pedestrian and vehicular swing gates along the
field hockey field and 30-foot-high netting located at the north and south ends of the field hockey field, behind the goals.
The field hockey field is proposed as synthetic turf. Synthetic turf is the required standard for NCAA competitive field hockey
playing surfaces. All eighty-one (81) Collegiate Division 1 Field Hockey programs in the United States play on synthetic turf. All
global field hockey international competitions are played on Hockey Turf which is a synthetic turf or textile surface designed to
have the quality and performance characteristics required to allow the game of hockey to be played. The varsity field hockey field
will be composed of a synthetic turf system designed to comply with NCAA requirements for field hockey competition, and an
irrigation system meant to wet the field prior to play. The cross section of the proposed synthetic turf includes stone base, porous
asphalt, pad, and 1/2” dense tufted fibers; and will not not include rubber, sand, or infill of any kind. This material for the field
is required by NCAA. The synthetic turf will be reused or recycled at the end of its useful life, which is typically 8-12 years after
installation.
Lighting
The competition venue will include athletic field lighting. Four 70’ tall light poles are proposed. The fixtures will have sharp cut
off features to ensure light stays on the field and will have a color temperature of LED 5,700K – 75 CRI, per NCAA requirements
for play and recording. This is standard for athletic field lighting because warmer color temperatures, (such as 3,000K), make it
harder for athletes to see the ball. This lighting design is required per NCAA and promotes safety and playability.
Lighting for pedestrians will include twenty-two 20-foot pole-mounted fixtures. The fixtures will be dark sky compliant with color
a temperature of 3,000K. Site lighting levels have been designed for safety and security connecting primary pedestrian paths to
the facilities and parking areas. Light from these fixtures will not spill off-property.
Photometric plans, models, and cut sheets for the lighting are provided in the appendices and drawing set.
Signage
The project will seek a variance for signs at this site.
Project Narrative
14
Energy
The project will have limited energy needs. It will comply with the Ithaca Energy Code Supplement.
Site Utilities
Existing Conditions
NYSEG electric service is available along Game Farm Road and service is presently extended to the McGovern Fields soccer
facility. Additionally, NYSEG overhead transmission lines form a utility corridor with a 225’ wide easement that bisects the
project parcel, south of the proposed limits of disturbance for the proposed project.
Potable water for domestic, field irrigation, and fire protection uses is supplied from the Cornell University Zone 3 storage and
distribution system. An existing 8-inch water main extends from Ellis Hollow Road to the McGovern Fields. This main also serves
the facilities at the baseball field. Current system static pressure at McGovern Fields is approximately 95 psi.
Sanitary sewage generated by the current McGovern Fields Soccer Building is disposed of using an onsite wastewater treatment
system (OWTS). This septic system was designed and permitted for a daily loading of 260 gallons. Given the limited capacity of
this OWTS, adding sewage loads for proposed project plumbing fixtures is not being considered.
Proposed Improvements
The new electrical service for the Field Hockey venue will be a 300A, 480/277V, 3PH, 4W underground service. A new 500kVA
exterior pad mounted transformer furnished by NYSEG will be provided to serve the facility. Two five-inch conduits from a new
riser pole on Game Farm Road will connect to the pad-mount transformer. Telecommunications services will be extended to
the Field Hockey venue from the existing soccer facility. Services will include multi-pair copper and fiber optic cable. Two
concrete-encased, four-inch conduits will be routed underground with telecommunications services from the existing duct bank
system at the soccer facility.
Potable water for domestic, fire protection, and field hockey field watering purposes will be supplied from the Cornell University
Zone 3 distribution grid. Approximately 835 feet of new 8-inch diameter piping will be extended from the existing main located
adjacent to the west end of the McGovern soccer building and will terminate at the south end of the proposed field near the
intersection of the emergency access path and the new parking lot/drive. A 6” main will then be extended from the proposed
8” main to the proposed restroom building mechanical room. The future water service for the phase II building will be able to
be connected to the proposed 8” main. All new water mains and fittings greater than 6-inch diameter will be butt-fused HDPE
(ductile iron pipe size). One fire hydrant will be provided and located at the end of the new 8-inch water main however, the final
location of the fire hydrant will be coordinated with the Town Code Enforcement Officer. The distribution main will be protected
from the Field Hockey watering system with an approved backflow prevention assembly.
Sanitary sewage collected from the plumbing fixtures within both the proposed restroom building and the phase II building will
be directed to a new onsite wastewater treatment system (OWTS) consisting of a 3,500-gallon septic tank and mound absorption
bed. Effluent from the septic tank will be lifted to the absorption bed using a 1.5-2-HP duplex effluent pump station. The wet
well capacity of the pump station will be sized to accommodate the differential volume between the maximum day loading and
the metered daily discharge to the absorption system. The mound absorption system will be located along the south side of the
proposed parking facility. The OWTS is sized using the New York State Department of Environmental Conservation’s (NYSDEC)
Design Standards for Intermediate Sized Wastewater Treatment Systems and will accommodate a projected maximum daily load
of 2,300 GPD. This loading rate accounts for spectators, athletes, officials, and venue staff using the restrooms at the rate of 5
gallons/person/day. A loading rate of 20 gallons/person/day will be applied to the population of athletes anticipated to use the
shower facilities in the phase II building.
Due to the maximum daily loading rate of the OWTS being greater than 1,000 GPD, a State Pollutant Discharge Elimination
Systems (SPDES) permit from the NYSDEC, as well as an Onsite Wastewater Treatment System construction permit from the
Tompkins County Health Department (TCHD), will be obtained. A Sanitary Sewer Exemption request must be submitted to and
approved by the Town of Ithaca prior to issuance of either the TCHD construction permit or NYSDEC SPDES permit. With respect
Project Narrative
15
to the Sanitary Sewer Exemption, the exemption justifications submitted by Cornell University in 2022 for the Booth Baseball
Field are equally applicable, if not more so, to the proposed Field Hockey Field project. As such, Cornell University will prepare
a formal request to the Town Board seeking approval of the exemption and will provide the Town Engineering Staff with additional
information specific to this site.
Site Stormwater Management
Existing Conditions
Presently, stormwater runoff from the project site is collected and conveyed to multiple outfall locations along Cascadilla
Creek by a system of swales, drainage inlets, and pipes. There are two existing wet ponds located at the north end of the site
that function as stormwater management practices. These ponds were constructed as part of the original McGovern soccer
fields project and are intended to provide both water quality treatment and detention. The geotechnical investigation that was
performed in support of the McGovern Soccer Fields project reported that onsite soils are predominantly silt mixed with clay and
trace amounts of sand. Percolation testing was also performed as part of the investigation and indicated poor soil permeability.
The topography throughout the site is relatively flat and does not exceed 4-5% slope. The project site is not located within a
floodplain.
Proposed Improvements
Stormwater Stormwater drainage improvements in support of the proposed synthetic turf field, buildings, and parking/drive
areas will include a system of drainage inlets, manholes, underdrains, roof leader connections, and swales. Drainage patterns
will remain consistent with the existing conditions to the maximum extent possible. Discharge rates will be controlled in order to
reduce, or, at a minimum, match existing rates. Permanent stormwater management practices will be used to meet stormwater
regulations.
Total soil disturbance will be greater than 1 acre and therefore the project will be required to prepare a Full Stormwater Pollution
Prevention Plan (SWPPP) in compliance with the NYSDEC’s General Permit for Stormwater Discharges from Construction Activity
as well as the Town of Ithaca stormwater regulations. The SWPPP will include requirements for temporary erosion and sediment
control practices to be installed and maintained during construction, and contain additional requirements for the construction,
operation, and maintenance of permanent practices. Obtaining permit coverage for stormwater discharges under the general
permit will require submission to the NYSDEC of a Notice-of-Intent along with an MS4 SWPPP Acceptance Form approved by
the Town of Ithaca Stormwater Management Officer.
All water falling on the synthetic turf field hockey field will infiltrate through the field. To provide enhanced particle removal, the
stormwater runoff originating from the proposed synthetic turf field hockey field will be conveyed to a proprietary stormwater
filter practice. The filter practice uses a series of high surface area membrane filter cartridges capable of removing physical
particulates of 0.025 mm or larger.
Runoff from the site will be conveyed to an extended detention shallow wetland (EDSW) designed to provide detention storage
for the 1% chance storm event. To ensure stormwater quality treatment, two vegetated bioretention filters will fulfill the required
Runoff Reduction Volume (RRv) and a portion of the Water Quality Volume (WQv) while the EDSW will provide the remainder
of the WQv. To provide enhanced particle removal, the stormwater runoff originating from the proposed synthetic turf field will
be conveyed to a proprietary stormwater filter practice. The filter practice uses a series of high surface area membrane filter
cartridges capable of removing physical particulates of 0.025 mm or larger. Additionally, two existing stormwater wet ponds
previously constructed at the north end of the fields will be replaced with the new EDSW. The stormwater detention and treatment
capacity inherent in those two ponds will be replicated in the EDSW. Stormwater discharge from the EDSW will be directed to
Cascadilla Creek via the western existing overland drainage course, while the eastern drainage course will be discontinued.
Discharge rates from the site will be controlled using an outlet control structure to match the existing rates. The stormwater
management practices have been sized to mitigate all phases of the project and adhere to the requirements outlined in the 2015
NYSDEC stormwater design manual.
Refer to the project Stormwater Pollution Prevention Plan (SWPPP) for detailed watershed analysis and practice design
computations.
Project Narrative
Figure: Stormwater Management Diagram
16
Project Narrative
17
Full Environmental
Assessment Form
FEAF 2019
Full Environmental Assessment Form
Part 1 - Project and Setting
Instructions for Completing Part 1
Part 1 is to be completed by the applicant or project sponsor. Responses become part of the application for approval or funding,
are subject to public review, and may be subject to further verification.
Complete Part 1 based on information currently available. If additional research or investigation would be needed to fully respond to
any item, please answer as thoroughly as possible based on current information; indicate whether missing information does not exist,
or is not reasonably available to the sponsor; and,when possible, generally describe work or studies which would be necessary to
update or fully develop that information.
Applicants/sponsors must complete all items in Sections A & B. In Sections C, D & E, most items contain an initial question that
must be answered either “Yes”or “No”. If the answer to the initial question is “Yes”, complete the sub-questions that follow. If the
answer to the initial question is “No”,proceed to the next question. Section F allows the project sponsor to identify and attach any
additional information. Section G requires the name and signature of the applicant or project sponsor to verify that the information
contained in Part 1is accurate and complete.
A.Project and Applicant/Sponsor Information.
Name of Action or Project:
Project Location (describe, and attach a general location map):
Brief Description of Proposed Action (include purpose or need):
Name of Applicant/Sponsor: Telephone:
E-Mail:
Address:
City/PO:State:Zip Code:
Project Contact (if not same as sponsor; give name and title/role): Telephone:
E-Mail:
Address:
City/PO:State:Zip Code:
Property Owner (if not same as sponsor): Telephone:
E-Mail:
Address:
City/PO:State:Zip Code:
Page 1 of 13
Cornell Field Hockey field
On the west side of Game Farm Road,between the road and McGovern Fields;Town Parcel #62.-2-6 and #62.-2-5
Cornell University is proposing to construct facilities for varsity field hockey at their Game Farm Road lands utilized for athletics.Construction of the project is proposed in two
phases.Phase one will provide Cornell’s field hockey athletes a much-needed,NCAA-compliant synthetic turf field.The field is proposed on the site of an existing lightly utilized
grass athletic field next to two improved grass soccer fields known as McGovern Fields.Phase one will include a field hockey pitch,a new driveway,formalized parking,
pedestrian amenities,and small support facilities.The support facilities include a four-restroom building and a press box building.
An additional building (phase two)for field hockey is anticipated to move forward within five years of the athletic field installation.The building will be a single-story clubhouse
facility to serve the field hockey team.The clubhouse will include team locker rooms,offices,meeting rooms,a physical therapy/training room,a lounge,toilets,showers,and an
indoor training space.The indoor training space will have a synthetic turf floor surface that matches the turf used for the exterior field hockey field and will be used for field
hockey practice during inclement weather.
The proposed septic system,storm water management system,and electrical transformer included in the phase one construction will be sized to accommodate the needs of the
future clubhouse.The enclosed documents and FEAF address the full project buildout (field and clubhouse).
Kimberly Michaels
607.227.1400
kmichaels@fisherassoc.com
1001 W.Seneca Street,Suite 201
Ithaca NY 14850
Elisabete Godden,Project Manager
607.255.2478
egodden@cornell.edu
102 Humphries Service Building
Ithaca NY 14853
Cornell University
Ithaca NY 14850
B.Government Approvals
B.Government Approvals, Funding, or Sponsorship. (“Funding” includes grants, loans, tax relief, and any other forms of financial
assistance.)
Government Entity If Yes: Identify Agency and Approval(s)
Required
Application Date
(Actual or projected)
a.City Council, Town Board,9 Yes 9 No
or Village Board of Trustees
b. City, Town or Village 9 Yes 9 No
Planning Board or Commission
c. City, Town or 9 Yes 9 No
Village Zoning Board of Appeals
d.Other local agencies 9 Yes 9 No
e. County agencies 9 Yes 9 No
f. Regional agencies 9 Yes 9 No
g.State agencies 9 Yes 9 No
h. Federal agencies 9 Yes 9 No
i. Coastal Resources.
i. Is the project site within a Coastal Area, or the waterfront area of a Designated Inland Waterway?9 Yes 9 No
ii. Is the project site located in a community with an approved Local Waterfront Revitalization Program?9 Yes 9 No
iii. Is the project site within a Coastal Erosion Hazard Area?9 Yes 9 No
C.Planning and Zoning
C.1. Planning and zoning actions.
Will administrative or legislative adoption, or amendment of a plan, local law, ordinance, rule or regulation be the 9 Yes 9 No
only approval(s) which must be granted to enable the proposed action to proceed?
•If Yes, complete sections C, F and G.
•If No, proceed to question C.2 and complete all remaining sections and questions in Part 1
C.2. Adopted land use plans.
a. Do any municipally- adopted (city, town, village or county) comprehensive land use plan(s) include the site 9 Yes 9 No
where the proposed action would be located?
If Yes, does the comprehensive plan include specific recommendations for the site where the proposed action 9 Yes 9 No
would be located?
b.Is the site of the proposed action within any local or regional special planning district (for example: Greenway;9 Yes 9 No
Brownfield Opportunity Area (BOA); designated State or Federal heritage area; watershed management plan;
or other?)
If Yes, identify the plan(s):
_______________________________________________________________________________________________________
________________________________________________________________________________________________________
________________________________________________________________________________________________________
c. Is the proposed action located wholly or partially within an area listed in an adopted municipal open space plan,9 Yes 9 No
or an adopted municipal farmland protection plan?
If Yes, identify the plan(s):
________________________________________________________________________________________________________
________________________________________________________________________________________________________
________________________________________________________________________________________________________
Page 2 of 13
(Future Land Use designation is "campus")
Town Board: Sewer Exemption
Town Planning Board: SEQR, Site Plan Approval,
Special Use Permit
ZBA: Sign Variance
TCHD OWTS Construction Permit; Tompkins
County GML 239M Review
NYSDEC: Stormwater Permit; OWTS SPDES
Permit
C.3. Zoning
a.Is the site of the proposed action located in a municipality with an adopted zoning law or ordinance.9 Yes 9 No
If Yes, what is the zoning classification(s) including any applicable overlay district?
_________________________________________________________________________________________________________
_________________________________________________________________________________________________________
b.Is the use permitted or allowed by a special or conditional use permit?9 Yes 9 No
c. Is a zoning change requested as part of the proposed action?9 Yes 9 No
If Yes,
i.What is the proposed new zoning for the site? ___________________________________________________________________
C.4. Existing community services.
a. In what school district is the project site located? ________________________________________________________________
b. What police or other public protection forces serve the project site?
_________________________________________________________________________________________________________
c.Which fire protection and emergency medical services serve the project site?
__________________________________________________________________________________________________________
d.What parks serve the project site?
__________________________________________________________________________________________________________
__________________________________________________________________________________________________________
D.Project Details
D.1. Proposed and Potential Development
a.What is the general nature of the proposed action (e.g., residential, industrial, commercial, recreational; if mixed, include all
components)?
_________________________________________________________________________________________________________
b.a. Total acreage of the site of the proposed action?_____________ acres
b.Total acreage to be physically disturbed?_____________ acres
c. Total acreage (project site and any contiguous properties) owned
or controlled by the applicant or project sponsor?_____________ acres
c. Is the proposed action an expansion of an existing project or use?9 Yes 9 No
i.If Yes, what is the approximate percentage of the proposed expansion and identify the units (e.g., acres, miles, housing units,
square feet)? % ____________________ Units: ____________________
d.Is the proposed action a subdivision, or does it include a subdivision?9 Yes 9 No
If Yes,
i.Purpose or type of subdivision? (e.g., residential, industrial, commercial; if mixed, specify types)
________________________________________________________________________________________________________
ii.Is a cluster/conservation layout proposed?9 Yes 9 No
iii.Number of lots proposed? ________
iv.Minimum and maximum proposed lot sizes? Minimum __________ Maximum __________
e.Will the proposed action be constructed in multiple phases?9 Yes 9 No
i.If No, anticipated period of construction: _____ months
ii.If Yes:
•Total number of phases anticipated _____
•Anticipated commencement date of phase 1 (including demolition) _____ month _____ year
•Anticipated completion date of final phase _____ month _____year
•Generally describe connections or relationships among phases, including any contingencies where progress of one phase may
determine timing or duration of future phases: _______________________________________________________________
____________________________________________________________________________________________________
____________________________________________________________________________________________________
Page 3 of 13
LDR -Low Density Residential
Ithaca City School District
Cornell Campus Police,Tompkins County Sheriff
Ithaca Fire District #1,Bangs Ambulance
East Hill Recreation Way
Recreational -Field Hockey Field
15.65
12.22
506
2
3 2025
tbd tbd
It is anticipated that within five years,the phase two building could move forward.
If so,it would likely take 12-18 months to complete.The infrastructure proposed for phase I is sized to accommodate phase II.
f. Does the project include new residential uses?9 Yes 9 No
If Yes, show numbers of units proposed.
One Family Two Family Three Family Multiple Family (four or more)
Initial Phase ___________ ___________ ____________ ________________________
At completion
of all phases ___________ ___________ ____________ ________________________
g. Does the proposed action include new non-residential construction (including expansions)?9 Yes 9 No
If Yes,
i. Total number of structures ___________
ii.Dimensions (in feet) of largest proposed structure: ________height; ________width; and _______ length
iii.Approximate extent of building space to be heated or cooled: ______________________ square feet
h. Does the proposed action include construction or other activities that will result in the impoundment of any 9 Yes 9 No
liquids, such as creation of a water supply, reservoir, pond, lake, waste lagoon or other storage?
If Yes,
i.Purpose of the impoundment: ________________________________________________________________________________
ii.If a water impoundment, the principal source of the water: 9 Ground water 9 Surface water streams 9 Other specify:
_________________________________________________________________________________________________________
iii.If other than water, identify the type of impounded/contained liquids and their source.
_________________________________________________________________________________________________________
iv.Approximate size of the proposed impoundment. Volume: ____________ million gallons; surface area: ____________ acres
v.Dimensions of the proposed dam or impounding structure: ________ height; _______ length
vi.Construction method/materials for the proposed dam or impounding structure (e.g., earth fill, rock, wood, concrete):
________________________________________________________________________________________________________
D.2. Project Operations
a. Does the proposed action include any excavation, mining, or dredging, during construction, operations, or both? 9 Yes 9 No
(Not including general site preparation, grading or installation of utilities or foundations where all excavated
materials will remain onsite)
If Yes:
i .What is the purpose of the excavation or dredging? _______________________________________________________________
ii.How much material (including rock, earth, sediments, etc.) is proposed to be removed from the site?
•Volume (specify tons or cubic yards): ____________________________________________
•Over what duration of time? ____________________________________________________
iii.Describe nature and characteristics of materials to be excavated or dredged, and plans to use, manage or dispose of them.
________________________________________________________________________________________________________
________________________________________________________________________________________________________
iv.Will there be onsite dewatering or processing of excavated materials? 9 Yes 9 No
If yes, describe. ___________________________________________________________________________________________
________________________________________________________________________________________________________
v.What is the total area to be dredged or excavated? _____________________________________acres
vi.What is the maximum area to be worked at any one time? _______________________________ acres
vii.What would be the maximum depth of excavation or dredging? __________________________ feet
viii.Will the excavation require blasting?9 Yes 9 No
ix.Summarize site reclamation goals and plan: _____________________________________________________________________
________________________________________________________________________________________________________
________________________________________________________________________________________________________
b. Would the proposed action cause or result in alteration of, increase or decrease in size of, or encroachment 9 Yes 9 No
into any existing wetland, waterbody, shoreline, beach or adjacent area?
If Yes:
i.Identify the wetland or waterbody which would be affected (by name, water index number, wetland map number or geographic
description): ______________________________________________________________________________________________
_________________________________________________________________________________________________________
Page 4 of 13
3
20'-0"97'-0"165'-0"
14,400
Stormwater detention and treatment
N/A
N/A
1.0 0.72
5'-14'375'
Traditional construction techniques associated with the installation of a compacted earth fill embankment for stormwater mitigation
ii.Describe how the proposed action would affect that waterbody or wetland, e.g. excavation,fill, placement of structures, or
alteration of channels,banks and shorelines.Indicate extent of activities, alterations and additions in square feet or acres:
_________________________________________________________________________________________________________
_________________________________________________________________________________________________________
_________________________________________________________________________________________________________
_________________________________________________________________________________________________________
iii.Will the proposed action cause or result in disturbance to bottom sediments?Yes 9 No
If Yes,describe: __________________________________________________________________________________________
iv.Will the proposed action cause or result in the destruction or removal of aquatic vegetation? 9 Yes 9 No
If Yes:
•acres of aquatic vegetation proposed to be removed: ___________________________________________________________
•expected acreage of aquatic vegetation remaining after project completion:________________________________________
•purpose of proposed removal (e.g. beach clearing, invasive species control, boat access): ____________________________
____________________________________________________________________________________________________
•proposed method of plant removal: ________________________________________________________________________
•if chemical/herbicide treatment will be used, specify product(s): _________________________________________________
v.Describe any proposed reclamation/mitigation following disturbance: _________________________________________________
_________________________________________________________________________________________________________
c.Will the proposed action use, or create a new demand for water?9 Yes 9 No
If Yes:
i.Total anticipated water usage/demand per day: __________________________ gallons/day
ii.Will the proposed action obtain water from an existing public water supply?9 Yes 9 No
If Yes:
•Name of district or service area: _________________________________________________________________________
•Does the existing public water supply have capacity to serve the proposal?9 Yes 9 No
•Is the project site in the existing district?9 Yes 9 No
•Is expansion of the district needed?9 Yes 9 No
•Do existing lines serve the project site?9 Yes 9 No
iii.Will line extension within an existing district be necessary to supply the project?9 Yes 9 No
If Yes:
•Describe extensions or capacity expansions proposed to serve this project: ________________________________________
____________________________________________________________________________________________________
•Source(s) of supply for the district: ________________________________________________________________________
iv.Is a new water supply district or service area proposed to be formed to serve the project site?9 Yes 9 No
If, Yes:
•Applicant/sponsor for new district: ________________________________________________________________________
•Date application submitted or anticipated: __________________________________________________________________
•Proposed source(s) of supply for new district: _______________________________________________________________
v.If a public water supply will not be used, describe plans to provide water supply for the project: ___________________________
_________________________________________________________________________________________________________
vi.If water supply will be from wells (public or private),what is the maximum pumping capacity: _______ gallons/minute.
d. Will the proposed action generate liquid wastes?9 Yes 9 No
If Yes:
i.Total anticipated liquid waste generation per day: _______________ gallons/day
ii.Nature of liquid wastes to be generated (e.g., sanitary wastewater, industrial; if combination, describe all components and
approximate volumes or proportions of each): __________________________________________________________________
_________________________________________________________________________________________________________
_________________________________________________________________________________________________________
iii.Will the proposed action use any existing public wastewater treatment facilities? 9 Yes 9 No
If Yes:
•Name of wastewater treatment plant to be used: _____________________________________________________________
•Name of district: ______________________________________________________________________________________
•Does the existing wastewater treatment plant have capacity to serve the project?9 Yes 9 No
•Is the project site in the existing district?9 Yes 9 No
•Is expansion of the district needed?9 Yes 9 No
Page 5 of 13
950 Domestic consumption only)
Cornell University Water System (NYSDEC Permit #: 7-5030-00008/00007)
A new 8" HDPE water main will be connected to the existing system located at the McGovern Soccer Building and extended to the project.
Fall Creek via the Cornell University Water Filtration Plant
N/A
N/A
N/A
A public water supply will be used for the proposed project.
N/A
950
Sanitary wastewater
N/A
N/A
•Do existing sewer lines serve the project site?9 Yes 9 No
•Will a line extension within an existing district be necessary to serve the project?9 Yes 9 No
If Yes:
•Describe extensions or capacity expansions proposed to serve this project: ____________________________________
____________________________________________________________________________________________________
____________________________________________________________________________________________________
iv.Will a new wastewater (sewage) treatment district be formed to serve the project site?9 Yes 9 No
If Yes:
•Applicant/sponsor for new district: ____________________________________________________________________
•Date application submitted or anticipated: _______________________________________________________________
•What is the receiving water for the wastewater discharge? __________________________________________________
v.If public facilities will not be used, describe plans to provide wastewater treatment for the project, including specifying proposed
receiving water (name and classification if surface discharge or describe subsurface disposal plans):
________________________________________________________________________________________________________
________________________________________________________________________________________________________
vi.Describe any plans or designs to capture, recycle or reuse liquid waste: _______________________________________________
________________________________________________________________________________________________________
________________________________________________________________________________________________________
e.Will the proposed action disturb more than one acre and create stormwater runoff, either from new point 9 Yes 9 No
sources (i.e. ditches, pipes, swales, curbs, gutters or other concentrated flows of stormwater) or non-point
source (i.e. sheet flow) during construction or post construction?
If Yes:
i.How much impervious surface will the project create in relation to total size of project parcel?
_____ Square feet or _____ acres (impervious surface)
_____ Square feet or _____ acres (parcel size)
ii.Describe types of new point sources. __________________________________________________________________________
_________________________________________________________________________________________________________
iii.Where will the stormwater runoff be directed (i.e. on-site stormwater management facility/structures, adjacent properties,
groundwater, on-site surface water or off-site surface waters)?
________________________________________________________________________________________________________
________________________________________________________________________________________________________
•If to surface waters, identify receiving water bodies or wetlands: ________________________________________________
____________________________________________________________________________________________________
____________________________________________________________________________________________________
•Will stormwater runoff flow to adjacent properties?9 Yes 9 No
iv.Does the proposed plan minimize impervious surfaces, use pervious materials or collect and re-use stormwater?9 Yes 9 No
f.Does the proposed action include, or will it use on-site,one or more sources of air emissions, including fuel 9 Yes 9 No
combustion, waste incineration, or other processes or operations?
If Yes, identify:
i.Mobile sources during project operations (e.g., heavy equipment, fleet or delivery vehicles)
_________________________________________________________________________________________________________
ii.Stationary sources during construction (e.g., power generation, structural heating, batch plant, crushers)
________________________________________________________________________________________________________
iii.Stationary sources during operations (e.g., process emissions, large boilers, electric generation)
________________________________________________________________________________________________________
g.Will any air emission sources named in D.2.f (above), require a NY State Air Registration, Air Facility Permit,9 Yes 9 No
or Federal Clean Air Act Title IV or Title V Permit?
If Yes:
i.Is the project site located in an Air quality non-attainment area? (Area routinely or periodically fails to meet 9 Yes 9 No
ambient air quality standards for all or some parts of the year)
ii.In addition to emissions as calculated in the application, the project will generate:
•___________Tons/year (short tons) of Carbon Dioxide (CO2)
•___________Tons/year (short tons) of Nitrous Oxide (N2O)
•___________Tons/year (short tons) of Perfluorocarbons (PFCs)
•___________Tons/year (short tons) of Sulfur Hexafluoride (SF6)
•___________Tons/year (short tons) of Carbon Dioxide equivalent of Hydroflourocarbons (HFCs)
•___________Tons/year (short tons) of Hazardous Air Pollutants (HAPs)
Page 6 of 13
N/A
A septic system that includes a subsurface mound absorption bed, septic tank, and pump station will be installed to provide wastewater treatment for the project.
The required onsite wastewater treatment system construction permit will be applied for and obtained from the Tompkins County Health Department.
N/A
3.47
123
Driveway/parking drainage system, swales, athletic field underdrains
Runoff will be collected via a system of drainage inlets, swales, and underdrains; then directed to two bioretention filters and an extended detention
shallow wetland before being released to Cascadilla Creek. Existing drainage patterns and rates will be maintained.
Cascadilla Creek
h.Will the proposed action generate or emit methane (including, but not limited to, sewage treatment plants,9 Yes 9 No
landfills, composting facilities)?
If Yes:
i.Estimate methane generation in tons/year (metric): ________________________________________________________________
ii. Describe any methane capture, control or elimination measures included in project design (e.g., combustion to generate heat or
electricity, flaring): ________________________________________________________________________________________
_________________________________________________________________________________________________________
i.Will the proposed action result in the release of air pollutants from open-air operations or processes, such as 9 Yes 9 No
quarry or landfill operations?
If Yes: Describe operations and nature of emissions (e.g., diesel exhaust, rock particulates/dust):
_________________________________________________________________________________________________________
_________________________________________________________________________________________________________
j.Will the proposed action result in a substantial increase in traffic above present levels or generate substantial 9 Yes 9 No
new demand for transportation facilities or services?
If Yes:
i.When is the peak traffic expected (Check all that apply): Morning Evening Weekend
Randomly between hours of __________ to ________.
ii.For commercial activities only, projected number of truck trips/day and type (e.g., semi trailers and dump trucks): _____________
________________________________________________________________________________________________________
iii.Parking spaces: Existing ___________________Proposed ___________Net increase/decrease _____________________
iv.Does the proposed action include any shared use parking?Yes No
v.If the proposed action includes any modification of existing roads, creation of new roads or change in existing access, describe:
________________________________________________________________________________________________________
vi.Are public/private transportation service(s)or facilities available within ½ mile of the proposed site?9 Yes 9 No
vii Will the proposed action include access to public transportation or accommodations for use of hybrid, electric 9 Yes 9 No
or other alternative fueled vehicles?
viii.Will the proposed action include plans for pedestrian or bicycle accommodations for connections to existing 9 Yes 9 No
pedestrian or bicycle routes?
k.Will the proposed action (for commercial or industrial projects only) generate new or additional demand 9 Yes 9 No
for energy?
If Yes:
i.Estimate annual electricity demand during operation of the proposed action: ____________________________________________
_________________________________________________________________________________________________________
ii.Anticipated sources/suppliers of electricity for the project (e.g., on-site combustion, on-site renewable, via grid/local utility, or
other):
________________________________________________________________________________________________________
iii.Will the proposed action require a new,or an upgrade, to an existing substation?9 Yes 9 No
l. Hours of operation. Answer all items which apply.
i.During Construction:ii.During Operations:
•Monday - Friday: _________________________•Monday - Friday: ____________________________
•Saturday: ________________________________•Saturday: ___________________________________
•Sunday: _________________________________•Sunday: ____________________________________
•Holidays: ________________________________•Holidays: ___________________________________
Page 7 of 13
N/A
7AM - 3PM
7AM - 3PM
7AM - 3PM
7AM - 3PM
6AM - 9PM
9AM - 9PM
9AM - 9PM
n/a
m. Will the proposed action produce noise that will exceed existing ambient noise levels during construction,9 Yes 9 No
operation, or both?
If yes:
i.Provide details including sources, time of day and duration:
_______________________________________________________________________________________________________
_______________________________________________________________________________________________________
ii.Will the proposed action remove existing natural barriers that could act as a noise barrier or screen?9 Yes 9 No
Describe: _________________________________________________________________________________________________
_________________________________________________________________________________________________________
n.Will the proposed action have outdoor lighting?9 Yes 9 No
If yes:
i.Describe source(s), location(s), height of fixture(s), direction/aim, and proximity to nearest occupied structures:
_________________________________________________________________________________________________________
_________________________________________________________________________________________________________
ii.Will proposed action remove existing natural barriers that could act as a light barrier or screen? 9 Yes 9 No
Describe: _________________________________________________________________________________________________
_________________________________________________________________________________________________________
o.Does the proposed action have the potential to produce odors for more than one hour per day? 9 Yes 9 No
If Yes, describe possible sources, potential frequency and duration of odor emissions, and proximity to nearest
occupied structures: ______________________________________________________________________________________
________________________________________________________________________________________________________
________________________________________________________________________________________________________
p. Will the proposed action include any bulk storage of petroleum (combined capacity of over 1,100 gallons)9 Yes 9 No
or chemical products 185 gallons in above ground storage or any amount in underground storage?
If Yes:
i.Product(s) to be stored ______________________________________________________________________________________
ii.Volume(s) ______ per unit time ___________ (e.g., month, year)
iii.Generally, describe the proposed storage facilities:________________________________________________________________
________________________________________________________________________________________________________
q. Will the proposed action (commercial, industrial and recreational projects only) use pesticides (i.e., herbicides,9 Yes 9 No
insecticides) during construction or operation?
If Yes:
i.Describe proposed treatment(s):
________________________________________________________________________________________________________
________________________________________________________________________________________________________
________________________________________________________________________________________________________
________________________________________________________________________________________________________
ii.Will the proposed action use Integrated Pest Management Practices?9 Yes 9 No
r. Will the proposed action (commercial or industrial projects only) involve or require the management or disposal 9 Yes 9 No
of solid waste (excluding hazardous materials)?
If Yes:
i.Describe any solid waste(s) to be generated during construction or operation of the facility:
•Construction: ____________________ tons per ________________ (unit of time)
•Operation : ____________________ tons per ________________ (unit of time)
ii.Describe any proposals for on-site minimization, recycling or reuse of materials to avoid disposal as solid waste:
•Construction: ________________________________________________________________________________________
____________________________________________________________________________________________________
•Operation: __________________________________________________________________________________________
____________________________________________________________________________________________________
iii.Proposed disposal methods/facilities for solid waste generated on-site:
•Construction: ________________________________________________________________________________________
____________________________________________________________________________________________________
•Operation: __________________________________________________________________________________________
____________________________________________________________________________________________________
Page 8 of 13
N/A
Construction: Typical construction and jobsite activity noise: Diesel engines, dump trucks, excavators, etc.
Operations: PA system, spectators, field hockey activity during practices and games
Twenty-two 20' pedestrian lights will be installed in the proposed parking lot and along the sidewalk/path circulation areas between parking, field
hockey field, and support facility locations. Four 70' tall standard athletic lighting poles will be sited at the corners of the field hockey field.
If necessary, a professional will apply pesticides or herbicides to control unwanted vegetation and pests. Cornell utilizes an
Integrated Pest Management approach to grounds management on campus that will be used at this site as well.
s. Does the proposed action include construction or modification of a solid waste management facility?9 Yes 9 No
If Yes:
i.Type of management or handling of waste proposed for the site (e.g., recycling or transfer station, composting, landfill, or
other disposal activities): ___________________________________________________________________________________
ii.Anticipated rate of disposal/processing:
•________ Tons/month, if transfer or other non-combustion/thermal treatment, or
•________ Tons/hour, if combustion or thermal treatment
iii.If landfill, anticipated site life: ________________________________ years
t.Will the proposed action at the site involve the commercial generation, treatment,storage,or disposal of hazardous 9 Yes 9 No
waste?
If Yes:
i.Name(s) of all hazardous wastes or constituents to be generated, handled or managed at facility: ___________________________
_________________________________________________________________________________________________________
_________________________________________________________________________________________________________
ii.Generally describe processes or activities involving hazardous wastes or constituents: ___________________________________
_________________________________________________________________________________________________________
________________________________________________________________________________________________________
iii. Specify amount to be handled or generated _____ tons/month
iv.Describe any proposals for on-site minimization, recycling or reuse of hazardous constituents: ____________________________
________________________________________________________________________________________________________
________________________________________________________________________________________________________
v.Will any hazardous wastes be disposed at an existing offsite hazardous waste facility? 9 Yes 9 No
If Yes: provide name and location of facility: _______________________________________________________________________
________________________________________________________________________________________________________
If No: describe proposed management of any hazardous wastes which will not be sent to a hazardous waste facility:
________________________________________________________________________________________________________
________________________________________________________________________________________________________
E.Site and Setting of Proposed Action
E.1. Land uses on and surrounding the project site
a. Existing land uses.
i.Check all uses that occur on, adjoining and near the project site.
9 Urban 9 Industrial 9 Commercial 9 Residential (suburban) 9 Rural (non-farm)
9 Forest 9 Agriculture 9 Aquatic 9 Other (specify): ____________________________________
ii.If mix of uses, generally describe:
__________________________________________________________________________________________________________
__________________________________________________________________________________________________________
b. Land uses and covertypes on the project site.
Land use or
Covertype
Current
Acreage
Acreage After
Project Completion
Change
(Acres +/-)
•Roads, buildings, and other paved or impervious
surfaces
•Forested
•Meadows, grasslands or brushlands (non-
agricultural, including abandoned agricultural)
•Agricultural
(includes active orchards, field, greenhouse etc.)
•Surface water features
(lakes, ponds, streams, rivers, etc.)
•Wetlands (freshwater or tidal)
•Non-vegetated (bare rock, earth or fill)
•Other
Describe: _______________________________
________________________________________
Page 9 of 13
soccer fields and baseball diamond
1.55 5.02 +3.47
4.70 2.53 -2.17
0.10 0.33 +0.23
Lawn 9.30 7.77 -1.53
c. Is the project site presently used by members of the community for public recreation? 9 Yes 9 No
i.If Yes: explain: __________________________________________________________________________________________
d. Are there any facilities serving children, the elderly, people with disabilities (e.g., schools, hospitals, licensed 9 Yes 9 No
day care centers, or group homes) within 1500 feet of the project site?
If Yes,
i.Identify Facilities:
________________________________________________________________________________________________________
________________________________________________________________________________________________________
e. Does the project site contain an existing dam? 9 Yes 9 No
If Yes:
i.Dimensions of the dam and impoundment:
•Dam height: _________________________________ feet
•Dam length: _________________________________ feet
•Surface area: _________________________________acres
•Volume impounded: _______________________________ gallons OR acre-feet
ii.Dam=s existing hazard classification: _________________________________________________________________________
iii.Provide date and summarize results of last inspection:
_______________________________________________________________________________________________________
_______________________________________________________________________________________________________
f. Has the project site ever been used as a municipal, commercial or industrial solid waste management facility, 9 Yes 9 No
or does the project site adjoin property which is now, or was at one time, used as a solid waste management facility?
If Yes:
i.Has the facility been formally closed? 9 Yes 9 No
•If yes, cite sources/documentation: _______________________________________________________________________
ii.Describe the location of the project site relative to the boundaries of the solid waste management facility:
_______________________________________________________________________________________________________
_______________________________________________________________________________________________________
iii.Describe any development constraints due to the prior solid waste activities: __________________________________________
_______________________________________________________________________________________________________
g. Have hazardous wastes been generated, treated and/or disposed of at the site, or does the project site adjoin 9 Yes 9 No
property which is now or was at one time used to commercially treat, store and/or dispose of hazardous waste?
If Yes:
i.Describe waste(s) handled and waste management activities, including approximate time when activities occurred:
_______________________________________________________________________________________________________
_______________________________________________________________________________________________________
h. Potential contamination history. Has there been a reported spill at the proposed project site, or have any 9 Yes 9 No
remedial actions been conducted at or adjacent to the proposed site?
If Yes:
i.Is any portion of the site listed on the NYSDEC Spills Incidents database or Environmental Site 9 Yes 9 No
Remediation database? Check all that apply:
9 Yes – Spills Incidents database Provide DEC ID number(s): ________________________________
9 Yes – Environmental Site Remediation database Provide DEC ID number(s): ________________________________
9 Neither database
ii.If site has been subject of RCRA corrective activities, describe control measures:_______________________________________
________________________________________________________________________________________________________
________________________________________________________________________________________________________
iii.Is the project within 2000 feet of any site in the NYSDEC Environmental Site Remediation database? 9 Yes 9 No
If yes, provide DEC ID number(s): ______________________________________________________________________________
iv.If yes to (i), (ii) or (iii) above, describe current status of site(s):
_______________________________________________________________________________________________________
_______________________________________________________________________________________________________
Page 10 of 13
v.Is the project site subject to an institutional control limiting property uses? 9 Yes 9 No
•If yes, DEC site ID number: ____________________________________________________________________________
•Describe the type of institutional control (e.g., deed restriction or easement): ____________________________________
•Describe any use limitations: ___________________________________________________________________________
•Describe any engineering controls: _______________________________________________________________________
•Will the project affect the institutional or engineering controls in place? 9 Yes 9 No
•Explain: ____________________________________________________________________________________________
___________________________________________________________________________________________________
___________________________________________________________________________________________________
E.2. Natural Resources On or Near Project Site
a. What is the average depth to bedrock on the project site? ________________ feet
b. Are there bedrock outcroppings on the project site? 9 Yes 9 No
If Yes, what proportion of the site is comprised of bedrock outcroppings? __________________%
c. Predominant soil type(s) present on project site: ___________________________ __________%
___________________________ __________%
____________________________ __________%
d. What is the average depth to the water table on the project site? Average: _________ feet
e. Drainage status of project site soils: 9 Well Drained: _____% of site
9 Moderately Well Drained: _____% of site
9 Poorly Drained _____% of site
f. Approximate proportion of proposed action site with slopes: 9 0-10%: _____% of site
9 10-15%: _____% of site
9 15% or greater: _____% of site
g. Are there any unique geologic features on the project site? 9 Yes 9 No
If Yes, describe: _____________________________________________________________________________________________
________________________________________________________________________________________________________
h. Surface water features.
i.Does any portion of the project site contain wetlands or other waterbodies (including streams, rivers, 9 Yes 9 No
ponds or lakes)?
ii.Do any wetlands or other waterbodies adjoin the project site? 9 Yes 9 No
If Yes to either i or ii, continue. If No, skip to E.2.i.
iii.Are any of the wetlands or waterbodies within or adjoining the project site regulated by any federal, 9 Yes 9 No
state or local agency?
iv.For each identified regulated wetland and waterbody on the project site, provide the following information:
•Streams: Name ____________________________________________Classification _______________________•Lakes or Ponds:Name ____________________________________________Classification _______________________•Wetlands: Name ____________________________________________Approximate Size ___________________ •Wetland No. (if regulated by DEC) _____________________________
v.Are any of the above water bodies listed in the most recent compilation of NYS water quality-impaired 9 Yes 9 No
waterbodies?
If yes, name of impaired water body/bodies and basis for listing as impaired: _____________________________________________
___________________________________________________________________________________________________________
i.Is the project site in a designated Floodway? 9 Yes 9 No
j.Is the project site in the 100-year Floodplain? 9 Yes 9 No
k.Is the project site in the 500-year Floodplain? 9 Yes 9 No
l. Is the project site located over, or immediately adjoining, a primary, principal or sole source aquifer? 9 Yes 9 No
If Yes:
i.Name of aquifer: _________________________________________________________________________________________
Page 11 of 13
>10
N/A
Silt mixed with clay and trace sand.100
Glacial Till (>13 ft depth)
>10
100
100
RiverineCascadillaCreek
m. Identify the predominant wildlife species that occupy or use the project site: ______________________________
______________________________ _______________________________ ______________________________
______________________________ _______________________________ ______________________________
n. Does the project site contain a designated significant natural community? 9 Yes 9 No
If Yes:
i.Describe the habitat/community (composition, function, and basis for designation): _____________________________________
________________________________________________________________________________________________________
ii.Source(s) of description or evaluation: ________________________________________________________________________
iii.Extent of community/habitat:
•Currently:______________________ acres
•Following completion of project as proposed: _____________________ acres
•Gain or loss (indicate + or -): ______________________ acres
o. Does project site contain any species of plant or animal that is listed by the federal government or NYS as 9 Yes 9 No
endangered or threatened, or does it contain any areas identified as habitat for an endangered or threatened species?
If Yes:
i.Species and listing (endangered or threatened):______________________________________________________________________________
________________________________________________________________________________________________________________________
________________________________________________________________________________________________________________________
p. Does the project site contain any species of plant or animal that is listed by NYS as rare, or as a species of 9 Yes 9 No
special concern?
If Yes:
i.Species and listing:____________________________________________________________________________________________________
_______________________________________________________________________________________________________________________
q. Is the project site or adjoining area currently used for hunting, trapping, fishing or shell fishing? 9 Yes 9 No
If yes, give a brief description of how the proposed action may affect that use: ___________________________________________
________________________________________________________________________________________________________
E.3. Designated Public Resources On or Near Project Site
a. Is the project site, or any portion of it, located in a designated agricultural district certified pursuant to 9 Yes 9 No
Agriculture and Markets Law, Article 25-AA, Section 303 and 304?
If Yes, provide county plus district name/number: _________________________________________________________________
b. Are agricultural lands consisting of highly productive soils present? 9 Yes 9 No
i.If Yes: acreage(s) on project site? ___________________________________________________________________________
ii.Source(s) of soil rating(s): _________________________________________________________________________________
c. Does the project site contain all or part of, or is it substantially contiguous to, a registered National 9 Yes 9 No
Natural Landmark?
If Yes:
i.Nature of the natural landmark: 9 Biological Community 9 Geological Feature
ii.Provide brief description of landmark, including values behind designation and approximate size/extent: ___________________
________________________________________________________________________________________________________
________________________________________________________________________________________________________
d. Is the project site located in or does it adjoin a state listed Critical Environmental Area? 9 Yes 9 No
If Yes:
i.CEA name: _____________________________________________________________________________________________
ii.Basis for designation: _____________________________________________________________________________________
iii.Designating agency and date: ______________________________________________________________________________
Page 12 of 13
Deer Rodents Garter Snakes
Three Birds Orchid is identified on the EAF Mapper,but the conditions for this species do not exist on the project site.
NRCS Soil Mapping
e. Does the project site contain, or is it substantially contiguous to, a building, archaeological site, or district 9 Yes 9 No
which is listed on the National or State Register of Historic Places, or that has been determined by the Commissioner of the NYS
Office of Parks, Recreation and Historic Preservation to be eligible for listing on the State Register of Historic Places?
If Yes:
i.Nature of historic/archaeological resource: 9 Archaeological Site 9 Historic Building or District
ii.Name: _________________________________________________________________________________________________
iii.Brief description of attributes on which listing is based:
_______________________________________________________________________________________________________
f. Is the project site, or any portion of it, located in or adjacent to an area designated as sensitive for 9 Yes 9 No
archaeological sites on the NY State Historic Preservation Office (SHPO) archaeological site inventory?
g. Have additional archaeological or historic site(s) or resources been identified on the project site? 9 Yes 9 No
If Yes:
i. Describe possible resource(s): _______________________________________________________________________________
ii.Basis for identification: ___________________________________________________________________________________
h.Is the project site within fives miles of any officially designated and publicly accessible federal, state, or local 9 Yes 9 No
scenic or aesthetic resource?
If Yes:
i.Identify resource: _________________________________________________________________________________________
ii.Nature of, or basis for, designation (e.g., established highway overlook, state or local park, state historic trail or scenic byway,
etc.): ___________________________________________________________________________________________________
iii.Distance between project and resource: _____________________ miles.
i. Is the project site located within a designated river corridor under the Wild, Scenic and Recreational Rivers 9 Yes 9 No
Program 6 NYCRR 666?
If Yes:
i.Identify the name of the river and its designation: ________________________________________________________________
ii.Is the activity consistent with development restrictions contained in 6NYCRR Part 666? 9 Yes 9 No
F.Additional Information
Attach any additional information which may be needed to clarify your project.
If you have identified any adverse impacts which could be associated with your proposal, please describe those impacts plus any
measures which you propose to avoid or minimize them.
G.Verification
I certify that the information provided is true to the best of my knowledge.
Applicant/Sponsor Name ___________________________________ Date_______________________________________
Signature________________________________________________ Title_______________________________________
Page 13 of 13
Eligible property:CCC Camp SP-48 (140 Game Farm Road)
Former Civilian Conservation Corp building (shed)located on the property
Former CCC building (see above),19th century farm sites,Native American sites
Multiple archaeology investigations.
Cayuga Lake Byway;Town-Designated View on Pine Tree Road;County-Designated View on Turkey Hill/Dodge Road
Scenic byway,designated views
Byway +/-2.7;Views +/-0.5
Kimberly Michaels October 1,2024
PRINT FORM
Director of Landscape Architecture
33
Supplemental Information
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35
Impact on Land
The proposed development is located adjacent to McGovern Soccer Fields on Game Farm Road, and two overhead NYSEG
transmission lines. The project area currently consists of a previously developed grass soccer field and a drive lane that connects
Game Farm Road to McGovern Fields. Land disturbance for the project will be limited to excavation for utilities (septic, water
service, drainage, electrical), field development, support facility development, site earthwork, and pavement installation. All
excavated material is intended to be used on site. Existing drainage patterns will be emulated to the extent possible. Erosion
and sediment controls will be implemented during construction as outlined in the project SWPPP, and the site will ultimately be
stabilized with vegetation. No significant adverse impacts to land are anticipated.
Impact on Water
The site currently drains to Cascadilla Creek, which lies north of the project site, and runs to the west, ultimately to Cayuga
Lake. The watershed contributing to Cascadilla Creek is greater than 1,500 acres. The proposed development conforms to the
Town of Ithaca Stream Setback Law and is greater than 100 feet from the southern stream bank. Based on a review of the FEMA
Flood Insurance Rate Map for the Town of Ithaca, NY (dated June 19, 1985), the project property is located in flood zone “C” for
Cascadilla Creek. The FEMA definition of flood zone “C” is areas that are of minimal flood hazard, and higher than the elevation
of the 0.2-percent-annual-chance-flood.
There are neither federal nor state wetlands located on the project site. The National Wetlands Inventory indicates that the
adjacent Cascadilla Creek area is a Forested/Shrub Wetland, but the project will not disturb land within that area.
The stormwater management design will reduce runoff discharge from the project area for the 1, 10, and 100-year storm events,
and will provide Water Quality Treatment, Runoff Reduction, and Erosion Control Measures to meet the NYSDEC and Town of
Ithaca requirements.
Potable water for domestic, fire protection, and Field Hockey watering purposes will be supplied from the Cornell University Zone
3 distribution grid. This system has adequate capacity to accommodate the project. The distribution main will be protected from
the Field Hockey watering system with an approved backflow prevention assembly.
Wastewater collected from the proposed buildings will be directed to an on-site septic tank.
No significant adverse impacts to water are anticipated as a result of the project.
Impact on Air
The proposed project will include no new emissions sources and therefore is expected to have no adverse impacts on air quality.
Impact on Plants, Animals, & Agriculture
The existing project site consists of a previously developed grass soccer field and a gravel drive lane; is adjacent to two other
improved soccer fields; and is currently characterized by mowed grass, surrounded by fallow fields. One pine tree (4” DBH) will
be removed as part of the construction of this project. This land has not been used in the last 20 years for agriculture and is not
within an Agricultural or Farmland Protection Zone.
According to the NYSDEC Environmental Resource Mapper which provides generalized locations of Rare Plants and Animals,
the Three Birds Orchid is identified as potentially inhabiting these parcels. The Three Birds Orchid habitat is beech forest, which
does not exist on the project site. No significant adverse impacts to plants, animals, or agriculture are expected as a result of this
project.
Impact on Aesthetic Resources
The proposed project is not located within an identified viewshed and will be surrounded by similar athletic facilities, therefore
no significant adverse impacts to aesthetic resources are expected.
Supplemental Information
36
Impact on Historic, Cultural, and Archaeological Resources
According to SHPO CRIS, the entire project parcel is within an “archaeological buffer area”. Between 2003 to 2021, Public
Archaeology Facility (PAF) and Panamerican archaeologists surveyed and investigated roughly 43% of the current and former
agricultural fields owned by Cornell University along Game Farm Road, Ellis Hollow Road, and Pine Tree Road. From these
investigations, four precontact Indigenous sites, one historic site, and one precontact site with an associated early historic
component were identified within the properties owned by Cornell University. Most of these site areas were either investigated at
the Phase 2 level of analysis and found to be not eligible for the National Register as individual sites or were not recommended
as potentially eligible after the Phase 1 surveys. Of the precontact sites, only one produced the cultural material results
consistent with a high research potential, and through consultation with NYS OPRHP an Alternative Mitigation Report was
developed to summarize, analyze, and interpret all of the Cascadilla Creek Sites within an archaeological district focused on
upland sites in marginal environmental settings. The studies have identified one area of potential archaeologic interest, and that
area is not within the project site. For more information, refer to the Phase I Reconnaissance Addendum Survey (2024) appendix.
There are no structures, sites, or districts within the project properties that are currently listed on the State or National Register of
Historic Places. A shed located on the 62.-2-6 tax parcel (located north of the NYSEG transmission lines from the project site is
listed as an “Eligible” facility, as a Civilian Conservation Corps structure CCC Camps SP-48 at 140 Game Farm Road), according
to the New York State Historic Preservation Office (SHPO) Cultural Resources Information System (CRIS). This structure will not
be impacted by the proposed project.
The project team is coordinating with SHPO and expects to receive a letter of concurrence with PAF’s findings in November. This
letter will be provided to planning staff once available.
Impact on Open Space & Recreation
The project site consists of a previously developed grass soccer field and a driveway with informal parking that is accessed from
Game Farm Road. The project site is adjacent to McGovern soccer fields and a small fieldhouse used by Cornell Athletics. The
new Field Hockey venue will be consistent with these active recreation land uses. The project site will not impact the East Ithaca
Recreation Way trail, a nearby open space amenity. The project will have a positive impact on university recreational space by
providing Cornell University’s field hockey athletes with a new playing field. No negative impacts to open space or recreation are
anticipated as a result of the proposed project.
Impact on Critical Environmental and Unique Natural Areas
There are no designated critical environmental areas (CEA) within or immediately adjacent to the proposed project. The nearest
CEA, Coy Glen, is located approximately four miles west of the project site.
The Cascadilla Creek Woods and Fish Ponds Unique Natural Area is located north of the project site. As previously noted, all site
development is at least over 100 feet from the creek, compliant with the Town of Ithaca’s Stream Setback Law. Site grading and
other proposed improvements are outside of the UNA boundary. Stormwater management features are being designed for the
project to protect downstream features. No adverse impact to Unique Natural Areas is anticipated as a result of the project.
Impact on Transportation
Parking Impacts
The project will provide 120 paved parking spaces to support both the proposed field hockey venue and existing soccer practice
fields. This will provide adequate parking, based on detailed projected use for these functions. The project is not anticipated to
result in adverse impacts to parking.
Traffic Impacts
The complex lies on the west side of Game Farm Road, a Tompkins County road where the street centerline is identified as the
municipal boundary between the Town of Ithaca and the Town of Dryden. The soccer and proposed field hockey facilities are
accessed directly and solely via Game Farm Road, which runs for just over one mile between NYS Route 366 to the north and
Supplemental Information
37
Tompkins County’s Ellis Hollow Road to the south.
Field hockey practices are anticipated to generate up to 18 vehicle trips between 6:30-9:00AM Mon-Friday. Field Hockey
competitions are anticipated to generate up to 74 car roundtrips and one or two buses in the afternoon/evening hours. These
additional vehicle trips are not expected to impact the level of service on Game Farm Road or to disrupt typical traffic patterns.
Please see Traffic and Parking study memo appendix for more information.
The project is not anticipated to result in adverse impacts to local traffic or parking.
Impact on Energy
The project is not anticipated to result in adverse impacts to energy. The project facilities and lighting will be supplied by the
existing NYSEG electric service along Game Farm Road. Service is presently extended to the McGovern field soccer facility.
The field hockey facilities are small and require relatively low energy loads, and the electrical capacity is sufficient to supply the
programmatic needs of the project. No propane or other natural gas is proposed for this project. The project will comply with the
Ithaca Energy Code Supplement.
Impacts from Sound, Odor & Light
Sound generation will be restricted to typical noise associated with athletic facilities, including a sound system for warm up
music, and expected competition sound including spectator cheering and commentating. The sound system is designed to
project sound from east to west across the field to reach spectators within the field area, the dugouts, and the press box, while
minimizing the volume of noise to the surrounding area.
A sound study has been completed for the proposed project and is provided as an appendix. By focusing sound west, toward the
field hockey field, volume is greatly mitigated for the surrounding areas, including residences located to the south of the project
site along Game Farm Road. Modeling for the audio system indicates that the project will not increase noise over existing sound
levels.
There are no significant odor-producing aspects from the field and associated operations.
Four, 70’ tall athletics field light poles will flank the field hockey field to provide sufficient, safe lighting to support both
competition and practice play. Pedestrian lighting will be Cornell standard LED fixtures that are energy efficient and dark-sky
compliant. No light trespass will occur.
No significant adverse impacts to sound, odor or light are anticipated as a result of the project.
Impact on Human Health
This project proposes to build one NCAA-compliant synthetic turf field hockey field to support a needed practice and
competition venue for the varsity field hockey team. Much scrutiny and research has been completed to specify this field
to ensure that Cornell athletes, visitors to the field, and the general public health are protected. Synthetic turf, as proposed
for this project, has been shown to pose no health risk in more than 110 technical studies conducted by a variety of trusted
scientific authorities, including the US EPA, US Department of Energy and Environment, Washington State Department of
Health, and more. The proposed synthetic turf installed at Game Farm Road will meet the requirements set forth in New York
State Environmental Conservation Law, Section 27-3313(2). (“On and after December thirty-first, two thousand twenty-six, no
carpet sold or offered for sale in the state shall contain or be treated with PFAS substances for any purpose.”). Additionally, the
synthetic turf will not include infill.
From an air quality perspective, health agencies in New York State, New York City, and the State of Connecticut collected air
samples on synthetic and natural turf fields during use. The air samples were analyzed for volatile organic compounds (VOCs),
semi-volatile organic compounds (SVOCs), and airborne particulate matter. The studies showed that inhalation exposures
Supplemental Information
38
resulting from playing on synthetic turf fields were insignificant and not different from inhalation exposures on natural grass
fields.
Impact on Growth & Character of Community
The field hockey field will expand athletics activities on Cornell’s Game Farm Road lands, while retaining a sense of openness,
rural character and vernacular in its field and facility development. The update from a lightly used grass soccer field to a regularly
used field hockey facility will not significantly change the area. There are no significant adverse impacts to the character of the
community anticipated as a result of the project.
Impacts from Construction
Construction for phase I is anticipated to take approximately six months, beginning in March 2025 with completion in August
2025.
Construction may have short-term impacts to the community as the development period is brief. Construction routes will utilize
approved truck routes and Tompkins County roads to Ellis Hollow and Game Farm Road. The project will have erosion control
features outlined in the SWPPP and as previously described, to protect the public and the environment. Construction will be
limited to 7am to 3pm to minimize afternoon and evening disturbances.
Staging and laydown will be located on a Cornell lot located just north of the proposed Field Hockey Field and Northeast of the
existing McGovern Fields on a disturbed parking area previously used for other project staging.
Temporary traffic controls will be provided on Game Farm Road only as needed but are not anticipated frequently. Emergency
vehicles will have access to the site for the duration of construction. Waste from construction will be disposed of legally and
appropriately.
Construction vehicles will be directed to access the site via a prescribed route either north or south from Game Farm Road for
field development. The project will generate approximately 300 truck roundtrips over a two-month period. The largest volumes
of truck activity would be associated with importing general fill used for rough grading the site and bringing the new field up to
finished grade elevation, when a maximum of 30 trucks could be expected to arrive on site in a single day.
Most long-distance delivery routes to/from Cornell’s campus utilize route 81 north or south. Traffic leaving the site and heading
north would utilize NYS Route 366 to NYS Routes 13 to 81 north. Traffic leaving the site and heading south would use Tompkins
County Roads: Ellis Hollow Road to Pine Tree Road (an approved truck route), on to NYS Routes 79 to 81 south.
Due to the project location and the fact that appropriate safety controls and best work practices will be followed, there should be
negligible adverse impacts from construction.
Supplemental Information
Figure: Site Logistics - March 2025 through August 2025
39
Supplemental Information
40
Appendices
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42
Owner’s Authorization and
Certification Form
43
44
Vehicle Tracking Fire Access
Diagram
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G
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STSTSTSTSTSTSTSTSTSTFIELD HOCKEY
FIELD
GAME FARM ROADPRACTICE SOCCER BUILDING
PHASE 2
TEAM FACILITY
5,000 SF.
PHASE 2
INDOOR TURF FACILITY
9,400 SF.
MOUND SEPTIC ABSORPTION
SYSTEM, SEE CIVIL SERIES
STORMWATER PRACTICE,
SEE CIVIL SERIES
STORMWATER PRACTICE,
SEE CIVIL SERIES
STORMWATER PRACTICE,
SEE CIVIL SERIES
ACCESS FROM
GAME FARM
ROAD
VEHICLE TRACKING
FIRE ACCESS
TRUCK BODY
TRUCK CHASSIS
VT-01
Plot Date: 9/25/2024 File: G:\38145.00\3.0_Working\3.9_CAD\2_XRefs\Studies\L-PL-FIRE ACCESS-VEHICLE TRACKING.dwg Saved By: arenaud
Seal
Drawing No.
Drawing Title:
Key Map
Project Title:
Client Project No:
Drawn By:
Checked By:
Approved By:
Issue Date:09.27.2024
TS
AR, TS
AG, ZC
DRAWING ISSUE & REVISION HISTORY
No.Description Date
Sasaki Project No:
NOT FOR CONSTRUCTION
11835
38145.02
ARCHITECT + LANDSCAPE ARCHITECT
SASAKI
110 Chauncy Street
Boston, MA 02111
TEL. 617.926.3300
www.sasaki.com
CIVIL
TG MILLER
605 West State Street, Suite A
Ithaca, NY 14850
TEL. 607.272.6477
www.tgmillerpc.com
STRUCTURAL
LEMESSURIER
1380 Soldiers Field Road
Boston, MA 02135
TEL. 617.868.1200
www.lemessurier.com
MEP/FP
RFS ENGINEERING
71 Water Street
Laconia, NH 03246
TEL. 603.524.4647
www.rfsengineering.com
BUILDING AND FIRE CODE
HOWE ENGINEERS
141 Longwater Drive, Suite 110
Norwell, MA 02061
TEL. 781.878.3500
www.howeengineers.com
09/27/2024
ISSUE FOR PERMIT
Game Farm Road
Field Hockey Field
Game Farm Road | Ithaca, NY 14853
Cornell University
North Scale: 1" = 30'
FIELD HOCKEY IRRIGATION
IRRIGATION CONSULTING, INC.
30 Merritt Parkway, 2nd Floor
Nashua, NH 03062
TEL. 978.433.8972
www.irrigationconsulting.com
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48
Lighting Cut Sheets
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52
53
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54
Photometrics Report
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57
58
59
60
Environmental Sound Study
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62
September 26, 2024
Emily Parris
Sasaki Associates
110 Chauncy Street
Boston, MA 02110
SUBJECT: Game Farm Road Field Hockey Facility
Cornell University, Ithaca NY
Environmental Sound Study (Revised)
Dear Emily,
Cavanaugh Tocci Associates has evaluated the sound expected from the public address system at the
new field hockey facility proposed for the Game Farm Road location. The system has been designed to
cover the playing field and bleachers while minimizing sound to surrounding areas. The public address
system includes seven loudspeakers mounted on three poles on the east side of the field. Three
loudspeakers cover the playing field, and the other four loudspeakers cover the spectator area including
the bleachers and adjacent sidelines.
Our sound model included the coverage pattern, position, and orientation of each loudspeaker in the
current design. In the model, sound levels are set at 84 dBA at the center of the playing field. This is a
sound level we use in most of our models for outdoor athletic facility projects and is loud enough for
players and spectators to hear announcements.
The new field will be used for practice and for intercollegiate games. The expectation is that
intercollegiate games will be scheduled for afternoon or evening.
Noise Regulations
The new competition and practice field will be located in the Town of Ithaca, but directly adjacent to the
Town of Dryden. Game Farm Road is the boundary between the Towns of Ithaca and Dryden, so we
have considered the noise regulations for both municipalities1, 2 in our evaluation.
The Town of Ithaca noise ordinance prohibits “unreasonable noise”, defined as “Any excessive or
unusually loud sound which either annoys, disturbs, injures, or endangers the comfort, repose, health,
peace or safety of a reasonable person of normal sensitivities”, but does not specify measurable sound
level limits.
The Town of Dryden has sound level limits of 65 dBA from 7:00 AM – 7:00 PM, and 55 dBA from
7:00 PM – 7:00 AM.
1 https://ecode360.com/8659281
2 https://ecode360.com/34362947#34363066
63
Emily Parris, September 26, 2024 Page 2
Game Farm Road Field Hockey Facility
Cornell University, Ithaca NY
Environmental Sound Study (Revised)
The practice field may sometimes be used during nighttime hours (7:00 PM – 7:00 AM for Dryden);
therefore, we have evaluated sound from the public address system with respect to the more stringent
nighttime limits.
We used CadnaA acoustic modeling software3 to calculate sound from the public address system. This
software is widely used by acoustics professionals in the evaluation of environmental sound. Individual
receptor points have been calculated for representative residential buildings near the facility, as well as
the Raptor Center operated by Cornell University. These receptors are modeled at the height of
upper-story windows at these locations. In addition, sound level contours have been calculated for the
entire area, at a height of 6 feet above grade. The results are presented in the figures below.
Figure 1 presents sound contours for field coverage with loudspeaker levels optimized for a target
sound level at field center of 84 dBA.
Figure 2 presents calculated sound levels at residential properties and other points of interest for the
conditions described above. Sound levels at all Dryden residential properties comply with the Dryden
nighttime limit of 55 dBA. Maximum sound levels at all modeled receivers are 55 dBA or lower.
Summary
Our study of sound from the PA system at the proposed field hockey facility shows that sound levels in
the surrounding area will comply with noise regulations for both the Town of Ithaca and the Town of
Dryden.
CAVANAUGH TOCCI
Bradley M. Dunkin, Associate Principal Consultant
23182/23182 - Cornell Game Farm Road Athletic Fields Loudspeaker Environmental Sound 20240925.docx
3 CadnaA conforms with the ISO 9613 standard for outdoor sound propagation.
64
FIGURES
65
Figure 1
Sound contours showing field coverage of loudspeakers, volume adjusted to 84 dBA at field center
66
Figure 2
Sound levels at surrounding locations with loudspeaker volume adjusted to 84 dBA at field center
67
Traffic and Parking Study Memo
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69
Memorandum
Sasaki 110 Chauncy Street, Suite 200 Boston, MA 02111 USA p 617 926 3300 f 617 924 2748 www.sasaki.com 1 of 5
Date 2 July 2024
To Cornell University
Cc Sasaki Design Team, Kimberly Michaels (Fisher)
From Andy McClurg
Project Name Cornell University Game Farm Road Field Hockey Field
Project No. 38145.01
Subject Traffic and Parking Analysis
Cornell has asked for an assessment of the traffic impacts and parking needs that will be generated at
the Game Farm Rd. athletics facility by the activities of the soccer and field hockey teams.
Existing Conditions and New Program
The existing site contains three sports fields, a building and an informal driveway/parking area. The
project proposes to replace one of the existing fields with a field hockey field and support buildings,
improve the access road and improve and expand the parking lot. The existing soccer fields and
support building to remain are used by the men's and women's varsity soccer teams for practice.
Soccer games are held at a separate facility. The field hockey venue will host games and practices. The
new access road and parking lot will replace the existing road and lot that supports the soccer facility.
The new parking lot will have more parking spaces than the existing lot in order to support the soccer
and field hockey facilities, and act as an overflow lot for the existing baseball facility located to the
south.
Traffic Impacts
Site Context. Fig. 1 shows the Game Farm Rd. athletics complex, highlighting the proposed soccer and
field hockey facilities. The complex lies on the west side of Game Farm Rd., which is also the line
between the Town of Ithaca and the Town of Dryden. The soccer and proposed field hockey facilities
are accessed directly and solely via Game Farm Rd., which runs between Dryden Rd. (Rte. 366) at the
north and Ellis Hollow Rd. (Rte. 110) at the south. Stevenson Rd., in Dryden, intersects Game Farm Rd.
from the east approximately a half-mile to the north of the athletics complex driveway.
Proposed project and operations. The proposed project involves the replacement of an existing sports
field with the proposed field hockey field directly to the east of two existing soccer practice fields.. The
soccer fields are used for practice by the women’s and men’s varsity teams, while the field hockey field
will be the site of both team practices and home games. The traffic impacts of the three fields will be a
function of the numbers of people involved and the schedules of activities, as shown in Tables 1 and 2
below1.
1 Source: Rob Ferguson, email to Matthew Coats, May 7 2024.
70 Sasaki Cornell University Game Farm Road Field Hockey Field 38145.00 Memorandum 02 July 2024 2 of 5
SITE
Figure 1. Site context
71 Sasaki Cornell University Game Farm Road Field Hockey Field 38145.00 Memorandum 02 July 2024 3 of 5
Athletes Coaches Trainer Manager Total
Women's Soccer 33 3 1 1 38
Men's Soccer 33 3 1 1 38
Field Hockey 26 4 1 31
Table 1. Team Personnel
Team Practice Individuals Games
Athletes
Mar-
May Time
Aug-
Nov Time
Aug-Nov
Saturday
Aug-Nov, Mar-
May Aug-Nov
Women's Soccer 33 3x/wk 5:00-7:00PM M-F 5:00-7:00PM Random At Berman Field
Men's Soccer 33 3x/wk 5:00-7:00PM M-F 5:00-7:00PM Random At Berman Field
Field Hockey 26 M-F 6:30-9:00AM M-F 6:30-9:00AM 9:30AM-12PM 4:30-5:30PM Various Days/Times
Table 2. Schedules of Use
Trip Generation. In estimating the volume of vehicular traffic that will be generated by a given land use,
the standard guide is the Institute of Transportation Engineers’ Trip Generation Manual2, which
provides vehicle-trip generation rates for hundreds of land uses on a daily and peak-hour basis. The
Manual, however, does not provide guidance on the trip-generation characteristics of collegiate sports
activities such as soccer practices or field hockey games. (The closest reference would be Land Use
Code 462, “Professional Baseball Stadium”, which is not relevant.) Therefore the best way to develop
an estimate of the traffic impacts of the proposed facilities is to take into account the particular
circumstances indicated by Tables 1 and 2 above.
The methodologies for estimating trips generated by practices and by field hockey games will be
somewhat different, as described below.
Practices. The person-trips generated by practices at the Game Farm Rd. complex will reflect the
numbers of players, coaches and other staff, as shown in Table 2. The number of vehicle-trips
generated will depend on mode split (the percentage of person-trips that are made by modes other
than private automobile) and vehicle occupancy. Players tend to carpool, both to practices and games,
and the soccer teams utilize a shuttle. The 33 soccer players are observed to generate up to 12 round
trips by car3, indicating an average of 2.75 persons/vehicle.
For purposes of conservative analysis, it is assumed here that:
• Vehicle occupancy for players is 2.0 persons/vehicle;
• Coaches and manager arrive in single-occupant vehicles.
On this basis, each soccer practice (men’s or women’s) would generate 21.5 trips on either end of the
5:00-7:00PM time period, for a total of 43 round trips if both teams practice simultaneously.
If the same ratio of person-trips to vehicle-trips can apply to the field hockey team, the 26 players will
generate 13 vehicle round-trips. Adding one car each for coaches, manager and trainers yields an
estimate for field hockey practices of 18 vehicle trips on either end of the 6:30-9:00AM time period.
2 11th Edition, updated Dec. 2022
3 Ferguson, op.cit.
72 Sasaki Cornell University Game Farm Road Field Hockey Field 38145.00 Memorandum 02 July 2024 4 of 5
It should be noted that since the soccer practice fields are existing and are already in operation, the
only new traffic generated by practices will be that associated with field hockey.
Field Hockey Games. The busiest time period at the facility would be on the occasion of a field hockey
game coinciding with practices by both soccer teams. This could happen on a weekday
afternoon/evening. Field hockey games, which will attract spectators, may generate more person-trips
than any other single activity. The estimates of attendance by players, staff and spectators for a typical
game are as follows:
• 26 players on each of two teams = 52 players
• 14 coaches and staff between the two teams (7 per team)
• 8 people in the press box and general staff
• 75 spectators
Total: approximately 150 people in attendance.
However, as discussed above, attendees will not all arrive in separate vehicles. If Cornell players
carpool to games in the same proportions that they do to practices; spectators, to some degree, carpool
or use alternative modes of transportation (walk/bike/micro-mobility); and visiting teams arrive by bus,
the parking demand will be much less than 150:
• Cornell players: 13 cars (two per car)
• Cornell coaches and staff, arriving separately: 7 cars
• Press/general staff: say two people per car: 4 cars
• Visiting team, including coaches and staff, arriving by bus
• Spectators: say 1.5 spectators per car = 50 cars
Total: 74 car round-trips and one or two buses.
Parking
Current plans for GFR are for 120 car parking spaces and two bus spaces. This supply is designed to
accommodate women’s and men’s soccer practices, and both practices and games for the field hockey
team all at once. Since field hockey practices are held in the morning and soccer practices in the
afternoon, the likelihood of overlap, and competing demand for parking, is low. 120 parking spaces
will be more than adequate to accommodate maximum demand generated by soccer practices, which
will attract approximately 43 cars during the 5:00-7:00PM time period if the men’s and women’s teams
are both practicing. Field hockey games will generate a need for approximately 74 parking spaces for
cars and one or two for buses. In the worst-case event of a field hockey game coinciding with both
women’s and men’s soccer practices, 117 parking spaces would be needed.
73 Sasaki Cornell University Game Farm Road Field Hockey Field 38145.00 Memorandum 02 July 2024 5 of 5
Conclusions
Table 3 summarizes the traffic impacts and parking needs generated by activities at the Game Farm Rd.
soccer/field hockey facility.
Practice Game
Women's Soccer 21.5 n/a
Men's Soccer 21.5 n/a
Field Hockey 14 74
Maximum* 117
*Simultaneous occurrence of both soccer teams practicing during a field hockey game
Table 3. Vehicle Round-Trips and Parking Need
On a typical weekday afternoon/evening, when soccer practices are the only activities at the Game
Farm Rd. facilities, approximately 43 vehicle-trips are currently generated by the women’s and men’s
teams combined. In the future, if a field hockey game coincides with practices by both men’s and
women’s soccer teams (on a Fall weekday between 4:00 and 7:00PM), an additional 74 new vehicle-
trips will be generated, for a total of approximately 117 vehicle-trips generated by the facility as a
whole.
Geotechnical Report
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94
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130
Phase 1 Reconnaissance
Addendum Survey (2024)
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PHASE 1 RECONNAISSANCE ADDENDUM SURVEY
CORNELL UNIVERSITY ATHLETIC FIELDS PROJECT
TOWN OF ITHACA
TOMPKINS COUNTY, NEW YORK
03PR00922
PREPARED BY:
SAM KUDRLE, MA
JOHN FERRI, MA and
CLAIRE HORN, PhD
SUBMITTED TO:
ENGINEERING-PROJECT MANAGEMENT
FACILITIES AND CAMPUS SERVICES
CORNELL UNIVERSITY
SEPTEMBER 27, 2024
Public Archaeology Facility 03PR00922, Addendum Phase 1 Report Page | i
MANAGEMENT SUMMARY
PROJECT NAME: Cornell University Athletic Fields Project (03PR00922)
CULTURAL RESOURCE SURVEY TYPE: Addendum Phase 1 Reconnaissance Survey
LOCATION:
Minor Civil Division: Town of Ithaca
County: Tompkins County
AREA OF POTENTIAL EFFECT (APE): addendum APE is 3.5 acres (1.4 ha)
USGS 7.5 MINUTE QUADRANGLE: Ithaca East, NY Quadrangle
ARCHAEOLOGICAL SENSITIVITY ASSESSMENT:
Precontact Sites within 3.2 km (2 miles) of Addendum APE: 5 CRIS sites
Precontact Sites within Addendum APE: none
Assessment Summary: high sensitivity for smaller camps and resource procurement/processing stations
Historic Sites within 3.2 km (2 miles) of Addendum APE: 13 CRIS Sites
Historic Sites within Addendum APE: none
Assessment Summary: Low for historic sites given the lack of map documented structures (MDSs) and historic
standing structures within the addendum APE.
ARCHAEOLOGICAL SURVEY METHODOLOGY:
Number of shovel test pits: 64 STPs at 15 m (49 ft) intervals
Surface survey: none
RESULTS OF ARCHAEOLOGICAL SURVEY:
Number of precontact sites identified: none within addendum APE
Number of historic sites identified: none within addendum APE
Number of sites recommended for investigation: none within addendum APE
Number of listed/eligible or potentially eligible National Register sites that may be impacted: none within
addendum APE
RECOMMENDATIONS: No further archaeological work is recommended for the current addendum APE.
Avoidance of any future adverse impacts is recommended for the early historic component at Locus 2 of the Cascadilla
Creek 2 Site that was documented during a site examination in 2005 within the original APE for the athletic fields
project (Kudrle 2005b). Although the early historic component at Locus 2 is located outside of the current addendum
APE summarized in this report, the area is still within an undisturbed setting west of the existing athletic fields.
REPORT AUTHOR: Sam Kudrle (MA), John Ferri (MA), and Claire Horn (PhD) / Public Archaeology Facility
SPONSOR: Engineering-Project Management; Facilities and Campus Services; Cornell University
DATE: September 27, 2024
Public Archaeology Facility 03PR00922, Addendum Phase 1 Report Page | ii
TABLE OF CONTENTS
MANAGEMENT SUMMARY ......................................................................................................................................i
I. INTRODUCTION ...................................................................................................................................................... 1
II. PROJECT DESCRIPTION ....................................................................................................................................... 1
III. BACKGROUND RESEARCH ............................................................................................................................... 5
3.1. Environmental Setting ........................................................................................................................................ 5
3.2. NYS SHPO CRIS Database ................................................................................................................................ 7
3.2.1 Regional Precontact Sites within 2 miles (3.2 km) ....................................................................................... 7
3.2.2 Regional Historic Sites within 2 miles (3.2 km) ........................................................................................... 7
3.3 Precontact Setting .............................................................................................................................................. 10
3.4 Historic Setting .................................................................................................................................................. 10
3.5 Previous Archaeological Investigations Near the Addendum APE ................................................................... 18
3.5.1 Past Phase 1 Surveys .................................................................................................................................. 19
3.5.2 Past Phase 2 Site Examinations .................................................................................................................. 22
3.5.3 Phase 3 Alternative Mitigation Report ....................................................................................................... 30
3.5.4 Summary of Past Investigations Near the Addendum APE ........................................................................ 30
IV. ADDENDUM SURVEY METHODOLOGY ....................................................................................................... 32
4.1 Project Walkover ............................................................................................................................................... 32
4.2 Testing Procedures............................................................................................................................................. 32
4.3 General Laboratory Methods ............................................................................................................................. 32
V. ADDENDUM SURVEY RESULTS ...................................................................................................................... 33
5.1 Overview ........................................................................................................................................................... 33
5.2 Negative Survey Results .................................................................................................................................... 33
VI. RECOMMENDATIONS ...................................................................................................................................... 33
APPENDIX I: References ........................................................................................................................................... 34
APPENDIX II. STP Data ............................................................................................................................................ 36
2.1 STP Soil Catalog, Addendum APE ................................................................................................................... 36
2.2 Artifact Catalog, Addendum APE ..................................................................................................................... 39
APPENDIX III: Client Map Showing the Location of the Addendum APE ............................................................... 40
APPENDIX IV: STP Maps for the Addendum APE ................................................................................................... 41
APPENDIX V: SHPO Correspondence for Previous Projects Near the Addendum APE ........................................... 43
Public Archaeology Facility 03PR00922, Addendum Phase 1 Report Page | iii
List of Figures
Figure 1. Location of the Town of Ithaca within Tompkins County and New York State. ........................................... 1
Figure 2. Location of the addendum APE on the USGS 1969 Ithaca East, NY 7.5' quadrangles. ................................. 2
Figure 3. Location of the addendum APE on 2023 aer ial imagery; photo locations also depicted. .............................. 3
Figure 4. Elevation model for the addendum APE showing the Cascadilla Creek gorge to the north. ......................... 5
Figure 5. USDA-NRCS soil survey map for the addendum APE.................................................................................. 6
Figure 6. Location of documented precontact and historic sites around the addendum APE. ....................................... 9
Figure 7. Location of the addendum APE on the 1853 Atlas of Tompkins County, New York. ................................. 12
Figure 8. Location of the addendum APE on the 1866 Atlas of Tompkins County, New York. ................................. 13
Figure 9. Location of the addendum APE on the 1900 USGS 15’ Dryden, NY Quad. ............................................... 14
Figure 10. Location of the addendum APE on the 1949 USGS 7.5’ Ithaca East, NY Quad ....................................... 15
Figure 11. Location of the addendum APE on the 1951 USGS 7.5’ Ithaca East, NY Quad. ..................................... 16
Figure 12. Location of the addendum AP E on the 1969 USGS 7.5’ Ithaca East, NY Quad. ..................................... 17
Figure 13. Location of previous completed consultation projects within the vicinity of the addendum APE. ............ 18
Figure 14. Phase 1 survey results for consultation projects within the vicinity of the addendum APE. ...................... 21
Figure 15. Phase 2 site examination testing for the Cascadilla Creek 1 Site. .............................................................. 25
Figure 16. Phase 2 site exam testing for the Cascadilla Creek 2 Site .......................................................................... 26
Figure 17. Interpolated historic artifact distribution for the historic component at Locus 2 of Casc adilla Creek 2. ... 27
Figure 18. Layout for previously documented archaeological sites within the vicinity of the addendum APE. ......... 31
List of Photos
Photo 1. View northwest across the addendum APE from Game Farm Road ............................................................... 4
Photo 2. View northwest across the addendum APE from Game Farm Road ............................................................... 4
Photo 3. Gun flint, glass button, and pipe stems from the historic component at Locus 2 at Cascadilla Creek 2 ....... 23
Photo 4. Glass beads from the historic component at Locus 2 at Cascadilla Creek 2 ................................................... 8
Photo 5. Ceramic vessel artifacts from the historic component at Locus 2 at Cascadilla Creek 2 .............................. 23
Photo 6. Ceramic and glass vessel artifacts from the historic component at Locus 2 at Cascadilla Creek 2 ............... 23
List of Tables
Table 1. USDA-NRCS Soil Types Located within the Addendum APE....................................................................... 6
Table 2. Summary of Precontact and Historic Sites within 3.2 km (2 miles) of the Addendum APE ........................... 8
Table 3. Archaeological Consultation Projects within the Vicinity of the Addendum APE ....................................... 18
Table 4. Results of Previous Phase 1 Surveys for Consultation Projects Near the Addendum APE ........................... 20
Table 5. Results of Previous Phase 2 site Examinations for Consultation Projects near the Addendum APE ............ 23
Public Archaeology Facility 03PR00922, Addendum Phase 1 Report Page | 1
I. INTRODUCTION
This report presents the results of an addendum Phase 1 survey for the Cornell University Athletic Fields
Project (03PR00922) in the Town of Ithaca, Tompkins County, New York. The fieldwork summarized in this report
was performed under the supervision of Dr. Laurie M iroff, Director of the Public Archaeology Facility (PAF), with
fieldwork conducted under the management of project directors John Ferri , Claire Horn, and Sam Kudrle. In
compliance with the Standards for Cultural Resource Investigations in New York State (1994) and the National Park
Service’s Criteria and Procedures for the Identification of Historic Properties (2000), the addendum area of potential
effect (APE) defined the project limits for the purpose of conducting the Phase 1 survey, and the results of the research
performed for this report do not apply to any territory outside the addendum APE.
II. PROJECT DESCRIPTION
The larger Cornell University Athletic Fields Project APE, including the addendum APE, is located within
the Town of Ithaca, Tompkins County, New York (Figure 1). Figure 2 shows the addendum APE on the USGS Ithaca
East, NY 7.5’ quadrangle and Figure 3 highlights the addendum APE on 2023 aerial photography for the Town of
Ithaca. The addendum APE is located in a fallow agricultural field adjacent to Game Farm Road, roughly 400 m (1,312
ft) north of the intersection with Ellis Hollow Road. The original Athletic Fields APE, which was investigated by PAF
archaeologists between 2003 and 2005, covers an area of 14 ha (35 ac) to the north of the addendum APE. The
addendum APE is also bounded to the south and east by linear corridors for the Cornell University Gas Line Project
that was surveyed by PAF in 2006 to 2007. These early surveys and investigations resulted in the documentation of
the precontact Cascadilla Creek 1 Site, Loci 1-4 (USN 10906.000335), and precontact and early historic period
Cascadilla Creek 2 Site, Loci 1-3 (USN 10906.000336). The Cascadilla Creek 1 and 2 Sites formed the framework
for a detailed GIS-based Alternative Mitigation Report submitted to Cornell University and the N ew York State
Historic Preservation Office (NYS SHPO) in 2009 for the Cornell University Gas Line Project.
Figure 1. Location of the Town of Ithaca within Tompkins County and New York State.
The current land conditions for the addendum APE are depicted in Photos 1-2 (see photo locations in Figure
3). The addendum APE covers approximately 1.4 ha (3.5 ac), with proposed impacts to include the construction of a
new field hockey field, press box, team room, restrooms, dugouts , and parking lot, as well as adjacent landscaping
(see Appendix III).
Public Archaeology Facility 03PR00922, Addendum Phase 1 Report Page | 2
Figure 2. Location of the addendum APE on the USGS 1969 Ithaca East, NY 7.5' quadrangle.
Public Archaeology Facility 03PR00922, Addendum Phase 1 Report Page | 3
Figure 3. Location of the addendum APE on 2023 aerial imagery; photo locations also depicted.
Public Archaeology Facility 03PR00922, Addendum Phase 1 Report Page | 4
Photo 1. View northwest across the addendum APE from Game Farm Road.
Photo 2. View southwest across the addendum APE from Game Farm Road.
Public Archaeology Facility 03PR00922, Addendum Phase 1 Report Page | 5
III. BACKGROUND RESEARCH
Background research for the addendum APE within the Town of Ithaca, Tompkins County was completed to
provide a description of the environmental setting and soil conditions, a site files check of the NYS SHPO Cultural
Resource Information System (CRIS) database, an analysis of available historic maps, and a summary of any past
archaeological investigations within the vicinity of the region. This background research was used to provide an
overall sensitivity assessment of the region within the addendum APE for precontact and historic archaeological sites.
3.1. Environmental Setting
Tompkins County is situated within the Finger Lakes Uplands of the Northern Allegheny Plateau of central
New York State (Bryce et al. 2010). The Finger Lakes Uplands is a transitional ecoregion, encompassing the northern
edge of the elevated landforms of the plateau where it meets the broad lake plains of the Lake Ontario Lowlands.
During the Pleistocene era, the glaciers ground into soft shale bedrock and transformed the region’s pre-glacial river
and stream valleys into the large u-shaped troughs that contain the current Finger Lakes, culminating in the deposition
of the undulating Valley Heads Moraine south of the lakes. The Valley Heads Moraine blocked the flow of water to
the south, reversing the earlier pre-glacial drainage pattern of the valleys toward Lake Ontario .
The topography of the addendum APE is relatively flat, with a slight northwestward slope. Elevations range
from a high of 333 m (1000 ft) ASL along the east end of the APE adjacent to Game Farm Road to low of 323 m (970
ft) ASL at the western end of the APE. Average slope across the area is approximately 5%. The main drainage for the
area is provided by Cascadilla Creek, an upland tributary of the Cayuga Inlet and ultimately Cayuga Lake. The creek
flows east to west from headwaters near the hamlet of Ellis through a broad valley with a large complex of wetlands
before entering a steep gorge to the descent to the Ca yuga Inlet. The addendum APE is located roughly 360 m (1,181
ft) south of the creek at the eastern end of the gorge boundary. The topography of the creek gorge is depicted in Figure
4 using 2 m (7 ft) elevation data from the NYS GIS Clearinghouse, with overlays for a 0.5 m (1.75 ft) contours.
Figure 4. Elevation model for the addendum APE showing the Cascadilla Creek gorge to the north.
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The United States Department of Agriculture (USDA) and Natural Resources Conservation Service (NRCS)
Soil Survey for Tompkins County (Table 1 and Figure 5) noted that a majority of the addendum APE contains glacial
till soils classified as Erie channery silt loam, 3-8% slope (EbB), coupled with a much smaller area of glacial outwash
soils of Chenango gravelly loam, 5-15% slope (CdC). Neither of these soil types is considered to be hydric (wetland
like), nor is either soil type an alluvial soil with the potential for complex and deeply buried horizons. Proposed
subsurface testing by means of shovel test pits (STPs) for these upland and outwash landforms should extend 15 cm
(6 in) into the culturally sterile B horizon subsoil.
Table 1. USDA-NRCS Soil Types Located within the Addendum APE*
Soils and Acreage Horizon and Depth Drainage Hydric Landform
Erie channery silt
loam, 3 to 8 percent
slopes (EbB);
2.6 acres
Ap: 0 to 23 cm (0 to 9 in): channery silt loam
E: 23 to 33 cm (9 to 13 in): channery silt loam
B: 33 to 100 cm (13 to 38 in): channery silt loam
C: 100 to 183 cm (38 to 72 in): channery loam
Somewhat
poorly
drained
No Hills;
glacial till
Chenango gravelly
loam, 5 to 15 percent
slopes (CdC);
0.9 acres
Ap: 0 to 20 cm (0 to 8 in); gravelly loam
B: 20 to 86 cm (8 to 34 in); gravelly silt loam
C: 86 to 152 cm (34 to 60 in); very gravelly
loamy sand
Well
drained
No Valley
terraces;
glacial
outwash
*source data from: websoilsurvey.sc.egov.usda.gov
Figure 5. USDA-NRCS soil survey map for the addendum APE.
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3.2. NYS SHPO CRIS Database
Information on the location and types of documented precontact and historic sites around the addendum APE
was obtained from the CRIS database on the NYS Office of Parks, Recreation and Historic Preservation (OPRHP)
website (cris.parks.ny.gov). CRIS is an online Geographic Information System program that provides access to New
York State's vast historic and cultural resource databases and now digitized paper records . The site locations were
mapped for a 2 mile (3.2 km) area around the addendum APE and are depicted in Figure 6 and summarized by type
in Table 2.
3.2.1 Regional Precontact Sites within 2 miles (3.2 km)
Within a 2 mile (3.2 km) area around the addendum APE there are five recorded precontact archaeological
sites listed in the NYS SHPO CRIS database. None of the sites is located within the boundaries of the addendum APE,
although the Cascadilla Creek 1 and 2 Sites are within relatively close proximity (more detailed summaries of the
Cascadilla Creek Sites can be found in Section 3.5).
3.2.2 Regional Historic Sites within 2 miles (3.2 km)
Thirteen historic archaeological sites are shown in the CRIS database within a 2 mile (3.2 km) area around
the addendum APE. Only the historic component at the Cascadilla Creek 2 Site Locus 2 and the CCC (Civilian
Conservation Corps) Camp are shown in relatively close proximity to the addendum APE. The historic component at
Locus 2 is discussed in more detail in Section 3.4. A concise summary of the CCC Camp along Game Farm Road is
provided in a Phase 1A assessment report by Panamerican Consultants (Hanley et al. 2021:8) which stated:
In 1933, Civilian Conservation Corps camps began working on fede ral conservation programs in
New York State Parks. The State Council of Parks established state park regions to organize the
employment of CCC camps. Bear Mountain State Authority and the Central New York State Park
commission were among the first in the state to initiate work in cooperation with the federal
program. A CCC camp was established at Cornell University on July 2, 1935. The camp’s location
was on a Cornell University farm property southeast of the campus and south of the Arboretum
location on the west side of Game Farm Rd between Cascadilla Creek and Ellis Hollow Rd. CCC
camps were established according to U.S. Army standardized plans. In the spring 1934, the Army
designed a sturdy wood-frame building with interchangeable parts that was fabricated for easy
construction. This type of temporary building could be adapted to serve as an administrative,
recreation, mess, or barracks facility. The Army set specific dimensions for the different building
types. The structure was inexpensive, comfortable, weatherproof, and easily transportable. In 1935,
this plan was mass-produced. A standard camp layout consisted of approximately 24 structures
which formed a rough U-shape that fronted on a cleared space used for assemblies and sports
activities. Types of camp buildings included recreation halls, a garage, a hospital, administrative
buildings, a mess hall, officers’ quarters, enrollee barracks, and a schoolhouse. The camps were
supported other ancillary structures such as latrines, garages, oil house, blacks mith shop, pump
house, generator house, etc.
143
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Table 2. Summary of Precontact and Historic Sites within 3.2 km (2 miles) of the Addendum APE
Site Type (Map #) Site Name
and USN
National
Register Status
Distance from
Addendum APE
Comments
Precontact (#1) Cascadilla Creek 1; Locus 1 to 4
USN 10906.00034
Undetermined 0.15 km (0.01 mi)
north
Late Archaic to Early Woodland components (3500 -700 BC); lithic
scatters with one isolated pottery sherd
Precontact (#2) Cascadilla Creek 2; Locus 1 to 3
USN 10906.000336
Undetermined 0.4 km (0.2 mi)
northwest
Late Archaic to Early Woodland components (3500 -700 BC); lithic
scatters; likely hearth feature in small camp locale at Locus 3
Precontact (#3) Cascadilla Creek 4
USN 10906.000335
Undetermined 0.75 km (0.5 mi)
west
Undiagnostic lithic scatter
Precontact (#4) Cascadilla Creek 3
USN (none listed)
NA 1 km (0.6 mi)
northwest
Single chert flake
Precontact (#5) Brown Farm Site
USN 10906.000087
Undetermined
2.7 km (1.8 mi)
northwest
Single bifurcate projectile point; possibly associated with the Early to
Middle Archaic period (7000 to 5000 BC)
Historic (#6) Cascadilla Creek 2; Locus 2
USN 10906.000336
Undetermined
0.4 km (0.2 mi)
northwest
The historic component was identified during PAF’s 2005 site
examination of the larger Cascadilla Creek 2 Site
Historic (#7) Whitted Site
USN 10903.000172
Undetermined
2.8 km (1.7 mi)
southeast
19th to 20th century historic residence with midden
Historic (#8) English Cemetery
USN 10903.000271
Undetermined
2.2 km (1.4 mi)
east
19th century family cemetery
Historic (#9) Turkey Hill Road Dump
USN 10903.000272
Undetermined
1.2 km (0.75 mi)
east
Garbage dump; no associated structures
Historic (#10) Empire Grist Mill
USN 10906.000016
Listed
2.5 km (1.6 mi)
northwest
Grist mill ruins
Historic (#11) Cornell-Blair Farm
USN 10906.000212
Not Eligible
1.7 km (1 mi)
northwest
Pre-1866 domestic residence
Historic (#12) Moore House Site
USN 10906.000214
Undetermined
2.9 km (1.8 mi)
northwest
1817 to 1995 domestic residence
Historic (#13) Forest Home Mill
10906.000215
Undetermined
2.4 km (1.5 mi)
northwest
Saw mill foundation ruins
Historic (#14) Ellis Hollow Road
USN 10906.000340
Undetermined
0.8 km (0.5 mi)
southwest
Middle to late 19th century residence
Historic (#15) Dryden Road I Site
USN 10906.000342
Undetermined
1.3 km (0.8 mi)
north
Middle to late 19th century residence
Historic (#16) Dryden Road II Site
USN 10906.000343
Undetermined
1.3 km (0.8 mi)
north
Middle to late 19th century residence
Historic (#17) Lamkin Site
USN 10903.000323
Undetermined
0.7 km (0.4 mi)
east
Historic artifact scatter, foundation and capped well; one grave marker
Historic (#18) Civilian Conservation Corp.
Camp
USN 10906.000421 (building)
NA
0.2 km (0.1 mi)
south
The camp depicted as multiple structures and circular access road along
Game Farm Road on USGS 1949 and 1951 Ithaca East, NY
quadrangles. One shed from the camp is still standing today.
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Figure 6. Location of documented precontact and historic sites around the addendum APE.
Confidential: Not for Public Release.
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3.3 Precontact Setting
The precontact period of the Northeast was characterized by two broad subsistence patterns, both of which
had influences on the settlements and the types of material culture used by Indigenous communities.
The first pattern was associated with pre-agricultural hunter-gatherers and the arrival of highly mobile groups
during the Paleoindian (9000-8000 BC) and Early-Middle Archaic periods (7000-5000 BC) and flourished in the
region from the Late Archaic through the early Middle Woodland (4000 BC - AD 700). During this hunter-gatherer
period communities relied almost solely on gathered plant resources, fish, and game animals for daily subsistence and
overall mobility was high as groups moved in search of available resources. Group mobility tended to compress
through time, with small Paleoindian communities ranging widely across the landscape and later groups centered at
seasonal base camps within well-defined territories, often approximating regional watersheds.
Hunting and gathering continued to be an important part of the subsistence base during the later farmin g
period of the late Middle Woodland and Late Woodland (roughly AD 800 -1550), but a larger part of the daily
subsistence was increasingly shifted toward the production and consumption of the maize -beans-squash agricultural
complex. This subsistence shift was associated with the development of sedentary communities, and the construction
of hamlet and village settlements near agricultural fields.
Precontact Sensitivity Assessment
The NYS SHPO CRIS database indicated that there are five recorded precontact archaeological sites within
3.2 km (2 miles) of the addendum APE. Diagnostic cultural material recovered from these sites suggests that the region
was utilized mainly by hunter-gatherer communities from the Archaic through the Early Woodland periods, possibly
as early as 7000 to 5000 BC to about 700 BC. These hunter -gatherer communities created a series of small camps
around upland tributaries, such as Cascadilla Creek to the north and Six Mile Creek to the south, and reso urce
procurement/processing stations at interior locales, often near ephemeral wetlands and headwaters.
The background research on the regional environmental setting, the NYS CRIS site files suggested that the
area as a whole should be considered as sensitive for additional archaeological sites, particularly for smaller precontact
sites associated with ephemeral camps and/or resource procurement/processing activities.
3.4 Historic Setting
The addendum APE is located in Tompkins County in the Town of Ithaca. At the time of European contact,
this region was home to the Cayuga Nation, a member of the Haudenosaunee Confederacy. The Town of Ithaca was
established in 1821 and today the area includes a mix of suburban residential and rural agricultural characteristics.
Historic maps for the Town of Ithaca from 1853 to 1969 were inspected to provide a depiction of potential
historic structures within and around the addendum APE during the 19th and 20th centuries (Figures 7-12). Available
maps were obtained online and incorporated into the GIS mapping for the project. The maps for the Town of Ithaca
included:
1853 Atlas of Tompkins County, New York
1866 Atlas of Tompkins County, New York
1900 USGS 15’ Dryden, New York Quadrangle
1949 USGS 7.5’ Ithaca East, New York Quadrangle
1951 USGS 7.5’ Ithaca East, New York Quadrangle
1969 USGS 7.5’ Ithaca East, New York Quadrangle
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The 19th century maps to early 20th century quadrangle show the addendum APE situated in an undeveloped
rural region within the Town of Ithaca, east of the City of Ithaca, with a scatter of structures and properties along the
network of main roads (such as Ellis Hollow Road south of the addendum APE). The middle 20th century quadrangle
maps (1949 to 1951) depict the previously discussed CCC Camp as a series of small structures within a U-shaped
complex along Game Farm Road south of the addendum APE. One of these structures is still standing to the present
day as a shed; the structure is included in the CRIS database as a building (USN 10906.000421). The CCC Camp is
not shown on the 1969 Ithaca East, NY quadrangle map, which is the most recent USGS quadrangle with detailed
structure locations.
Historic Sites Sensitivity Assessment
Overall, the historic map analysis suggests a low potential for identifying historic sites within the addendum
APE. Historic maps show that the area was not near any clearly defined map documented structures (MDSs). In
addition, there are no historic standing structures within the addendum APE.
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Figure 7. Location of the addendum APE on the 1853 Atlas of Tompkins County, New York.
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Figure 8. Location of the addendum APE on the 1866 Atlas of Tompkins County, New York.
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Figure 9. Location of the addendum APE on the 1900 USGS 15’ Dryden, NY Quad .
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Figure 10. Location of the addendum APE on the 1949 USGS 7.5’ Ithaca East, NY Quad (note the CCC Camp)
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Figure 11. Location of the addendum APE on the 1951 USGS 7.5’ Ithaca East, NY Quad (note the CCC Camp).
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Figure 12. Location of the addendum APE on the 1969 USGS 7.5’ Ithaca East, NY Qua d.
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3.5 Previous Archaeological Investigations Near the Addendum APE
The addendum APE forms part of a larger series of current and/or former agricultural properties (covering
an area of roughly 187 acres [76 hectares]) between Game Farm Road, Ellis Hollow Road, and Pine Tree Road owned
by Cornell University. Since 2003 these properties as a whole have been the focus of varying phases of archaeological
investigation and excavations by PAF and other archaeologists through at least five consultation projects (including
the original Cornell University Athletic Fields Project from 2003 to 2005) with the NYS OPRHP SHPO (Figure 13).
Table 3 lists the consultation projects by NYS OPRHP number and name. These various investigations resulted in the
identification of four precontact archaeological sites (Cascadilla Creek 1 [Loci 1-4], Cascadilla Creek 2 [Loci 1-3],
Cascadilla Creek 3 [an isolated find], and Cascadilla Creek 4), one historic site at Ellis Hollow Road, and an early
historic component at Locus 2 of the precontact Cascadilla Creek 2 Site.
Table 3. Archaeological Consultation Projects within the Vicinity of the Addendum APE
OPRHP # Project Name Approx.
Acreage
Associated Archaeological Sites
03PR00922 Cornell University Athletic Fields Project 27 acres Cascadilla Creek 1 and 2
07PR64400 Cornell University Gas Transmission Project 8 acres Cascadilla Creek 1 and 2
None listed Cornell University Data Center Project 24 acres Cascadilla Creek 3
08PR00512 Cornell University Water Line Project 3 acres Cascadilla Creek 4; Ellis Hollow Road
21PR03998 Cornell University Baseball Field Project 18 acres No associated sites
Figure 13. Location of previous completed consultation projects within the vicinity of the addendum APE.
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3.5.1 Past Phase 1 Surveys (see Table 4 and Figure 14)
Phase 1 surveys were completed for the Cornell Athletic Fields Projects in the spring of 2003 and 2005 when
portions of the fields had been freshly plowed, allowing for the use of systematic surface surveys shortly after soaking
rains. During these surface surveys, PAF archaeologists walked the plowed fields from north to south, spaced roughly
3 m (10 ft) apart, looking for and mapping the location of any precontact or historic cultural material visible on the
ground surface. Materials were mapped on the ground surface through the use of either digital transit or hand -held
GPS. Additionally, a small sample of STPs was excavated across the plowed fields to examine soils.
The APEs for the Cornell Gas Line Project, Cornell Data Center Project, and Cornell Water Line Project
were located in areas that were covered by vegetation with no freshly visible ground surface. For these APEs STPs
were excavated along systematic linear transects and/or within square grids, with the p rimary testing interval set at 15
m (49 ft), followed by closer interval testing around the location of any cultural material finds. As part of the field
work preparation for each Phase 1 survey, historic maps for the Town of Ithaca dating from the middle 19th to early
20th centuries were inspected to determine if any historic structures were either still standing or were previously
standing within any of the project APEs. While the maps indicated that there were no known historic structures for
the interior of the university properties, at least one historic structure (now since demolished) was located along Ellis
Hollow Road. This location was determined to be a mapped documented structure (MDS) that overlapped a section
of the APE for the Cornell Water Line Project.
The systematic surface surveys, coupled with the excavation of transects of STPs for the Cornell Athletic
Fields Project and Cornell University Gas Line Project APEs produced a collection of precontact cultural material
(including a few stone tools, chert debitage, and one small piece of grit tempered pottery). Their locations were mapped
and were used to define the spatial limits of the precontact Cascadilla Creek 1 and 2 Sites within the Athletic Fields
and Gas Line APEs. Both sites contained multiple loci, with four loci (Loci 1-4) at Cascadilla Creek 1 and three loci
(Loci 1-3) at Cascadilla Creek 2. The types of stone tools (projectile points) found at the Phase 1 level of investigation
defined both Cascadilla Creek Sites as lithic artifact scatters most likely associated with seasonally mobile hunter-
gatherer groups from 3500 to 700 BC.
Additionally, during the Cornell University Gas Line Project Phase 1 survey (Kudrle 2007), a grid of STPs
(n=12) was excavated within the approximate location of the middle 20th century CCC Camp along Game Farm Road
for a proposed construction staging area. These 12 STPs did not produce any historic or modern artifacts.
The excavation of STPs for the Cornell Data Center Project APE produced a single precontact chert flake
from one STP and the location of this STP was used to define the limits of the Cascadilla Creek 3 Site. Likewise, the
excavation of a linear transect of 224 STPs for the Cornell Water Line Project APE along Ellis Hollow Road produced
a small number of precontact cultural material items (three pieces of chert debitage) from three STPs that defined the
Cascadilla Creek 4 Site. The location of the Ellis Hollow Road Historic Site was also identified along the margin of
Ellis Hollow Road during the Phase 1 survey for the Cornell Water Line APE. The nine site STPs produced 24 historic
artifacts, including: 2 cut nails, 1 metal hinge, 5 pieces of window glass, 1 clear bottle glass, 1 lamp chimney glass, 1
piece of clear glass, and 13 pieces of ceramics. The location of the Ellis Hollow Road Historic Site matched the setting
of a MDS noted on town historic maps from 1866 to 1900.
A Phase 1 survey was completed by Panamerican Consultants for the Cornell Baseball Field Project in 2021.
The APE for this project was located southwest of the current addendum APE along Ellis Hollow Road and covered
an area of 18 ac (7.3 ha). Panamerican archaeologists excavated 425 STPs within the project APE and recovered only
a small and widely scattered assemblage of historic artifacts (n=20). No additional investigations were recommended
for the project after completion of the Phase 1 survey.
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Table 4. Results of Previous Phase 1 Surveys for Consultation Projects Near the Addendum APE
Project and Report Phase 1 Survey
Methods
Phase 1 Survey
Results*
Cultural
Material
Survey
Recommendations
Cornell University Athletic
Fields Project (Part 1)
PAF Project
Zlotucha Kozub 2003a
Systematic surface survey of
plowed and disked agricultural
fields and the excavation of 51
STPs placed judgmentally
across the project APE
Identification of the
Cascadilla Creek 1
Site (Loci 1-3)
USN: 10906.000336
1 projectile point
4 chert flakes
2 chert cores
2 chert chunks
Phase 2 site
examination of all
loci of the
Cascadilla Creek
1 Site
Cornell University Athletic
Fields Project (Part 2)
PAF Project
Kudrle 2005a
Systematic surface survey of
plowed and disked agricultural
fields and the excavation of a
systematic grid of 123 STPs at
15 m (49 ft) intervals
Identification of the
Cascadilla Creek 2
Site (Loci 1-3)
USN: 10906.000336
1 bifacial tool
5 chert flakes
2 chert cores
3 chert chunks
Phase 2 site
examination of
Loci 1-2 of the
Cascadilla Creek
2 Site; Locus 3
was outside of the
project APE
Cornell University Gas
Transmission Line Project
PAF Project
Kudrle 2007
Rudler 2007a
Excavation of a systematic
transect of 533 STPs at 15 m
(49 ft) intervals
Identification of the
Cascadilla Creek 1
Site (Locus 4) and the
expansion of the limits
of Cascadilla Creek 2
Site (Locus 3)
USN: 10906.000336
USN: 10906.000335
1 pottery sherd
1 projectile point
5 chert flakes
Phase 2 site
examination of
the Cascadilla
Creek 1 Site
Locus 4 and
Cascadilla Creek
2 Site Locus 3
Cornell University Data
Center Project
PAF Project
Kudrle 2008a
Excavation of a systematic grid
of STPs at 15 m (49 ft)
intervals
187 STPs at 15 m (49 ft)
intervals; 8 STPs at 1-3 m (3-7
ft) intervals at isolated find
Identification of the
Cascadilla Creek 3
Site (isolated find)
USN: none listed
1 chert flake No additional work
recommended for
the Cascadilla
Creek 3 Site
Cornell University Water
Line Project
PAF Project
Carroll 2008
Excavation of a systematic
transect of STPs at various
distance intervals:
224 STPs at 15 m (49 ft)
intervals;
5 STPs at 7.5 m (25 ft) intervals;
13 STPs at 1-3 m (3 -10 ft);
intervals
Identification of the
Cascadilla Creek 4
Site and the Ellis
Hollow Road Site
USN: 10906.000341
3 chert flakes
2 cut nails
1 metal hinge
5 window glass
1 bottle glass
1 chimney glass
1 clear glass
13 ceramics
Phase 2 site
examination of
the Cascadilla
Creek 4 Site. No
additional work
recommended for
the Ellis Hollow
Road Historic Site
Cornell Baseball Field
Project
Panamerican Project
Button et al. 2021
Excavation of a systematic grid
of STPs at 15 m (49 ft) intervals
405 STPs at 15 m (49 ft)
intervals; 14 STPs at 7.5 m (25
ft) intervals; 6 STPs at 30 m (98
ft) intervals
No archaeological
sites identified
20 widely
scattered historic
artifacts
No additional
investigations
recommended
*USN: unique site number from NYS CRIS.
156
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Figure 14. Phase 1 survey results for consultation projects within the vicinity of the addendum APE.
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3.5.2 Past Phase 2 Site Examinations (see Table 5 and Figures 15-17)
The results of the various Phase 1 surveys indicated that the Cascadilla Creek 1, 2, and 4 Sites were potentially
eligible for the National Register of Historic Places, and Phase 2 site examinations wer e recommended for each site.
Additional investigations were not recommended for the Cascadilla Creek 3 Site, given the site’s context as an isolated
or single cultural material find, or for the historic Ellis Hollow Road Site given the light frequency and limited diversity
of historic artifacts found at the site.
Phase 2 site examinations were conducted at the Cascadilla Creek 1, 2, and 4 Sites from 2003 to 2008. The
site examinations were completed to determine each site’s National Register eligibility (site examination maps for
Cascadilla Creek 1 and 2 are shown in Figures 15 and 16). Table 5 summarizes the site examination results and
recommendations for the sites. The field methodologies for each site examination included the excavation of additional
STPs at 7.5 m (25 ft) or smaller intervals within selected areas of the sites, additional surface surveys of any freshly
plowed and disked agricultural fields, and the excavation of a series of test units (1 x 1 meter [3 x 3 ft] in size) across
the sites near mapped surface finds and/or the location of STPs that produced precontact cultural material. The test
units were excavated within natural soil layers and soil profiles were drawn once the units were completed.
The Phase 2 site examination cultural material types from the Cascadilla Creek 1 and 4 Sites did not differ
meaningfully from the original survey, with both sites producing redundant assemblages that were deemed sufficient
for determining the site type, site activities, and overall land use. Given these results, no additional investigations were
recommended for the Cascadilla Creek 1 or 4 Sites. Locus 1 of the Cascadilla Creek 2 Site produced similarly
redundant cultural material results at the Phase 2 level, and no further investigations were r ecommended for this area
of the site.
The Cascadilla Creek 2 Site Locus 2 and Locus 3 produced much more interesting cultural material results
at the Phase 2 site examination level of analysis, suggesting that both areas of the site warranted additional research
through Phase 3 data recoveries, or that the sites should be avoided. For Locus 3, these results included the recovery
of additional stone tools (projectile points and scraping tools), a moderate collection of additional stone tool debitage
(waste byproducts), and four burnt rocks (fire-cracked rock) that were probably the remnants of one or more small
camp hearths. Overall, these site examination results suggested a higher level of research potential for Locus 3, with
the site area representative of a small upland camp created by seasonally mobile hunter-gatherer groups.
From Locus 2 of the Cascadilla Creek 2 Site a late 18th to early 19th century historic component was defined
during the site examination based on the recovery of a highly diverse and abundant assemblage of historic artifacts
(n=642) from three test units (Units 6, 7, and 8) and several close -interval STPS surrounding these units (see the
modeled historic artifact distribution interpolated from the STP and unit data for Locus 2 in Figure 17). Historic maps
for the Town of Ithaca show no historic structures within the area from at least 1853 to the present, so it is possible
these cultural material remains are associated with an early pioneer cabin or an early historic period Indigenous
settlement given the recovery of two glass trade beads and a gun flint. The most abundant artifact types for the historic
component at Locus 2 are food-related artifacts (primarily ceramic vessel fragments) at 59% of the total and
undifferentiated artifacts at 16% of the total assemblage. Undifferentiated artifacts include eight undiagnostic bottle
glass fragments and 92 pieces of historic ceramics. Only small amounts of architectural artifacts (37 cut nails, 1
undiagnostic nail fragment, 39 pieces of window glass, and 5 pieces of broken brick) were present in the component
assemblage, a pattern that would fit the interpretation for a small cabin occupation. Lighting -related artifacts include
three pieces of chimney lamp glass. The three clothing or personal type artifacts include one black glass hexagonal
button and two glass trade beads. Buttons were a fairly common trade item between Indigenous people and European
settlers, and several post-contact period sites in central New York have produced “Jesuit black glass buttons” (Monte
1983). In addition, the component also produced one broken gun flint and seven clay smoking pipe stem fragments.
Documented production dates for the ceramic vessel fragments produced an average prod uction date of 1825 to 1837.
Faunal and food remains include 30 animal bone fragments, 16 animal teeth, 25 clam or oyster shell, and one ceramic
gullet stone. The bones include two pieces of cow bone and one charred bone fragment, as well as 27 generic mammal
bone fragments. The teeth include 10 pig teeth, three cow teeth, two sheep or goat teeth, and one undiagnostic tooth
fragment. Photographs of the gun flint, glass button, trade beads, pipe stems, and ceramic and glass vessel fragments
are shown in Photos 3-6.
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The high frequency of historic artifacts recovered from the three test units and STPs, as well as the overall
scatter size and tight clustering pattern within the center of Locus 2, provided enough evidence to rule out the previous
random field refuse hypothesis and it was clear that these artifacts were associated with a historic archaeological site,
but one that pre-dated the mid- to late 19th century maps. Diagnostic ceramics within the component assemblage
supported this interpretation, with most closed production periods dating prior to 1840. Historic outlines for Tompkins
County and the Town of Ithaca do indicate that several families settled in the region between 1780 and 1810, and a
few did build log cabins within the To wn of Ithaca (Hewitt 1894). Locational descriptions for these early settlers are
fairly vague, so at present it is difficult to say whether or not the Cascadilla Creek 2 historic component represents
one of these small pioneer cabins or camp site. Similarly, deed research for the larger project parcel revealed no clear
information for historic occupation of the site. Blocks 3 and 4 of Lot 96 were originally purchased by Cornell
University in the early 20th century, but prior to this purchase, both parcels were part of larger farming estates back to
at least the 1840s, with three of the deeds from Block 4 specifying a lease agreement for agricultural use . Neither deed
search turned up any conclusive evidence of residential structures within the property, a p attern consistent with an
ephemeral pioneer cabin or camp site.
Table 5. Results of Previous Phase 2 Site Examinations for Consultation Projects near the Addendum APE
Site
Name and Report
Reference
Phase 2 Site Examination
Methods
Site Examination
Cultural Materia
Site
Features
Site Examination
Recommendations
Cascadilla Creek 1
Locus 1-4
Zlotucha Kozub
2003a
Rudler 2007b
Additional systematic surface
surveys of freshly plowed
and disked fields. Excavation
of 10 test units; each unit
measured 1 x 1 m (3 x 3 ft)
with one rectangular unit (2
m x 0.5 m [7x1.5 ft]). Units
were situated at the location
of cultural material finds
from the various surface
survey or STP locations
1 stone adze
8 flakes
7 pieces of shatter
3 chunks
None found within
site limits
The site examination produced a
sufficient sample of cultural material
for determining the site type, activities,
and overall land use. No additional
archaeological investigations were
recommended for the Cascadilla Creek
1 Site.
Cascadilla Creek 2
Locus 1-3
Kudrle 2005b
Rudler 2007c
Additional systematic surface
surveys of freshly plowed
and disked fields. Excavation
of 73 close interval STPs and
15 test units; each unit
measured 1 x 1 m (3 x 3 ft)
and was situated at the
location of cultural material
finds from the various
surface survey or STP
locations
2 projectile points
2 scraping tools
1 biface tool frag.
39 flakes
4 pieces of shatter
3 cores
4 burnt rocks
642 historic
artifacts from the
historic
component at
Locus 2
None found,
although the
recovery of four
potentially burnt
rocks (fire-cracked
rocks) within a
single test unit at
Locus 3 suggested
a small hearth
feature was likely
present within the
limits of Locus 3
The site examination produced a
sufficient sample of cultural material
for determining the site type, activities,
and overall land use for Locus 1 and no
additional field-based archaeological
investigations were recommended for
this area of the site.
Locus 3 produced a collection of
cultural material types indicative of a
more complex hunter-gatherer camp
site and in consultation with OPRHP
the locus was recommended as eligible
for the National Register of Historic
Places. A Phase 3 data recovery was
also recommended for the locus if
adverse impacts could not be avoided
through project modifications.
From Locus 2 a potentially late 18th to
early 19th century historic site or
component was defined based on the
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Site
Name and Report
Reference
Phase 2 Site Examination
Methods
Site Examination
Cultural Materia
Site
Features
Site Examination
Recommendations
recovery of a diverse and abundant
assemblage of historic artifacts (n=642)
from three of the test units (Units 6, 7,
and 8) and several close-interval STPs
around these units. Available maps
show no structures within or adjacent to
the area from at least 1853 to the
present; it is possible these artifact
remains are associated with an early
pioneer cabin or an early historic period
Indigenous settlement. The results of
the site examination at Locus 2
indicated a high research potential for
the historic component and we
recommended that this area of the site
be considered as eligible for the
National Register of Historic Places,
and that any adverse impacts to the
historic component be avoided,
maintaining the center of Locus 2 as an
agricultural field or mitigate any future
impacts through Phase 3 data recovery
excavations.
Cascadilla Creek 4
Kudrle 2008b
Excavation of three test units.
Each unit measured 1 x 1 m
(3 x 3 ft) and was situated at
the location of cultural
material finds from the Phase
1 STPs (around STP A77).
11 flakes
None found within
site limits
The site examination produced a
sufficient sample of cultural material
for determining the site type, activities,
and overall land use. No additional
archaeological investigations were
recommended for the Cascadilla Creek
4 Site.
160
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Figure 15. Phase 2 site examination testing for the Cascadilla Creek 1 Site.
161
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Figure 16. Phase 2 site examination testing for the Cascadilla Creek 2 Site.
162
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Figure 17. Interpolated spatial distribution of historic artifacts for the historic component at Locus 2 of the Cascadilla Creek 2 Site.
Public Archaeology Facility 03PR00922, Addendum Phase 1 Report Page | 28
Photo 3. Gun flint, glass button, and pipe stems from the
historic component at Locus 2 of Cascadilla Creek 2.
Photo 4. Glass beads from the historic component at Locus 2 of Cascadilla Creek 2.
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Photo 5. Ceramic vessel artifacts from the historic component at Locus 2 of
Cascadilla Creek 2.
(Top row: Blue shell-edged plate; Green shell-edged plate; Blue feather-
edged plate; Red shell-edged plate. Row 2, L to Rt: Blue “sprigged”
whiteware plate, applied clay decoration, ca. 1840; Red transfer printed
plate; Cup or bowl with hand painted red and green floral design; Cup or
bowl shoulder with hand painted blue floral design. Row 3, L to Rt: Blue
transfer printed pearlware lidded; Blue transfer printed pearlware lidded
vessel. Row 4, L to Rt: Pearlware hand painted in earthy tones, teacup, and
saucer; Pearlware hand painted blue, teacup, and saucer. Bottom row, L to
Rt: Green and brown annular banded pearlware; Orange annular banded
pearlware w/ molded ribbed design; Blue, mauve, and brown marbled
annular whiteware; Black dendritic “mocha” annular design on olive slip;
Black dendritic “mocha” annular design on mustard-color slip.)
Photo 6. Ceramic and glass vessel artifacts from the historic component at
Locus 2 of the Cascadilla Creek 2 Site.
(Upper L: Redware milk pan, lead-glazed interior & unglazed exterior.
Upper Rt: Olive glass wine bottle neck with hand applied finish. Middle, L
to Rt: Yellow glazed redware rim, tableware; Slip-trailed redware fragment;
Olive glass bottle base, melted, possibly free-blown. Lower L: Molded
manganese-glazed redware, possible teapot. Lower Rt: Redware base
fragment.)
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3.5.3 Phase 3 Alternative Mitigation Report
In 2008 Cornell University embarked on a previously surveyed gas transmission line project. Sections of the
proposed gas line corridor along the northern edge of the athletic fields were planned to cut directly through Locus 3
of the Cascadilla Creek 2 Site (Rudler 2007d). PAF proposed an alternative mitigation of these adverse impacts in
consultation with OPRHP that would include a review of the published literature on archaeological sampling and
testing strategies for small precontact sites in similar upland contexts aro und the Finger Lakes, additional detailed
analysis and description of all the Cascadilla Creek 1 -4 Site precontact cultural material, and a GIS-based regional
environmental model to complement our final interpretations for the sites. An Alternative Mitigat ion Report
summarizing the proposed archaeological district for Cascadilla Creek and a GIS environmental model was submitted
to the state in 2009 and was accepted by the NYS OPRHP (Kudrle 2009). Correspondences with OPRHP staff from
2009 regarding the consultation process and final acceptance of the alternative mitigation report are provided in
Appendix V. While a district concept was proposed for the precontact Cascadilla Creek sites as part of the 2009
Alternative Mitigation, the sites are not currently d epicted as an archaeological district in the CRIS database.
3.5.4 Summary of Past Investigations Near the Addendum APE
Between 2003 to 2021 PAF and Panamerican archaeologists surveyed and investigated roughly 43% of the
current and former agricultural fields owned by Cornell University along Game Farm Road, Ellis Hollow Road, and
Pine Tree Road. From these investigations, four precontact Indigenous sites (Cascadilla Creek 1-4), one historic site
(Ellis Hollow Road Site), and one precontact site with an associated early historic component (Cascadilla Creek 2
Locus 2) were identified within the properties owned by Cornell University (Figure 18). Most of these site areas were
either investigated at the Phase 2 level of analysis and found to be not eligible for the National Register as individual
sites or were not recommended as potentially eligible after the Phase 1 surveys. Of the precontact sites, only Locus 3
of the Cascadilla Creek 2 Site produced the cultural material results consistent wit h a high research potential, and
through consultation with NYS OPRHP an Alternative Mitigation Report was developed to summarize, analyze, and
interpret all of the Cascadilla Creek 1-4 Sites within an archaeological district focused on upland sites in marginal
environmental settings.
At the present time, only the early historic component at Locus 2 of the Cascadilla Creek 2 Site has not been
destroyed by university development projects, primarily those associated with the Cornell University Athletic Fields
Project from 2003 to 2005. The results of the site examination in 2005 suggested a high research potential for the
historic component and PAF archaeologists recommended to SHPO at that time that this specific area within the center
of Locus 2 either be avoided and maintained as an agricultural field or that any potential adverse impacts to the center
of Locus 2 be mitigated through a Phase 3 data recovery (Kudrle 2005b).
166
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Figure 18. Layout for previously documented archaeological sites within the vicinity of the addendum APE.
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IV. ADDENDUM SURVEY METHODOLOGY
The background research on the regional environmental setting, the NYS CRIS site files, historic maps, and
the results from past investigations for archaeological sites within the vicinity of the addendum APE suggested that
the area as a whole should be considered as sensitive for additional archaeological sites, particularly for smaller
precontact sites associated with ephemeral camps and/or resource procurement/processing activities. The historic map
analysis suggested a lower potential for identifying historic sites within the addendum APE, with no historic standing
structures and with historic maps showing the addendum APE in an area that was not near any clearly defined MDSs.
4.1 Project Walkover
Archaeologists from PAF conducted a walkover of the addendum APE on September 23, 2024. The walkover
was completed to provide an overview of the current land use within the addendum APE (Appendix IV).
4.2 Testing Procedures
On September 23 and 24, 2024 PAF archaeologists staked out and excavated a grid of 64 STPs at 15 m (49
ft) intervals within the addendum APE (see excavated STPs in Appendix IV).
All STPs were excavated with hand tools and were generally 40 cm (16 in) in diameter. Standard excavation
depth for STPs is a minimum of 15 cm (6 in) into sterile B horizon subsoil deposits, unless stopped by rock, dense
roots, or other obstruction. All soil was screened through 7 mm (0.25 in) hardware cloth. Any material culture
recovered from each recognizable soil horizon was bagged separately. Notation was made of coal ash, brick fragments,
and any post-1974 materials such as plastic and roadside debris, and these items were discarded in the field. Written
descriptions of soil color and texture, material culture content, and digging conditions were made at the time of
excavation. The STP soil records are presented in Appendix 2.1.
4.3 General Laboratory Methods
Following fieldwork, all cultural material was processed and analyzed in the labs of PAF at Binghamton
University. Processing included washing and dry-brushing fragile materials and checking and re-tagging of the
cultural material bags for proper conservation. All cultural material recovered was analyzed according to standard
PAF systems (Appendix 2.2). The historic cultural material was catalogued according to a PAF system based on
South’s classification (South 1977). Each piece was classified as to general functional group (e.g., food -related, faunal
remains, architectural remains, etc.) and then according to specific type, form, and pattern (e.g., blue transfer print
cup, sun-purpled bottle glass, cut nail, animal bone, etc.). Where possible, time ranges for the cultural material were
assigned. The resulting cultural material catalog was entered into a relational database management program (Paradox)
to facilitate subsequent analysis, and is included in Appendix 2.2 . All notes and documentation of the survey testing
are curated according to federal (36 CFR Part 79) and state (NYAC 1994) guidelines in facilities of the Department
of Anthropology at Binghamton University.
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V. ADDENDUM SURVEY RESULTS
5.1 Overview
Archaeologists excavated 64 STPs within the addendum APE for the Phase 1 survey. Soil profiles matched
the glacial till and outwash types mapped by the USDA-NRCS, with an average A horizon depth of 27 cm (11 in) and
a maximum A horizon depth of 40 cm (16 cm). The A horizon appeared most consistently as a brown to dark brown
compact silt loam with rocks. The underlying subsoil was a compact yellowish-brown silt or clay loam with rocks.
Final STP depths averaged 42 cm (17 in) with a maximum depth of 51 cm (20 in).
No precontact cultural material was recovered from the addendum APE. Eight historic or modern artifacts
were found in seven STPs (A3, B1, B3, B4, C6, F6, and F7), including 4 pieces of clear bottle glass, 1 piece of amber
bottle glass, 1 piece of sun-purpled bottle glass, 1 piece of aqua bottle glass, and 1 nail fragment. These artifacts
represent the light scatter and random refuse expected in an agricultural field and road side areas and are not associated
with any archaeological sites.
5.2 Negative Survey Results
No archaeological sites were identified within the addendum APE.
Based on an assessment of the historic maps showing the absence of recorded structures (map documented
structures) within the addendum APE and no historic standing structures, historic sites were not expected to be
identified and none were found. Rather, the addendum APE was likely used for agricultural purposes during the 19 th
century and early to middle 20th century.
In contrast, precontact sites, particularly smaller sites associated with foraging camps and resource
procurement/processing stations, were potentially anticipated within the addendum APE based on the environmental
setting and the presence of documented precontact sites within the immediate vicinity. The addendum survey produced
no precontact cultural material and no precontact sites were identified for the addendum APE. The lack of sites within
the addendum APE can likely to be attributed to the distance from Cascadilla Creek at well over 300 m (984 ft) to the
north of the area.
VI. RECOMMENDATIONS
Phase 1 testing within the addendum APE recorded no additional precontact or historic period archaeological
sites for this area. We recommend that the addendum to the Cornell University Athletic Fields Project will not impact
any significant cultural resources and that no further archaeological work is necessary within the addendum APE.
The historic component at Locus 2 of the Cascadilla Creek 2 Site is still within the original 2003 to 2005
project APE for the Cornell University Athletic Fields, is intact, and in an undisturbed setting. This component area
produced an abundance and diversity of early historic artifacts, possibly associated with a sett ler cabin or camp, and
has the potential to produce significant archaeological information about the early historic period for the Town of
Ithaca. Although this component area is well outside of the current addendum APE summarized for this report, we are
recommending that this specific section of Locus 2 be maintained as an existing agricultural field and not subject to
construction connected with the university athletic fields (or any other future development projects). As such, the NYS
SHPO is likely to request an official avoidance plan from the university outlining the methods in which the early
historic component at Locus 2 of the Cascadilla Creek 2 Site will be protected from future athletic field developments.
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APPENDIX I: References
Bryce, S. A., G. E. Griffith, J. M. Omernik, G. Edinger, S. Indrick, O. Vargas, and D. Carlson
2010 Ecoregions of New York (color poster with map, descriptive text, summary tables, and photographs): Reston,
Virginia, U.S. Geological Survey, map scale 1:1,250,000 .
Button, Edwin, Mark A. Steinback, and Martin Boratin
2021 Phase 1B Archaeological Resources. Investigation for the Proposed New Cornell Baseball Field Project
(21PR03998). Cornell University, Town of Ithaca, Tompkins County, NY. Prepared by Panamerican
Consultants, Inc.
Carroll, Lynda
2008 Phase 1 Survey, Cornell Water Line Project, Town of Ithaca, Tompkins County, New York, MCD 10906.
Public Archaeology Facility, Binghamton University, Binghamton, New York.
Fagan, L. Smith and Robert Pearsell
1853 Atlas of Tompkins County, New York from Actual Surveys. Horace & Charles Smith, Philadelphia.
Hanley, Robert J., Christine M. Longiaru, Edwin Button, and Mark A. Steinback
2021 Phase 1A Cultural Resources Assessment. Investigation for the Proposed Hoy Field Development Project
(21PR03998). Cornell University, Town of Ithaca, Tompkins County, NY. Prepared by Panamerican
Consultants, Inc.
Hewitt, W. T.
1894 Landmarks of Tompkins County, New York, ed. John H. Selkreg. D. Mason & Company, Syracuse.
Kudrle, Sam
2005a Phase 1 Survey, Cornell University Athletic Fields Project Part 2, Town of Ithaca, Tompkins County, New
York. Public Archaeology Facility, Binghamton University, Binghamton, New York.
2005b Phase 2 Site Examination, Cascadilla Creek 2 Site (SUBi-2524), Cornell University Athletic Fields Project
Part 2, Town of Ithaca, Tompkins County, New York. Public Archaeology Facility, Binghamton University,
Binghamton, New York.
2007 Phase 1 Survey, Cornell University Gas Line Project, Town of Ithaca, Tompkins County, New York . Public
Archaeology Facility, Binghamton University, Binghamton, New York.
2008a Phase 1 Survey, Cornell University Data Center Project, Town of Ithaca, Tompkins County, New York. Public
Archaeology Facility, Binghamton University, Binghamton, New York.
2008b Phase 2 Site Examination, Cascadilla Creek 4 Site (SUBi-2765), Cornell University Waterline Project, Town
of Ithaca, Tompkins County, New York. Public Archaeology Facility, Binghamton University, Binghamton,
New York.
Kudrle, Sam (with contributions by Melody Pope and Jeremy Wilson)
2009 Cornell University Gas Transmission Line Project. Cascadilla Creek Precontact Archaeological District
(CCPAD), Alternative Mitigation Report, Town of Ithaca, Tompkins County, New York. Public Archaeology
Facility, Binghamton University, Binghamton, New York.
Public Archaeology Facility 03PR00922, Addendum Phase 1 Report Page | 35
Monte, Bennet
1983 Glass Trade Beads from Central New York. In Proceedings of the 1982 Glass Trade Bead Conference, edited
by Charles F. Hayes III. Research Records No. 16. Rochester Museum and Science Center.
National Park Service
2000 National Register Bulletin 15: How to Apply the National Register Criteria for Evaluation. National Park
Service, Washington D.C.
New York Archaeological Council
1994 Standards for Cultural Resource Investigations in New York State.
Rudler, Michael
2007a Phase 1 Archaeological Survey, Cornell University Gas Line Project - Addendum Survey, Town of Ithaca,
Tompkins County, New York. Public Archaeology Facility, Binghamton University, Binghamton, New York.
2007b Phase 2 Site Examination, Cascadilla Creek 1 Site (SUBi-2385) - Locus 4, Cornell University Gas Line
Project, Town of Ithaca, Tompkins County, New York. Public Archaeology Facility, Binghamton University,
Binghamton, New York.
2007c Phase 2 Site Examination, Cascadilla Creek 2 Site (SUBi-2524) - Locus 3, Cornell University Gas Line
Project. Town of Ithaca, Tompkins County, New York. Public Archaeology Facility, Binghamton University,
Binghamton, New York.
South, Stanley A.
1977 Method and Theory in Historic Archaeology. Academic Press, New York.
Stone and Stewart
1866 Atlas of Tompkins County, New York. Stone and Stewart Publishers, Philadelphia.
United States Geological Survey (USGS)
1900 15’ Dryden, NY Quadrangle.
1949 7.5’ Ithaca East, NY Quadrangle.
1951 7.5’ Ithaca East, NY Quadrangle.
1969 7.5’ Ithaca East, NY Quadrangle.
Zlotucha Kozub, Andrea
2003a Phase 1 Survey, Cornell University Athletic Fields Project, Part 1, Town of Ithaca, Tompkins County, New
York. Public Archaeology Facility, Binghamton University, Binghamton, New York.
2003b Phase 2 Site Examination, Cascadilla Creek 1 Site (SUBi -2385), Cornell University Athletic Fields Project,
Part 1, Town of Ithaca, Tompkins County, New York. Public Archaeology Facility, Binghamton University,
Binghamton, New York.
Public Archaeology Facility 03PR00922, Addendum Phase 1 Report Page | 36
APPENDIX II. STP Data
2.1 STP Soil Catalog, Addendum APE
Pa=Pale Lt=Light Md=Medium Dk=Dark
Br=Brown Gr=Gray Yl=Yellow Ol=Olive Tn=Tan Rd=Red Bk=Black Wh=White
Si=Silt Sa=Sand Cl=Clay Lo=Loam Gvl=Gravel
P=Precontact H=Historic N=No Cultural Material
Disc.=Discarded
STP Level Depth Soil Description CM Crew Date
A1 1 0-25 Dk Br Si Lo W/ Gvl & Rocks N KCL/CHH 9/24/24
A1 2 25-42 Dk Yl Br Si Lo W/ Gvl & Rocks N KCL/CHH 9/24/24
A2 1 0-26 Dk Gr Br Si Lo W/ Gvl & Rocks; Drain Pipe Fragment - Disc. N TB/EA 9/24/24
A2 2 26-45 Yl Br Si Lo W/ Gvl & Rocks N TB/EA 9/24/24
A3 1 0-28 Br Compact Si Lo W/ High Density Rocks & Gvl H KCL/CHH 9/24/24
A3 2 28-42 Dk Yl Br Compact Si Lo W/ High Density Rocks & Gvl N KCL/CHH 9/24/24
B1 1 0-16 Dk Gr Br Compact Si Lo W/ Gvl & Rocks H KCL/CHH 9/24/24
B1 2 16-33 Dk Yl Br Compact Si Lo W/ Gvl & Rocks N KCL/CHH 9/24/24
B2 1 0-24 Dk Gr Br Si Lo Compact W/ Rocks & Gvl N KCL/CHH 9/24/24
B2 2 24-39 Yl Br Compact Si Lo W/ Rocks & Gvl N KCL/CHH 9/24/24
B3 1 0-26 Dk Gr Br Si Lo Compact W/ Rocks & Gvl; Plastic Fragments - Disc. H KCL/CHH 9/24/24
B3 2 26-43 Yl Br Compact Si Lo W/ Rocks & Gvl N KCL/CHH 9/24/24
B4 1 0-27 Br Compact Si Lo W/ Rocks H KCL/CHH 9/24/24
B4 2 27-42 Dk Yl Br Compact Si Lo W/ Rocks N KCL/CHH 9/24/24
B5 1 0-30 Dk Br Si Lo W/ Rocks N TB/EA 9/24/24
B5 2 30-44 Dk Br Si Lo W/ Rocks; Stopped by Large Rock N TB/EA 9/24/24
C1 1 0-25 Dk Gr Br Compact Si Lo W/ Rocks N TB/EA 9/24/24
C1 2 25-41 Dk Ol Br Compact Si Lo W/ Rocks N TB/EA 9/24/24
C2 1 0-29 Dk Br Si Lo W/ Rocks N TB/EA 9/24/24
C2 2 29-44 Dk Ol Br Cl Lo W/ Rocks N TB/EA 9/24/24
C3 1 0-30 Dk Gr Br Si Lo; Plastic Utensil Handle - Disc. N TB/EA 9/24/24
C3 2 30-48 Yl Br Si Lo N TB/EA 9/24/24
C4 1 0-30 Dk Br Si Lo W/ Gvl & Rocks N TB/EA 9/24/24
C4 2 30-46 Dk Yl Br Si Lo W/ Gvl & Rocks N TB/EA 9/24/24
C5 1 0-28 Dk Gr Br Compact Si Lo W/ Rocks N TB/EA 9/24/24
C5 2 28-43 Dk Yl Br Compact Si Lo W/ Rocks N TB/EA 9/24/24
C6 1 0-25 Dk Br Si Lo W/ Rocks H TB/EA 9/24/24
C6 2 25-40 Yl Br Si Lo W/ Rocks N TB/EA 9/24/24
C7 1 0-35 Dk Gr Br Compact Si Lo W/ Rocks N TB/EA 9/24/24
C7 2 35-50 Dk Ol Br Compact Si Lo W/ Rocks N TB/EA 9/24/24
C8 1 0-25 Dk Br Si Lo W/ Low Gvl & Rocks N TB/EA 9/24/24
C8 2 25-42 Ol Br Si Lo W/ Low Gvl & Rocks N TB/EA 9/24/24
D1 1 0-21 Dk Br Si Lo W/ Gvl & Rocks N TB/EA 9/24/24
D1 2 21-36 Dk Yl Br Si Lo W/ Gvl & Rocks N TB/EA 9/24/24
D2 1 0-28 Dk Gr Br Compact Si Lo W/ Rocks N TB/EA 9/24/24
D2 2 28-44 Dk Yl Br Compact Si Lo W/ Rocks N TB/EA 9/24/24
D3 1 0-29 Dk Br Si Lo W/ Gvl & Rocks N TB/EA 9/24/24
D3 2 29-40 Dk Yl Br Si Lo W/ Gvl & Rocks; Stopped by Rock N TB/EA 9/24/24
D4 1 0-28 Dk Gr Br Compact Si Lo N TB/EA 9/24/24
D4 2 28-45 Dk Yl Br Compact Si Lo N TB/EA 9/24/24
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STP Level Depth Soil Description CM Crew Date
D5 1 0-27 Dk Br Si Lo W/ Low Gvl N TB/EA 9/24/24
D5 2 27-45 Dk Yl Br Si Lo W/ Low Gvl N TB/EA 9/24/24
D6 1 0-35 Dk Gr Br Very Compact Si Lo; Styrofoam - Disc. N TB/EA 9/24/24
D6 2 35-50 Dk Yl Br Very Compact Si Lo N TB/EA 9/24/24
D7 1 0-25 Dk Br Si Lo W/ Low Rocks N TB/EA 9/24/24
D7 2 25-40 Ol Br Si Lo W/ Low Rocks N TB/EA 9/24/24
D8 1 0-30 Dk Gr Br Compact Si Lo W/ Rocks N TB/EA 9/24/24
D8 2 30-45 Dk Yl Br Compact Si Lo W/ Rocks N TB/EA 9/24/24
D9 1 0-30 Dk Br Si Lo; Plastic & Window Glass - Disc. N TB/EA 9/24/24
D9 2 30-47 Dk Yl Br Si Lo N TB/EA 9/24/24
D10 1 0-35 Dk Gr Br Compact Si Lo W/ Rocks; Stopped by Rock N TB/EA 9/24/24
E1 1 0-15 Dk Gr Br Compact Si Lo W/ Gvl & Rocks N KCL/CHH 9/24/24
E1 2 15-30 Dk Yl Br Compact Si Lo W/ Gvl & Rocks N KCL/CHH 9/24/24
E2 1 0-24 Dk Br Very Compact Si Lo W/ Rocks & Gvl N KCL/CHH 9/24/24
E2 2 24-40 Mottled Yl Br Si Lo & Gr Very Compact Si Lo W/ Gvl N KCL/CHH 9/24/24
E3 1 0-23 Dk Br Compact Si Lo W/ Rocks; 1 Coal Fragment - Disc. N KCL/CHH 9/24/24
E3 2 23-38 Mottled Yl Br Si Lo & Gr Compact Si Lo N KCL/CHH 9/24/24
E4 1 0-28 Br Compact Dry Si Lo; Concrete - Disc. N KCL/CHH 9/24/24
E4 2 28-38 Dk Yl Br Very Compact Dry Si Lo W/ Dense Rocks N KCL/CHH 9/24/24
E5 1 0-27 Br Compact Si Lo N CHH/KCL 9/24/24
E5 2 27-45 Yl Br Compact Si Lo N CHH/KCL 9/24/24
E6 1 0-26 Br Compact Dry Si Lo N CHH/KCL 9/24/24
E6 2 26-41 Dk Yl Br Si Lo Mottled W/ Gr Compact Dry Si Lo N CHH/KCL 9/24/24
E7 1 0-31 Br Compact Si Lo; Plastic Bag Fragment - Disc. N CHH/KCL 9/24/24
E7 2 31-46 Dk Yl Br Si Lo Mottled W/ Gr Compact Si Lo N CHH/KCL 9/24/24
E8 1 0-29 Br Compact Dry Si Lo; Plastic Bag Fragment - Disc. N CHH/KCL 9/24/24
E8 2 29-44 Dk Yl Br Dry Si Lo Mottled W/ Gr Compact Si Lo N CHH/KCL 9/24/24
E9 1 0-29 Br Compact Si Lo; Small Styrofoam Fragments - Disc. N CHH/KCL 9/24/24
E9 2 29-46 Dk Yl Br Si Lo Mottled W/ Gr Compact Si Lo N CHH/KCL 9/24/24
E10 1 0-25 Br Compact Dry Si Lo N CHH/KCL 9/24/24
E10 2 25-42 Yl Br Compact Dry Si Lo N CHH/KCL 9/24/24
E11 1 0-26 Br Compact Dry Si Lo; Ceramic Drain Pipe & 2 Fragments of Coal - Disc. N CHH/KCL 9/24/24
E11 2 26-41 Yl Br Compact Dry Si Lo N CHH/KCL 9/24/24
E12 1 0-21 Br Compact Dry Si Lo N CHH/KCL 9/24/24
E12 2 21-30 Dk Br Gr Si Lo Mottled W/ Yl Br Compact Dry Si Lo N CHH/KCL 9/24/24
E12 3 30-46 Yl Br Dry Si Lo Mottled W/ Gr & Oxidized Si Lo N CHH/KCL 9/24/24
F1 1 0-23 Gr Si Lo Compact W/ Gvl N LH/JF 9/23/24
F1 2 23-38 Ol Br Si Lo Compact W/ Gvl N LH/JF 9/23/24
F2 1 0-32 Br Compact Si Lo W/ Rocks; Plastic & Floor Tile - Disc. N CHH/TB 9/23/24
F2 2 32-50 Dk Yl Br Compact Si Lo W/ Rocks N CHH/TB 9/23/24
F3 1 0-29 Gr Br Si Lo Compact W/ Gvl; Plastic Wrapper - Disc. N LH/JF 9/23/24
F3 2 29-31 Ol Br Si Lo Compact W/ Gvl; Stopped by Rock N LH/JF 9/23/24
F4 1 0-25 Gr Br Compact Si Lo; 1 Pc. Plastic - Disc. N CHH/TB 9/23/24
F4 2 25-40 Dk Yl Br Compact Si Lo N CHH/TB 9/23/24
F5 1 0-30 Gr Br Compact Si Lo; Plastic Nozzle - Disc. N CHH/TB 9/23/24
F5 2 30-45 Dk Yl Br Compact Si Lo N CHH/TB 9/23/24
F6 1 0-23 Gr Br Si Lo Compact W/ Gvl H LH/JF 9/23/24
Public Archaeology Facility 03PR00922, Addendum Phase 1 Report Page | 38
STP Level Depth Soil Description CM Crew Date
F6 2 23-38 Ol Br Si Lo Compact W/ Gvl N LH/JF 9/23/24
F7 1 0-28 Dk Br Compact Si Lo; Plastic - Disc. H TB/CHH 9/23/24
F7 2 28-38 Dk Yl Br Compact Si Lo W/ Rocks; Stopped by Rock N TB/CHH 9/23/24
F8 1 0-27 Gr Br Si Lo Compact W/ Gvl; 1 Pc. Plastic - Disc. N LH/JF 9/23/24
F8 2 27-45 Ol Br Si Lo Compact W/ Gvl N LH/JF 9/23/24
F9 1 0-30 Gr Br Si Lo W/ Compact Gvl; 2 Pcs. Plastic - Disc. N LH/JF 9/23/24
F9 2 30-45 Yl Br Si Lo W/ Compact Gvl N LH/JF 9/23/24
F10 1 0-34 Dk Br Compact Si Lo N TB/CHH 9/23/24
F10 2 34-51 Dk Yl Br Compact Si Lo N TB/CHH 9/23/24
F11 1 0-30 Gr Br Si Lo W/ Compact Gvl N LH/JF 9/23/24
F11 2 30-45 Yl Br Si Lo W/ Compact Gvl N LH/JF 9/23/24
F12 1 0-19 Gr Br Compact Si Lo W/ Rocks (Very Dry Soil) N TB/CHH 9/23/24
F12 2 19-34 Yl Br Compact Si Lo W/ Rocks (Very Dry Soil) N TB/CHH 9/23/24
F13 1 0-30 Dk Br Compact Si Lo N TB/EA 9/24/24
F13 2 30-40 Dk Br Compact Si Lo N TB/EA 9/24/24
F13 3 40-48 Ol Br Compact Cl Lo N TB/EA 9/24/24
F14 1 0-25 Br Compact Dry Si Lo; Concrete Chunk - Disc. N CHH/KCL 9/24/24
F14 2 25-41 Yl Br Compact Dry Si Lo N CHH/KCL 9/24/24
G1 1 0-22 Br Compact Si Lo W/ Rocks N CHH/TB 9/23/24
G1 2 22-30 Dk Yl Br Compact Si Lo W/ Rocks; Stopped by Rocks N CHH/TB 9/23/24
G2 1 0-27 Gr Br Si Lo N LH/JF 9/23/24
G2 2 27-42 Ol Br Si Lo N LH/JF 9/23/24
G3 1 0-28 Br Compact Si Lo; Styrofoam & Plastic - Disc. N CHH/TB 9/23/24
G3 2 28-45 Dk Yl Br Compact Si Lo N CHH/TB 9/23/24
G4 1 0-28 Gr Br Si Lo N LH/JF 9/23/24
G4 2 28-44 Ol Br Si Lo N LH/JF 9/23/24
G5 1 0-28 Br Compact Si Lo; Plastic Spoon Fragment - Disc. N CHH/TB 9/23/24
G5 2 28-43 Mottled Dk Yl Br & Gr Br Compact Si Lo N CHH/TB 9/23/24
G6 1 0-17 Gr Br Si Lo W/ Gvl (Compact Blocky Soil); 1 Brick - Disc. N LH/JF 9/23/24
G6 2 17-35 Ol Br Si Lo W/ Gvl (Compact Blocky Soil) N LH/JF 9/23/24
G7 1 0-25 Br Compact Si Lo N CHH/TB 9/23/24
G7 2 25-32 Br Compact Si Lo N CHH/TB 9/23/24
G7 3 32-47 Dk Yl Br Compact Si Lo N CHH/TB 9/23/24
G8 1 0-34 Gr Br Si Lo W/ Gvl N LH/JF 9/23/24
G8 2 34-50 Dk Yl Br Si Lo W/ Gvl N LH/JF 9/23/24
G9 1 0-25 Br Compact Si Lo N CHH/TB 9/23/24
G9 2 25-31 Br Compact Si Lo N CHH/TB 9/23/24
G9 3 31-49 Dk Yl Br Compact Si Lo N CHH/TB 9/23/24
G10 1 0-23 Gr Br Si Lo W/ Gvl (Compact Blocky Soil) N LH/JF 9/23/24
G10 2 23-39 Dk Yl Br Si Lo W/ Gvl (Compact Blocky Soil) N LH/JF 9/23/24
G11 1 0-30 Br Cl Lo N LH/JF 9/23/24
G11 2 30-42 Yl Br Cl Lo W/ Rocks; Stopped by Rocks N LH/JF 9/23/24
G12 1 0-31 Br Cl Lo N LH/JF 9/23/24
G12 2 31-47 Yl Br Cl Lo W/ Few Small Rocks N LH/JF 9/23/24
Public Archaeology Facility 03PR00922, Addendum Phase 1 Report Page | 39
2.2 Artifact Catalog, Addendum APE
STP Level Depth Description CT WT(g) Dates Crew Date
A3 1 0-28 Glass Clear Bottle-Unid. 1 0.80 KCL/CHH 9/24/24
B1 1 0-16 Glass Clear Bottle-Unid. 1 0.50 KCL/CHH 9/24/24
B3 1 0-26 Glass Clear Bottle-Unid. 1 1.30 KCL/CHH 9/24/24
B3 1 0-26 Glass Molded Clear Bottle-Unid. 1 2.00 KCL/CHH 9/24/24
B4 1 0-27 Glass Amber Bottle-Unid. 1 0.70 KCL/CHH 9/24/24
C6 1 0-25 Glass Sun Purpled Bottle-Unid. 1 0.80 1880-1918 TB/EA 9/24/24
F6 1 0-23 Glass Aqua Bottle-Unid. 1 2.60 LH/JF 9/23/24
F7 1 0-28 Ferrous Metal Cut Nail Frag 1 9.10 TB/CHH 9/23/24
175
Public Archaeology Facility 03PR00922, Addendum Phase 1 Report Page | 40
APPENDIX III: Client Map Showing the Location of the Addendum APE
176
Public Archaeology Facility 03PR00922, Addendum Phase 1 Report Page | 41
APPENDIX IV: STP Maps for the Addendum APE
177
Public Archaeology Facility 03PR00922, Addendum Phase 1 Report Page | 42
Public Archaeology Facility 03PR00922, Addendum Phase 1 Report Page | 43
APPENDIX V: SHPO Correspondence for Previous Projects Near the Addendum APE
Public Archaeology Facility 03PR00922, Addendum Phase 1 Report Page | 44
Public Archaeology Facility 03PR00922, Addendum Phase 1 Report Page | 45
Cultivating our gifts to create a legacy of infrastructure that improves quality of life.
October 28, 2024
C.J. Randall, Director of Planning Department of Planning, Town of Ithaca
215 North Tioga Street
Ithaca, NY 14850
Re: Game Farm Road Field Hockey Field, OPRHP Letter of Concurrence
Dear Director Randall:
In our submission for Game Farm Road Field Hockey Field on October 3, 2024 we provided official reports from Public
Archeology Facility (PAF) which indicate that there are no areas of potential archeological interest within the limits of the proposed
project.
In an effort to be thorough, the project team worked with PAF to coordinate a a review of the reports by the Division for Historic
Preservation within the New York State Office of Parks, Recreation, and Historic Preservation (OPRHP). This review was completed
and has yielded a letter of concurrence with the findings of the previous studies, which is attached.
If you have any questions or require further information, please do not hesitate to call. We look forward to introducing the project to
the Town of Ithaca Planning Board at the November 19 meeting.
Sincerely,
Kimberly Michaels
Director of Landscape Architecture
1001 W Seneca Street, Suite 201 • Ithaca, New York 14850 • 607.277.1400 • fisherassoc.com
New York State Office of Parks, Recreation and Historic Preservation
Division for Historic Preservation, Peebles Island, PO Box 189, Waterford, New York 12188-0189
(518) 237-8643 • https://parks.ny.gov/shpo
KATHY HOCHUL ERIK KULLESEID
Governor Commissioner
October 18, 2024
Sam Kudrle
Archaeologist
Public Archaeology Facility
Binghamton University
Science 1
Binghamton, NY 13902
Re: OPRHP
Addendum to the Cornell University Athletic Fields Project
24PR08775
03PR00922
Dear Sam Kudrle:
Thank you for requesting the comments of the Division for Historic Preservation of the Office of
Parks, Recreation and Historic Preservation (OPRHP). We have reviewed the submitted
materials in accordance with the New York State Historic Preservation Act of 1980 (section
14.09 of the New York Parks, Recreation and Historic Preservation Law). These comments are
those of the Division for Historic Preservation and relate only to Historic/Cultural resources.
They do not include potential environmental impacts to New York State Parkland that may be
involved in or near your project.
OPRHP has reviewed the Addendum Phase I Archaeological Survey report for the Addendum
to the Cornell University Athletic Fields Project (24PR08775) prepared by The Public
Archaeology Facility, Binghamton University, Consulting Archaeologists (September 2024;
24SR00535). OPRHP concurs with the report recommendation that no additional
archaeological investigation is warranted.
Based upon this review, it is OPRHP’s opinion that no properties, including archaeological
and/or historic resources, listed in or eligible for the New York State and National Registers of
Historic Places will be impacted by this project.
If you have any questions, I can be reached at Bradley.Russell@parks.ny.gov.
Sincerely,
Bradley W. Russell, Ph.D.
Historic Preservation Specialist - Archaeology
Cornell University
Game Farm Road
Field Hockey Field
Stormwater Pollution Prevention Plan
Volume I. Narrative
Town of Ithaca
Tompkins County, New York
Prepared for:
Cornell University
102 Humphreys Service Building
Ithaca, New York 14853
Prepared by:
T.G. Miller P.C.
605 West State Street, Suite A
Ithaca, New York 14850
(607) 272-6477
September 27, 2024
TABLE OF CONTENTS
PROJECT INFORMATION 1
PROJECT NAME AND DESCRIPTION 1
OPERATOR’S NAME AND ADDRESS 1
PROJECT DESCRIPTION 1
PURPOSE AND EXTENT OF PROPOSED DEVELOPMENT 1
PROJECT DISTURBANCE AREA 1
DESCRIPTION AND LIMITATIONS OF ON-SITE SOILS 1
HISTORIC PLACES 2
WETLANDS 3
NAME OF RECEIVING WATERS 3
FLOODPLAINS 3
SEQUENCE OF MAJOR ACTIVITIES 3
POST-CONSTRUCTION STORMWATER MANAGEMENT 4
EXISTING CONDITIONS 4
FUTURE CONDITIONS 4
WATER QUALITY CONTROLS 5
RUNOFF REDUCTION VOLUME 5
CHANNEL PROTECTION 8
WATER QUANTITY CONTROLS 9
PRACTICE SIZING 10
BIORETENTION FILTER 10
POROUS PAVEMENT SIZING 11
DRY SWALE WITH CHECK DAMS 11
DRY BASIN 11
STORMWATER WETLANDS 11
INFILTRATION BASIN 12
UNDERGROUND STORMWATER CHAMBERS 12
GREEN ROOF 12
CISTERN 13
DRY WELL 13
UNDERGROUND SAND FILTER 14
VEGETATED SWALES 15
PRACTICE SUMMARY 16
UNDERGROUND INJECTION CONTROL PERMITS 17
STORMWATER SIGNAGE 17
BETTER SITE DESIGN 17
PRESERVATION OF UNDISTURBED 18
PRESERVATION OF BUFFERS 18
REDUCTION OF CLEARING AND GRADING 18
LOCATING SITES IN LESS SENSITIVE AREAS 18
OPEN SPACE DESIGN 18
ROADWAY REDUCTION 18
SIDEWALK REDUCTION 18
DRIVEWAY REDUCTION 18
CUL-DE-SAC REDUCTION 18
BUILDING FOOTPRINT REDUCTION 18
PARKING REDUCTION 18
VEGETATED BUFFER/FILTER STRIPS 18
OPEN VEGETATED SWALES 18
BIORETENTION/RAIN GARDENS 18
INFILTRATION 19
ROOFTOP RUNOFF REDUCTION MITIGATION 19
STREAM DAYLIGHTING FOR REDEVELOPMENT PROJECTS 19
TREE PLANTING 19
SOIL RESTORATION 19
CONTROLS 20
EROSION AND SEDIMENT CONTROLS 20
STABILIZATION PRACTICES 21
STRUCTURAL PRACTICES 21
OTHER CONTROLS 21
WASTE DISPOSAL 21
SANITARY WASTE 21
OFF-SITE VEHICLE TRACKING 21
HAZARDOUS SUBSTANCES AND HAZARDOUS WASTE 22
CONTAMINATED SOILS 22
MAINTENANCE/INSPECTION PROCEDURES 23
EROSION AND SEDIMENT CONTROL INSPECTION AND MAINTENANCE PRACTICES 23
INSPECTION AND MAINTENANCE REPORT FORMS 23
OTHER RECORD-KEEPING REQUIREMENTS 24
POST-CONSTRUCTION MAINTENANCE 24
SPILL PREVENTION CONTROL AND COUNTERMEASURES (SPCC) PLAN 27
MATERIALS COVERED 27
GOOD HOUSEKEEPING 27
HAZARDOUS PRODUCTS 27
PRODUCT SPECIFIC PRACTICES 28
PETROLEUM PRODUCTS 28
FERTILIZERS 28
PAINTS, PAINT SOLVENTS, AND CLEANING SOLVENTS 28
SPILL PREVENTION PRACTICES 28
CONTROL OF ALLOWABLE NON-STORMWATER DISCHARGES 29
COMPLIANCE WITH FEDERAL, STATE, AND LOCAL REGULATIONS 29
CERTIFICATION AND NOTIFICATION 30
OPERATOR’S CERTIFICATION 30
ENGINEER’S CERTIFICATION ON COMPLIANCES WITH FEDERAL, STATE AND LOCAL
REGULATIONS:30
SWPPP FORMS
NEW YORK STATE DEPARTMENT OF ENVIRONMETAL CONSERVATION NOTICE OF INTENT (NOI)
CONTRACTOR AND INSPECTION FORMS
CONTRACTOR CERTIFICATION LOG FORM 1
CONTRACTOR/SUBCONTRACTOR CERTIFICATION FORM 2
STORMWATER POLLUTION PREVENTION PLAN INSPECTION REPORT FORM 3
MODIFICATION REPORT FORM 4
PROJECT RAINFALL LOG FORM 5
RECORD OF STABILIZATION AND CONSTRUCTION ACTIVITIES FORM 6
FIGURES
EXISTING WATERSHED MAP SHEET 1 OF 2
PROPOSED WATERSHED MAP SHEET 2 OF 2
CONSTRUCTION DRAWINGS
LEGEND AND NOTES C100
EXISTING CONDITIONS PLAN C101
EROSION AND SEDIMENT CONTROL PLAN C102
UTILITY DEMOLITION PLAN C103
UTILITY PLAN C104
DRAINAGE PLAN C105
UTILITY DETAILS C201
UTILITY DETAILS C202
UTILITY PROFILES C301
PLANTIING PLAN L5-01
PLANTING PLAN L5-01
CU Game Farm Road Field Hockey Field DRAFT Stormwater Pollution Prevention Plan
T.G. Miller, P.C.1.September 27, 2024
PROJECT INFORMATION
Project Name and Description
Cornell University Game Farm Road Field Hockey Field
Game Farm Road
Town of Ithaca
Tompkins County, New York
Operator’s Name and Address
Cornell University
c/o Elisabete Godden
102 Humphreys Service Building
Ithaca, NY 14853
(607) 255-2478
egodden@cornell.edu
PROJECT DESCRIPTION
Purpose and Extent of Proposed Development
The Cornell University Game Farm Road Field Hockey Field project is located in the Town of Ithaca,
Tompkins County, New York (Tax Map Parcels 62.-2-4, 62.-2-5, & 62.-2-6,). The project includes the
construction of a competition synthetic turf field along with several athletic support buildings such as
a bathroom, press box, storage, and team clubhouse facility. Additional site amenities such as an
enlarged parking area, vehicle drive, and concrete walks will also be included.
The stormwater management objectives focus on controlling erosion and sedimentation during
construction and treatment of runoff from the post-developed site. As a non-residential property
disturbing greater than one acre of land, a full Stormwater Pollution Prevention Plan (SWPPP) is
required, including both erosion controls and permanent stormwater management practices under the
regulations of the Town of Ithaca and New York State Department of Environmental Conservation
(DEC). The project will be applying for coverage under the DEC SPDES General Permit for
Stormwater Discharges from Construction Activity (GP-0-20-001). Stormwater management
objectives for the site include:
•Providing water quality treatment by means of two bioretention filters and an extended detention
shallow wetland.
•Providing stormwater detention to meet DEC’s standards for the 1-, 2-, 10-, 25- and 100-year storm
events.
•Controlling sediment and erosion during construction utilizing temporary practices.
Project Disturbance Area
Total Disturbed Area: 12.22 acres
Existing Impervious Area: 7.49 acres
Proposed Impervious Area: 10.96 acres
Increase in Impervious Area: 3.47 acres
Disturbance greater than five (5) acres of soil at any one time shall not be allowed without prior written
authorization from the NYSDEC or the MS4 having jurisdiction.
CU Game Farm Road Field Hockey Field DRAFT Stormwater Pollution Prevention Plan
T.G. Miller, P.C.2.September 27, 2024
Description and Limitations of On-Site Soils
On-site soils consist mainly of Erie Channery Silt Loam (43.7%), Rhineback Silt Loam (20%) and
Chenango Gravelly Loam (10.4%) based on the USDA Soil Surveys of Tompkins County. Based upon
the classification of soils defined by the Natural Resource Conservation Service, all of these soils are
classified as either Hydrologic Soil Group “A or D.” (See Volume II)
In support of the previous McGovern Soccer Fields project, a geotechnical investigation to determine
the soil types and properties of the in-situ soils was conducted in 2003 by Empire Geo-Services, Inc.
A total of 16 test borings were drilled on the site between February and June of 2003. The results of
the investigation are presented in the attached report by Empire Geo-Services, Inc. dated June 30, 2003.
The investigation found the surficial soils on this site include topsoil with thicknesses ranging from 0.5
to 1 foot. The topsoil overlays moist to wet, soft to stiff or firm, silt with clay and trace amounts of
sand with a thickness ranging from 0.5 and 13 feet. Below the silt, the soil is characterized as stiff to
hard glacial till (silts, gravels, and sands). Borings were generally terminated at a depth of 20 feet and
bedrock was not encountered at any of the test locations. Groundwater was also not encountered.
(See Volume II)
Historic Places
Multiple cultural resource studies have been conducted the Public Archaeology Facility (PAF) on, and
beyond, the limits of disturbance for the project. The studies have concluded that the project will not
impact significant cultural or archaeological resources. Concurrence from NYS SHPO will be obtained
prior to submission of the Notice of Intent.
Wetlands
There are neither federal nor state wetlands located within the footprint of project disturbance. The
National Wetlands Inventory does indicate that the adjacent Cascadilla Creek area is a Forested/Shrub
Wetland, however the limits of the project are well removed from that area. (See Volume II)
Name of Receiving Waters
All of the watersheds being impacted by the project drain to Cascadilla Creek and ultimately the
Southern end of Cayuga Lake.
Floodplains
Based on a review of the FEMA Flood Insurance Rate Map for the Town of Ithaca, NY (dated June 19,
1985), the project property is located in flood zone “C” for Cascadilla Creek. The FEMA definition of
flood zone “C” is areas that are of minimal flood hazard, and higher than the elevation of the 0.2-
percent-annual-chance flood.
SEQUENCE OF MAJOR ACTIVITIES
Major activities for each phase of this site include but are not limited to:
•Installing and maintaining temporary control measures as shown on plans.
•Completing site clearing, grubbing, and demolition.
•Performing building, pavement and site grading earthwork operations.
•Installing utilities to the buildings, including an onsite wastewater treatment system.
•Installing stormwater collection and conveyance system.
CU Game Farm Road Field Hockey Field DRAFT Stormwater Pollution Prevention Plan
T.G. Miller, P.C.3.September 27, 2024
•Installing extended detention stormwater wetland.
•Installing asphalt pavements and artificial turf field.
•Restoring all disturbed soils in proposed lawn areas, seed and mulch.
•Installing bioretention filter practices and additional silt log.
o Prior to beginning the installation of the bioretention filter practices, ensure that all
proposed work in the contributing drainage area has been completed and that all disturbed
lawn areas in the contributing drainage area are stabilized by achieving 80% vegetative
coverage.
o Install temporary plug in the low flow pipe of the upstream diversion structure to prevent
runoff from entering bioretention filter practice.
o Rough grade bioretention filter basin and forebay.
o Install stone, underdrain, outlet control structure, drainage fabric, bioretention soil mixture,
mulch, and specified permanent plantings.
o Install silt log around the perimeter of the bioretention filter practice.
o Ensure all areas in the contributing drainage that were disturbed during the installation
process are immediately stabilized with seed and mulch.
•Removing temporary practices, including the plugs used in the bioretention filters diversion
structures.
It shall be the responsibility of the Contractor to make any changes to the SWPPP necessary when the
Contractor or any of the subcontractors elect to use borrow or fill or material storage sites, either
contiguous to or remote from the construction site, when such sites are used solely for this construction
site. Such sites are considered to be part of the construction site covered by the permit and this SWPPP.
Off-site borrow, fill, or material storage sites which are used for multiple construction projects are not
subject to this requirement, unless specifically required by state or local jurisdictional entity regulations.
The Contractor should consider this requirement in negotiating with earthwork subcontractors, since
the choice of an off-site borrow, fill, or material storage site may impact their duty to implement, make
changes to, and perform inspections required by the SWPPP for the site.
POST-CONSTRUCTION STORMWATER MANAGEMENT
Existing Conditions
The project site is best characterized as a combination of natural turf athletic fields and fallowed
agricultural fields. Construction activities will disturb approximately 12.22 acres of land. Within the
boundary of all watersheds, the existing site cover is predominantly pervious with 29.21 acres (79%)
of mown lawn or meadow. The remainder of the site watershed consists of impervious surfaces such
as the McGovern Soccer building, gravel driveway and parking, and natural turf fields with
underdrains.
A SWPPP dated May 28, 2003, was prepared by The LA Group, P.C. and accepted by the Town in
support of the original McGovern Fields project. That project was responsible for the construction of
the four existing athletic fields and the existing building. Two stormwater management ponds were also
constructed at the north end of the athletic fields in order to provide both water quality treatment and
quantity attenuation. Per the 2003 SWPPP, these were designated pond #2 and pond #3.
There are six watersheds in the vicinity of the project site that will be impacted by the proposed
improvements. Watersheds #1 through #4 drain in a northerly direction to an existing stormwater wet
pond, which discharges runoff to the point of analysis at Cascadilla Creek. Watershed #4 contains one
of the two existing natural turf soccer fields as well as the existing McGovern Soccer building. While
CU Game Farm Road Field Hockey Field DRAFT Stormwater Pollution Prevention Plan
T.G. Miller, P.C.4.September 27, 2024
both soccer fields are natural turf, they are considered impervious cover for hydrologic modeling
purposes due to the use of extensive underdrains over soils with poor infiltration. Watershed #5 contains
the other soccer field and drains to a second existing stormwater wet pond. Runoff from this pond is
conveyed to the point of analysis at Cascadilla Creek. Watershed #6 is located north of the athletic
fields and the existing stormwater ponds, runoff from which drains directly to Cascadilla Creek (See
Sheet 1 of 2 – Existing Watershed Map)
TABLE 1. HYDROLOGIC DATA FOR EXISTING CONDITIONS
Watershed Drainage Area
(Acres)
Curve
Number
Time of Concentration
(min)
1 2.70 74 18.3
2 2.05 74 11.6
3 5.10 93 6.5
4 17.89 69 23.4
5 7.36 84 6
6 1.58 74 6
Future Conditions
Development of the site will include the construction of several small athletic support buildings, an
artificial turf field hockey field, a clubhouse facility, expanded asphalt parking facilities, concrete
sidewalks, vehicle access drive, utilities, and stormwater management practices. The project will
disturb approximately12.22 acres and the footprint of new impervious surfaces will increase by
approximately 3.47 acres.
The stormwater strategy will utilize two bioretention filters and an extended detention shallow wetland
(EDSW) to provide treatment of the water quality volume (WQv). The filter practices will provide the
entire runoff reduction volume (RRv) and a portion of the WQv. However, due to site topography the
filters do not physically capture all of the runoff from the new impervious cover. The remaining
required WQv will be provided by the EDSW, which will also serve to provide detention storage for
the 1-, 10- and 100-year storm events. All runoff from the EDSW will be discharged through an outlet
control structure and will be directed to Cascadilla Creek. Both existing stormwater management ponds
will be removed, and their inherent treatment and detention capacity replicated in the EDSW.
The entire WQv for Watersheds #1, #2, and #4B will be provided in the EDSW. No impervious cover
will be constructed in these Watersheds and therefore RRv will not be provided.
Water quality treatment for Watershed #3, which contains the western soccer field and McGovern
Soccer Building, is presently provided by the existing stormwater wet pond #2. This pond will be
replaced by the EDSW and the inherent WQv it provides will be replicated within the EDSW. No
construction will occur in Watershed #3 and therefore no RRv will be provided.
Watershed #4A includes the proposed access drive and expanded parking facilities. The required RRv
and a portion of the WQv will be provided by a bioretention filter and the remaining WQv contained
in the EDSW.
Water quality treatment for the eastern practice field is presently provided by the existing stormwater
wet pond #3. This pond will also be replaced, and the inherent water quality treatment function will be
replicated in the EDSW. The eastern practice field, which is the location of proposed Field Hockey
CU Game Farm Road Field Hockey Field DRAFT Stormwater Pollution Prevention Plan
T.G. Miller, P.C.5.September 27, 2024
field and athletic support buildings, lies within Watershed #5. The resulting required RRv for
Watershed #5, excluding the area of the natural turf soccer field that will not be disturbed, will be
satisfied with a bioretention filter constructed at the north end of the fields. This filter will provide a
portion of WQv for Watershed #5 and the remainder will be contained within the EDSW.
Detention storage for the 1-, 10- and 100-year storm events for all of the impacted watersheds will be
provided in the EDSW. (See Sheet 2 of 2 – Proposed Watershed Map)
TABLE 2. HYDROLOGIC DATA FOR FUTURE CONDITIONS
Watershed Drainage Area
(Acres)
Curve
Number
Time of Concentration
(min)
1 3.28 74 18.3
2 2.05 74 11.6
3 5.10 94 17.5
4A 3.53 87 6
4B 14.71 67 23.3
5 7.68 90 6
6 0.91 74 6
Water Quality Controls
The water quality strategy is designed to improve water quality by capturing and treating 90% of the
average annual stormwater runoff volume. The required water quality volume is calculated from the
following equation:
WQv = P*(0.05+0.009*I)*A / 12
Where:
P = 90% rainfall event (inches)
= 1.00 inches (Ithaca, NY)
Rv = (0.05+0.009*I) (minimum allowed value = 0.20)
I = Imperviousness (%)
A = Drainage Area (s.f.)
Table 3. Required WQv by Watershed Summary
Watersheds 1,2,3,4B 6,765 CF
Watershed 4A 6,360 CF
Watershed 5 8,895 CF
Existing Stormwater Pond #2 4,615 CF
Existing Stormwater Pond #3 1,755 CF
Total Required WQv = 0.65 acre feet
= 28,390 cubic feet
Table 4. Provided WQv by Practice Summary
Bioretention Filter #1 2,131 CF
Bioretention Filter #2 5,587 CF
Extended Detention Shallow Wetland 67,585 CF
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Provided WQV: = 1.73 acre feet
= 75,303 cubic feet > Required WQv, OK
Runoff Reduction Volume
To replicate pre-development hydrology, runoff reduction can be achieved through infiltration,
groundwater recharge, recycling, or evaporation/evapotranspiration of 100 percent of the post-
development water quality volume. This can be achieved by maintaining pre-construction infiltration,
peak runoff flows, discharge volumes, and minimizing concentrated flows through the use of runoff
control techniques that will provide treatment in a distributed manner before runoff reaches the
collection system. The reduction in runoff volume can be accomplished by application of on-site green
infrastructure techniques and standard stormwater management practices with runoff reduction
capacity.
Specific to this project, low hydrologic soil ratings and extremely low soil permeability preclude the
installation of most green infrastructure practices. As a result of these physical limitations, 100% runoff
reduction of the water quality volume cannot be achieved. Projects that cannot achieve runoff
reductions to pre-construction conditions must, at a minimum, reduce a percentage of the runoff from
impervious areas to be constructed on the site. The percent reduction is based on the Hydrologic Soil
Groups (HSG) of the site. The minimum runoff reduction volume required is calculated using the
following equation:
Min RRv = [(P) (Rv*) (Ai)] / 12
Where:
P = 90% rainfall event (inches)
= 1.00 inches (Ithaca, NY)
Rv* = 0.05+0.009(I) Where I is 100% impervious
Ai = (S)(Aic)
(Aic) = Total area of impervious cover (acres)
S = HSG Specific Reduction Factor
= 0.30 for HSG “C” Soils
= 0.20 for HSG “D” Soils
Table 5. Required Min RRv by Watershed Summary
Watershed 4A (HSG D)1,210 CF
Watershed 5 (HSG C)2,510 CF
Total 3,720 CF
Total Required Min RRv = 0.08 acre feet
= 3,720 cubic feet
Table 6. Provided RRv by Practice Summary
Bioretention Filter #1 1,716 CF
Bioretention Filter #2 3,098 CF
Total 4,814 CF
*Bioretention filters use underdrains.
Total Provided RRv = 0.09 acre feet
= 4,814 cubic feet > Required Min RRv, OK
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See worksheets attached in Volume II.
Channel Protection
Channel Protection volume (CPv) is defined as the 24-hour extended detention of the post‐development
1‐year, 24‐hour storm event. As discussed in the Stormwater Desing Manual (SDM), the CPv
requirement does not apply where a reduction in the total CPv volume is achieved through Runoff
Reduction practices. While this project proposes Runoff Reduction practices as noted above, a total
reduction of the CPv is not feasible. The calculations provided in Volume II illustrate that the total
required CPv for the project is 1.10 ac‐ft. The total WQv provided in the EDSW is 1.55 ac-ft at the 1-
year water surface elevation of 955.31ft. This volume is temporarily detained within the proposed
EDSW. With the provided average head on the low flow outlet, a 3.93 inch diameter orifice would be
required to discharge the required CPv over 24 hours.
Water Quantity Controls
The water quantity practice is designed to reduce peak discharges for the 1, 10, and 100-year storms to
below pre-developed rates at the point of analysis. The EDSW will provide sufficient storage to
attenuate post-developed peak flows.
Table 7 summarizes resulting peak discharge rates from the project site.
TABLE 7. HYDROLOGIC MODELING RESULTS
Runoff Volume (acre-feet)Peak Rate of Runoff (cfs) 1-yr 2-yr 10-yr 25-yr 100-yr 1-yr 2-yr 10-yr 25-yr 100-yr
Pre-Developed
P.O.A.1.35 1.87 3.87 5.62 9.49 15.1 20.38 39.25 55.75 105.83
Post-Developed: Controlled (increase over pre-developed)
0.75 1.3 3.41 5.19 9.09 2.08 7.55 30.68 48.19 75.09P.O.A.(-0.600)(-0.570)(-0.460)(-0.430)(-0.400)(-13.02)(-12.83)(-8.57)(-7.56)(-30.74)
Practice Sizing
Bioretention Filter
Two filters will capture and treat runoff from Watersheds #4A and #5. The filters are sized using
Darcy’s Law as presented in the New York State Stormwater Management Design Manual, using the
following equation:
Af = WQv (df)/[(k)(T)(df+hf)]
Where:
Af = Filter Area (sf)
df = Filter Depth (feet) = 2.5 feet
hf = Average Head Above Filter (feet) = 0.25 feet
Tf = Filtering Time (days) = 2 days
k = Soil Permeability (ft/day) = 0.5ft/day
WQv = Water Quality Volume (cf) = P*(0.05+0.009*I)*A / 12
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Table 8. Bioretention Filter Area Sizing
Required Filter Area Provided Filter Area
Bioretention Filter #1 1,937 SF 4,000 SF
Bioretention Filter #2 5,079 SF 7,040 SF
Extended Detention Shallow Wetland
The EDSW practice will be located along the north side of the athletic fields and will consist of a series
of low marsh and high marsh areas. These marsh areas will be planted with native plantings that follow
the recommendations outlined in the SDM. A forebay with a volume equivalent to 10% of the WQv
will provide pretreatment and a permanent pool equivalent to 50% of the WQv. Half of the WQv will
be located in a deepwater zone of greater than 4 feet. The practice is designed to attenuate stormwater
discharges from the post-development site. The outlet control structure (OCS) is located on the northern
edge of the wetland and will consist of a 6-foot round concrete manhole. Within the OCS, a 3.9-inch
orifice for channel protection will be installed. At a higher vertical elevation in the OCS, five additional
orifices that each measure 12-inch high by 28-inch-wide, will be installed at the same vertical elevation
in order to mitigate larger storm events. At the top of the OCS, a 36-inch cast iron grate will be installed
to provide additional mitigation. A 36-inch culvert will serve as the discharge route from OCS and
through the EDSW’s embankment and direct flow to the existing overland channel which leads into
Cascadilla Creek. The EDSW practice was sized using HydroCAD routing calculations presented in
Volume II. These calculations indicate that the EDSW practice is appropriately sized to maintain a
freeboard of 1-foot during the 100-year storm event.
Stormwater Signage
The owner of post-construction stormwater management practices shall erect or post, in the immediate
vicinity of the stormwater management practice, a conspicuous and legible sign of not less than 18
inches by 24 inches (or 10 inches by 12 inches for footprints smaller than 400 square feet) bearing the
following information:
Stormwater Management Practice – (name of the practice)
Project Identification – (SPDES Construction Permit #)
Must be maintained in accordance with O&M Plan
DO NOT REMOVE OR ALTER
Better Site Design
In accordance with the stormwater regulations set forth by the Town of Ithaca, projects disturbing more
than one acre must apply at least 2 better site design techniques. These practices incorporate non-
structural and natural approaches to new and redevelopment projects to reduce effects on watersheds
by conserving natural areas, reducing impervious cover and better integrating stormwater treatment.
Several techniques described below have been incorporated into the project in order to satisfy runoff
reduction requirements and are concurrent with the Town of Ithaca requirements:
Bioretention/Rain Gardens
Stormwater treatment is being provided by means of bioretention filters.
Tree Planting
The planting of several new trees will be incorporated into the landscaping.
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Soil Restoration
Soil restoration is a required practice applied across areas of a development site where soils have been
disturbed and will be vegetated in order to recover the original properties and porosity of the soil. Soil
restoration is applied in the cleanup, restoration, and landscaping phase of construction followed by the
permanent establishment of an appropriate, deep-rooted groundcover to help maintain the restored soil
structure. The required measures of soil restoration are outlined in Table 9.
TABLE 9. SOIL RESTORATION REQUIREMENTS
Type of Soil Disturbance Soil Restoration Requirement Comments/Examples
No soil disturbance Restoration not required Preservation of Natural Features
Minimal soil disturbance Restoration not required Clearing and grubbing
HSG A & B HSG C & DAreas where topsoil is
stripped only – no change
in grade Apply 6 inches
of topsoil
Aerate1 and apply 6
inches of topsoil
Protect area from any ongoing
construction activities
HSG A & B HSG C & D
Areas of cut or fill Aerate1 and
apply 6 inches of
topsoil
Apply full Soil
Restoration2
Heavy traffic areas on site
(especially in a zone 5-25
feet around buildings but
not within a 5 foot
perimeter around
foundations walls)
Apply full Soil Restoration2 (de-
compaction and compost
enhancement)
Areas where Runoff
Reduction and/or
infiltration practices are
applied
Restoration not required, but may be
applied to enhance the reduction
specified for appropriate practices.
Keep construction equipment from
crossing these areas. To protect
newly installed practice from any
ongoing construction activities
construct a single phase operation
fence area
1: Aeration includes the use of machines such as tractor-drawn implements with coulters making a
narrow slit in the soil, a roller with many spikes making indentations in the soil, or prongs which
function like a mini-subsoiler.
2: Per “Deep Ripping and De-Compaction, DEC 2008.”
The underlying soils on the project site classify as a combination of Hydrologic Soil Groups “A, C, &
D” requiring full soil restoration. The required measures of full soil restoration, per the NYSDEC’s
2008 publication of “Deep Ripping and De-Compaction” are as follows:
During periods of relatively low to moderate subsoil moisture, the disturbed subsoils are returned to
rough grade and the following Soil Restoration steps applied:
1. Apply 3 inches of compost over subsoil.
2. Till compost into subsoil to a depth of at least 12 inches using a cat-mounted ripper, tractor-
mounted disc, or tiller, mixing, and circulating air and compost into subsoils.
3. Rock-pick until uplifted stone/rock materials of four inches and larger size are cleaned off the
site.
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4. Apply topsoil to the depth specified on the landscaping plan.
5. Vegetate per the approved landscaping plan.
CONTROLS
Erosion and Sediment Controls
A layout of applicable erosion and sediment controls measures, together with typical installation details,
are depicted on sheet “C102-Erosion and Sediment Control Plan” drawing.
Stabilization Practices
The applicable erosion and sediment control measures shall be constructed prior to clearing or grading
of any portion of the project, where applicable. In areas where soil disturbance activity has temporarily
or permanently ceased, the application of soil stabilization measures must be initiated by the end of the
next business day and completed within 14 days from the date the current soil disturbance activity
ceased. Temporarily ceased means that an existing disturbed area will not be disturbed again within 14
calendar days of the previous soil disturbance.
In order to be authorized to disturb greater than five (5) acres of soil at any one time, the application of
soil stabilization measures must be initiated by the end of the next business day and completed within
seven (7) days from the date the current temporarily or permanently soil disturbance activity ceased.
If the Qualified Professional determines that permanent seed cannot be applied due to climate
conditions, topsoil shall not be spread and temporary mulching shall be applied to the exposed surface
to stabilize soils until the next recommended seeding period.
Winter Stabilization
If ongoing land disturbance is performed between November 15th and the following April 1st, the
project will require temporary site specific, enhanced erosion and sediment controls to manage runoff
and sediment at the site to protect off-site water resources. The enhanced erosion and sediment
controls are as follows:
1. Prepare a snow management plan with adequate storage for snow and control of melt water,
requiring cleared snow to be stored in a manner not affecting ongoing construction activities.
2. Enlarge and stabilize access points to provide for snow management and stockpiling. Snow
management activities must not destroy or degrade installed erosion and sediment control
practices.
3. A minimum 25-foot buffer shall be maintained from all perimeter controls such as silt fence.
Mark silt fence with tall stakes that are visible above the snow pack.
4. Edges of disturbed areas that drain to a waterbody within 100 feet will have 2 rows of silt
fence, 5 feet apart, installed on the contour.
5. Drainage structures must be kept open and free of snow and ice dams. All debris, ice dams, or
debris from plowing operations, that restrict the flow of runoff and meltwater, shall be
removed.
6. Sediment barriers must be installed at all appropriate perimeter and sensitive locations. Silt
fence and other practices requiring earth disturbance must be installed before the ground
freezes.
7. Soil stockpiles must be protected by the use of established vegetation, anchored straw mulch,
rolled stabilization matting, or other durable covering. a barrier must be installed at least 15
feet from the toe of the stockpile to prevent soil migration and to capture loose soil.
8. In areas where soil disturbance activity has temporarily or permanently ceased, the
application of soil stabilization measures should be initiated by the end of the next business
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day and completed within three (3) days. Rolled erosion control blankets must be used on all
slopes 3 horizontal to 1 vertical or steeper.
9. If straw mulch alone is used for temporary stabilization, it shall be applied at double the
standard rate of 2 tons per acre, making the application rate 4 tons per acre. Other
manufactured mulches should be applied at double the manufacturer's recommended rate.
10. To ensure adequate stabilization of disturbed soil in advance of a melt event, areas of
disturbed soil should be stabilized at the end of each workday unless:
a. Work will resume within 24 hours in the same area and no precipitation is forecast or;
b. The work is in disturbed areas that collect and retain runoff, such as open utility trenches,
foundation excavations, or water management areas.
11. Use stone paths to stabilize access perimeters of buildings under construction and areas where
construction vehicle traffic is anticipated. Stone paths should be a minimum 10 feet in width
but wider as necessary to accommodate equipment.
12. The site shall be inspected frequently to ensure that the erosion and sediment control plan is
performing its winter stabilization function. If the site will not have earth disturbing activities
ongoing during the “winter season”, all bare exposed soil must be stabilized by established
vegetation, straw or other acceptable mulch, matting, rock, or other approved material such as
rolled erosion control products. Seeding of areas with mulch cover is preferred but seeding
alone is not acceptable for proper stabilization.
13. Compliance inspections must be performed and reports filed properly in accordance with the
SWPPP for all sites under a winter shutdown.
Structural Practices
Structural erosion and sediment control practices have been classified as either temporary or permanent,
according to how they are used. Temporary structural practices are used during construction to prevent
offsite sedimentation. Permanent structural practices are used to convey surface water runoff to a safe
outlet. Permanent structural practices will remain in place and continue to function after the completion
of construction. Regardless of whether the practices are temporary or permanent, runoff control
measures should be the first items constructed when grading begins and be completely functional before
land disturbance takes place. Temporary structural practices used in this project include the following:
•Silt Fence
•Truck Tracking Pads
•Inlet Protection
•Rock Check Dams
•Sediment Traps
Other Controls
Waste Disposal
All waste materials will be collected and stored in securely lidded metal dumpsters rented from a local
waste management company which must be a solid waste management company licensed to do business
in Tompkins County. The dumpsters will comply with all local and state solid waste management
regulations.
All trash and construction debris from the site will be deposited in the dumpsters. The dumpsters will
be emptied a minimum of twice per week or more often if necessary, and the trash will be hauled to a
landfill approved by New York State. No construction waste materials will be buried on site. All
personnel will be instructed regarding the correct procedures for waste disposal. Notices stating these
practices will be posted in the job site construction office trailer, and the job site superintendent will be
responsible for seeing that these procedures are followed.
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Sanitary Waste
All sanitary waste will be collected from portable units a minimum of two times per week by a licensed
portable facility provider in complete compliance with local and state regulations.
Off-Site Vehicle Tracking
Stabilized construction exits (Tracking Pads) will be provided to help reduce vehicle tracking of
sediments. The paved streets adjacent to the site entrances will be inspected daily and cleaned with
vacuum equipment or swept as necessary to remove any excess mud, dirt, or rock tracked from the
sites. Dump trucks hauling material from the construction sites will be covered with a tarpaulin. The
job site superintendent will be responsible for seeing that these procedures are followed.
Hazardous Substances and Hazardous Waste
All hazardous waste materials will be disposed of by the Contractor in the manner specified by local,
state, and/or federal regulations and by the manufacturer of such products. Site personnel will be
instructed in these practices by the job site superintendent, who will also be responsible for seeing that
these practices are followed. Material Safety Data Sheets (MSDS's) for each substance with hazardous
properties that is used on the job site will be obtained and used for the proper management of potential
wastes that may result from these products. An MSDS will be posted in the immediate area where such
product is stored and/or used and another copy of each MSDS will be maintained in the SWPPP file at
the job site construction trailer office. Each employee who must handle a substance with hazardous
properties will be instructed on the use of MSDS sheets and the specific information in the applicable
MSDS for the product he/she is using, particularly regarding spill control techniques.
Any spills of hazardous materials which are in quantities in excess of Reportable Quantities as defined
by EPA regulations shall be immediately reported to the EPA National Response Center 1-800-424-
8802.
In order to minimize the potential for a spill of hazardous materials to come into contact with
stormwater, the following steps will be implemented:
•All materials with hazardous properties (such as pesticides, petroleum products, fertilizers,
detergents, construction chemicals, acids, paints, paint solvents, cleaning solvents, additives for
soil stabilization, concrete curing compounds and additives, etc.) will be stored in a secure location,
under cover, when not in use.
•The minimum practical quantity of all such materials will be kept on the job site.
•A spill control and containment kit (containing, for example, absorbent such as kitty litter or
sawdust, acid neutralizing powder, brooms, dust pans, mops, rags, gloves, goggles, plastic and
metal trash containers, etc.) will be provided at the storage site.
•All of the products in a container will be used before the container is disposed of. All such
containers will be triple-rinsed with water prior to disposal. The rinse water used in these containers
will be disposed of in a manner in compliance with state and federal regulations and will not be
allowed to mix with stormwater discharges.
•All products will be stored in and used from the original container with the original product label.
•All products will be used in strict compliance with instructions on the product label.
•The disposal of excess or used products will be in strict compliance with instructions on the product
label.
Contaminated Soils
Any contaminated soils (resulting from spills of materials with hazardous properties) which may result
from construction activities will be contained and cleaned up immediately in accordance with the
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procedures given in the Spill Prevention Control and Countermeasures (SPCC) Plan and in accordance
with applicable state and federal regulations. The job site superintendent will be responsible for seeing
that these procedures are followed.
MAINTENANCE/INSPECTION PROCEDURES
Erosion and Sediment Control Inspection and Maintenance Practices
The following inspection and maintenance practices will be used to maintain erosion and sediment
controls and stabilization measures.
•For construction sites where soil disturbance activities are on-going, the Operator’s trained
contractor shall inspect the erosion and sediment control practices and pollution prevention
measures daily to ensure they are being maintained in effective operating condition at all times.
The trained contractor shall begin implementing corrective actions within one business day.
•For construction sites where soil disturbance activities are on-going, the Operator’s Qualified
Professional shall conduct a site inspection at least once every 7 calendar days.
•For projects authorized to disturb greater than 5 acres of soil at any one time, The owner or operator
shall have a qualified inspector conduct at least two (2) site inspections every seven (7) calendar
days, for as long as greater than five (5) acres of soil remain disturbed. The two (2) inspections
shall be separated by a minimum of two (2) full calendar days. Further, the owner or operator shall
prepare a phasing plan that defines maximum disturbed area per phase and shows required cuts and
fills, and shall install any additional site-specific practices needed to protect water quality.
•All measures will be maintained in good working order; if repairs are found to be necessary, they
will be initiated within 24 hours of report.
•Silt fence will be inspected for proper toe-in depth, depth of sediment, tears, etc., to see if the fabric
is securely attached to the fence posts, and to see that the fence posts are securely in the ground.
Built up sediment will be removed from silt fence when it has reached one-third the height of the
fence.
•Inlet protection measures will be inspected for accumulation of sediments and debris. Sediment
and debris shall be removed without damaging the inlet protection fabric.
•Tracking pads shall be maintained in a condition that will prevent tracking of sediment onto public
rights-of-way or streets. This will require periodic top dressing with additional aggregate in most
cases, and complete replacement of aggregate in extreme cases.
•Temporary sediment traps will be inspected for depth of sediment, and built up sediment will be
removed before it reaches 50 percent of the height of the riser.
•Temporary and permanent seeding and all other stabilization measures will be inspected for bare
spots, washouts, and healthy growth.
•The job site superintendent will be responsible for selecting and training the individuals who will
be responsible for these maintenance and repair activities.
•Personnel selected for the maintenance responsibilities will receive training from the job site
superintendent. They will be trained in all the maintenance practices necessary for keeping the
erosion and sediment controls that are used onsite in good working order. They will also be trained
in the completion of, initiation of actions required by, and the filing of the inspection forms.
Documentation of this personnel training will be kept on site with the SWPPP.
•Disturbed areas and materials storage areas will be inspected for evidence of or potential for
pollutants entering stormwater systems.
•Report to NYSDEC within 24 hours any noncompliance with the SWPPP that will endanger public
health or the environment. Follow up with a written report within 5 days of the noncompliance
event
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Inspection and Maintenance Report Forms
Once installation of any required or optional erosion control device or measure has been implemented,
weekly, inspections of each measure shall be performed by the Operator’s Qualified Professional. The
Inspection and Maintenance Reports found in this SWPPP shall be used by the inspector to inventory
and report the condition of each measure to assist in maintaining the erosion and sediment control
measures in good working order.
These report forms shall become an integral part of the SWPPP and shall be made readily accessible to
governmental inspection officials, the Operator’s Engineer, and the Operator for review upon request
during visits to the project site. In addition, copies of the reports shall be provided to any of these
persons, upon request, via mail or facsimile transmission. Inspection and maintenance report forms are
to be maintained by the Operator for five years following the final stabilization of the site.
Other Record-Keeping Requirements
The Contractor shall keep the following records related to construction activities at the site:
•Dates when major grading activities occur and the areas which were graded
•Dates and details concerning the installation of structural controls
•Dates when construction activities cease in an area
•Dates when an area is stabilized, either temporarily or permanently
•Dates of rainfall and the amount of rainfall
•Dates and descriptions of the character and amount of any spills of hazardous materials
•Records of reports filed with regulatory agencies if reportable quantities of hazardous materials
spilled
Post-Construction Maintenance
Permanent stormwater management practices will be owned and maintained by Cornell University.
Maintenance requirements are indicated in Table 6. Additionally, corresponding inspections and
maintenance will be incorporated into the Town of Ithaca's Stormwater Operation, Maintenance, and
Reporting Agreement (SOMRA).
TABLE 6. ONGOING MAINTENANCE
Maintenance Item Schedule
Inspections
Inspection Annually
Bioretention Filter
Unclog outlet Bioretention does not drain/outlet is clogged
Replace mulch/ add mulch Mulch layer is degraded
Remove accumulated sediment Sediment visible on surface or filter clogging
Remove sediment from inlet channel Sediment depth >3 inches
Till filter surface to restore permeability Filter drains slowly and surface is compacted
Replace entire filter Filter does not drain, and other measures to
restore are unsuccessful
Replace vegetation Dead or decaying vegetation in filter
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TABLE 6. ONGOING MAINTENANCE
Maintenance Item Schedule
Repairs to embankment Based on inspection
Stormwater Wetland
Unclog outlet pipes Wetland does not drain, and outlet is clogged
Debris/Trash Removal Trash accumulation
Remove sediment from forebay Forebay ½ full
Dredging Practice ¼ full
Remove accumulated sediment at
inlets/outlets Every 5 years
Mowing Semi-annually
Tree removal from embankment Woody vegetation established.
Cattail management Annually, as needed.
Algae Treatment Annually, as needed.
Remove animal burrows from embankment.Burrows observed
Mosquito treatment Mosquito complaints, larvae noted in wetland
Repair areas of erosion
Replace rip rap channels
Repair low spots on the embankment
Repair or replace manhole grates
Replace cracked low flow orifice
Repair cracks in concrete
Replace riser structure
As needed, based on inspection.
1: Maintenance Frequencies derived from the “New York State Stormwater Management
Design Manual created by the New York State Department of Environmental Conservation.
2: Frequency may vary, and the need for maintenance will be determined by annual
inspections.
SPILL PREVENTION CONTROL AND COUNTERMEASURES (SPCC) PLAN
Materials Covered
The following materials or substances with known hazardous properties are expected to be present
onsite during construction:
Concrete Cleaning solvents
Detergents Petroleum based products
Paints Pesticides
Paint solvents Acids
Fertilizers Concrete additives
Soil stabilization additives
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The following are the material management practices that will be used to reduce the risk of spills or
other accidental exposure of materials and substances to stormwater runoff.
Good Housekeeping
The following good housekeeping practices will be followed onsite during the construction project:
•An effort will be made to store only enough product required to do the job.
•All materials stored onsite will be stored in a neat, orderly manner and, if possible, under a roof or
other enclosure.
•Products will be kept in their original containers with the original manufacturer's label in legible
condition.
•Substances will not be mixed with one another unless recommended by the manufacturer.
•Whenever possible, all of a product will be used up before disposing of the container.
•Manufacturer's recommendations for proper use and disposal will be followed.
•The job site superintendent will be responsible for daily inspections to ensure proper use and
disposal of materials.
Hazardous Products
These practices will be used to reduce the risks associated with hazardous materials.
•Products will be kept in original containers with the original labels in legible condition.
•Original labels and material safety data sheets (MSDS's) will be procured and used for each
material.
•If surplus product must be disposed of, manufacturers or local/state/federal recommended methods
for proper disposal will be followed.
•A spill control and containment kit (containing, for example, absorbent such as kitty litter or
sawdust, acid neutralizing powder, brooms, dust pans, mops, rags, gloves, goggles, plastic and
metal trash containers, etc.) will be provided at the storage site.
•All of the product in a container will be used before the container is disposed of. All such containers
will be triple-rinsed with water prior to disposal. The rinse water used in these containers will be
disposed of in a manner in compliance with state and federal regulations and will not be allowed to
mix with stormwater discharges.
Product Specific Practices
The following product specific practices will be followed on the job site:
Petroleum Products
All onsite vehicles will be monitored for leaks and receive regular preventative maintenance to
reduce the chance of leakage. Petroleum products will be stored in tightly sealed containers which
are clearly labeled. Any petroleum storage tanks used onsite will have a dike or berm containment
structure constructed around it to contain any spills which may occur. Any asphalt substances
used onsite will be applied according to the manufacturer's recommendations.
Fertilizers
Fertilizers will be applied only in the minimum amounts recommended by the manufacturer.
Once applied, fertilizer will be worked in the soil to limit exposure to stormwater. Storage will be
in a covered shed. The contents of any partially used bags of fertilizer will be transferred to a
sealable plastic bin to avoid spills.
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Paints, Paint Solvents, and Cleaning Solvents
All containers will be tightly sealed and stored when not in use. Excess paint and solvents will not
be discharged to the storm sewer system but will be properly disposed of according to
manufacturer's instructions or state and federal regulations.
Spill Prevention Practices
In addition to the good housekeeping and material management practices discussed in the previous
sections of this plan, the following practices will be followed for spill prevention and cleanup.
•Manufacturer's recommended methods for spill cleanup will be clearly posted and site personnel
will be trained regarding these procedures and the location of the information and cleanup supplies.
•Materials and equipment necessary for spill cleanup will be kept in the material storage area onsite
in spill control and containment kit (containing, for example, absorbent such as kitty litter or
sawdust, acid neutralizing powder, brooms, dust pans, mops, rags, gloves, goggles, plastic and
metal trash containers, etc.).
•All spills will be cleaned up immediately after discovery.
•The spill area will be kept well ventilated and personnel will wear appropriate protective clothing
to prevent injury from contact with the hazardous substances.
•Spills of toxic or hazardous materials will be reported to the appropriate federal, state, and/or local
government agency, regardless of the size of the spill. Spills of amounts that exceed Reportable
Quantities of certain substances specifically mentioned in federal regulations (40 CFR 302 list and
oil) will be immediately reported to the EPA National Response Center, telephone 1-800-424-8802.
Reportable Quantities of some substances which may be used at the job site are as follows:
Oil - appearance of a film or sheen on water
Pesticides - usually 1 lb.
Acids - 5000 lb.
Solvents, flammable - 100 lb.
•The SPCC plan will be adjusted to include measures to prevent this type of spill from recurring and
how to clean up the spill if there is another one. A description of the spill, what caused it, and the
cleanup measures will also be included. If the spill exceeds a Reportable Quantity, all federal
regulations regarding reports of the incident will be complied with.
•The job site superintendent will be the spill prevention and cleanup coordinator. He will designate
the individuals who will receive spill prevention and cleanup training. These individuals will each
become responsible for a particular phase of prevention and cleanup. The names of these personnel
will be posted in the material storage area and in the office trailer onsite.
CONTROL OF ALLOWABLE NON-STORMWATER DISCHARGES
Certain types of discharges are allowable under the NYSDEC General Permit for Construction Activity,
and it is the intent of this SWPPP to allow such discharges. These types of discharges will be allowed
under the conditions that no pollutants will be allowed to come in contact with the water prior to or
after its discharge. The control measures which have been outlined previously in this SWPPP will be
strictly followed to ensure that no contamination of these non-stormwater discharges takes place. The
following allowable non-stormwater discharges which may occur from the job site include:
•Discharges from firefighting activities.
•Fire hydrant flushings.
CU Game Farm Road Field Hockey Field DRAFT Stormwater Pollution Prevention Plan
T.G. Miller, P.C.18.September 27, 2024
•Waters used to wash vehicles or control dust in order to minimize offsite sediment tracking.
•Routine external building wash down which does not use detergents.
•Pavement wash waters where spills or leaks of hazardous materials have not occurred or detergents
have not been used.
•Air conditioning condensate.
•Springs and other uncontaminated groundwater, including dewatering ground water infiltration.
•Foundation or footing drains where no contamination with process materials such as solvents is
present.
COMPLIANCE WITH FEDERAL, STATE, AND LOCAL REGULATIONS
The Contractor will obtain copies of any and all local and state regulations which are applicable to
stormwater management, erosion control, and pollution minimization at this job site and will comply
fully with such regulations. The Contractor will submit written evidence of such compliance if
requested by the Operator or any agent of a regulatory body. The Contractor will comply with all
conditions of the NYSDEC General Permit for Construction Activities, including the conditions related
to maintaining the SWPPP and evidence of compliance with the SWPPP at the job site and allowing
regulatory personnel access to the job site and to records in order to determine compliance.
CU Game Farm Road Field Hockey Field DRAFT Stormwater Pollution Prevention Plan
T.G. Miller, P.C.19.September 27, 2024
CERTIFICATION AND NOTIFICATION
The NYSDEC requires that certifications of knowledge of the contents of this SWPPP and agreement
to follow the SWPPP be made by the Operator, Engineer, and the Contractor. The terms of the General
Permit also require that each Contractor sign the SWPPP plan, thereby making them co-permittees and
acknowledging their responsibility for certain operational aspects of the plan. These certifications
should be signed before the contractor begins activities and should be filed with the site's SWPPP at
the job site. The Contractor certification is attached to this document.
Operator’s Certification
“I certify under penalty of law that this document and all attachments were prepared under my
direction or supervision in accordance with a system designed to assure that qualified personnel
properly gathered and evaluated the information submitted. Based on my inquiry of the person or
persons who manage the system, or those persons directly responsible for gathering the
information, the information is, to the best of my knowledge and belief, true, accurate and complete.
I am aware that false statements made herein are punishable as a class A misdemeanor pursuant to
Section 210.45 of the Penal Law.”
Name: Elisabete Godden, Cornell University
Title: Project Manager
Signature: _______________________________
Date: ___________________________________
Engineer’s Certification on Compliances with Federal, State and Local Regulations:
This Stormwater Pollution Prevention Plan reflects the NYSDEC requirements for stormwater
management and erosion and sediment control.
Name: David A. Herrick, P.E.
Title: President/Design Engineer
Acting as Professional Engineer for: T.G. Miller, P.C.
Signature: _______________________________
Date: _________________________________
5/4/2023 9:55:01 AMPlot Date: 9/27/2024File: G:\38145.00\3.0_Working\3.9_CAD\1_SheetFiles\PERMITTING\G0-00_COVER SHEET.dwgSaved By: arenaudGAME FARM ROAD FIELD HOCKEY FIELDCORNELL UNIVERSITYGame Farm RoadIthaca, NY 1485011835ISSUE FOR PERMITIssue Date: 09.27.2024Client Project No: 11835Sasaki Project No:38145.00ARCHITECT + LANDSCAPE ARCHITECTSASAKI110 Chauncy StreetBoston, MA 02111TEL. 617.926.3300www.sasaki.comCIVILTG MILLER605 West State Street, Suite AIthaca, NY 14850TEL. 607.272.6477www.tgmillerpc.comCORNELL UNIVERSITYFACILITIES AND CAMPUS SERVICESHUMPHREYS SERVICE BUILDINGITHACA, NY 14853
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SITE PLANG1-00LEGENDLIMIT OF WORK (LOW)EASEMENTSETBACKROAD CENTERLINEPlot Date: 10/1/2024File: G:\38145.00\3.0_Working\3.9_CAD\1_SheetFiles\PERMITTING\G1-00_SITE PLAN.dwgSaved By: wsasserSealDrawing No.Drawing Title:Key MapProject Title:Client Project No:Drawn By:Checked By:Approved By:Issue Date:09.27.2024TSAR, TSAG, ZCDRAWING ISSUE & REVISION HISTORYNo.DescriptionDateSasaki Project No:NOT FOR CONSTRUCTION1183538145.02ARCHITECT + LANDSCAPE ARCHITECTSASAKI110 Chauncy StreetBoston, MA 02111TEL. 617.926.3300www.sasaki.comCIVILTG MILLER605 West State Street, Suite AIthaca, NY 14850TEL. 607.272.6477www.tgmillerpc.comSTRUCTURALLEMESSURIER1380 Soldiers Field RoadBoston, MA 02135TEL. 617.868.1200www.lemessurier.comMEP/FPRFS ENGINEERING71 Water StreetLaconia, NH 03246TEL. 603.524.4647www.rfsengineering.comBUILDING AND FIRE CODEHOWE ENGINEERS141 Longwater Drive, Suite 110Norwell, MA 02061TEL. 781.878.3500www.howeengineers.com09/27/2024ISSUE FOR PERMITGame Farm RoadField Hockey FieldGame Farm Road | Ithaca, NY 14853Cornell UniversityNorthScale: 1" = 30'FIELD HOCKEY IRRIGATIONIRRIGATION CONSULTING, INC.30 Merritt Parkway, 2nd FloorNashua, NH 03062TEL. 978.433.8972www.irrigationconsulting.com1" = 70'
LEGEND ANDNOTESC100DAHOBBDAH11835SealDrawing No.Drawing Title:Key MapProject Title:Client Project No:Drawn By:Checked By:Approved By:Issue Date:09.27.2024DAHOBBDAHDRAWING ISSUE & REVISION HISTORYNo.DescriptionDateSasaki Project No:NOT FOR CONSTRUCTION1183538145.02 (TGM: E23-15)ARCHITECT + LANDSCAPE ARCHITECTSASAKI110 Chauncy StreetBoston, MA 02111TEL. 617.926.3300www.sasaki.comCIVILTG MILLER605 West State Street, Suite AIthaca, NY 14850TEL. 607.272.6477www.tgmillerpc.comSTRUCTURALLEMESSURIER1380 Soldiers Field RoadBoston, MA 02135TEL. 617.868.1200www.lemessurier.comMEP/FPRFS ENGINEERING71 Water StreetLaconia, NH 03246TEL. 603.524.4647www.rfsengineering.comBUILDING AND FIRE CODEHOWE ENGINEERS141 Longwater Drive, Suite 110Norwell, MA 02061TEL. 781.878.3500www.howeengineers.com09/27/2024ISSUE FOR PERMITGame Farm RoadField Hockey FieldGame Farm Road | Ithaca, NY 14853Cornell UniversityNorthScale: As ShownFIELD HOCKEY IRRIGATIONIRRIGATION CONSULTING, INC.30 Merritt Parkway, 2nd FloorNashua, NH 03062TEL. 978.433.8972www.irrigationconsulting.com
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EXISTING CONDITIONS PLANC101SealDrawing No.Drawing Title:Key MapProject Title:Client Project No:Drawn By:Checked By:Approved By:Issue Date:09.27.2024DAHOBBDAHDRAWING ISSUE & REVISION HISTORYNo.DescriptionDateSasaki Project No:NOT FOR CONSTRUCTION1183538145.02 (TGM: E23-15)ARCHITECT + LANDSCAPE ARCHITECTSASAKI110 Chauncy StreetBoston, MA 02111TEL. 617.926.3300www.sasaki.comCIVILTG MILLER605 West State Street, Suite AIthaca, NY 14850TEL. 607.272.6477www.tgmillerpc.comSTRUCTURALLEMESSURIER1380 Soldiers Field RoadBoston, MA 02135TEL. 617.868.1200www.lemessurier.comMEP/FPRFS ENGINEERING71 Water StreetLaconia, NH 03246TEL. 603.524.4647www.rfsengineering.comBUILDING AND FIRE CODEHOWE ENGINEERS141 Longwater Drive, Suite 110Norwell, MA 02061TEL. 781.878.3500www.howeengineers.com09/27/2024ISSUE FOR PERMITGame Farm RoadField Hockey FieldGame Farm Road | Ithaca, NY 14853Cornell UniversityNorthScale: As ShownFIELD HOCKEY IRRIGATIONIRRIGATION CONSULTING, INC.30 Merritt Parkway, 2nd FloorNashua, NH 03062TEL. 978.433.8972www.irrigationconsulting.com
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STSTST ST ST STSTST SEE CIVIL SERIES FOR GRADING OFSTORMWATER PRACTICE TO WESTEROSION AND SEDIMENTCONTROL PLANC102SealDrawing No.Drawing Title:Key MapProject Title:Client Project No:Drawn By:Checked By:Approved By:Issue Date:09.27.2024DAHOBBDAHDRAWING ISSUE & REVISION HISTORYNo.DescriptionDateSasaki Project No:NOT FOR CONSTRUCTION1183538145.02 (TGM: E23-15)ARCHITECT + LANDSCAPE ARCHITECTSASAKI110 Chauncy StreetBoston, MA 02111TEL. 617.926.3300www.sasaki.comCIVILTG MILLER605 West State Street, Suite AIthaca, NY 14850TEL. 607.272.6477www.tgmillerpc.comSTRUCTURALLEMESSURIER1380 Soldiers Field RoadBoston, MA 02135TEL. 617.868.1200www.lemessurier.comMEP/FPRFS ENGINEERING71 Water StreetLaconia, NH 03246TEL. 603.524.4647www.rfsengineering.comBUILDING AND FIRE CODEHOWE ENGINEERS141 Longwater Drive, Suite 110Norwell, MA 02061TEL. 781.878.3500www.howeengineers.com09/27/2024ISSUE FOR PERMITGame Farm RoadField Hockey FieldGame Farm Road | Ithaca, NY 14853Cornell UniversityNorthScale: As ShownFIELD HOCKEY IRRIGATIONIRRIGATION CONSULTING, INC.30 Merritt Parkway, 2nd FloorNashua, NH 03062TEL. 978.433.8972www.irrigationconsulting.com···
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SealDrawing No.Drawing Title:Key MapProject Title:Client Project No:Drawn By:Checked By:Approved By:Issue Date:09.27.2024DAHOBBDAHDRAWING ISSUE & REVISION HISTORYNo.DescriptionDateSasaki Project No:NOT FOR CONSTRUCTION1183538145.02 (TGM: E23-15)ARCHITECT + LANDSCAPE ARCHITECTSASAKI110 Chauncy StreetBoston, MA 02111TEL. 617.926.3300www.sasaki.comCIVILTG MILLER605 West State Street, Suite AIthaca, NY 14850TEL. 607.272.6477www.tgmillerpc.comSTRUCTURALLEMESSURIER1380 Soldiers Field RoadBoston, MA 02135TEL. 617.868.1200www.lemessurier.comMEP/FPRFS ENGINEERING71 Water StreetLaconia, NH 03246TEL. 603.524.4647www.rfsengineering.comBUILDING AND FIRE CODEHOWE ENGINEERS141 Longwater Drive, Suite 110Norwell, MA 02061TEL. 781.878.3500www.howeengineers.com09/27/2024ISSUE FOR PERMITGame Farm RoadField Hockey FieldGame Farm Road | Ithaca, NY 14853Cornell UniversityNorthScale: As ShownFIELD HOCKEY IRRIGATIONIRRIGATION CONSULTING, INC.30 Merritt Parkway, 2nd FloorNashua, NH 03062TEL. 978.433.8972www.irrigationconsulting.comUTILITY DEMOLITION PLANC103
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UTILITY PLANC104SealDrawing No.Drawing Title:Key MapProject Title:Client Project No:Drawn By:Checked By:Approved By:Issue Date:09.27.2024DAHOBBDAHDRAWING ISSUE & REVISION HISTORYNo.DescriptionDateSasaki Project No:NOT FOR CONSTRUCTION1183538145.02 (TGM: E23-15)ARCHITECT + LANDSCAPE ARCHITECTSASAKI110 Chauncy StreetBoston, MA 02111TEL. 617.926.3300www.sasaki.comCIVILTG MILLER605 West State Street, Suite AIthaca, NY 14850TEL. 607.272.6477www.tgmillerpc.comSTRUCTURALLEMESSURIER1380 Soldiers Field RoadBoston, MA 02135TEL. 617.868.1200www.lemessurier.comMEP/FPRFS ENGINEERING71 Water StreetLaconia, NH 03246TEL. 603.524.4647www.rfsengineering.comBUILDING AND FIRE CODEHOWE ENGINEERS141 Longwater Drive, Suite 110Norwell, MA 02061TEL. 781.878.3500www.howeengineers.com09/27/2024ISSUE FOR PERMITGame Farm RoadField Hockey FieldGame Farm Road | Ithaca, NY 14853Cornell UniversityNorthScale: As ShownFIELD HOCKEY IRRIGATIONIRRIGATION CONSULTING, INC.30 Merritt Parkway, 2nd FloorNashua, NH 03062TEL. 978.433.8972www.irrigationconsulting.com
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STSTST ST ST STSTSTEL. 973.50DRAINAGE PLANC105SealDrawing No.Drawing Title:Key MapProject Title:Client Project No:Drawn By:Checked By:Approved By:Issue Date:09.27.2024DAHOBBDAHDRAWING ISSUE & REVISION HISTORYNo.DescriptionDateSasaki Project No:NOT FOR CONSTRUCTION1183538145.02 (TGM: E23-15)ARCHITECT + LANDSCAPE ARCHITECTSASAKI110 Chauncy StreetBoston, MA 02111TEL. 617.926.3300www.sasaki.comCIVILTG MILLER605 West State Street, Suite AIthaca, NY 14850TEL. 607.272.6477www.tgmillerpc.comSTRUCTURALLEMESSURIER1380 Soldiers Field RoadBoston, MA 02135TEL. 617.868.1200www.lemessurier.comMEP/FPRFS ENGINEERING71 Water StreetLaconia, NH 03246TEL. 603.524.4647www.rfsengineering.comBUILDING AND FIRE CODEHOWE ENGINEERS141 Longwater Drive, Suite 110Norwell, MA 02061TEL. 781.878.3500www.howeengineers.com09/27/2024ISSUE FOR PERMITGame Farm RoadField Hockey FieldGame Farm Road | Ithaca, NY 14853Cornell UniversityNorthScale: As ShownFIELD HOCKEY IRRIGATIONIRRIGATION CONSULTING, INC.30 Merritt Parkway, 2nd FloorNashua, NH 03062TEL. 978.433.8972www.irrigationconsulting.com
SealDrawing No.Drawing Title:Key MapProject Title:Client Project No:Drawn By:Checked By:Approved By:Issue Date:09.27.2024DAHOBBDAHDRAWING ISSUE & REVISION HISTORYNo.DescriptionDateSasaki Project No:NOT FOR CONSTRUCTION1183538145.02 (TGM: E23-15)ARCHITECT + LANDSCAPE ARCHITECTSASAKI110 Chauncy StreetBoston, MA 02111TEL. 617.926.3300www.sasaki.comCIVILTG MILLER605 West State Street, Suite AIthaca, NY 14850TEL. 607.272.6477www.tgmillerpc.comSTRUCTURALLEMESSURIER1380 Soldiers Field RoadBoston, MA 02135TEL. 617.868.1200www.lemessurier.comMEP/FPRFS ENGINEERING71 Water StreetLaconia, NH 03246TEL. 603.524.4647www.rfsengineering.comBUILDING AND FIRE CODEHOWE ENGINEERS141 Longwater Drive, Suite 110Norwell, MA 02061TEL. 781.878.3500www.howeengineers.com09/27/2024ISSUE FOR PERMITGame Farm RoadField Hockey FieldGame Farm Road | Ithaca, NY 14853Cornell UniversityNorthScale: As ShownFIELD HOCKEY IRRIGATIONIRRIGATION CONSULTING, INC.30 Merritt Parkway, 2nd FloorNashua, NH 03062TEL. 978.433.8972www.irrigationconsulting.comUTILITY DETAILSC201
SealDrawing No.Drawing Title:Key MapProject Title:Client Project No:Drawn By:Checked By:Approved By:Issue Date:09.27.2024DAHOBBDAHDRAWING ISSUE & REVISION HISTORYNo.DescriptionDateSasaki Project No:NOT FOR CONSTRUCTION1183538145.02 (TGM: E23-15)ARCHITECT + LANDSCAPE ARCHITECTSASAKI110 Chauncy StreetBoston, MA 02111TEL. 617.926.3300www.sasaki.comCIVILTG MILLER605 West State Street, Suite AIthaca, NY 14850TEL. 607.272.6477www.tgmillerpc.comSTRUCTURALLEMESSURIER1380 Soldiers Field RoadBoston, MA 02135TEL. 617.868.1200www.lemessurier.comMEP/FPRFS ENGINEERING71 Water StreetLaconia, NH 03246TEL. 603.524.4647www.rfsengineering.comBUILDING AND FIRE CODEHOWE ENGINEERS141 Longwater Drive, Suite 110Norwell, MA 02061TEL. 781.878.3500www.howeengineers.com09/27/2024ISSUE FOR PERMITGame Farm RoadField Hockey FieldGame Farm Road | Ithaca, NY 14853Cornell UniversityNorthScale: As ShownFIELD HOCKEY IRRIGATIONIRRIGATION CONSULTING, INC.30 Merritt Parkway, 2nd FloorNashua, NH 03062TEL. 978.433.8972www.irrigationconsulting.comUTILITY DETAILSC202STORMWATERMANAGMENTPRACTICE:BIORETENTIONFILTERPROJECT ID: SPDESNYR-XXXXXXMUST BE MAINTAINED INACCORDANCE WITH O&M PLAN. DO NOT REMOVE OR ALTER.STORMWATERMANAGMENTPRACTICE:HYDRODYNAMICSEPARATORPROJECT ID: SPDESNYR-XXXXXXMUST BE MAINTAINED INACCORDANCE WITH O&M PLAN. DO NOT REMOVE OR ALTER.STORMWATERMANAGMENTPRACTICE:BELOW GRADEDETENTION SYSTEMPROJECT ID: SPDESNYR-XXXXXXMUST BE MAINTAINED INACCORDANCE WITH O&M PLAN. DO NOT REMOVE OR ALTER.
UTILITY PROFILESC301SealDrawing No.Drawing Title:Key MapProject Title:Client Project No:Drawn By:Checked By:Approved By:Issue Date:09.27.2024DAHOBBDAHDRAWING ISSUE & REVISION HISTORYNo.DescriptionDateSasaki Project No:NOT FOR CONSTRUCTION1183538145.02 (TGM: E23-15)ARCHITECT + LANDSCAPE ARCHITECTSASAKI110 Chauncy StreetBoston, MA 02111TEL. 617.926.3300www.sasaki.comCIVILTG MILLER605 West State Street, Suite AIthaca, NY 14850TEL. 607.272.6477www.tgmillerpc.comSTRUCTURALLEMESSURIER1380 Soldiers Field RoadBoston, MA 02135TEL. 617.868.1200www.lemessurier.comMEP/FPRFS ENGINEERING71 Water StreetLaconia, NH 03246TEL. 603.524.4647www.rfsengineering.comBUILDING AND FIRE CODEHOWE ENGINEERS141 Longwater Drive, Suite 110Norwell, MA 02061TEL. 781.878.3500www.howeengineers.com09/27/2024ISSUE FOR PERMITGame Farm RoadField Hockey FieldGame Farm Road | Ithaca, NY 14853Cornell UniversityNorthScale: As ShownFIELD HOCKEY IRRIGATIONIRRIGATION CONSULTING, INC.30 Merritt Parkway, 2nd FloorNashua, NH 03062TEL. 978.433.8972www.irrigationconsulting.com
5/4/2023 9:55:01 AMGENERAL NOTESL0-01GENERAL NOTES:1.REFERENCES IN THESE NOTES TO APPLICABLE CODES SHALLINCLUDE COMPREHENSIVELY THE LATEST EDITION OF ALLFEDERAL, REGIONAL, STATE, CITY, FIRE DEPARTMENT ANDLOCAL CODES, LAWS, ORDINANCES, ORDERS, RULES, ANDGUIDELINES. THE CONTRACTOR SHALL BE RESPONSIBLE FORFAMILIARITY WITH THE APPLICABLE CODES AND COMPLY FULLYAS REQUIRED.2.REFERENCES IN THESE NOTES TO THE CONTRACTOR SHALLAPPLY TO THE CONTRACTOR, THEIR AGENTS, ALLSUBCONTRACTORS AND ALL OTHERS EMPLOYED BY THECONTRACTOR FOR THE PURPOSE OF THE EXECUTION OF THEWORK.3.REFERENCES IN THESE NOTES TO THE BUILDING OWNER ORARCHITECT SHALL INCLUDE ALL CONSULTING ENGINEERS ANDAUTHORIZED AGENTS OR REPRESENTATIVES OF THESE PARTIES.4.REFERENCES IN THESE NOTES TO THE WORK SHALL INCLUDE ALLELEMENTS AND COMPONENTS OF THE CONTRACT DOCUMENTS,DRAWINGS, AND SPECIFICATIONS WHETHER OR NOTSPECIFICALLY IDENTIFIED.5.WHERE DISCREPANCIES OR CONFLICTS OCCUR BETWEENAPPLICABLE CODES AND/OR THE CONTRACT DOCUMENTS, THEMORE STRINGENT REQUIREMENTS SHALL APPLY UNLESS AGREEDTO IN WRITING BY THE AUTHORITY HAVING JURISDICTION.6.PROPERTY LINES, EXISTING UTILITY INFORMATION ANDTOPOGRAPHY INFORMATION TAKEN FROM THE PLAN ENTITLEDTOPOGRAPHIC MAP CORNELL UNIVERSITY INDOOR SPORTS ANDRECREATION CENTER, PREPARED BY TG MILLER, DATED APRIL24, 2024.7.THE CONTRACTOR IS SPECIFICALLY CAUTIONED THAT THELOCATION AND/OR ELEVATION OF EXISTING UTILITIES ANDSTRUCTURES, AS SHOWN ON THESE PLANS, IS BASED ONRECORDS OF VARIOUS UTILITY COMPANIES AND, WHEREPOSSIBLE, MEASUREMENTS TAKEN IN THE FIELD. THISINFORMATION IS NOT TO BE RELIED ON AS BEING EXACT ORCOMPLETE. THE CONTRACTOR, PRIOR TO THE START OFCONSTRUCTION, SHALL VERIFY THE LOCATION OF ALLUNDERGROUND UTILITIES AND STRUCTURES IN THE FIELD. THECONTRACTOR MUST CONTACT THE APPROPRIATE UTILITYCOMPANY, ANY GOVERNING PERMITTING AUTHORITY, AND “DIGSAFE” AT LEAST 72 HOURS PRIOR TO ANY EXCAVATION WORKTO REQUEST THE EXACT FIELD LOCATION OF UTILITIES AND THEARCHITECT SHALL BE NOTIFIED, IN WRITING, OF ANY UTILITIESINTERFERING WITH THE PROPOSED CONSTRUCTION ANDAPPROPRIATE REMEDIAL ACTIONS TAKEN BEFORE PROCEEDINGWITH THE WORK. IT SHALL BE THE RESPONSIBILITY OF THECONTRACTOR TO RELOCATE ALL EXISTING UTILITIES WHICHCONFLICT WITH THE PROPOSED IMPROVEMENTS SHOWN ON THEPLAN.8.THE CONTRACTOR SHALL BE RESPONSIBLE FOR ESTABLISHINGAND MAINTAINING ALL CONTROL POINTS AND BENCHMARKSNECESSARY FOR THE WORK.9.BORINGS WERE TAKEN FOR THE PURPOSE OF DESIGN AND SHOWCONDITIONS AT BORING POINTS ONLY. THEY DO NOTNECESSARILY SHOW THE NATURE OF ALL MATERIALS TO BEENCOUNTERED DURING CONSTRUCTION.10.THE CONTRACTOR IS RESPONSIBLE FOR OBTAINING AND PAYINGFOR ANY PERMITS AND/OR CONNECTION FEES REQUIRED TOCARRY OUT THE WORK.11.THE CONTRACTOR SHALL PROVIDE COPIES OF ALL PERMITS ASREQUESTED BY THE BUILDING OWNER OR THE ARCHITECT.12.THE CONTRACTOR SHALL CONTACT THE OWNER TO DETERMINEALL RULES GOVERNING THE EXECUTION OF THE WORK WITHINTHE PROJECT AREA AND SHALL FULLY COMPLY WITH SUCHRULES TO THE SATISFACTION OF THE BUILDING OWNERTHROUGHOUT THE COURSE OF CONSTRUCTION.13.THE CONTRACTOR SHALL VISIT THE PROJECT SITE AND BEKNOWLEDGEABLE OF CONDITIONS THEREON. CONTRACTORSHALL INVESTIGATE, VERIFY AND BE RESPONSIBLE FOR THECOORDINATION OF THE WORK WITH ALL CONDITIONS ANDDIMENSIONS OF THE PROJECT SITE AND SHALL NOTIFY THEARCHITECT OF ANY CONDITIONS REQUIRING MODIFICATION OFTHE PLANS PRIOR TO THE SUBMITTAL OF CONSTRUCTION BIDSFOR THE WORK.14.SUBMITTAL OF CONSTRUCTION BIDS SHALL BE DEEMED ASEVIDENCE THAT THE CONTRACTOR HAS REVIEWED THE EXISTINGCONDITIONS AND HAS INCLUDED COSTS FOR THE INHERENTCONDITIONS AND/OR DIFFICULTIES WHICH AFFECT THEEXECUTION AND COMPLETION OF THE WORK.15.THROUGHOUT ALL PHASES OF CONSTRUCTION, INCLUDINGSUSPENSION OF THE WORK, AND UNTIL FINAL ACCEPTANCE OFTHE PROJECT, THE CONTRACTOR SHALL KEEP THE PROJECTSITE CLEAN AND FREE FROM THE ACCUMULATION OF RUBBISHAND DEBRIS. THE CONTRACTOR SHALL ABATE DUST NUISANCEAS NECESSARY. ALL RUBBISH AND DEBRIS SHALL BE REMOVEDFROM THE PROJECT SITE AND DISPOSED OF AS LAWFULLYREQUIRED.16.ALL DETAILS, SECTIONS AND NOTES SHOWN ON DRAWINGS AREINTENDED TO BE TYPICAL AND SHALL APPLY TO SIMILARSITUATIONS ELSEWHERE UNLESS NOTED OTHERWISE. WHERESPECIFIC DIMENSIONS, DETAILS, OR DESIGN INTENT CANNOT BEDETERMINED, CONSULT ARCHITECT BEFORE PROCEEDING WITHTHE WORK.17.DIMENSIONS ARE CONSIDERED TO BE "NOMINAL" UNLESSOTHERWISE NOTED. ALL MEASUREMENTS ARE TO FINISHEDSURFACE UNLESS OTHERWISE NOTED.18.IN THE EVENT THAT QUESTIONS ARISE WITH RESPECT TO THEINTENT OF THE CONTRACT DOCUMENTS THE CONTRACTORSHALL NOTIFY THE ARCHITECT FOR CLARIFICATION OF THEINTENT.19.THE CONTRACTOR SHALL SUBMIT TO THE ARCHITECT ANYREQUESTS FOR MODIFICATIONS TO THE CONTRACT DOCUMENTSIN THE FORM OF FIELD DRAWINGS, SHOP DRAWINGS, SAMPLESOR OTHER MEANS APPROPRIATE WITH SPECIFIC CHANGESIDENTIFIED FOR REVIEW.20.THE CONTRACTOR SHALL PROTECT ALL COMPLETED WORKFROM THE DETRIMENTAL EFFECTS OF THE SUBSEQUENT PHASESOR TRADES AS NECESSARY TO PREVENT DAMAGE AND DEFECTS.21.THE CONTRACTOR SHALL BE RESPONSIBLE FOR THE IMMEDIATEREMOVAL, REPAIR, AND REPLACEMENT OF ALL DAMAGED ANDDEFECTIVE MATERIALS AND WORKMANSHIP TO THESATISFACTION OF THE BUILDING OWNER AND THE ARCHITECT.22.ALL MATERIALS AND EQUIPMENT ARE TO BE NEW, UNLESSOTHERWISE NOTED.23.THE ARCHITECT SHALL HAVE ACCESS TO THE PROJECT SITE ATALL TIMES DURING THE EXECUTION OF THE WORK.24.THE CONTRACTOR SHALL PREPARE AND SUBMIT TO THEARCHITECT OR TO THE OWNER SHOP DRAWINGS, PROJECTDATA, SAMPLES AND SIMILAR SUBMITTALS AS REQUIRED BY THECONSTRUCTION DOCUMENTS WITH REASONABLE PROMPTNESSAND IN SUCH SEQUENCE AS TO CAUSE NO DELAY IN THE WORKOR IN THE ACTIVITIES OF THE OWNER OR OF SEPARATECONTRACTORS. NO PORTION OF THE WORK REQUIRING A SHOPDRAWING OR SUBMITTAL SHALL BE COMMENCED UNTIL THESUBMISSION HAS BEEN APPROVED BY THE ARCHITECT AND/ORCONSULTING ArchitectS. ALL SUCH PORTIONS OF THE WORKSHALL BE IN ACCORDANCE WITH APPROVED SHOP DRAWINGSAND SAMPLES.25.SAMPLES OF ALL FINISHES, COLORS AND MATERIALS SHALL BESUBMITTED TO THE ARCHITECT FOR REVIEW AND APPROVALPRIOR TO ORDERING OF PRODUCTS OR COMMENCING RELATEDWORK.ABBREVIATIONDESCRIPTIONB&BBALL AND BURLAPBCBOTTOM OF CURBBSBOTTOM OF STAIRBWBOTTOM OF WALLDIDRAIN INLETEEASTEQEQUIVALENTEX.EXISTINGFFEFINISHED FLOOR ELEVATIONFGFINISHED GRADEHDPEHIGH DENSITY POLYETHYLENEHPHIGH POINTHPSHIGH POINT OF SWALELFLINEAR FEETLOWLIMIT OF WORKLPLOW POINTLPSLOW POINT OF SWALENNORTHN.T.S.NOT TO SCALEO/CON CENTERP&SPROTECT AND SUPPORTPAPLANTING AREAPERF.PERFORATEDQTYQUANTITYR&DREMOVE AND DISPOSER&SREMOVE AND SALVAGERIMRIM ELEVATIONSSOUTHSSLOPESFSQUARE FEETTCTOP OF CURBTOSTOP OF STONETSTOP OF STAIRTSGTOP OF SUBGRADETWTOP OF WALLTYPTYPICALVIFVERIFY IN FIELDWWESTPlot Date: 9/27/2024File: G:\38145.00\3.0_Working\3.9_CAD\1_SheetFiles\PERMITTING\L0-01_GENERAL NOTES.dwgSaved By: arenaudSealDrawing No.Drawing Title:Key MapProject Title:Client Project No:Drawn By:Checked By:Approved By:Issue Date:09.27.2024TSAR, TSAG, ZCDRAWING ISSUE & REVISION HISTORYNo.DescriptionDateSasaki Project No:NOT FOR CONSTRUCTION1183538145.02ARCHITECT + LANDSCAPE ARCHITECTSASAKI110 Chauncy StreetBoston, MA 02111TEL. 617.926.3300www.sasaki.comCIVILTG MILLER605 West State Street, Suite AIthaca, NY 14850TEL. 607.272.6477www.tgmillerpc.comSTRUCTURALLEMESSURIER1380 Soldiers Field RoadBoston, MA 02135TEL. 617.868.1200www.lemessurier.comMEP/FPRFS ENGINEERING71 Water StreetLaconia, NH 03246TEL. 603.524.4647www.rfsengineering.comBUILDING AND FIRE CODEHOWE ENGINEERS141 Longwater Drive, Suite 110Norwell, MA 02061TEL. 781.878.3500www.howeengineers.com09/27/2024ISSUE FOR PERMITGame Farm RoadField Hockey FieldGame Farm Road | Ithaca, NY 14853Cornell UniversityNorthScale: 1" = 30'FIELD HOCKEY IRRIGATIONIRRIGATION CONSULTING, INC.30 Merritt Parkway, 2nd FloorNashua, NH 03062TEL. 978.433.8972www.irrigationconsulting.com
GGGGGGGGGGGGGGG/////////////////////////////////////////////////////////////////////////////////////////////////////////////////////OHOHOHOHOHOHOHOHOHOHOHOHOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH ETETEDESSGG
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STSTST ST ST STCLEAR & GRUB LAWN, MEADOWGRASSES AND SHRUBS, TYP.R&D GRAVEL, TYP.R&D ASPHALTPAVEMENT, TYP.R&D LIGHT POLE ANDFOUNDATION, TYP.P&S UTILITYSTRUCTURE,TYP.EXISTING TREE TOBE REMOVED, TYP.P&S ENTRANCE SIGN AND POSTSP&S GRAVEL WALKWAY, TYP.CLEAR & GRUB LAWN, MEADOWGRASSES AND SHRUBS, TYP.CLEAR & GRUB LAWN, MEADOWGRASSES AND SHRUBS, TYP.LIMIT OF WORKLIMIT OF WORKLIMIT OF WORKLIMIT OF WORKLIMIT OF WORKSURFACE PROTECTION ANDREMOVALSL1-01CLEAR AND GRUB. REMOVETOPSOIL AND STORE FORREUSEREMOVE EXISTING TREEREMOVE AND DISPOSEGRAVELPROTECT EXISTING UTILITYSTRUCTUREREMOVE & DISPOSESAWCUT PAVEMENTLEGENDDESCRIPTIONSYMBOLSREMOVE & SALVAGE SITEFEATUREREMOVE AND DISPOSE ASPHALTPAVEMENT & UNDERLYING SLABPROTECT & SUPPORT SITEFEATUREPLANTED AREA TO REMAINLIMIT OF WORK (LOW)EASEMENTREMOVE & DEMOLISH EXISTINGLIGHT POLE AND FOUNDATIONREMOVE & SALVAGESILT LOG, REFER TO CIVILDRAWINGSPROTECT AND SUPPORTGRAVELPROTECT & SUPPORTPlot Date: 10/1/2024File: G:\38145.00\3.0_Working\3.9_CAD\1_SheetFiles\PERMITTING\L1-01_SURFACE PROTECTION AND REMOVALS.dwgSaved By: wsasserSealDrawing No.Drawing Title:Key MapProject Title:Client Project No:Drawn By:Checked By:Approved By:Issue Date:09.27.2024TSAR, TSAG, ZCDRAWING ISSUE & REVISION HISTORYNo.DescriptionDateSasaki Project No:NOT FOR CONSTRUCTION1183538145.02ARCHITECT + LANDSCAPE ARCHITECTSASAKI110 Chauncy StreetBoston, MA 02111TEL. 617.926.3300www.sasaki.comCIVILTG MILLER605 West State Street, Suite AIthaca, NY 14850TEL. 607.272.6477www.tgmillerpc.comSTRUCTURALLEMESSURIER1380 Soldiers Field RoadBoston, MA 02135TEL. 617.868.1200www.lemessurier.comMEP/FPRFS ENGINEERING71 Water StreetLaconia, NH 03246TEL. 603.524.4647www.rfsengineering.comBUILDING AND FIRE CODEHOWE ENGINEERS141 Longwater Drive, Suite 110Norwell, MA 02061TEL. 781.878.3500www.howeengineers.com09/27/2024ISSUE FOR PERMITGame Farm RoadField Hockey FieldGame Farm Road | Ithaca, NY 14853Cornell UniversityNorthScale: 1" = 30'FIELD HOCKEY IRRIGATIONIRRIGATION CONSULTING, INC.30 Merritt Parkway, 2nd FloorNashua, NH 03062TEL. 978.433.8972www.irrigationconsulting.com1" = 40'
GGGGGGGGGGGGG////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////OHOHOHOHOHOHOHOHOHOHOHOHOHOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH ETETEDESSG
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8'' W 8'' W 8'' W 8'' W 8'' W
STSTSTST ST ST ST ST20.00'50.00'20.00'48.50'22.00'R31.
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0
'
R55
.
0
0
'22.00'22.00'R28.00'R2
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'FIELD HOCKEYFIELDGAME FARM ROAD PRACTICE SOCCER BUILDINGPHASE 2TEAM FACILITY5,000 SF.PHASE 2INDOOR TURF FACILITY9,400 SF.MOUND SEPTIC ABSORPTIONSYSTEM, SEE CIVIL SERIESSTORMWATER PRACTICE,SEE CIVIL SERIESSTORMWATER PRACTICE,SEE CIVIL SERIESSTORMWATER PRACTICE,LIMIT OF WORKLIMIT OF WORKLIMIT OF WORKLIMIT OF WORKFIRE ACCESS ROUTESL1-02LIMIT OF WORKSYMBOLSDESCRIPTIONLEGENDFIRE APPARATUS ACCESSPlot Date: 10/1/2024File: G:\38145.00\3.0_Working\3.9_CAD\1_SheetFiles\PERMITTING\L1-02_FIRE ACCESS ROUTES.dwgSaved By: arenaudSealDrawing No.Drawing Title:Key MapProject Title:Client Project No:Drawn By:Checked By:Approved By:Issue Date:09.27.2024TSAR, TSAG, ZCDRAWING ISSUE & REVISION HISTORYNo.DescriptionDateSasaki Project No:NOT FOR CONSTRUCTION1183538145.02ARCHITECT + LANDSCAPE ARCHITECTSASAKI110 Chauncy StreetBoston, MA 02111TEL. 617.926.3300www.sasaki.comCIVILTG MILLER605 West State Street, Suite AIthaca, NY 14850TEL. 607.272.6477www.tgmillerpc.comSTRUCTURALLEMESSURIER1380 Soldiers Field RoadBoston, MA 02135TEL. 617.868.1200www.lemessurier.comMEP/FPRFS ENGINEERING71 Water StreetLaconia, NH 03246TEL. 603.524.4647www.rfsengineering.comBUILDING AND FIRE CODEHOWE ENGINEERS141 Longwater Drive, Suite 110Norwell, MA 02061TEL. 781.878.3500www.howeengineers.com09/27/2024ISSUE FOR PERMITGame Farm RoadField Hockey FieldGame Farm Road | Ithaca, NY 14853Cornell UniversityNorthScale: 1" = 30'FIELD HOCKEY IRRIGATIONIRRIGATION CONSULTING, INC.30 Merritt Parkway, 2nd FloorNashua, NH 03062TEL. 978.433.8972www.irrigationconsulting.com
GGGGGGGGGGGGG////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////OHOHOHOHOHOHOHOHOHOHOHOHOHOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH ETETEDESSG
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8'' W 8'' W 8'' W 8'' W 8'' W
STSTSTST ST ST ST STFIELD HOCKEYFIELDGAME FARM ROAD PRACTICE SOCCER BUILDINGPHASE 2TEAM FACILITY5,000 SF.PHASE 2INDOOR TURF FACILITY9,400 SF.MOUND SEPTIC ABSORPTIONSYSTEM, SEE CIVIL SERIESSTORMWATER PRACTICE,SEE CIVIL SERIESSTORMWATER PRACTICE,SEE CIVIL SERIESSTORMWATER PRACTICE,15.00'8.00'20.00'50.00'6.50'4.50', TYP.132.00', TYP. FOR30'-HIGH FIELD NETTING8.33'20.50'48.50'8.00'2.00', TYP. FOR SITE LIGHT POLEO.C. FROM EDGE OF WALKWAY,UNLESS OTHERWISE NOTED8.00', TYP. FOR ADA PARKINGSPACE (VAN ACCESSIBLE)9.00', TYP.8.00', TYP. FOR ACCESS AISLE18.00', TYP.R
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0
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0
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0
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1
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'LIMIT OF WORKLIMIT OF WORKLIMIT OF WORKLIMIT OF WORKLAYOUT PLANL2-01BEARING DISTANCE CENTERLINE (CL)LEGENDLIMIT OF WORK (LOW)DESCRIPTIONSYMBOLS694.56'N01°16'44"ER1'
-0
"5.00'RADIAL DIMENSIONLINEAR DIMENSIONARC LENGTH DIMENSION1'-312"N:10541359.19E:3297858.87NORTHING/EASTING COORDINATESSET PARALLELPlot Date: 10/1/2024File: G:\38145.00\3.0_Working\3.9_CAD\1_SheetFiles\PERMITTING\L2-01_LAYOUT PLAN.dwgSaved By: arenaudSealDrawing No.Drawing Title:Key MapProject Title:Client Project No:Drawn By:Checked By:Approved By:Issue Date:09.27.2024TSAR, TSAG, ZCDRAWING ISSUE & REVISION HISTORYNo.DescriptionDateSasaki Project No:NOT FOR CONSTRUCTION1183538145.02ARCHITECT + LANDSCAPE ARCHITECTSASAKI110 Chauncy StreetBoston, MA 02111TEL. 617.926.3300www.sasaki.comCIVILTG MILLER605 West State Street, Suite AIthaca, NY 14850TEL. 607.272.6477www.tgmillerpc.comSTRUCTURALLEMESSURIER1380 Soldiers Field RoadBoston, MA 02135TEL. 617.868.1200www.lemessurier.comMEP/FPRFS ENGINEERING71 Water StreetLaconia, NH 03246TEL. 603.524.4647www.rfsengineering.comBUILDING AND FIRE CODEHOWE ENGINEERS141 Longwater Drive, Suite 110Norwell, MA 02061TEL. 781.878.3500www.howeengineers.com09/27/2024ISSUE FOR PERMITGame Farm RoadField Hockey FieldGame Farm Road | Ithaca, NY 14853Cornell UniversityNorthScale: 1" = 30'FIELD HOCKEY IRRIGATIONIRRIGATION CONSULTING, INC.30 Merritt Parkway, 2nd FloorNashua, NH 03062TEL. 978.433.8972www.irrigationconsulting.com
GGGGGGGGGGGGG////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////OHOHOHOHOHOHOHOHOHOHOHOHOHOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH ETETEDESSG
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STSTSTST ST ST ST STFIELD HOCKEYFIELDGAME FARM ROAD PRACTICE SOCCER BUILDINGPHASE 2TEAM FACILITY5,000 SF.PHASE 2INDOOR TURF FACILITY9,400 SF.MOUND SEPTIC ABSORPTIONSYSTEM, SEE CIVIL SERIESSTORMWATER PRACTICE,SEE CIVIL SERIESSTORMWATER PRACTICE,SEE CIVIL SERIESSTORMWATER PRACTICE,ROADWAY STRIPING, TYP.CROSSWALK, TYP.SPORTS LIGHT POLE, F3TEAM SHELTER ASCOREBOARD35' CAMERA POLE, TYP.PRESS BOXSTRUCTURE(SEE ARCH)RESTROOM BUILDING(SEE ARCH)6' CHAIN LINKFENCE, TYP.6'-0" CHAIN LINKFENCE, TYP.PERIMETER CONCRETETURF CURB, TYP.SYNTHETIC TURF FIELD30' HIGH END OF FIELD NETTING, TYP.FLAGPOLESPECTATOR SEATINGFIELD NET POSTADA VAN ACCESSIBLEPARKING SPACE, TYP.CURB RAMP, TYP.SITE LIGHT POLE, TYP.TIMBER BARRIER RAIL, TYP.PAPAPAPAPAPAPAPAPAPAPAMOUNTABLE CURBASPHALT PAVEMENT-VEHICULAR, TYP.CONCRETE PAVEMENT -VEHICULAR, TYP.CONCRETE PAVEMENT -PEDESTRIAN, TYP.VERTICAL CURB, TYP.TIMBER BARRIER RAIL, TYP.FIELD TIMER, TYP.SPORTS LIGHTPOLE, F4SPORTS LIGHTPOLE, F1SPORTS LIGHTPOLE, F26' CHAIN LINKFENCE, TYP.TEAM SHELTER BIRRIGATIONSTORAGETANK35' CAMERA POLEFIELD TIMER35' CAMERA POLEPARKING ACCESSAISLE, TYP.STANDARD PARKINGSPACE, TYP.IRRIGATIONPUMPENCLOSURE42" CHAINLINK FENCEDETECTABLE WARNING PANEL, TYP.24" CURB CUTBIKE RACK, TYP.RELOCATED EMERGENCYTELEPHONEPARKING CURBSTOP, TYP.FLUSH CURB, TYP.EP2EP4EP1EP1EP1EP3EP2EP2EP2EP2EP2EP1EP1EP2ADA PARKING SIGN, TYP.EP2EP4EP4EP4LIMIT OF WORKLIMIT OF WORKLIMIT OF WORKLIMIT OF WORKMATERIALS NOTES:1.TYPES OF MATERIALS AND FINISHES ARE NOTED INTHE LEGEND.2.ALL LANDSCAPE MATERIALS AND LAYOUT SHALL BECOORDINATED WITH CIVIL DRAWINGS ANDARCHITECTURE CONSTRUCTION PACKAGESMATERIALS PLANL3-01ASPHALT PAVINGCONCRETE PAVING,HEAVY-DUTYCONCRETE PAVING,PEDESTRIANLEGENDLIMIT OF WORK (LOW)PA-01PAVING ASSEMBLIESSYMBOL:DESCRIPTION:PA-02PA-03EDGE CONDITIONSSYMBOL:DESCRIPTION:MOUNTABLE CURBFLUSH CURBVERTICAL CURBEG-01EG-02EG-03SITE FURNISHINGSSYMBOL:DESCRIPTION:BIKE RACKSF-01SITE LIGHT POLESF-02MULTI-PURPOSE FIELDSYMBOL:DESCRIPTION:SYNTHETIC TURF FIELDFIELD NETTINGFD-01SYNTHETIC TURF PERIMETERCURBFD-02FENCING AND NETTINGSYMBOL:DESCRIPTION:BLACK VINYL CHAIN LINKFENCEFN-01MUNICIPAL BOUNDARYSCOREBOARDFD-11FIELD NET POSTFN-03STEEL EDGINGEG-06FD-10FLAGPOLEFN-02SPORTS LIGHTSSEEL8-01SEEL8-02SEEL8-02SEEL10-01SEEL10-02FD-13CAMERA POLECAST IRON DETECTABLEWARNING PLATEEG-05TIMBER BARRIER RAILFIELD TIMERADA PARKING SIGN SIGNPlot Date: 10/1/2024File: G:\38145.00\3.0_Working\3.9_CAD\1_SheetFiles\PERMITTING\L3-01_MATERIALS PLAN.dwgSaved By: arenaudSealDrawing No.Drawing Title:Key MapProject Title:Client Project No:Drawn By:Checked By:Approved By:Issue Date:09.27.2024TSAR, TSAG, ZCDRAWING ISSUE & REVISION HISTORYNo.DescriptionDateSasaki Project No:NOT FOR CONSTRUCTION1183538145.02ARCHITECT + LANDSCAPE ARCHITECTSASAKI110 Chauncy StreetBoston, MA 02111TEL. 617.926.3300www.sasaki.comCIVILTG MILLER605 West State Street, Suite AIthaca, NY 14850TEL. 607.272.6477www.tgmillerpc.comSTRUCTURALLEMESSURIER1380 Soldiers Field RoadBoston, MA 02135TEL. 617.868.1200www.lemessurier.comMEP/FPRFS ENGINEERING71 Water StreetLaconia, NH 03246TEL. 603.524.4647www.rfsengineering.comBUILDING AND FIRE CODEHOWE ENGINEERS141 Longwater Drive, Suite 110Norwell, MA 02061TEL. 781.878.3500www.howeengineers.com09/27/2024ISSUE FOR PERMITGame Farm RoadField Hockey FieldGame Farm Road | Ithaca, NY 14853Cornell UniversityNorthScale: 1" = 30'FIELD HOCKEY IRRIGATIONIRRIGATION CONSULTING, INC.30 Merritt Parkway, 2nd FloorNashua, NH 03062TEL. 978.433.8972www.irrigationconsulting.com
GGGGGGGGGGGGG////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////OHOHOHOHOHOHOHOHOHOHOHOHOHOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH ETETEDESSG
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STSTSTST ST ST ST STFIELD HOCKEYFIELDGAME FARM ROAD PRACTICE SOCCER BUILDINGPHASE 2TEAM FACILITY5,000 SF.PHASE 2INDOOR TURF FACILITY9,400 SF.LIMIT OF WORKLIMIT OF WORKLIMIT OF WORKLIMIT OF WORK98
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987
988
989974.99977.22980.18979.61980.03980.97982.15982.44984.64976.12978.05977.78977.49980.60982.72983.02985.17(989.00)971970969968968968967967967976.43979.99980.202.50%1.50%2.50%1.50%3.91%3.50%3.95%4.75%3.95%2.40%1.00%1.50%1.00%
1.00%
1.00%
1.00%
1.00%
1.00%1.10%3.21%1.50%
0.00%9729739749759769779789799809819829839849859869879889899909919929939759769779789719709699689679729739749799809819829839849859869871.50%967.439759
7
4976977
SEE L4-02 FOR FIELD GRADING AND DRAINAGE ENLARGEMENT976.95977.11976.22967.42FFE 965.10966.85965.98965.98966.44966.34969
968
967
98898898
7986985984 9
8
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9
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2
9
8
1
9
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0978 968967975 9729
7
9EXTENTS OF STORMWATERPRACTICE. SEE CIVIL SERIESFOR MORE DETAILED GRADINGINFORMATIONEXTENTS OF STORMWATERPRACTICE. SEE CIVIL SERIESFOR MORE DETAILED GRADINGINFORMATIONSEE CIVIL SERIES FOR GRADING OFSTORMWATER PRACTICE TO WESTLP 966.02HPS 985.90EL. 973.509759769739749589579569559549539529519509499489479469459449589579569559549539529519509
6
2
9
6
1 960959967966967(988.15)(988.28)(990.48)LPS 984.83HPS 988.45985
9859859879869859849839829819809799789769759749739729719709699689699689679
7
4
972971970969LPS 967.06968969970971972973973972
971
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974
975975974EXTENTS OF GRADING FORSEPTIC SYSTEM. SEE CIVILSERIES FOR GRADINGINFORMATIONGRADING PLANL4-015110.00TSBSVERIFY IN FIELDSYMBOLDESCRIPTIONSPOT ELEVATIONFINISHED FLOOR ELEVATIONTOP AND BOTTOM OF STAIRCONTOUR MAJORCONTOUR MINORVIFFFETCBCTOP AND BOTTOM OF CURBTWBWTOP AND BOTTOM OF WALLHPLPSLOW POINT OF SWALEHIGH POINTCONTOUR/ELEVATIONEXISTINGGRADE BREAKRIM ELEVATIONRIM(5)UTILITY STRUCTURE, SEECIVIL DRAWINGSLPLOW POINTHPSHIGH POINT OF SWALETRENCH DRAIN, SEE CIVILDRAWINGSFINISHED / FIELD GRADEFGTOP OF ELASTIC LAYERTELTOP OF STONETOSTOP OF SUBGRADETSGLIMIT OF WORK (LOW)MUNICIPAL BOUNDARYLEGENDPlot Date: 10/1/2024File: G:\38145.00\3.0_Working\3.9_CAD\1_SheetFiles\PERMITTING\L4-01_GRADING PLAN.dwgSaved By: arenaudSealDrawing No.Drawing Title:Key MapProject Title:Client Project No:Drawn By:Checked By:Approved By:Issue Date:09.27.2024TSAR, TSAG, ZCDRAWING ISSUE & REVISION HISTORYNo.DescriptionDateSasaki Project No:NOT FOR CONSTRUCTION1183538145.02ARCHITECT + LANDSCAPE ARCHITECTSASAKI110 Chauncy StreetBoston, MA 02111TEL. 617.926.3300www.sasaki.comCIVILTG MILLER605 West State Street, Suite AIthaca, NY 14850TEL. 607.272.6477www.tgmillerpc.comSTRUCTURALLEMESSURIER1380 Soldiers Field RoadBoston, MA 02135TEL. 617.868.1200www.lemessurier.comMEP/FPRFS ENGINEERING71 Water StreetLaconia, NH 03246TEL. 603.524.4647www.rfsengineering.comBUILDING AND FIRE CODEHOWE ENGINEERS141 Longwater Drive, Suite 110Norwell, MA 02061TEL. 781.878.3500www.howeengineers.com09/27/2024ISSUE FOR PERMITGame Farm RoadField Hockey FieldGame Farm Road | Ithaca, NY 14853Cornell UniversityNorthScale: 1" = 30'FIELD HOCKEY IRRIGATIONIRRIGATION CONSULTING, INC.30 Merritt Parkway, 2nd FloorNashua, NH 03062TEL. 978.433.8972www.irrigationconsulting.com
OHOHOHOHOHOHOHOHOHEG
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ST ST ST ST STSTSTSTST ST ST ST ST STFIELD HOCKEYFIELDPHASE 2TEAM FACILITY5,000 SF.PHASE 2INDOOR TURF FACILITY9,400 SF.STORMWATER PRACTICE,SEE CIVIL SERIESFG 0.30%SG 0.50%FG 0.30%SG 0.50%20.00FG 973.80FG 973.81TOS: 973.68TSG: 973.0110.00SG 0.50%FG 0.30%FG 0.30%FG 973.81TEL: 973.71TOS: 973.62TSG: 972.90FG 973.50FG 973.74FG 973.68FG 973.62FG 973.56FG 873.74FG 973.68FG 973.62FG 973.5620.0020.0020.0020.0020.0020.0020.0020.0020.00FG 973.50TOS: 973.37TSG: 972.49FG: 973.50, TEL: 973.96, TOS: 973.37, TSG: 972.49FG: 973.56, TEL: 973.52, TOS: 973.43, TSG: 972.59FG: 973.68, TEL: 973.64, TOS: 973.55, TSG: 973.79FG: 973.74, TEL: 973.70, TOS: 973.61, TSG: 972.89FG: 973.80, TEL: 973.76, TOS: 973.67, TSG: 972.99FG: 973.62, TEL: 973.58, TOS: 973.49, TSG: 972.69FG: 973.80, TEL: 973.76, TOS: 973.67, TSG: 972.99
FG: 973.74, TEL: 973.70, TOS: 973.61, TSG: 972.89
FG: 973.68, TEL: 973.64, TOS: 973.55, TSG: 973.79
FG: 973.62, TEL: 973.58, TOS: 973.49, TSG: 972.69
FG: 973.56, TEL: 973.52, TOS: 973.43, TSG: 972.59
FG: 973.50, TEL: 973.96, TOS: 973.37, TSG: 972.49
FG: 973.50, TEL: 973.96, TOS: 973.37, TSG: 972.49FG: 973.56, TEL: 973.52, TOS: 973.43, TSG: 972.59FG: 973.68, TEL: 973.64, TOS: 973.55, TSG: 973.79FG: 973.74, TEL: 973.70, TOS: 973.61, TSG: 972.89FG: 973.80, TEL: 973.76, TOS: 973.67, TSG: 972.99FG: 973.62, TEL: 973.58, TOS: 973.49, TSG: 972.69FG: 973.80, TEL: 973.76, TOS: 973.67, TSG: 972.99FG: 973.74, TEL: 973.70, TOS: 973.61, TSG: 972.89
FG: 973.68, TEL: 973.64, TOS: 973.55, TSG: 973.79
FG: 973.62, TEL: 973.58, TOS: 973.49, TSG: 972.69
FG: 973.56, TEL: 973.52, TOS: 973.43, TSG: 972.59
FG: 973.50, TEL: 973.96, TOS: 973.37, TSG: 972.49
FG 973.50FG 973.50FG 973.81TEL: 973.71TOS: 973.62TSG: 972.90LIMIT OF WORKOHOHOHOHOHOHOHOHOHEG
G
G
G
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G
ST
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STSTSTSTST ST ST ST ST STFIELD HOCKEYFIELDPHASE 2TEAM FACILITY5,000 SF.PHASE 2INDOOR TURF FACILITY9,400 SF.STORMWATER PRACTICE,SEE CIVIL SERIES18" PERF HDPE PIPE S=0.5%1
2
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N12" PANEL DRAIN12" PANEL DRAIN2
0
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0
'12" PERF HDPE PIPE S=0.5%3.0'W STONE TRENCH(HEIGHT VARIES),WITH 18" PERF. PIPE, TYP12" PERF HDPE PIPE S=0.5%1
2
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N 12"x18"x18" TEE CONNECTIONPERF. HDPEINV: 869.0712" PERF. HDPEINV: 871.072.0'W X 2.0'H STONE TRENCH,WITH 12" PERF. PIPE, TYP12" PERF. HDPEINV: 871.072.0'W X 2.0'H STONE TRENCH,WITH 12" PERF. PIPE, TYP12"x18" ELBOW CONNECTIONPERF. HDPEINV: 870.6712"x18" ELBOW CONNECTIONPERF. HDPEINV: 870.6712"x18"x18" TEE CONNECTIONPERF. HDPEINV: 869.0718" PERF HDPE PIPE S=0.5%LIMIT OF WORKPlot Date: 10/1/2024File: G:\38145.00\3.0_Working\3.9_CAD\1_SheetFiles\PERMITTING\L4-02_FIELD DRAINAGE & GRADING.dwgSaved By: arenaudSealDrawing No.Drawing Title:Key MapProject Title:Client Project No:Drawn By:Checked By:Approved By:Issue Date:09.27.2024TSAR, TSAG, ZCDRAWING ISSUE & REVISION HISTORYNo.DescriptionDateSasaki Project No:NOT FOR CONSTRUCTION1183538145.02ARCHITECT + LANDSCAPE ARCHITECTSASAKI110 Chauncy StreetBoston, MA 02111TEL. 617.926.3300www.sasaki.comCIVILTG MILLER605 West State Street, Suite AIthaca, NY 14850TEL. 607.272.6477www.tgmillerpc.comSTRUCTURALLEMESSURIER1380 Soldiers Field RoadBoston, MA 02135TEL. 617.868.1200www.lemessurier.comMEP/FPRFS ENGINEERING71 Water StreetLaconia, NH 03246TEL. 603.524.4647www.rfsengineering.comBUILDING AND FIRE CODEHOWE ENGINEERS141 Longwater Drive, Suite 110Norwell, MA 02061TEL. 781.878.3500www.howeengineers.com09/27/2024ISSUE FOR PERMITGame Farm RoadField Hockey FieldGame Farm Road | Ithaca, NY 14853Cornell UniversityNorthScale: 1" = 30'FIELD HOCKEY IRRIGATIONIRRIGATION CONSULTING, INC.30 Merritt Parkway, 2nd FloorNashua, NH 03062TEL. 978.433.8972www.irrigationconsulting.comFIELD GRADING & DRAINAGEL4-025110.00TSBSVERIFY IN FIELDSYMBOLDESCRIPTIONSPOT ELEVATIONFINISHED FLOOR ELEVATIONTOP AND BOTTOM OF STAIRCONTOUR MAJORCONTOUR MINORVIFFFETCBCTOP AND BOTTOM OF CURBTWBWTOP AND BOTTOM OF WALLHPLPSLOW POINT OF SWALEHIGH POINTCONTOUR/ELEVATIONEXISTINGGRADE BREAKRIM ELEVATIONRIM(5)UTILITY STRUCTURE, SEECIVIL DRAWINGSLPLOW POINTHPSHIGH POINT OF SWALETRENCH DRAIN, SEE CIVILDRAWINGSFINISHED / FIELD GRADEFGTOP OF ELASTIC LAYERTELTOP OF STONETOSTOP OF SUBGRADETSGLIMIT OF WORK (LOW)MUNICIPAL BOUNDARYLEGENDDESCRIPTION:FIELD DRAINAGESYMBOL:TRENCH DRAIN IN CONCRETEPAVINGPANEL DRAINHDPE PERFORATED DRAIN PIPESTONE TRENCHFD-051" = 20'FIELD HOCKEY FIELD GRADINGFIELD HOCKEY FIELD DRAINAGE
970
975980
985967968969971972
973
974
976977978
979
981
982
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984
986
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989974.99977.22980.18979.61980.03980.97982.15982.44984.64976.12978.05977.78977.49980.60982.72983.02985.17976.43979.99980.202.50%1.50%2.50%1.50%3.91%3.50%3.95%4.75%3.95%2.40%1.00%1.50%1.00%
1.00%
1.00%
1.00%
1.00%
1.00%1.10%3.21%1.50%
0.00%1.50%967.439759
7
4976977
976.95977.11976.22967.42966.44966.34969
968
967
988988987986985984 9
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8
2
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1
9
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0978 968967975 9729
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9 SEE CIVIL SERIES FOR GRADING OFSTORMWATER PRACTICE TO WESTEL. 973.509759769739749589579569559549539529519509499489479469459449589579569559549539529519509
6
2
9
6
1960 959967966967985
9859859879869859849839829819809799789769759749739729719709699689699689679
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972971970969968969970971972973973972
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975975974 GGGGGGGGGGGGGGG/////////////////////////////////////////////////////////////////////////////////////////////////////////////////////OHOHOHOHOHOHOHOHOHOHOHOHOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH ETETEDESSGG
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STSTST ST ST STFIELD HOCKEYFIELDGAME FARM ROAD PRACTICE SOCCER BUILDINGPHASE 2TEAM FACILITY5,000 SF.PHASE 2INDOOR TURF FACILITY9,400 SF.MOUND SEPTIC ABSORPTIONSYSTEM, SEE CIVIL SERIESSTORMWATER PRACTICE,SEE CIVIL SERIESSTORMWATER PRACTICE,SEE CIVIL SERIESSTORMWATER PRACTICE,SEE CIVIL SERIES(5) BN(12) AF(17) QB(8) PW(13) JETURF SEEDING OVER EXISTING GRAVEL DRIVEWAY.FOLLOW SCOOP & DUMP METHOD FOR SOILPREPARATION PER CORNELL STANDARDSPECIFICATION 329100, SECTION 2.06, PART D3LIMIT OF WORKLIMIT OF WORKLIMIT OF WORKLIMIT OF WORKLIMIT OF WORKPLANTING PLANL5-01Plot Date: 10/1/2024File: G:\38145.00\3.0_Working\3.9_CAD\1_SheetFiles\PERMITTING\L5-01_5-02 PLANTING PLAN.dwgSaved By: wsasserSealDrawing No.Drawing Title:Key MapProject Title:Client Project No:Drawn By:Checked By:Approved By:Issue Date:09.27.2024TSAR, TSAG, ZCDRAWING ISSUE & REVISION HISTORYNo.DescriptionDateSasaki Project No:NOT FOR CONSTRUCTION1183538145.02ARCHITECT + LANDSCAPE ARCHITECTSASAKI110 Chauncy StreetBoston, MA 02111TEL. 617.926.3300www.sasaki.comCIVILTG MILLER605 West State Street, Suite AIthaca, NY 14850TEL. 607.272.6477www.tgmillerpc.comSTRUCTURALLEMESSURIER1380 Soldiers Field RoadBoston, MA 02135TEL. 617.868.1200www.lemessurier.comMEP/FPRFS ENGINEERING71 Water StreetLaconia, NH 03246TEL. 603.524.4647www.rfsengineering.comBUILDING AND FIRE CODEHOWE ENGINEERS141 Longwater Drive, Suite 110Norwell, MA 02061TEL. 781.878.3500www.howeengineers.com09/27/2024ISSUE FOR PERMITGame Farm RoadField Hockey FieldGame Farm Road | Ithaca, NY 14853Cornell UniversityNorthScale: 1" = 30'FIELD HOCKEY IRRIGATIONIRRIGATION CONSULTING, INC.30 Merritt Parkway, 2nd FloorNashua, NH 03062TEL. 978.433.8972www.irrigationconsulting.com1" = 40'
SYMBOLCODEBOTANICAL NAMECOMMON NAMESIZECONTAINERQTYREMARKSTREESAFACER RUBRUM 'FRANKSRED'RED SUNSET® MAPLE3"-3.5" CALB&B12BNBETULA NIGRA `CULLY`HERITAGE RIVER BIRCH MULTI-TRUNK8` HT.B&B5CLUMPJEJUNIPERUS VIRGINIANAEASTERN REDCEDAR8` HT.B&B13PWPRUNUS SEROTINABLACK CHERRY3" CALB&B8QBQUERCUS BICOLORSWAMP WHITE OAK3"-3.5" CALB&B17SYMBOLCODEBOTANICAL NAMECOMMON NAMESIZECONTAINERSPACINGQTYREMARKSGROUND COVERSLOW-MOW NATIVE UPLAND PLUG MIX9,626 SFATASCLEPIAS TUBEROSABUTTERFLY MILKWEED---PLUG3% @ 12" o.c.300AL2ASTER LATERIFLORUSCALICO ASTER---PLUG5% @ 12" o.c.500BCBOUTELOUA CURTIPENDULASIDE OATS GRAMA---PLUG20% @ 12" o.c.2,000CLCOREOPSIS LANCEOLATALANCELEAF TICKSEED---PLUG3% @ 12" o.c.300EVELYMUS VIRGINICUSVIRGINIA WILD RYE---PLUG15% @ 12" o.c.1,500HFHELIOPSIS HELIANTHOIDESFALSE SUNFLOWER---PLUG3% @ 12" o.c.300PNPYCNANTHEMUM TENUIFOLIUMNARROW-LEAF MOUNTAIN MINT---PLUG3% @ 12" o.c.300RHRUDBECKIA HIRTABLACK-EYED SUSAN---PLUG4% @ 12" o.c.400SLSCHIZACHYRIUM SCOPARIUMLITTLE BLUESTEM---PLUG40% @ 12" o.c.4,001SNSOLIDAGO NEMORALISGRAY GOLDENROD---PLUG4% @ 12" o.c.400TURF SEED- LOW GROW MIX210,721 SFHIGH MARSH MIX6,016 SFCgCHELONE GLABRAWHITE TURTLEHEAD---PLUG34% @ 12" o.c.2,126Iv2IRIS VERSICOLORBLUE FLAG---PLUG33% @ 12" o.c.2,084Je2JUNCUS EFFUSUSSOFT RUSH---PLUG33% @ 12" o.c.2,084LOW MARSH MIX2,805 SFPvPELTANDRA VIRGINICAARROW ARUM---PLUG33% @ 12" o.c.973PcPONTEDERIA CORDATAPICKEREL WEED---PLUG33% @ 12" o.c.973Sl2SAGITTARIA LATIFOLIABROADLEAF ARROWHEAD---PLUG34% @ 12" o.c.990DRY SWALE MIX4,850 SFLcLOBELIA CARDINALISCARDINAL FLOWER---PLUG20% @ 12" o.c.1,008Pc2PANICUM VIRGATUM 'CAPE BREEZE'CAPE BREEZE SWITCH GRASS---PLUG80% @ 12" o.c.4,033BIORETENTION MIX16,468 SFIv2IRIS VERSICOLORBLUE FLAG---PLUG10% @ 12" o.c.1,711Je2JUNCUS EFFUSUSSOFT RUSH---PLUG20% @ 12" o.c.3,423LcLOBELIA CARDINALISCARDINAL FLOWER---PLUG35% @ 12" o.c.5,990Pc2PANICUM VIRGATUM 'CAPE BREEZE'CAPE BREEZE SWITCH GRASS---PLUG35% @ 12" o.c.5,990PLANT SCHEDULEPLANTING SCHEDULEL5-02Plot Date: 10/1/2024File: G:\38145.00\3.0_Working\3.9_CAD\1_SheetFiles\PERMITTING\L5-01_5-02 PLANTING PLAN.dwgSaved By: wsasserSealDrawing No.Drawing Title:Key MapProject Title:Client Project No:Drawn By:Checked By:Approved By:Issue Date:09.27.2024TSAR, TSAG, ZCDRAWING ISSUE & REVISION HISTORYNo.DescriptionDateSasaki Project No:NOT FOR CONSTRUCTION1183538145.02ARCHITECT + LANDSCAPE ARCHITECTSASAKI110 Chauncy StreetBoston, MA 02111TEL. 617.926.3300www.sasaki.comCIVILTG MILLER605 West State Street, Suite AIthaca, NY 14850TEL. 607.272.6477www.tgmillerpc.comSTRUCTURALLEMESSURIER1380 Soldiers Field RoadBoston, MA 02135TEL. 617.868.1200www.lemessurier.comMEP/FPRFS ENGINEERING71 Water StreetLaconia, NH 03246TEL. 603.524.4647www.rfsengineering.comBUILDING AND FIRE CODEHOWE ENGINEERS141 Longwater Drive, Suite 110Norwell, MA 02061TEL. 781.878.3500www.howeengineers.com09/27/2024ISSUE FOR PERMITGame Farm RoadField Hockey FieldGame Farm Road | Ithaca, NY 14853Cornell UniversityNorthScale: 1" = 30'FIELD HOCKEY IRRIGATIONIRRIGATION CONSULTING, INC.30 Merritt Parkway, 2nd FloorNashua, NH 03062TEL. 978.433.8972www.irrigationconsulting.com
GGGGGGGGGGGGG////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////OHOHOHOHOHOHOHOHOHOHOHOHOHOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH EOH ETETEDESSG
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8'' W 8'' W 8'' W 8'' W 8'' W
STSTSTST ST ST ST STFIELD HOCKEYFIELDGAME FARM ROAD PRACTICE SOCCER BUILDINGPHASE 2TEAM FACILITY5,000 SF.PHASE 2INDOOR TURF FACILITY9,400 SF.MOUND SEPTIC ABSORPTIONSYSTEM, SEE CIVIL SERIESSTORMWATER PRACTICE,SEE CIVIL SERIESSTORMWATER PRACTICE,SEE CIVIL SERIESSTORMWATER PRACTICE,LIMIT OF WORKLIMIT OF WORKLIMIT OF WORKLIMIT OF WORKEP2EP4EP1EP1EP1EP3EP2EP2EP2EP2EP2EP1EP1EP2EP2EP4EP4EP4F2F1F3F40.00.00.10.10.10.00.00.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.00.10.10.10.10.10.10.10.10.10.10.20.20.20.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.10.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.10.20.20.10.10.10.20.20.20.30.30.30.30.20.20.20.20.20.20.20.20.20.20.20.20.20.20.20.20.20.20.20.20.20.20.20.20.20.20.20.20.20.20.10.10.10.10.10.10.10.10.10.10.10.00.00.00.00.00.00.00.00.10.20.30.30.20.10.20.20.30.30.40.50.50.40.40.30.30.30.30.30.40.40.40.40.30.30.30.30.30.30.30.30.30.30.30.30.30.30.30.30.30.30.30.30.20.20.20.10.10.20.20.20.20.10.10.10.00.00.00.00.00.00.00.00.10.30.40.40.30.20.20.30.40.60.81.01.00.90.60.50.50.50.40.50.70.80.80.70.50.40.40.40.40.50.60.70.70.60.50.40.40.40.40.40.50.50.50.40.40.30.20.20.30.40.40.30.20.20.10.10.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.10.40.80.80.60.30.30.50.61.01.82.62.61.81.00.70.70.60.60.91.42.02.01.40.90.60.60.60.60.81.21.51.51.20.80.60.50.50.50.60.91.11.10.90.60.40.40.30.40.50.40.30.30.20.20.10.10.00.00.00.00.00.00.00.00.10.10.10.10.00.00.10.10.10.00.10.10.00.00.00.00.00.00.00.00.00.10.51.21.41.10.40.40.70.91.83.55.35.33.61.81.01.00.90.91.52.94.54.52.91.50.90.90.90.81.32.53.83.82.51.30.80.80.80.71.11.92.82.91.91.10.70.60.50.60.90.80.60.40.20.20.10.10.00.00.00.00.00.00.00.00.00.10.10.20.20.10.10.10.20.40.70.90.60.30.20.10.10.10.10.00.00.00.00.00.10.61.31.81.70.10.40.70.91.93.95.65.73.92.01.11.11.11.12.04.15.95.94.22.01.11.11.11.12.04.15.95.94.12.01.11.11.11.01.93.75.55.53.71.91.00.90.71.01.91.71.00.50.30.20.10.10.00.00.00.00.00.00.00.00.00.10.20.20.30.20.20.30.40.91.72.01.40.70.40.20.20.10.10.10.10.10.10.10.10.61.41.61.40.50.40.60.71.22.13.23.32.21.20.80.80.90.91.52.74.24.22.71.50.90.91.01.01.73.24.94.93.21.71.01.01.01.01.93.85.55.53.81.91.00.90.81.42.72.91.50.60.30.20.10.10.00.00.00.00.00.00.00.00.00.10.30.40.40.30.20.30.61.11.61.61.50.90.50.30.20.20.20.10.10.10.10.10.20.51.01.10.80.40.30.40.50.71.11.31.31.10.80.60.60.60.60.91.31.81.81.30.90.60.60.70.70.91.62.22.21.61.00.70.70.70.81.12.02.93.02.01.10.80.70.81.52.83.11.60.60.30.20.20.10.10.00.00.00.00.00.00.00.10.20.50.70.50.30.20.30.40.70.91.00.90.60.50.40.30.30.20.20.20.20.20.20.20.50.70.70.50.30.30.40.40.50.60.70.70.60.50.50.50.50.50.60.70.80.80.70.60.50.50.50.50.60.80.91.00.80.60.50.50.60.60.71.01.21.21.00.70.60.60.61.12.22.01.20.60.30.30.20.10.10.10.00.00.00.00.00.00.10.41.01.30.80.40.10.20.20.30.30.30.40.40.40.30.30.30.30.30.30.20.30.30.30.40.50.50.50.40.30.40.40.50.50.50.50.50.50.50.50.50.40.40.50.50.50.50.50.50.50.40.40.40.50.40.60.50.50.50.50.50.50.50.60.70.70.60.50.50.50.50.81.21.10.70.50.30.30.20.20.10.10.10.00.00.00.00.00.10.71.81.71.00.30.10.10.10.10.10.10.20.20.30.30.30.40.40.40.40.30.30.40.40.40.50.50.50.40.40.40.40.50.50.50.40.50.50.50.40.40.40.40.40.40.40.50.50.50.50.40.40.40.40.40.50.50.50.50.50.50.50.50.50.50.50.50.50.40.40.40.60.70.70.60.50.40.30.30.20.20.10.10.10.10.00.00.00.10.82.01.71.00.30.10.10.10.10.10.10.20.30.30.40.50.81.01.00.80.60.40.40.50.50.60.70.80.80.70.50.40.50.50.50.50.60.70.70.60.50.40.40.40.40.40.50.50.60.50.40.40.40.40.40.40.50.50.50.50.50.50.50.50.50.40.40.40.40.40.40.50.70.70.60.50.40.40.30.30.20.20.20.10.10.00.00.00.10.51.21.50.90.40.20.20.20.20.20.20.20.30.40.50.81.52.42.41.60.80.50.60.60.50.71.31.91.91.30.70.50.60.60.50.61.01.51.51.10.70.50.40.40.40.40.60.70.80.60.50.40.40.40.40.50.70.90.90.80.60.50.50.50.50.50.60.70.70.60.50.50.60.60.60.50.50.60.50.40.30.30.20.20.10.00.00.00.10.30.60.80.60.40.20.20.20.20.20.20.30.40.50.61.02.03.13.22.11.00.60.60.60.61.02.03.13.22.01.00.60.60.60.50.91.82.93.01.91.00.60.50.50.40.50.81.21.30.80.60.50.50.50.50.71.32.02.01.40.80.50.60.60.50.71.11.61.61.10.70.50.50.60.50.70.91.21.20.90.60.30.30.20.10.00.00.00.00.20.40.50.50.40.30.30.30.40.40.30.30.30.50.50.81.41.92.01.50.80.40.40.40.50.91.82.42.41.81.00.50.50.50.51.02.02.82.92.11.10.60.50.40.40.61.11.71.71.10.60.50.50.50.61.02.03.13.22.01.00.60.60.60.50.91.83.03.01.90.90.60.60.60.50.91.72.62.61.70.80.40.40.20.10.00.00.00.10.20.40.40.40.30.50.80.90.90.70.50.30.40.40.40.50.70.70.50.30.20.20.20.30.40.71.01.00.70.40.30.20.20.30.61.01.41.41.00.60.40.30.30.30.50.81.31.30.90.60.40.30.40.50.91.72.32.31.80.90.50.50.50.51.02.02.82.82.01.00.50.50.50.51.02.03.03.02.11.00.50.40.20.10.00.00.00.10.10.20.40.40.40.81.52.32.21.40.70.40.40.30.20.30.30.30.20.20.10.10.10.10.20.30.40.40.30.20.10.10.10.10.20.40.50.50.40.30.20.20.20.30.40.50.80.90.70.50.30.20.20.30.40.70.91.00.70.40.30.20.20.30.50.91.31.30.90.50.30.30.30.40.71.21.71.71.30.70.40.20.10.00.00.00.00.10.20.30.40.51.02.13.23.11.90.90.50.40.20.10.10.20.20.10.10.00.00.00.10.10.20.20.20.20.10.10.00.00.10.10.20.20.20.20.10.10.10.10.20.30.40.60.70.60.40.20.10.10.10.20.30.40.40.30.20.10.10.10.10.20.30.50.50.40.20.10.10.10.20.30.40.60.60.40.30.00.00.10.10.20.30.40.91.62.12.01.50.80.40.30.10.10.10.00.00.00.00.00.00.00.00.00.10.10.10.10.00.00.00.00.00.10.10.10.10.10.10.00.00.10.10.20.30.50.60.60.40.20.10.10.10.00.00.00.00.10.10.20.30.60.80.80.50.30.20.10.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.10.10.30.60.90.80.50.20.10.00.00.00.00.00.00.10.10.20.30.30.30.20.20.10.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.10.10.31.01.31.20.60.10.00.00.00.00.00.00.00.10.10.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.10.41.61.81.40.60.10.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.10.41.51.71.40.60.10.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.10.30.91.21.20.50.10.00.00.00.00.00.00.00.00.00.10.20.50.70.70.40.10.00.00.00.00.10.30.50.50.30.10.00.00.00.00.10.30.50.50.30.10.00.00.00.00.10.40.50.50.30.10.00.00.00.10.20.60.90.70.40.10.00.00.00.10.41.21.41.00.40.10.00.00.00.10.61.91.71.20.40.10.00.00.00.10.51.71.61.10.40.10.00.00.00.10.30.91.20.90.40.10.00.00.00.00.20.40.60.50.30.10.00.00.00.00.10.20.30.30.20.00.00.00.00.00.10.10.20.20.10.00.00.00.00.00.00.10.10.10.10.00.00.00.05/4/2023 9:55:01 AMSITE LIGHTING PLANL6-01SYMBOLDESCRIPTIONLIMIT OF WORK (LOW)LEGENDSPORTS LIGHT POLE, MUSCO'LIGHT-STRUCTURE SYSTEM'70' MOUNTING HEIGHTSITE LIGHT POLE,LEOTEK ARIETA LUMINAIRE,20' MOUNTING HEIGHT11.8ILLUMINATION LEVEL(FOOTCANDLE)Luminaire ScheduleSymbolQtyDescriptionCatalog #TagMountingHeightLLDLDDLLF5SITE LIGHT POLE, TYPE 2 DISTRIBUTIONAR13-48N-MV-NW-2-BK-040-BLSEP1200.9000.9000.8108AR13-48N-MV-NW-4-BK-080-BLSEP2200.9000.9000.8101AR13-48N-MV-NW-5-BK-055-BLSEP3200.9000.9000.810Calculation SummaryLabelCalcTypeUnitsAvgMaxMinAvg/MinMax/MinFLOOR_TopIlluminanceFc0.565.90.0N.A.N.A.Plot Date: 10/1/2024File: G:\38145.00\3.0_Working\3.9_CAD\1_SheetFiles\PERMITTING\L6-01_LIGHTING PLAN.dwgSaved By: wsasserSealDrawing No.Drawing Title:Key MapProject Title:Client Project No:Drawn By:Checked By:Approved By:Issue Date:09.27.2024TSAR, TSAG, ZCDRAWING ISSUE & REVISION HISTORYNo.DescriptionDateSasaki Project No:NOT FOR CONSTRUCTION1183538145.02ARCHITECT + LANDSCAPE ARCHITECTSASAKI110 Chauncy StreetBoston, MA 02111TEL. 617.926.3300www.sasaki.comCIVILTG MILLER605 West State Street, Suite AIthaca, NY 14850TEL. 607.272.6477www.tgmillerpc.comSTRUCTURALLEMESSURIER1380 Soldiers Field RoadBoston, MA 02135TEL. 617.868.1200www.lemessurier.comMEP/FPRFS ENGINEERING71 Water StreetLaconia, NH 03246TEL. 603.524.4647www.rfsengineering.comBUILDING AND FIRE CODEHOWE ENGINEERS141 Longwater Drive, Suite 110Norwell, MA 02061TEL. 781.878.3500www.howeengineers.com09/27/2024ISSUE FOR PERMITGame Farm RoadField Hockey FieldGame Farm Road | Ithaca, NY 14853Cornell UniversityNorthScale: 1" = 30'FIELD HOCKEY IRRIGATIONIRRIGATION CONSULTING, INC.30 Merritt Parkway, 2nd FloorNashua, NH 03062TEL. 978.433.8972www.irrigationconsulting.com4AR13-48N-MV-NW-4-BK-080-BLSEP4200.9000.9000.810SITE LIGHT POLE, TYPE 4 DISTRIBUTIONSITE LIGHT POLE, TYPE 5 DISTRIBUTIONSITE DOUBLE HEAD POLE, TYPE 4 DIST.
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STSTSTST ST ST ST STFIELD HOCKEYFIELDGAME FARM ROAD PRACTICE SOCCER BUILDINGPHASE 2TEAM FACILITY5,000 SF.PHASE 2INDOOR TURF FACILITY9,400 SF.MOUND SEPTIC ABSORPTIONSYSTEM, SEE CIVIL SERIESSTORMWATER PRACTICE,SEE CIVIL SERIESSTORMWATER PRACTICE,SEE CIVIL SERIESSTORMWATER PRACTICE,0.00.00.00.00.00.00.00.00.00.00.00.10.10.10.10.10.10.00.00.00.00.00.10.20.20.30.40.40.30.30.20.10.00.00.00.10.20.71.21.61.61.61.61.30.80.30.10.00.00.00.20.72.36.48.37.67.58.37.02.80.80.20.10.00.00.31.68.026.227.925.926.227.027.910.32.00.40.10.00.00.32.721.960.863.458.958.863.063.229.23.70.40.00.00.00.00.22.721.080.879.773.272.478.982.527.33.90.20.00.00.00.00.10.54.423.775.377.476.476.077.976.230.05.80.60.10.00.00.00.10.31.68.940.077.279.677.277.679.478.647.911.42.00.40.10.00.00.10.52.110.141.374.679.275.675.778.776.248.012.72.70.70.20.00.00.20.62.29.238.368.878.176.676.178.071.944.211.82.60.70.20.00.00.10.62.110.041.174.479.075.675.678.576.147.712.62.70.70.20.00.00.10.31.69.040.377.079.676.977.279.578.348.011.62.10.40.10.00.00.00.10.54.624.575.477.476.776.377.876.231.06.20.70.10.00.00.00.00.22.720.779.979.873.472.878.681.627.13.90.20.10.00.00.32.722.662.765.560.560.465.365.230.23.80.40.00.00.00.31.78.527.829.627.627.928.529.611.02.10.40.10.00.00.20.72.46.99.08.28.18.97.63.00.90.20.10.00.00.10.30.71.31.81.71.71.81.40.80.30.10.00.00.00.10.20.30.30.40.40.30.30.20.10.00.00.00.00.00.10.10.10.10.10.10.00.00.00.00.00.00.00.00.00.00.0F2F1F3F4LIMIT OF WORKLIMIT OF WORKLIMIT OF WORKLIMIT OF WORK5/4/2023 9:55:01 AMFIELD LIGHTING PLANL6-02SYMBOLDESCRIPTIONLIMIT OF WORK (LOW)LEGENDSPORTS LIGHT POLE, MUSCO'LIGHT-STRUCTURE SYSTEM'70' MOUNTING HEIGHTSITE LIGHT POLE,BEGA POLE-TOP LUMINAIRE,14' MOUNTING HEIGHT11.8ILLUMINATION LEVEL(FOOTCANDLE)Plot Date: 9/27/2024File: G:\38145.00\3.0_Working\3.9_CAD\1_SheetFiles\PERMITTING\L6-01_LIGHTING PLAN.dwgSaved By: arenaudSealDrawing No.Drawing Title:Key MapProject Title:Client Project No:Drawn By:Checked By:Approved By:Issue Date:09.27.2024TSAR, TSAG, ZCDRAWING ISSUE & REVISION HISTORYNo.DescriptionDateSasaki Project No:NOT FOR CONSTRUCTION1183538145.02ARCHITECT + LANDSCAPE ARCHITECTSASAKI110 Chauncy StreetBoston, MA 02111TEL. 617.926.3300www.sasaki.comCIVILTG MILLER605 West State Street, Suite AIthaca, NY 14850TEL. 607.272.6477www.tgmillerpc.comSTRUCTURALLEMESSURIER1380 Soldiers Field RoadBoston, MA 02135TEL. 617.868.1200www.lemessurier.comMEP/FPRFS ENGINEERING71 Water StreetLaconia, NH 03246TEL. 603.524.4647www.rfsengineering.comBUILDING AND FIRE CODEHOWE ENGINEERS141 Longwater Drive, Suite 110Norwell, MA 02061TEL. 781.878.3500www.howeengineers.com09/27/2024ISSUE FOR PERMITGame Farm RoadField Hockey FieldGame Farm Road | Ithaca, NY 14853Cornell UniversityNorthScale: 1" = 30'FIELD HOCKEY IRRIGATIONIRRIGATION CONSULTING, INC.30 Merritt Parkway, 2nd FloorNashua, NH 03062TEL. 978.433.8972www.irrigationconsulting.com
Plot Date: 9/27/2024File: G:\38145.00\3.0_Working\3.9_CAD\1_SheetFiles\PERMITTING\L8-00_SITE DETAILS-PA.dwgSaved By: arenaudSealDrawing No.Drawing Title:Key MapProject Title:Client Project No:Drawn By:Checked By:Approved By:Issue Date:09.27.2024TSAR, TSAG, ZCDRAWING ISSUE & REVISION HISTORYNo.DescriptionDateSasaki Project No:NOT FOR CONSTRUCTION1183538145.02ARCHITECT + LANDSCAPE ARCHITECTSASAKI110 Chauncy StreetBoston, MA 02111TEL. 617.926.3300www.sasaki.comCIVILTG MILLER605 West State Street, Suite AIthaca, NY 14850TEL. 607.272.6477www.tgmillerpc.comSTRUCTURALLEMESSURIER1380 Soldiers Field RoadBoston, MA 02135TEL. 617.868.1200www.lemessurier.comMEP/FPRFS ENGINEERING71 Water StreetLaconia, NH 03246TEL. 603.524.4647www.rfsengineering.comBUILDING AND FIRE CODEHOWE ENGINEERS141 Longwater Drive, Suite 110Norwell, MA 02061TEL. 781.878.3500www.howeengineers.com09/27/2024ISSUE FOR PERMITGame Farm RoadField Hockey FieldGame Farm Road | Ithaca, NY 14853Cornell UniversityNorthScale: 1" = 30'FIELD HOCKEY IRRIGATIONIRRIGATION CONSULTING, INC.30 Merritt Parkway, 2nd FloorNashua, NH 03062TEL. 978.433.8972www.irrigationconsulting.comSITE DETAILS - PAVINGASSEMBLIES & JOINTSL8-01PA-01AS NOTEDASPHALT PAVEMENT, TYP.1"=1'-0"UNDISTURBED ORCOMPACTED SUBGRADECOMPACTED AGGREGATEBASEBITUMINOUS CONCRETEBINDER COURSEAPPLY TACK COATBETWEEN LAYERSBITUMINOUS CONCRETEWEARING (SURFACE)COURSEAPPLY JOINT ADHESIVERUBBERIZED ASPHALT TOALL TOP COURSE JOINTSBETWEEN ASPHALT ANDCONCRETE PAVINGFILTER FABRIC MIRAFI500X OR EQUIVALENT38" x 12" SPIRAL STEELSTAKE, 12" O.C. MINALUMINUM ASPHALTEDGE RESTRAINT, BLACKCOLORCONCRETE PAVEMENTPA-02L8-01CONCRETE PAVING - HEAVY DUTY1"=1'-0"GRADED, GRANULAR,FREE-DRAINING CRUSHEDSTONE OR GRAVELAGGREGATE BASE COURSECOMPACTED OR UNDISTURBEDSUBGRADEGALVANIZED WWFW2.9xW2.9x6/65,000 PSI CONCRETE,MEDIUM BROOM FINISH, TYP.14 OF SLAB THICKNESS SAWCUTJOINT, TYP.FILTER FABRIC MIRAFI500X OR EQUIVALENTPA-02CONCRETE PAVING - PEDESTRIAN1"=1'-0"COMPACTED OR UNDISTURBEDSUBGRADEGALVANIZED WELDED WIRE FABRICREINFORCEMENT, W2.9xW2.9x6/6.SEE SPECIFICATIONS.5,000 PSI CONCRETE,MEDIUM BROOM FINISH, TYP.14 OF SLAB THICKNESS SAWCUTJOINT, TYP.GRADED, GRANULAR,FREE-DRAINING CRUSHEDSTONE OR GRAVELAGGREGATE BASE COURSEFILTER FABRIC MIRAFI500X OR EQUIVALENTPA-03PA-04VARIESFLEXIBLE SEALANTBACKER RODCOMPRESSIBLEFILLER12" S.S. SLIP DOWEL, 30" O.C.CORE DRILL INTO EXISTINGCONCRETE, SET DOWEL WITHNON-SHRINK EPOXY.BELOW GRADECONDITION VARIESFINISH VARIES. SEESPECIFICATIONS.CAST-IN-PLACE REINFORCEDCONCRETE HAUNCHC.I.P. CONCRETE PAVEMENT @ EXISTING1"=1'-0"EXISTING CONCRETECONTROL JOINT3"=1'-0"NOTE:1.REFER TO LAYOUT PLANS FOR JOINTING TYPE, LAYOUT, ANDSPACING, TYP. SEE SPECIFICATIONS.SAW CUT JOINTJOINT DEPTH = 14 OF
DEPTH OF CONCRETE
SLAB, TYP.1/8", TYP.EXPANSION JOINT3"=1'-0"VARIES12"FLEXIBLE SEALANTBACKER RODCOMPRESSIBLE FILLER12" S.S. SLIP DOWEL FIXED ATONE END 30" O.C.CAST IN PLACE CONCRETE BASEWITH FIBERMESH REINFORCINGBELOW GRADE CONDITION VARIESFINISH VARIES. SEE SPECIFICATIONS.NOTE:1.REFER TO LAYOUT PLANS FOR JOINTING TYPE, LAYOUT, ANDSPACING, TYP.EXPANSION JOINT @ VERTICAL ELEMENT3"=1'-0"VARIES12"FLEXIBLE SEALANTBACKER RODCOMPRESSIBLE FILLERADJACENT RIGID ELEMENTVARIES: WALL, CURB, FOOTING,OR OTHER, TYP.FINISH VARIES. SEE SPECIFICATIONS.NOTE:1.REFER TO LAYOUT PLANS FOR JOINTING TYPE, LAYOUT, ANDSPACING, TYP.2.EXPANSION JOINTS SHALL BE INSTALLED BETWEEN RIGIDSURFACES SUCH AS WALLS, CURBS, PAVINGS, AND FOOTINGS.SEE SPECIFICATIONS.JT-03JT-01JT-02
Plot Date: 9/27/2024File: G:\38145.00\3.0_Working\3.9_CAD\1_SheetFiles\PERMITTING\L8-10_SITE DETAILS-EG.dwgSaved By: arenaudSealDrawing No.Drawing Title:Key MapProject Title:Client Project No:Drawn By:Checked By:Approved By:Issue Date:09.27.2024TSAR, TSAG, ZCDRAWING ISSUE & REVISION HISTORYNo.DescriptionDateSasaki Project No:NOT FOR CONSTRUCTION1183538145.02ARCHITECT + LANDSCAPE ARCHITECTSASAKI110 Chauncy StreetBoston, MA 02111TEL. 617.926.3300www.sasaki.comCIVILTG MILLER605 West State Street, Suite AIthaca, NY 14850TEL. 607.272.6477www.tgmillerpc.comSTRUCTURALLEMESSURIER1380 Soldiers Field RoadBoston, MA 02135TEL. 617.868.1200www.lemessurier.comMEP/FPRFS ENGINEERING71 Water StreetLaconia, NH 03246TEL. 603.524.4647www.rfsengineering.comBUILDING AND FIRE CODEHOWE ENGINEERS141 Longwater Drive, Suite 110Norwell, MA 02061TEL. 781.878.3500www.howeengineers.com09/27/2024ISSUE FOR PERMITGame Farm RoadField Hockey FieldGame Farm Road | Ithaca, NY 14853Cornell UniversityNorthScale: 1" = 30'FIELD HOCKEY IRRIGATIONIRRIGATION CONSULTING, INC.30 Merritt Parkway, 2nd FloorNashua, NH 03062TEL. 978.433.8972www.irrigationconsulting.comSITE DETAILS -EDGE CONDITIONSL8-02EG-01EG-02EG-03EG-04EG-05EG-062'-0" TYP.12:1 MAXAT CURB CUTSCAST IRON TACTILEWARNING PLATECOMPACTED AGGREGATE BASEMATERIAL VARIES, SEE PLANSOIL SUBGRADE SHALL BE PREPAREDIN ACCORDANCE WITH THEREQUIREMENTS OF THE EARTHWORKSPECIFICATION AND THEGEOTECHNICAL ENGINEERING STUDY.PREPARED SUBGRADE2" DEPTH MULCH.14" THICK X 5" DEEP STEELEDGING, STAKED. SEESPECIFICATIONS.LAWN AREAPLANTING AREAOR STABILIZEDSTONE DUSTVARIES, SEE PLAN3'-0" MIN.SLOPESLOPE
SLOPEVARIESVARIES1:10 MAX1:10 MAX1:12 MAX NOTESA.TACTILE WARNING PAVER TO BE INSTALLEDPER MANUFACTURER'S INSTRUCTIONS. SEESPECIFICATIONS.2'-0"
MIN.EG-05L8-02EG-03L8-02EG-02L8-02EG-02L8-02PA-02L8-01PA-03L8-01CAST IRON DETECTABLE WARNING PLATECONCRETE CURBCONCRETE FLUSH CURBCONCRETE PAVINGFLUSHCONCRETECURBCONCRETE MOUNTABLE CURB1"=1'-0"CONCRETE FLUSH CURB1"=1'-0"CONCRETE CURB1"=1'-0"ADJACENT EXISTINGASPHALT PAVEMENT6"1'-6"MATERIAL VARIES. SEEMATERIALS PLAN(2) #4 GALVANIZED REBAR1'AGGREGATE BASE COURSEHEAVY-DUTY CONCRETEPAVING WITH CONCRETEHAUNCH3"NOTES:1. TOP OF CONCRETE MOUNTABLE CURB ELEVATION TO MATCH LINE AND GRADE OF EXISTINGADJACENT CONCRETE ROAD CURBS. SEE MATERIAL AND LAYOUT PLANS FOR ALIGNMENT ANDEXTENTS.FLUSH10"1'-6"CONCRETE CURB, BEYOND.ALIGN FACES OF CURBS.ADJACENT EXISTINGASPHALT PAVEMENTREINFORCED CAST-IN-PLACECONCRETE MOUNTABLE CURB(2) #4 GALVANIZED REBAREXPANSION JOINT12"10"6"AGGREGATE BASE COURSE11
2"
1'CONCRETE CURBHEAVY-DUTY CONCRETEPAVING WITH CONCRETEHAUNCHFLUSH6"1'-6"ADJACENT EXISTINGASPHALT PAVEMENT(2) #4 GALVANIZED REBAREXPANSION JOINT12"10"6"
1'AGGREGATE BASE COURSECONCRETE CURB5116"6"STEEL EDGING1"=1'-0"CURB RAMP1"=1'-0"CAST IRON DETECTABLE WARNING PLATE1"=1'-0"JT-01L8-01PA-02L8-01JT-01L8-01PA-02L8-01PA-02L8-01PA-03L8-01PA-01L8-01PA-01L8-01PA-01L8-01BIKE RACK ANCHOR1"=1'-0"NOTES1.BIKE RACK 'DOWNTOWN' BY DERO2.TO BE INSTALLED PLUMB VERTICAL3.FOLLOW MANUFACTURER RECOMMENDATION FOR SPACING2'-6"2'-8"
10"PLANSECTIONCORE DRILLEDCONCRETEFOOTING2 38"6"FINISH GRADE, TYP.LIGHT POLE, SEE SITEELECTRICAL DRAWINGSCAST-IN-PLACE CONCRETEFOUNDATION, SEEELECTRICAL SITE DRAWINGSNOTE:1.TOP OF CAST-IN-PLACE CONCRETE FOUNDATION SHALLSIT 1" MAX ABOVE FINISH GRADE AT PLANTED AREAS.1" REVEAL MAX.1" REVEAL MAX.AT PLANTED SHALLOW SLOPESAT PLANTED STEEP SLOPESLIGHT POLE FOUNDATION1"=1'-0"SF-01SF-02AS NOTED
PLANTING DETAILS(VT TYPES)L9-00Plot Date: 9/27/2024File: G:\38145.00\3.0_Working\3.9_CAD\1_SheetFiles\PERMITTING\L9-00_PLANTING DETAILS-VT.dwgSaved By: arenaudSealDrawing No.Drawing Title:Key MapProject Title:Client Project No:Drawn By:Checked By:Approved By:Issue Date:09.27.2024TSAR, TSAG, ZCDRAWING ISSUE & REVISION HISTORYNo.DescriptionDateSasaki Project No:NOT FOR CONSTRUCTION1183538145.02ARCHITECT + LANDSCAPE ARCHITECTSASAKI110 Chauncy StreetBoston, MA 02111TEL. 617.926.3300www.sasaki.comCIVILTG MILLER605 West State Street, Suite AIthaca, NY 14850TEL. 607.272.6477www.tgmillerpc.comSTRUCTURALLEMESSURIER1380 Soldiers Field RoadBoston, MA 02135TEL. 617.868.1200www.lemessurier.comMEP/FPRFS ENGINEERING71 Water StreetLaconia, NH 03246TEL. 603.524.4647www.rfsengineering.comBUILDING AND FIRE CODEHOWE ENGINEERS141 Longwater Drive, Suite 110Norwell, MA 02061TEL. 781.878.3500www.howeengineers.com09/27/202450% CONSTRUCTION DOCUMENTSGame Farm RoadField Hockey FieldGame Farm Road | Ithaca, NY 14853Cornell UniversityNorthScale: 1" = 30'FIELD HOCKEY IRRIGATIONIRRIGATION CONSULTING, INC.30 Merritt Parkway, 2nd FloorNashua, NH 03062TEL. 978.433.8972www.irrigationconsulting.comVARIESVARIES2" DEPTH LEAF MULCH.DO NOT COVER STEMSOR FOLIAGEREMOVE CONTAINERAND LOOSEN ROOTBALLSPREPARED SUBGRADE1'-0"PLANTING BED SOIL6060
60`A'`A'`A'`B'PLANT SPACING (`A')6 IN. O.C.8 IN. O.C.10 IN. O.C.12 IN. O.C.15 IN. O.C.18 IN. O.C.24 IN. O.C.30 IN. O.C.26 IN. O.C.21 IN. O.C.16 IN. O.C.13 IN. O.C.10-1/2 IN. O.C.8-1/2 IN. O.C.7 IN. O.C.5 IN. O.C.ROW SPACING (`B')FINISHED GRADESEEDED LAWN W/STRAW MULCHPREPARED SUBGRADEMODIFIED EXISTINGPLANTING BED SOIL,4" AFTER SETTLEMENT.APPLY COMPOSTAMENDMENTS MODIFYEXISTING SOIL AS REQUIREDPER CORNELL STANDARDSPECIFICATION 329100,SECTION 2.06B AND 2.06CHORTICULTURAL SUBSOIL4" MIN.
4"
MIN.GROUNDCOVER PLANTING - ON SLOPE1" = 1'-0"GROUNDCOVER PLANTING1" = 1'-0"SEEDED LAWN1" = 1'-0"GROUNDCOVER TRIANGULATION LAYOUT1" = 1'-0"PLACE MIN 2" MULCH OVERSLOPE, TAKING CARE NOT TOBURY PLANTSPLANT LARGER PLANTS ATSLOPE ANGLE, ROUGHENROOTBALLS TO IMPROVECONTACT W/ SOIL.INSTALL JUTE MESH EROSIONCONTROL MATTING AS SLOPEREINFORCEMENT FOR SLOPES3:1 OR GREATERPLANTING SOILPLACE & COMPACT FILL IN 6"LIFTS, CREATING BENCHES TOSTABILIZE PLANTING BED SOILJUTE MESH EROSIONCONTROL MATTINGCLCLEXTENT OF PLANTING PIT2"-3" DEEP LOAM WATERING BERM @EDGE OF ROOTBALL, REMOVE AFTERONE YEAR1'-6"MULCH RINGPLAN2" DEPTH MULCH, DO NOT APPLYMULCH TO ROOT FLARE OF TREE(3) 2"X4"X10' STAKES DRIVEN MIN24" INTO UNDISTURBED GRADEOUTSIDE ROOTBALL1'-6"MULCH RINGSECTION120°WOOD STAKES SPACED EQUALLYAROUND TREE (3 PER TREE)TREEROOTBALLEXTENT OF MULCH RING.DO NOT APPLY MULCH TOROOT FLARE OF TREE9"GUY WIRE (3 PER TREE)PREPARED SUBGRADE OR STRUCTURE3"ALLSIDESCUT AND REMOVE BURLAP ANDCOMPLETELY REMOVE WIREBASKET ANDNON-BIODEGRADABLE MATERIALSFROM ROOTBALLNOTE:1.SET TREE TRUNK PLUMB VERTICAL.2.MULCH SHALL NOT COVER BASE OF TREE TRUNK.3.PRUNE BROKEN, CROSSING OR RUBBING BRANCHES.4.REFER TO SPECIFICATIONS FOR STAKING INFORMATION.DECIDUOUS TREE PLANTING, TYP.1/2"=1'-0"COMPACTEDHORTICULTURAL SUBSOILSET TREE FLARE AT FINISHEDGRADE OF SOILCUT AND REMOVE BURLAPAND COMPLETELY REMOVEWIRE BASKET3' DIA. MULCH (NO MULCHAROUND TRUNK BASE)CONTRACTOR SHALL REMOVEEXCESS FILL FROM TOP OFTRUNK. SET CROWN OF ROOTBALL 2" HIGHER THANFINISHED GRADE.TREES ARE TO BE PRUNED TOMAINTAIN UNDERSTORY.COMPACTED SOIL PEDESTALTO PREVENT SETTLING WITHTREES > 2.5" CALIPER TRUNKSCARIFY SIDES AND BOTTOMOF HOLEROOTBALL3' DIA. MULCH (NO MULCHAROUND TRUNK BASE)VARIES, SEE PLANSNO GROUNDCOVEROVER ROOT BALLNOTE:1.TREE TRUNK TO BE PLUMB VERTICAL.2.MULCH SHALL NOT COVER BASE OF TREE TRUNK OR GROUND COVER.3.ALL TREES TO BE STAKED PER TREE STAKING DETAIL.PLANSECTIONPREPARED SUBGRADE ORSTRUCTUREPLANTING BED SOILCONIFER TREE PLANTING, TYP.1/2"=1'-0"PLANTING SOIL, SEE PLANSPREPARED SUBGRADE ORSTRUCTURECLCLARBORTIE, FIXED TO WOOD POSTROOTBALLSOIL SAUCER120°2" DEPTH MULCH, DO NOT APPLYMULCH TO ROOT FLARE OF TREETREEARBORTIE GUY (3 PER TREE)PLANEXTENT OF PLANTING PIT3"ALLSIDESPLANT PIT=3X ROOT BALL DIAMETERSECTIONCUT AND REMOVE BURLAPAND COMPLETELY REMOVEWIRE BASKET ANDNON-BIODEGRADABLEMATERIALS FROM ROOTBALLWOOD STAKES (3 PER TREE)WOOD STAKES(3 PER TREE)NOTE:1.SET TREE TRUNK PLUMB VERTICAL.2.MULCH SHALL NOT COVER BASE OF TREE TRUNK.3.FOLLOW MANUFACTURER INSTRUCTIONS FOR ARBORTIE INSTALLATION.4.PRUNE BROKEN, CROSSING OR RUBBING BRANCHES.5.REFER TO SPECIFICATIONS FOR STAKING INFORMATION.PLANTING BED SOILMULTI-STEM TREE PLANTING, TYP.1/2"=1'-0"6"1'-0"
6"HORTICULTURAL SUBSOIL, DEPTHDEPENDS ON ROOTBALL SIZE, TYP.PLANTING BED SOILHOSEARBORTIE, FIXED TO WOOD POSTARBORTIE, FIXED TO WOOD POSTWOOD STAKES (3 PER TREE)SP-04HORTICULTURAL SUBSOIL, DEPTHDEPENDS ON ROOTBALL SIZE, TYP.VT-01VT-02VT-03VT-04VT-05VT-06VT-07AS NOTED
FIELD DETAILS(FD TYPES)L10-01Plot Date: 9/27/2024File: G:\38145.00\3.0_Working\3.9_CAD\1_SheetFiles\PERMITTING\L10-00_FIELD DETAILS-FD.dwgSaved By: arenaudSealDrawing No.Drawing Title:Key MapProject Title:Client Project No:Drawn By:Checked By:Approved By:Issue Date:09.27.2024TSAR, TSAG, ZCDRAWING ISSUE & REVISION HISTORYNo.DescriptionDateSasaki Project No:NOT FOR CONSTRUCTION1183538145.02ARCHITECT + LANDSCAPE ARCHITECTSASAKI110 Chauncy StreetBoston, MA 02111TEL. 617.926.3300www.sasaki.comCIVILTG MILLER605 West State Street, Suite AIthaca, NY 14850TEL. 607.272.6477www.tgmillerpc.comSTRUCTURALLEMESSURIER1380 Soldiers Field RoadBoston, MA 02135TEL. 617.868.1200www.lemessurier.comMEP/FPRFS ENGINEERING71 Water StreetLaconia, NH 03246TEL. 603.524.4647www.rfsengineering.comBUILDING AND FIRE CODEHOWE ENGINEERS141 Longwater Drive, Suite 110Norwell, MA 02061TEL. 781.878.3500www.howeengineers.com09/27/202450% CONSTRUCTION DOCUMENTSGame Farm RoadField Hockey FieldGame Farm Road | Ithaca, NY 14853Cornell UniversityNorthScale: 1" = 30'FIELD HOCKEY IRRIGATIONIRRIGATION CONSULTING, INC.30 Merritt Parkway, 2nd FloorNashua, NH 03062TEL. 978.433.8972www.irrigationconsulting.comFD-011.SYNTHETIC TURF FIBER W/ SHOCK PAD2.POROUS ASPHALT - 4"3.TOP DRAINAGE STONE: 1"4.DYNAMIC BASE DRAINAGE STONE: 7.5" - 9" DEPTH5.PANEL DRAIN6.GEOTEXTILE FABRICA.FG: FINISHED GRADE (TOP OF TOP FIBER)B.TEL: TOP OF POROUS ASPHALTC.TOS: TOP OF DRAINAGE STONE (-3"); GRADES AREADJUSTED BY 3" TO ALLOW FOR THICKNESS OFPOROUS ASPHALTD.TSG: TOP OF SUBGRADEE.SEE PLANS AND SPECIFICATIONS FOR SYNTHETICTURF FIELD SYSTEM.LEGENDNOTES134562SYNTHETIC TURF SYSTEM - FIELD HOCKEY 3NTS1.1"W x 3"D CONCRETE NOTCH2.2X8 PRESSURE TREATED WOOD NAILER3.SYNTHETIC TURF SYSTEM4.CAST-IN-PLACE CONCRETE CURB5.4 #4 BAR HORIZONAL CONTINUOUS REINFORCING; 8" LAP6.#4 TIE @ 8' ON CENTER7.6" DENSE GRADED AGGREGATE BASE8.COMPACTED SUBGRADE9.ADJACENT SURFACE, VARIES - SEE DET X/LX-XX FORSURFACE CONDITIONSLEGEND8457139A.FORM CONCRETE WITH A 1" X 3" INSET "NOTCH".ATTACH PRESSURE TREATED 2X8 LUMBER TO EDGE OFCONCRETE ADJACENT TO "NOTCH", DOWN 1/2" FROMTHE TOP OF CONCRETE CURB. THE TURF RUNS OVERTOP OF THE LUMBER, AND IS MECHANICALLY SECUREDTO THE LUMBER.B.TOP OF CONCRETE = TOP OF TURF = FINISHED GRADEC.PROVIDE SCORING JOINT EVERY 8' OC AND EXPANSIONJOINTS EVERY 24' OC. SEE FENCE POST DETAIL.NOTES14"2.00' (24")13"26SYNTHETIC TURF PERIMETER CURB1" = 1'-0"FD-02DRAIN CLEANUOUT - SYNTHETIC TURF FIELD1" = 1'-0"TRENCH DRAIN IN CONCRETE PAVING1"=1'-0"TRENCH DRAIN SYSTEMEXPANSION JOINTCONCRETE PAVING/CURBCIP CONCRETECOMPACTEDAGGREGATE BASECOMPACTED SUBGRADEUNDISTURBED SUBGRADECOMPACTED AGGREGATE6"HDPE OUTLETGRAVEL BEDDINGADS DRAINAGE BASINSQUARE CAST IRON GRATEH-10 LOADING. ADACOMPLIANTSEE DRAINAGE PLAN
12" SUMP 6"DIAMETER NOTED IN PLANRESTRICTOR PLATEWHERE REQUIREDAREA DRAIN @ SYNTHETIC LANDSCAPE TURFNTS12" FILTERFABRIC OVERLAP4" PERFORATED HDPESLOPE: 0%#57 WASHED STONE7"#67 STONE@ SIDES AND TOP18"SYNTHETIC TURF PERIMETER CURB3"7"3"FRENCH DRAINNTSFD-03FD-04FD-05FD-061LEGEND1.PUBLIC ADDRESS & SCOREBOARD SECTION2.SYNTHETIC TURF SYSTEM3.SET E-LAYER FLUSH WITH CONCRETE CASING4.REMOVABLE ALUMINUM COVER WITH SYNTHETIC TURFSYSTEM PANEL, SET FLUSH TO TOP OF TURF5.SPORTSFIELD SPECIALTIES COMBOX 3500 (30" X 18")6.OPEN BOTTOM DRAIN TO STONE7.CAST-IN-PLACE CONCRETE ENCASEMENT8.DRAINAGE PIPE OVERFLOW TO STONE234671'-6"1'-2"8"1'-6"2'-61
4"NOTESA.INSTALL BOX PER MANUFACTURER'S SPECIFICATIONS.B.PROVIDE ALL CONDUIT AND ELEC/COMM BOXES PERAUDIOVISUAL PLANS.C.WHERE BOTH ELECTRICAL AND COMMUNICATION ORDATA SHARE A BOX, INSTALL CODE COMPLIANTSEPARATION BARRIER BETWEEN SYSTEM TYPES.D.BOXES SHALL BE INSTALLED FLUSH WITH TOP OF TURF.E.BOTTOM OF BOXES TO HAVE 2" WASHED STONE BASE.IN CASES WHERE BOXES ARE WITHIN TEN FEET OFDRAIN OR NOT WITHIN WELL-DRAINED SUBSTRATE,PROVIDE CONCRETE BOTTOM AND PIPE CONNECTIONTO DRAIN.F.ALL CONDUITS SHALL EXTEND 4" ABOVE TOP OFWASHED STONE BASE MATERIAL.G.ALL CABLES AND CONDUCTORS SHALL BE FULLYPROTECTED WITH RIGID CONDUIT OR FLEX-TIGHTCONDUIT.9549107ELECTRICAL & COMMUNICATIONS BOXNTSFD-0811.JUNCTION BOX1.1.NEMA TYPE 3R, WALLMOUNTED HINGE COVER BOX(8"D X 14"W X 16"H)1.2.14GA GALVANIZED STEEL,BLACK1.3.HINGED GASKETED DOOR1.4.GASKETED HINGED ACCESSCOVER AT BOTTOM FOR CABLEPASS THROUGH1.5.WALL MOUNTED FEET.2.UNISTRUT3.CONCRETE TURF CURBNOTES:1.MOUNT JUNCTION BOX TOUNISTRUT.2.CONDUITS TO RUN FROM HANDHOLE TO JUNCTION BOX.3.EACH LOCATION TO INCLUDEDOUBLE DUPLEX OUTLET ANDACCOMMODATIONS FOR OITLEGEND24JUNCTION BOX AT FENCE1" = 1'-0"FD-09FLAGPOLEN.T.SNOTESCARE MUST BE EXERCISED IN SETTING TUBE PLUMB AND LEVEL IN FORMS AND IT MUST BE SECUREDSO IT DOES NOT SHIFT WHEN POURING CONCRETE.FLAGPOLE SHALL NOT BE OVER 40 FT.FLASH COLLAR OR STOCKDESIGN BASEWATERPROOF MASTICFINISH GRADEHARDWOOD WEDGES3,000 PSI MIN. MIXCONCRETEPACKED DRY SAND(4)WELDED STEELCENTERING WEDGES16"X16"X3/16" WELDEDSTEEL BASE8"X8"X3/16" WELDEDSTEEL SUPPORT3/4" DIA X 3'-6" ST.LIGHTING GROUNDSPIKE WITH NUTWELDED TO BASE30" DIA. AT TOP6"1"
4'-0" FOUNDATION TUBE
316"3'-6"12"30" DIA. AT BOTTOMFD-10SCOREBOARDCAMERA POLE ("CP")HAND HOLECLNOTE:1.FINAL POLE BASE/ANCHOR BOLT ORIENTATION, FIXTURE MOUNTING HEIGHTSAND CONFIGURATION ON POLE TO BE VERIFIED THROUGH SHOP DRAWINGS.2.FINAL CAMERA AIMING TO BE COORDINATED IN THE FIELD.3.CAMERA COONECTION TO POLE AND DRILL HOLE PATTERN T.B.D.4.FOR POLE MOUNTED SPEAKER SEE AUDIO VISUAL PACKAGE.5.SPEAKER CONNECTION TO POLE AND DRILL HOLE PATTERN T.B.D.6.PROVIDE MANUFACTURER'S FULL BASE PLATE COVER FOR LIGHT POLE BASE.FINISH AND COLOR TO MATCH LIGHT POLE.7.INSTALL BASE PLATE AND ANCHOR PER MANUFACTURER.8.LIGHT POLE FINISH AND COLOR TO BE APPROVED BY ARCHITECT.FOUNDATION,SEE STRUCTURAL DRAWINGSBEGA 35 RFTE1 ROUND FIXED TAPERED HIGH EPAALUMINUM POLE WITH CAMERA.35'0.75'FULL BASE PLATE COVERGFCI RECEPTACLEPTZ CAMERA, TYP.1" = 1'-0"FD-137'-0"2'-0"2"CLEAR COVER3" MIN
CLEAR COVER BASE PLATE & ANCHOR BOLTSBY MANUFACTURERCAMERA LIGHT POLE BYMANUFACTURERFINISH GRADE, SEELANDSCAPE DRAWINGS#4@12" O.C. ROUNDTIES, (4) @ 2" O.C. @ TOP.LAP ENDS 6" MIN &PROVIDE STD HOOKS#4@12" O.C.ROUND TIES, (4)@ 2" O.C. @ TOP12-#6 VERT,EVENLY SPACED12-#6 VERT,EVENLY SPACEDSECTIONA-AAACAMERA POLE "CP" FOUNDATIONFD-11FD-12AS NOTED8"12" INV: VARIES2.25"2.50'MIN. 2.00'EL: VARIESTSG: TOP OFSUBGRADESYNTHETIC TURF SYSTEMFIBER, INFILL, SHOCK PADDRAINAGE STONE BED12" PANEL DRAINGEOTEXTILE FABRICCOMPACTED SUBGRADEPERIMETER STONE TRENCHWITH EMBEDDED 12"PERFORATED HDPE PIPE,OR AS OTHERWISE NOTEDFG: TOP OF INFILL←SUBGRADE SLOPE 0.5%TOS: TOP OF STONE0.50'PERIMETER FIELD DRAINAGE12" = 1'-0"FD-07
FIELD DETAILS(FD TYPES)L10-02Plot Date: 9/27/2024File: G:\38145.00\3.0_Working\3.9_CAD\1_SheetFiles\PERMITTING\L10-00_FIELD DETAILS-FD.dwgSaved By: arenaudSealDrawing No.Drawing Title:Key MapProject Title:Client Project No:Drawn By:Checked By:Approved By:Issue Date:09.27.2024TSAR, TSAG, ZCDRAWING ISSUE & REVISION HISTORYNo.DescriptionDateSasaki Project No:NOT FOR CONSTRUCTION1183538145.02ARCHITECT + LANDSCAPE ARCHITECTSASAKI110 Chauncy StreetBoston, MA 02111TEL. 617.926.3300www.sasaki.comCIVILTG MILLER605 West State Street, Suite AIthaca, NY 14850TEL. 607.272.6477www.tgmillerpc.comSTRUCTURALLEMESSURIER1380 Soldiers Field RoadBoston, MA 02135TEL. 617.868.1200www.lemessurier.comMEP/FPRFS ENGINEERING71 Water StreetLaconia, NH 03246TEL. 603.524.4647www.rfsengineering.comBUILDING AND FIRE CODEHOWE ENGINEERS141 Longwater Drive, Suite 110Norwell, MA 02061TEL. 781.878.3500www.howeengineers.com09/27/202450% CONSTRUCTION DOCUMENTSGame Farm RoadField Hockey FieldGame Farm Road | Ithaca, NY 14853Cornell UniversityNorthScale: 1" = 30'FIELD HOCKEY IRRIGATIONIRRIGATION CONSULTING, INC.30 Merritt Parkway, 2nd FloorNashua, NH 03062TEL. 978.433.8972www.irrigationconsulting.comMID-AISLE RAILS, TYP.(2 @ 4'0")SPECTATOR SEATING - PLAN AND SECTIONS1/2" = 1'-0"FD-14AS NOTED10 ft(3 m)2 ft(600 mm)Galvanized steel polePrecast concrete basePoletop luminaireassemblyElectrical componentsenclosurePole & Field Elevation 73'-6"BRACKET FORFUTURE SPEAKERS@ 30 FEET ABOVEFINISHED GRADEBRACKET FORFUTURE CAMERA@ 50 FEET ABOVEFINISHED GRADESPORTS LIGHT POLEFOUNDATIONSP-0370' SPORTS LIGHT POLES F1, F2, F3, F4SCALE: 1/4" = 1'-0"SPORTS LIGHT POLES FOUNDATIONSCALE: 1/4" = 1'-0"FD-15FD-16
Plot Date: 9/27/2024File: G:\38145.00\3.0_Working\3.9_CAD\1_SheetFiles\PERMITTING\L10-00_FIELD DETAILS-FN.dwgSaved By: arenaudSealDrawing No.Drawing Title:Key MapProject Title:Client Project No:Drawn By:Checked By:Approved By:Issue Date:09.27.2024TSAR, TSAG, ZCDRAWING ISSUE & REVISION HISTORYNo.DescriptionDateSasaki Project No:NOT FOR CONSTRUCTION1183538145.02ARCHITECT + LANDSCAPE ARCHITECTSASAKI110 Chauncy StreetBoston, MA 02111TEL. 617.926.3300www.sasaki.comCIVILTG MILLER605 West State Street, Suite AIthaca, NY 14850TEL. 607.272.6477www.tgmillerpc.comSTRUCTURALLEMESSURIER1380 Soldiers Field RoadBoston, MA 02135TEL. 617.868.1200www.lemessurier.comMEP/FPRFS ENGINEERING71 Water StreetLaconia, NH 03246TEL. 603.524.4647www.rfsengineering.comBUILDING AND FIRE CODEHOWE ENGINEERS141 Longwater Drive, Suite 110Norwell, MA 02061TEL. 781.878.3500www.howeengineers.com09/27/2024ISSUE FOR PERMITGame Farm RoadField Hockey FieldGame Farm Road | Ithaca, NY 14853Cornell UniversityNorthScale: 1" = 30'FIELD HOCKEY IRRIGATIONIRRIGATION CONSULTING, INC.30 Merritt Parkway, 2nd FloorNashua, NH 03062TEL. 978.433.8972www.irrigationconsulting.comFIELD DETAILS -FENCING & NETTING(FN TYPES)L10-03FN-0116'
6'2'66617D5SECTIONELEVATION1.FENCE POST2.SYNTHETIC TURF SYSTEM3.SYNTHETIC TURF PERIMETER CURB X/LX-XX4.ADJACENT PLANTING OR PAVING (SEE MATERIALSAND GRADING PLANS)5.DENSE GRADED AGGREGATE BASE6.TOP, BOTTOM, AND MID RAIL.7.VINYL COATED CHAIN LINK FABRIC8.WINDSCREEN9.12" HIGH CHAIN LINK PAD WITH RIGID BACKING10.(4) #4 CONTINUOUS THROUGH CURB; 8" LAP11.#4 TIE @ 8' ON CENTERLEGENDNOTESA.SEE SPECIFICATIONS FOR FENCE MESH MATERIAL.B.FRONT OF FENCE POST TO ALIGN WITH FRONT OF NET POST.C.TOP OF FENCE FABRIC SHALL BE SET 12" BELOW TOP RAIL OF FENCE.D.CORE FENCE POST INTO CONCRETE CURB EVERY 8' OC. PROVIDESCORING JOINT IN CURBING AT EACH POST AND EXPANSION JOINTEVERY 3RD POST OR 24'.E.CHAIN LINK FABRIC AND WINDSCREEN ON FIELD SIDE OF FENCE.F.12" PAD SHOULD BE MOUNTED AT BOTTOM OF FENCE SET 1" ABOVETOP OF CURB. REFER TO DRAWINGS FOR EXACT LOCATIONS.814"2.00' (24")31052413"101'-9"1196 FT FENCE AT SYNTHETIC TURF PERIMETER CURB1" = 1'-0"1.ADJACENT PLANTING OR PAVING2.SYNTHETIC TURF SYSTEM3.PERIMETER TURF CURB4.60" NET POST EMBEDDMENT5.#4 HOOPS @ 12" O.C.6.CAST-IN-PLACE CONCRETEFOOTING7.(6) VERTICAL #8 BARS8.6" DIA X 30' TALL FIELD NETTINGPOSTA.SEE SPECIFICATIONS FOR NETTINGDETAILSB.SEE LAYOUT & MATERIALS PLANFOR NET POST SPACING.C.CONTRACTOR TO CONFIRMFOUNDATION SIZE WITHMANUFACTURER.617854LEGENDNOTES3'7'-0"
6'-0"
5'-0"14"3212"57PLAN - FOOTINGFIELD NET POST1" = 1'-0"42" BLACK VINYL CHAIN LINK FENCENTSFN-02FN-03AS NOTED
RESTROOM BUILDING
PRESS BOX
PRE-FAB
GOAL STORAGE
15'-0" X 60'-0"
480'TRAVEL DISTANCE
FROM SPECTATOR SEATING
(500' MAX. ALLOWED)
SPECTATOR SEATING
(REMOTE POINT)
SPECTATOR SEATING
(75 SPECTATORS)
TEAM SHELTER
PRE-FAB
12'
188'
220'
32'
28'
PRESS BOX TEAM SHELTER
PRE-FAB
62'-0" OVERALL
OVERALL28'-0"A1-10
1
A1-20
1
FIRE TRUCK ACCESS20'-0"APPROXIMATE+/- 16'-0"APPROXIMATE+/- 68'-0"APPROXIMATE+/- 97'-0"PHASE 2
TEAM FACILITY
5,000 SF.
CONFERENCE
LOUNGE
TRAINING / REHAB
MEP
ENTRY
LOCKER RM / RESTROOMS
OFFICESOFFICES
FIELD HOCKEY FIELD
PHASE 2
INDOOR TURF FACILITY
9,400 SF.
PRIMARY
OPTION
RESTROOM
BUILDING
ALTERNATE OPTION
TEAM BUILDING
PHASE 1
FIELD AND RESTROOM BUILDING A1-11
1 ALTERNATE
OPTION
PRIMARY
OPTION
A1-20
9
A1-20
9
APPROXIMATE
+/- 16'-0"
APPROXIMATE
+/- 97'-0"
Stamp
Project Directory:
Drawing No.
Drawing Title:
Key Plan
Project Title:
Scale:Project No:
Drawn By:
Checked By:
Approved By:
Date:
ARCHITECT + LANDSCAPE
ARCHITECT
SASAKI
BOSTON, MA 02111
110 CHAUNCY STREET
TEL. 617. 926. 3300
WWW.SASAKI.COM
CIVIL
TG MILLER
605 WEST STATE STREET
ITHICA, NT 14850
TEL. 607. 272. 6477
WWW.TGMILLERPC.COM
STRUCTURAL
LEMESSURIER
1380 SOLDIER FIELD RD
BOSTON, MA 02135
TEL. 617. 868. 1200
WWW.LEMESSURIER.COM
MEP/FP
RFS ENGINEERING
71 WATER STREET
LACONIA, NH 03246
TEL. 603. 524. 4647
WWW.RFSENGINEERING.COM
BUILDING AND FIRE CODE
HOWE ENGINEERS
141 LONGWATER DRIVE
NORWELL, MA 02061
TEL. 781. 878. 3500
WWW.HOWEENGINEERS.COM
FIELD HOCKEY IRRIGATION
IRRIGATION CONSULTING,INC.
30 MERRITT PARKWAY
NASHUA, NH 03062
TEL. 978. 433. 8972
WWW.IRRIGATIONCONSULTING.COM
9/27/2024 3:21:49 PM
1/16" = 1'-0"
NEW FEILD HOCKEY FIELD
Game Farm Road | Ithica, NY 14853
Cornell University
OVERALL SITE PLAN
A1-00
09.27.24
RT
LR
38145.00
FC
09/27/2024
ISSUED FOR PERMIT
1/16" = 1'-0"1 OVERALL SITE PHASING PLAN
DWG ISSUE & REVISION HISTORY
No. Description Date
PHASE 1
FIELD AND RESTROOM BUILDING
PHASE 2
TEAM FACILITY
FUTURE PROJECT SCOPE CURRENT PROJECT SCOPE
COST ESTIMATE NOTE (PRIMARY AND ALTERNATE OPTIONS):
REFER TO A1-10 AND A1-11 FOR THE SCOPE OF WORK TO BE INCLUDED IN THE
COST ESTIMATES FOR THE PRIMARY OPTION AND THE ALTERNATE OPTION.
THE MEPFP, TEL/COM, IT, SECURITY, STRUCTURAL AND CIVIL DRAWINGS
INCLUDE ONLY THE SCOPE OF WORK ASSOCIATED WITH THE ALTERNATE
OPTION AND DO NOT DIRECTLY REPRESENT THE PRIMARY OPTION.
THE COST ESTIMATE FOR THE PRIMARY OPTION SHALL INCLUDE ONLY THE
MEPFP, TEL/COM, IT, SECURITY, STRUCTURAL AND CIVIL SCOPE RELEVANT TO
THE REDUCED BUILDING FOOTPRINT SHOWN IN THE PRIMARY OPTION.
OS
J
NEW PARTITION
WINDOW OR LOUVER
NEW DOOR
EXTERIOR GLAZING ASSEMBLY
(EGA)
RECESSED ITEM
FLOOR PLAN LEGEND
NEW POCKET DOOR
NEW DOUBLE DOOR
NEW BEARING WALL
52 SF
REST RM.
01
36 SF
REST RM.
02
36 SF
REST RM.
03
CONDENSER
: FENCE WITH
SLAT INFILL
MOP
SINK
TOTAL AREA:+/- 500 SF.
JAN.
05
68 SF
REST RM.
04
UTILITY
06
01
02
03
04
05
06
REF: A1-11 FOR ALTERNATE LAYOUT OPTION
A2-10
6
A2-10
5
A2-102A2-10 3
1
A2-10
1C0
1C1
1C1
1C0 1C0
1C1
1C1
18'-0" OVERALL
28'-0" OVERALL1'-2"3'-3 1/2"5'-0"3'-3 1/2"3'-0"3'-3 1/2"8'-11 1/2"6'-0"6'-0"5'-0"3'-3 1/2"1'-0"3'-3 1/2"2'-0"3'-3 1/2"10'-1 1/2"28'-0" OVERALL7'-10"5'-6"5'-6"6'-3 1/8"4'-0"13'-8"8'-11 3/4"7'-4"
16'-3 3/4"7'-0"6'-7"8'-7 3/4"A6-10
1
A6-10
5
1C1
A6-109
3200
1C1 LOW
WALL
A4-02
4
REST RM.
01
EXPOSED CEILING
REST RM.
02
REST RM.
03
JAN.
05
EXPOSED CEILING3'-0"3'-0"3'-0"POWER FOR BACK-LIT
SIGNAGE
REST RM.
04
UTILITY
06
REF: A1-11 FOR ALTERNATE LAYOUT OPTION
2650L 2650L
2650L
2650L
2650L
2650L
2650L 2650L
9' - 0" 0951A1
9' - 0" 0951A1
9' - 0" 0951A1
9' - 0" 0951A1
2650L
2650L
2650L
2650L
3'-0"2650L
3'-0"2650L
3'-0"RCP LEGEND
SUSPENDED CEILING GRID SYSTEM
EXIT SIGN - CEILING MOUTNED
ARROWS INDICATE DIRECTION
GYPSUM BOARD CEILING
CEILING TYPE KEY
CEILING HEIGHT AFF
CEILING TYPE
STRIP FIXTURE
DOWNLIGHT
SPRINKLER
OCCUPANCY SENSOR
CEILING MOUNTED
SPEAKER
SMOKE DETECTOR
SUPPLY DIFFUSER
SUPPLY RETURN
JUNCTION BOX
CEILING MOUNTED WAP
SECURITY CAMERA
8'-0" DS
1/4"/1'-0" SLOPE
CRICKETS
+/- 500 SF. ROOF AREA
ERA-01
1/4" / 1'-0"REF: A1-11 FOR ALTERNATE LAYOUT OPTION
0762C
0771G0771G
DOOR TYPE F
SEE SCHEDULE
SEE SCHEDULEDOOR TYPE FG
SEE SCHEDULE
SEE SCHEDULEFRAME TYPE ASEE SCHEDULESEE SCHEDULE
1 3/4"1 3/4"1 3/4"REF: 2/A1-10 FOR ALTERNATE LAYOUT OPTIONUSA-01
17'-2"27'-2"1/4" = 1'-0"2 RCP - RESTROOM BUILDING
Stamp
Project Directory:
Drawing No.
Drawing Title:
Key Plan
Project Title:
Scale:Project No:
Drawn By:
Checked By:
Approved By:
Date:
ARCHITECT + LANDSCAPE
ARCHITECT
SASAKI
BOSTON, MA 02111
110 CHAUNCY STREET
TEL. 617. 926. 3300
WWW.SASAKI.COM
CIVIL
TG MILLER
605 WEST STATE STREET
ITHICA, NT 14850
TEL. 607. 272. 6477
WWW.TGMILLERPC.COM
STRUCTURAL
LEMESSURIER
1380 SOLDIER FIELD RD
BOSTON, MA 02135
TEL. 617. 868. 1200
WWW.LEMESSURIER.COM
MEP/FP
RFS ENGINEERING
71 WATER STREET
LACONIA, NH 03246
TEL. 603. 524. 4647
WWW.RFSENGINEERING.COM
BUILDING AND FIRE CODE
HOWE ENGINEERS
141 LONGWATER DRIVE
NORWELL, MA 02061
TEL. 781. 878. 3500
WWW.HOWEENGINEERS.COM
FIELD HOCKEY IRRIGATION
IRRIGATION CONSULTING,INC.
30 MERRITT PARKWAY
NASHUA, NH 03062
TEL. 978. 433. 8972
WWW.IRRIGATIONCONSULTING.COM
9/27/2024 3:21:52 PM
As indicated
NEW FEILD HOCKEY FIELD
Game Farm Road | Ithica, NY 14853
Cornell University
CONSTRUCTION PLAN, RCP
AND ROOF PLAN
A1-10
09.27.24
RT
LR
38145.00
FC
09/27/2024
ISSUED FOR PERMIT
KEYNOTE LIST
0762C COPING FASCIA: ALUMINUM,
PREFINISHED
0771G SCUPPER BOX AND DOWNSPOUT
2650L LIGHTING SYSTEM - REFER TO E
DRAWINGS
3200 EXTERIOR IMPROVEMENTS - SEE SITE C
AND L DWGS
DWG ISSUE & REVISION HISTORY
No. Description Date
1/4" = 1'-0"1 CONSTRUCTION PLAN - RESTROOM BUILDING
FINISH LEGEND:
0330C: EXPOSED/SEALED CONCRETE SLAB
0664P: FIBERGLASS REINFORCED PLASTIC (FRP) WALL PANELS
0965B: RESLIENT BASE
0965R1: RESLIENT FLOORING
0991N1: PAINTED GYP. PARTITION OR CEILING (WHITE)
0951A1: ACT CEILING
DOOR SCHEDULE
FINISH SCHEDULE
1/4" = 1'-0"3 ROOF PLAN - RESTROOM BUILDING
MARK
ROOMS
FIRE RATING
FRAME
WIDTH
(INCHES)
HEIGHT
(INCHES)
DOOR DETAILS
REMARKS
FROM ROOM NUMBER &
NAME
TO ROOM NUMBER &
NAME MATERIAL FRAME TYPE MATERIAL TYPE HEAD JAMB SILL
01 01 REST RM.0811D A 36"96"0811D F
02 02 REST RM.0811D A 36"96"0811D F
03 03 REST RM.0811D A 36"96"0811D F
04 04 REST RM.0811D A 36"96"0811D F
05 05 JAN.0811D A 36"96"0811D F
06 06 UTILITY 0811D A 36"96"0811D F
ROOM NUMBER ROOM NAME
ROOM STYLE
CODE FLOOR FINISH BASE FINISH WALL FINISH CEILING FINISH COMMENTS
01 REST RM.0965R1 0965B 0664P 0951A1
02 REST RM.0965R1 0965B 0664P 0951A1
03 REST RM.0965R1 0965B 0664P 0951A1
04 REST RM.0965R1 0965B 0664P 0951A1
05 JAN.0330C 0965B 0991N1 EXPOSED
06 UTILITY 0330C 0965B 0990N1 EXPOSED
1/4" = 1'-0"4 SLAB PLAN - TEAM BUILDING
OS
J
NEW PARTITION
WINDOW OR LOUVER
NEW DOOR
EXTERIOR GLAZING ASSEMBLY
(EGA)
RECESSED ITEM
FLOOR PLAN LEGEND
NEW POCKET DOOR
NEW DOUBLE DOOR
NEW BEARING WALL
A2-11
6
A2-11
5
A2-112A2-11 3
4
A2-11
1
A2-11
52 SF
REST RM.
01
68 SF
REST RM.
04
166 SF
UTILITY
06
36 SF
REST RM.
02
36 SF
REST RM.
03
110 SF
GOALIE RM.
08
132 SF
TRAINING
10
119 SF
ENTRY
07
103 SF
CIRCULATION
09
01
02
03
04
05
08
11
10
BENCH
SHOE DRYER
(FFE)TAPING TABLE(FFE)SPACE FOR 27 FUTURE
LOCKERS (FFE)
CEILING
ABOVE
CEILING ABOVE
MOP
SINK
38'-0"6'-0"18'-0"28'-0" OVERALL8'-11 1/2" 3'-3 1/2" 3'-0" 3'-3 1/2" 5'-0" 3'-3 1/2"1'-2"28'-0" OVERALL4'-0"20'-0"4'-0"18'-0"5'-11" 6'-1"32'-0"
OVERALL
62'-0"2'-0"7'-0"07
6'-7"
6'-10 1/2"
13'-10 7/8"21'-6"
8'-11 3/4"7'-4"7'-10 3/4"7'-6 1/4"9'-6"3'-11" 2'-0" 4'-0" 2'-0"6'-0"17'-9 1/4"7'-10"5'-6"5'-6"6'-3 1/8"13'-8"16'-3 3/4"TAPING TABLE(FFE)TOTAL AREA:+/- 1,670 SF.
1248M
0640C
0640N
0965R14'-0"06
36 SF
JAN.
05
7'-0"09
5'-0"4'-6 1/4"3'-0"8'-6"
BEARING WALL C.L.
22'-7 1/2"
BEARING WALL C.L.
14'-3 3/4"6'-0" 3'-6"26'-3 1/2"POWER AND
DATA FOR
FUTURE TV3'-0"1G11C1
1C1
1C1
1G11G1
1D0
1D0
1D0
1G11G1
1C1
1C1
1C0
1G1
1C0
1C1
1C1
1C1
1C0
62'-0"
TEAM ROOM
11
2'-0"
8'-7 3/4"
A6-10
5
A6-10
1
A6-109
CONDENSERCONDENSER : FENCE WITH
SLAT INFILL6'-0"6'-0"
3200
1C1 LOW
WALL
REST RM.
01
166 SF
UTILITY
06
2650L
EXPOSED CEILING
REST RM.
02
REST RM.
03
REST RM.
04
ENTRY
07
GOALIE RM.
08
CIRCULATION
09
TRAINING
10
2650L
2650L2650L
9' - 0" 0951A1
9' - 0" 0951A1
2650L
2650L
9' - 0" 0951A1
2650L
9' - 0" 0951A1
2650L
9' - 0" 0951A2
9' - 0" 0951A2
10' - 0" 0991N2 11' - 0" 0991N1
2650L 2650L
2650L 2650L
2650L 2650L
ESA-01
ESA-01
JAN.
05
EXPOSED CEILING
9' - 0" 0951A2
2650L 2650L
2650L 2650L
2650L
2650L
2650L
6'-1"6'-9"2650L
3'-0"2650L
3'-0"2650L
3'-0"POWER FOR BACK-LIT
SIGNAGE
TEAM ROOM
11
2650L
2650L
2650L
2650L
2650L
2650L
2650L
2650L
2650L 2650L17'-0"RCP LEGEND
SUSPENDED CEILING GRID SYSTEM
EXIT SIGN - CEILING MOUTNED
ARROWS INDICATE DIRECTION
GYPSUM BOARD CEILING
CEILING TYPE KEY
CEILING HEIGHT AFF
CEILING TYPE
STRIP FIXTURE
DOWNLIGHT
SPRINKLER
OCCUPANCY SENSOR
CEILING MOUNTED
SPEAKER
SMOKE DETECTOR
SUPPLY DIFFUSER
SUPPLY RETURN
JUNCTION BOX
CEILING MOUNTED WAP
SECURITY CAMERA
8'-0" DS
1/4"/1'-0" SLOPE
CRICKETS
1/4"/1'-0" SLOPE
CRICKETS
1/4" / 1'-0"ERA-01
0771G0771G0771G
0762C
+/- 1600 SF. ROOF AREA
DOOR TYPE F
SEE SCHEDULE
SEE SCHEDULEDOOR TYPE FG
SEE SCHEDULE
SEE SCHEDULEFRAME TYPE ASEE SCHEDULESEE SCHEDULE
1 3/4"1 3/4"1 3/4"3'-2"20'-10"3'-2"6"
USA-01
17'-2"6'-10" 6'-0"31'-2"
61'-2"27'-2"7"6'-2"6'-9"18'-7" 1'-10"
1/4" = 1'-0"2 RCP - RESTROOM BUILDING (ALTERNATE)
Stamp
Project Directory:
Drawing No.
Drawing Title:
Key Plan
Project Title:
Scale:Project No:
Drawn By:
Checked By:
Approved By:
Date:
ARCHITECT + LANDSCAPE
ARCHITECT
SASAKI
BOSTON, MA 02111
110 CHAUNCY STREET
TEL. 617. 926. 3300
WWW.SASAKI.COM
CIVIL
TG MILLER
605 WEST STATE STREET
ITHICA, NT 14850
TEL. 607. 272. 6477
WWW.TGMILLERPC.COM
STRUCTURAL
LEMESSURIER
1380 SOLDIER FIELD RD
BOSTON, MA 02135
TEL. 617. 868. 1200
WWW.LEMESSURIER.COM
MEP/FP
RFS ENGINEERING
71 WATER STREET
LACONIA, NH 03246
TEL. 603. 524. 4647
WWW.RFSENGINEERING.COM
BUILDING AND FIRE CODE
HOWE ENGINEERS
141 LONGWATER DRIVE
NORWELL, MA 02061
TEL. 781. 878. 3500
WWW.HOWEENGINEERS.COM
FIELD HOCKEY IRRIGATION
IRRIGATION CONSULTING,INC.
30 MERRITT PARKWAY
NASHUA, NH 03062
TEL. 978. 433. 8972
WWW.IRRIGATIONCONSULTING.COM
9/27/2024 3:21:53 PM
As indicated
NEW FEILD HOCKEY FIELD
Game Farm Road | Ithica, NY 14853
Cornell University
CONSTRUCTION PLAN, RCP
AND ROOF PLAN
(ALTERNATE)
A1-11
09.27.24
RT
LR
38145.00
FC
09/27/2024
ISSUED FOR PERMIT
KEYNOTE LIST
0640C ARCHITECTURAL WOODWORK: CUSTOM
0640N COUNTERTOP & BACKSPLASH (WHERE
OCCURS) AS SCHEDULED
0762C COPING FASCIA: ALUMINUM,
PREFINISHED
0771G SCUPPER BOX AND DOWNSPOUT
0965R1 RUBBER FLOORING: TYPE 1
1248M
2650L LIGHTING SYSTEM - REFER TO E
DRAWINGS
3200 EXTERIOR IMPROVEMENTS - SEE SITE C
AND L DWGS
1/4" = 1'-0"1
CONSTRUCTION PLAN - RESTROOM BUILDING
(ALTERNATE)
ROOM NUMBER ROOM NAME
ROOM STYLE
CODE FLOOR FINISH BASE FINISH WALL FINISH CEILING FINISH COMMENTS
01 REST RM.0965R1 0965B 0664P 0951A1
02 REST RM.0965R1 0965B 0664P 0951A1
03 REST RM.0965R1 0965B 0664P 0951A1
04 REST RM.0965R1 0965B 0664P 0951A1
05 JAN.0330C 0965B 0991N1 EXPOSED
06 UTILITY 0330C 0965B 0991N1 EXPOSED
07 ENTRY 0965R1 + 1248M 0965B 0991N1+0991N4 0991N4
08 GOALIE RM.0965R1 0965B 0991N1 0951A1
09 CIRCULATION 0965R1 0965B 0991N1 0951A1
10 TRAINING 0965R1 0965B 0991N1 0951A1
11 TEAM ROOM 0965R1 0965B 0991N1+0991N4 0991N1
FINISH LEGEND:
0330C: EXPOSED/SEALED CONCRETE SLAB
0664P: FIBERGLASS REINFORCED PLASTIC (FRP) WALL PANELS
0965B: RESLIENT BASE
0965R1: RESLIENT FLOORING
0991N1: PAINTED GYP. PARTITION OR CEILING (WHITE)
0991N2: PAINTED GYP. PARTITION OR CEILING (RED)
0951A1: ACT CEILING
1248M: ENTRANCE FLOOR MAT
MARK
ROOMS
FIRE RATING
FRAME
WIDTH
(INCHES)
HEIGHT
(INCHES)
DOOR DETAILS
REMARKS
FROM ROOM NUMBER &
NAME
TO ROOM NUMBER &
NAME MATERIAL FRAME TYPE MATERIAL TYPE HEAD JAMB SILL
01 01 REST RM.0811D A 36"96"0811D F
02 02 REST RM.0811D A 36"96"0811D F
03 03 REST RM.0811D A 36"96"0811D F
04 04 REST RM.07 ENTRY 0811D A 36"84"0811D F
05 05 JAN.07 ENTRY 0811D A 36"84"0811D F
06 06 UTILITY 07 ENTRY 0811D A 36"84"0811D F
07 07 ENTRY 0841D1 0841 36"102"0841D1 FG
08 09 CIRCULATION 08 GOALIE RM.0811D A 36"84"0811D F
09 07 ENTRY 09 CIRCULATION 0811D A 36"84"0811D F
10 09 CIRCULATION 10 TRAINING 0811D A 36"84"0811D F
11 11 TEAM ROOM 09 CIRCULATION 0811D A 36"84"0811D F
DOOR SCHEDULE
FINISH SCHEDULE
1/4" = 1'-0"3 ROOF PLAN - RESTROOM BUILDING (ALTERNATE)
DWG ISSUE & REVISION HISTORY
No. Description Date
1/4" = 1'-0"4 SLAB PLAN - TEAM BUILDING (ALTERNATE)
OS
J
PRE-FAB BOX SIZE
24'-0"PRE-FAB BOX SIZE9'-0"7
A1-20
PRE-FAB SCOPE
(GRAY)
EWA-11S
PRE-FAB SCOPE
(GRAY)
PRE-FAB SCOPE
(GRAY)
OVERALL
24'-8"OVERALL9'-8"PRESS BOX - LEVEL 2
188 SF. (INTERIOR)
PRE-FAB BOX SIZE
24'-0"
7
A1-20
PRE-FAB BOX SIZE9'-0"PRE-FAB SCOPE
(GRAY)
EWA-11S
PRE-FAB SCOPE
(GRAY)
PRE-FAB SCOPE
(GRAY)
OVERALL
24'-8"OVERALL9'-8"PRESS BOX - LEVEL 1
188 SF. (INTERIOR)
NEW PARTITION
WINDOW OR LOUVER
NEW DOOR
EXTERIOR GLAZING ASSEMBLY
(EGA)
RECESSED ITEM
FLOOR PLAN LEGEND
NEW POCKET DOOR
NEW DOUBLE DOOR
NEW BEARING WALL
RCP LEGEND
SUSPENDED CEILING GRID SYSTEM
EXIT SIGN - CEILING MOUTNED
ARROWS INDICATE DIRECTION
GYPSUM BOARD CEILING
CEILING TYPE KEY
CEILING HEIGHT AFF
CEILING TYPE
STRIP FIXTURE
DOWNLIGHT
SPRINKLER
OCCUPANCY SENSOR
CEILING MOUNTED
SPEAKER
SMOKE DETECTOR
SUPPLY DIFFUSER
SUPPLY RETURN
JUNCTION BOX
CEILING MOUNTED WAP
SECURITY CAMERA
8'-0" DS
LEVEL 1
0'-0"4'-6"20'-0"6"PRE-FAB SCOPE (GRAY)
PRE-FAB SCOPE (GRAY)
0742P
EWA-11S
0742C2
PRE-FAB SCOPE (GRAY)24'-6"7
A1-20
LEVEL 1
0'-0"
0742P
PRE-FAB SCOPE (GRAY)
PRE-FAB SCOPE (GRAY)
PRE-FAB SCOPE (GRAY)
EWA-11S
0742C2
LEVEL 1
0'-0"
EWA-11S
PRE-FAB SCOPE (GRAY)
PRE-FAB SCOPE (GRAY)
PRE-FAB SCOPE (GRAY)
0742P
7
A1-20
:TYP. AT ALL OUTSIDE CORNER
CONDITIONS
0742C3
0742C2
LEVEL 1
0'-0"
EWA-11S
0330C
0742C2
:STRUCUTRAL SLAB AND
FOUNDATION WALLS. RE:
STRUCTURAL DRAWINGS
PRE-FAB SCOPE (GRAY)
PRE-FAB SCOPE (GRAY)
PRE-FAB SCOPE (GRAY)
PRE-FAB SCOPE (GRAY)
24'-0"9'-0"USA-01
FROST WALL FOR STAIR SUPPORT.
RE: STRUCTURAL DRAWINGS.
A1-20
10
A1-20 12
A1-20
11
13
A1-20
PREFABRICATED TEAM SHELTER
STRUCTURE ABOVE.
REF: LANDSCAPE SPEC.+/- 9'-0"+/- 30'-0"
EWA-20S
EWA-20S
EWA-20S
LEVEL 1
0'-0"
EWA-20S
6"0742C2
0742T
PREFABRICATED TEAM
SHELTER STRUCTURE ABOVE.
REF: LANDSCAPE SPEC.
0742CM
12" THICKENED SIDEWALK
SLAB BELOW. RE: LANDSCAPE
DRAWINGS +/- 8'-0"LEVEL 1
0'-0"
13
A1-20
6"EWA-20S
:TYP. AT ALL OUTSIDE
CORNER CONDITIONS
0742C2
0742T
PREFABRICATED
TEAM SHELTER
STRUCTURE ABOVE.
REF: LANDSCAPE
SPEC.+/- 8'-0"0742C3
LEVEL 1
0'-0"6"EWA-20S
0742C2
PREFABRICATED
TEAM SHELTER
STRUCTURE ABOVE.
REF: LANDSCAPE
SPEC.+/- 8'-0"LEVEL 1
0'-0"
EWA-20S
6"0742CM
0742C2
0742T
PREFABRICATED
TEAM SHELTER
STRUCTURE ABOVE.
REF: LANDSCAPE
SPEC.+/- 8'-0"13
A1-20
PREFABRICATED TEAM SHELTER
STRUCTURE ABOVE.
REF: LANDSCAPE SPEC.
0742CM
2'-0" TYP.
WITH ATTACHMENT
GIRTS BEYOND
Stamp
Project Directory:
Drawing No.
Drawing Title:
Key Plan
Project Title:
Scale:Project No:
Drawn By:
Checked By:
Approved By:
Date:
ARCHITECT + LANDSCAPE
ARCHITECT
SASAKI
BOSTON, MA 02111
110 CHAUNCY STREET
TEL. 617. 926. 3300
WWW.SASAKI.COM
CIVIL
TG MILLER
605 WEST STATE STREET
ITHICA, NT 14850
TEL. 607. 272. 6477
WWW.TGMILLERPC.COM
STRUCTURAL
LEMESSURIER
1380 SOLDIER FIELD RD
BOSTON, MA 02135
TEL. 617. 868. 1200
WWW.LEMESSURIER.COM
MEP/FP
RFS ENGINEERING
71 WATER STREET
LACONIA, NH 03246
TEL. 603. 524. 4647
WWW.RFSENGINEERING.COM
BUILDING AND FIRE CODE
HOWE ENGINEERS
141 LONGWATER DRIVE
NORWELL, MA 02061
TEL. 781. 878. 3500
WWW.HOWEENGINEERS.COM
FIELD HOCKEY IRRIGATION
IRRIGATION CONSULTING,INC.
30 MERRITT PARKWAY
NASHUA, NH 03062
TEL. 978. 433. 8972
WWW.IRRIGATIONCONSULTING.COM
9/27/2024 3:21:56 PM
As indicated
NEW FEILD HOCKEY FIELD
Game Farm Road | Ithica, NY 14853
Cornell University
CONSTRUCTION PLAN -
PRESS BOX AND TEAM
SHEALTERS
A1-20
09.27.24
RT
LR
38145.00
FC
09/27/2024
ISSUED FOR PERMIT
DWG ISSUE & REVISION HISTORY
No. Description Date
1/4" = 1'-0"2 CONSTRUCTION PLAN - PRESS BOX
1/4" = 1'-0"1 CONSTRUCTION PLAN - PRESS BOX (LEVEL 1)
PREFABRICATED PRESS BOX SCOPE BREAKDOWN:
PREFABRICATED PRESS BOX INCLUDES:
1. PRESS BOX STRUCTURE AND FRAMING
2. EXTERIOR SHEATHING WHEATHER BARRIER
3. EXTERIOR WINDOWS, DOORS AND HARDWARE
4. ROOF, FILMING PLATFORM, GUARDRAIL AND ROOF HATCH
5. EXTERIOR STAIRCASE AND RAILING
6. ALL INTERIOR LIGHTING, MILLWORK
7. INTERIOR WALL PANELS PROVIDED, BUT NOT INSTALLED TO ALLOW FOR A.H.J. INSPECTIONS
8. PRE-WIRING FOR ELECTRICAL AND MECHANICAL SYSTEMS
GENERAL CONTRACTOR PROVIDES:
1. FOUNDATION WALLS AND STRUCTURAL SLAB
2. EXTERIOR CLADDING, INSULATION, ATTACHMENT GIRTS AND TRIM
3. TIE-IN TO PRE-WIRED ELECTRICAL PANEL AND SUB-PANEL
4. SPORTS LIGTING PANEL INSTALL
5. INSTALLATION OF DRY SPRINKLER SYSTEM
6. CONNECTION OF ALL AV/IT SCOPE, BETWEEN PRESS BOX CONNECTIONS POINTS AND AV/IT DEVICES.
7. INSTALL INTETIOR WALL PANELS AFTER A.H.J. INSPECTIONS
KEYNOTE LIST
0330C CAST-IN-PLACE CONCRETE
0742C2 METAL WALL PANELS: TYPE 2
0742C3 METAL WALL PANELS: FACTORY BENT
OUTSIDE CORNER
0742CM COMPOSITE METAL PANEL SYSTEM
0742P METAL WALL PANELS: 1/8" ALUMINUM
PLATE
0742T METAL WALL PANEL TRIM
1/4" = 1'-0"5 ELEVATION - PRESS BOX - EAST
1/4" = 1'-0"6 ELEVATION - PRESS BOX - NORTH/SOUTH
1/4" = 1'-0"4 ELEVATION - PRESS BOX - WEST
1/4" = 1'-0"7 SECTION - PRESS BOX
1/4" = 1'-0"3 SLAB PLAN - PRESS BOX
1/4" = 1'-0"9 CONSTRUCTION PLAN - TEAM SHELTER (A AND B)
1/4" = 1'-0"13 SECTION - TYP. TEAM SHELTER
1/4" = 1'-0"10 ELEVATION - TYP. TEAM SHELTER - WEST
1/4" = 1'-0"12 ELEVATION - TYP. TEAM SHELTER - NORTH/SOUTH
1/4" = 1'-0"11 ELEVATION - TYP. TEAM SHELTER - EAST
PREFABRICATED TEAM SHELTER SCOPE BREAKDOWN:
PREFABRICATED TEAM SHELTER INCLUDES:
1. TEAM SHELTER STRUCTURE AND ROOF CLADDING
2. ALUMINUM BENCH
GENERAL CONTRACTOR PROVIDES:
1. 12" THICKENED SLAB BELOW TEAM SHELTER FOR ANCHORAGE
2. EXTERIOR CLADDING, ATTACHMENT GIRTS AND TRIM
3. WIRING AND MOUNTED OF EXTERIOR ELECTRCIAL OUTLETS
1/4" = 1'-0"8 RCP - TEAM SHELTER (A AND B)
EXT. WALL LEGEND
METAL PANEL - PROFILE 1EWA-10S
CURTAIN WALL GLAZINGEGA-010880E1
METAL PANEL - PROFILE 2EWA-10S
0742CM METAL PANEL - COMPOSITEEWA-12S
CUSTOM FORMED CORNER PANELS AT ALL
OUTSIDE CORNER CONDITIONS
0742C1
0742C2
LEVEL 1
0'-0"
T.O. ROOF FRAMING
12'-0"
T.O. PARAPET
13'-6"
CEILING - LOW
9'-0"3'-6"10'-0"OVERALL13'-6"1
A2-10
REF: A2-11 FOR ALTERNATE LAYOUT OPTION
EWA-10S
0762C
0742T2
0742C1
0742C2
0742P
LEVEL 1
0'-0"
T.O. ROOF FRAMING
12'-0"
T.O. PARAPET
13'-6"
CEILING - LOW
9'-0"OVERALL13'-6"1
A2-10
REF: A2-11 FOR ALTERNATE LAYOUT OPTION
1
A3-10
EWA-10S
0762C
0742C1
0742C2
0742P
0771G
0742T2 3'-6"10'-0"2'-0" 2'-0"2'-0" 2'-0"10'-0 1/2"1'-2"1'-2"0890L1
LEVEL 1
0'-0"
T.O. ROOF FRAMING
12'-0"
T.O. PARAPET
13'-6"
CEILING - LOW
9'-0"OVERALL13'-6"EWA-10S
0762C
0742T2
0742C1
0742C2
0742P 3'-6"10'-0"0742CM
LEVEL 1
0'-0"
T.O. ROOF FRAMING
12'-0"
T.O. PARAPET
13'-6"
CEILING - LOW
9'-0"
4
A2-11
OVERALL13'-6"4
A3-10
EWA-10S
0762C
0742T2
0811D
0742T
0742C1
0742C2
0742P
1014E +/- 4'-8"+/- 3'-8"3'-6"10'-0"0742CM
:TYP. AT ALL OUTSIDE CORNER
CONDITIONS
0742C3
LEVEL 1
0'-0"
T.O. ROOF FRAMING
12'-0"
T.O. PARAPET
13'-6"
CEILING - LOW
9'-0"
ERA-01
EWA-10SEWA-10S
REST RM.
04
JAN.
05 UTILITY
06
ERA-01
0762C
0742C1
0742T2
0742CM
0742T
0742C2
EWA-10S
0742P
1014E
1/4" / 1'-0"
7 AXON - TEAM BUILDING
1/4" = 1'-0"6 ELEVATION - TEAM BUILDING - W
1/4" = 1'-0"5 ELEVATION - TEAM BUILDING - E
Stamp
Project Directory:
Drawing No.
Drawing Title:
Key Plan
Project Title:
Scale:Project No:
Drawn By:
Checked By:
Approved By:
Date:
ARCHITECT + LANDSCAPE
ARCHITECT
SASAKI
BOSTON, MA 02111
110 CHAUNCY STREET
TEL. 617. 926. 3300
WWW.SASAKI.COM
CIVIL
TG MILLER
605 WEST STATE STREET
ITHICA, NT 14850
TEL. 607. 272. 6477
WWW.TGMILLERPC.COM
STRUCTURAL
LEMESSURIER
1380 SOLDIER FIELD RD
BOSTON, MA 02135
TEL. 617. 868. 1200
WWW.LEMESSURIER.COM
MEP/FP
RFS ENGINEERING
71 WATER STREET
LACONIA, NH 03246
TEL. 603. 524. 4647
WWW.RFSENGINEERING.COM
BUILDING AND FIRE CODE
HOWE ENGINEERS
141 LONGWATER DRIVE
NORWELL, MA 02061
TEL. 781. 878. 3500
WWW.HOWEENGINEERS.COM
FIELD HOCKEY IRRIGATION
IRRIGATION CONSULTING,INC.
30 MERRITT PARKWAY
NASHUA, NH 03062
TEL. 978. 433. 8972
WWW.IRRIGATIONCONSULTING.COM
9/27/2024 3:22:00 PM
1/4" = 1'-0"
NEW FEILD HOCKEY FIELD
Game Farm Road | Ithica, NY 14853
Cornell University
EXTERIOR ELEVATIONS AND
SECTIONS
A2-10
09.27.24
RT
LR
38145.00
FC
09/27/2024
ISSUED FOR PERMIT
KEYNOTE LIST
0742C1 METAL WALL PANELS: TYPE 1
0742C2 METAL WALL PANELS: TYPE 2
0742C3 METAL WALL PANELS: FACTORY BENT OUTSIDE
CORNER
0742CM COMPOSITE METAL PANEL SYSTEM
0742P METAL WALL PANELS: 1/8" ALUMINUM PLATE
0742T METAL WALL PANEL TRIM
0742T2 METAL WALL PANEL TRIM: EXTRUDED PROFILE,
FINISH TO MATCH PANELS
0762C COPING FASCIA: ALUMINUM, PREFINISHED
0771G SCUPPER BOX AND DOWNSPOUT
0811D HOLLOW METAL DOOR
0880E1 IGU, EXTERIOR: TYPE 1 - CLEAR INSULATING
WITH LOW-E COATING, DOUBLE-PANE
[ORIENTATION: N & E]
0890L1 LOUVER, TYPE 1
1014E BUILDING SIGNAGE, SEE SIGNAGE DRAWINGS
1/4" = 1'-0"2 ELEVATION - TEAM BUILDING - N
1/4" = 1'-0"3 ELEVATION - TEAM BUILDING - S
1/4" = 1'-0"1 BUILDING SECTION - TEAM BUILDING - E/W
DWG ISSUE & REVISION HISTORY
No. Description Date
EXT. WALL LEGEND
METAL PANEL - PROFILE 1EWA-10S
CURTAIN WALL GLAZINGEGA-010880E1
METAL PANEL - PROFILE 2EWA-10S
0742CM METAL PANEL - COMPOSITEEWA-12S
CUSTOM FORMED CORNER PANELS AT ALL
OUTSIDE CORNER CONDITIONS
0742C1
0742C2
LEVEL 1
0'-0"
T.O. ROOF FRAMING
12'-0"
T.O. PARAPET
13'-6"OVERALL13'-6"CEILING - HIGH
11'-0"
CEILING - LOW
9'-0"
1
A2-11
EWA-10S
EGA-01
0742C1
0742C2
0762C
0742T2
0742P
0742CM
1014E
1
A2-10
1
A3-10
2
A3-10
5
A3-10
EWA-12S
3'-6"10'-0"LEVEL 1
0'-0"
T.O. ROOF FRAMING
12'-0"
T.O. PARAPET
13'-6"OVERALL13'-6"CEILING - HIGH
11'-0"
CEILING - LOW
9'-0"
1
A2-11
EWA-10S
0762C
0742T2
0771G
0742P
0742C1
0742C2
EGA-01
0841T
1
A2-10
3'-6"10'-0"0890L11'-2"2'-0" 2'-0"2'-0" 2'-0"1'-2"LEVEL 1
0'-0"
T.O. ROOF FRAMING
12'-0"
T.O. PARAPET
13'-6"
CEILING - HIGH
11'-0"
CEILING - LOW
9'-0"OVERALL13'-6"4
A2-11
0742C1
0742C2
0742C1
0742P
0762C
0742T2
EWA-10S
EGA-01
3
A3-10
2'-6"7'-6"3'-6"10'-0"LEVEL 1
0'-0"
T.O. ROOF FRAMING
12'-0"
T.O. PARAPET
13'-6"
CEILING - HIGH
11'-0"
CEILING - LOW
9'-0"OVERALL13'-6"4
A2-11
EWA-10S
0762C
0742T2
0742P
0811D
1014E
0742CM
0742C1
0742C2
4
A3-10
+/- 3'-7"+/- 4'-8"3'-6"9'-5"7":TYP. AT ALL OUTSIDE CORNER
CONDITIONS
0742C3
LEVEL 1
0'-0"
T.O. ROOF FRAMING
12'-0"
T.O. PARAPET
13'-6"
CEILING - HIGH
11'-0"
CEILING - LOW
9'-0"
GOALIE RM.
08
CIRCULATION
09 TRAINING
10
ERA-01
EWA-10S
EWA-10S
LEVEL 1
0'-0"
T.O. ROOF FRAMING
12'-0"
T.O. PARAPET
13'-6"
CEILING - HIGH
11'-0"
CEILING - LOW
9'-0"
REST RM.
01
REST RM.
04
GOALIE RM.
08
ERA-01
EWA-10SEWA-10S
EGA-01
ERA-01
EWA-10S
0742C2
0742C1
0742CM
1/4" / 1'-0"0762C
0742T2
0742T
1014E
0742P
7 AXON - TEAM BUILDING (ALTERNATE)
1/4" = 1'-0"6 ELEVATION - TEAM BUILDING - W (ALTERNATE)
1/4" = 1'-0"5 ELEVATION - TEAM BUILDING - E (ALTERNATE)
Stamp
Project Directory:
Drawing No.
Drawing Title:
Key Plan
Project Title:
Scale:Project No:
Drawn By:
Checked By:
Approved By:
Date:
ARCHITECT + LANDSCAPE
ARCHITECT
SASAKI
BOSTON, MA 02111
110 CHAUNCY STREET
TEL. 617. 926. 3300
WWW.SASAKI.COM
CIVIL
TG MILLER
605 WEST STATE STREET
ITHICA, NT 14850
TEL. 607. 272. 6477
WWW.TGMILLERPC.COM
STRUCTURAL
LEMESSURIER
1380 SOLDIER FIELD RD
BOSTON, MA 02135
TEL. 617. 868. 1200
WWW.LEMESSURIER.COM
MEP/FP
RFS ENGINEERING
71 WATER STREET
LACONIA, NH 03246
TEL. 603. 524. 4647
WWW.RFSENGINEERING.COM
BUILDING AND FIRE CODE
HOWE ENGINEERS
141 LONGWATER DRIVE
NORWELL, MA 02061
TEL. 781. 878. 3500
WWW.HOWEENGINEERS.COM
FIELD HOCKEY IRRIGATION
IRRIGATION CONSULTING,INC.
30 MERRITT PARKWAY
NASHUA, NH 03062
TEL. 978. 433. 8972
WWW.IRRIGATIONCONSULTING.COM
9/27/2024 3:22:04 PM
1/4" = 1'-0"
NEW FEILD HOCKEY FIELD
Game Farm Road | Ithica, NY 14853
Cornell University
EXTERIOR ELEVATIONS AND
SECTION (ALTERNATE)
A2-11
09.27.24
RT
LR
38145.00
FC
09/27/2024
ISSUED FOR PERMIT
KEYNOTE LIST
0742C1 METAL WALL PANELS: TYPE 1
0742C2 METAL WALL PANELS: TYPE 2
0742C3 METAL WALL PANELS: FACTORY BENT OUTSIDE
CORNER
0742CM COMPOSITE METAL PANEL SYSTEM
0742P METAL WALL PANELS: 1/8" ALUMINUM PLATE
0742T METAL WALL PANEL TRIM
0742T2 METAL WALL PANEL TRIM: EXTRUDED PROFILE,
FINISH TO MATCH PANELS
0762C COPING FASCIA: ALUMINUM, PREFINISHED
0771G SCUPPER BOX AND DOWNSPOUT
0811D HOLLOW METAL DOOR
0841T ALUMINUM-FRAMED ENTRANCE SYSTEM TRIM /
ACCESSORY / ANCHOR
0880E1 IGU, EXTERIOR: TYPE 1 - CLEAR INSULATING
WITH LOW-E COATING, DOUBLE-PANE
[ORIENTATION: N & E]
0890L1 LOUVER, TYPE 1
1014E BUILDING SIGNAGE, SEE SIGNAGE DRAWINGS
DWG ISSUE & REVISION HISTORY
No. Description Date
1/4" = 1'-0"2 ELEVATION - TEAM BUILDING - N (ALTERNATE)
1/4" = 1'-0"3 ELEVATION - TEAM BUILDING - S (ALTERNATE)
1/4" = 1'-0"1
BUILDING SECTION - TEAM BUILDING - E/W
(ALTERNATE)
1/4" = 1'-0"4
BUILDING SECTION - TEAM BUILDING - N/S
(ALTERNATE)
Game Farm Road Athletic Complex Facilities Master Plan
June 2015
Cornell University
TABLE OF CONTENTS
Executive Summary
| Background
| Process
| Master Plan
• Overall
• Phase I
| Probable Cost Estimate & Phasing
Existing Conditions
| Context
| Transportation
| Utilities
| Natural Systems
| Topography
| Game Farm Site Plan
| Athletic Venues
Analysis | Planning Guidelines
| Context
| Transportation
| Utilities
| Case Studies
| Master Planning Guidelines
Master Plan
| Athletics Master Plan
| Framework & Infrastructure
• Transportation
• Utilities
• Natural Systems
| Athletic Venues Programs
Implementation
| Phasing
Pages 4-9
Pages 10-25
Pages 26-33
Pages 34-53
Pages 54-57
Pages 58-59
Pages 60-63
Page 64
Page 65
Pages 66-67
Appendix 1 | Concept Alternatives
Appendix 2| Power Line Report
Appendix 3| Existing Athletics Shuttle Schedule
and Proposed Use Analysis
Appendix 4| Estimate of Probable Program
Costs
Appendix 5| Environmental Review
Memorandum
Appendix 6| Estimate of Probable Construction
Costs (Separate Document)
Published by Cornell University
Copyright June 2015 Cornell University
Designed By: Stantec
4
EXECUTIVE SUMMARY
LEAD CONSULTANT
Stantec, Inc., Boston, Massachusetts
MASTER PLAN CONSULTANT
Urban Strategies, Inc., Toronto, Ontario
UTILITIES INFRASTRUCTURE CONSULTANT
Stantec, Inc., Albany, New York
ENVIRONMENTAL CONSULTANT
Stantec, Inc., Rochester, New York
TRANSPORTATION CONSULTANT
Stantec, Inc., New York, New York
COST ESTIMATING CONSULTANT
Vermeulens, Boston, Massachusetts
CONSULTANT TEAM The new athletics complex at Game Farm Road/
East Hill Village is a unique opportunity to develop
a compelling and exciting athletics campus that will
serve Cornell University Athletics and the Cornell
Community now and into the future. This report
outlines a comprehensive vision for the new ath-
letics campus and an implementation strategy that
will bring the vision to reality.
Background
The recent 2008 Cornell Master Plan for the Ithaca
Campus (CMP) provided a sound foundation for
developing an integrated campus community that
reflected Cornell University’s academic planning
and strategic goals for their facilities, infrastructure,
and financial resources. One of the major recom-
mendations was the long- term relocation of several
central campus athletic practice fields and competi-
tion venues to the edge of the main Ithaca campus
at Game Farm Road. The relocation of these facil-
ities would allow for the creation of core academic
uses on the east campus that would connect central
and east campus and open new development op-
portunities in this location and between Campus
and Hoy Road.
Recently, the Bio-Medical Engineering program at
Cornell has been interested in constructing a new
facility at the location of the existing Alumni prac-
tice fields along Tower Road. The successful and
purposeful replacement of these important ath-
letic fields is critical to the success of the athletics
programs at Cornell. This master plan effort was
spurred by the need to have a comprehensive and
well-planned vision for the new athletics complex
that can be implemented over time as required, as
existing athletics facilities are displaced.
Context – Existing Conditions
The Game Farm Road Athletics Complex is located
within the South Campus Precinct of the CMP. This
expanded athletics complex is bounded by the Cas-
cadilla Creek corridor, Game Farm Road, and Ellis
Hollow Road and is adjacent to the CMP-proposed
East Hill Village and Cornell Park. Though Cornell
has long had a presence in these areas, the CMP
envisions significant development of the south pre-
cinct with greater physical, functional and visual
connection to the larger campus.
The existing site features the McGovern Athlet-
ics Complex, which consists of four natural grass
athletic practice fields, of which two are lighted
and fenced (McGovern 1 and 2), one is an accept-
able practice field (McGovern 3, along Game Farm
Road) and the last is a lawn used as an overflow
field for athletics (McGovern 4). A small field
house building also exists for restrooms and small
locker facilities. A gravel driveway and small park-
ing area serves the athletics uses. The remainder
of the site is active agricultural fields and natural
meadow areas. Existing 115kV transmission lines
bisect the site from the northwest to the southeast.
Process
The Cornell University Game Farm Road Athletic
Complex Facilities Master Plan (ACFMP) will guide
the growth and development of this new athletic
1
5Cornell University: Game Farm Road Athletic Complex Facilities Master PlanFINAL MASTER PLAN
N
6
EXECUTIVE SUMMARY (CONT.)
• Promote Safety & Accessibility – Provide safe,
efficient, timely, and dependable access and
multi-modal transportation infrastructure.
• Sustainability – Create a campus that is
anchored in sustainable principles and is
consistent with the maintenance resources of
the University
• NCAA Quality – Provide NCAA-quality venues,
amenities and supporting facilities.
• Ivy league Standards – Provide venues,
amenities and supporting facilities that reach or
exceed peer institution’s facilities.
Program
Through a thorough existing conditions inventory
and analysis and meetings with the campus stake-
holders, the executive committee and Cornell Athlet-
ics, a detailed program was developed for the athletic
venues and supporting infrastructure. A key element
of the program development was that the proposed
venues should be of equal quality or better than
existing, reflecting Cornell’s long-term commitment
to athletics and its student athletes. The proposed
athletics and campus infrastructure program for the
ACFMP is summarized as follows:
Athletic Venues and Support Facilities
The facilities listed below are in addition to the four
McGovern fields that exist today:
• Practice Fields (2)– Alumni Fields replacements
◦Varsity sports practice, intramurals,
marching band, summer camp
• NCAA Competition Soccer Venue
◦Berman Field, and practice area
• NCAA Competition Track and Field Venue
with multi-use practice infield
◦Kane Sports Complex
• NCAA Competition Field Hockey Venue
◦Dodson Field
• NCAA Competition Baseball Venue
◦Hoy Field
• Multi-Purpose Practice Fields (2)
• Club House Facility – 26,700 sf
• Field House – 100,000sf
Master Plan Infrastructure
• Circulation
◦Vehicular – Cars (circulation and parking),
buses (team and public transportation),
service, maintenance, and emergency.
◦Pedestrian and Bicycle – Internal campus
circulation and connections to the main
campus.
• Hydrology and Stormwater
◦Develop an integrated stormwater manage-
ment design
• Landscape
◦Design a vibrant landscape that assists in
creating a campus environment, enhances
and respects the natural character of the site
context and is symbiotic with the stormwa-
ter management strategies.
• Utility Infrastructure
◦Relocate existing overhead transmission
lines at a strategic milestone in the
development of the campus.
◦Ensure that utility infrastructure is imple-
mented to support the various facilities on
the new campus and is consistent and
compatible with infrastructure on the main
campus
More detailed descriptions of all programmatic ele-
ments of the plan are outlined in detail in the body of
this report.
MASTER PLANOverview
The ACFMP was the result of thorough evaluations of
existing conditions and existing venues, analysis and
program development. During the initial planning
for the complex, the following base land-use and or-
ganizing criteria were developed and maintained as
consistent conditions for development of the ACFMP:
East Hill Plaza / East Hill Village – The CMP identi-
fied the East Hill Plaza area as a prime opportunity to
be redeveloped into a vibrant and active mixed-use
‘Village.’ The CMP identified a potential expansion
of this area along Ellis Hollow Road, and envisioned
strong connections and shared uses with the Ath-
letics Complex. The ACFMP as proposed ‘reserves’
approximately 10 acres along Ellis Hollow Road for
potential expansion, and suggests vehicular, pedestri-
an and visual linkages between the complex and the
East Hill Village. It should also be noted that athletic
facilities already exist in the area along Pine Tree
Road south of Ellis Hollow Road. These facilities are
the Reis Tennis Center, Oxley Equestrain Center, and
the Niemard Robinson Softball Complex.
Cornell Park – The CMP also suggested an area along
Ellis Hollow Road as ‘Cornell Park,’ a multi-purpose
passive open space that could serve as a transitional
landscape between the Towns of Ithaca and Dryden
and the University uses, and provide passive and
active recreational, gathering and social uses for all.
The ACFMP identifies an area at the intersection of
Ellis Hollow and Game Farm Road for these uses.
Existing McGovern Athletics Complex – The existing
complex at Game Farm Road (four fields) will remain
and the proposed expansion and additional facilities
will occur around them. The athletics building will
remain initially but may be removed once other pro-
posed facilities come on-line.
campus. The vision articulated here is comprehensive
and ambitious, reflecting the goals and mission of
Cornell’s Planning, Facilities, and Athletic Depart-
ments. Building from the current operations located
in the center of campus, south of Tower Road where
the Alumni Fields, Dodson Field, and the Kane Sports
Complex are currently located, the plan will guide
growth for a vibrant, self-sustaining athletic campus
at the Game Farm Road Complex. This significant
undertaking will happen in a phased manner as
needs arise and funding is available. Being prepared
for opportunity is the strategic goal of this plan. The
Master Plan lays out a framework of strong ideas that
will shape how Cornell invests intelligently, and with
consistency, when these opportunities arise.
The process of preparing this Master Plan has in-
volved a high degree of collaboration and consulta-
tion with Cornell University, design consultants, fac-
ulty, and staff. Various committees met regularly to
review the progress of the planning effort. Through
the discussions with campus stakeholders and a thor-
ough understanding of the existing site and context,
primary guiding principles for the Master Plan were
developed:
• Place Making – Create a vibrant, self-sustaining
athletics campus that is a compelling desti-
nation for student-athletes, coaches, staff and
spectators.
• Synergies – Understand important adjacencies
and potential synergies (East Hill Village,
Cornell Park, Cornell Plantations).
• Image & Character – Develop an image and
character that reflects Cornell University’s
unique brand, culture, and context.
• Integrate Natural Systems – Respect and
enhance specific site features (topography,
natural areas, hydrology, Cascadilla Creek)
and utilize these features as an asset for
the Athletics Campus.
7Cornell University: Game Farm Road Athletic Complex Facilities Master Plan
EXECUTIVE SUMMARY
FINAL MASTER PLAN
N
115kV Transmission Lines – These existing lines consist of a dou-
ble row of transmission lines mounted on paired wood poles, and
extend from Pine Tree Road through the site to the southeast to a
point near the intersection of Game Farm Road and Ellis Hollow
Road. These transmission lines essentially bisect the site and limit
uses around and under them. Through a preliminary analysis and
many discussions, it was determined that the plan would recom-
mend relocating the lines to the north along the Cascadilla Creek
corridor at a strategic point in the plan development. This will
provide flexibility in the development of the plan and will be a
long-term solution for the project.
Pine Tree Road Improvements – It is understood that the Town
of Ithaca, in cooperation with Cornell, will be implementing
improvements to Pine Tree Road, including replacement of the ex-
isting bridge that currently serves the East Ithaca Recreation Way,
and a new multi-use path along the west side of Pine Tree Road
that will provide a direct and safe pedestrian/bike connection
from Route 366 to Mitchell Avenue and the Recreation Way trail.
These improvements are vital to providing a strong pedestrian and
bicycle connection from the Main Campus to the new Game Farm
Road Athletics Complex.
Campus Plan
From the existing conditions inventory, analysis, program de-
velopment and goals developed in the initial phases of the plan-
ning effort, alternative master plan concepts were developed
that addressed various layouts of athletic venues, circulation and
infrastructure improvements. These alternatives are included in
this report as Appendix 1. These alternatives were then vetted and
discussed in a charrette setting with the various campus stakehold-
ers. From these discussions, a final concept plan emerged and was
subsequently refined and further developed.
The final ACFMP provides a complete and comprehensive plan for
a logical and organized arrangement of proposed athletics venues,
linked by important circulation and utility infrastructure improve-
ments.
Improvements will be made in a way that embraces and strength-
ens the existing features and character of the site, including the
natural areas and systems, and the dramatic views to both core
campus and the surrounding setting. The goal of the ACFMP is to
8
EXECUTIVE SUMMARY (CONT.)
Poultry Farm complex across Cascadilla Creek. This
will require a pump station system and force main
from the new campus to the Poultry Farm area
along Game Farm Road. It should also be noted
that as the East Hill Village plan is developed, there
may be opportunities there for potential sewer
connections.
Water – There is sufficient water service at the site
perimeter to provide adequate water supply for
domestic, fire protection and irrigation uses for
the project. New mains will be required from the
perimeter service to the new facilities.
Drainage – Drainage will be accommodated as part
of the overall stormwater management strategy.
Drainage infrastructure will be minimized to the
extent feasible and most drainage will be addressed
with surface treatment.
Electrical – The existing electrical transformer
(300kva) at the existing building does not have
capacity for any added load. A supplemental or
replacement transformer would be required for any
program that would require additional loads (field
lighting/ buildings). It has been determined that
NYSEG will be the service provider for the new
campus. Additional coordination with NYSEG will
be required.
Data/ Fiber – New data/fiber service will be re-
quired to service blue light and other security as
well as general Cornell campus network access and
services. Working with Cornell, it appears that the
best location to provide this service from is near the
Library Annex area across Cascadilla Creek. Empty
conduit already exists in Cascadilla Creek installed
previously as part of the water line crossing.
connections to the core campus, improved public
transit and campus shuttle service and an increa-
sein the number and quality of amenities for both
the Cornell community and the surrounding com-
munity will be necessary.
Vehicular circulation for the campus is provided by
a new roadway system with new campus entries
off Pine Tree Road (aligned with Maple Ave), Game
Farm Road and Ellis Hollow Road. A new drop-
off is proposed at the Clubhouse location, creating
a ‘front door’ to the campus. Permanent parking
is dispersed along the main road to provide con-
venient parking for all of the proposed venues.
Overflow parking will be provided in grassed areas
along the main internal road.
Pedestrian and bicycle circulation is defined on two
levels: connections to the main campus and inter-
nal. Connections to the main campus for walking/
running and bicycles will be improved dramatically
by the new multi-use trail as part of the Town of
Ithaca’s Pine Tree Road Renovation Project. The
ACFMP also proposes a new pedestrian/bicycle
crossing of Cascadilla Creek, connecting the new
athletic campus to the East Ithaca Recreation Way.
On-site pedestrian and bicycle circulation will
center around two multi-use trail ‘spines’ that run
approximately parallel on each side of the main
access road.
Improvements/ expansion of the public transpor-
tation and campus shuttle service systems will be
critical programmatic requirements to assist in
providing safe, reliable and timely access between
the new campus and the core campus.
Hydrology and Stormwater
The strategy for stormwater management and
hydrology for the site is comprehensive and inte-
grated. This master plan embraces stormwater and
hydrology as a site asset and character-defining
feature. Natural drainage systems are maintained
and enhanced to the extent feasible. Stormwater
facilities are incorporated into the plan as vegetated
swales, raingardens, bio-retention areas and storm-
water ponds. These areas will be planted with nat-
ural vegetation that will assist in improving water
quality, provide habitat and enhance the natural
character of the campus.
Landscape
Planting and landscape will be used to create a
campus environment that is reflective of the quality
and character of the core campus. It will enhance
and respect the natural environments of the site
context and will be a critical component of the
stormwater management strategy. It is proposed
that the core campus and higher-use areas be de-
fined with a variety of predominantly shade and or-
namental trees. Perimeter, natural and stormwater
areas will have trees, shrubs and groundcovers.
The treatment of the ground plane will also be an
important part of the character and image of the
site. Manicured lawn areas will be limited to the
extent feasible, focused on higher use, spectator
seating and multi-purpose areas. Meadow will be
used elsewhere on the site, reinforcing the natu-
ral character of the site and reducing maintenance
requirements.
Utilities
Utility infrastructure services will be required to
service the new athletic facilities and support struc-
tures of the new Athletics Complex.
Sewer – The existing facilities are serviced by a
septic field located near the existing building. Any
upgrades and need for new sanitary sewer service
should be connected to the Cornell system that con-
nects to the Varna waste line and, ultimately, to the
Town of Dryden system. Unfortunately, there are
no Cornell sewer facilities in the vicinity. Working
with Cornell Facilities, it was determined that the
best location to tie into is an existing system at the
work with the natural character of the agricultural
site to create a unique, memorable, flexible and
highly functional campus layout that promotes
efficiency and sustainability. A key objective will
be to improve the aesthetics of the development to
reflect the stature of Cornell, given that the precinct
contains multiple gateways to campus and is a key
point of arrival for many visitors.
The campus is anchored by a new club house and
field house located at the heart of the campus. The
club house building will provide athletes’ lock-
ers, rest rooms, team facilities, training and fitness
areas, spectator amenities and other supporting
programs. Please reference a detailed program for
the club house in this report. The field house will
enclose a multi-use field facility to be used for prac-
tice and training for all teams during the winter
season and inclement weather.
The new competition venues are then organized
around the club house / field house buildings,
providing direct and easy access from these venues
to the core support facilities. Additional practice
and multi-use fields are then proposed to the east,
including the existing McGovern fields and addi-
tional fields along Game Farm Road.
The venues are organized to work with the existing
topography to minimize site impact and earthwork
operations. Sloped transitions between venues are
envisioned to provide informal spectator seating
to compliment formal seating at all competition
venues.
INFRASTRUCTURE
Circulation & Access
Enhancing a connection between the newly located
athletic fields and the core campus will be para-
mount to maximizing the utilization of the new
athletic complex. In order to encourage usage of
these new facilities, stronger pedestrian and trail
9Cornell University: Game Farm Road Athletic Complex Facilities Master Plan
EXECUTIVE SUMMARY
MASTER PLAN - PHASE I
N
IMPLEMENTATION
The master planning effort focused on the full-build
master plan and a realistic and compelling Phase I.
Through the planning process there was a consistent
goal from the Cornell stakeholders, Athletics and the
design team that the first phase of this master plan
implementation needs to have enough of an impact
and provide the facilities necessary to create a strong
sense of place and destination. The Phase I plan
proposes the following athletics facilities, required in-
frastructure improvements and added programmatic
requirements:
Athletics Program
• Phase I Club House facility – 10,500 sf
• Existing McGovern fields 1 and 2 will remain
◦Natural Grass / lighting
• Multi-Purpose practice
◦Synthetic Turf (renovated McGovern 3)
• Multi-Purpose practice
◦Synthetic Turf / Lights (renovated McGov-
ern 4, Alumni 2 replacement)
• Multi-Purpose practice
◦Synthetic Turf / Lights – (Alumni 3 replace-
ment)
• Multi-purpose practice
◦Synthetic Turf/ Lights (Infield of future track)
Infrastructure Improvements
• Vehicular access and parking improvements
• Pedestrian circulation including multi-use path
connection to Pine Tree Road
• Stormwater infrastructure improvements asso-
ciated with new facilities
• Landscape – Tree planting and natural areas asso-
ciated with stormwater management
• Utility Infrastructure
◦Sewer
◦On-Site – New on-site sewer infrastructure
including new pump station number 1
◦Off-Site – Force main in or adjacent to
Game Farm Road, across the GFR bridge
and connection to the existing pump
station at the Poultry Farm area.
Improvements to existing sewer
infrastructure at the Poultry Farm.
◦Water – New 8” connection from existing 8”
main to the new club house building
◦Drainage – Drainage improvements
associated with the development
◦Electrical – Transformer upgrade and new
electrical service
◦Data/ Fiber – Connection from Library Annex
(across Cascadilla Creek)
Programmatic Improvements
• Increased / improved shuttle bus service
• Increased maintenance requirements
• Increased security presence
• Staffing (Club House)
The above program, if implemented together, will be
an important start in creating a robust and vibrant
athletic campus that will provide Cornell Athletics
with facilities that will serve them now and into the
future.
The sequence of subsequent phases of the plan’s
implementation is unknown at this time, and will
depend on what existing facilities will be replaced
and when. The next phases will most likely con-
sist of competition venue(s), which will change the
character and use of the campus, as it will bring in
spectators and visiting teams requiring additional
infrastructure and support facilities.
ROUTE
3
6
6
10
EXISTING CONDITIONS
The Game Farm Road site is located south and east
of the core campus. It is a 160-acre site bordered by
Pine Tree Road to the west, Ellis Hollow Road to
the south, Game Farm Road to the east and Cas-
cadilla Creek and associated natural areas to the
north. The southwest portion of the site abuts an
existing retail, commercial and office development
area, consisting of retail uses (East Hill Plaza), a
Best Western Hotel, Ellis Hollow Apartments, car
wash and Cornell University offices.
The site is located entirely within the Town of
Ithaca, although it abuts the Town of Dryden to the
East (along Game Farm Road). It is entirely within
the Low Density Residential Zone.
Opportunities to achieve connections to and from
the central campus exist at the macro and micro
level and should be embodied in the Game Farm
Road organizational framework.
Existing Conditions | Context
NORTH
WEST CENTRAL
SOUTH
TOWN OF ITHACACITY OF ITHACAROUTE
3
6
6
CASCADILLA CREEK
MITCHELL ST
ELLIS H
O
L
L
O
W
R
D
MAPLE AVE
HOY RD
TOWER RD
CAMPUS RD
GAME FARM RDPINE
H
ILL
RD
N
2
EXISTING PEDESTRIAN CIRCULATION TO SITE EXISTING TCAT CAMPUS BUS ROUTES TO EAST HILL PLAZA
EXISTING BICYCLE CIRCULATION TO SITE
11Cornell University: Game Farm Road Athletic Complex Facilities Master Plan
Existing Conditions | Transportation
Public Transportation – The Tompkins Consolidated
Area Transit (TCAT) serves as the campus transit system.
Currently,two bus routes (82 and 92) serve the campus
with stops at East Hill Plaza (see routes below). These are
separate routes with different schedules and stops. The
92 route only runs during the academic year. No public
transportation is currently available to the proposed ath-
letic complex.
Shuttle – Cornell Athletics currently provides shuttle
service to the McGovern athletic fields for varsity athletes,
coaches and staff (predominantly men’s and women’s
soccer). The shuttles run during afternoon practice times
(4-7:30PM +/-) on selected days during the week. Shuttle
service runs from August to mid-November, as well as
in April. Please reference Appendix 3 for more detailed
information on specific schedules.
Existing travel patterns to the Game Farm Road site are
auto-oriented and are strongly influenced not only by
the remoteness of the site, but also by the poor quality
and limited number of pedestrian and bicycle connec-
tions and the limited TCAT service, particularly on
routes serving the South precinct. The following out-
lines existing conditions for each mode of transporta-
tion.
Vehicular – The only vehicular access to the site is via a
gravel driveway that services the existing athletic uses
off of Game Farm Road. There is adequate frontage
along Pine Tree and Ellis Hollow Roads for additional
vehicular connections to the site.
12
KEY
Existing Pedestrian Circulation
Proposed Multi-Use Trail
East Ithaca Recreation Way
Proposed Pedestrian Crossing
EXISTING CONDITIONS (CONT.)
Existing Conditions | Transportation
Pedestrian – Pedestrian circulation to the site is cur-
rently limited from the main campus. Please refer-
ence the diagram on Page 11 that outlines approxi-
mate pedestrian distances and travel times from the
main areas of the core campus to the center of the
Game Farm Road site. There are currently no side-
walks along Pine Tree Road from the intersection of
Route 366 to Maple Avenue. The East Ithaca Recre-
ation Way is a pedestrian/bicycle corridor that runs
along the north side of Cascadilla Creek from Game
Farm Road to a bridge crossing at Pine Tree Road,
south to Maple Avenue, west along Maple to where
the greenway heads back south. An existing mulch
path along Pine Tree Road connects the Recreation
Way to the intersection of Pine Tree and Rt 366. The
Town of Ithaca, with support from Cornell Univer-
sity, is scheduled to perform improvements at Pine
Tree Road, including replacement of the existing
East Ithaca Recreation Way bridge. Also included
is a multi-modal path along the west side of Pine
Tree Road that will connect the intersection of Pine
Tree/366 to the Recreation Way and Maple Avenue.
There is no crosswalk across Pine Tree Road at the
Maple Avenue intersection.
There are no existing sidewalks along Ellis Hollow
or Game Farm Roads.
Bicycle – Similar to the pedestrian circulation
above, there is limited bicycle access to the site.
Please reference diagram on Page 11 that outlines
approximate bicycle distances and travel times from
the main areas of the core campus to the center of
the Game Farm Road site. The multi-modal path
proposed as part of the Pine Tree Road improve-
ments will be significant improvement for bicycle
access to the new site.
ROUTE
3
6
6
PINE
H
ILL
RD
MAPLE AVE
MITCHELL ST
TOWER RD
CAMPUS RD
HOY RD
VIEW OF INTERSECTION AT PINE HILL RD AND MAPLE AVE
CONNECTIONS TO GAME FARM ROAD SITE FROM CAMPUS
VIEW OF EAST ITHACA RECREATION WAY AT GAME FARM RD
VIEW OF EAST ITHACA RECREATION WAY
VIEW OF INTERSECTION OF PINE TREE RD AND ROUTE 366
N
13Cornell University: Game Farm Road Athletic Complex Facilities Master Plan
225’ EASEMENT
NYSEG POWER LINES
EXISTING CONDITIONS
Existing Conditions | Utilities
There are a number of existing utilities on the Game
Farm Road site as follows:
New York State Electric and Gas (NYSEG) Transmis-
sion Lines – There are two 115kV NYSEG transmis-
sion lines that bisect the site from the northwest to the
southeast. The paired wood towers are approximately
75’ apart and have a 75’ easement on each side, result-
ing in a 225’ easement. Please reference the plan to
the left and the report included in Appendix 2 of this
document.
Gas Line – Cornell recently installed a new 10” gas
line across the site that runs east-west. The gas line
enters the site at Pine Tree Road, runs east following
the southern edge of the natural area along Cascadilla
Creek, runs south along the west side of Game Farm
Road to the approximate location of the power line
easement and then runs east across Game Farm Road
along the northern edge of the transmission line ease-
ment. There is an above-ground valving station in the
northeast corner of the site, near Game Farm Road, as
noted on the plan to the left.
Water – There are two 16” water mains that cut across
the site from Hungerford Hill water tank to the south.
The mains cross Ellis Hollow Road then run north
along the residential portions of East Hill Plaza then
north across Cascadilla Creek. These lines are sourced
from the Cornell filtered water plant at Fall Creek.
There are three pressurized zones from these lines:
Zone 1: Endowed zone fed from tank near existing
elevated tank
Zone 2: Buildings east of Garden Ave
Zone 3: East Hill / Game Farm Road
In addition, there is a water line just west of where the
Cornell 16” lines cross the Creek that is part of a loop
around the City of Ithaca (Bolton Point Line). There is
an existing 8” water service from Ellis Hollow Road to
service the existing building at the McGovern Fields.
Septic/Sewer – The existing building at McGovern
fields is served by an existing septic/leaching field. It
is assumed that any future development at the Game
Farm Road site would need to be serviced by connec-
tions to sewer.
Drainage / Stormwater – The only existing drainage
and stormwater facilities on the site are associated with
the McGovern athletics complex, consisting of vegetat-
ed swales, drainage piping and two detention ponds as
noted on the plans. There are also general field drain-
age pipes associated with the agricultural fields.
Electric, Tel/Data – An existing 300kV transformer just
west of the building at McGovern fields services the
existing building and field lighting. The closest Tel /
Data (Fiber) is located at East Hill Plaza, although some
existing empty conduits come from East Palm Road
and cross Cascadilla Creek (in vicinity of the new water
line).
EXISTING POWER LINES AND EASEMENTS
EXISTING GAS LINE AND SETBACKS EXISTING VALVING STATION
VIEW OF EXISTING POWER LINES
Valving Station10” GAS LINE WITH
20’ SETBACK AREA u
N
14
EXISTING CONDITIONS (CONT.)
Existing Conditions | Natural Systems
The South Campus Precinct is a valued landscape
and was first proposed as part of the Cornell Ar-
boretum in the late 1920’s within a much larger
plan that encompassed both the Fall Creek and
Cascadilla Creek valleys. The bucolic character of
the site and context is a character-defining feature
that should be included in the new Master Plan.
Agricultural support services currently occupy and
use a significant portion of the land. However, it is
understood that these uses would not need to be
replaced elsewhere.
The Game Farm Road site is characterized by a
number of natural areas. Most prominent is the
Cornell Plantations Natural Area in the Cascadilla
Creek Valley that bounds the site to the north. The
limit of this Natural Area is essentially the tree line
of the existing woods along Cascadilla Creek (de-
lineated in yellow on the image to the right).
A comprehensive and integrated stormwater man-
agement strategy should also be an integral part
of the Master Plan. Presently, there are engineered
drainage channels around the McGovern Fields
that lead to three existing detention ponds. Existing
hydrological patterns should be maintained to the
extent feasible, and enhanced and promoted as part
of the plan. As the site is mostly pervious today,
and because of the proximity of the site to East Hill
Village, stormwater management will be critical.
Flooding is an issue in the low area adjacent to East
Hill Village and should be addressed in the Master
Plan.
A Stantec environmental scientist performed a site
visit and prepared an environmental review, sum-
marized in a memorandum in Appendix 4.
CORNELL PLANTATIONS NATURAL AREA APPROXIMATE BOUNDARY
EXISTING DETENTION POND
EXISTING MEADOW ALONG CASCADILLA
CREEK NATURAL AREA
STORMWATER EXISTING MEADOW / SWALE ALONG CASCADILLA CREEK NATURAL AREA
Cascadilla Creek + Setbacks
Low
Area
Swale,
Typ.
Detention
Pond, Typ.
15Cornell University: Game Farm Road Athletic Complex Facilities Master Plan
EXISTING CONDITIONS
Existing Conditions | Topography
The topography varies on the site, rising from the
northeast corner to the southwest corner with both
steep and gradual elevation changes. This setting
makes for a dramatic landscape tied to valuable
ecosystems and views.
The management of existing soils is a critical com-
ponent to consider when developing the Master
Plan. It will be a vital piece of the phasing of the
project as each facility is implemented, and could
have significant cost implications if not planned
for properly. As a predominantly existing active
agrarian use, existing topsoil will need to be stock-
piled, re-used or exported, unless there is a strate-
gic method for retaining soils on site as part of the
plan.
A. SECTION DIAGONAL FROM NORTHEAST OF SITE TO INTERSECTION OF GAME FARM ROAD AND ELLIS HOLLOW ROAD 137 FOOT GRADE CHANGE
B. SECTION DOWN CENTER OF SITE FROM CASCADILLA CREEK TO ELLIS HOLLOW ROAD 72 FOOT GRADE CHANGE
TOPOGRAPHY
10%
10%3%3%5%5%8%
8%
10%
7%
A
B
B
A
16
EXISTING CONDITIONS (CONT.)
Existing Conditions | Game Farm Site Plan
The plan to the right illustrates the existing condi-
tions and context to the Game Farm Road Site. The
majority of the information gathered was taken
from meetings with Cornell University faculty and
staff.
The existing Game Farm Road Site consists of crop
production fields, four McGovern athletic practice
fields and a small field house (referenced as athletic
venues later in this chapter), and a natural meadow
area. Two NYSEG transmission lines bisect the site
from the northwest to the southeast. A remnant
building that has been left from farming activities
exists off Game Farm Road.
The crop production fields upslope from the ex-
isting athletic fields are maintained by Cornell
University Agricultural Experiment Station and are
subject to annual crop rotation of hay, corn, soy-
beans and other grains.
The Cascadilla Creek Valley located along the north
edge of the study area is heavily wooded in mixed
hardwoods with scattered white pine and eastern
hemlock. This creek valley is designated a Cornell
Plantations Natural Area. There are areas of ripar-
ian wetland and tributary channels that extend
upslope from overland drainage.
N
EXISTING CONDITIONS PLAN
17Cornell University: Game Farm Road Athletic Complex Facilities Master Plan
EXISTING CONDITIONS
Existing Conditions | Athletic Venues
The 2008 CMP calls to relocate the following central
campus athletic facilities:
• Robison Alumni Fields (Alumni Fields 2 and 3)
◦Football, Lacrosse, and Marching Band
Practice
• Marsha Dodson Field
◦Field Hockey
• Robert J. Kane Sports Complex
◦Track and Field Sports
• Charles F. Berman Field
◦Competition Soccer
• David F. Hoy Field
◦Competition Baseball and Lacrosse Practice
The University would like the proposed Master
Plan to have a similar or better design and function-
al character standards as the following:
• Bartels Hall (Field House)
• Schoellkopf Field & Schoellkopf Memorial Hall
Robison
Alumni
Fields
Schoellkopf
Field
Schoellkopf
Memorial
Hall
Bartels Hall
Marsha
Dodson
Field
Charles F.
Berman
Field
David F. Hoy
Field
Robert J.
Kane Sports
Complex
N
AERIAL
18
EXISTING CONDITIONS (CONT.)
ROBISON ALUMNI FIELDS
Athletic Venues
Alumni Field 2 Alumni Field 3
• 2 Natural Grass under-drained practice fields
• Maximum size field at Field 2 is 200’x330’ plus safety runoff
• Maximum size field at Field 3 is 200’x330’ plus safety runoff
• Approximately 173,000 sf. of natural grass field
• Existing Athletic Lighting is dated and not as efficient as modern athletic field lighting
systems. Black corrugated pipe at bases of light poles to protect athletes.
• Varsity Football Practice field – 120 players
• Men’s Sprint Football Practice – 65 players
• Men’s Lacrosse Practice – 45 players
• Womens’ Lacrosse Practice – 35-40 players
• Marching Band practice – Approximately 200 participants
• Summer Sports Camps – Soccer, Lacrosse, Hockey - up to 100 participants per week in
the summer, about 4,600 children in the summer
• 6’ high black chain link fence at south and north of fields. No physical separation
between Alumni Fields and Dodson fields
• The fields are next to Bartels Hall and locker rooms are needed for all teams using
the fields:
◦Existing Varsity Football, Sprint Football, and Men’s Lacrosse practice use locker
rooms and showers in Schoellkopf Hall
◦Women’s Lacrosse locker rooms and showers are in Lynah Rink
◦Sports camps use locker rooms in Bartels / Lynah
◦Big Red Marching Band uses facility in close proximity
19Cornell University: Game Farm Road Athletic Complex Facilities Master Plan
EXISTING CONDITIONS
MARSHA DODSON FIELDMarsha Dodson
Field • 180’x300’ AstroTurf field for NCAA Division I Field Hockey. Field constructed in 2008.
• Approximately 69,000 sf. of turf
• Existing Athletic Lighting is dated and not as efficient as modern athletic field lighting
systems. Black corrugated pipe at bases of light poles to protect athletes.
• Irrigation and drainage system. Channel drain at the east side to capture runoff from
the slope and Tower Road parking.
• Scoreboard - Athleticshas stated that if this field gets a new scoreboard, a new PA
system would be required.
• Portable raised scorer’s table/donkey
• Portable bleachers for 300 spectators - Athletics would like permanent bleachers,
similar style to Kane’s bleachers.
• Locker Rooms are needed for all teams / groups using the fields
• Athletics would like something to separate the AstroTurf field from the natural grass
clippings, either a walkway or a fence with windscreen to give the field an edge.
• Removable netting at endlines in sleeves. There would need to be netting to stop ball
roll, especially at the endlines
• Athletics requested a concept where the soccer field and field hockey field have a
double sided bleacher with a shared press box
20
EXISTING CONDITIONS (CONT.)
ROBERT J. KANE SPORTS COMPLEX
Athletic Venues
Robert J. Kane
Sports Complex
Charles F. Berman
Field
THE SIMON TRACK
• 8 lane track with 400 meter oval made of resilient track surface completed in 1996
• Two chute extensions for extra sprint run out space
• 42 inch lane lines with portable curb on inside lane
• 2-3 major competitions held on weekends in the summer, up to 15 teams invited. Each
team is typically approximately 100 athletes
• Long / Triple jump runways and pits along eastern and western inside lanes with pit
covers (4 total)
• Southern D Area is resilient track surface for high jump and pole vault runway (2 total
on this end)
• Northern D Area is natural grass with resilient track surface for Pole Vault runway (2
total on this end) and steeple chase
KROCH THROWING EVENTS
• Combination Discus / Hammer circle and cage with natural grass landing area
• Shot Put circle and stone dust landing area
• Resilient track Surface Javelin runway and natural grass landing area
CHARLES F. BERMAN FIELD
• Natural Grass Competition Soccer Venue
• Athletic Lighting installed in August of 2000
• Scoreboard
• Main use for Men’s and Women’s Soccer
• Maximum size approximately 222’ x 354’
• Sand based field with an 8:1:1 ratio (sand: soil: bio compost mix), vertical drains and
irrigated. Mix of 30% perennial rye and 70% Kentucky bluegrass
• Tough to schedule track practice/meets with soccer practice/games
• Bleacher seating installed in August of 2000 for approximately 1,000 spectators.
Athletics believes 1,500 should be max for proposed facility in case they host a large event.
Kroch
Throwing
Events
21Cornell University: Game Farm Road Athletic Complex Facilities Master Plan
EXISTING CONDITIONS
DAVID F. HOY FIELD
David F. Hoy Field
• Infilled Synthetic Turf field (Field Turf), home plate circle is turf, pitcher’s mound is
clay infield mix
• Installed in 2007, re-oriented when renovated
• Approximately 134,140 sf. of turf: 320’ RF, 320’ LF, 400’ Center
• Currently no Athletic Lighting
• Home field baseball - 45 players
• Practice baseball
• Lacrosse uses field for practice
• Big Red Marching Band practice when available (about 200 people)
• Snow is removed during the winter and field is used about 10 months out of the year
• Tension netting backstop with unit block 42” backstop with pad
• Batters eye (pitcher’s backdrop, part of outfield fencing)
• Windscreen at perimeter fence
• Scoreboard
• Dugouts
• Batting cages
• Permanent Bleachers for approximately 500 spectators - ornamental fence for guard
rails at bleacher, seat plants along sides of bleacher, center has foldup chairs with seat
backs
• Press Box
• Sound System
• Storage for baseball equipment in storage room next to each dugout and under
bleachers
• Lockers and showers for home baseball team in Grumman Squash Courts
• Visiting team uses Bartels Hall Locker rooms
• This field is in a central part of campus and an ideal location for athletes and
considered one of the top collegiate baseball diamonds in the northern half of the
country
22
EXISTING CONDITIONS (CONT.)
BARTELS HALL (FIELD HOUSE)
Athletic Venues
Bartels Hall
RICHARD RAMIN MULTI-PURPOSE ROOM
• AstroTurf Field House - approximately 27,000 sf.
• Does not accomodate a full size field (football or lacrosse)
• The Lindseth Climbing Wall was the best of its kind when it first went up and still is the
largest natural rock indoor climbing wall in North America.
• The Outdoor Recreation Education stores their equipment outside between the Ramin
Room and Alumni Fields.
• Ideally Athletics would like to fit all sports in a new indoor multi-purpose facility because
they could practice to late hours without any neighbor complaints of lights/noise.
FRIEDMAN STRENGTH AND CONDITIONING CENTER
• Built in 1997
• 8,000 sf.
• Weight room, treadmills
• 1,100 varsity athletes have access, about 27 teams train here
NEWMAN ARENA
• Basketball and Volleyball arena
• Seats 4,473 spectators
• Telescoping bleachers
LOCKER ROOMS AND SHOWER FACILITIES
• In general the locker rooms that were toured were all about the same size as the rest of the
locker rooms in Bartels Hall and Athletics believes they are undersized
• Basketball – larger than the other sports, TV, lounge, showers, bathrooms
• Baseball (inside Grumman Squash Courts) - old squash courts converted into locker rooms
with couches, tables, lounge chairs, ping pong table, TV’s
23Cornell University: Game Farm Road Athletic Complex Facilities Master Plan
EXISTING CONDITIONS
SCHOELLKOPF FIELD AND SCHOELLKOPF MEMORIAL HALL
Schoellkopf
Field
Schoellkopf
Memorial Hall
SCHOELLKOPF FIELD
• The home for Football, Sprint Football, Men’s and Women’s Lacrosse.
• Built in 1915, lights installed in 1920
• Crescent was built in 1924 and holds 21,500 spectators
• In 1971 artificial turf was installed and has been resurfaced multiple times since, most
recently with an infilled synthetic turf system. Needs replacement soon
• Press box was built in 1986
• Perimeter track is not currently used for track and field team practice or competition
SCHOELLKOPF MEMORIAL HALL
• Existing Varsity Football. Sprint Football, and Men’s Lacrosse practice use lockers
rooms and showers in Schoellkopf Memorial Hall
• Coaches offices
• Meeting rooms
• Outdoor Function space
• Trainers’ rooms – converted from the old football locker rooms
24
EXISTING CONDITIONS (CONT.)
GAME FARM FIELD ATHLETIC COMPLEX (McGOVERN FIELDS 1-4)
McGOVERN FIELDS 1 AND 2
• Natural grass fields
• 6’ galvanized chain link fence around field perimeters
• Athletic Lighting -6 poles total (4 poles each field, 2 shared poles). An Osprey nest is
currently on one of the shared light poles and will need to be addressed
• Used for Men’s and Women’s soccer practice and Cornell sports summer camps for
approximately 19 days
• Field Construction
◦6” deep sandcap (rootzone) over compacted subgrade
◦4” diameter perforated HDPE underdrain in subgrade, 18’ O.C.
◦Center ridge with 1% slope to sidelines
◦In-ground irrigation system
• Per the Town of Ithaca’s permit conditions, there is no amplified sound and lighting is
limited to before 9pm.
• Primarily used on weekdays 4 pm to 8 pm; occasional weekend and morning practices
• Currently, student athletes use locker and training rooms in Bartels Hall. They are
transported by taking a shuttle bus to McGovern Fields and back. The shuttle is a
30-passenger bus that makes 3 trips out and 3 trips back per practice.
McGOVERN FIELD 3
• Natural grass field
• No lights
• Used for Women’s lacrosse secondary practice field and Cornell sports summer camps
for approximately 19 days
• Field Construction
◦6” deep salvaged topsoil over compacted subgrade (imported fill)
◦Center ridge with 2% slope to sidelines
◦No underdrain
◦Not irrigated
McGOVERN FIELD 4
• Natural grass field
• No lights
• Used for Cornell sports summer camps for approxi-
mately 19 days
• Field Construction
◦6” deep salvaged topsoil over compacted subgrade
(imported fill)
◦Steep slope to sidelines
◦No underdrain
◦Not irrigated
McGOVERN FIELD HOUSE
• Very basic, utilitarian training room
• No showers
• There are bathrooms – 3 stalls and 2 urinals
• No municipal sewer at this time (septic).
• Team rooms are a room with hooks on the walls
Athletic Venues
McGovern
Field 4
McGovern
Field 1
McGovern
Field 2
McGovern
Field 3
McGovern
Field House
N
GAME FARM FIELD ATHLETIC COMPLEX AERIAL
25Cornell University: Game Farm Road Athletic Complex Facilities Master Plan
EXISTING CONDITIONS
GAME FARM FIELD ATHLETIC COMPLEX EXISTING PHOTOS
26
ANALYSIS | PLANNING GUIDELINES
Site Analysis | Context
Two NYSEG transmission lines bisect the site in a
northwest to southeast corridor and limit the flex-
ibility of the site. There is a desire to relocate the
lines to the north, adjacent to the wooded stream
corridor to open up central space in the study area.
A consideration in potentially moving the 115kV
lines is the need to remove tree cover within the
established right-of-way to keep vegetation clear
of the lines. Re-location options would need to be
assessed to determine if portions of the stream cor-
ridor would need to be cleared.
Immediately south of the access drive from Game
Farm Road is a constructed drainage swale that
collects overland and seep flow from the field area
upslope to the south and directs the flow westward
along the driveway and then piped underground
to the north to an outlet near to the Cascadilla
Creek corridor. There are two small detention
ponds (<2000 sq. ft. surface area each) located
northeast and northwest of the existing athletic
fields and south of the stream corridor. The ponds
are constructed water detention basins with over-
flow outlets downslope to the north.
In addition, visual connections back to the core
campus will be important as a constant reminder
to the users that this complex is an important part
of the Cornell community. The northwest views
towards campus are particularly important as this
intersection is a campus gateway and should be
preserved and highlighted.
Coordination will be needed with the proposed
planning for East Hill Village in order to establish
a successful framework for the two properties to
work together. Such potential shared resources
include traffic and circulation, stormwater, utilities,
views, and open space.
N
SITE ANALYSIS PLAN
3
27Cornell University: Game Farm Road Athletic Complex Facilities Master Plan
Analysis| Transportation
Existing travel patterns to the Game Farm Road site
are auto oriented and are strongly influenced not
only by the remoteness of the site but also by the
poor quality and limited number of pedestrian and
bicycle connections and infrequency of the TCAT
service, particularly on routes serving the south
precinct. Maintaining a connection between the
newly located athletic fields and the core campus
will be paramount to maximizing the utilization
of this new athletic complex. The only existing
vehicular access to the site is via a gravel driveway
that services the existing athletics uses off of Game
Farm Road. There is adequate frontage along
Pine Tree and Ellis Hollow Roads for additional
vehicular connections to the site. The intersection
along Pine Tree Road at Maple Avenue is an ideal
location for a new athletics campus entrance/gate-
way. Plans to improve Pine Tree Road and the East
Ithaca Recreation Way will aid in improving access
to the site.
The project team together with Cornell developed
a methodology for determining what the number
of fixed parking spaces should be for the full-build
project. With the assumptions outlined on this page
and assuming competition soccer and field hockey
events could be happening at the same time, a tar-
get of 500 fixed parking spaces was developed.
Parking Strategy
Assumptions:
• Percentage of Student Spectators: 40%
• Percentage of Students with Cars:
◦ Freshman 10%
◦ Sophomore 20%
◦ Junior 30%
◦ Senior 40%
◦ All Students 25%
• Percentage of Students with Cars who will use them to get
to GFR: 50%
• Occupancy of Non-Student Cars: 2
• Percentage of non-student spectators that use alternative
transit (not cars): 25%
ANALYSIS | PLANNING GUIDELINES
VIEW OF PINE TREE RD AND MAPLE AVE INTERSECTION NEW ENTRY ROAD AT PINE TREE RD AND MAPLE AVE INTERSECTION
Parking Strategy
Spectators
• Student Spectators
◦ Student spectators with cars
◦ Student spectators that come to athletics
complex by car
• Non-Student Spectators
◦ Non-student spectators with cars
◦ Non- student spectators that come to
athletics complex by car
Total Spaces Needed
Soccer
1,500
600
150
75
900
675
338
413
Field Hockey
300
120
30
15
180
135
68
68
Total
1,800
720
180
90
1,080
810
405
495
SAY TOTAL 500
28
Analysis | Transportation (Cont.)
The existing trail system, for both pedestrians and
cyclists, is largely incomplete in this area. In addi-
tion, only a few TCAT routes currently link the core
campus to the Game Farm Road Athletics Complex
area and currently stop at East Hill Plaza. In order
to encourage usage of these new facilities, the pe-
destrian and bicycle networks should be completed
and enhanced. Similar to the recommendations in
the adopted Cornell Master Plan, a shuttle bus ser-
vice should help students access these areas with
frequent, convenient stops and routes.
A pedestrian bridge across Cascadilla Creek is
an ideal way to connect not only pedestrians but
also bicyclists from the East Ithaca Recreation Way
to the new athletic facilities. The plan indicates a
crossing at the existing location where the Bolton
Point water line crosses Cascadilla Creek. Due to
steep slopes on the south side of the Creek corridor,
a more thorough analysis of this crossing should
be performed to minimize impacts to natural areas
while providing an accessible and convenient
crossing.
The demanding schedule placed on the student
athletes requires efficiency in their day to day ac-
tivities. In order to achieve the desired efficiencies,
logical transportation solutions will be paramount.
ANALYSIS | PLANNING GUIDELINES (CONT.)
Recreation Way
Cascadilla Creek Flood Plain
Steep Slope
CREEK CROSSING - EXISTING
SECTION - EXISTING SECTION - PROPOSED
CREEK CROSSING - PROPOSED
PROPOSED OPTIONS FOR CASCADILLA CREEK CROSSING
29Cornell University: Game Farm Road Athletic Complex Facilities Master Plan
Analysis| Utilities
ANALYSIS | PLANNING GUIDELINES
EXISTING DOUBLE POLE STRUCTURE
EXISTING ALIGNMENT OF TRANSMISSION LINES
PRECEDENT FOR A MONOPOLE STRUCTURE CONCEPT
A PRELIMINARY PROPOSED CONCEPT FOR TRANSMISSION LINES RELOCATED TO THE NORTH (PREFERRED)
A SECONDARY PROPOSED CONCEPT FOR TRANSMISSION LINES RELOCATED TO THE SOUTH
225’ EASEMENT
225’ EASEMENT
COORDINATE WITH GAS LINE
NATURAL AREA IMPACTS
VALVING STATION
IMPACT TO
EXISTING FIELD
225’ EASEMENT
New and upgraded utility infrastructure will be required
and implemented on an as needed basis. The design team
evaluated different concepts for relocating the transmission
lines (refer to Appendix 1) and concluded that realigning
the lines to the north along the tree line was the preferred
solution. This would open up the site to be developed
without the divide of the transmission lines. Through pre-
liminary discussions with NYSEG, it was determined that
a dual pole system would still be required as they carry
redundant feeds to improve reliability. The alignment as
shown is conceptual and should be carefully analyzed to
minimize cost and to coordinate with the existing gas line
to minimize damage to the existing natural area. This re-
alignment will also have an impact on the existing McGov-
ern Field 3 at Game Farm Road.
The existing gas line along the tree line in the northern sec-
tion of the site will need to remain with a 20 foot setback on
either side. Currently, the gas line follows the contours of
the existing land with 3 to 4 feet of cover. There is a valving
station in the northeast corner of the site that will remain.
Electricity for existing building comes from a line that goes
to Ellis Hollow Road that is provided by NYSEG. The
University requested the sport lighting at the fields be LED
lights.
Potable water crosses project area from Ellis Hollow Road
within newly installed pipes from Cornell’s tank on Hun-
gerford Hill Road. This should have capacity and required
pressure to service normal needs of project area.
Based on capacity, sewer alternatives would be the City
of Ithaca system near East Hill Plaza or the Cornell Sewer
system (to the Varna waste line, part of the Town of Dryden
system). This second option would most likely be via a
connection to the existing pump station across Cascadilla
Creek at the Poultry Farm.
There is a desire to consolidate this electric and other utili-
ties within existing corridors.
30
ANALYSIS | PLANNING GUIDELINES (CONT.)
Case Studies
As part of the Project, the team was requested to
prepare a case study analysis, looking at other
colleges and universities that have remote athletic
facilities.
The case studies for the new Game Farm Road
Athletic Complex centered around universities that
have comparable separate athletic complexes, simi-
lar to the arrangement that will be created with the
number of outdoor varsity teams competition and
practice facilities moving to Game Farm Road.
The Game Farm Road Athletic Complex will not be
the only separate athletic facilities associated with
the Cornell campus. The existing facilities located
in Precinct 9, which include Reis Tennis Center,
Belkin International Squash Courts, Oxley Equestri-
an Center, and the Niemand-Robison Softball Field,
are also located outside of the core campus. These
facilities have been separate for some time, but with
the creation of the new Game Farm Road Athletic
Complex, it provides an opportunity to better sup-
port these existing Precinct 9 facilities.
The new Game Farm Road Athletic Complex is 1.72
miles from the core athletic facilities. With new
pathway connections, this direct walking distance
could be reduced to 1.58 miles. The existing Pre-
cinct 9 facilities are 1.29 miles from the core athletic
facilities.
The following universities were surveyed as case studies:
Yale University, New Haven, CT Ivy League
Dartmouth College, Dartmouth, NH Ivy League
Drexel University, Philadelphia, PA Colonial Athletic Association
Syracuse University, Syracuse, NY Atlantic Coast Conference
YALE UNIVERSITY
• Almost all Varsity Athletic Facilities are located at the Yale Bowl
Complex. Strength & Conditioning is located on Main Campus
• Competition & Practice Facilities are located at the Yale Bowl
Complex
• Soccer, Lacrosse & Field Hockey Teams practice on their game
synthetic surface facilities
• Dedicated athletic shuttle buses, costs Athletic Department +$350,000
annually
CORNELL UNIVERSITY
31Cornell University: Game Farm Road Athletic Complex Facilities Master Plan
ANALYSIS | PLANNING GUIDELINES
DREXEL UNIVERSITY
• Varsity field sports are located at Vidas Athletic Complex
Athletic Center is on Main Campus
• Field Competition & Practice Facilities at Vidas Athletic Complex
• Soccer, Lacrosse & Field Hockey teams practice on their game
synthetic surface facilities
• Field House with support facilities at Vidas includes
Locker Rooms, Film Room, Lounge, Laundry, etc.
• Transportation via University Shuttle Bus - 1 of 4 stops on the
shuttle loop
SYRACUSE UNIVERSITY
• Almost all Varsity Facilities are located at Lampe Athletic Complex.
Strength & Conditioning on Main Campus
• Competition & Practice Facilities at Lampe Complex
Football, Lacrosse (Basketball) play games at Carrier Dome
• Transportation via Campus Shuttle Bus Loop
Stops at Lampe to and from Main Campus and South Campus
Residential Village
DARTMOUTH COLLEGE
• Almost all Varsity Facilities are located together, southeast
of the center of Main Campus
• Competition & Practice Facilities are together
• Soccer, Lacrosse & Field Hockey teams practice on their
game synthetic surface facilities
• No Shuttle Buses, students walk and bike
32
ANALYSIS | PLANNING GUIDELINES (CONT.)
CAMPUS PLANNING ATHLETICS
Create a vibrant, self-sustaining athletics
campus that is a compelling destination for
student-athletes, coaches, staff and spectators.
Respect and enhance specific site features (topography,
natural areas, hydrology, Cascadilla Creek) and utilize as
an asset for the new Athletic Campus.
Provide NCAA quality venues, amenities
and supporting facilities.
Provide safe, efficient, timely and dependable access
and multi-modal transportation infrastructure.
Provide venues, amenities and
supporting facilities that reach or
exceed peer institution’s facilities.
Create a campus that is sustainable
and is consistent with the mainte-
nance resources of the University.
Understand important adjacencies and
potential synergies (East Hill Village,
‘Cornell Park’, Cornell Plantations).
Develop an Image and Character that reflects
Cornell University’s unique brand, culture, and
context.
PLACE MAKING INTEGRATE NATURAL SYSTEMS NCAA QUALITY
PROMOTE SAFETY & ACCESSIBILITY IVY LEAGUE STANDARDS
SUSTAINABILITY
POTENTIAL SYNERGIES
IMAGE & CHARACTER
Master Planning Guidelines
1 4 7
625 83
The form of the ACFMP is derived from several themes, or principles.
These principles guide the development of the open space and public
realm, circulation, infrastructure, land use, and building development.
33Cornell University: Game Farm Road Athletic Complex Facilities Master Plan
ATHLETICS
NCAA QUALITY
ANALYSIS | PLANNING GUIDELINES
Having a clear vision for the direction of the
ACFMP is essential. One of the first objectives of
the master planning process was to establish the
goals for this effort:
Place Making
Great athletic complexes are not only a result of
great facilities, but also the result of creating a
unique public realm with places for social and cul-
tural interactions, public gatherings, recreation and
athletics, and passive enjoyment. To best create this
community, the plan looks to those defining phys-
ical characteristics that make Cornell unique and
memorable. The new athletics complex at Game
Farm Road is a unique opportunity to develop a
compelling and exciting athletics campus that will
serve Cornell University Athletics and the Cornell
Community now and into the future.
Potential Synergies
The CMP not only looks to reinforce the campus
community, but also to promote a healthy, vital
greater Ithaca community. The ACFMP should
provide open and transparent connections to the
surrounding areas such as East Hill Village, Cornell
Park, and the Cornell Plantations Natural Area to
create potential synergies and efficiencies.
Image & Character
The plan should ensure that the new athletic com-
plex creates a beautiful setting that enhances Cor-
nell’s aesthetics, unique brand, and culture. Ithaca’s
landscapes are its most distinguishing feature and a
goal of the ACFMP is to embrace these landscapes
and provide facilities that attract students and
instills pride in alumni. The plan should identify
entrances and create a sense of arrival to the new
athletic facilities complex. Campus edges that are
attractive and well kept provide a positive image
and collaborative relationship with the community.
Integrate Natural Systems
Improvements will be made in a way that will
embrace and strengthen the existing features and
character of the site, including the natural areas and
systems, and the dramatic views to both the core
campus and the surrounding context. The existing
landscape of the Game Farm Road Complex will
provide the framework that will shape and define
the image of the new development. Understand-
ing the landscape will be critical to maintain open
space in many useful and practical forms that
integrates it into the new athletic facility and its
supporting infrastructure. The ACFMP focuses on
naturalization and habitat creation to not only pro-
vide sustainable solutions to stormwater treatment
but also to create a sense of place.
Promote Safety & Accessibility
The plan should provide a safe and accessible
system of roadways, sidewalks, and trails that
is well lit and has appropriate signage. Provide
a campus transportation system that allows for
different modes of travel. Invest in improved public
transportation and campus shuttle services that are
dependable and reliable.
Sustainability
As part of the 2008 master planning process, Cor-
nell’s overarching vision for the future of the cam-
pus was to be a model of efficient and sustainable
development.
Cornell continues to work towards demonstrating
sustainability across the campus by promoting
environmental stewardship. This includes careful
site and master planning on the Game Farm Road
Athletic Facilities Complex to create a place that is
integrated, connected and engaged. A campus char-
acter is only as good as it can be maintained. The
ACFMP should reflect the maintenance resources
of the University and embrace low maintenance
strategies for venues and campus improvements.
NCAA Quality
In order to host certain events, the NCAA has spe-
cific guidelines and recommendations that need to
be met. In the CMP, it was one of the requirements
to be able to host all of the program athletic events.
The competition venues should have, as a baseline,
the goal to meet NCAA standards and quality. Not
only are these required to host NCAA events, but
Cornell’s student athletes and visiting teams de-
serve to have venues that reflect their dedication,
commitment, and level of competition.
Ivy League Standards
One of the goals in the ACFMP was to retain the
character of the existing site while designing the
new facilities to the standards of the Cornell Cam-
pus. The design aesthetic and functionality would
also need to consider the other Ivy League Schools
to ensure that the new facilities are up to the cur-
rent standards of peer institutions. One item that
was considered during the design was that the Ivy
League has an agreement that all League games
will have a live streaming video footage broadcast.
This requires that lighting and athletic surfaces
must be carefully evaluated to ensure maximum
quality of streamed events.
54
IMPLEMENTATION
Phasing
The master planning effort focused on the full-build
master plan backing into a realistic and compelling
Phase I strategy. Through the planning process there
was a consistent goal from the Cornell stakeholders,
Athletics and the design team that the first phase of this
master plan implementation has enough of an impact
and provides the facilities necessary to create a strong
sense of place and a destination. The pending devel-
opment of the Bio-Medical Engineering building at the
core campus would result in the required relocation of
existing Alumni fields, putting a priority on a strong
and implementable Phase I strategy.
The Phase I plan proposes the following athletics facil-
ities, required infrastructure improvements and added
programmatic requirements:
Athletics Program
• Phase I Club House facility – 10,500 sf
• Existing McGovern fields 1 and 2 will remain
◦Natural Grass / lighting
• Multi – Purpose practice
◦Synthetic Turf (renovated McGovern 3)
• Multi-Purpose practice
◦Synthetic Turf/ Lights – (renovated McGovern 4,
Alumni 2 replacement)
• Multi-Purpose practice
◦Synthetic Turf / Lights – (Alumni 3 replacement)
• Multi-purpose practice
◦Synthetic Turf/ Lights (Infield of future track)
PHASE I
PHASE I - UTILITY
N
5
55Cornell University: Game Farm Road Athletic Complex Facilities Master Plan
IMPLEMENTATION
Infrastructure Improvements
The proposed parking is suggested to be at the grade of the lower level of
the new clubhouse facility, under the existing power lines. The use of this
area for parking should be confirmed with NYSEG. If not, a more linear
arrangement could be provided along the existing driveway.
• Phase I plan assumes that the power lines will remain.
• Vehicular access and parking improvements, including a temporary
drop-off at the new clubhouse facility and parking for 50 cars.
• Pedestrian circulation including the multi-use path connection to Pine
Tree Road. Providing a strong pedestrian and bicycle connection to
the main campus will be critical with the increased users for the
athletics complex.
• Stormwater infrastructure improvements associated with new facilities.
• Phase I tree planting and natural areas associated with stormwater
management improvements. It should also be noted that any
opportunity to install a more comprehensive tree planting program
that works with the future plan would be a valuable asset to the site.
There is virtually no tree cover at the existing site and a new tree
canopy will be an important component of the future plan.
• Utility Infrastructure – Reference previous plan.
◦Sewer On-Site – New on site sewer infrastructure including new
pump station number 1
◦Sewer Off-Site - Force main in or adjacent to Game Farm Road,
across the GFR bridge and connection to the existing pump station
at the Poultry Farm area. Improvements to existing
sewer infrastructure at the Poultry Farm.
◦Water – New 8” connection from existing 8” main to the new club
house building
◦Drainage – Improvements associated with the development
◦Electrical – Transformer upgrade and new electrical service
◦Data/ Fiber – Connection from Library Annex (across Cascadilla
Creek) via existing conduit
FINAL MASTER PLAN
N
34
MASTER PLAN
Athletics Complex Master Plan
The new athletics complex at Game Farm Road/ East
Hill Village is a unique opportunity to develop a
compelling and exciting athletics campus that will
serve Cornell University Athletics and the Cornell
Community now and into the future. This report
outlines a comprehensive vision for the new athletics
campus, and an implementation strategy that will
bring the vision to reality.
Overview
The Athletic Complex Facilities Master Plan
(ACFMP) was the result of thorough evaluations
of existing conditions and existing venues, analysis
and program development. During the initial plan-
ning for the complex, base land-use and organizing
criteria were developed and maintained as consistent
conditions for development of the ACFMP:
East Hill Plaza/ East Hill Village – The 2008 CMP
identified the East Hill Plaza area as a prime oppor-
tunity to be redeveloped into a vibrant and active
mixed-use ‘Village’ (East Hill Village). The CMP
identified a potential expansion of this area along
Ellis Hollow Road, and envisioned strong connec-
tions and shared uses with the Athletics Complex.
The ACFMP as proposed ‘reserves’ approximately 10
Acres along Ellis Hollow Road for potential expan-
sion, and suggests vehicular, pedestrian and visual
linkages between the athletics complex and the
to-be-designed East Hill Village. It should be noted
that planning for the East Hill Village is currently
underway. As that plan is further developed, poten-
tial synergies with this plan should continue to be
explored and coordinated, including final size and
configuration of any expansion area.
Cornell Park – The CMP also suggested an area
along Ellis Hollow Road as ‘Cornell Park’, a
multi-purpose passive open space that would serve
as a transitional landscape between the Towns of
Ithaca and Dryden and the University uses, andpro-
vide passive and active recreational, gathering and
social uses for all. The Cornell Park will allow for a
spacious green space adjacent to community areas
and provide a place to host concerts, outdoor events,
tailgating, and a full range of informal active and
passive recreational opportunities for students, staff,
and members of the surrounding communities. To
create more of a buffer between the new facilities
and the community, the design team has extended
this park landscape character all along the southern
portion below the access drive. A shared pedestri-
an/bicycle path has been woven into this area not
only to facilitate access from the core campus to the
Cornell Park, but also serve as a trail for physical
activity. The vision for the ACFMP is consistent with
the overall objectives of the CMP as it fosters the
integration of natural landscapes with recreational
and leisure facilities. Also consistent with the CMP,
is the idea that the proposed location for the Cornell
Park can preserve the northwest views toward the
core campus. This view strengthens the idea that the
intersection of Ellis Hollow and Game Farm Roads
will become a symbolic campus gateway.
Existing McGovern Athletics Complex – The exist-
ing complex at Game Farm Road (four fields) will
remain and the proposed expansion and additional
facilities will occur around them. The athletics build-
ing will remain initially but could be removed once
other proposed facilities come on-line, or re-pur-
posed as a support structure.
115kV Transmission Lines – As stated previously
in this report, the existing lines consist of a double
row of transmission lines mounted on paired wood
poles, and extend from Pine Tree Road through the
site to the southeast to a point near the intersec-
tion of Game Farm Road and Ellis Hollow Road.
These transmission lines essentially bisect the site
and limit uses around and under them. Through a
preliminary analysis and many discussions, it was
determinedthat this plan would recommend relocat-
ing the lines to the north along the Cascadilla Creek
corridor at a strategic point in the plan development.
This will provide flexibility in the development of
the plan and will be a long-term solution for the
project.
Pine Tree Road improvements – It is understood
that the Town of Ithaca in cooperation with Cornell
will be implementing improvements to Pine Tree
Road, including replacement of the existing bridge
that currently serves the East Ithaca Recreation
Way, and a new multi-use path along the west side
of Pine Tree Road, that will provide a direct and
safe pedestrian/bike connection from Route 366 to
Mitchell Avenue and the Recreation Way trail. These
improvements are vital to providing a strong pedes-
trian and bicycle connection from the Main Campus
to the new Athletics campus.
Campus Plan
From the existing conditions inventory, analysis,
program development and goals developed in the
initial phases of the planning effort, alternative
master plan concepts were developed that addressed
various layouts of athletic venues, circulation and
infrastructure improvements. These alternatives are
included in this report as Appendix 1. These alterna-
tives were then vetted and discussed in a charrette
setting with the various campus stakeholders. From
these discussion a final concept plan emerged and
was subsequently refined and further developed
The final ACFMP provides a complete and compre-
hensive plan for a logical and organized arrangement
of proposed athletics venues, linked by important
circulation and utility infrastructure improvements.
Improvements will be made in a way that will
embrace and strengthen the existing features and
character of the site, including the natural areas and
systems, and the dramatic views to both the core
campus and the surrounding setting. The goal of the
ACFMP is to work with the natural character of the
agricultural site to create a unique, memorable, flex-
ible and highly functional campus layout that pro-
motes efficiency and sustainability. A key objective
will be to improve the aesthetics of the development
to reflect the stature of Cornell given that the precinct
contains multiple gateways to campus and is a key
point of arrival for many visitors.
The complex is anchored by a new clubhouse and
field house located at the center of the campus. The
clubhouse building will provide athletes’ lockers,
rest rooms, team facilities, training and fitness areas,
spectator amenities and other supporting programs.
Please reference the detailed program for the club-
house outlined previously in this report.
The field house will enclose a multi-use field facili-
ty to be used for practice and training for all teams
during the winter and inclement weather.
The new competition venues are organized around
the clubhouse/field house buildings, providing
direct and easy access from these venues to the core
support facilities. Additional practice and multi-use
fields are proposed to the east, including the existing
McGovern fields and additional fields along Game
Farm Road.
The venues are organized to work with the existing
topography to minimize site impact and earthwork
operations. Sloped transitions between venues are
envisioned to provide informal spectator seating in
addition to formal seating at competition venues.
Other open space areas are provided as multi-use
spaces for informal gathering, tailgating, team tent
areas and other outdoor uses.
More detailed descriptions and recommendations for
specific athletic and infrastructure components of the
plan follow in this section of the report.
4
35Cornell University: Game Farm Road Athletic Complex Facilities Master Plan
N
FINAL MASTER PLAN
36
MASTER PLAN (CONT.)
Athletics Complex Master Plan
The following outlines the proposed
venues to ultimately be accommodated
at the Game Farm Road Athletics Com-
plex. Please reference a detailed de-
scription of the program for each venue
outlined later in this chapter.
Athletic Venues:
• Existing McGovern fields (4)
• Practice Fields (2)– Alumni Fields
replacements
◦Varsity sports practice,
intramurals
• NCAA Competition Soccer Venue
◦Berman Field, and Practice
• NCAA Competition Track and Field
Venue with multi-use practice infield
◦Kane Sports Complex
• NCAA Competition Field Hockey
Venue
◦Dodson Field
• NCAA Competition Baseball Venue
◦Hoy Field
• Multi-Purpose Practice Fields (2)
• Club House Facility – 26,700 sf
• Field House – 100,000sf
N
FINAL MASTER PLAN
37Cornell University: Game Farm Road Athletic Complex Facilities Master Plan
38
MASTER PLAN (CONT.)
Framework & Infrastructure | Transportation
Vehicular Circulation
The ACFMP has envisioned the transportation
infrastructure as safe, convenient, and reliable
access for vehicles, buses, bicyclists, and pedestri-
ans. The success of the ACFMP will hinge on the
implementation of transportation and circulation
improvements campus wide. The ACFMP embrac-
es a mobility-oriented approach that supports the
use of non-auto modes as the cornerstone for the
improved transportation method for the Game
Farm Road site.
A new connection to the existing core campus is
proposed on Pine Tree Road at the intersection
with Maple Ave. This new roadway system will
be a two-way street connecting Pine Tree Road to
Game Farm and Ellis Hollow Roads. The plan also
shows a suggested connection to East Hill Village
that will need to be coordinated with the final
improvements to this area. The other three new
vehicular access points will serve as gateways or
portals to the new campus.
The ACFMP includes a series of surface parking
lots along the roadway system to serve various
athletic and recreational venues throughout the
complex. Approximately 524 spaces are shown
with additional areas for overflow parking for
special events and tailgating. On occasions, where
additional parking is needed, shared parking could
be utilized with East Hill Village or other areas on
the Cornell campus, with a shuttle to take visitors
back and forth. A flexible transit plan will also
improve the operation of bus parking. Three bus
drop-off areas have been incorporated at the club
house, track facility, and baseball facility. Bus park-
ing would be accommodated at the drop-off areas
and satellite parking lots where the events are not
scheduled.
125cars
90cars 50cars
24 cars
50cars
95cars
90cars
KEY
Vehicular Circulation
Parking Areas
Vehicular Site Access Points
Bus Drop-Off
39Cornell University: Game Farm Road Athletic Complex Facilities Master Plan
The roadway system will typically be a 24 foot travel lane with a sloped granite edging
typical on both sides, LED street lighting, a 12 foot shared primary walk nearby, and
irregular spaced street trees to enhance the naturalistic character of the campus. The
character of the landscape along the roadway is illustrated in the concept plan to the right.
Shown on the left in the image below is the 20 foot meadow/lawn area for temporary
overflow parking. When not in use, the area can remain meadow and when there is a de-
mand for extra parking or tailgating activities, the meadow can be mown and used as an
overflow area. To deter this new vehicular network from becoming a new cut through to
avoid the Ellis Hollow / Pine Tree intersection, traffic calming measures should be imple-
mented at strategic locations in the network to slow and discourage through traffic.
MASTER PLAN
Public Transit / Campus Shuttle
Enhancements are recommended to existing TCAT bus ser-
vices to address peak hour capacity and reliability issues. Ex-
tension of one or more bus routes that now terminate at East
Hill Village are a priority. Expansion to the existing Cornell
athletic shuttle service or modifications to proposed services
will be evaluated as new athletic facilities come on line, and
will be critical in providing safe, reliable transportation for
student athletes.
CHARACTER OF PLANTING ALONG ROADWAY
TYPICAL VEHICULAR ROADWAY PLAN TYPICAL VEHICULAR ROADWAY SECTION
40
MASTER PLAN (CONT.)
Framework & Infrastructure | Transportation (Cont.)
Pedestrian Circulation KEY
Primary (Multi-Use) Walks
Secondary Walks
Nature Walk
Moving around the campus easily, comfortably,
and safely is critical to the wellbeing of the cam-
pus community. For the Game Farm Road Athlet-
ic Complex, a pedestrian friendly approach was
taken to create a network of paths to accommodate
internal mobility needs around the athletic facilities
and external access in a safe and convenient way.
In addition, bicycling is also an important mode for
campus trips and the primary walkways have been
designed to be shared paths at 12 feet in width.
Secondary paths have been designed at 8 feet in
width to meet campus standards. These paths will
be paved to provide a durable, safe, and accessible
route that is easily maintained year-round.
Parking and drop-off areas are located as to pro-
vide easy and accessible access to all venues. The
proposed pedestrian bridge across Cascadilla
Creek will provide better access to the Cascadilla
Creek Natural Area and the East Ithaca Recreation
Way, and can provide a safe and more convenient
pedestrian and bicycle access from the core cam-
pus. A new nature trail, (mulch or stone dust,) is
proposed along the wooded northern edge of the
site that weaves in and out of the Cornell Planta-
tions Natural Area for the Cascadilla Creek, paral-
lel to the East Ithaca Recreation Way.
41Cornell University: Game Farm Road Athletic Complex Facilities Master Plan
MASTER PLAN
The pedestrian circulation infrastructure will be a key component in defining the character and ex-
perience of the new campus. The plan envisions meandering walkways weaving through a natural
landscape. The pedestrian circulation will work with the integrated stormwater strategy with board-
walks and pedestrian bridges at strategic locations.
WALK DESIGN PRECEDENTS TYPICAL PRIMARY WALK SECTION TYPICAL SECONDARY WALK SECTION
42
MASTER PLAN (CONT.)
Framework & Infrastructure | Utilities
Utilities
Utility infrastructure services will be required to service the new athletic facilities and support
structures of the new Athletics Campus. The design team has worked with Cornell Facilities to assess
proposed improvements and potential connection points. A more detailed analysis and engineering
study will be required for each utility to confirm the master plan level designs noted on the following
plans and described below. It should be noted that as the proposed East Hill Village planning contin-
ues, potential synergies related to utility infrastructure and services should continue to evaluated.
Sewer – Any upgrades and need for new sanitary sewer service should be connected to the Cornell
treatment system which ultimately connect to the City of Ithaca, Town of Ithaca, or Town of Dryden
systems. There are no Cornell sewer facilities in the vicinity. Working with Cornell Facilities, it
was determined that the best location to tie into is an existing system at the Poultry Farm complex
north of Cascadilla Creek. The plan outlines a proposed on-site sanitary sewer strategy. Two new
pump stations are proposed. The force main will extend along or under Game Farm Road from the
new pump station to the existing pump station facility at the Poultry Farm location. The team un-
derstands that the Town has current plans for renovation/repairs to the existing Game Farm Road
bridge, which would provide an opportunity to include a sleeve to accommodate the future force
main. It should also be noted that the existing sewer facilities at the poultry farm (Pump station and
force main) should be evaluated for capacity and condition as part of the final design.
Water – There is sufficient water service at the site perimeter to provide adequate water supply for
domestic, fire protection and irrigation uses for the project. An existing paired 16” water main occurs
along the south and west edges of the site, continuing north across Cascadilla Creek. An existing 8”
line services the existing building. New mains will be required from the perimeter service to the new
facilities. Not shown are exterior hydrants which would need to be located along the roadways and
at strategic locations in the interior of the campus.
Drainage – Drainage will be accommodated as part of the overall stormwater management strategy.
Drainage infrastructure will be minimized to the extent feasible and most drainage will be addressed
with surface treatment. It is assumed that the existing detention/ retention areas north of the exist-
ing fields will remain and new facilities will be included in the plan as outlined in the stormwater/
hydrology section of this report.
Electrical – The existing electrical transformer (300kva) at the existing building does not have capac-
ity for any added load. A supplemental or replacement transformer would be required for any pro-
gram that would require additional loads (field lighting/ buildings). In addition, coordination with
NYSEG should be performed to determine permanent service connections.
Data / Fiber – New Data / Fiber service will be required to be run to service blue light and other secu-
rity as well as general Cornell campus network access and services. It appears that the best location
to provide this service is near the Library Annex area on East Palm Road across Cascadilla Creek.
The required crossing would occur at the location of the previously installed water main crossing,
where empty conduits were installed for this purpose.
43Cornell University: Game Farm Road Athletic Complex Facilities Master Plan
MASTER PLAN
Framework & Infrastructure | Natural Systems
Landscape
The ACFMP offers an opportunity to introduce planting patterns that compre-
hensively integrate landscape systems of the site and the broader region. The
ACFMP embraces the physical openness of the Game Farm Site and reinforces
the valued natural systems. This is consistent with Cornell’s goal to promote
environmental stewardship and maintain its natural features, legacy spaces,
and important views. The ACFMP strives to maintain and restore as much of
the open meadows and vegetation of Cascadilla Creek as possible as illustrat-
ed in the plan to the left. The majority of the floodplain forest along the Cas-
cadilla Creek is maintained and the views into this landscape are embraced
by strategic orientation of the proposed facilities. Lawn areas have been
minimized and are used for multiuse, gathering, and spectator seating areas.
Meadow areas are proposed as the major groundcover for the campus to en-
hance the natural character and reduce maintenance needs. Temporary over-
flow parking areas and will be mowed on a limited, as needed basis. A tree
installation plan should be implemented immediately as there are currently
no trees in the open agricultural fields. Trees shall consist of native shade trees
that define spaces, provide shade, and contribute to the character and image
of the site. Smaller trees and shrubs will be used in natural areas to assist with
water quality and provide habitat.
KEY
Floodplain Forest
Open Meadow
Lawn
Meadow/Lawn
LANDSCAPE DESIGN PRECEDENTS
44
MASTER PLAN (CONT.)
Framework & Infrastructure | Natural Systems
Stormwater & Hydrology
As the Game Farm Road Athletic Complex devel-
ops, naturalized ponds, swales, and other appropri-
ate stormwater management features should be in-
tegrated into the design so that these infrastructure
elements can also serve as campus amenities. Best
management practices to retain and treat stormwa-
ter discharge into the Cascadilla Creek should be
integrated to reduce flows, minimize erosion, and
improve water quality. The location of water col-
lection and infiltration directly corresponds to the
existing drainage patterns determined in the anal-
ysis part of this planning process. By creating long
linear infiltration systems, the water management
is likened to a water web, an integrated system that
permeates the plan in a comprehensive way and
enhances the ecological function of the site.
The stormwater features will be supplemented
with natural vegetation to support stormwater
treatment functions, provide habitat, and enhance
the natural character of the campus.
The locations where circulation intersects with
stormwater facilities are prime locations for board-
walk and simple bridge crossings.
KEY
Stormwater Feature
45Cornell University: Game Farm Road Athletic Complex Facilities Master Plan
MASTER PLAN
STORMWATER AND BOARDWALK DESIGN PRECEDENTS CONCEPT SKETCH
46
PRACTICE FIELDS (McGOVERN FIELDS)
• Recommendations
◦225’ x 360’ Field Dimension (McGovern 1, 2, and 4)
◦147’ x 360’ Field Dimension (McGovern 3)
• Field Surfacing
◦Two (2) natural grass fields
◦Two (2) infilled synthetic turf fields
• Field Amenities
◦4’ Perimeter fencing
◦20’ High protective
athletic ball net and
endlines
• Sports Lighting System
◦Existing 6 pole system
(4 poles each field, two
shared back to back)
◦New 5 pole system (3
poles shared with
Berman Field) for
McGovern 4
◦Proposed light levels for
the competition field
70/50 foot candles
◦Energy consumption
monitoring programs
Athletic Venue Program
University of Pennsylvania, Philadelphia, PA Harvard University, Boston, MA
MASTER PLAN (CONT.)
The following outlines programmatic elements for each competition venue, practice / multiuse fields, and support-
ing facilities associated with the new athletics complex. These programs were vetted with Cornell stakeholders in-
cluding athletes and coaches, and conform to the goals of providing NCAA quality venues and supporting facilities
that meet or exceed Ivy League standards. Precedent images for each venue are included to represent the quality
and program that is anticipated. Detailed design for each facility will be required as the project moves forward.
47Cornell University: Game Farm Road Athletic Complex Facilities Master Plan
NCAA SOCCER PROGRAM (PROPOSED RELOCATION OF BERMAN FIELD)
Athletic Venue Program
Harvard University, Boston, MA Mount Ida College, Newton, MA
MASTER PLAN
• Recommendations and Requirements to match NCAA and Existing Facility
◦Required Field Dimension: 210’ x 345’ NCAA min., 225’ x 360’ NCAA max.
(FIFA :150’x300’ min., 300’x 390’ max.)
• Competition Field Surfacing
◦Sand based under drained natural grass field
• Spectator Seating and Press Box
◦Proposed capacity 1500 to match existing. Bleachers to be raised 3’ above
field and tiered on two levels with overflow seating berm.
◦Aluminum planks with seat backs, center section to have flip up/folding
chairs
◦Press box
• Soccer Field Amenities
◦Flat area adjacent to bleachers dedicated to concessions
◦Scoreboard with PA system
◦Game Management/Scorers Area with Shade Structure
◦Team Area Benches with Shade Structure
◦4’ perimeter fencing with windscreen
◦20’ High protective athletic ball net and endlines
◦Brick/unit block wall behind grandstands
• Sports Lighting System
◦6 pole system with energy consumption monitoring programs
◦Proposed light levels for the competition field (70/50 foot candles)
◦Potential for televised events (100/70 horizontal, 70/40 vertical foot
candles)
◦Safety/security lighting on fields
48
NCAA TRACK AND FIELD PROGRAM (PROPOSED RELOCATION OF KANE SPORTS COMPLEX)
Athletic Venue Program
Mount Holyoke, Holyoke, MA
MASTER PLAN (CONT.)
• Recommendations and Requirements to match NCAA and Existing Facility
◦Required:
◦400m 8 lane track with (2) straightaways (to match existing)
◦Throwing events – (2) shot put, (1) hammer/discus, (1) javelin
◦Field events – (2) Long/Triple Jump/ High Jump, (1) Steeple Chase, (2) Pole Vault
• Competition Track Surfacing
◦Resilient Track Surfacing at track lanes, “D- areas”, and runways
◦Infilled synthetic turf infield (fits 210’x345’ Soccer)
• Track Facility Amenities
◦Seating for 1,000 spectators (+/- 2,500 more for overflow informal seating berm and
tent space for large events. Bleachers to be raised 3’ above field with overflow
seating berm above bleacher seating and around south end of track.
◦Brick/unit block wall behind grandstands
◦4’ Perimeter black chain link fence
◦20’ High protective athletic ball net and endlines
◦900 sf Storage Shed
• Field Surfacing
◦One (1) infilled synthetic turf field (210’ x 345’ plus runoff boundary)
• Sports Lighting System
◦6 pole system
◦Proposed light levels for the competition field (70/50 foot candles)
◦Potential for televised events (100/70 horizontal, 70/40 vertical foot candles)
◦Safety/security lighting on fields
◦Energy consumption monitoring programs
49Cornell University: Game Farm Road Athletic Complex Facilities Master Plan
Athletic Venue Program
NCAA FIELD HOCKEY PROGRAM (PROPOSED RELOCATION OF DODSON FIELD)
• Meet All NCAA Facility Recommendations and Requirements for field dimensions
(180’ x 300’ plus runoff boundary)
• Field Surfacing
◦Knitted Nylon Synthetic Turf with Hydration (Water Cannons)
• Field Hockey Facility Amenities
◦Seating for 250 spectators to match existing – permanent bleacher
◦Team Areas
◦Press box/game management area
◦Scoreboard with PA system
◦Perimeter fencing with curb and windscreen
• Sports Lighting System
◦4 pole system
◦Proposed light levels 75/50 fc 2.0:1 uniformity
University of Pennsylvania, Philadelphia, PA University of Pennsylvania, Philadelphia, PA
MASTER PLAN
50
NCAA BASEBALL PROGRAM (PROPOSED RELOCATION OF HOY FIELD)
• Dimensional Recommendations and
Requirements to match NCAA and Existing
Facility
◦Required:
◦90’ to bases
◦13’ radius skinned cutouts at each
base
◦Team areas
◦Bull pen for both teams, each to
allow for 2 pitchers to warm up
at exact measurements of mound on
playing field
◦5’ diameter on deck circle, minimum
30’ from home plate in line with
front edge of dugout
◦4’x6’ batter’s box, 4’x6’ catchers box
◦Coaches box shall be 20’x5’, located
15’ from the foul line
◦13’ radius home plate circle
◦9’ radius pitcher’s mound
◦Pitcher’s mound 60’-6”
◦Top of pitcher’s rubber 10” higher
than the level home plate
◦1:12 slope from 6” in front of
pitchers rubber to a point 6’ toward
home plate
◦Pitcher’s mound level with top of
pitcher’s rubber, 6’ in front and 22”
behind pitcher’s rubber, 18” from
each end
◦Required (cont):
◦Foul lines. All lines marked with
chalk or non-burning white material
and must be 2-3 inches wide 3’ offset
for first base restraining line
◦6’ wide skinned first and third base
lines
◦Recommendations:
◦330’ to each foul pole, 375’ in right
and left center, 400’ in center field
◦Solar orientation, north to south
◦Outfield fence 6’ if possible, 8’ high
preferred
◦15’ minimum wide warning track
◦Bull pens oriented same direction as
playing field mounds, outside
playing area
◦Distance from home plate to back
stop 60’
◦On deck circle 37’ from home plate
in line with front edge of dugout
◦.67% from edge of sideline
boundaries to edge of pitchers circle
◦Team areas enclosed on either end,
at the rear, and overhead
◦Team areas centered on home plate/
first base and home plate/third base
◦First and third base lines be skinned
15” inside each base line (no more
than 36”) and 36” outside each base
line
◦Recommendations (cont):
◦Scoreboard showing balls, strikes,
outs and line score located to be
easily seen by both teams and
spectators, not placed in batter’s
vision sector
• Competition Field Surfacing
◦Infilled synthetic turf monofilament
◦Everything turfed except for high
performance pitcher’s mound infield mix
• Spectator Seating and Press Box
◦Proposed capacity 500 to match existing.
Bleachers to be raised 4’ above field level.
◦Aluminum planks with seat backs, center
section to have flip up/folding chairs
◦Structural steel I-Beam construction
◦Press box
◦Accessibility and Plumbing Code
challenges
• Baseball Facility Amenities
◦8’ Black Chain Link Fencing (with wind
screens and fence guards along foul
territory, padding out outfield)
◦Bull Pens (2 Home, 2 Visitors)
◦Dugouts/Team Areas
◦Scoreboard
◦Batting Cage(s) (indoor preferred)
Athletic Venue Programs
MASTER PLAN (CONT.)
• Baseball Facility Amenities (cont)
◦Batter’s Eye
◦Protective Netting
◦Tension backstop pole system with
padded unit block knee wall
◦Spectator circulation/ seating
◦Communications, Telephone, Data
◦Building Program
◦1,590 sf Home Team Locker Room
and Bathroom with showers
◦803 sf Visitors Team Locker Room
and Single Bathroom
◦1,815 sf Spectator Bathrooms
◦163 sf Umpire Changing Room
◦163 sf Storage Room (Maintenance)
◦413 sf Concession Area under Press
Box
◦1,174 sf Storage under Steel I-Beam
Bleachers
◦Brick Veneer wrapped around
bleachers
• Sports Lighting System
◦8 pole system
◦Proposed light levels for the competition
field (70/50 foot candles)
◦Potential for televised events (100/70
horizontal, 70/40 vertical foot candles)
◦Safety/security lighting on fields
◦Energy consumption monitoring programs
51Cornell University: Game Farm Road Athletic Complex Facilities Master Plan
Dartmouth College, Hanover, NH
Dartmouth College, Hanover, NH
MASTER PLAN
52
Athletic Venue Programs
MULTI-PURPOSE PRACTICE FIELDS
• Recommendations
◦225’ x 360’ field dimensions
• Field Surfacing
◦One (1) infilled synthetic turf full
size NCAA field
◦One (1) natural grass full size
NCAA field
• Field Amenities
◦4’ Perimeter fencing
◦20’ High protective athletic ball net
and endlines
University of Pennsylvania, Philadelphia, PA
MASTER PLAN (CONT.)
LIGHTING PLAN
Lighting of the fields will be an important
programmatic element of the plan. Extended
use of the venues will be a critical component
of the complex, but will need to weighed with
Towns of Ithaca and Dryden concerns. Easily
controlled, dimable, and programmable LED
lights will be a fundamental part of the plan.
This will not only address neighbor concerns,
but will also assist in energy conservation and
reduce habitat impact.
53Cornell University: Game Farm Road Athletic Complex Facilities Master Plan
MASTER PLAN
Athletic Venue Programs
Harvard University Beren Tennis Pavilion & Jordan Field, Boston, MA
Air Force Academy Holaday Athletic Center, Colorado Springs, CO
Game Farm Athletic Complex Club House and Field House
PHASE I | Club House
Men’s Soccer Team
Locker Room……………………………………………960 sf
Bathroom and Shower Room…………………………600 sf
Women’s Soccer Team
Locker Room……………………………………………960 sf
Bathroom and Shower Room…………………………600 sf
Men’s Bathroom..............................................................600 sf
Women’s Bathroom …………………………………...600 sf
Lounge/Cafeteria/Lobby…………………………….1,600 sf
Laundry Room…………………………………………120 sf
Storage
Maintenance storage closet…………………………... 760 sf
Athletic Equipment Storage…………………………1,200 sf
Miscellaneous
Stairs/elevator/hallways/mechanical space………..2,500 sf
TOTAL FIRST FLOOR……………………………..10,500 sf
PHASE II | Club House
Men’s Lacrosse Team
Locker Room……………………………………………960 sf
Bathroom and Shower Room………………………….600 sf
Women’s Lacrosse Team
Locker Room……………………………………………960 sf
Bathroom and Shower Room………………………….600 sf
Field Hockey
Locker Room……………………………………………960 sf
PHASE II | Club House (continued)
Bathroom and Shower Room………………………….600 sf
Flex Locker Rooms
7 total (352 sf. each)…………………………………..2,464 sf
Men’s Bathroom...............................................................650 sf
Women’s Bathroom…………………………………….650 sf
Offices
Coaches Office (5 total) at 120 sf. each…………….....600 sf
Class Room / Film Room……………………………..1,000 sf
Trainer’s Room…………………………………………900 sf
Fitness / Warm Up Room………………………………900 sf
Storage
Maintenance storage closet…………………………... 380 sf
Miscellaneous
Stairs/elevator/hallways/mechanical space………...5,162 sf
TOTAL SECOND FLOOR…………………………..17,386 sf
TOTAL BUILDING PROGRAM…………………...27,886 sf
PHASE II | Field House
Field House with Infilled Synthetic Turf Field….100,000 sf
(Fits a full size NCAA football, soccer, lacrosse, and field
hockey field)
From:AshleyPizak<akp65@cornell.edu>Sent:Thursday,November14,20247:39PMTo:TownOfIthacaPlanningSubject:CornellFieldHockeyFieldandComplex**WARNING**Thisemailcomesfromanoutsidesource.Pleaseverifythefromaddress,anyURLlinks,and/orattachments.AnyquestionspleasecontacttheITdepartmentGoodeveningTownPlanningBoardMembers,MynameisAshleyPizakandIamasophomoreintheNolanSchoolofHotelAdministrationonthefieldhockeyteamhereatCornell.IfeelverypassionateaboutthefieldhockeycomplexprojectasIbelieveitwillhelpourteambeatopcompetitorinallofDivisionI.Beingaparto-FtheCornellFieldHockeyteamhasbroughtmesomeofmyfavoritememoriesandfriendships.Notonlythis,buttheteampusheseachothertobeourbesteveryday.TheteamkeepsmymentalandphysicalhealthingreatshapeandItrulydonotknowwhatIwoulddowithoutthem.Playingonthisspecificsyntheticturfisessentialtothissport.Ithelpsustraintoourbestpotentialandtowhatourcompetitorsplayon.Ithelpsmakeourgamesomuchfasterwhichwewouldnotbeabletodoongrassorotherturfoptions.Mystudent-athleteexperiencewouldbeimprovedbythisbyhavingabrandnewfacilityformylasttwoyearsofplayingfieldhockey.Iwouldlovetheopportunitytoendmyfieldhockeycareerplayinginastateoftheartcomplex.IhighlysupportthisprojectandIthankyousomuchforyourtimeandconsideration.BestRegards,AshleyPizakClassof2027
From:AnnabelCheveley<ahc258@corne11.edu>Sent:Thursday,November14,20247:48PMTo:TownOfIthacaPlanningSubject:LetterofSupport-CornellFieldHockeyFacility**WARNING**Thisemailcomesfromanoutsidesource.Pleaseverifythefromaddress,anyURLlinks,and/orattachments.AnyquestionspleasecontacttheITdepartmentGoodeveningTownPlanningBoardMembers,Ihopethatthisemailfindsyouwell.MynameisAnnabelCheveley,IamaSophomoreontheCornellFieldHockeyteam,majoringinpsychology.Ihopethatyoudon’tmindmetakingamomentofyourtimetoexpresstheimportanceofthenewfieldhockeyfacilityforourteam.Thisprojectisparamountforourprogramandwillhavesignificantbenefitsforourperformancebutalsoourindividualexperiencesaspartoftheprogram.Itwouldbeanincredibleopportunitytoplayonastate-of-theartsfacilityandImyselfwouldbehonouredtorepresentsuchaforwardthinking,developedprogramwhichwouldreachthehighestlevelofperformancesupportedbysuchanamazingfacility.BeingamemberoftheCornellfieldhockeyteamistrulyspecialandasaninternationalstudentfromLondon,Ifeelluckyeverydaytobepartofsuchawonderfulprogram.Thisteamteachesmeskillsonandoffthefieldandbringspositivitytomyeveryday.Playingonasyntheticturfisessentialforourteamtocontinuedevelopingandbringingitshighlevelperformance,withoutitwewouldn’thavethesufficientmeanstocompetewithotherhighlevelteams.Therefore,Iaminfullsupportoftheprojectandeveryoneofmyteammemberswillhaveanimprovedstudent-athleteexperienceasaresultofit.Thankyousomuchfortakingthetimetoreadmyemail.Best,Annabel
From:EmmaPoplyk<elp68@cornell.edu>Sent:Thursday,November14,20248:01PMTo:TownOfIthacaPlanning**WARNING**Thisemailcomesfromanoutsidesource.Pleaseverifythefromaddress,anyURLlinks,and/orattachments.AnyquestionspleasecontacttheITdepartmentDearTownPlanningBoardMembers,Ihopeyouarewell.MynameisEmmaPoplykandIamasophomoreonthefieldhockeyteamatCornellstudyingCognitiveScience.Iamwritingthislettertoyouallsoyoucanseehowimpactfulanewfacilitywouldbeformeandmyteam.Weworksohardplayingthesportwelove,andthisprojectclearlyshowshowhardwework.Wespend20hoursaweekcommittingtothesportweloveaswellasbeingstudents.IwouldnotputthatmuchworkinifIdidnotloveeveryaspectofCornellfieldhockey.Thisnewfacilitywouldbesobeneficialandrewardingforalltheworkweputin.Playingfieldhockeynotonlyhelpsmestayinshape,butissoimportantformymentalhealthandgivesmetheoutletthatIneed.Ourfieldisoldandquitefranklydangeroustoplayon.Theturfhasnogivetoitanymore.Weneedanewfacility.Playingongrassorinfillturfissimplynotacceptableatthedivision1level.Thegameisnotthesame,itslowseverythingdown,and-ForhowmuchworkweputinthroughoutourlivesIdonotwanttogobacktoplayingmiddleschoolfieldhockey.Thankyouforyourconsideration.Bestwishes,Emma
From:MarthaBroderick<mjb574cornel1.edu>Sent:Thursday,November14,20248:04PMTo:TownOfIthacaPlanning**WARNING**Thisemailcomesfromanoutsidesource.Pleaseverifythefromaddress,anyURLlinks,and/orattachments.AnyquestionspleasecontacttheITdepartmentDearTownplanningboardmembers,MynameisMarthaBroderick,I’masophomorefieldhockeyplayeratCornellstudyinggovernment.Ihavebeenplayingfieldhockeyforalmost14yearsnow,andIhavealwaysplayedonsyntheticturf.HockeyhasalwaysbeenabigpartofmylifeandisthereasonIcametoCornellfromEnglandtoplay.Thisnewturfwillmakeahugedifferencetotheabilityofourteamtocompeteatthehighestlevelandbeaconsistenttop20teamthatweknowwecanbe,afterreachingnewhighsinthepastseasonsasateamit’sreallyimportantforustocarryonthemomentum.Havingthisnewfieldwillmeanwedon’thavetocompetewiththechallengesouroldfieldpresenteduswith,beingoldandwornout.Asaneliteathleteitisreallyimportanttotrustthesurfaceyouareplayingonandmakesureitdoesn’tpresentyouwithmorechallenges.Asagoalkeeperit’simportantfortheballspathtobepredictable—thatisn’tpossibleonourcurrentturforagrassfield,onlyonanewsyntheticturf.IreallythinkthisnewfieldwillgiveCornelltheabilitytoreallygrowasaprogram,andIfullysupportthenewsyntheticfieldbeingputintoplace.IthankyoufortheconsiderationofournewfieldBest,Martha
From:SarahBurns<seb392@cornell.edu>Sent:Thursday,November14,20248:22PMTo:TownOfIthacaPlanningSubject:SupportofFieldHockeyFacilityonGameFarmRoad**WARNING**Thisemailcomesfromanoutsidesource.Pleaseverifythefromaddress,anyURLlinks,and/orattachments.AnyquestionspleasecontacttheITdepartmentDearTownPlanningBoardMembers,MynameisSarahBurnsandIamcurrentlyasophomoreontheCornellFieldHockeyteamstudyingAppliedEconomicsandManagementattheDysonSchool.IunderstandthedecisiononthemunicipalapprovalforthenewfieldhockeyfacilityatGameFarmRoadiscomingup.AsastudentandmemberofthefieldhockeyteamIwantedtoprovidemyperspectivesoyoumightutilizeitinyourdecisionmakingprocess.Iwouldliketoexpressmystrongsupportforthefacilityasitwouldbeanincredibleopportunityforourteamtogrowandstrengthenourfuturesuccess.Furthermore,asastudentathleteCornellisanincrediblyacademicallyrigorousuniversityandthisfacilitywouldgreatlyenhanceourwholeteam’sstudentathleteexperience.Withoutthisfacilitywewouldnothaveadesignatedhomewhichwouldgreatlyaffectnotonlyourperformance,buttheteam’swell-beingmentally.Wededicate20hoursaweektotheteamwhilebalancingthecourseworkofaCornellstudent,andtonothaveaplacetocallourownmakesitevenmorechallengingaswedevoteourselvesandtimesofully.WiththefacilityitwouldprovideourteamwiththeabilitytogrowtoourfullestpotentialasathletesandpeopleThankyousomuchforyourtimeandconsideration.Isincerelyhopeyouareabletotakeastudentperspectiveintoaccountforallthisfieldandfacilitywouldmeantousontheteam.Thankyou,SarahBurnsSarahBurnsCornellUniversityDysonSchoolIClassof2027M:(484)225-4314ILinkedin
From:OliviaWeir<olw9@cornell.edu>Sent:Friday,November15,20249:55AMTo:TownOfIthacaPlanningSubject:TownPlanningBoardMembers**WARNING**Thisemailcomesfromanoutsidesource.Pleaseverifythefromaddress,anyURLlinks,and/orattachments.AnyquestionspleasecontacttheITdepartmentDearPlanningBoardMembers,MynameisOliviaWeir,andIamajuniorontheFieldHockeyTeammajoringinBiologyatCornellUniversity.IamwritingtoexpressmystrongsupportfortheconstructionoftheFieldHockeyComplexonGameFarmRoad.Asastudent-athlete,Iamdeeplyinvestedinmysportandtheexperiencesthatithasprovidedmethusfar.Theproposedcomplexwouldsignificantlyenhanceourtrainingandcompetitioncapabilities,allowingustoreachourfullpotentialasatopDivisionIprogram.Withstate-of-the-artfacilities,wewouldhaveaccesstoaworldclassfieldthatmeetsofficialstandards,providingasafeenvironmentforpracticeandgames.Thiswouldnotonlyimproveourperformancebutalsohelpreducetheriskofinjuries.Additionally,thenewcomplexwouldpromotethesportofFieldHockeyandbuildadeepersenseofcommunityamongathletesandfans.Itwouldserveasadedicatedspaceforfieldhockeyevents,encouraginggreaterattendanceandsupportfromourpeers,families,andthecommunity.Additionally,thecomplexwouldenhanceourrecruitmentefforts,attractingtoptalenttoCornell’sfieldhockeyprogram.Prospectivestudent-athletesoftenconsiderthequalityoffacilitiesandsupportwhenchoosingwheretoinvesttheirtimeandeducation.HavingamoderncomplexwouldputCornellinamorecompetitivepositionwhenitcomestoattractingskilledplayerswhowillcontributetothesuccessandlegacyofourprogram.IhavemadesomeofmybestmemoriesthroughCornellFieldHockeyandconsiderthisteammysecondfamily.Ibelievetheconstructionofthiscomplexispivotalforthefuturesuccessofthisprogramformanyyearstocome.Thankyouforyourconsideration.Sincerely,OliviaWeirI
Cil/1cj2c)From:ConstanceStirling-Engman<cstirlingengman@gmail.com>Sent:Sunday,November17,20248:05PMTo:TownOfIthacaPlanningCc:info@zerowasteithaca.orgSubject:Moresyntheticturfprojectsandtheirharmfuleffects**WARNING**ThisemaiLcomesfromanoutsidesource.PLeaseverifythefromaddress,anyURLLinks,and/orattachments.AnyquestionspLeasecontacttheITdepartmentTO:TownofIthacaPlanningBoardIamwritingtoexpressmyoppositiontotheinstallationofmoresyntheticturfonathleticfieldsatCornell.IwouldbeattheNov.19meeting,butwillbeout-of-town,soI’mwritinginstead.Ourworldisalreadyawashinmicroplasticsandplasticpollutionandwedon’tneedtoaddmore.Theproduction,installationandbreakdownofsyntheticturfjustaddsmoreofaburdentoourland,airandgroundwater.Onceitiswornout,itprobablygoestoalandfill.Theentirelifecycleofsyntheticturfisawasteofresourcesandtheplasticwillneverbiodegrade.Eventhoughnaturalgrassanddirtplayingfieldsmayrequireoccasionalwateringandsomemaintenance,Ifeelthatthisisfarbetterthancreatingmoremicroplasticpollution.Oursharedplanetisalreadysurpassingthe1.5Celsiusthresholdbeyondwhichglobalwarmingmaybeirreversible.WearealreadyexperiencingabnormalweatherpatternsrighthereinIthaca.Iamanaturalist,hikerandscubadiverandIseefirsthandthedamagefromplasticpollutionintoourbodiesofwaterandmarinelifeandwildlife.Ithacahasareputationforbeinginterestedinsustainabilityandworkingtowardcarbonneutrality.Howcaninstallingmoresyntheticturfhelpachievethatgoal?IimploretheTownPlanningBoardtostopharmingoursharedenvironmentwithplasticpollution.Keepingathleticplayingfieldsnaturalwouldsetanexampleandgivepeoplehopethatifwereduceouruseofplastics,maybewecanrestoresomehealthtooursoil,ecosystemsandourselves.ConnieStirling-Engman120WarrenRd.IthacaNYArtificialturfisasignificantthreattoourcommunityandtheenvironment.Keyconcernsinclude:•Microplastics:Turfreleasesharmfulmicroplasticsintotheenvironment.•HealthRisksforAthletes:Soccergoaliesareespeciallyatriskduetotheirclosecontactwiththeground,withharmcompoundingovertime.•ToxicAlgaeBlooms:Turfcontributestoharmfulalgaegrowth.•IndustryMyths:Claimsofwatersavings,reducedpesticideuse,andlessfuelconsumptionforlawnmaintenancehavebeendebunked.1
•PFASandOtherToxins:ArtificialturfoftencontainsPFAS(“foreverchemicals”)evenwhenlabeledas“PEAS-free.”Moreover,syntheticturfincludesthousandsofothertoxicchemicalsinitscorriponents.2
From:Sent:To:Subject:Attachments:AmandaPark<amandaparkfh@gmail.com>Sunday,November17,20248:47PMTownOfIthacaPlanningCornellFieldHockeySupportLetterCornellFHsupportletter.docx**WARNING**Thisemailcomesfromanoutsidesource.Pleaseverifythefromaddress,anyURL(inks,and/orattachments.AnyquestionspLeasecontacttheITdepartmentHello,Ihopeyouaredoingwell.AttachedisaletterinsupportoftheconstructionofthenewfieldandfacilitiesforCornellFieldHockey.Thankyouforyourconsideration!Sincerely,AmandaEc
DearTownPlanningBoardMembers,MynameisAmandaPark,andIamacommittedfieldhockeyplayerfortheclassof2029atCornell.MymajorwillbeEconattheCollegeofArtsandScience.FieldhockeyhasbeenanimportantpartofmylifeeversinceImadethedecisiontojoinmyclubteam.IcurrentlyplayforLoneStarFHCinDallas,Texas.FieldHockeyisimmenselyimportanttomebecauseitprovidesasafeplaceformeregardlessofanythingelsethatisgoingoninmylife.MyteamismysecondfamilyandIamtrulygrateful1madethedecisiontostartplayingtofillmysportsrequirementin7thgrade.WhenIstartedtogetrecruitedbyCornell,IimmediatelyknewIwantedtoplaythere.ItisanextremelystrongprogramandtightknitjustliketheteamIcurrentlyplayon.AlthoughCornellisanacademicallyimpressiveschool,whenIvisiteditwascleartomethatathleticswereequallyasstrong.EversincemysophomoreyearIknewIwantedtospendmyfouryearsofcollegeonateam.Arrivingatcollegewithagroupofpeoplelikeafamilywasalwaysadreamandgoalofmine.CommittingtoCornellhasmadethatcometrue.IwanttocontinueplayingthesportIlovewithateamIlove.ThatiswhyImadethedecisiontocomehere.Ialsobelieveplayingasportcanbuildcharacterinsomanyways.FieldHockeyhaskeptmedisciplined,focused,andgroundedintimesImaynothavebeenhadInotplayed.Ithasmademeamuchbetterpersonandhastaughtmetheimportanceofhardwork.IlookforwardtocontinuinggrowingasapersonandplayerwhenIarriveinthefallof2025.WhenIdiscussedarrivingasanathletemyfreshmanyear,ourheadcoach,Andy,explainedhisexcitementtowardstheconstructionofanewfacility.Thiswasamazingtohearbecauseasaplayerwhoseschoolplaysongrass,itmakesatremendousdifferencetoplayonanicefield.Thebestprogramsareundoubtedlyonesthathavesyntheticturf.Itisbasicallyessentialtobeingsuccessful.Thegamemovesmuchfasterandismuchcleaneronthattypeofturfratherthanaregularfieldturforgrassfield.Playersandteamsthatpracticeonasyntheticturfenduphavingmuchmoredevelopedskillsatspeed.Thismakessensebecausetheyareconsistentlypracticingatahigherspeed.Whenfieldhockeywasplayedalongtimeago,itstartedongrass,thenprogressedontofieldturf,untiliteventuallydevelopedtobeplayedonsyntheticturf.EveryDivision1schoolhasasyntheticturfexceptone.Thatschoolfallsinthebottom20offieldhockeyprograms.ItisbestthatasaprogramCornellmovesforwardratherthanbackwardsintime.ThatiswhyIaminstrongsupportoftheconstructionofthenewfacilitiesandfieldbyfallof2025.Ihopethatusasplayersandourprogramaretakenintoconsideration.Thankyousomuchforyourconsideration!Sincerely,Amanda
JuliaRamsey<jmr569@cornell.edu>Sunday,November17,20249:09PMTownOfIthacaPlanningCornellFieldHockeyFacility,1)c/Zt)**WARNING**ThisemaiLcomesfromanoutsidesource.PLeaseverifythefromaddress,anyURLLinks,and/orattachments.AnyquestionspLeasecontacttheITdepartmentDearTownPlanningBoardMembers,MynameisJuliaRamseyandIamasophomoreontheVarsityFieldHockeyteamatCornellUniversitystudyingintheCollegeofArtsandSciences.FieldHockeyhasalwaysbeenahugepartofmyLifegrowingup.CornellFieldHockeyisaveryspecialprogram.Beingapartofthisteamhasallowedmetogrowasnotonlyaplayerbutaperson.IwouldnotbethepersonIamwithoutCornellFieldHockey.ManyskillsIhavedevelopedthatwillhelpmewithlifeafterCornellisduetoCornellFieldHockey.Buildingasyntheticturfsurfaceisessentialforourprogramtogrowanddevelop.Thisprogramhashelpedtoshapesomanyyoungwomenintothesuccessful,confidentanddrivenwomenthattheyaretoday.Thisfieldwillhelptakethisprogramtothenextlevel.Therefore,wewouldreallyappreciateyoursupportinthisdevelopment.Thankyoufortakingthetimetoreadmyemailandthankyouforyourconsideration.Sincerely,JuliaRamsey1From:Sent:To:Subject:
CFFrom:ColombaInfante<colombainfantelO@gmail.com>Sent:Monday,November18,20249:25AMTo:TownOfIthacaPlanningSubject:SupportforCornell’sNewFieldHockeyFacilityProjectr*WARNlNG**ThisemaiLcomesfromanoutsidesource.PLeaseverifythefromaddress,anyURLLinks,and/orattachments.AnyquestionspLeasecontacttheITdepartmentDearMembersoftheTownPlanningBoard,MynameisColombaInfante,andIamanincomingfreshmanatCornellUniversity,classof2029.IwillbemajoringinEconomics,andIamproudtojoinCornell’sFieldHockeyteamnextfall.IamwritingtoexpressmystrongsupportfortheproposednewfieldhockeyfacilityonGameFarmRoad.JoiningCornell’sfieldhockeyprogramhasbeenadreamcometrue,andIamexcitedtorepresenttheuniversitybothathleticallyandacademically.IbelievefieldhockeyatCornellwillbeakeystoneofmypersonalandprofessionalgrowth.Beyondphysicalhealth,fieldhockeysupportsmymentalandemotionalwell-being,especiallyalongsidetherigorousacademicchallengesofuniversitylife.Itisanoutlettomanagestress,fosterasenseofroutine,andoffersasupportiveteamenvironmentwhereIcanbuildmeaningfulconnections.Iunderstandthetrade-offsinvolvedindevelopmentprojectslikethisone.Concernsaboutenvironmentalimpacts,lightpollution,andincreasedtrafficarevalidanddeserveaffention.However,thepositiveimpactofthisprojectonthestudent-athleteexperienceandCornell’sbroadercommunitycannotbeoverstated.Thenewcomplexwouldelevatetheuniversity’sfieldhockeyprogram,attracttalentedrecruits,andsolidifyCornell’sreputationasaleaderincollegiateathletics.Besides,ItrustthatCornellwilltakethoughtfulmeasurestoaddresstheseconcernsresponsibly.Fieldhockeyrequiresaspecializedwater-basedsyntheticturfsurfacetoensureconsistentplay,reduceinjuryrisk,andmaintaincompetitivestandards,somethingthatnaturalgrassorolderturfsystemscannotprovide.Thisfacilitywouldnotonlyenhancethequalityoftrainingandcompetitionbutalsoprovideaninspiringhomeforfuturestudent-athleteslikemyself,thatwouldserveasacenterforteamcamaraderieandcollaboration.Itwouldbeanenvironmentwherewecouldconnectasteammatesandbuildlastingrelationships.Thesenseofprideandbelongingfosteredbyhavingadedicatedhomeforourprogramwouldcontributetoouroverallwell-beingandsuccessbothonandoffthefield.Iwholeheartedlysupportthedevelopmentofthenewfieldhockeyfacilityandencourageyoutoapprovethisproject.Thankyoufortakingthetimetoconsiderthevoicesofstudent-athleteswhowillbenefitfromthisinvestment.Sincerely,ColombalnfanteCornellUniversity,Classof20291
AndrewSmith<as3935@cornell.edu>Tuesday,November19,20244:32AMTownOfIthacaPlanningCornellFieldHockeyProjectfr*WARNING**ThisemaiLcomesfromanoutsidesource.PLeaseverifythefromaddress,anyURLLinks,and/orattachments.AnyquestionspLeasecontacttheITdepartmentDearPlanningBoard,IamwritingastheHeadCoachoftheFieldHockeyteamatCornelltoaskforyoursupportinbuildinganewfacilityatGameFarmRoad.Itisnotourchoicetoleavecentralcampus,itisachoicethathasbeenforcedonusbythebuildingonthenewMenigFieldHouse.Wehaveawonderfulartificialturfinthemiddleofcampuscurrentlythathasserveduswelloverthelast16years.However,itistimeforreplacementsoaftercarefulinputithasbeendecidedthatthelogicalplaceforanewFieldHockeyFacilityisGameFarmRoad.CornellhashadaFieldHockeyteamfor50years.TheonlywayforFieldHockeytocontinueatCornellistoplayonaWater-BasedNon-InfillArtificialSurface.ThisisthestandardforFieldHockeyallovertheworld.IfwewereforcedtoplayonanyothersurfacetheprogramwouldnotbeaviableDivision1program.ThefacilityatGameFarmRoadcouldbeworldclass.LookattheBaseballfacilitythatwasconstructedoveratEllisHollow.Imaginethisleveloffacilityforateamoffemalestudent-athletes.ThiswouldbeafirstforCornellasastandalonefacilityofthislevelthatsupportsanexclusivelyFemaleSportandamassivestepintermsofgenderequity.ThefacilityatGameFarmRoadwouldprovideopportunitiesforhundredsifnotthousandsofstudent-athletesoverthenextdecades.Theadageof“Ifyoubuildit,theywillcome”hasneverbeensocorrecthere.Theprogramhasbeenontheprecipiceofmassivesuccess(Top15Ranking,2’placefinishesintheIvyLeague).WiththeconstructionofthisnewfacilitytheopportunitiesareendlessfortheFieldHockeyProgram.Notonlywillthefacilityimpactourstudent-athletesbutwillalsoimpactthegeneralstudentpopulationwiththeclubteamandthecricketteam.Myvisionofthisfacilitywouldbeforittobenefitthelocalcommunityaswell—theformationofalocalclubteam,perhapscommunityeventstogetherwithourannualsummercampsthatbringpeopletoIthacafromall,overtheworldtoseethebeautyofcampusandthesurroundingareas.ThebuildingofthiscompletefacilitysendsamassivemessagetotheyoungwomenofCornell.Itsays,“WeCare,WeValue,WeSeeYouandaboveall.elseWeSupport1From:Sent:To:Subject:(I/I/iLPO
You”.Cornellhaveputanamazingconstructionprogramtogetherandworkedtirelesslytofindcreativewaystogetthisprojectdone.Wecannotdoitwithoutyourinputandapproval.Pleaseapprovethisprojectatyourearliestconvenienceandplayyourpartinmakingourdreamsbecomeareality.Thankyoufortakingthetimetoreadthisnote,pleasedonothesitatetocontactmeifIcanprovidefurtherinformation.AndySmithAndySmithIHeadFieldHockeyCoachCornellUniversityI208BartelsHaIl,554CampusRoad,Ithaca,NY14853C:(510)384-8529I2
EmmyHomer<emmyhornerl@gmail.com>Monday,November18,20248:52PMTownOfIthacaPlanningALetterofSupportforCornellFieldHockeyFacility(FiRfr*WARNING**ThisemaiLcomesfromanoutsidesource.PLeaseverifythefromaddress,anyURLLinks,and/orattachments.AnyquestionspLeasecontacttheITdepartmentDearTownPlanningBoardmember,MynameisEmmyHomerandIamasenioratEmmausHighSchoolinPennsylvania.Inthefallof2025,IplantoattendCornellUniversity.IamexcitedtobeattendingtheCollegeofArtsandSciencesandmajoringinEconomics.Inadditiontothis,IwillbeplayingforCornell’sfieldhockeyteam.Cornell’scompetitivefieldhockeyprogramwasahugefactorinmydecisiontochooseCornellasmynexthome.Myyearsplayingfieldhockeyhavetaughtmemanylessonsthathaveplayedanenormousroleinmylife.Tonameafewthings,Ihavelearnedresponsibility,ahardworkethic,andtimemanagement.Justassignificantly,fieldhockeygreatlyaffectsmyphysicalandmentalwell-being.Icanstayinshapeandkeepmybodyhealthythroughdailypractice.Asabusystudent,IfinditveryhelpfultohaveasetblockoftimeeachdaywhereIamcommittedtogettingagoodworkout.Onthementalside,fieldhockeyservesasanoutlettomeandgetsmeoutofaslumpwhenIamhavingaroughday.Ithashelpedmecreatemanyofmyclosestfriendshipsandbestmemories.Ihaveplayedfieldhockeyonvarioussurfacesovertheyearsincludinggrassfieldsinmiddleschool,fieldturfduringhighschool,andastroturfinmyclubseasons.AsIgotolderandplayedmorecompetitivefieldhockey,IrealizedtheimportanceoftheturfonwhichIwasplaying.Fieldhockeyisagameplayedwitharelativelysmallball.Ifyouarenotplayingonaflat,compactturf,theballwilltakeunexpectedbouncesandgreatlyslowdownthegame.AsIprogressintotheworldofDivision1fieldhockey,Iamlookingforwardtoanadvancedlevelofcompetition.Aproperturffieldisessentialtothis.Thenewfacilitywouldalsoprovideaconsiderableadvantagetoourteambyallowingusaccesstoatop-tiertrainingfacility.WhenIwentthroughmyrecruitingprocess,schoolswithfacilitiessimilartotheoneCornellisplanningtoputinservedasahugesellingpoint.ThisfacilitywouldbeabigdrawforfuturerecruitsandcouldhelpCoachAndybringinplayerswhichwillsignificantlyincreasethelevelatwhichourteamcouldplay.AtCornell,Iplantoplayatthemostcompetitivelevelpossible.Thenewturfandfacilitywouldhelpmyteammatesandmeachievethis.IsupportthisprojecttobenefittheCornellFieldHockeyteamandhopeyoucanseehowmuchthisprojectwillhelpmyfutureteammatesandme.Iappreciateyourconsideration.Sincerely,EmmyHomer1From:Sent:To:Subject:
FRLaurieKonwinski<Laurie.Konwinski@dor.org>Monday,November18,20242:46PMTownOfIthacaPlanninginfo@zerowasteithaca.orgCommentforNov19meetingonArtificialTurf**WARNING**ThisemaiLcomesfromanoutsidesource.Pleaseverifythefromaddress,anyURLlinks,and/onattachments.AnyquestionspleasecontacttheITdepartmentDearMembersofthePlanningBoard,InmycapacityasJustice&PeaceMinistrycoordinatorforCatholicCharitiesTompkins/Tioga,Iadvocateonissuesofenvironmentalsustainability,recognizingthatthedestructionofthenaturalenvironmentdisproportionatelyharmsthepoorestandmostvulnerablemembersofsociety.IamwritingtourgeyoutoopposeanyproposalsbyCornellUniversityoranyotherentitytoinstallartificialturffields.Idothisbecauseoftheobvious,provenharmssuchprojectscause.Scientificliteratureisfullofstudiesoftheriskstohumanandanimalhealthcausesbycontactwithandrun-offfromartificialturf.Tocitejustoneofthese,entitled“Environmentalrisksofbreakdownnanoplasticsfromsyntheticfootballfields”,publishedin2024,researchhasshownthatdrainagewatersamplesfromtheartificialturfmaterialscausehightoxicitylevelsinmarinelife.GivenIthaca’sproximitytoCayugaLakeandthemanycreeksandstreamsthatfeedintothelakefromaroundthearea,thedangertoourwatersupplyandnaturalenvironmentistoohightopermitthisunnecessaryprojecttogoforward.Asacancersurvivorandthespouseofacancersurvivor,letmeaddthat,onapersonallevel,Iamdismayedtoimaginethenumberofyoungpeoplewhowouldbeexposedtothetoxinsinartificialturfandthenfacemalignanciesandotherserioushealthissuesintheirfuture.Itisamatterofpublicresponsibilitytoensurethatthisdangerisnotpresentinourcommunity.Thankyouforyourconsiderationofthisrequest.Sincerely,LaurieKonwinskiCoordinator,Justice&PeaceMinistryinTompkinsCountyCatholicCharitiesTompkins/Tioga324WestBuffaloSt.IthacaNY14850607-272-5062,Press1forourIthacaoffice,thenExt.12Laurie.Konwinski@dor.orgStatementofConfidentialityThiselectronicmessagemaycontainprivilegedorconfidentiaLinformation.Ifyouarenottheintendedrecipientofthise-maiL,pLeasedeLeteitfromyoursystemandadvisethesender.EmailDisclaimer1From:Sent:To:Cc:Subject:
V1912-4**WARNING**ThisemaiLcomesfromanoutsidesource.PLeaseverifythefromaddress,anyURLLinks,and/orattachments.AnyquestionspLeasecontacttheITdepartmentTowhomitmayconcern:PleasereconsidertheuseofsyntheticturffortheproposedfieldhockeyfieldonGameFarmRd.Syntheticturfposesseriousenvironmentalandhealthrisks,includingthereleaseofmicroplastics,exposuretotoxicchemicalslikePFAS,andcontributionstoharmfulalgaeblooms.Exposurefortheathletesisalsoharmfulduetotheirclosecontactwiththeground.Iadvocatefornaturalgrasswhichprovidesenvironmentalandmentalhealthbenefits,includingimprovedairquality,reducedurbanheat,supportforbiodiversity,andacalming,naturalenvironmentthatpromotesmentalandphysicalwell-being.Therearenomajorenvironmentalorganizationsthatsupportartificialturf.GroupslikeSierraClub,GAlA,BeyondPlasticsandthePlasticPollutionCoalitionallopposeit.Sincerelyyours,Dr.LouiseMygattZeroWasteIthacaref:https://docs.cjoocjle.com/documentld/19cjSqRdKSPBKYdPn8kMifFHyGr2sZxvlmdRpuWeZIU/edit?tab=t.O#heading=h.op5kf5whOhft1From:Sent:To:Cc:Subject:LouiseMygatt<louisemygatt@gmail.com>Monday,November18,20243:27PMTownOfIthacaPlanninginfo@zerowasteithaca.orgSyntheticTurf
PLANNING DEPARTMENT MEMORANDUM
TO: Planning Board Members
FROM: Christine Balestra, Senior Planner
DATE: November 13, 2024
RE: Site Plan and Special Permit – Verizon Wireless “Sunny View Site” Personal Wireless
Service Facility (Telecommunications Tower), 111 Wiedmaier Court
Please find enclosed additional materials related to the consideration of Site Plan and Special Permit
for a personal wireless service facility located at 111 Wiedmaier Court, off Slaterville Road/NYS Route
79. The following materials are attached:
1. Supplemental consultant report prepared by William P. Johnson and Steven M. Ciccarelli, titled
“Proposed Wireless Telecommunications Services Facility - RF Site Review for Verizon Wireless /
Sunny View Site,” dated November 4, 2024
2. A copy of the deed restrictions and plans associated with 2007 Wiedmaier Court Subdivision
3. Written public comments received after the 10/29/24 PB meeting, in time for the mail out for
the 11/19/2024 meeting
Not included in the attachments are:
1. Additional Verizon materials associated with alternative site analysis requested by the
Planning Board at the 10/29/24 PB meeting. Based on a phone conversation between Verizon
and Planning staff on Friday, November 8, the applicants are still in the process of preparing
the requested documents. Town staff will forward those documents to the Planning Board as
soon as they are received (expected by Thursday, November 14). They will also be uploaded to
the town website at the same time for the public to view.
2. Proposed draft resolutions associated with the project, which are currently being reviewed by
the Attorney for the Town. These will be forwarded along with the additional Verizon materials
and uploaded to the town website as well.
The Planning Board began their review of this project at the October 1, 2024, Planning Board meeting
but postponed the SEQR determination and decision to a future meeting, when the applicant could
provide additional material, and the consultants hired by the town could revise their report.
The Board met again on October 29, 2024, after receiving revised application materials and a revised
consultant report. After more than four hours of discussion, including an open and closed public
hearing, the board issued a negative determination of environmental significance for the project but
postponed consideration of site plan and special permit.
At the meeting on October 29, 2024, the Planning Board directed staff to work with the town’s
consultants to identify alternative sites within the Verizon coverage area that would potentially be
less intrusive than the proposed site. The attached letter provided by the town’s consultants (dated
November 4, 2024), answers the directive by the board. Planning staff provided this information to
Verizon, who are expected to provide additional information by Thursday, November 14 (see
highlighted note above).
The purpose of the November 19, 2024, Planning Board meeting is for the Planning Board to consider
Site Plan approval per Town Code §270-188, and to make Special Permit findings per Town Code
§270-200. The Planning Board will also need to make findings on the criteria listed in Town Code
§270-219.R (Special Permit criteria specific to personal wireless service facilities). The Special Permit
criteria from both sections of Town Code have been enumerated in the draft resolution(s) for the
project – the language is listed under the resolved clause numbers “1” and “2” (bottom of page one
to middle of page four on the attached draft resolutions). As noted in the highlighted section of the
memo, these draft resolutions will be forwarded to the board as soon as the Attorney for the Town
has reviewed them.
Please call me at (607) 273-1721 or email me at cbalestra@townithacany.gov with any questions
regarding this project.
Cc: Brett Morgan, Airosmith Development, Inc.
Jared Lusk, Esq., Nixon Peabody, LLP
S. Roberts WC Land, LLC
William P. Johnson
RF Engineering Consultant
PO Box 20263
Rochester, NY 14602
November 4, 2024
Town of Ithaca Planning Board
Attn: Ms. Christine Balestra, Senior Planner
Town of Ithaca
215 N. Tioga Street
Ithaca, NY 14850
RE: Proposed Wireless Telecommunications Services Facility - RF Site
Review for Verizon Wireless / “Sunny View” Site
111 Wiedmaier Court (Tax Parcel No. 56-4-1.22)
Proposed 134’ New Monopole Tower plus 4’ Lightning Rod (138’
overall)
Dear Ms. Balestra,
On October 29, 2024, the planning board asked for our collaboration to develop some ideas
regarding alternatives for Applicant’s proposed “Sunny View” site. In addition, discussions
with the town’s attorneys today has clarified my more restrictive interpretation of the Town
Code §270-219 R (1) (c) [2] regarding identification of a “significant gap” and preferred
frequency bands. Their explanations have reconciled the meaning of the Town Code and my
interpretation with the engineering issues associated with reliable wireless communications.
This report will address (1) the finding of a “significant gap” in the target improvement area
and (2) scenarios for alternate approaches to remedy the “significant gap” for your
consideration.
SIGNIFICANT GAP
Our revised preliminary report hesitated to acknowledge a “significant gap” as we interpreted
Town Code §279-219 R (1) (c) in a manner that was, on review by town counsel, narrower
than intended. Applicant’s propagation plots for low-band (700/850 MHz) showed usable
signal strength in some of the target improvement area. We therefore concluded that, if there
is a gap, it may not be a “significant gap.” By contrast the dropped call data shows more than
11% dropped calls which exceeds the 1% national goal. While there are likely several factors
that are causing such a high dropped call rate, one of the causes is due to lack of mid-band
RF coverage in the target improvement area. Calls in progress using mid-band spectrum will
Town of Ithaca Planning Board, November 4, 2024
Page 2 of 4
drop when a mobile user enter the area where there is no mid-band RF coverage. As a result,
part of the 11% dropped call rate is due to an RF coverage gap in mid-band. Mid-band
spectrum accounts for about 90% of Applicant’s licensed spectrum and is necessary to avoid
dropped calls as mobile users enter the coverage gap area. Given the high dropped call rate
it is arguably reasonable to then conclude that there is a “significant gap” in mid-band RF
coverage. That gap is confirmed by the propagation plots in application materials Exhibit H.
By way of explanation, our over-interpretation that was corrected by town counsel derived
from the statement that
“[a] significant gap cannot be established simply because the applicant's personal
wireless services operate on a frequency which is not the frequency most desired by
the applicant. An applicant's claim of need for future capacity does not constitute
evidence of a significant gap.” Town Code §279-219 R (1) (c) [2] [a].
Therefore, based on town counsel’s explanation of the meaning of the section quoted above
in light of an excessive dropped call rate, as is the case here, results from some form of a
coverage gap. Whether the gap is the result of weak low-band signals in building or vehicles
as noted in our last report, or whether it is the result of mid-band calls-in-progress dropping
as a mobile user enters the target improvement area, the results point to a “significant gap”
regardless of reference to a preferred frequency band. The remedy for the “significant gap”
requires a new base station or other hybrid solution in the vicinity of the target improvement
area that can provide sufficient low-band and mid-band RF signal strength to initiate,
maintain and hand-off voice telephone traffic. Sufficient signal strength and capacity will
also facilitate availability of data services since both the transmission and reception use the
same LTE technology to allow two-way exchange of information.
POTENTIAL “SUNNY VIEW” SITE ALTERNATIVE SCENARIOS
As evidenced by the high-level view of Applicant’s wireless network, huge geographic areas
can be serviced by many relatively small-diameter “cells” that allow sufficient signal levels
and user capacity for safe and reliable voice communications. Where there are large numbers
of wireless users, cells must be small to allow enough user capacity for reliable service. This
is called “network densification.” Network densification adds additional user capacity and
targeted signal strength improvement in areas such as business centers and sport complexes
where wireless subscribers congregate. Network densification often takes the form of
splitting an existing cell into several smaller cells with commensurately smaller support
structures or co-location on, for example, existing buildings or utility poles. In addition to
network densification for capacity there are times when zoning considerations and aesthetic
concerns could benefit from a similar approach.
Town of Ithaca Planning Board, November 4, 2024
Page 3 of 4
In the present case, the alternate sites considered by Applicant are in close proximity to each
other. Town Code §279-219 R (1) (c) [5] and following address the aesthetic impacts,
property values, community character, and mitigation of those affects through siting, location
and design. These items were discussed in the revised preliminary report last month. During
the October 29th meeting, the planning board concluded that the close proximity of alternate
sites did not offer much advantage to mitigate aesthetic concerns expressed during hearings.
While Applicant did not offer any additional possible approaches identified by their site
acquisition personnel, we offer some scenarios for the benefit of the planning board’s
consideration that have been found to work in other situations where (1) land control can be
obtained and (2) technical performance was adequate when zoning a proposed macro site did
not fit comfortably into the community. We offer these scenarios for possible consideration
and comparison to the proposed site to assess whether the proposed site meets the minimum
intrusion into the community test.
First, there are parcels closer to Route 79 in the search area identified by Applicant on the
south side that have hills on which a structure might be located that has a view through the
Route 79 valley and has potential for RF propagation from a similarly sized tower. We
acknowledge that those parcels may not improve some of the issues of concern since there
are homes in the area, but the locations may offer a shorter tower structure. With the advice
of town planners, it is possible that one or more of those parcels might provide some
improvement to the proposed “Sunny View” location – at least for minimum intrusion
comparison purposes. This approach will need RF analysis by Applicant to determine the
minimum height to achieve acceptable RF coverage, assuming land control is possible.
Second, the land features to the north of Route 79 provides a backdrop of foliage in the
vicinity of the search area that, arguably, could provide a backdrop for a stealth tree
structure. Normally a structure that is dramatically taller than the existing tree canopy is not
a good candidate for a stealth tree, but in this case there are similarities to a stealth tree that
was deployed on the east side of Lake George where a ridge provided a foliage back drop
when viewed from the lake. From the middle of the lake, it was nearly impossible to pick
out the structure that was taller than surrounding trees from the backdrop canopy. The
observer’s viewpoint will affect the perception of the stealth structure, but we offer this
suggestion in case there are locations where the balance of other concerns may overcome
the concerns for the proposed site.
Third, we note that it is generally desirable to provide area coverage from a single site for
impact on the broader community (i.e. one tower to mitigate rather than multiple although
somewhat shorter towers, each with its own set of concerns) and cost of deployment. In the
present case, the target improvement area is mainly located along Route 79 and the areas
slightly to the south. Two properly positioned shorter base stations long or near Route 79
would likely have the ability to illuminate the Route 9 valley and provide some RF
Town of Ithaca Planning Board, November 4, 2024
Page 4 of 4
coverage to the south despite the lack of need for enhanced capacity that would be provided
by two sites.
Fourth, there has been much information about the pros and cons of small-cell deployment.
The limitation of equipment facilities, susceptibility to damage to utility pole wiring from
wind gusts and falling trees, and the coverage limitations from a low-mounted set of
antennas might balance the aesthetic concerns of residents while providing some
reasonable service along Route 79, nearby roadways, and residences in the vicinity. We
recognize that none of these options are likely preferred by Applicant, and that they have
not proposed any of these options. We offer these scenarios to allow the planning board
and staff to consider which, if any, might be viable and then allow Applicant to address
their viability to the board. The result will provide the board an opportunity to assess the
minimal intrusion on the community and decide whether the proposed site or another
approach is preferable. We will be glad to assist as the board deems appropriate.
Very truly yours,
William P. Johnson
RF Engineering Consultant to the Town of Ithaca Planning Board
MEMORANDUM
To:Town of Ithaca Planning Board
From:The Town of Ithaca Conservation Board -Environmental Review Committee
Date:11/9/2024
RE:Telecommunications Tower on Verizon's "Sunny View"site
We draw your attention to the "aerial map with proposed overlay"("Sheet Number ESC-1")on
page 16 (of 25)of the supplemental application materials for a new telecommunication tower
located at 111 Wiedmaier Court.The map also shows up as page 64 of 177 in the document
titled "PB packet-Wiedmaier cell tower-10-29-24."It represents a "tree line,"and "forested land"
used repeatedly in other planning maps in the application:the "overall site plan"labeled "Sheet
C1-A,"the "road plan and profile"labeled "Sheet C-1B,"the "existing conditions plan"labeled
"Sheet ESC-2,"and the "proposed site plan and enlarged site plan"labeled "Sheet ESC-4."
Describing the wavy white line as an "EXISTING TREE LINE,"and the area outside it as
"EXISTING FORESTED LAND (TYP),"does not accurately represent the site.
The forest was cleared and has not been restored as woods.A pervasive “range land”and
invasive shrubs extend considerably beyond the purported "tree line,"and are not part of the
natural topographic and vegetative profile of a forested area.A Conservation Board visit to the
site found no "forest"in the area that was supposed to be restored as woods in the Planning
Board's Resolution No.2008 -013,which called for "planting approximately 250 trees."At the
far outside edge of the compacted bulldozed area labeled "forest"in Verizon's plans,
approximately 2 dozen landscaping trees appear to have survived an inadequate "restoration."
More photos from the Conservation Board's October 8th visit to the site can be found at:
https://photos.google.com/share/AF1QipMcPty327JAiHCtth6J7EFQiZVuvXSxhvjsHT7mLeYonIo
TuGNQgYWjWGmyzOs8cg?key=S1h0NkRseDU2dThjV185NEppWmhUamlRLVl6c2Z3
The revised site detail plans continue to fail to address how this project will:
Minimize visual intrusion on the character of the area.
Identify the existence of invasive plants and take steps to reduce their presence.There
should be an invasive species removal and management plan.
Select native plant species to restore a woodland that indeed should occupy the area
Verizon incorrectly identifies as "forested land."
Take steps to preserve wildlife habitats and biological corridors.
We continue to recommend not approving a special permit or site plan for this 134 foot
Telecommunications Tower project.We will reconsider if the applicant shares with us how they
will address the concerns we have raised.
Respectfully submitted,
Lori Brewer
Lindsay Dombroskie
James Hamilton
Eva Hoffmann
Michael Roberts
Frank Cantone
Ingrid Zabel
1
Chris Balestra
From:Chris Balestra <CBalestra@townithacany.gov>
Sent:Wednesday, November 13, 2024 10:24 AM
To:Chris Balestra
Subject:FW: Contact from website
From: Town of Ithaca Contact Form <noreply@townithacany.gov>
Sent: Wednesday, October 30, 2024 3:04 PM
To: Town Of Ithaca Planning <planning@townithacany.gov>
Subject: Contact from website
**WARNING** This email comes from an outside source. Please verify the from address, any URL
links, and/or attachments. Any questions please contact the IT department
Daniel Seib Left a comment for your department. If you reply to this message it will be sent to:
danielcseib@gmail.com
Message follows:
Hello,
I want to thank the Planning Board again for their efforts last night with the SEQR and the Site Plan
hearings. It was a marathon session, and still not done. I obviously don't agree with the SEQR vote
passing, but I am encouraged with your deliberation so far with the Site Plan. Will the hearing on
November 19th be open to the public? I hope so, even if the public comment portion of the meeting is
closed. Public attendance at these meeting on this issue has dramatically increased from the first to the
second meeting...which should be an indication of its importance.
I am urging you to vote to reject their site plan for the Wiedmaier Court location based on the lack of
actual need for this coverage (I live there and my service is fine), as well as the damage that this will
cause to the residential character of this neighborhood (it is a neighborhood, we have a vibrant
community here), reduction to property values, and damage to the viewshed of people entering Ithaca
from the NY-79 corridor.
I was encouraged by the board asking Verizon to propose alternative locations. I think they should look
for sites which are more remote. The fact that so many people showed up to protest this tower being built
here should guide your vote on the location of this tower. I don't oppose building a cell tower somewhere,
just not where there's a bunch of people already living. When you have a planning board meeting with no
one protesting, then you know you've found the right place. I hope Verizon takes that into consideration,
instead of choosing a lot 200 feet away from this one and then trying to tell us all that there's simply no
other spot and you have to allow them to do it.
Thank you for all the time and attention you are giving to this issue. It sounds like some members of the
board also have cell towers near their homes. I am sorry that happened to them, but you have a chance
to keep it from happening to other families in the Ithaca community. One board member mentioned a
cell tower that was put in the 'right' place; one that was almost hidden from view. That's what I am hoping
2
for with this cell tower, if it has to go in. The Wiedmaier Court location is not the right place, though...it
would be an eyesore, and the wrong message to send for Ithaca.
Thank you,
Daniel Seib
1
Chris Balestra
From:Town Of Ithaca Planning <planning@townithacany.gov>
Sent:Wednesday, November 13, 2024 10:08 AM
To:Chris Balestra; CJ Randall
Subject:FW: Large Tower Does Not Meet Codes' Requirement In
#6
From: Nathan Walz <walzstreet@gmail.com>
Sent: Wednesday, November 13, 2024 10:02 AM
To: Town Of Ithaca Planning <planning@townithacany.gov>
Subject: Large Tower Does Not Meet Codes' Requirement In
**WARNING** This email comes from an outside source. Please verify the from address, any URL
links, and/or attachments. Any questions please contact the IT department
To the Town of Ithaca Planning Board Members:
I oppose the large tower which does not meet our codes' requirement for Verizon to find the
"least intrusive means" to fill their small gap in service. They can go further from homes,
and/or just use a single small tower to cover the service gap.
The NH Commission has been clear that towers should be 1640 feet from homes.
Please protect the health of our community members.
Respectfully,
Nathan Walz
9 Evergreen Lane (Town of Ithaca Resident)
Ithaca, New York 14850
--
journeytooptimalhealth.com
1
Chris Balestra
From:Chris Balestra <CBalestra@townithacany.gov>
Sent:Wednesday, November 13, 2024 10:20 AM
To:Chris Balestra
Subject:FW: Large Tower Does Not Meet Codes' Requirement
Importance:High
From: Lindsay Lustick Garner <linzallo@hotmail.com>
Sent: Wednesday, November 13, 2024 5:10 AM
To: Town Of Ithaca Planning <planning@townithacany.gov>
Subject: Large Tower Does Not Meet Codes' Requirement
Importance: High
**WARNING** This email comes from an outside source. Please verify the from address, any URL
links, and/or attachments. Any questions please contact the IT department
To the Town of Ithaca Planning Board Members:
I opposed large tower which does not meet our codes' requirement for Verizon to find the
"least intrusive means" to fill their small gap in service. They can go further from homes,
and/or just use a single small tower to cover the service gap.
The NH Commission has been clear that towers should be 1640 feet from homes.
Please protect the health of our community members.
Respectfully,
Lindsay Lustick Garner
9 Evergreen Lane (Town of Ithaca Resident)
Ithaca, New York 14850
1
Chris Balestra
From:Town Of Ithaca Planning <planning@townithacany.gov>
Sent:Tuesday, November 12, 2024 8:46 AM
To:Chris Balestra; CJ Randall
Subject:FW: Contact from website
Abby Homer
Administrative Assistant
Planning Department
607-273-1747
From: Town of Ithaca Contact Form <noreply@townithacany.gov>
Sent: Monday, November 11, 2024 10:36 PM
To: Town Of Ithaca Planning <planning@townithacany.gov>
Subject: Contact from website
**WARNING** This email comes from an outside source. Please verify the from address, any URL
links, and/or attachments. Any questions please contact the IT department
Daniel Seib Left a comment for your department. If you reply to this message it will be sent to:
danielcseib@gmail.com
Message follows:
Hello,
I am writing to you in regards to the Verizon Wireless “Sunny View Site” Personal
Wireless Service Facility (Telecommunications Tower), at 111 Wiedmaier Court. I am writing to object to
it. My property is within 500 ft of it, and I don't want to see that outside my window every day. I am worried
that it will lower my property's value, and I don't see a need for it....I have Verizon myself and my signal
here is fine!
Verizon's proposed large tower does not meet our local codes' requirement for Verizon to find the least
intrusive means to fill their small gap in service. They can go further from homes, and/or just use a single
small tower to cover this service gap (which as I said before, does not appear to affect my area). I am
concerned that Verizon just wants a larger pole to make more money to rent out space to other
companies.
I have been told that the NH Commission states that towers should be 1640 feet from homes. My home
is closer than this. I do not want this tower near my home, and everyone around me doesn't either. We all
2
can't make it to the public meeting, but I will be there to represent myself, my family, and my neighbors.
Please ask Verizon to find an alternate location away from peoples' homes.
Thank you,
Daniel Seib
1581 Slaterville Road
1
Chris Balestra
From:Marie/Andrew Molnar <marieandrew93@gmail.com>
Sent:Tuesday, November 5, 2024 11:39 AM
To:Town Of Ithaca Planning; CJ Randall; Chris Balestra
Cc:Abby Homer
Subject:BEFORE looking at other cell tower sites...
**WARNING** This email comes from an outside source. Please verify the from address, any URL
links, and/or attachments. Any questions please contact the IT department
Planning Board members,
Thank you for listening to your fellow citizens at the last meeting and agreeing to look at alternate
sites for Verizon's proposed cell tower.
BEFORE you start to look at new sites, we want to make sure that a 138' tower is the "least
intrusive means" to remedy the small gap shown on the drive tests (attached). Because if a 138'
monopole is NOT needed to remedy the gap, then that will likely open up new, less intrusive site
possibilities.
Our concern is that Verizon is using this small gap as the justification to build a much
taller/larger pole than necessary, not only for other things (like fixed wireless broadband), but also,
as stated, to collect rents from other carriers (i.e. make more money).
If, as the consultant suggested, you look at the dropped connections and access failures map in
Exhibit Z (which is the only ACTUAL data we have to determine the gap - significant or otherwise), it
runs 2.5 miles along Coddington and roughly the same distance on 79. This distance across is
roughly a mile. So the whole "gap" area is roughly 2.5 square miles.
A small cell antenna using Verizon low-bands (or even multi-band with the mid-band) can easily
cover this gap, and these frequencies easily pass through trees and buildings (as the RF consultant
affirmed in Tuesday's meeting). This is precisely what small antennas are great for - fixing a
small gap, particularly in this topography.
We highly recommend asking the independent consultant IF a small antenna might be the
least intrusive means to remedy this gap. If so, you will have many more site options.
Also, while you can't use this as a reason to deny having a tower, we ask you to keep in mind that the
New Hampshire Commission of experts that studied cell radiation--after combing through the
thousands of studies showing harm to human health--recommended that towers should be at least
500 meters (1640 feet) from a residence. As RF Consultant William Johnson attested, this tower
can be a large distance from any gap area - a couple of miles - and still provide the necessary
service. (If that means they need to go to another area and thus another municipality for
approval, so be it.)
Finally, Verizon has said that they are a public utility, insinuating that this gives them some kind of
automatic right of way. This is misleading - Verizon, the company, is NOT a public utility. Under NY
case law, cell towers are deemed to be "public utilities" for the limited purpose of relaxing the legal
2
standard to obtain a zoning "use" variance, NOT an "area" variance. The "public utility" legal
standard does not apply to the Planning Board's consideration of the applicant's request for
site plan approval and a special use permit. Rather, this only applies to requests for use
variances under zoning law. So while Verizon might use this as a way of muscling their way in, it
does not give them leverage in your decision. They are a private company motivated primarily by
profit, not the public good.
So, though we don't likely need this large tower to fill a small gap in coverage, Verizon wants to do so
as it is in their best financial interest.
We urge you to utilize the consultant to clearly ascertain the least intrusive means to fill the existing
gap, honoring what is in the best interest of Ithaca's citizens.
Thank you for your thoughtful dedication to our beloved Town.
Kind regards,
Marie and Andrew Molnar
1
Chris Balestra
From:Town Of Ithaca Planning <planning@townithacany.gov>
Sent:Wednesday, November 13, 2024 8:52 AM
To:Chris Balestra; CJ Randall
Subject:FW: Oppose Verizon’s Tower
From: Ravindra Walsh <raviwalsh@icloud.com>
Sent: Wednesday, November 13, 2024 8:06 AM
To: Town Of Ithaca Planning <planning@townithacany.gov>
Subject: Oppose Verizon’s Tower
**WARNING** This email comes from an outside source. Please verify the from address, any URL
links, and/or attachments. Any questions please contact the IT department
Thank you for considering the real impact of the proposed cell tower for Ithaca. The research is clear
that we don’t NEED this tower anywhere in Ithaca!
BEFORE you start to look at new sites, we want to make sure that a 138' tower is the "least
intrusive means" to remedy the small gap shown on the drive tests. Because if a 138' monopole
is NOT needed to remedy the gap, then that will likely open up new, less intrusive site possibilities.
Our concern is that Verizon is using this small gap as the justification to build a much
taller/larger pole than necessary, not only for other things (like fixed wireless broadband), but also,
as stated, to collect rents from other carriers (i.e. make more money).
If, as the consultant suggested, you look at the dropped connections and access failures map in
Exhibit Z (which is the only ACTUAL data we have to determine the gap - significant or otherwise), it
runs 2.5 miles along Coddington and roughly the same distance on 79. This distance across is
roughly a mile. So the whole "gap" area is roughly 2.5 square miles.
A small cell antenna using Verizon low-bands (or even multi-band with the mid-band)
can easily cover this gap, and these frequencies easily pass through trees and buildings (as the RF
consultant affirmed in Tuesday's meeting). This is precisely what small antennas are great for -
fixing a small gap, particularly in this topography.
We highly recommend asking the independent consultant IF a small antenna might be the
least intrusive means to remedy this gap. If so, you will have many more site options.
Also, while you can't use this as a reason to deny having a tower, we ask you to keep in mind that the
New Hampshire Commission of experts that studied cell radiation--after combing through the
thousands of studies showing harm to human health--recommended that towers should be at least
500 meters (1640 feet) from a residence. As RF Consultant William Johnson attested, this tower
can be a large distance from any gap area - a couple of miles - and still provide the necessary
service. (If that means they need to go to another area and thus another municipality for
approval, so be it.)
Finally, Verizon has said that they are a public utility, insinuating that this gives them some kind of
automatic right of way. This is misleading - Verizon, the company, is NOT a public utility. Under NY
2
case law, cell towers are deemed to be "public utilities" for the limited purpose of relaxing the legal
standard to obtain a zoning "use" variance, NOT an "area" variance. The "public utility" legal
standard does not apply to the Planning Board's consideration of the applicant's request for
site plan approval and a special use permit. Rather, this only applies to requests for use
variances under zoning law. So while Verizon might use this as a way of muscling their way in, it
does not give them leverage in your decision. They are a private company motivated primarily by
profit, not the public good.
So, though we don't likely need this large tower to fill a small gap in coverage, Verizon wants to do so
as it is in their best financial interest.
We urge you to utilize the consultant to clearly ascertain the least intrusive means to fill the existing
gap, honoring what is in the best interest of Ithaca's citizens.
Thank you for your thoughtful dedication to our beloved town.
Kind regards,
Ravi Walsh.
607-220-6088
www.heartpathme.com
Draft approval resolution
PROPOSED RESOLUTION: Preliminary & Final Site Plan & Special Permit
Verizon Wireless Personal Wireless Service Facility
111 Wiedmaier Court
Tax Parcel No. 56.-4-1.22
Planning Board, November 19, 2024
WHEREAS:
1. This action is Consideration of Preliminary & Final Site Plan Approval and Special Permit for a
personal wireless service facility located at 111 Wiedmaier Court, off Slaterville Road/NYS
Route 79. The proposal involves the construction of a 138' +/- monopole tower with nine
antennas, two equipment cabinets, a generator, and other equipment within a 50' x 50' +/- chain
link fenced area. S. Roberts WC Land, LLC, Owner; Verizon Wireless, Applicant; Jared C.
Lusk, Nixon Peabody, LLP, Agent;
2. This is an Unlisted Action for which the Town of Ithaca Planning Board, on October 29, 2024,
acting in an uncoordinated environmental review with respect to the Verizon Wireless Personal
Wireless Service Facility proposal, made a negative determination of environmental
significance, after having reviewed and accepted as adequate a completed Full Environmental
Assessment Form Part 1, submitted and prepared by the applicant, and Parts 2 and 3 prepared by
staff;
3. The Planning Board, at a public hearing on October 29, 2024, reviewed application materials
dated November 13, 2023, and May 29, 2024, including Exhibits A-Y; additional application
materials dated August 7, 2024, including Exhibits Z-EE; additional application materials dated
October 22, 2024, including Exhibits FF and GG and revised drawings titled “Bell Atlantic
Mobile Systems LLC d/b/a Verizon, Site Name: Sunny View WBS#: VZ-00049818.C.9341,
MDG#: 50000072226,” with sheets T-1, AD-1, SB-1, C-1A, C-1B, C-2, C-3, C-4A, C-4B, C-5,
and ECS-1 through ESC-7, prepared by Tectonic, dated 02/16/24 and revised 10/21/24;
additional application materials dated October 28, 2024, including Exhibits HH and II;
consultant report prepared by William P. Johnson and Steven Ciccarelli, dated September 20,
2024, and revised October 21, 2024; and other plans and materials;
4. The Planning Board, at their meeting on November 19, 2024, reviewed and accepted additional
application materials, including a letter from William P. Johnson (RF Engineering Consultant to
the Town of Ithaca Planning Board), dated November 4, 2024, and a letter with Exhibits JJ, KK,
and LL from the applicant, dated November 14, 2024; and
5. Project plans, and related information, were duly delivered to the Tompkins County Planning
and Sustainability Department per New York State General Municipal Law §§239-l et seq., and
such Department responded in a September 13, 2024, letter from Katherine Borgella, Tompkins
County Commissioner of Planning, pursuant to §§239-l, -m, and -n of the New York State
General Municipal Law, determining that the proposed action will have no significant county-
wide or inter-community impact;
NOW, THEREFORE BE IT RESOLVED:
1. That the Town of Ithaca Planning Board hereby grants Special Permit for the project, finding
that the Special Permit standards of Article XXIV Section 270-200, Subsections A – H, of
the Town of Ithaca Code, have been met, specifically that:
Page 2 of 7
A. The project will be suitable for the property on which it is proposed, considering the
property’s size, location, and physical site characteristics.
• The property is 12+/- acres in size, whereas the facility and all appurtenances will only
encompass .46+/- acres. The proposed facility will be located on an existing cleared, previously
disturbed, flat portion of the property;
B. The proposed structure design and site layout are compatible with the surrounding area.
• The site layout will not change. Access to the cell tower will utilize an existing gravel drive. The
tower will be constructed on an existing cleared site. The closest residence is 578 feet from the
proposed tower. Parts of the facility will be screened from most vantage points by existing and
additional new vegetation;
C. Operations in connection with the proposed use do not create any more noise, fumes,
vibration, illumination, or other potential nuisances than the operation of any permitted
use in the particular zone.
• During operations, the facility will not emit noise, fumes, vibration, illumination (other than one
safety light) or other potential nuisances.
D. Community infrastructure and services, such as police, fire and other protective services,
roadways, schools, and water and sewer facilities are currently, or will be, of adequate
capacity to accommodate the proposed use.
• There are no needed changes to existing infrastructure and services. All infrastructure to
accommodate the existing use is in place and is of adequate capacity.
E. The proposed use, structure design, and site layout will comply with all the provisions of
the Town Code and with the Town of Ithaca Comprehensive Plan.
• If the Zoning Board of Appeals grants an area variance for height, then the project will comply
with all provisions of Chapter 270, Zoning, with the Town of Ithaca Comprehensive Plan, and,
to the extent considered by the Planning Board, all provisions of the Town Code.
F. The site layout, with proposed vehicular, bicycle and pedestrian access, traffic
circulation, and parking and loading facilities, is sufficient for the proposed use and is
safely designed for emergency vehicles.
• There is no bicycle or pedestrian access permitted or associated with the proposed tower.
There is no public access associated with the project – the existing gravel drive, slightly widened
to accommodate the project, will provide appropriate access for emergency vehicles. The project
includes a small parking area and turnaround area for such vehicles.
G. The project includes sufficient landscaping and/or other forms of buffering to protect
surrounding land uses. Existing vegetation is preserved to the extent possible.
• There will be no loss to existing trees and vegetation. There is a very large no disturbance
area of trees and vegetation surrounding the project site that will remain in natural growth in
perpetuity as required by an existing deed restriction mandated by the Planning Board for a
previous unrelated matter. The project includes additional landscaping around the base of the
tower to screen equipment from adjacent residences.
H. To the extent deemed relevant by the Planning Board, the proposed use or structure
complies with all the criteria applicable to site plan review set forth in Chapter 270,
Zoning.
Page 3 of 7
2. That the Planning Board further finds that the requirements of §270-219.R(1) have been met,
specifically:
(a) The proposed personal wireless service facility complies with all relevant federal statutory
and regulatory requirements, including all applicable Federal Communication Commission,
Federal Aviation Commission, National Environmental Policy Act, and National Historic
Preservation Act requirements.
• Placeholder for discussion at the 11/19 PB meeting. This is consistent with the findings of the consultant
report prepared by William P. Johnson and Steven M. Ciccarelli, dated September 20, 2024 , revised October
21, 2024, with supplemental submission November 4, 2024.
(b) The applicable standards in Chapter 270 (Zoning), Article XXIV (Special Permits and
Special Approvals), § 270-200 (Considerations for approval) are met.
• See #1 above; and
(c) All of the following additional standards are met:
[1] Public utility status. Services provided by the proposed PWSFs are considered public
utility services, and the provider of such services is considered a public utility, in the State
of New York.
• Application materials Exhibit C provide information supporting this finding.
[2] Need. The applicant has proven a compelling need to address any significant gaps in the
applicant's personal wireless services (the ability of wireless telephones to make and receive
voice calls to and from landlines that are connected to the national telephone network)
through the proposed facilities and not through any other solution, and the facility presents a
minimal intrusion on the community.
[a] To determine whether a gap is significant, the Planning Board shall consider,
among other things, dropped call and failure rates, whether a gap is relatively large
or small in geographic size, whether the number of the applicant's customers affected
by the gap is relatively small or large, whether or not the location of the gap is
situated on a lightly or heavily traveled road or in a sparsely or densely occupied
area, and whether the applicant's customers are affected for only a limited period of
time. A significant gap cannot be established simply because the applicant's personal
wireless services operate on a frequency which is not the frequency most desired by
the applicant. An applicant's claim of need for future capacity does not constitute
evidence of a significant gap.
[b] In making the finding of compelling need, the Planning Board shall consider the
evidence of a significant gap, the applicant's consideration of other sites and other
means of addressing the gaps, and the feasibility of addressing the gaps through the
use of other sites or other means.
• The following information shows a compelling need to address significant gaps in the applicant’s
personal wireless services through the proposed facilities and not through any other solution, and it
shows the facility presents a minimal intrusion on the community:
• These statements in the consultant report prepared by William P. Johnson and Steven M.
Ciccarelli, dated September 20, 2024, revised October 21, 2024, with supplemental submission
November 4, 2024, support this finding:
1. From Summary of Findings #2, September 20, 2024, report: “Based on the RF coverage threshold levels
and the need to off-load traffic from certain neighbor sites, Applicant has demonstrated need* for RF
coverage and additional traffic capacity from a base station facility in the general area of the proposed
project site. [*footnote at bottom of page states “There are several ways by which a wireless
telecommunications service provider can establish site need for a “covered service.” A “covered
Page 4 of 7
service” is “a telecommunications service or a personal wireless service.” See “Accelerating Wireless
Broadband Deployment by Removing Barriers to Infrastructure Investment,” FCC 18 -133, 85 FR 51867,
at ¶ 37 and footnote 85 (October 15, 2018) (the FCC regulatory test for establishing an effective
prohibition is whether “a state or local legal requirement materially inhibits a provider’s ability to
engage in any of a variety of activities related to its provision of a covered service,” and this test is met
“not only when filling a coverage gap but also when densifying a wireless network, introducing new
services or otherwise improving service capabilities”)]
2. From Summary of Findings #12, September 20, 2024, report: “The proposed RF coverage shows that
several coverage gap areas will remain in the area. Those gaps that remain after a proposed site is
active imply the possibility that Applicant may decide to address those areas as part of their overall
wireless network. At this time, it is recommended that the siting authority request information from
Applicant to more fully understand the potential need to serve remaining gap areas and how approval of
the currently-proposed site will influence the placement and height of future sites.”
3. From September 20, 2024, report, page 10 of 38: “In support of the application, Applicant has provided
a series of RF propagation plots that show existing RF coverage and demonstrate how the proposed site
fills the coverage need relative to the provision of wireless service to their subscribers. Exhibit H,
pages 17 and 21 respectively, show the existing RF coverage in the vicinity of the proposed site for the
700/850 MHz low-bands and the 1900/2100/3900 MHz mid-band frequencies. The low-band plots
indicate sufficient coverage at or above the -105 dBm level with multiple coverage gaps to the west and
northwest provided there is sufficient user capacity available. The mid-band plots clearly show
significant coverage gaps in the immediate vicinity of and surrounding the proposed site. The proposed
site will minimize RF coverage gaps in the vicinity of the proposed site at mid-band and, by improving
the signal level, allow mobile subscribers to access services in that band in addition to providing
significantly improved low-band coverage.”
4. From September 20, 2024, report, page 11 of 38: “The drive test data includes maps that show received
signal strength in dBm for each frequency band across various locations. The results indicate that there
are large areas with poor or inadequate signal coverage in the 850 MHz band and very little coverage in
the 1900 MHz and 2100 MHz bands, which constitute the majority of Applicant’s bandwidth. Between
July 16 and July 31, 2024, the dropped call rate in the vicinity of the proposed site was recorded at
11.84%, significantly higher than what Applicant states is their “national standard of less than 1%.” The
high rate of dropped calls and access failures further supports the need for the proposed facility.
5. From September 20, 2024, report, page 12 of 38: “Each operating band provides limited user capacity.
In this case, distance, intervening terrain and other obstacles prevent strong mid-band RF signals from
these neighboring sites from reaching the proposed coverage area. The lack of strong midband RF
coverage leaves only the low-band services and associated limited capacity available to many service
subscribers in the local area of the proposed site. This is evidenced by observing the FDV plots.
Brooktondale Gamma and Ithaca HD Alpha sectors are well past maximum capacity in the low-band.
While not all the traffic considered is from the area of the proposed site, a new site as proposed will draw
off some traffic and provide local subscribers with their own server while relieving some excess traffic
from each saturated low-band sector. In addition to relieving traffic congestion at low-band, the
proposed site will introduce stronger mid-band service as evidenced by the propagation plots showing
existing and proposed coverage shown on pages 17 and 18 in Exhibit H.” “The presence of significant
RF coverage gaps predicted by the RF propagation plots for existing coverage and, when applicable, the
actual and predicted trends toward maximum capacity of neighbor sites that provide service to the target
area, tend to demonstrate need. Analysis of whether these gaps can be addressed by the proposed site
or a less intrusive alternate site when balanced between the technical performance and aesthetic
advantages serves to justify the proposed site.”
6. From September 20, 2024, report, page 13 of 38: “While considering the local impact, consider that any
nearby alternate site location would probably require at least the same antenna height if the proposed
site is nearly central to the existing gap area. Generally, base stations at the center of a coverage gap
area result in the shortest antenna height requirement. When a base station must cover a gap from a non-
central location, the height must usually increase to overcome terrain shadowing to provide comparable
levels of RF coverage and maintain adequate connectivity to the adjacent neighbor cells.”
7. From September 20, 2024, report, page 15 of 38: “Noticeable coverage gaps open to the northwest and
southwest of the proposed site and signal strength degrades to the southeast, adversely affecting service
to the targeted improvement areas designated by Applicant. These areas include the intersection of Pine
Tree Road and Slaterville Road, the area on Slaterville Road in the vicinity of Bethel Grove, and vicinity
of the intersection of Coddington Road and East King Road.”
Page 5 of 7
8. From October 21, 2024, report, page 1 of 5: “Need. The applicant has proven a compelling need to
address any significant gaps in the applicant's personal wireless services (the ability of wireless
telephones to make and receive voice calls to and from landlines that are connected to the national
telephone network) through the proposed facilities and not through any other solution, and the facility
presents a minimal intrusion on the community.”
9. From October 21, 2024, report, page 3 of 5: “In addition to the existing low-band RF coverage shown in
Exhibit H pages 15 and 17, Exhibit Z slides 10 and 11 shows “dropped connections” and “access
failure” locations for all frequency bands discussed in the exhibit. Low-band signals propagate with less
loss than mid-band signals, but low-band spectrum represents only about 10% of Applicant’s bandwidth.
These data are collected by the LTE controller using GPS data reported from the user’s mobile device.
We note that the maps are titled “Dropped Connections” and “Access Failures” which, from an LTE
perspective, may not be only voice call dropped connections or access attempts. However, the fact that
LTE sessions were dropped or could not be initiated implies generally that voice calls in progress could
also be dropped or attempts to dial out may not be successful. Based on the map locations markers, the
dropped connections and access failures were in a mix of outdoor, in-vehicle and in-building locations
along and between area roads and demonstrates the potential inability to place and receive phone calls
for convenience and emergencies. The wireless communication environment is such that when
unavoidable “fading” occurs, connections may be dropped, but it does not mean that every existing
connection or access attempt will fail as long as conditions provide at least minimal signal strength and
user capacity at the PWSF serving the area. The issue in either case is predictable reliability. The data
shows that reliability is poor in the test area. We therefore conclude that Applicant has shown a
“compelling need” since wireless reliability in the targeted improvement area is poor.”
10. From October 21, 2024, report, page 3 of 5: “Based on the information in Exhibit H for low-band, we
would anticipate that low-band mobile device connections inside vehicles and inside buildings may be
unreliable for in-vehicle and in-building users since penetration of vehicles and structures reduces signal
strength. Applicants’ Exhibit Z page 9 states that the Dropped Call Rate (DCR) for the proposed service
area is 11.84% compared to their standard DCR of 1%. The stated DCR is for both low-band and mid-
band operation. If a call is in progress in mid -band frequencies when a user transits into an area the
mid-band call will drop. If a user is already in an area that lacks mid-band service and there are either
low-band capacity limitations or insufficient low-band signal strength (e.g., in-vehicle or in-building
locations) it is likely that access will be denied or, if initiated, the connection may drop.”
• Application materials Exhibits Z, AA, and BB contain drive test results and dropped call records.
Applicant’s October 28, 2024, submission notes that, as stated at the October 1, 2024, Planning
Board meeting, the dropped call data provided as Exhibit Z is for voice calls only. Wasif Sharif,
Verizon RF Engineer who prepared these exhibits, reiterated on the record at the October 29, 2024,
Planning Board meeting that the 11.84% dropped call rate experienced for the proposed service
area, noted on page 9 of Exhibit Z, was for voice calls.
• Application materials Exhibits H and HH provide propagation plots and analysis showing
coverage gaps in significant portions of the area to be served by the proposed facility. There are
coverage gaps along portions of heavily traveled NYS Route 79/Slaterville Road, and in a number of
locations where there are residences.
• Application materials Exhibits GG and II, and applicant’s supplemental submission dated
November 14, 2024 (including Exhibits JJ and KK), show that the significant gap cannot be
addressed through other solutions such as alternate locations, shorter towers, or one or more small
cells. These materials also show that the facility presents a minimal intrusion on the community.
Some of the alternate locations that are large enough to host the facility would require a higher
tower, and many of these alternate locations would be closer to the nearest residence and require
removal of more trees than the proposed Wiedmaier Court location and facility. The analysis in Part
3 of the Full Environmental Assessment Form section 9 (Impact on Aesthetic Resources), and the
application materials on which the analysis is based, show that the project will be visible only from
adjacent residences and by those travelling along NYS Route 79E/Slaterville Road or Burns Road.
One would need to deliberately look for the tower in order to see it while traveling in a vehicle on
those roads. Additionally, per the consultant report written by William P. Johnson and Steven M.
Ciccarelli, dated September 20, 2024 (page 13 of 38),“any nearby alternate site location would
Page 6 of 7
probably require at least the same antenna height if the proposed site is nearly central to the existing
gap area.”
[3] Compliance with Chapter 270 (Zoning) and other Town Code requirements. Complies
with all requirements of this § 270-219, with all other requirements of this Chapter 270
(unless expressly superseded by this § 270-219), and all other applicable Ithaca Town Code
requirements.
• See #1 E above.
[4] Co-location on proposed towers. For non-SWFs, when construction of a tower is
proposed, such a tower is designed to accommodate future shared use by at least two other
PWSF providers.
• Tower is such designed, per application materials Exhibit L.
[5] Aesthetic impacts. The proposed PWSFs will not inflict a significant adverse aesthetic
impact upon properties that are located adjacent or in close proximity to the proposed site(s)
or upon any other properties situated in a manner that such properties might reasonably be
expected to sustain adverse aesthetic impacts.
• Although the project will be visible from immediately-adjacent properties on Wiedmaier Court, Burns Road,
and NYS Route 79E/Slaterville Road, it will not inflict a significant adverse aesthetic impact on said
properties. The closest affected property is 578-feet from the proposed tower. Parts of the facility will be
screened from nearby properties and vantage points by existing and proposed new vegetation. The project
includes planting trees and bushes around the leased area to soften views and mitigate aesthetic impacts on
immediately-adjacent residences. In most cases, one will need to deliberately look for the tower in order to see
it while commuting in a vehicle. This is further explained in the application materials Exhibit Q, and the
consultant report prepared by William P. Johnson and Steven M. Ciccarelli, dated September 20, 2024,
revised October 21, 2024, with supplemental submission November 4, 2024.
[6] Impacts upon real estate values. The proposed PWSFs will not inflict a significant
adverse impact upon the property values of properties that are located adjacent or in close
proximity to the proposed site(s).
• This finding is based on application materials Exhibits Y and CC.
[7] Impact upon the character of the surrounding community. The proposed PWSFs will not
be incompatible with the use and character of properties located adjacent or in close
proximity to the proposed site(s), or with any other properties situated in a manner that the
PWSFs might reasonably be expected to be incompatible with such properties.
• This finding is based on the information and analysis in the Full Environmental Assessment Form Part 3
Attachment, and per Special Permit findings in resolved clause #1 above.
[8] Mitigation. The applicant has mitigated the potential adverse impacts of the proposed
PWSFs to the greatest extent reasonably feasible through siting, location, and design.
• Although immediately-adjacent properties on Wiedmaier Court, Burns Road, and NYS Route 79E/Slaterville
Road will be impacted by the project, the applicant has mitigated potential adverse impacts to the greatest
extent reasonably feasible. The closest affected property is 578-feet from the proposed tower. Parts of the
facility will be screened from nearby properties and vantage points by existing and proposed new vegetation.
The facility is located on property that does not require clearing of trees or other vegetation and is not on a
significant steep slope that requires significant grading. The facility is also situated as far from existing
residences as is feasible on the property and at the shortest possible height to achieve the coverage needs of
the applicant. Camouflaging the proposed tower as a “stealth” tree would increase potential adverse impacts
rather than mitigate them. This is further explained in the application materials Exhibit Q, and the consultant
report prepared by William P. Johnson and Steven M. Ciccarelli, dated September 20, 2024, revised October
21, 2024, with supplemental submission November 4, 2024.
Page 7 of 7
3. That the Town of Ithaca Planning Board hereby grants Preliminary & Final Site Plan Approval
for the proposed personal wireless service facility located at 111 Wiedmaier Court, off
Slaterville Road/NYS Route 79, as described in Whereas #3 above, subject to the following
conditions:
a. Before issuance of a building permit, receipt of any necessary variances from the Town of
Ithaca Zoning Board of Appeals,
b. Before issuance of a building permit, submission of revised plans that show a permanent
physical barrier around the “no disturbance” zone, [Suggested by PB at 10/15/24 meeting]
c. Before issuance of a building permit, submission of revised landscaping plans that show
additional plantings of native trees located closer on the site to the closest-affected
residences [Suggested by PB at 10/29/24 meeting – this condition may require language regarding deed
restriction modifications so the applicant can plant inside the no -disturbance zone- to be determined]
d. Any proposed fence slatting or boards (and other buffering materials) installed in fencing
shall be made of wood or other natural materials, and shall be regularly maintained with
natural coloration and surfaces that are congruent with surrounding flora, [Suggested by PB at
10/15/24 meeting],
e. Before issuance of a building permit, approval of the Simple Erosion and Sedimentation
Control Plan (SWPPP) by the Town of Ithaca Engineering Department;
f. Before issuance of a building permit, submission of the required documents, permits, and
fees listed on the Town Code Enforcement Department Comments list, dated 8-14-24; and
g. Per the requirements of Town Code, §270-219 P (2), prior to the installation of any personal
wireless service facilities, execution and filing with the Town Clerk of a bond or other form
of security or undertaking which shall be approved as to form, manner of execution, and
sufficiency for surety by the Attorney for the Town and the Town Engineer.
Draft denial resolution
PROPOSED RESOLUTION: Preliminary & Final Site Plan & Special Permit
Verizon Wireless Personal Wireless Service Facility
111 Wiedmaier Court
Tax Parcel No. 56.-4-1.22
Planning Board, November 19, 2024
WHEREAS:
1. This action is Consideration of Preliminary & Final Site Plan Approval and Special Permit for a
personal wireless service facility located at 111 Wiedmaier Court, off Slaterville Road/NYS
Route 79. The proposal involves the construction of a 138' +/- monopole tower with nine
antennas, two equipment cabinets, a generator, and other equipment within a 50' x 50' +/- chain
link fenced area. S. Roberts WC Land, LLC, Owner; Verizon Wireless, Applicant; Jared C.
Lusk, Nixon Peabody, LLP, Agent;
2. This is an Unlisted Action for which the Town of Ithaca Planning Board, on October 29, 2024,
acting in an uncoordinated environmental review with respect to the Verizon Wireless Personal
Wireless Service Facility proposal, made a negative determination of environmental
significance, after having reviewed and accepted as adequate a completed Full Environmental
Assessment Form Part 1, submitted and prepared by the applicant, and Parts 2 and 3 prepared by
staff;
3. The Planning Board, at a public hearing on October 29, 2024, reviewed materials dated
November 13, 2023, and May 29, 2024, including Exhibits A-Y; additional application
materials dated August 7, 2024, including Exhibits Z-EE; additional application materials dated
October 22, 2024, including Exhibits FF and GG and revised drawings titled “Bell Atlantic
Mobile Systems LLC d/b/a Verizon, Site Name: Sunny View WBS#: VZ-00049818.C.9341,
MDG#: 50000072226,” with sheets T-1, AD-1, SB-1, C-1A, C-1B, C-2, C-3, C-4A, C-4B, C-5,
and ECS-1 through ESC-7, prepared by Tectonic, dated 02/16/24 and revised 10/21/24;
additional application materials dated October 28, 2024, including Exhibits HH and II;
consultant report prepared by William P. Johnson and Steven Ciccarelli, dated September 20,
2024, and revised October 21, 2024; and other plans and materials;
4. The Planning Board, at their meeting on November 19, 2024, reviewed and accepted as
adequate additional application materials, including a letter from William P. Johnson (RF
Engineering Consultant to the Town of Ithaca Planning Board), dated November 4, 2024, and a
letter with Exhibits JJ, KK, and LL from the applicant, dated November 14, 2024; and
5. Project plans, and related information, were duly delivered to the Tompkins County Planning
and Sustainability Department per New York State General Municipal Law §§239-l et seq., and
such Department responded in a September 13, 2024, letter from Katherine Borgella, Tompkins
County Commissioner of Planning, pursuant to §§239-l, -m, and -n of the New York State
General Municipal Law, determining that the proposed action will have no significant county-
wide or inter-community impact;
NOW, THEREFORE BE IT RESOLVED:
1. That the Town of Ithaca Planning Board hereby finds that some of the Special Permit
standards of Article XXIV Section 270-200, Subsections A – H, of the Town of Ithaca
Code below, have not been met, specifically that:
Page 2 of 5
A. The project [will][will not be] suitable for the property on which it is proposed,
considering the property’s size, location, and physical site characteristics.
• _____________________________________________________________________________
_____________________________________________________________________________
B. The proposed structure design and site layout [are][are not] compatible with the
surrounding area.
• _____________________________________________________________________________
_____________________________________________________________________________
C. Operations in connection with the proposed use [will][will not] create more noise, fumes,
vibration, illumination, or other potential nuisances than the operation of any permitted
use in the particular zone.
• _____________________________________________________________________________
_____________________________________________________________________________
D. Community infrastructure and services, such as police, fire and other protective services,
roadways, schools, and water and sewer facilities are currently, or will be, of adequate
capacity to accommodate the proposed use.
• There are no needed changes to existing infrastructure and services. All infrastructure to
accommodate the existing use is in place and is of adequate capacity.
E. The proposed use, structure design, and site layout [does][does not] comply with all the
provisions of the Town Code and with the Town of Ithaca Comprehensive Plan.
• _____________________________________________________________________________
_____________________________________________________________________________
F. The site layout, with proposed vehicular, bicycle and pedestrian access, traffic
circulation, and parking and loading facilities, [is][is not] sufficient for the proposed use
and are not safely designed for emergency vehicles.
• ____________________________________________________________________________
_____________________________________________________________________________
G. The project [does][does not] include sufficient landscaping and/or other forms of
buffering to protect surrounding land uses. Existing vegetation is preserved to the extent
possible.
• ___________________________________________________________________________
___________________________________________________________________________
H. To the extent deemed relevant by the Planning Board, the proposed use or structure
complies with all the criteria applicable to site plan review set forth in Chapter 270,
Zoning.
2. That the Planning Board further finds that some of the requirements of §270-219.R(1) below
have not been met, specifically:
(a) The proposed personal wireless service facility complies with all relevant federal statutory
and regulatory requirements, including all applicable Federal Communication Commission,
Federal Aviation Commission, National Environmental Policy Act, and National Historic
Preservation Act requirements. Placeholder for discussion at 11/19 PB mtg. This is consistent with the
findings of the consultant report prepared by William P. Johnson and Steven M. Ciccarelli, dated
September 20, 2024, revised October 21, 2024, with supplemental submission November 4, 2024.
Page 3 of 5
(b) The applicable standards in Chapter 270 (Zoning), Article XXIV (Special Permits and
Special Approvals), § 270-200 (Considerations for approval) are not met. See #1 above; and
(c) Some of the following additional standards are not met:
[1] Public utility status. Services provided by the proposed PWSF are considered public
utility services, and the provider of such services is considered a public utility, in the State
of New York. Application materials Exhibit C provide information supporting this finding.
[2] Need. The applicant [has][has not] proven a compelling need to address any significant
gaps in the applicant's personal wireless services (the ability of wireless telephones to make
and receive voice calls to and from landlines that are connected to the national telephone
network) through the proposed facilities and not through any other solution, and the facility
[does][does not] present a minimal intrusion on the community.
[a] To determine whether a gap is significant, the Planning Board shall consider,
among other things, dropped call and failure rates, whether a gap is relatively large
or small in geographic size, whether the number of the applicant's customers affected
by the gap is relatively small or large, whether or not the location of the gap is
situated on a lightly or heavily traveled road or in a sparsely or densely occupied
area, and whether the applicant's customers are affected for only a limited period of
time. A significant gap cannot be established simply because the applicant's personal
wireless services operate on a frequency which is not the frequency most desired by
the applicant. An applicant's claim of need for future capacity does not constitute
evidence of a significant gap.
[b] In making the finding of compelling need, the Planning Board shall consider the
evidence of a significant gap, the applicant's consideration of other sites and other
means of addressing the gaps, and the feasibility of addressing the gaps through the
use of other sites or other means.
__________________________________________________________________________
__________________________________________________________________________
__________________________________________________________________________
__________________________________________________________________________
__________________________________________________________________________
__________________________________________________________________________
[3] Compliance with Chapter 270 (Zoning) and other Town Code requirements. Does not
comply with all requirements of this § 270-219, with all other requirements of this Chapter
270 (unless expressly superseded by this § 270-219), and all other applicable Ithaca Town
Code requirements. See #1 E above.
[4] Co-location on proposed towers. For non-SWFs, when construction of a tower is
proposed, such a tower is designed to accommodate future shared use by at least two other
PWSF providers. Tower is such designed, per application materials Exhibit L.
[5] Aesthetic impacts. The proposed PWSF [will][will not] inflict a significant adverse
aesthetic impact upon properties that are located adjacent or in close proximity to the
proposed site(s) or upon any other properties situated in a manner that such properties might
reasonably be expected to sustain adverse aesthetic impacts.
_________________________________________________________________________________
_________________________________________________________________________________
Page 4 of 5
_________________________________________________________________________________
_________________________________________________________________________________
[6] Impacts upon real estate values. The proposed PWSF [will][will not] inflict a significant
adverse impact upon the property values of properties that are located adjacent or in close
proximity to the proposed site(s).
__________________________________________________________________________
__________________________________________________________________________
__________________________________________________________________________
[7] Impact upon the character of the surrounding community. The proposed PWSF
[will][will not] be incompatible with the use and character of properties located adjacent or
in close proximity to the proposed site(s), or with any other properties situated in a manner
that the PWSFs might reasonably be expected to be incompatible with such properties.
_________________________________________________________________________________
_________________________________________________________________________________
_________________________________________________________________________________
[8] Mitigation. The applicant [has][has not] mitigated the potential adverse impacts of the
proposed PWSFs to the greatest extent reasonably feasible through siting, location, and
design.__
__________________________________________________________________________
__________________________________________________________________________
__________________________________________________________________
3. [Add if the applicant has asserted that a denial would constitute an effective prohibition, and
the denial is based on 2(b) or (c) above] That the Planning Board further finds that §270-
219.R(2) below has not been met, as follows:
[If the applicant asserts that a denial would constitute an effective prohibition, and the denial is
based on a failure to comply with any of the standards in Subsection R(1)(b) or (c) above, then
pursuant to federal law, the Planning Board must consider whether the proposed facilities are
the least intrusive means of addressing a significant gap in the applicant's personal wireless
services (the ability of wireless telephones to make and receive voice calls to and from landlines
that are connected to the national telephone network). A significant gap is not established
simply because the applicant's personal wireless services operate on a frequency which is not
the frequency most desired by the applicant. An applicant's claim of need for future capacity
does not constitute evidence of a significant gap.]
(a) The Planning Board shall consider, among other things, a) whether the proposed site is
the least intrusive location at which a personal wireless service facility that remedies an
identified significant gap may be located, and the applicant has reasonably established a lack of
potential alternative less intrusive sites and lack of sites available for co-location, b) whether
the specific location on the proposed portion of the selected site is the least intrusive portion of
the site for the proposed installation, c) whether the height proposed for the personal wireless
service facility is the minimum height necessary to remedy an established significant gap in
service, d) whether a preexisting structure can be used to camouflage the personal wireless
service facility, e) whether the installation mitigates adverse impacts to the greatest extent
reasonably feasible, through the employ of stealth design, screening, use of color, and noise
mitigation measures, and f) whether there is a feasible alternative to remedy the gap through
Page 5 of 5
alternative, less intrusive substitute facilities, such as the installation of more than one shorter
facility instead of a single facility.
(b) If the Planning Board finds that the proposed facilities are the least intrusive means of
addressing a significant gap in the applicant's personal wireless services, then pursuant to
federal law, the Planning Board must grant site plan and special permit approvals.
__________________________________________________________________________
__________________________________________________________________________
__________________________________________________________________________
4. That the Town of Ithaca Planning Board hereby denies Preliminary & Final Site Plan Approval
for the proposed personal wireless service facility located at 111 Wiedmaier Court, off
Slaterville Road/NYS Route 79, as described in Whereas #3 above, for the reasons stated in the
findings enumerated in Resolved clauses 1, 2 and 3 above.
NIXON Nixon Peabody LLP Jared C. Lusk
�- 1300 Clinton Square Partner
PEABODYRochester, NY 14604-1792
Attorneys at Law
nixonpeabody.com
@NixonPeabodyLLP
November 18, 2024
VIA FEDERAL EXPRESS AND ELECTRONIC MAIL
Planning Board & Zoning Board of Appeals
Town of Ithaca
215 N Tioga Street
Ithaca, New York 14850
Attention: Christine Balestra, Senior Planner (cbalestragtown.ithaca.n�us)
T / 585.263.1140
F / 866.402.1491
jlusk@nixonpeabody.com
RE: Bell Atlantic Mobile Systems, LLC d/b/a Verizon Wireless' application (the
"Application") to the Town of Ithaca (the "Town") for a special use permit
and site plan approval from the Planning Board and an area variance from
the Zoning Board of Appeals to construct and operate a 134' wireless
telecommunications facility (with 4' lightning rod) on property located at 111
Wiedmaier Court (Tax Parcel No. 56.4-1.22) in the Town of Ithaca,
Tompkins County, New York (Verizon Wireless' "Sunny View" site)
Dear Members of the Zoning Board of Appeals and Planning Board:
By application dated May 29, 2024 and supplemental applications dated August 7,
October 22, October 28 and November 14, 2024, Bell Atlantic Mobile Systems, LLC d/b/a
Verizon Wireless ("Verizon Wireless") submitted the above -referenced Application to the Town
of Ithaca in connection with the above -referenced project (the "Project").
On November 15, 2024, Town Planner Balestra and Town Attorney Brock requested
additional information regarding Verizon's compliance with applicable federal requirements as
outlined in § 270-219(G)(2)(h) of the Town Code. In response, enclosed are the following that
collectively demonstrate that the Project complies with applicable FCC, FAA, NEPA and NHPA
requirements:
Exhibit MM1: FAA Analysis (commonly known as the Towair Report). Note that it
indicates that notice to the FAA is not required.
Exhibit NN: Correspondence from GSS Inc. regarding the status of the NEPA
process.
' Lettered to follow Exhibits A-LL previously submitted.
4870-6419-1226.1
Town of Ithaca
November 18, 2024
Page 2
• Verizon's FCC licenses for Tompkins County were previously provided as Exhibit J
to the Application. Note that a couple of the FCC licenses have expired since our
initial submission, so we have enclosed copies of the updated licenses;
• Proof of compliance with the federal emissions requirements (originally submitted as
Exhibit P to the Application).
We believe the information referenced herein and enclosed demonstrates that the Project
complies with all applicable federal regulations. Should you have any questions or require
additional information, please do not hesitate to contact me. n
truly
Lusk
JCL/mkv
Enclosures
cc: Brett Morgan, Airosmith Developmen
Jeff Twitty, Esq., Nixon Peabody LLP
4570-6419-1226A
EXHIBIT MM
* ANALYSIS REPORT
*******************
* Federal Airways & Airspace
* Summary Report: New Construction
* Antenna Tower
BITE ID: 2126343 TRANSACTION ID: 26012295
LOCATION : Ithaca College, NY RURAL TOWER ID: 10612
LATITUDE: 421 24' 45.237" LONGITUDE: 761 27' 1.569"
SITE ELEVATION AMSL . . . . . . 825 ft.
STRUCTURE HEIGHT. . . . . . . . 134 ft.
OVERALL HEIGHT AMSL . . . . . . 959 ft.
NOTICE CRITERIA
FAR 77.9(a): NNR (DNE 200 ft. AGL)
FAR 77.9(b): NNR (DNE Notice Slope)
FAR 77.9(c): NNR (Not a Traverse Way)
FAR 77.9: NNR FAR 77.9 IFR Straight -In Notice Criteria
FAR 77.9: NNR FAR 77.9 IFR Offset Notice Criteria
FAR 77.9: NNR (DNE EMI Notice Screening Criteria)
FAR 77.9(d): NNR (Off Airport Construction)
NR = Notice Required
NNR = Notice Not Required
PNR = Possible Notice Required(depends upon actual IFR procedure)
Review Air Navigation Facilities at bottom of this report.
Notice to the £AA is not required
The maximum height to avoid notice is 1025 ft. AMSL.
OBSTRUCTION STANDARDS
Civil airport imaginary surfaces
FAR 77.17(a)(1): DNE 499 ft. AGL
FAR 77.17(a)(2): DNE - Airport Surface
FAR 77.19(a): DNE - Horizontal Surface
FAR 77.19(b): DNE - Conical Surface
FAR 77.19(c): DNE - Primary Surface
FAR 77.19(d): DNE - Approach Surface
FAR 77.19(e): DNE - Transitional Surface
Department of Defense (DOD) airport imaginary surfaces
FAR 77.21(a)(1): DNE - Inner Horizontal Surface
FAR 77.21(a)(2): DNE - Conical Surface
FAR 77.21(a)(3): DNE - Outer Horizontal Surface
FAR 77.21(b)(1): DNE - Primary Surface
FAR 77.21(b)(2): DNE - Clear Zone Surface
FAR 77.21(b)(3): DNE - Approach Surface
FAR 77.21(b)(4): DNE - Transitional Surface
Heliport imaginary surfaces
FAR 77.23(b): DNE - Approach Surface
VFR TRAFFIC PATTERN AIRSPACE FOR: ITH : ITHACA TOMPKINS INTL
Type: A RD: 26361.41 RE: 1099.2
FAR 77.17(a)(1): DNE 499 ft. AGL
FAR 77.17(a)(2): DNE - Height not greater than 200 ft. AGL.
VFR Horizontal Surface: DNE
VFR Conical Surface: DNE
VFR Primary Surface: DNE
VFR Approach Surface: DNE
VFR Transitional Surface: DNE
VFR TRAFFIC PATTERN AIRSPACE FOR: NO3 : CORTLAND COUNTY/CHASE FLD
Type: A RD: 89637.36 RE: 1198.3
FAR 77.17(a)(1): DNE 499 ft. AGL
FAR 77.17(a)(2): DNE - Greater than 5.99 NM
VFR Horizontal Surface: DNE
VFR Conical Surface: DNE
VFR Primary Surface: DNE
VFR Approach Surface: DNE
VFR Transitional Surface: DNE
MINIMUM OBSTACLE CLEARANCE ALTITUDE (MOCA)
FAR 77.17(a)(4) MOCA Altitude Enroute Criteria
The Maximum Height Permitted is 17615 ft. AMSL
TERPS DEPARTURE PROCEDURE (FAA Order 8260.3, Volume 4)
FAR 77.17(a)(3) Departure Surface Criteria (40:1)
DNE Departure Surface
PRIVATE LANDING FACILITIES
FAC TYPE NAME
IDNT
BEARING To RANGE DELTA ARP FAA IFR
FACIL IN NM ELEVATION
NK72 AIR HENION PVT FLD 239.05 4.25 -341
No Impact to VFr Transitional Surface. Below surface height of 325 ft above ARP.
NK05 AIR TOM N' JERRY 220.05 4.53 -531
No Impact to VFr Transitional Surface. Below surface height of 353 ft above ARP.
AIR NAVIGATION ELECTRONIC FACILITIES
FAC TYPE ST FREQ VECTOR DIST DELTA ST LOCATION GRD APCH
IDNT AT (ft) ELEVA ANGLE BEAR
ITH
LOCALIZER
I 108.7
350.38
31960
-118
NY
RWY 32 ITHACA
-.21
325
TOM
ALP
NDB
I 24
233.13
105863
-328
NY
ALPINE
-.18
CFB
VOR/DME
R 112.2
137.68
125943
-624
NY
BINGHAMTON
-.28
BGM
LOCALIZER
I 110.3
119.43
143567
-672
NY
RWY 34 GREATER
-.27
340
BI
BGM
RADAR
I
119.24
145857
-770
NY
BINGHAMTON
-.3
REGION
UEK
LOCALIZER
I 109.1
232.38
146229
+5
NY
RWY 06 ELMIRA/
0.00
62
COR
BGM
ATCT
I A/G
120.64
147189
-719
NY
BINGHAMTON
-.28
REGION
KBGM
RADAR WXL
Y 162.47
121.77
147954
-772
NY
BINGHAMTON
-.3
AAJ
LOCALIZER
I 110.3
120.56
149636
-616
NY
RWY 16 GREATER
-.24
158
BI
ITH
ATCT
I A/G
358.82
150079
-174
NY
ITHACA TOMPKINS
-.07
R
ELM
RADAR
I 2750.
234.9
151520
-670
NY
ELMIRA-CORNING
-.25
RE
ELM
ATCT
I A/G
232.72
151655
-79
NY
ELMIRA/CORNING
-.03
RE
ELM
LOCALIZER
I 109.1
232.24
155681
+28
NY
RWY 24 ELMIRA/
.01
242
COR
ZNY
CO
Y A/G
193.95
178403
-592
PA
SAYRE
-.19
PYA
NDB
I 26
297.52
183772
+102
NY
PENN YAN
.03
ULW
VOR/DME
R 109.6
233.08
194031
-673
NY
ELMIRA
-.2
GGT
TACAN
I 117.8
50.55
216837
-1081
NY
GEORGETOWN
-.29
SECTION 2110 FAA EXTENSION, SAFETY AND SECURITY ACT - RURAL AREA ANALYSIS
Warning! The object is within a rural area and not on agricultural land(View agricultural
land -use image). Verification is required to determine if the studied location is adjacent
to agricultural land.Please use the Rural Tower Analysis (RTA) certification tool to
confirm the object is compliant with the Section 2110 FAA EXTENSION, SAFETY AND SECURITY
ACT, is eligible for an exemption, or if additional actions are required.
Agriculture Area
Map Legend
Non-agricultural land at this location
CFR Title 47, §1.30000-§1.30004
AM STUDY NOT REQUIRED: Structure is not near a FCC licensed AM station.
Movement Method Proof as specified in §73.151(c) is not required.
Please review 'AM Station Report' for details.
Nearest AM Station: WNYY @ 3064 meters.
Airspace@ State Data version 7/15/2024
AIRSPACE@ and TERPS@ are registered @ trademarks of Federal Airways & Airspace@
Copyright @ 1989 - 2024
09-11-2024
8:12:11
* OBSTRUCTION CRITERIA
SITE ID: 2126343 TRANSACTION ID:
26012295
LATITUDE: 42' 24' 45.237" LONGITUDE: 76' 27' 1.569"
SITE ELEVATION AMSL . . . . . . 825 ft.
STRUCTURE HEIGHT. . . . . . . . 134 ft.
OVERALL HEIGHT AMSL . . . . . . 959 ft.
77.17(a)(1) A height more than 499 ft. Above Ground Level (AGL).
************* DOES NOT EXCEED *************
THE MAXIMUM ALLOWABLE HEIGHT IS: ....... 1324 ft. AMSL
THE GROUND ELEVATION AT THE SITE IS: ... 825 ft. AMSL
THE OVERALL CASE ELEVATION IS: ......... 959 ft. AMSL
THE CASE IS BELOW THE ALLOWABLE BY: .... 365 ft. AMSL
BEGIN AIRPORT ANALYSIS FOR ITH
77.17(a)(2) A height AGL or airport elevation, whichever is higher.
************* DOES NOT EXCEED **************
BECAUSE: Proposed height does not exceed 200 feet AGL.
THE REFERENCE AIRPORT IDENT IS: ........ ITH
THE AIRPORT ELEVATION IS: .............. 1099.0 ft. AMSL
THE DISTANCE FROM THE CASE TO ARP IS:..4.7416 NAUTICAL MILES
THE BEARING AIRPORT TO CASE IS: ........ 175.611 DEGREES
THE HEIGHT OF THE STRUCTURE IS: ........ 134 ft.
THE MAXIMUM ALLOWABLE HEIGHT IS: ....... 1473 ft. AMSL
77.19(a) A height exceeding a horizontal surface 150 ft. above
airport elevation within a radius of >> ITH <<.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED HORIZONTAL SURFACE AREA
77.19(b) A height exceeding a conical surface (a slope outward 4000 ft.
from the horizontal surface at 20/1 ratio).
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED CONICAL SURFACE AREA
*************************
* BEGIN RUNWAY ANALYSIS
*************************
RUNWAY 14/32
EXISTING RUNWAY 14/32
77.19(c) A height exceeding runway primary surface.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY PRIMARY SURFACE
77.19(d) A height exceeding an approach surface of RUNWAY 14/32
THE ABEAM DISTANCE TO CENTERLINE FROM CASE IS ....... 19614.33 ft.
THE RUNWAY THRESHOLD ELEVATION IS...................1099.2 ft.
THE DISTANCE FROM THRESHOLD + 200' TO THE CASE IS ... 17412.92 ft.
THE CRITICAL WIDTH OF HALF THE APPROACH IS .......... 3111.938 ft.
************* DOES NOT EXCEED **************
BEYOND DEFINED APPROACH & TRANSITIONAL AREAS.
CASE NOT WITHIN APPROACH SURFACE AREA, OUT BY ....... 11502.392 ft.
RUNWAY CENTERLINE OFFSET IS.........................19614.33 ft.
DISTANCE FROM THE THRESHOLD TO OFFSET IS ............ 17412.92 ft.
THE SLOPE OF RUNWAY 14 IS: 50 TO 1.
The FAA has defined this runway as a non -utility runway. It has a
precision approach. The obstacle surface extends 50,000 feet with
a 50:1 Slope for the first 10,000 feet and a 40:1 Slope for 40,000
feet. The obstacle approach surface is centered symmetrically along
the runway centerline extended. Please review the US Terminal
Procedures volume associated with this airport. If a procedure for
this airport and/or runway exist use TerpsO Professional software to
determine the height limits (if any) the procedure will have on the
proposed structure. Precision instrument procedures will have the
greatest impact between the final approach fix (FAF) and the runway
end. The FAF is located approximately 5 NM from the runway end. This
type of approach usually has a non -precision and a circling approach
also. A circling approach to the airport or runway can extend out up
to 4.5 NM from every runway end.
77.19(e) A height exceeding a transitional surface runway.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY TRANSITIONAL SURFACE
RUNWAY 15/33
EXISTING RUNWAY 15/33
77.19(c) A height exceeding runway primary surface.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY PRIMARY SURFACE
77.19(d) A height exceeding an approach surface of RUNWAY 15/33
THE ABEAM DISTANCE TO CENTERLINE FROM CASE IS ....... 20740.93 ft.
THE RUNWAY THRESHOLD ELEVATION IS...................1100.1 ft.
THE DISTANCE FROM THRESHOLD + 200' TO THE CASE IS ... 18866.89 ft.
THE CRITICAL WIDTH OF HALF THE APPROACH IS .......... 2011.689 ft.
************* DOES NOT EXCEED **************
BEYOND DEFINED APPROACH & TRANSITIONAL AREAS.
CASE NOT WITHIN APPROACH SURFACE AREA, OUT BY ....... 13729.241 ft.
RUNWAY CENTERLINE OFFSET IS.........................20740.93 ft.
DISTANCE FROM THE THRESHOLD TO OFFSET IS ............ 18866.89 ft.
THE SLOPE OF RUNWAY 15 IS: 20 TO 1.
The FAA has defined this runway as a utility runway. It has a
visual approach. The obstacle surface extends 5000 feet (20:1 Slope)
symmetrically centered along the runway centerline extended. This
airport may have a circling approach. Please review the US Terminal
Procedures volume associated with this airport. If a procedure for
this airport and/or this runway exist, use TerpsO Professional
software to determine the height limits (if any) the procedure will
have on the proposed structure. A circling approach to the airport
or any runway can extend out up to 4.5 NM from every runway end.
77.19(e) A height exceeding a transitional surface runway.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY TRANSITIONAL SURFACE
*********************************************
BEGIN AIRPORT ANALYSIS FOR NO3
*********************************************
77.17(a)(2) A height AGL or airport elevation, whichever is higher.
************* DOES NOT EXCEED **************
BECAUSE: Proposed height does not exceed 200 feet AGL.
THE REFERENCE AIRPORT IDENT IS: ........ NO3
THE AIRPORT ELEVATION IS: .............. 1197.3 ft. AMSL
THE DISTANCE FROM THE CASE TO ARP IS:..15.0341 NAUTICAL MILES
THE BEARING AIRPORT TO CASE IS: ........ 223.952 DEGREES
THE HEIGHT OF THE STRUCTURE IS: ........ 134 ft.
77.19(a) A height exceeding a horizontal surface 150 ft. above
airport elevation within a radius of >> NO3 <<.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED HORIZONTAL SURFACE AREA
77.19(b) A height exceeding a conical surface (a slope outward 4000 ft.
from the horizontal surface at 20/1 ratio).
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED CONICAL SURFACE AREA
*************************
* BEGIN RUNWAY ANALYSIS
*************************
RUNWAY 06/24
EXISTING RUNWAY 06/24
77.19(c) A height exceeding runway primary surface.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY PRIMARY SURFACE
77.19(d) A height exceeding an approach surface of RUNWAY 06/24
THE ABEAM DISTANCE TO CENTERLINE FROM CASE IS ....... 3479.601 ft.
THE RUNWAY THRESHOLD ELEVATION IS...................1198.3 ft.
THE DISTANCE FROM THRESHOLD + 200' TO THE CASE IS ... 89360.34 ft.
THE CRITICAL WIDTH OF HALF THE APPROACH IS .......... 13654.05 ft.
************* DOES NOT EXCEED **************
CASE MEETS ANGULAR CRITERIA BUT IS LOCATED
GREATER THAN 50,000 ft. FROM THE START OF
ANY APPROACH TYPE, OUT BY 39360.34 ft.
RUNWAY CENTERLINE OFFSET IS.........................3479.601 ft.
DISTANCE FROM THE THRESHOLD TO OFFSET IS ............ 89360.34 ft.
THE SLOPE OF RUNWAY 06 IS: 34 TO 1.
The FAA has defined this runway as a non -utility runway. It has a
non -precision approach. The obstacle surface extends 10,000 feet
(34:1 Slope) symmetrically centered along the runway centerline
extended. Please review the US Terminal Procedures volume associated
with this airport. If a procedure for this airport and/or runway
exist use Terps@ Professional software to determine the height
limits (if any) the procedure will have on the proposed structure.
Non -precision instrument procedures can extend 10 NM from the runway
and a circling approach to the airport or runway can extend out up
to 4.5 NM from every runway end.
77.19(e) A height exceeding a transitional surface runway.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY TRANSITIONAL SURFACE
*********************************************
BEGIN AIRPORT ANALYSIS FOR 2N4
*********************************************
77.17(a)(2) A height AGL or airport elevation, whichever is higher.
************* DOES NOT EXCEED **************
BECAUSE: Proposed height does not exceed 200 feet AGL.
THE REFERENCE AIRPORT IDENT IS: ........ 2N4
THE AIRPORT ELEVATION IS: .............. 1380.0 ft. AMSL
THE DISTANCE FROM THE CASE TO ARP IS:..19.5038 NAUTICAL MILES
THE BEARING AIRPORT TO CASE IS: ........ 175.361 DEGREES
THE HEIGHT OF THE STRUCTURE IS: ........ 134 ft.
77.19(a) A height exceeding a horizontal surface 150 ft. above
airport elevation within a radius of >> 2N4 <<.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED HORIZONTAL SURFACE AREA
77.19(b) A height exceeding a conical surface (a slope outward 4000 ft.
from the horizontal surface at 20/1 ratio).
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED CONICAL SURFACE AREA
*************************
* BEGIN RUNWAY ANALYSIS
*************************
RUNWAY 11/29
EXISTING RUNWAY 11/29
77.19(c) A height exceeding runway primary surface.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY PRIMARY SURFACE
77.19(d) A height exceeding an approach surface of RUNWAY 11/29
THE ABEAM DISTANCE TO CENTERLINE FROM CASE IS ....... 115801.1 ft.
THE RUNWAY THRESHOLD ELEVATION IS...................1377 ft.
THE DISTANCE FROM THRESHOLD + 200' TO THE CASE IS ... 23547.2 ft.
THE CRITICAL WIDTH OF HALF THE APPROACH IS .......... 2479.72 ft.
************* DOES NOT EXCEED **************
BEYOND DEFINED APPROACH & TRANSITIONAL AREAS.
CASE NOT WITHIN APPROACH SURFACE AREA, OUT BY ....... 108321.38 ft.
RUNWAY CENTERLINE OFFSET IS.........................115801.1 ft.
DISTANCE FROM THE THRESHOLD TO OFFSET IS ............ 23547.2 ft.
THE SLOPE OF RUNWAY 11 IS: 20 TO 1.
The FAA has defined this runway as a utility runway. It has a
visual approach. The obstacle surface extends 5000 feet (20:1 Slope)
symmetrically centered along the runway centerline extended. This
airport may have a circling approach. Please review the US Terminal
Procedures volume associated with this airport. If a procedure for
this airport and/or this runway exist, use TerpsO Professional
software to determine the height limits (if any) the procedure will
have on the proposed structure. A circling approach to the airport
or any runway can extend out up to 4.5 NM from every runway end.
77.19(e) A height exceeding a transitional surface runway.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY TRANSITIONAL SURFACE
BEGIN AIRPORT ANALYSIS FOR D82
77.17(a)(2) A height AGL or airport elevation, whichever is higher.
************* DOES NOT EXCEED **************
BECAUSE: Proposed height does not exceed 200 feet AGL.
THE REFERENCE AIRPORT IDENT IS: ........ D82
THE AIRPORT ELEVATION IS: .............. 1062.0 ft. AMSL
THE DISTANCE FROM THE CASE TO ARP IS:..21.1302 NAUTICAL MILES
THE BEARING AIRPORT TO CASE IS: ........ 133.54 DEGREES
THE HEIGHT OF THE STRUCTURE IS: ........ 134 ft.
77.19(a) A height exceeding a horizontal surface 150 ft. above
airport elevation within a radius of >> D82 « .
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED HORIZONTAL SURFACE AREA
77.19(b) A height exceeding a conical surface (a slope outward 4000 ft.
from the horizontal surface at 20/1 ratio).
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED CONICAL SURFACE AREA
* BEGIN RUNWAY ANALYSIS
*************************
RUNWAY O1L/19R
EXISTING RUNWAY O1L/19R
77.19(c) A height exceeding runway primary surface.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY PRIMARY SURFACE
77.19(d) A height exceeding an approach surface of RUNWAY O1L/19R
THE ABEAM DISTANCE TO CENTERLINE FROM CASE IS ....... 94338.38 ft.
THE RUNWAY THRESHOLD ELEVATION IS...................1088 ft.
THE DISTANCE FROM THRESHOLD + 200' TO THE CASE IS ... 86385.72 ft.
THE CRITICAL WIDTH OF HALF THE APPROACH IS .......... 8763.572 ft.
************* DOES NOT EXCEED **************
BEYOND DEFINED APPROACH & TRANSITIONAL AREAS.
CASE MEETS ANGULAR CRITERIA BUT IS LOCATED
GREATER THAN 50,000 ft. FROM THE START OF
ANY APPROACH TYPE, OUT BY 36385.72 ft.
RUNWAY CENTERLINE OFFSET IS.........................94338.38 ft.
DISTANCE FROM THE THRESHOLD TO OFFSET IS ............ 86385.72 ft.
THE SLOPE OF RUNWAY 01L IS: 20 TO 1.
The FAA has defined this runway as a utility runway. It has a
visual approach. The obstacle surface extends 5000 feet (20:1 Slope)
symmetrically centered along the runway centerline extended. This
airport may have a circling approach. Please review the US Terminal
Procedures volume associated with this airport. If a procedure for
this airport and/or this runway exist, use TerpsO Professional
software to determine the height limits (if any) the procedure will
have on the proposed structure. A circling approach to the airport
or any runway can extend out up to 4.5 NM from every runway end.
77.19(e) A height exceeding a transitional surface runway.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY TRANSITIONAL SURFACE
RUNWAY 01R/19L
EXISTING RUNWAY O1R/19L
77.19(c) A height exceeding runway primary surface.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY PRIMARY SURFACE
77.19(d) A height exceeding an approach surface of RUNWAY O1R/19L
THE ABEAM DISTANCE TO CENTERLINE FROM CASE IS ....... 93851.87 ft.
THE RUNWAY THRESHOLD ELEVATION IS...................1095 ft.
THE DISTANCE FROM THRESHOLD + 200' TO THE CASE IS ... 86164.84 ft.
THE CRITICAL WIDTH OF HALF THE APPROACH IS .......... 8741.485 ft.
************* DOES NOT EXCEED **************
BEYOND DEFINED APPROACH & TRANSITIONAL AREAS.
CASE MEETS ANGULAR CRITERIA BUT IS LOCATED
GREATER THAN 50,000 ft. FROM THE START OF
ANY APPROACH TYPE, OUT BY 36164.84 ft.
RUNWAY CENTERLINE OFFSET IS.........................93851.87 ft.
DISTANCE FROM THE THRESHOLD TO OFFSET IS ............ 86164.84 ft.
THE SLOPE OF RUNWAY O1R IS: 20 TO 1.
The FAA has defined this runway as a utility runway. It has a
visual approach. The obstacle surface extends 5000 feet (20:1 Slope)
symmetrically centered along the runway centerline extended. This
airport may have a circling approach. Please review the US Terminal
Procedures volume associated with this airport. If a procedure for
this airport and/or this runway exist, use TerpsO Professional
software to determine the height limits (if any) the procedure will
have on the proposed structure. A circling approach to the airport
or any runway can extend out up to 4.5 NM from every runway end.
77.19(e) A height exceeding a transitional surface runway.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY TRANSITIONAL SURFACE
BEGIN AIRPORT ANALYSIS FOR BGM
77.17(a)(2) A height AGL or airport elevation, whichever is higher.
************* DOES NOT EXCEED **************
BECAUSE: Proposed height does not exceed 200 feet AGL.
THE REFERENCE AIRPORT IDENT IS: ........ BGM
THE AIRPORT ELEVATION IS: .............. 1635.6 ft. AMSL
THE DISTANCE FROM THE CASE TO ARP IS:..24.2730 NAUTICAL MILES
THE BEARING AIRPORT TO CASE IS: ........ 300.466 DEGREES
THE HEIGHT OF THE STRUCTURE IS: ........ 134 ft.
77.19(a) A height exceeding a horizontal surface 150 ft. above
airport elevation within a radius of >> BGM <<.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED HORIZONTAL SURFACE AREA
77.19(b) A height exceeding a conical surface (a slope outward 4000 ft.
from the horizontal surface at 20/1 ratio).
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED CONICAL SURFACE AREA
*************************
* BEGIN RUNWAY ANALYSIS
*************************
RUNWAY 10/28
EXISTING RUNWAY 10/28
77.19(c) A height exceeding runway primary surface.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY PRIMARY SURFACE
77.19(d) A height exceeding an approach surface of RUNWAY 10/28
THE ABEAM DISTANCE TO CENTERLINE FROM CASE IS ....... 83321.72 ft.
THE RUNWAY THRESHOLD ELEVATION IS...................1591.1 ft.
THE DISTANCE FROM THRESHOLD + 200' TO THE CASE IS ... 120106.8 ft.
THE CRITICAL WIDTH OF HALF THE APPROACH IS .......... 18266.02 ft.
************* DOES NOT EXCEED **************
BEYOND DEFINED APPROACH & TRANSITIONAL AREAS.
CASE MEETS ANGULAR CRITERIA BUT IS LOCATED
GREATER THAN 50,000 ft. FROM THE START OF
ANY APPROACH TYPE, OUT BY 70106.8 ft.
RUNWAY CENTERLINE OFFSET IS.........................83321.72 ft.
DISTANCE FROM THE THRESHOLD TO OFFSET IS ............ 120106.8 ft.
THE SLOPE OF RUNWAY 10 IS: 34 TO 1.
The FAA has defined this runway as a non -utility runway. It has a
non -precision approach. The obstacle surface extends 10,000 feet
(34:1 Slope) symmetrically centered along the runway centerline
extended. Please review the US Terminal Procedures volume associated
with this airport. If a procedure for this airport and/or runway
exist use TerpsO Professional software to determine the height
limits (if any) the procedure will have on the proposed structure.
Non -precision instrument procedures can extend 10 NM from the runway
and a circling approach to the airport or runway can extend out up
to 4.5 NM from every runway end.
77.19(e) A height exceeding a transitional surface runway.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY TRANSITIONAL SURFACE
RUNWAY 16/34
EXISTING RUNWAY 16/34
77.19(c) A height exceeding runway primary surface.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY PRIMARY SURFACE
77.19(d) A height exceeding an approach surface of RUNWAY 16/34
THE ABEAM DISTANCE TO CENTERLINE FROM CASE IS ....... 69374.81 ft.
THE RUNWAY THRESHOLD ELEVATION IS...................1636 ft.
THE DISTANCE FROM THRESHOLD + 200' TO THE CASE IS ... 125413.4 ft.
THE CRITICAL WIDTH OF HALF THE APPROACH IS .......... 19312.01 ft.
************* DOES NOT EXCEED **************
BEYOND DEFINED APPROACH & TRANSITIONAL AREAS.
CASE MEETS ANGULAR CRITERIA BUT IS LOCATED
GREATER THAN 50,000 ft. FROM THE START OF
ANY APPROACH TYPE, OUT BY 75413.4 ft.
RUNWAY CENTERLINE OFFSET IS.........................69374.81 ft.
DISTANCE FROM THE THRESHOLD TO OFFSET IS ............ 125413.4 ft.
THE SLOPE OF RUNWAY 16 IS: 50 TO 1.
The FAA has defined this runway as a non -utility runway. It has a
precision approach. The obstacle surface extends 50,000 feet with
a 50:1 Slope for the first 10,000 feet and a 40:1 Slope for 40,000
feet. The obstacle approach surface is centered symmetrically along
the runway centerline extended. Please review the US Terminal
Procedures volume associated with this airport. If a procedure for
this airport and/or runway exist use TerpsO Professional software to
determine the height limits (if any) the procedure will have on the
proposed structure. Precision instrument procedures will have the
greatest impact between the final approach fix (FAF) and the runway
end. The FAF is located approximately 5 NM from the runway end. This
type of approach usually has a non -precision and a circling approach
also. A circling approach to the airport or runway can extend out up
to 4.5 NM from every runway end.
77.19(e) A height exceeding a transitional surface runway.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY TRANSITIONAL SURFACE
RUNWAY 10/28
PROPOSED RUNWAY 10/28
77.19(c) A height exceeding runway primary surface.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY PRIMARY SURFACE
77.19(d) A height exceeding an approach surface of RUNWAY 10/28
THE ABEAM DISTANCE TO CENTERLINE FROM CASE IS ....... 83328.66 ft.
THE RUNWAY THRESHOLD ELEVATION IS...................1591.1 ft.
THE DISTANCE FROM THRESHOLD + 200' TO THE CASE IS ... 119549.6 ft.
THE CRITICAL WIDTH OF HALF THE APPROACH IS .......... 18182.45 ft.
************* DOES NOT EXCEED **************
BEYOND DEFINED APPROACH & TRANSITIONAL AREAS.
CASE MEETS ANGULAR CRITERIA BUT IS LOCATED
GREATER THAN 50,000 ft. FROM THE START OF
ANY APPROACH TYPE, OUT BY 69549.6 ft.
RUNWAY CENTERLINE OFFSET IS.........................83328.66 ft.
DISTANCE FROM THE THRESHOLD TO OFFSET IS ............ 119549.6 ft.
THE SLOPE OF RUNWAY 10 IS: 34 TO 1.
The FAA has defined this runway as a non -utility runway. It has a
non -precision approach. The obstacle surface extends 10,000 feet
(34:1 Slope) symmetrically centered along the runway centerline
extended. Please review the US Terminal Procedures volume associated
with this airport. If a procedure for this airport and/or runway
exist use Terps@ Professional software to determine the height
limits (if any) the procedure will have on the proposed structure.
Non -precision instrument procedures can extend 10 NM from the runway
and a circling approach to the airport or runway can extend out up
to 4.5 NM from every runway end.
77.19(e) A height exceeding a transitional surface runway.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY TRANSITIONAL SURFACE
RUNWAY 16/34
PROPOSED RUNWAY 16/34
77.19(c) A height exceeding runway primary surface.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY PRIMARY SURFACE
77.19(d) A height exceeding an approach surface of RUNWAY 16/34
THE ABEAM DISTANCE TO CENTERLINE FROM CASE IS ....... 69413.26 ft.
THE RUNWAY THRESHOLD ELEVATION IS...................1636 ft.
THE DISTANCE FROM THRESHOLD + 200' TO THE CASE IS ... 125489.4 ft.
THE CRITICAL WIDTH OF HALF THE APPROACH IS .......... 19073.41 ft.
************* DOES NOT EXCEED **************
BEYOND DEFINED APPROACH & TRANSITIONAL AREAS.
CASE MEETS ANGULAR CRITERIA BUT IS LOCATED
GREATER THAN 50,000 ft. FROM THE START OF
ANY APPROACH TYPE, OUT BY 75489.4 ft.
RUNWAY CENTERLINE OFFSET IS.........................69413.26 ft.
DISTANCE FROM THE THRESHOLD TO OFFSET IS ............ 125489.4 ft.
THE SLOPE OF RUNWAY 16 IS: 34 TO 1.
The FAA has defined this runway as a non -utility runway. It has a
non -precision approach. The obstacle surface extends 10,000 feet
(34:1 Slope) symmetrically centered along the runway centerline
extended. Please review the US Terminal Procedures volume associated
with this airport. If a procedure for this airport and/or runway
exist use Terps® Professional software to determine the height
limits (if any) the procedure will have on the proposed structure.
Non -precision instrument procedures can extend 10 NM from the runway
and a circling approach to the airport or runway can extend out up
to 4.5 NM from every runway end.
77.19(e) A height exceeding a transitional surface runway.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY TRANSITIONAL SURFACE
*********************************************
BEGIN AIRPORT ANALYSIS FOR ELM
77.17(a)(2) A height AGL or airport elevation, whichever is higher.
************* DOES NOT EXCEED **************
BECAUSE: Proposed height does not exceed 200 feet AGL.
THE REFERENCE AIRPORT IDENT IS: ........ ELM
THE AIRPORT ELEVATION IS: .............. 955.1 ft. AMSL
THE DISTANCE FROM THE CASE TO ARP IS:..24.8114 NAUTICAL MILES
THE BEARING AIRPORT TO CASE IS: ........ 52.224 DEGREES
THE HEIGHT OF THE STRUCTURE IS: ........ 134 ft.
77.19(a) A height exceeding a horizontal surface 150 ft. above
airport elevation within a radius of >> ELM <<.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED HORIZONTAL SURFACE AREA
77.19(b) A height exceeding a conical surface (a slope outward 4000 ft.
from the horizontal surface at 20/1 ratio).
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED CONICAL SURFACE AREA
*************************
* BEGIN RUNWAY ANALYSIS
*************************
RUNWAY 05/23
EXISTING RUNWAY 05/23
77.19(c) A height exceeding runway primary surface.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY PRIMARY SURFACE
77.19(d) A height exceeding an approach surface of RUNWAY 05/23
THE ABEAM DISTANCE TO CENTERLINE FROM CASE IS ....... 4849.441 ft.
THE RUNWAY THRESHOLD ELEVATION IS...................944.2 ft.
THE DISTANCE FROM THRESHOLD + 200' TO THE CASE IS ... 148077.9 ft.
THE CRITICAL WIDTH OF HALF THE APPROACH IS .......... 14932.79 ft.
************* DOES NOT EXCEED **************
CASE MEETS ANGULAR CRITERIA BUT IS LOCATED
GREATER THAN 50,000 ft. FROM THE START OF
ANY APPROACH TYPE, OUT BY 98077.9 ft.
RUNWAY CENTERLINE OFFSET IS.........................4849.441 ft.
DISTANCE FROM THE THRESHOLD TO OFFSET IS ............ 148077.9 ft.
THE SLOPE OF RUNWAY 05 IS: 20 TO 1.
The FAA has defined this runway as a utility runway. It has a
visual approach. The obstacle surface extends 5000 feet (20:1 Slope)
symmetrically centered along the runway centerline extended. This
airport may have a circling approach. Please review the US Terminal
Procedures volume associated with this airport. If a procedure for
this airport and/or this runway exist, use TerpsO Professional
software to determine the height limits (if any) the procedure will
have on the proposed structure. A circling approach to the airport
or any runway can extend out up to 4.5 NM from every runway end.
77.19(e) A height exceeding a transitional surface runway.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY TRANSITIONAL SURFACE
RUNWAY 06/24
EXISTING RUNWAY 06/24
77.19(c) A height exceeding runway primary surface.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY PRIMARY SURFACE
77.19(d) A height exceeding an approach surface of RUNWAY 06/24
THE ABEAM DISTANCE TO CENTERLINE FROM CASE IS ....... 5072.341 ft.
THE RUNWAY THRESHOLD ELEVATION IS...................954.3 ft.
THE DISTANCE FROM THRESHOLD + 200' TO THE CASE IS ... 146779.4 ft.
THE CRITICAL WIDTH OF HALF THE APPROACH IS .......... 22516.92 ft.
************* DOES NOT EXCEED **************
CASE MEETS ANGULAR CRITERIA BUT IS LOCATED
GREATER THAN 50,000 ft. FROM THE START OF
ANY APPROACH TYPE, OUT BY 96779.4 ft.
RUNWAY CENTERLINE OFFSET IS.........................5072.341 ft.
DISTANCE FROM THE THRESHOLD TO OFFSET IS ............ 146779.4 ft.
THE SLOPE OF RUNWAY 06 IS: 50 TO 1.
The FAA has defined this runway as a non -utility runway. It has a
precision approach. The obstacle surface extends 50,000 feet with
a 50:1 Slope for the first 10,000 feet and a 40:1 Slope for 40,000
feet. The obstacle approach surface is centered symmetrically along
the runway centerline extended. Please review the US Terminal
Procedures volume associated with this airport. If a procedure for
this airport and/or runway exist use TerpsO Professional software to
determine the height limits (if any) the procedure will have on the
proposed structure. Precision instrument procedures will have the
greatest impact between the final approach fix (FAF) and the runway
end. The FAF is located approximately 5 NM from the runway end. This
type of approach usually has a non -precision and a circling approach
also. A circling approach to the airport or runway can extend out up
to 4.5 NM from every runway end.
77.19(e) A height exceeding a transitional surface runway.
************ DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY TRANSITIONAL SURFACE
RUNWAY 10/28
EXISTING RUNWAY 10/28
77.19(c) A height exceeding runway primary surface.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY PRIMARY SURFACE
77.19(d) A height exceeding an approach surface of RUNWAY 10/28
THE ABEAM DISTANCE TO CENTERLINE FROM CASE IS ....... 91590.84 ft.
THE RUNWAY THRESHOLD ELEVATION IS...................944.5 ft.
THE DISTANCE FROM THRESHOLD + 200' TO THE CASE IS ... 118257.7 ft.
THE CRITICAL WIDTH OF HALF THE APPROACH IS .......... 17988.66 ft.
************* DOES NOT EXCEED **************
BEYOND DEFINED APPROACH & TRANSITIONAL AREAS.
CASE MEETS ANGULAR CRITERIA BUT IS LOCATED
GREATER THAN 50,000 ft. FROM THE START OF
ANY APPROACH TYPE, OUT BY 68257.7 ft.
RUNWAY CENTERLINE OFFSET IS.........................91590.84 ft.
DISTANCE FROM THE THRESHOLD TO OFFSET IS ............ 118257.7 ft.
THE SLOPE OF RUNWAY 10 IS: 34 TO 1.
The FAA has defined this runway as anon -utility runway. It has a
non -precision approach. The obstacle surface extends 10,000 feet
(34:1 Slope) symmetrically centered along the runway centerline
extended. Please review the US Terminal Procedures volume associated
with this airport. If a procedure for this airport and/or runway
exist use Terps@ Professional software to determine the height
limits (if any) the procedure will have on the proposed structure.
Non -precision instrument procedures can extend 10 NM from the runway
and a circling approach to the airport or runway can extend out up
to 4.5 NM from every runway end.
77.19(e) A height exceeding a transitional surface runway.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY TRANSITIONAL SURFACE
RUNWAY 06/24
PROPOSED RUNWAY 06/24
77.19(c) A height exceeding runway primary surface.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY PRIMARY SURFACE
77.19(d) A height exceeding an approach surface of RUNWAY 06/24
THE ABEAM DISTANCE TO CENTERLINE FROM CASE IS ....... 5065.283 ft.
THE RUNWAY THRESHOLD ELEVATION IS...................955 ft.
THE DISTANCE FROM THRESHOLD + 200' TO THE CASE IS ... 146779.7 ft.
THE CRITICAL WIDTH OF HALF THE APPROACH IS .......... 22266.96 ft.
************* DOES NOT EXCEED **************
CASE MEETS ANGULAR CRITERIA BUT IS LOCATED
GREATER THAN 50,000 ft. FROM THE START OF
ANY APPROACH TYPE, OUT BY 96779.7 ft.
RUNWAY CENTERLINE OFFSET IS.........................5065.283 ft.
DISTANCE FROM THE THRESHOLD TO OFFSET IS ............ 146779.7 ft.
THE SLOPE OF RUNWAY 06 IS: 34 TO 1.
The FAA has defined this runway as a non -utility runway. It has a
non -precision approach. The obstacle surface extends 10,000 feet
(34:1 Slope) symmetrically centered along the runway centerline
extended. Please review the US Terminal Procedures volume associated
with this airport. If a procedure for this airport and/or runway
exist use Terps@ Professional software to determine the height
limits (if any) the procedure will have on the proposed structure.
Non -precision instrument procedures can extend 10 NM from the runway
and a circling approach to the airport or runway can extend out up
to 4.5 NM from every runway end.
77.19(e) A height exceeding a transitional surface runway.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY TRANSITIONAL SURFACE
RUNWAY 10/28
PROPOSED RUNWAY 10/28
77.19(c) A height exceeding runway primary surface.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY PRIMARY SURFACE
77.19(d) A height exceeding an approach surface of RUNWAY 10/28
THE ABEAM DISTANCE TO CENTERLINE FROM CASE IS ....... 91590.74 ft.
THE RUNWAY THRESHOLD ELEVATION IS...................945 ft.
THE DISTANCE FROM THRESHOLD + 200' TO THE CASE IS ... 118257.7 ft.
THE CRITICAL WIDTH OF HALF THE APPROACH IS .......... 17988.66 ft.
************* DOES NOT EXCEED **************
BEYOND DEFINED APPROACH & TRANSITIONAL AREAS.
CASE MEETS ANGULAR CRITERIA BUT IS LOCATED
GREATER THAN 50,000 ft. FROM THE START OF
ANY APPROACH TYPE, OUT BY 68257.7 ft.
RUNWAY CENTERLINE OFFSET IS.........................91590.74 ft.
DISTANCE FROM THE THRESHOLD TO OFFSET IS ............ 118257.7 ft.
THE SLOPE OF RUNWAY 10 IS: 34 TO 1.
The FAA has defined this runway as a non -utility runway. It has a
non -precision approach. The obstacle surface extends 10,000 feet
(34:1 Slope) symmetrically centered along the runway centerline
extended. Please review the US Terminal Procedures volume associated
with this airport. If a procedure for this airport and/or runway
exist use Terps@ Professional software to determine the height
limits (if any) the procedure will have on the proposed structure.
Non -precision instrument procedures can extend 10 NM from the runway
and a circling approach to the airport or runway can extend out up
to 4.5 NM from every runway end.
77.19(e) A height exceeding a transitional surface runway.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY TRANSITIONAL SURFACE
RUNWAY 23/05
PROPOSED RUNWAY 23/05
77.19(c) A height exceeding runway primary surface.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY PRIMARY SURFACE
77.19(d) A height exceeding an approach surface of RUNWAY 23/05
THE ABEAM DISTANCE TO CENTERLINE FROM CASE IS ....... 4849.499 ft.
THE RUNWAY THRESHOLD ELEVATION IS...................945 ft.
THE DISTANCE FROM THRESHOLD + 200' TO THE CASE IS ... 148077.9 ft.
THE CRITICAL WIDTH OF HALF THE APPROACH IS .......... 22461.69 ft.
************ *DOES NOT EXCEED **************
CASE MEETS ANGULAR CRITERIA BUT IS LOCATED
GREATER THAN 50,000 ft. FROM THE START OF
ANY APPROACH TYPE, OUT BY 98077.9 ft.
RUNWAY CENTERLINE OFFSET IS.........................4849.499 ft.
DISTANCE FROM THE THRESHOLD TO OFFSET IS ............ 148077.9 ft.
THE SLOPE OF RUNWAY 23 IS: 34 TO 1.
The FAA has defined this runway as a non -utility runway. It has a
non -precision approach. The obstacle surface extends 10,000 feet
(34:1 Slope) symmetrically centered along the runway centerline
extended. Please review the US Terminal Procedures volume associated
with this airport. If a procedure for this airport and/or runway
exist use TerpsO Professional software to determine the height
limits (if any) the procedure will have on the proposed structure.
Non -precision instrument procedures can extend 10 NM from the runway
and a circling approach to the airport or runway can extend out up
to 4.5 NM from every runway end.
77.19(e) A height exceeding a transitional surface runway.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY TRANSITIONAL SURFACE
*********************************************
BEGIN AIRPORT ANALYSIS FOR CZG
*********************************************
77.17(a)(2) A height AGL or airport elevation, whichever is higher.
************* DOES NOT EXCEED **************
BECAUSE: Proposed height does not exceed 200 feet AGL.
THE REFERENCE AIRPORT IDENT IS: ........ CZG
THE AIRPORT ELEVATION IS: .............. 832.7 ft. AMSL
THE DISTANCE FROM THE CASE TO ARP IS:..25.4974 NAUTICAL MILES
THE BEARING AIRPORT TO CASE IS: ........ 321.89 DEGREES
THE HEIGHT OF THE STRUCTURE IS: ........ 134 ft.
77.19(a) A height exceeding a horizontal surface 150 ft. above
airport elevation within a radius of >> CZG <<.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED HORIZONTAL SURFACE AREA
77.19(b) A height exceeding a conical surface (a slope outward 4000 ft.
from the horizontal surface at 20/1 ratio).
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED CONICAL SURFACE AREA
*************************
* BEGIN RUNWAY ANALYSIS
*************************
RUNWAY 03/21
EXISTING RUNWAY 03/21
77.19(c) A height exceeding runway primary surface.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY PRIMARY SURFACE
77.19(d) A height exceeding an approach surface of RUNWAY 03/21
THE ABEAM DISTANCE TO CENTERLINE FROM CASE IS ....... 136548.3 ft.
THE RUNWAY THRESHOLD ELEVATION IS...................826.5 ft.
THE DISTANCE FROM THRESHOLD + 200' TO THE CASE IS ... 70532.57 ft.
THE CRITICAL WIDTH OF HALF THE APPROACH IS .......... 10829.89 ft.
************* DOES NOT EXCEED **************
BEYOND DEFINED APPROACH & TRANSITIONAL AREAS.
CASE MEETS ANGULAR CRITERIA BUT IS LOCATED
GREATER THAN 50,000 ft. FROM THE START OF
ANY APPROACH TYPE, OUT BY 20532.57 ft.
RUNWAY CENTERLINE OFFSET IS.........................136548.3 ft.
DISTANCE FROM THE THRESHOLD TO OFFSET IS ............ 70532.57 ft.
THE SLOPE OF RUNWAY'03 IS: 20 TO 1.
The FAA has defined this runway as a utility runway. It has a
non -precision approach. The obstacle surface extends 5000 feet
(20:1 Slope) symmetrically centered along the runway centerline
extended. Please review the US Terminal Procedures volume
associated with this airport. If a procedure for this airport
and/or runway exist use Terps@ Professional software to determine
the height limits (if any) the procedure will have on the proposed
structure. Non -precision instrument procedures can extend 10 NM
from the runway and a circling approach to the airport or runway
can extend out up to 4.5 NM from every runway end.
77.19(e) A height exceeding a transitional surface runway.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY TRANSITIONAL SURFACE
RUNWAY 03/21
PROPOSED RUNWAY 03/21
77.19(c) A height exceeding runway primary surface.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY PRIMARY SURFACE
77.19(d) A height exceeding an approach surface of RUNWAY 03/21
THE ABEAM DISTANCE TO CENTERLINE FROM CASE IS ....... 136550 ft.
THE RUNWAY THRESHOLD ELEVATION IS...................826.2 ft.
THE DISTANCE FROM THRESHOLD + 200' TO THE CASE IS ... 70370.36 ft.
THE CRITICAL WIDTH OF HALF THE APPROACH IS .......... 10805.55 ft.
************* DOES NOT EXCEED **************
BEYOND DEFINED APPROACH & TRANSITIONAL AREAS.
CASE MEETS ANGULAR CRITERIA BUT IS LOCATED
GREATER THAN 50,000 ft. FROM THE START OF
ANY APPROACH TYPE, OUT BY 20370.36 ft.
RUNWAY CENTERLINE OFFSET IS .........................136550 ft.
DISTANCE FROM THE THRESHOLD TO OFFSET IS ............ 70370.36 ft.
THE SLOPE OF RUNWAY 03 IS: 34 TO 1.
The FAA has defined this runway as a non -utility runway. It has a
non -precision approach. The obstacle surface extends 10,000 feet
(34:1 Slope) symmetrically centered along the runway centerline
extended. Please review the US Terminal Procedures volume associated
with this airport. If a procedure for this airport and/or runway
exist use TerpsO Professional software to determine the height
limits (if any) the procedure will have on the proposed structure.
Non -precision instrument procedures can extend 10 NM from the runway
and a circling approach to the airport or runway can extend out up
to 4.5 NM from every runway end.
77.19(e) A height exceeding a transitional surface runway.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY TRANSITIONAL SURFACE
BEGIN AIRPORT ANALYSIS FOR PEO
*********************************************
77.17(a)(2) A height AGL or airport elevation, whichever is higher.
************* DOES NOT EXCEED **************
BECAUSE: Proposed height does not exceed 200 feet AGL.
THE REFERENCE AIRPORT IDENT IS: ........ PEO
THE AIRPORT ELEVATION IS: .............. 988.0 ft. AMSL
THE DISTANCE FROM THE CASE TO ARP IS:..29.9292 NAUTICAL MILES
THE BEARING AIRPORT TO CASE IS: ........ 116.961 DEGREES
THE HEIGHT OF THE STRUCTURE IS: ........ 134 ft.
77.19(a) A height exceeding a horizontal surface 150 ft. above
airport elevation within a radius of >> PEO <<.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED HORIZONTAL SURFACE AREA
77.19(b) A height exceeding a conical surface (a slope outward 4000 ft.
from the horizontal surface at 20/1 ratio).
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED CONICAL SURFACE AREA
* BEGIN RUNWAY ANALYSIS
*************************
RUNWAY 01/19
EXISTING RUNWAY O1/19
77.19(c) A height exceeding runway primary surface.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY PRIMARY SURFACE
77.19(d) A height exceeding an approach surface of RUNWAY 01/19
THE ABEAM DISTANCE TO CENTERLINE FROM CASE IS ....... 157920 ft.
THE RUNWAY THRESHOLD ELEVATION IS...................990 ft.
THE DISTANCE FROM THRESHOLD + 200' TO THE CASE IS ... 86781.43 ft.
THE CRITICAL WIDTH OF HALF THE APPROACH IS .......... 13267.21 ft.
************* DOES NOT EXCEED **************
BEYOND DEFINED APPROACH & TRANSITIONAL AREAS.
CASE MEETS ANGULAR CRITERIA BUT IS LOCATED
GREATER THAN 50,000 ft. FROM THE START OF
ANY APPROACH TYPE, OUT BY 36781.43 ft.
RUNWAY CENTERLINE OFFSET IS .........................157920 ft.
DISTANCE FROM THE THRESHOLD TO OFFSET IS ............ 86781.43 ft.
THE SLOPE OF RUNWAY O1 IS: 34 TO 1.
The FAA has defined this runway as a non -utility runway. It has a
non -precision approach. The obstacle surface extends 10,000 feet
(34:1 Slope) symmetrically centered along the runway centerline
extended. Please review the US Terminal Procedures volume associated
with this airport. If a procedure for this airport and/or runway
exist use TerpsG Professional software to determine the height
limits (if any) the procedure will have on the proposed structure.
Non -precision instrument procedures can extend 10 NM from the runway
and a circling approach to the airport or runway can extend out up
to 4.5 NM from every runway end.
77.19(e) A height exceeding a transitional surface runway.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY TRANSITIONAL SURFACE
RUNWAY 10/28
EXISTING RUNWAY 10/28
77.19(c) A height exceeding runway primary surface.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY PRIMARY SURFACE
77.19(d) A height exceeding an approach surface of RUNWAY 10/28
THE ABEAM DISTANCE TO CENTERLINE FROM CASE IS ....... 87464.44 ft.
THE RUNWAY THRESHOLD ELEVATION IS...................903.2 ft.
THE DISTANCE FROM THRESHOLD + 200' TO THE CASE IS ... 158214 ft.
THE CRITICAL WIDTH OF HALF THE APPROACH IS .......... 23982.09 ft.
************* DOES NOT EXCEED **************
BEYOND DEFINED APPROACH & TRANSITIONAL AREAS.
CASE MEETS ANGULAR CRITERIA BUT IS LOCATED
GREATER THAN 50,000 ft. FROM THE START OF
ANY APPROACH TYPE, OUT BY 108214 ft.
RUNWAY CENTERLINE OFFSET IS.........................87464.44 ft.
DISTANCE FROM THE THRESHOLD TO OFFSET IS ............ 158214 ft.
THE SLOPE OF RUNWAY 10 IS: 20 TO 1.
The FAA has defined this runway as a utility runway. It has a
non -precision approach. The obstacle surface extends 5000 feet
(20:1 Slope) symmetrically centered along the runway centerline
extended. Please review the US Terminal Procedures volume
associated with this airport. If a procedure for this airport
and/or runway exist use TerpsO Professional software to determine
the height limits (if any) the procedure will have on the proposed
structure. Non -precision instrument procedures can extend 10 NM
from the runway and a circling approach to the airport or runway
can extend out up to 4.5 NM from every runway end.
77.19(e) A height exceeding a transitional surface runway.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY TRANSITIONAL SURFACE
BEGIN AIRPORT ANALYSIS FOR 6B9
77.17(a)(2) A height AGL or airport elevation, whichever is higher.
************* DOES NOT EXCEED **************
BECAUSE: Proposed height does not exceed 200 feet AGL.
THE REFERENCE AIRPORT IDENT IS: ........ 6B9
THE AIRPORT ELEVATION IS: .............. 1039.0 ft. AMSL
THE DISTANCE FROM THE CASE TO ARP IS:..30.0728 NAUTICAL MILES
THE BEARING AIRPORT TO CASE IS: ........ 180.807 DEGREES
THE HEIGHT OF THE STRUCTURE IS: ........ 134 ft.
77.19(a) A height exceeding a horizontal surface 150 ft. above
airport elevation within a radius of >> 6B9 <<.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED HORIZONTAL SURFACE AREA
77.19(b) A height exceeding a conical surface (a slope outward 4000 ft.
from the horizontal surface at 20/1 ratio).
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED CONICAL SURFACE AREA
*************************
* BEGIN RUNWAY ANALYSIS
*************************
RUNWAY 04/22
EXISTING RUNWAY 04/22
77.19(c) A height exceeding runway primary surface.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY PRIMARY SURFACE
77.19(d) A height exceeding an approach surface of RUNWAY 04/22
THE ABEAM DISTANCE TO CENTERLINE FROM CASE IS ....... 75422.89 ft.
THE RUNWAY THRESHOLD ELEVATION IS...................1000 ft.
THE DISTANCE FROM THRESHOLD + 200' TO THE CASE IS ... 164795.1 ft.
THE CRITICAL WIDTH OF HALF THE APPROACH IS .......... 16604.51 ft.
************* DOES NOT EXCEED **************
BEYOND DEFINED APPROACH & TRANSITIONAL AREAS.
CASE MEETS ANGULAR CRITERIA BUT IS LOCATED
GREATER THAN 50,000 ft. FROM THE START OF
ANY APPROACH TYPE, OUT BY 114795.1 ft.
RUNWAY CENTERLINE OFFSET IS.........................75422.89 ft.
DISTANCE FROM THE THRESHOLD TO OFFSET IS ............ 164795.1 ft.
THE SLOPE OF RUNWAY 04 IS: 20 TO 1.
The FAA has defined this runway as a utility runway. It has a
visual approach. The obstacle surface extends 5000 feet (20:1 Slope)
symmetrically centered along the runway centerline extended. This
airport may have a circling approach. Please review the US Terminal
Procedures volume associated with this airport. If a procedure for
this airport and/or this runway exist, use Terps® Professional
software to determine the height limits (if any) the procedure will
have on the proposed structure. A circling approach to the airport
or any runway can extend out up to 4.5 NM from every runway end.
77.19(e) A height exceeding a transitional surface runway.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY TRANSITIONAL SURFACE
RUNWAY 10/28
EXISTING RUNWAY 10/28
77.19(c) A height exceeding runway primary surface.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY PRIMARY SURFACE
77.19(d) A height exceeding an approach surface of RUNWAY 10/28
THE ABEAM DISTANCE TO CENTERLINE FROM CASE IS ....... 182018.9 ft.
THE RUNWAY THRESHOLD ELEVATION IS...................994 ft.
THE DISTANCE FROM THRESHOLD + 200' TO THE CASE IS ... 12159.6 ft.
THE CRITICAL WIDTH OF HALF THE APPROACH IS .......... 1340.96 ft.
************* DOES NOT EXCEED **************
BEYOND DEFINED APPROACH & TRANSITIONAL AREAS.
CASE NOT WITHIN APPROACH SURFACE AREA, OUT BY ....... 175677.94 ft.
RUNWAY CENTERLINE OFFSET IS.........................182018.9 ft.
DISTANCE FROM THE THRESHOLD TO OFFSET IS ............ 12159.6 ft.
THE SLOPE OF RUNWAY 10 IS: 20 TO 1.
The FAA has defined this runway as a utility runway. It has a
visual approach. The obstacle surface extends 5000 feet (20:1 Slope)
symmetrically centered along the runway centerline extended. This
airport may have a circling approach. Please review the US Terminal
Procedures volume associated with this airport. If a procedure for
this airport and/or this runway exist, use Terps@ Professional
software to determine the height limits (if any) the procedure will
have on the proposed structure. A circling approach to the airport
or any runway can extend out up to 4.5 NM from every runway end.
77.19(e) A height exceeding a transitional surface runway.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY TRANSITIONAL SURFACE
*********************************************
BEGIN AIRPORT ANALYSIS FOR 4N7
*********************************************
77.17(a)(2) A height AGL or airport elevation, whichever is higher.
************* DOES NOT EXCEED **************
BECAUSE: Proposed height does not exceed 200 feet AGL.
THE REFERENCE AIRPORT IDENT IS: ........ 4N7
THE AIRPORT ELEVATION IS: .............. 935.0 ft. AMSL
THE DISTANCE FROM THE CASE TO ARP IS:..30.2109 NAUTICAL MILES
THE BEARING AIRPORT TO CASE IS: ........ 282.651 DEGREES
THE HEIGHT OF THE STRUCTURE IS: ........ 134 ft.
77.19(a) A height exceeding a horizontal surface 150 ft. above
airport elevation within a radius of >> 4N7 <<.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED HORIZONTAL SURFACE AREA
77.19(b) A height exceeding a conical surface (a slope outward 4000 ft.
from the horizontal surface at 20/1 ratio).
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED CONICAL SURFACE AREA
* BEGIN RUNWAY ANALYSIS
*************************
RUNWAY 07/25
EXISTING RUNWAY 07/25
77.19(c) A height exceeding runway primary surface.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY PRIMARY SURFACE
77.19(d) A height exceeding an approach surface of RUNWAY 07/25
THE ABEAM DISTANCE TO CENTERLINE FROM CASE IS ....... 143095.6 ft.
THE RUNWAY THRESHOLD ELEVATION IS...................904 ft.
THE DISTANCE FROM THRESHOLD + 200' TO THE CASE IS ... 115063.7 ft.
THE CRITICAL WIDTH OF HALF THE APPROACH IS .......... 11631.37 ft.
************* DOES NOT EXCEED **************
BEYOND DEFINED APPROACH & TRANSITIONAL AREAS.
CASE MEETS ANGULAR CRITERIA BUT IS LOCATED
GREATER THAN 50,000 ft. FROM THE START OF
ANY APPROACH TYPE, OUT BY 65063.7 ft.
RUNWAY CENTERLINE OFFSET IS.........................143095.6 ft.
DISTANCE FROM THE THRESHOLD TO OFFSET IS ............ 115063.7 ft.
THE SLOPE OF RUNWAY 07 IS: 20 TO 1.
The FAA has defined this runway as a utility runway. It has a
visual approach. The obstacle surface extends 5000 feet (20:1 Slope)
symmetrically centered along the runway centerline extended. This
airport may have a circling approach. Please review the US Terminal
Procedures volume associated with this airport. If a procedure for
this airport and/or this runway exist, use TerpsO Professional
software to determine the height limits (if any) the procedure will
have on the proposed structure. A circling approach to the airport
or any runway can extend out up to 4.5 NM from every runway end.
77.19(e) A height exceeding a transitional surface runway.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY TRANSITIONAL SURFACE
*********************************************
BEGIN AIRPORT ANALYSIS FOR OG7
77.17(a)(2) A height AGL or airport elevation, whichever is higher.
************* DOES NOT EXCEED **************
BECAUSE: Proposed height does not exceed 200 feet AGL.
THE REFERENCE AIRPORT IDENT IS: ........ OG7
THE AIRPORT ELEVATION IS: .............. 491.8 ft. AMSL
THE DISTANCE FROM THE CASE TO ARP IS:..31.8223 NAUTICAL MILES
THE BEARING AIRPORT TO CASE IS: ........ 152.717 DEGREES
THE HEIGHT OF THE STRUCTURE IS: ........ 134 ft.
77.19(a) A height exceeding a horizontal surface 150 ft. above
airport elevation within a radius of >> OG7 <<.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED HORIZONTAL SURFACE AREA
77.19(b) A height exceeding a conical surface (a slope outward 4000 ft.
from the horizontal surface at 20/1 ratio).
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED CONICAL SURFACE AREA
*************************
* BEGIN RUNWAY ANALYSIS
RUNWAY 01/19
EXISTING RUNWAY 01/19
77.19(c) A height exceeding runway primary surface.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY PRIMARY SURFACE
77.19(d) A height exceeding an approach surface of RUNWAY 01/19
THE ABEAM DISTANCE TO CENTERLINE FROM CASE IS ....... 75535.83 ft.
THE RUNWAY THRESHOLD ELEVATION IS...................490.7 ft.
THE DISTANCE FROM THRESHOLD + 200' TO THE CASE IS ... 175765.7 ft.
THE CRITICAL WIDTH OF HALF THE APPROACH IS .......... 26614.85 ft.
************* DOES NOT EXCEED **************
BEYOND DEFINED APPROACH & TRANSITIONAL AREAS.
CASE MEETS ANGULAR CRITERIA BUT IS LOCATED
GREATER THAN 50,000 ft. FROM THE START OF
ANY APPROACH TYPE, OUT BY 125765.7 ft.
RUNWAY CENTERLINE OFFSET IS.........................75535.83 ft.
DISTANCE FROM THE THRESHOLD TO OFFSET IS ............ 175765.7 ft.
THE SLOPE OF RUNWAY 01 IS: 20 TO 1.
The FAA has defined this runway as a utility runway. It has a
non -precision approach. The obstacle surface extends 5000 feet
(20:1 Slope) symmetrically centered along the runway centerline
extended. Please review the US Terminal Procedures volume
associated with this airport. If a procedure for this airport
and/or runway exist use TerpsO Professional software to determine
the height limits (if any) the procedure will have on the proposed
structure. Non -precision instrument procedures can extend 10 NM
from the runway and a circling approach to the airport or runway
can extend out up to 4.5 NM from every runway end.
77.19(e) A height exceeding a transitional surface runway.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY TRANSITIONAL SURFACE
RUNWAY 11/29
EXISTING RUNWAY 11/29
77.19(c) A height exceeding runway primary surface.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY PRIMARY SURFACE
77.19(d) A height exceeding an approach surface of RUNWAY 11/29
THE ABEAM DISTANCE TO CENTERLINE FROM CASE IS ....... 161199.4 ft.
THE RUNWAY THRESHOLD ELEVATION IS...................465.7 ft.
THE DISTANCE FROM THRESHOLD + 200' TO THE CASE IS ... 105079.6 ft.
THE CRITICAL WIDTH OF HALF THE APPROACH IS .......... 10632.96 ft.
************* DOES NOT EXCEED **************
BEYOND DEFINED APPROACH & TRANSITIONAL AREAS.
CASE MEETS ANGULAR CRITERIA BUT IS LOCATED
GREATER THAN 50,000 ft. FROM THE START OF
ANY APPROACH TYPE, OUT BY 55079.6 ft.
RUNWAY CENTERLINE OFFSET IS.........................161199.4 ft.
DISTANCE FROM THE THRESHOLD TO OFFSET IS ............ 105079.6 ft.
THE SLOPE OF RUNWAY 11 IS: 20 TO 1.
The FAA has defined this runway as a utility runway. It has a
visual approach. The obstacle surface extends 5000 feet (20:1 Slope)
symmetrically centered along the runway centerline extended. This
airport may have a circling approach. Please review the US Terminal
Procedures volume associated with this airport. If a procedure for
this airport and/or this runway exist, use Terps® Professional
software to determine the height limits (if any) the procedure will
have on the proposed structure. A circling approach to the airport
or any runway can extend out up to 4.5 NM from every runway end.
77.19(e) A height exceeding a transitional surface runway.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY TRANSITIONAL SURFACE
BEGIN AIRPORT ANALYSIS FOR 7N1
*********************************************
77.17(a)(2) A height AGL or airport elevation, whichever is higher.
************* DOES NOT EXCEED **************
BECAUSE: Proposed height does not exceed 200 feet AGL.
THE REFERENCE AIRPORT IDENT IS: ........ 7N1
THE AIRPORT ELEVATION IS: .............. 962.4 ft. AMSL
THE DISTANCE FROM THE CASE TO ARP IS:..32.9835 NAUTICAL MILES
THE BEARING AIRPORT TO CASE IS: ........ 64.757 DEGREES
THE HEIGHT OF THE STRUCTURE IS: ........ 134 ft.
77.19(a) A height exceeding a horizontal surface 150 ft. above
airport elevation within a radius of >> 7N1 <<.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED HORIZONTAL SURFACE AREA
77.19(b) A height exceeding a conical surface (a slope outward 4000 ft.
from the horizontal surface at 20/1 ratio).
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED CONICAL SURFACE AREA
*************************
* BEGIN RUNWAY ANALYSIS
*************************
RUNWAY 13/31
EXISTING RUNWAY 13/31
77.19(c) A height exceeding runway primary surface.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY PRIMARY SURFACE
77.19(d) A height exceeding an approach surface of RUNWAY 13/31
THE ABEAM DISTANCE TO CENTERLINE FROM CASE IS ....... 159911.4 ft.
THE RUNWAY THRESHOLD ELEVATION IS...................956.9 ft.
THE DISTANCE FROM THRESHOLD + 200' TO THE CASE IS ... 120212.5 ft.
THE CRITICAL WIDTH OF HALF THE APPROACH IS .......... 12146.25 ft.
************* DOES NOT EXCEED **************
BEYOND DEFINED APPROACH & TRANSITIONAL AREAS.
CASE MEETS ANGULAR CRITERIA BUT IS LOCATED
GREATER THAN 50,000 ft. FROM THE START OF
ANY APPROACH TYPE, OUT BY 70212.5 ft.
RUNWAY CENTERLINE OFFSET IS.........................159911.4 ft.
DISTANCE FROM THE THRESHOLD TO OFFSET IS ............ 120212.5 ft.
THE SLOPE OF RUNWAY 13 IS: 20 TO 1.
The FAA has defined this runway as a utility runway. It has a
visual approach. The obstacle surface extends 5000 feet (20:1 Slope)
symmetrically centered along the runway centerline extended. This
airport may have a circling approach. Please review the US Terminal
Procedures volume associated with this airport. If a procedure for
this airport and/or this runway exist, use Terps® Professional
software to determine the height limits (if any) the procedure will
have on the proposed structure. A circling approach to the airport
or any runway can extend out up to 4.5 NM from every runway end.
77.19(e) A height exceeding a transitional surface runway.
************* DOES NOT EXCEED **************
NOT WITHIN SPECIFIED RUNWAY TRANSITIONAL SURFACE
Airspace@) State Data version 7/15/2024
AIRSPACE@ and TERPS@ are registered @ trademarks of Federal Airways & Airspace@
Copyright © 1989 - 2024
09-11-2024
6:12:11
* VFR - TRAFFIC PATTERN AIRSPACE ANALYSIS
SITE ID: 2126343 TRANSACTION ID:
26012295
LATITUDE: 42° 24' 45.237" LONGITUDE: 76° 27' 1.569"
SITE ELEVATION AMSL . . . . . 825 ft.
STRUCTURE HEIGHT. . . . . . . . 134 ft.
OVERALL HEIGHT AMSL . . . . . . 959 ft.
Traffic Pattern Airspace, a structure that exceed any of the following maximum allowable
heights is considered to constitute a hazard to air navigation :
1. The height of the transition surface (other than abeam the runway), the approach slope,
the horizontal surface, and the conical surface(as applied to visual approach runways).
2. Beyond the lateral limits of the conical surface and in the climb/descent area - 350'
above airport elevation or the height of part 77.17(a)(2), whichever is greater not to exceed
499' above ground level (AGL). The climb / descent area begins abeam the runway threshold being
used and is the area where the pilot is either descending to land on the runway or climbing to
pattern altitude after departure.
3. Beyond the lateral limits of the conical surface and NOT in the climb/descent area of
any runway. —Above Airport Elevation not to exceed 499' AGL.
************************Landing Facility Identifier************************
ITH
FAR 77.17(a)(1): DNE - Maximum Height Less Than 499 feet AGL
FAR 77.17(a)(2): DNE - Maximum height is 1473.16 feet AMSL.
Does Not Exceed VFR Horizontal Surface.
Does Not Exceed VFR Conical Surface.
The structure is within VFR - Traffic Pattern Airspace.
Structures that exceed horizontal, conical, and / or traffic pattern will receive a hazard
determination from the FAA.
Existing
Runway 14/32
Does
Not
Exceed
Runway
VFR
Approach Runway.
Does
Not
Exceed
Runway
VFR
Transitional Surface.
Does
Not
Exceed
Runway
VFR
Primary Surface.
Existing
Runway 15/33
Does
Not
Exceed
Runway
VFR
Approach Runway.
Does
Not
Exceed
Runway
VFR
Transitional Surface.
Does
Not
Exceed
Runway
VFR
Primary Surface.
************************Landing Facility Identifier************************
NO3
FAR 77.17(a)(1): DNE - Maximum Height Less Than 499 feet AGL
FAR 77.17(a)(2): DNE - Greater than 5.99 NM.
Does Not Exceed VFR Horizontal Surface.
Does Not Exceed VFR Conical Surface.
Does Not Exceed VFR - Traffic Pattern Airspace Runway Side Area.
Does Not Exceed VFR - Traffic Pattern Airspace Climb/Descent Area.
Existing
Runway 06/24 Does Not Exceed Runway VFR Approach Runway.
Does Not Exceed Runway VFR Transitional Surface.
Does Not Exceed Runway VFR Primary Surface.
************************Landing Facility Identifier************************
2N4
FAR 77.17(a)(1): DNE - Maximum Height Less Than 499 feet AGL
FAR 77.17(a)(2): Does Not Apply.
Does Not Exceed VFR Horizontal Surface.
Does Not Exceed VFR Conical Surface.
Does Not Exceed VFR - Traffic Pattern Airspace Runway Side Area.
Does Not Exceed VFR - Traffic Pattern Airspace Climb/Descent Area.
Existing
Runway 11/29 Does Not Exceed Runway VFR Approach Runway.
Does Not Exceed Runway VFR Transitional Surface.
Does Not Exceed Runway VFR Primary Surface.
************************Landing Facility Identifier************************
D82
FAR 77.17(a)(1): DNE - Maximum Height Less Than 499 feet AGL
FAR 77.17(a)(2): Does Not Apply.
Does Not Exceed VFR Horizontal Surface.
Does Not Exceed VFR Conical Surface.
Does Not Exceed VFR —Traffic Pattern Airspace Runway Side Area.
Does Not Exceed VFR - Traffic Pattern Airspace Climb/Descent Area.
Existing
Runway 01L/19R
Does
Not
Exceed
Runway
VFR
Approach Runway.
Does
Not
Exceed
Runway
VFR
Transitional Surface.
Does
Not
Exceed
Runway
VFR
Primary Surface.
Existing
Runway 01R/19L
Does
Not
Exceed
Runway
VFR
Approach Runway.
Does
Not
Exceed
Runway
VFR
Transitional Surface.
Does
Not
Exceed
Runway
VFR
Primary Surface.
************************Landing Facility Identifier************************
BGM
FAR 77.17(a)(1): DNE - Maximum Height Less Than 499 feet AGL
FAR 77.17(a)(2): DNE - Greater than 5.99 NM.
Does Not Exceed VFR Horizontal Surface.
Does Not Exceed VFR Conical Surface.
Does Not Exceed VFR - Traffic Pattern Airspace Runway Side Area.
Does Not Exceed VFR - Traffic Pattern Airspace Climb/Descent Area.
Proposed
Runway 10/28
Does
Not
Exceed
Runway
VFR
Approach Runway.
Does
Not
Exceed
Runway
VFR
Transitional Surface.
Does
Not
Exceed
Runway
VFR
Primary Surface.
Proposed
Runway 16/34
Does
Not
Exceed
Runway
VFR
Approach Runway.
Does
Not
Exceed
Runway
VFR
Transitional Surface.
Does
Not
Exceed
Runway
VFR
Primary Surface.
Runway 10/28
Does
Not
Exceed
Runway
VFR
Approach Runway.
Does
Not
Exceed
Runway
VFR
Transitional Surface.
Does
Not
Exceed
Runway
VFR
Primary Surface.
Runway 16/34
Does
Not
Exceed
Runway
VFR
Approach Runway.
Does
Not
Exceed
Runway
VFR
Transitional Surface.
Does
Not
Exceed
Runway
VFR
Primary Surface.
************************Landing Facility Identifier************************
ELM
FAR 77.17(a)(1): DNE - Maximum Height Less Than 499 feet AGL
FAR 77.17(a)(2): DNE - Greater than 5.99 NM.
Does Not Exceed VFR Horizontal Surface.
Does Not Exceed VFR Conical Surface.
Does Not Exceed VFR - Traffic Pattern Airspace Runway Side Area.
Does Not Exceed VFR - Traffic Pattern Airspace Climb/Descent Area.
Existing
Runway 05/23
Does
Not
Exceed
Runway
VFR
Approach Runway.
Does
Not
Exceed
Runway
VFR
Transitional Surface.
Does
Not
Exceed
Runway
VFR
Primary Surface.
Existing
Runway 06/24
Does
Not
Exceed
Runway
VFR
Approach Runway.
Does
Not
Exceed
Runway
VFR
Transitional Surface.
Does
Not
Exceed
Runway
VFR
Primary Surface.
Existing
Runway 10/28
Does
Not
Exceed
Runway
VFR
Approach Runway.
Does Not Exceed Runway VFR Transitional Surface.
Does
Not
Exceed
Runway
VFR
Primary Surface.
Proposed
Runway 06/24
Does
Not
Exceed
Runway
VFR
Approach Runway.
Does
Not
Exceed
Runway
VFR
Transitional Surface.
Does
Not
Exceed
Runway
VFR
Primary Surface.
Proposed
Runway 10/28
Does
Not
Exceed
Runway
VFR
Approach Runway.
Does
Not
Exceed
Runway
VFR
Transitional Surface.
Does
Not
Exceed
Runway
VFR
Primary Surface.
Proposed
Runway 23/05
Does
Not
Exceed
Runway
VFR
Approach Runway.
Does
Not
Exceed
Runway
VFR
Transitional Surface.
Does
Not
Exceed
Runway
VFR
Primary Surface.
************************Landing Facility Identifier************************
CZG
FAR 77.17(a)(1): DNE - Maximum Height Less Than 499 feet AGL
FAR 77.17(a)(2): DNE - Greater than 5.99 NM.
Does Not Exceed VFR Horizontal Surface.
Does Not Exceed VFR Conical Surface.
Does Not Exceed VFR - Traffic Pattern Airspace Runway Side Area.
Does Not Exceed VFR - Traffic Pattern Airspace Climb/Descent Area.
Existing
Runway 03/21
Does
Not
Exceed
Runway
VFR
Approach Runway.
Does
Not
Exceed
Runway
VFR
Transitional Surface.
Does
Not
Exceed
Runway
VFR
Primary Surface.
Proposed
Runway 03/21
Does
Not
Exceed
Runway
VFR
Approach Runway.
Does
Not
Exceed
Runway
VFR
Transitional Surface.
Does
Not
Exceed
Runway
VFR
Primary Surface.
************************Landing Facility Identifier************************
PEO
FAR 77.17(a)(1): DNE - Maximum Height Less Than 499 feet AGL
FAR 77.17(a)(2): DNE - Greater than 5.99 NM.
Does Not Exceed VFR Horizontal Surface.
Does Not Exceed VFR Conical Surface.
Does Not Exceed VFR - Traffic Pattern Airspace Runway Side Area.
Does Not Exceed VFR - Traffic Pattern Airspace Climb/Descent Area.
Existing
Runway 01/19
Does
Not
Exceed
Runway
VFR
Approach Runway.
Does
Not
Exceed
Runway
VFR
Transitional Surface.
Does
Not
Exceed
Runway
VFR
Primary Surface.
Existing
Runway 10/28
Does
Not
Exceed
Runway
VFR
Approach Runway.
Does
Not
Exceed
Runway
VFR
Transitional Surface.
Does
Not
Exceed
Runway
VFR
Primary Surface.
************************Landing Facility Identifier************************
6B9
FAR 77.17(a)(1): DNE - Maximum Height Less Than 499 feet AGL
FAR 77.17(a)(2): DNE - Greater than 5.99 NM.
Does Not Exceed VFR Horizontal Surface.
Does Not Exceed VFR Conical Surface.
Does Not Exceed VFR - Traffic Pattern Airspace Runway Side Area.
Does Not Exceed VFR - Traffic Pattern Airspace Climb/Descent Area.
Existing
Runway 04/22
Does
Not
Exceed
Runway
VFR
Approach Runway.
Does
Not
Exceed
Runway
VFR
Transitional Surface.
Does
Not
Exceed
Runway
VFR
Primary Surface.
Existing
Runway 10/28
Does
Not
Exceed
Runway
VFR
Approach Runway.
Does
Not
Exceed
Runway
VFR
Transitional Surface.
Does Not Exceed Runway VFR Primary Surface.
************************Landing Facility Identifier************************
4N7
FAR 77.17(a)(1): DNE - Maximum Height Less Than 499 feet AGL
FAR 77.17(a)(2): Does Not Apply.
Does Not Exceed VFR Horizontal Surface.
Does Not Exceed VFR Conical Surface.
Does Not Exceed VFR - Traffic Pattern Airspace Runway Side Area.
Does Not Exceed VFR - Traffic Pattern Airspace Climb/Descent Area.
Existing
Runway 07/25 Does Not Exceed Runway VFR Approach Runway.
Does Not Exceed Runway VFR Transitional Surface.
Does Not Exceed Runway VFR Primary Surface.
************************Landing Facility Identifier************************
OG7
FAR 77.17(a)(1): DNE - Maximum Height Less Than 499 feet AGL
FAR 77.17(a)(2): DNE - Greater than 5.99 NM.
Does Not Exceed VFR Horizontal Surface.
Does Not Exceed VFR Conical Surface.
Does Not Exceed VFR - Traffic Pattern Airspace Runway Side Area.
Does Not Exceed VFR - Traffic Pattern Airspace Climb/Descent Area.
Existing
Runway 01/19
Does
Not
Exceed
Runway
VFR
Approach Runway.
Does
Not
Exceed
Runway
VFR
Transitional Surface.
Does
Not
Exceed
Runway
VFR
Primary Surface.
Existing
Runway 11/29
Does
Not
Exceed
Runway
VFR
Approach Runway.
Does
Not
Exceed
Runway
VFR
Transitional Surface.
Does
Not
Exceed
Runway
VFR
Primary Surface.
************************Landing Facility Identifier************************
7N1
FAR 77.17(a)(1): DNE - Maximum Height Less Than 499 feet AGL
FAR 77.17(a)(2): DNE - Greater than 5.99 NM.
Does Not Exceed VFR Horizontal Surface.
Does Not Exceed VFR Conical Surface.
Does Not Exceed VFR - Traffic Pattern Airspace Runway Side Area.
Does Not Exceed VFR - Traffic Pattern Airspace Climb/Descent Area.
Existing
Runway 13/31 Does Not Exceed Runway VFR Approach Runway.
Does Not Exceed Runway VFR Transitional Surface.
Does Not Exceed Runway VFR Primary Surface.
*************************************************************************** *
* The above analysis was conducted
using default parameters - Category C
* aircraft and a maximum of 4 like
category aircraft in the VFR -Traffic
* Pattern at one time.
*
*
* To view a graphical image of VFR
- Traffic Pattern Airspace for these
* airports use Terps@ Professional
Software. Open the airport and Airspace@
* study. From the Map Menu select
'VFR - Traffic Pattern Airspace'. The
* proposed structure, airport, and
the traffic pattern will now be shown
* together. Use this information to
locate an alternate site if necessary.
Airspace@ State Data version 7/15/2024
AIRSPACE@ and TERPS@ are registered @ trademarks of Federal Airways & AirspaceG
Copyright © 1989 - 2024
09-11-2024
8:12:11
* AIRWAY ANALYSIS
* FAR 77.17(a)(4) (EN ROUTE CRITERIA)
* MINIMUM OBSTACLE CLEARANCE ALTITUDE (MOCA)
* MINIMUM ENROUTE ALTITUDE (MEA)
SITE ID: 2126343 TRANSACTION ID:
26012295
LATITUDE: 42° 24' 45.237" LONGITUDE: 76° 27' 1.56911
SITE ELEVATION AMSL . . . 825 ft.
STRUCTURE HEIGHT. . . . . . . . 134 ft.
OVERALL HEIGHT AMSL . . . . . . 959 ft.
LOW ALTITUDE AIRWAY
AIRWAY SEQUENCE LATITUDE LONGITUDE MEA LENGTH (NM)
982 60 42-28-00.76N 076-46-23.61W 18000 21.03
Q82 70 42-30-59.71N 076-18-15.43W 18000
Minimum Obstacle Clearance Altitude (MOCA) is: 18000 AMSL.
Proposed structure is between the above points along Airway Q82.The Abeam
distance from the course centerline is 5.20 NM. The proposedstructure is within
the width of the secondary area of this airway. The width of the primary area is
8 NM and the width of the secondary is 2 NM.
The maximum allowable height permitted by the secondary area MOCA of this airway
at this location is 17615 feet AMSL.
Airspace® State Data version 7/15/2024
AIRSPACE® and TERPSO are registered O trademarks of Federal Airways & Airspace0
Copyright © 1989 - 2024
09-11-2024
8:12:11
* IFR RUNWAY DEPARTURE SURFACE ANALYSIS
SITE ID: 2126343 TRANSACTION ID:
26012295
LATITUDE: 42° 24' 45.237" LONGITUDE: 761 27' 1.569"
SITE ELEVATION AMSL . . . . . . 825 ft.
STRUCTURE HEIGHT. . . . . . . . 134 ft.
OVERALL HEIGHT AMSL . . . . . . 959 ft.
An airport with at least one instrument approach procedure (IAP) will require
all airport runways to be analyzed using 40: 1 criteria for Departure. FAA
application of the 40: 1 screening criteria extendes 22.09 nautical miles and
1801 semi - circle area around the Runway centerline extended. Penetration of
the 40: 1 surface will result initially in a determination of presumed hazard
(NPH). An extended study is normally required to remove the NPH.
A specified climb gradient (CG) greater than the standard (200 ft / nm) is
sometimes necessary to allow acceptable obstacle clearance. Should the proposed
location exceed the maximum height you may need to determine if there is a
published climb gradient and conduct additional calculations to determine if the
climb gradient will provide proper clearance for the proposed structure. Should
you require additional assistance please contact Federal Airways & Airspace or
another aeronautical consult to perform these calculations.
Ident
Dep Rwy
Elev
Distance
40:1
Max Hgt
CG
Rwy Status
ITH
14
1099.2
26361
DNE
Below
DNE
Existing
Rwy
ITH
15
1100.1
28174
DNE
Below
DNE
Existing
Rwy
NO3
24
1198.3
89637
DNE
Below
DNE
Existing
Rwy
2N4
11
1377
118219
DNE
Below
DNE
Existing
Rwy
D82
19R
1088
127788
DNE
Below
DNE
Existing
Rwy
D82
19L
1095
127282
DNE
Below
DNE
Existing
Rwy
BGM
28
1591.1
145972
DNE
Beyond
DNE
Existing
Rwy
BGM
34
1636
143828
DNE
Beyond
DNE
Existing
Rwy
BGM
28
1591.1
145520
DNE
Beyond
DNE
Proposed
Rwy
BGM
34
1636
143913
DNE
Beyond
DNE
Proposed
Rwy
ELM
O5
944.2
148382
DNE
Beyond
DNE
Existing
Rwy
ELM
06
954.3
147093
DNE
Beyond
DNE
Existing
Rwy
ELM
10
944.5
149369
DNE
Beyond
DNE
Existing
Rwy
ELM
06
955
147093
DNE
Beyond
DNE
Proposed
Rwy
ELM
10
945
149369
DNE
Beyond
DNE
Proposed
Rwy
ELM
05
945
148382
DNE
Beyond
DNE
Proposed
Rwy
CZG
03
826.5
154044
DNE
Beyond
DNE
Existing
Rwy
CZG
03
826.2
153971
DNE
Beyond
DNE
Proposed
Rwy
PEO
19
990
179749
DNE
Beyond
DNE
Existing
Rwy
PEO
10
903.2
181494
DNE
Beyond
DNE
Existing
Rwy
6B9
22
1000
181420
DNE
Beyond
DNE
Existing
Rwy
6B9
10
994
182435
DNE
Beyond
DNE
Existing
Rwy
4N7
25
904
183047
DNE
Beyond
DNE
Existing
Rwy
OG7
19
490.7
191221
DNE
Beyond
DNE
Existing
Rwy
OG7
11
465.7
192871
DNE
Beyond
DNE
Existing
Rwy
7N1
13
956.9
199424
DNE
Beyond
DNE
Existing
Rwy
Airspace@ State Data version 7/15/2024
AIRSPACE@ and TERPS@ are registered @ trademarks of Federal Airways & Airspace@
Copyright © 1989 - 2024
09-11-2024
8:12:11
* NAVAIDS IN PROXIMITY OF CASE
********************************
FAC
IDNT
TYPE
ST
AT
SITE ID: 2126343
LATITUDE: 42° 24' 45.237"
SITE ELEVATION AMSL . . . .
STRUCTURE HEIGHT. . . . . .
OVERALL HEIGHT AMSL . . .
FREQ VECTOR DIST
(ft)
TRANSACTION ID:
26012295
LONGITUDE: 76°
. . 825 ft.
. . 134 ft.
. . 959 ft.
DELTA ST
ELEVA
27' 1.569"
LOCATION
GRD
ANGLE
APCH
BEAR
ITH
GLIDE
I
330.5
359.27
27270
-133
NY
RWY 32 ITH
-.28
325
SLOPE
ITH
UN
I
122.95
355.55
28802
-140
NY
ITHACA
-.28
TOMPKINS I
ITH
DM
R
111.
355.23
30146
-153
NY
ITHACA
-.29
ITH
LOCALIZER
I
108.7
350.38
31960
-118
NY
RWY 32
-.21
325
ITHACA TOM
NO3
UN
I
122.80
43.99
91338
-238
NY
CORTLAND
-.15
CNTY/CHA
NK09
UN
I
122.70
268.42
99978
-521
NY
EAGLE RIDGE
-.3
ALP
NDB
I
24
233.13
105863
-328
NY
ALPINE
-.18
CFB
VOR/DME
R
112.2
137.68
125943
-624
NY
BINGHAMTON
-.28
D82
UN
I
122.80
313.55
128392
-103
NY
OVID
-.05
NK49
UN
I
123.05
151.29
128796
+52
NY
OWEGO
.02
9NY3
UN
I
123.05
152.06
130149
+75
NY
SUSQUEHANNA
.03
42NY
UN
I
122.80
48.54
141510
-601
NY
WALTERS FLD
-.24
BGM
LOCALIZER
I
110.3
119.43
143567
-672
NY
RWY 34
-.27
340
GREATER BI
AAJ
GLIDE
I
335.0
119.71
145439
-663
NY
RWY 16 BGM
-.26
158
SLOPE
BGM
RADAR
I
119.24
145857
-770
NY
BINGHAMTON
-.3
REGION
UEK
LOCALIZER
I
109.1
232.38
146229
+5
NY
RWY 06
0.00
62
ELMIRA/COR
BGM
ATCT
I
A/G
120.64
147189
-719
NY
BINGHAMTON
-.28
REGION
BGM
UN
I
122.95
120.45
147491
-676
NY
GREATER
-.26
BINGHAMTO
KBGM
RADAR WXL
Y
162.47
121.77
147954
-772
NY
BINGHAMTON
-.3
ELM
GLIDE
I
331.4
232.45
147991
+13
NY
RWY 24 ELM
.01
242
SLOPE
AAJ
LOCALIZER
I
110.3
120.56
149636
-616
NY
RWY 16
-.24
158
GREATER BI
BGM
GLIDE
I
335.0
120.56
149751
-614
NY
RWY 34 BGM
-.23
340
SLOPE
ITH
ATCT
I
A/G
358.82
150079
-174
NY
ITHACA
-.07
TOMPKINS R
ELM
UN
I
122..95
232.21
150806
+4
NY
ELMIRA/
0.00
CORNING RG
ELM
RADAR
I
2750.
234.9
151520
-670
NY
ELMIRA-
-.25
CORNING RE
ELM
ATCT
I
A/G
232.72
151655
-79
NY
ELMIRA/
-.03
CORNING RE
UEK
GLIDE
I
331.4
232.38
153058
+23
NY
RWY 06 ELM
.01
62
SLOPE
CZG
UN
I
122.80
141.89
154962
+126
NY
TRI-CITIES
.05
ELM
LOCALIZER
I
109.1
232.24
155681
+28
NY
RWY 24
.01
242
ELMIRA/COR
06NY
UN
I
122.80
.51
156796
-141
NY
MURPHY FLD
-.05
PS81
UN
I
123.05
186.84
158987
+179
PA
ROBERT
.06
PACKER HOS
FAC TYPE ST FREQ VECTOR DIST DELTA ST LOCATION GRD APCH
IDNT AT (ft) ELEVA ANGLE BEAR
NK89 UN
I
122.80
254.79
170040
-241
NY
ULTRALIGHT
-.08
FLIGHT
ZNY CO
Y
A/G
193.95
178403
-592
PA
SAYRE
-.19
PEO UN
I
123.00
296.94
181850
-29
NY
PENN YAN
-.01
6B9 UN
I
122.80
.81
182746
-80
NY
SKANEATELES
-.03
AERO
4N7 UN
I
122.80
102.64
183589
+24
NY
GREENE
.01
PYA NDB
I
26
297.52
183772
+102
NY
PENN YAN
.03
OG7 VG
I
A/G
332.46
192315
+472
NY
RWY19 TCH40
.14
GS300
OG7 UN
I
122.80
332.71
193345
+467
NY
FINGER LAKES
.14
RGNL
ULW VOR/DME
R
109.6
233.08
194031
-673
NY
ELMIRA
-.2
OG7 VG
I
A/G
332.83
194776
+477
NY
RWY01 TCH40
.14
GS300
7N1 UN
I
122.80
244.77
200405
-3
NY
CORNING-
0.00
PAINTED P
GGT TACAN
I
117.8
50.55
216837
-1081
NY
GEORGETOWN
-.29
NK71 UN
I
122.80
6.83
219514
+109
NY
MARCELLUS
.03
THE NEAREST
AIR
NAVIGATION
FACILITY
TO CASE
COORDINATES
IS:
ITH (GLIDE SLOPE)
Airspace@ State Data
version 7/15/2024
AIRSPACE@ and TERPSO
are registered
O trademarks
of Federal
Airways & Airspace@
Copyright @ 1989
- 2024
09-11-2024
8:12:11
175
355
* AM RADIO STATIONS
* Disturbance of AM Broadcast Station Antenna Pattern
* CFR Title 47, Part 1, Subpart BB
SITE ID: 2126343 TRANSACTION ID:
26012295
LATITUDE: 42° 24' 45.237" LONGITUDE: 76° 27' 1.569"
SITE ELEVATION AMSL . . . . . 825 ft.
STRUCTURE HEIGHT. . . . . . . . 134 ft.
OVERALL HEIGHT AMSL . . . . . . 959 ft.
CALL FREQ POWER ANT P DIST BEARING NAD83 NAD83 CITY ST
SIGN KHz Watts MOD T Meters Degrees LATITUDE LONGITUDE
WNYY 1470 5,000 D T 3064 220.73 42-23-30 076-28-29 ITHACA NY
This station has a current license.
The authorized directional antenna pattern is theoretical.
This station is operating a directional type antenna system.The electrical height of the
studied antenna is: 72'.
The studied structure is not within 2039 meters of this AM station. 10 Wavelengths = 2039
meters.
WHCU 870 5,000 D T 8646 47.62 42-27-54 076-22-22 ITHACA NY
This station has a current license.
The authorized directional antenna pattern is theoretical.
This station is operating a directional type antenna system.The electrical height of the
studied antenna is: 431.
The studied structure is not within 3000 meters of this AM station. 10 Wavelengths = 3446
meters.
WHCU 870 1,000 D A 13928 246.69 42-21-47 076-36-21 ITHACA NY
The authorized directional antenna pattern is augmented.
This station is operating a directional type antenna system.The electrical height of the
studied antenna is: 431.
The studied structure is not within 3000 meters of this AM station. 10 Wavelengths = 3446
meters.
DEFINITIONS:
SIGNIFICANT MODIFICATION: A significant modification of a tower in the immediate
vicinity of an AM station is defined in CFR Title 47, Part 1.30002, as follows;
(1) any change that would alter the tower's physical height by 5 electrical degrees or more
at the AM frequency; or
(2) in addition or replacement of one or more antennas or trnasmission lines on a tower
that has been detuned or base -insulated.
The addition or modification of an antenna or antenna -supporting structure on a building
shall be considered a construction modification subject to the analysis and notice
requirements of this subpart if and only if the height of the antenna supporting structure
alone exceeds the thresholds in paragraphs(a) and(b) of this section.
CALL SIGN: The Call Sign of the station or application. For applications and construction
permits which do not have Call Signs a value of 'NEW' is used.
FREQUENCY: in Kilohertz
POWER: The nominal power of the station, as defined in Section CFR 73.14. This is not
necessarily the effective radiated power, the transmitter power, the antenna input power,
etc.
ANT MOD: Antenna Mode, The mode of the complete antenna system. Indicates directional or
non -directional. (D = Directional and N = Non -Directional) If a station is directional at
one time during a day and non -directional at another time it is considered to be
directional for the purpose of Movement Method Proof. If the same station has multiple
locations these are listed as separate AM stations with the same Call Sign.
PT: The type of antenna pattern which has been notified to (or by) foreign countries.
DIST Meters: This is the calculated distance (in meters) between your proposed site and the
latitude/longitude coordinates specified by the FCC data.
Bearing Degrees: This is the true bearing from your proposed site to the station.
LATITUDE: This is the latitude of the AM Station in NAD 1983 coordinates.
LONGITUDE: This is the longitude of the AM Station in NAD 1983 coordinates.
ST: This is the state where the AM Station is located.
The material in this report on AM radio stations was obtained from the FCC who provided the
data on an 'as -is' basis. Therefore, Federal Airways & Airspace@ disclaims all warranties
with regard to the contents of these files, including their fitness for your use. In no
event shall Federal Airways & Airspace@ be liable for any special, indirect, or
consequential damages whatsoever resulting from loss or use, data or profits, whether in
connection with the use or performance of the contents of these files, action of contract,
negligence, or other action arising out of, or in connection with the use of the contents
of these files. Data conversion of the FCC data from NAD27 to NAD83 was accomplished using
the USGS NADCON210 software program.
Airspace@ State Data version 7/15/2024
AIRSPACE@ and TERPS@ are registered @ trademarks of Federal Airways & Airspace@
Copyright @ 1989 - 2024
09-11-2024
8:12:11
*PRIVATE LANDING FACILITIES IN
PROXIMITY OF
CASE*
SITE ID: 2126343
TRANSACTION ID:
26012295
LATITUDE: 42°
24' 45.23711
LONGITUDE: 761 27' 1.569"
SITE ELEVATION AMSL . . .
. . .
825 ft.
STRUCTURE HEIGHT. . . . .
. . .
134 ft.
OVERALL HEIGHT AMSL . . .
. . .
959 ft.
FACIL
TYP
NAME
BEARING
RANGE
DELTA ARP
FAR
IDENT
To FACIL
IN NM
ELEVATION
P77
NK72
AIR
HENION PVT FLD
239.05
4.25
-341
NO
NK05
AIR
TOM N' JERRY
220.05
4.53
-531
NO
NY55
AIR
GRUND FLD
287.8
6.83
-494
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NY18
AIR
NENO
286.38
7.7
-324
NO
2NY9
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KAYUTAH LAKE/
258
12.36
-426
NO
JAMES &
HELENE D
NY92
AIR
COCHRAN
84.37
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-321
NO
NK09
AIR
EAGLE RIDGE
268.42
16.45
-521
NO
NK54
AIR
MATEJKA FLD
210.9
16.49
-731
NO
6NY3
AIR
AIRY -ACRES
318.26
18.51
+154
NO
NK53
AIR
DODGE/COPPOLA/
228.83
18.89
-71
NO
WHEELER
NK24
AIR
TILDEN
258.24
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NO
NY29
AIR
SCHUYLER
276.74
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AIR
MARIWILL
.82
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-171
NO
NK49
HEL
OWEGO
151.28
21.2
+52
NO
9NY3
HEL
SUSQUEHANNA
152.06
21.42
+75
NO
NK74
AIR
MATCH MATE
334.69
22.04
+119
NO
17NK
AIR
RE -DUN FLD
277.01
22.39
-392
NO
42NY
AIR
WALTERS FLD
48.55
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-601
NO
38NY
AIR
GREENLAWN FARM
290.09
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-51
NO
3NK9
HEL
ARNOT OGDEN
221.7
25.11
+50
NO
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06NY
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MURPHY FLD
.52
25.81
-141
NO
PS81
HEL
ROBERT PACKER
186.83
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+179
YES
HOSPITAL
4NY8
AIR
HARRIS HILL
228.78
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-750
NO
94NY
AIR
ST BERNARD FLD
336.75
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NO
PA33
AIR
LARS/PRIVATE
182.98
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NK89
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ULTRALIGHT FLIGHT
254.79
27.98
-241
NO
FARM
29NK
HEL
UHS WILSON TOWER
129.3
28.27
-26
NO
9NY1
HEL
WILSON MEML RGNL
129.34
28.3
-20
NO
MEDICAL CENTE
8NY4
HEL
GUTHRIE CORNING
234.1
28.53
+58
NO
HOSPITAL
1NK8
AIR
CHENANGO BRIDGE
116.23
30.18
+19
NO
25NK
AIR
LOUCKS
272.91
30.33
-466
NO
4NK4
AIR
WOODFORD AIRFIELD
36.96
31.19
-321
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ONY6
HEL
NEW YORK STATE
346.77
31.83
+359
NO
POLICE
3NY5
AIR
LUKE
136.85
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NY12
HEL
AUBURN COMMUNITY
351.01
32.1
+229
NO
HOSPITAL
PN10
AIR
CASH CREEK
184.6
32.94
-291
NO
6NY1
AIR
OLD PORT ROYAL
237.51
33.67
-741
NO
9PN7
AIR
VEIT
177.3
35.69
-401
NO
NK71
AIR
MARCELLUS
6.84
36.13
+109
NO
FAA PROTECTED
IFR PROCEDURE
IFR Procedure
FACIL TYP NAME BEARING RANGE DELTA ARP FAR FAA PROTECTED
IDENT To FACIL IN NM ELEVATION P77 IFR PROCEDURE
PN54
AIR
AKM AIRFIELD
200.96
36.69
-434
NO
59PA
AIR
J P REILLY
146.19
36.86
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5PN2
HEL
ROBERT PACKER
179.91
37.65
+159
NO
HOSPITAL - TOWAN
NK12
AIR
CANAAN FLD
229.33
37.72
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NY19
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WALLS
359.24
37.87
+349
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2NY7
AIR
TOWNER FARM
242.49
38.13
-289
NO
NY73
AIR
MILLER FLD
98.79
38.29
-621
NO
7PA6
AIR
CARRAR FARM
138.32
38.55
-588
NO
NK76
AIR
GRAMMAR
316.85
38.77
+204
NO
46NY
AIR
SAVANNAH
339.42
38.88
+494
NO
THE NEAREST PRIVATE USE LANDING FACILITY IS: HENION PVT FLD
HENION PVT FLD is an Airport type landing facility.
landing facilities with IFR procedures are protected under FAR 77.17 (a) (3).
Airspace@ State Data version 7/15/2024
AIRSPACE@ and TERPS@ are registered @ trademarks of Federal Airways & Airspace@
Copyright @ 1989 - 2024
09-11-2024
8:12:11
EXHIBIT NN
ass
INC.
November 18, 2024
GSS Project #D24246-19-NY
Ms. Katherine Jaeckel
Verizon Wireless
1275 John Street
Rochester, NY 14586
Submitted via email: katie.jaeckel@verizonwireless.com
1054 Texan Trail, Ste 300 Grapevine, TX 76051
Tel:682.651.0034 Fax:817.527.4081
ustxApassmidwest.com www.gssmidwest.com
RE: NATIONAL ENVIRONMENTAL POLICY ACT (NEPA) STATUS — VERIZON SITE: SUNNY VIEW, FUZE PID# 2126343
111 WIEDERMAIER CT, ITHACA, TOMPKINS COUNTY, NY 14850
At the request of Verizon Wireless, GROUNDWATER SERVICE & SUPPLY INC (GSS) has prepared this NEPA Status Letter
(Letter) for the below -referenced proposed wireless communications facility. This letter outlines the current stage of the
environmental review process set forth in Title 47 CFD Part 1, Subpart I, rule sections 1.1301 to 1.1319.
PROJECT INFORMATION
Verizon Site Name: Sunny View
Verizon Project ID: 2126343
Site Address: 111 Wiedmaier Court (0.17 miles SW of Slaterville Rd. and Wiedmaier Ct.), Ithaca, Tompkins County, NY
14850
Project Type: Raw Land
Tower Type/Height: Monopole / 134' (Overall 138')
Latitude/Longitude: 42°24'45.2376" N / 76°27'1.5696" W
e-106 Number: 0011318208
TCNS Number: 285451
NEPA Process Summary
Tower Construction Notification System (TCNS) and Notification of Organization (NOO)
The FCC TCNS process for tribal consultation was initiated on September 17, 2024. A Notification of Organization (NOO)
was issued to tribal entities (Tribes) on September 20, 2024.
Public Notice
A public notice was issued on September 20, 2024, to inform the public of the proposed project and to invite comments
regarding potential environmental and cultural impacts. The notice was published in Ithaca Journal, and the public
comment period ended on October 20, 2024. No comments or concerns have been received.
Notice of Initiation of the Section 106 Process Letter
Notice of Initiation of the Section 106 Process Letters were sent to Landmarks Preservation Commission, City of Ithaca
and History Center in Tompkins County on September 17, 2024, to inform the related parties the proposed project and to
invite comments regarding potential environmental and cultural impacts. The comment period ended on October 17,
2024. No comments or concerns have been received.
Section 106 Submission to New York State Historic Preservation Offices (NY SHPO) and Tribes
Section 106 submission was made to the NY SHPO and Tribes on November 7, 2024. We are currently awaiting a response
from NY SHPO and Tribes. NY SHPO has 30 days to review the submission, with the review period concluding on
December 7, 2024. Any Tribes that have not responded by December 9, 2024, and December 17, 2024, will be referred to
1054 Texan Trail, Ste 300 Grapevine, TX 76051
Tel:682.651.0034 Fax:817.527.4081
5755 jzsstx(a passmidwest.com www.gssmidwest.com
INC.
the FCC to initiate the process to close out consultation. The anticipated tribal clearance date is January 4, 2025. However,
this date is subject to change if significant events occur, such as requests for additional consultation, new findings, or
unforeseen delays in the review process.
GSS anticipates submitting the final NEPA report to Verizon Wireless on January 6, 2025.
LIMITATIONS
This Letter was completed according to the terms and conditions authorized by you. There are no intended or unintended
third -party beneficiaries, unless specifically named. GSS is an independent contractor, not an employee of either the
property owner or the project proponent, and its compensation was not based on the findings or recommendations made
in this Letter or on the closing of any business transaction.
Thank you for the opportunity to be of assistance to Verizon Wireless. Please do not hesitate to contact me if you have
any questions.
Sincerely,
Stephen J. Blazenko, CEO
GSS, Inc.
(jti4frJ%ACfl’/I’/L(_fecFrom:davidgallahan<davidgallahan@yahoo.com>Sent:Monday,November18,20241:40PMTo:TownOfIthacaPlanningSubject:VerizoncelltowerproposalToTownofIthacaPlanningBoardre:ProposedVerizontowernear79&BurnsRd.IcannotattendthemeetingNovember1gth,butwanttostronglyurgeyoutodenythepermit.The“gap”(whatVerizon’sdatashows)issmallenoughthatitcouldeasilyberemediedbyasmallcellantenna.Indeed,isanythingreallyneeded?Haveyoureceivedanycommentsfromthepublicrequestingmorecellularcoverage?Theproposedtowerisclearlynottheleastintrusivemeansavailable,whichiswhatourcodesrequire.Ifbuilt,thistowerwilldevastatethisneighborhood.Sincerely,DavidGallahanIthaca1
c(i/IIZ-From:Jaazaniah<jrzorn00l@gmail.com>Sent:Sunday,November17,20248:23AMTo:TownOfIthacaPlanningSubject:VerizonExemptionRequestandTuesdayMeeting**WARNING**Thisemailcomesfromanoutsidesource.Pleaseverifythefromaddress,anyURL(inks,and/orattachments.AnyquestionspleasecontacttheITdepartmentPleaseacknowledgereceiptofthismessageandthatithasbeensenttothemembersoftheboard.DearIthacaTownPlanningBoard,IamunabletoattendthemeetingthisTuesday,the19th,soIamsendingabriefnote.Thisisacrucialmeeting.Icannotemphasizethisenough.ThisisthemomentfortheboardtostanduptoBigTech(inthiscaseVerizon)andshowthatIthaca’slocallyproducedregulationsmeanbusinessandcannotbeby-passedbyapoorlyresearchedandwrittenrequestforanexemption.IftheTowndoesnot,atthismomentintime,showVerizonthatourregulationsmeanbusinessitwillopenthedoortomoreandmorepoorlyconcoctedexemptionrequeststhatwillcitethecurrentrequest(ifgranted)asabasisforfurtherexemptions.Donotletthishappen.Thecurrentproposedexemptionfailstomeet“the(eastintrusivemeans”sectionofourregulations.Whycan’ttheyfindaLessintrusivespotfortheirtower?Moreover,theproposedtowerfallswithin1640’ofexistinghomes,wheninordertosupporthumanshealthandtheaestheticsoftheareaitshouldbebeyondthatdistance.Doesthetownwanttoseehomevalues,andthusthetaxbasedecline,inordertosupportVerizon?Verizonhaddeeppockets,makethemuseittocomeupwithsomethingthatdoesnotmakeamockeryofourregulations.Sincerely,JeffJeffZorn202PineTreeRd.Ithaca,NY14850C:607-339-73281
(Omer/‘//9/zPFrom:GentlyborneMidwifery<gentlybornemidwifery@gmail.com>Sent:Sunday,November17,20249:03AMTo:TownOfIthacaPlanningSubject:CellTower**WARNING**ThisemaiLcomesfromanoutsidesource.PLeaseverifythefromaddress,anyURLLinks,and/orattachments.AnyquestionspLeasecontacttheITdepartmentTotheBoard;IDONOTwanttheVerizoncelltowerasproposed.Pleasevotenoandlookatotheroptions.Thistoweristooclosetopeople.AsahealthcareproviderIamespeciallyconcernedabouttheexposuretochildren,babiesandpregnantwomen.Pleasebecarefulhere.ThankyouMonicaDaniel1
CarolineAshurst<hello@carolineashurst.com>Tuesday,November19,202411:59AMTownOfIthacaPlanning111WiedmaierCt.PWSFSitePlan(V1912-c)**WARNING**ThisemaiLcomesfromanoutsidesource.PLeaseverifythefromaddress,anyURLLinks,and/orattachments.AnyquestionspLeasecontacttheITdepartmentDearPlanningBoardMembers,FirstIwanttothankyouforyourservice.Yourjobistime-consuminginyourbusylifeandoftenthankless.Itrulyappreciateandhonorwhatitmeanstobevolunteeringyourtimeinthiswayregularly.I’mwritingasaresidentof106WiedmaierCt.Iamadamantlyagainstthelocationofthisproject--butnotjustformyfamilyandthe20otherfamiliesinthisresidentialcommunity.Iamadamantlyagainstsettingaprecedentinourtownforbuildingtheseunnecessarymonolithtowers.Itisfirstimportanttore-iteratethatRobertBerg,Esq.hasestablishedthatanytowerbuiltoverthe50ft.limitestablishedinzoningbylawsisnolongerautilityandisacommercialendeavor.Verizonmeanstousethistowerasanincomemeans.Theywillauctionoffothercompaniestousethistoweraswell.IdissentthiscommercialuseofthisIthacaConservationBoards’deemednaturalconservationarea.Andinterestingly,theoriginalpropertyownerofthislandwasaconservationistwhodidnotwantanythinglikethiseverhappeningonthisbeautifulland.Verizonisenactingalandgrabrightinfrontofourveryeyes.Whatwillyoudecideforthefuturegenerationsofthiscommunity?Isitsoimportanttocavetotheircarelessness?Doyouwantthesewherevertheyseefitmovingforward?ThezoningbylawswerecreatedtoSTOPTHISMADNESSFROMEVERHAPPENINGHERE.IagreewiththeIthacansforResponsibleTechnology’ssentiment:VerizonshouldnotnowbeaffordedanypreferentialtreatmentbythePlanningBoard.Theyareacorporationwhosepurposeistomaximizefinancialgrowthwiththistower,i.e.buildsomethingaslargeaspossibletosupportasmuchrentalincomeaspossible.So,IaskthatthislanguageaboutVerizonbeingapublicutilityberemovedfromthedraftresolutions.Andfurthermore:areeachofyoupersonallypreparedtoaccepttheresponsibilityofharmingcountlesslthacansforyearstocome?Includingmydaugherandherbestfriendin107Wiedmaier??Asalicensedhealthcareproviderwhopreviouslythought“5gpeople”werecrazy,I’velookedattheresearchthatwasprovidedtomebyIRTandIamhorrified.Iamnowadamantlyopposedtothistowerbeingclosetoaresidentialcommunity(oranycommunity--becauseitisnotjustaboutme)--andthechildrenthatlivehere!I’vesinceheardaccountsofwomencompletelylosingtheirmenstrualcycleforyearsimmediatelyafterrelocatingtoasitenearalargecelltower(andreturningafterfleeingthearea).Thisisunacceptableforhumanlife!Asahormonalhealthexpert,Icannotimaginewhatthismeansforthewholepersonhealth.1From:Sent:To:Subject:
Therearemanyotherplacestheycanputthistower,butsinceNOONEintheirresearchforotherlocationswantit(surprisesurprise),andtheownerofthislandhasalreadystruckadeal,theyaredeterminedtoputtheirstakedownhere.Theyarecryingliketheycan’tgoanywhereelse,buttheycanlookharder.AsIhavereadthetownzoningbylawsregardingthesetypesofstructuresandhavereadthecurrentreportbyyourengineeringconsultantMr.Johnson,itisclearthatyourapprovalofthisstructurewouldbetacitlybreakingthepartsofbylaws270-219:Again,Ire-iteratefrompreviousin-personstatementsIhavemade:1.Thisisnotanecessity.Thesizeofthistower(1640ft)isnotnecessary.Mr.Johnsonclearlysaysthatsmallcellswouldbeappropriateandpossible.Ifthisconsultationisn’tadheredto,itwillbehardforyoutomakeacasethatyouarenotindeedbreakingthebylawsstatingthatnotowersshouldbebuiltover50ft.2.ResidentialareasarespecificallyplacedasTHELASTplaceatowershouldbebuilt(andthat’sa50fttowermindyou!!!!!)Thisisclearlyaresidentialcommunity.Again,youwillbebreakingyetanotherzoningbylawifapprovingthisridiculouslocation...areyoureadytodothat?3.Theproposed138’towerdoesnotmeetourcodes’requirementforthe“leastintrusivemeans”tofillasmallgapinservice.Mr.Johnsonwasclearthatsmallcellswouldbeagoodoptiontomeetourcode’srequirementofa“leastintrusive”meansoffillinganygap:“hugegeographicareascanbeservicedbymanyrelativelysmall-diameter“cells”thatallowsufficientsignallevelsandusercapacityforsafeandreliablevoicecommunications....TwoproperlypositionedshorterbasestationslongornearRoute79wouldlikelyhavetheabilitytoilluminatetheRoute9valley.”Smallcellsoffersignificantlylessradiation.Weareopentootheroptions,butonesthataresafe.DONOTLETTHEMBULLYYOU!Theydon’tcareaboutus.WEhaveto.Howeveryouvote,itwillsendasignaltofutureapplicants-eitherthatourcodesdon’treallymatterORthatIthacaisathoughtfulcommunitythatupholdscertainvaluesandthattheyneedtocomereadytoworkcollaborativelywithus.I’maskingyoueachtotakeastandforourcommunity.Iamurgingyoutodotherightthing.Listentoyourdeepinnertruthandguidance.Youknowwhatthatfeelinginyourstomachistellingyou.Thisnaturallandissacredandsoareourchildrenandtheirfuture.IknowyouwantthebestforthemlikeIdo.Youhavethechoice.WithGratitude,CarolineGraceAshurst,L.Ac.,M.Ac.www.carolineashurst.com@restorativeharmony2
ElizabethSalon<elizasalon.np@gmail.com>Tuesday,November19,20248:01AMTownOfIthacaPlanningDenyproposed138VerizonCellTower\fQX2cn.(“/I9/2_C/**WARNING**ThisemaiLcomesfromanoutsidesource.PLeaseverifythefromaddress,anyURLLinks,and/orattachments.AnyquestionspLeasecontacttheITdepartmentAsanursepractitionerhealthcareproviderinIthaca,andascofounderofthesuccessfulIthacaFreeClinic,Icareaboutourcommunity,andknowyoudotoo.ThusIimploreyoutoopposetheproposed138footcelltowerandshowyoucareaboutourcommunitytoo.Theconsultantconfirmedthattheycouldfillthe“gap”inservicewith1ormaybe2smalLceLls.Thus,theproposed138’towerdoesnotmeetourcodes’requirementforthe“leastintrusivemeans”tofilLasmallgapinservice.VerizonuLtimatelywantsalargerpolefortheircorporateinterests,notourcommunity’sinterests.-WithasmalLcelL,theyhavemanymoreoptionsforsites,NOT,asmanyofyoumentionedattheLastmeeting,restrictingittothatveryLimitedrandomhexagonalarea.-Withmanymoreoptions,theycangofurtherfromhomes.TheNHCommissionhasbeenclearthattowersshouLdbe1640feetfromhomes.Atthisdistance,notonlyhumanhealthwilLbesupported,butaestheticsandrealestatevalueswillbemuchbetterpreserved.ElizabethG.Salon,R.N.C.,M.S.,F.N.P.Farni/yNursePractitionerIntegrativeHealth108SouthAlbaiyStIthaca,NY14850607-277-2201eli7abethsalon-np.com1From:Sent:To:Subject:
\JLônfFrom:BobBabjak<bobbybabjak@gmail.com>Sent:Tuesday,November19,202412:44AMTo:TownOfIthacaPlanningSubject:PlanningBoardproject:111WiedmaierCt.PWSFSitePlan**WARNING**Thisemailcomesfromanoutsidesource.Pleaseverifythefromaddress,anyURLjlinks,and/orattachments.AnyquestionspleasecontacttheITdepartmentHelloPlanningBoardmembers,ILiveat106WiedmaierCt.,theclosestresidencetotheproposedproject.MyfamilyrecentlymovedherefromPhiladelphiabecausewelovethenaturalbeautyandstrongcommunityspiritofIthaca.ThisgigantictowerbeingbuiltinthemiddLeofthebeautifulmeadowbehindourhousewouLdbasicallybeagiantrefutationofbothofthosethings.Theareaof111WiedmaierCt.iswhollyunsuitableforaprojectofthisnature.Ifyouhaveneverbeentothesiteinperson,IamincludingavideoIshottheretheotherday.Itwillshowthat:•Theentiresitewillbeclearlyvisiblefromboth79andBurnsRd.,completelyalteringtheviewshedagainstthemajesticbackdropofSouthHill/Danby.Thereisnohidingastructureliketheoneproposed.•Theclosesttreesalltopoutaround30-40feetabovethegroundlevelwherethebasestationwillbe.Thatmeansthatthistowerwillbearound100feettallerthananyofthesurroundingnaturaLfeatures.•Thereisampleevidenceofmyriadanimalspeciescongregatingonthesite,provingitwilldisruptanestabLishedmeetingplace.•Thatthemandatedrestorationoftheillegally-gradedsitehasnotbeencompletedaspursuanttoConservationBoardResolutionno.2008-013,includingthe“plantingofapproximately250trees”•Thisprojectiscompletelyoutofcharacterwiththesurroundingarea,wildrasticaLlyalterthenatureoftheland,communityandperceptionofthetownofIthaca.1MG1489.MOVdrive.google.comIbelievetheevidencepresentedshowsthat(A)theprojectisNOTsuitableforthepropertyonwhichitisproposed.(B)TheproposedstructuredesignandsitelayoutareNOTcompatiblewiththesurroundingarea.Almostnoneofthefacilitywillbescreenedbyexistingvegetationasevidencedinmyvideo.(F)Theproposeduse,structuredesignandsitelayoutwiLlNOTcomplywiththeprovisionsofthetowncode-particularlytheprovisionson“leastintrusivemeans”.2.(c)[1]PublicUtilityStatusisnotmetbytheapplicant,aspointedoutbylawyerRobertBerginhisOctober28letter:“The“publicutility”legalstandarddoesnotapplytothePlanningBoard’s1
considerationoftheapplicant’srequestforsiteplanapprovalandaspecialusepermit.Rather,thetestappliesonlytorequestsforusevariancesunderthezoninglaw.”Inotherwords,thistowercanonlybeconsideredapublicutilitywhenbeforetheZoningBoardforavariance.Andthus,VerizonshouldnotnowbeaffordedanypreferentialtreatmentbythePlanningBoard.Further,theapplicantrefusesoutrighttoaddresssmallcellsandco-locationoptions.Theyobviouslydonotwanttodothatbecausetheycan’tmakeasmuchmoneybyinstallingsmallcells.Theywanttobuildagianttowerthathasthecapabilitytohouse9antennasthattheycanrenttoothercarriers.ThatisbecausetheyareNOTapublicutilityservingtheneedsofthecommunity,theyareapubliclytradedcorporationservingtheneedsoftheirshareholdersfirstandforemost.Inthereportsubmittedbyapplicant’slegalteam,theyerroneouslyclaimthattheproject“willnotinflictasignificantadverseaestheticimpactupon...propertiesthatarelocatedadjacentorincloseproximity”andthat“Onewouldneedtodeliberatelylookforthetowerinordertoseeitwhiletravelinginavehicle”.Thatislaughable,asthestructurewouldprotrudeover100feetHIGHERthanthetallesttreesaroundit.EvenStevieWonderwouldbeabletoseethat.AsmyvideoclearlyshowsthistowerwouldbeasignificantpresenceloomingoverallthelandliketheEyeofSauron.DoyouwanttoberesponsibleforturningIthacaintoMordor?Inclosing,thisproposaliscompletelyunsuitableonsomanydifferentlevels.Itisoutofcharacterwiththesurroundinglandandcommunity.ItisinviolationofseveraloftheTownCodes,inparticularofthoseinchapter270.Itisasignificantdisruptiontothelocalwildlifeandhumanlife.Itimmenselyexceedsinsizeandscalewhatisneededandwhatisallowed.Finally,IwouldjustliketoremindtheboardthatyouoweVerizonnothing.Youdonotneedtoappeasethem,theyhavetoappeaseyou.ItisincumbentupontheapplicanttoconformtotheestablishedTownCodes,nottheotherwayaround.Theyarenotentitledtowhattheyplease.IfVerizontrulywantstofillinacoveragegap,therearemanyothermethodsavailabletothemtoaccomplishthatgoal,asoutlinedbyWilliamJohnsoninhislatestreport.Unfortunately,Verizonisseeminglyonlyinterestedinonewaytoaddresstheirreportedgap.IftheyareunabletoworkwithintheestablishedguidelinesofTheTown,theboardhaseveryrighttomoveonfromthisproposalandfindanothercarrierwhowill.Ihumblyrequest,forthesakeofmy8yearolddaughterwhowillbesleeping500feetfromthisbehemoth;forthesakeofeveryonewholivesnearordrivespastthissite;forthesakeofallthenativeanimalandplantlifethatliveatthesite;forthesakeofallIthacaresidents,whosefutureswillbegreatlyaffectedbytheprecedentanapprovalofthisunnecessary,unwieldyandunethicalprojectwillset-PLEASEDENYTHISPROPOSAL!Thankyou,BobBabjak106WiedmaierCt.2
VuZcv’2()V4Lc4From:JillUllian/DennisAnello<judax214@gmail.com>Sent:Monday,November18,20249:28PMTo:TownOfIthacaPlanningSubject:Concernre:ProposedNewAntennasLocationfor5GHello,IamwritingtourgetheplanningBoardtoopposeVerizon’srequestedlocationforanewlargetowerintheTownofIthaca.Thesewerethepointsmadesupportingmyrequest:-TheconsuLtantconfirmedthattheycouLdfiLlthe“gap”inservicewithIormaybe2smallcells.Thus,theproposed138’towerdoesnotmeetourcodes’requirementforthe“Leastintrusivemeans”tofillasmallgapinservice.VerizonuLtimateLywantsaLargerpolefortheircorporateinterests,notourcommunity’sinterests.-Withasmallcell,theyhavemanymoreoptionsforsites,NOT,asmanyofyoumentionedattheLastmeeting,restrictingittothatverylimitedrandomhexagonalarea.-Withmanymoreoptions,theycangofurtherfromhomes.TheNHCommissionhasbeenclearthattowersshouldbe1640feetfromhomes.Atthisdistance,notonlyhumanhealthwillbesupported,butaestheticsandrealestatevalueswillbemuchbetterpreserved.-Verizondoesn’tWANTtodoanyofthat.BelowIamforwardinganemailthatIsentpreviously,withbackgroundinformationre:moreofmyconcerns.Thankyou.DennisAnelloFormerPhysicsTeacher(highschool),FormerAdjunctFaculty,Physics&Math(SpringfieldTechnicalCommunityCollege)IthacaForwardedMessageSubject:Re:Concernre:NewAntennasfor5GDate:Tue,10ct202409:15:58-0400From:JillUllian/DennisAnello<judax214cgmail.com>To:ChrisBalestra<CBalestra(townithacany.gov>Thankyou,Chris.1
On10/1/20248:59AM,ChrisBal.estrawrote:Hi,WehavereceivedyourcommentsandwillmakesuretosendthemontothePlanningBoard.Thankyou,Chris(she/her)ChristineBaestra,SeniorPtannerTownofIthacaP[anningDepartment215NorthTiogaStreetIthaca,NY14850(607)273-1721,ext.121cba(estractownithacany.govFrom:TownOfIthacaPlanning<planning@townithacany.gov>Sent:Tuesday,October1,20248:11AMTo:ChrisBalestra<CBalestra@townithacany.gov>Subject:EW:Concernre:NewAntennasfor5GAbbyHomerAdministrativeAssistantPlanningDepartment607-273-1747TOWNOFITHACANEWYORKFrom:JillUllian/DennisAnello<iudax214@gmail.com>Sent:Monday,September30,20242:44PMTo:TownOfIthacaPlanning<planning@townithacany.gov>Subject:Concernre:NewAntennasfor5G**WARNING**ThisemaiLcomesfromanoutsidesource.PLeaseverifythefromaddress,anyURLLinks,and/orattachments.AnyquestionspLeasecontactthe19departmentURe:Verizon’sapplicationtoplaceanewlargetowerintheTownofIthacaat79andBurnsRoadHello,2
ThoughIdonotliveinthevicinityofthenewproposedVerizontower,IdoliveintheTownofIthaca,andamconcernedaboutmyneighbors’healthandsafety.Pleaseseethebelow2resources,whichIbelievegivereasonforprudentcautionontheadditionofthisnewlargetower.Iamaformerphysicsteacher,andIwouldliketoaskthatyoureadtheseresources,andthattheybeincludedintheinformationyoumakeavailabletothepublic.1.WITHGOODREASONradioprograminterviewwithDeborahO’Dell,professorofbiologyattheUniversityofMaryWashington:“Doestheradiationemittedbyourcellphonesharmus?”https://www.withgoodreasonradio.org/episode/do-cell-phones-cause-cancer-2/Doestheradiationemittedbyourcellphonesharmus?ProfessorDeborahO’Dellrecentlyfinishedastudythatfoundcellphoneradiationcancausechangestoourcells.2.ArticlefromTheNationmagazine:HowBigWirelessMadeUsThinkThatCellPhonesAreSafe:ASpecialInvestigationThedisinformationcampaign—andmassiveradiationincrease—behindthe5Gandcelltowerrollouts.https://www.thenation.com/article/archive/how-big-wireless-made-us-think-thatIamrequestingthatVerizon’sapplicationtoplaceanewlargetowerintheTownofIthacaat79andBurnsRoadbedenied.Thanksforyourworkonthisissue.DennisAnelloFormerPhysicsTeacher(highschool),FormerAdjunctFaculty,Physics&Math(SpringfieldTechnicalCommunityCollege)Ithaca3
TomStern<tstern952@gmail.com>Monday,November18,20247:09PMTownOfIthacaPlanningCelltowerpermitapprovalci•\JL(IZLr)_y_p’**WARNING**ThisemaiLcomesfromanoutsidesource.PLeaseverifythefromaddress,anyURLLinks,and/orattachments.AnyquestionspleasecontacttheITdepartmentDearPlanningBoardmembers,PleaserejectthepermitforVerizontoconstructa138foottower.Itisclearthe“gap”incellcoveragedoesnotrequiresuchanobtrusivetowerthatdoesnotmeetcodeandcertainlyisnotintheTownresident’sinterest.Thankyou,TomSternIthaca1From:Sent:To:Subject:
ionFrom:Sent:To:Subject:marie<marieskweir@gmail.com>Monday,November18,20244:54PMTownOfIthacaPlanningWedon’tneeda138ftmonopole!**WARNING**ThisemaiLcomesfromanoutsidesource.PLeaseverifythefromaddress,anyURLLinks,and/orattachments.AnyquestionspLeasecontacttheITdepartmentDearPlanningBoard,AfterthelastmeetingonthisWiedmalerCtCellTower,thetwokeypieceslefthangingwereto:•Getclarityfromtheconsultantthat,perourcode,this138’monopoleistheleastintrusivemeanstofillthegap,and•Explorealternatelocations.Tothatend:•TheconsultantconfirmedthatVerizoncouldfillthe“gap”inservicewith1ormaybe2smallcells.Thus,theproposed138’towerdoesflQtmeetourcodes’requirementforthe“leastintrusivemeans”tofillasmallgapinservice.**•Withasmallcell,theyhavemanymoreoptionsforsites,NOT,asmanymentionedatthelastmeeting,restrictingittothatverylimitedandunexplainedhexagonalarea.•Withmanymoreoptions,theycangofurtherfromhomes,whichismoresupportiveofnotonlyhumanhealth,butrealestatevalues,andthenaturalandaestheticconcernssharedbymany.•Verizondoesn’tWANTtodoanyofthat.We’vebeenflexibleandwillingtoconsiderreasonableoptions,andiftheyarenotwillingtoworkwithinourparameters,that’sok.Wedon’tneedtoallowthemtobullytheirwayin.Tome,theansweriscLear:We’reuphoLdingaclearboundarybasedonthoughtfuLLyconsideredcommunityvaLuesandpriorities,wewanttominimizenecessaryinfrastructureandcarefuLLyconsiderthebestoptionsforsuchanimpactfuLproject;VerizonissimpLyunwiLLingtohonorthat.AtaLL.It’sourresponsibilitytostandupforourcommunity...andit’stheirprerogativetorefuseoptionsandtobowout.Howeveryouvote,itwILLsendasignaLtofutureappLicants-eitherthatourcodesdon’treaLLymatterORthatIthacaisathoughtfuLcommunitythatuphoLdscertainvaLuesandthattheyneedtocomereadytoworkcottaborativeLywithus.I’maskingyoueachtotakeastandforourcommunity.Thankyouforyourcontinueddedication,MarieSkweir1
**lnhismostrecentletter,consultantJohnsonwasclearthatsmallcellswouldbeagoodoptiontomeetourcode’srequirementofa“leastintrusive”meansoffillinganygap:“hugegeographicareascanbeservicedbymanyrelativelysmall-diameter“cells”thatallowsufficientsignallevelsandusercapacityforsafeandreliablevoicecommunications....TwoproperlypositionedshorterbasestationslongornearRoute79wouldlikelyhavetheabilitytoilluminatetheRoute9valley.”2
MarileeMurphy<marileemurphy@gmail.com>Monday,November18,20244:53PMTownOfIthacaPlanningCellTowerApplicationJiionfc—i/**WARNING**Thisemailcomesfromanoutsidesource.Pleaseverifythefromaddress,anyURLLinks,and/orattachments.AnyquestionspleasecontacttheITdepartmentToPlanningBoardMembers;AsaTownofIthacaresidentwhoLivesintheEasternHeightsarea,IwritetovoicemycontinuedoppositiontoapprovingthecelltowerapplicationforVerizon.Theproposedtowerseemstoviolatethetown’sclearguidelinesrelatedtoresidentialproximity,andimpactaestheticallyinabeautifulareawhichisheavilytraffickedfornaturalrecreation.Itiscommonsensethatpropertiesintheimmediatevicinitycouldbeimpactedintermsofrealestatevalue.Itishardtoacceptthatthislargetowermeets“minimallyintrusive”criteria.Ifthisapplicationisapprovedandbecomesaprecedent,thenwhydidthetownbothertocarefullycraftsuchresponsibleguidelinestobeginwith?Pleasedonotsacrificeourneighborsandneighborhood.Giventhatthoseofuswholiveinthisvicinitydonotexperiencecellphonecoverageissues,itseemstomakesensetomovethetoweralittlefurtheroutwhereresidentsDOexperiencecoverageissuesandwhereLessresidentswouldbesocloselyimpacted.IfsmallcellscanmeettheTown’sgap,thenthatiswhatmakessense.OthertownscanmaketheirowndeterminationsforgapcoverageifthatisneededbeyondtheTown’sborders.PleasefollowtheTown’sguidelinessoclearlyestablishedthatwarrantsrejectionofVerizon’sproposedtower.Thankyou.MaryMurphy1From:Sent:To:Subject:
vFrom:Marie/AndrewMolnar<marieandrew93@gmail.com>Sent:Monday,November18,20244:34PMTo:TownOfIthacaPlanningCc:CiRandall;ChrisBalestraSubject:Importantpieces**WARNING**ThisemaiLcomesfromanoutsidesource.PLeaseverifythefromaddress,anyURLLinks,and/orattachments.AnyquestionspLeasecontacttheITdepartmentHello,I’vereadthroughtheupdatedmaterialsregardingthecelltower.IrespectfullywishtoconveythreecrucialthingstothePlanningBoardmembers:1.First,thetownresolutionscontinuetocontainthemisleadingstatementthatVerizonisapublicutility.AsexplainedinanNov.5email,thisisuntrue,asourlawyerRobertBergelucidatedinhisOctober28letter:“The“publicutility”legalstandarddoesnotapplytothePlanningBoard’sconsiderationoftheapplicant’srequestforsiteplanapprovalandaspecialusepermit.Rather,thetestappliesonlytorequestsforusevariancesunderthezoninglaw.“Inotherwords,thistowercanonlybeconsideredapublicutilitywhenbeforetheZoningBoardforavariance.Andthus,VerizonshouldnotnowbeaffordedanypreferentialtreatmentbythePlanningBoard.Theyareacorporationwhosepurposeistomaximizefinancialgrowthwiththistower,i.e.buildsomethingaslargeaspossibletosupportasmuchrentalincomeaspossible.So,IaskthatthislanguageaboutVerizonbeingapublicutilityberemovedfromthedraftresolutions.2.Thefirststatetoofficiallystudythehealtheffectsofcellradiation,NewHampshire,empoweredapanelofexpertsandscientiststolookthroughthethousandsofstudiesshowingharm.Afterafullyearofthoroughreview,theyfoundthat,indeed,cellradiationwasharmfultohumans,andthattowersshouldbeatleast500meters(1640feet)fromhomes.IfyouapprovethistowerinIthaca,areeachofyoupersonallypreparedtoaccepttheresponsibilityofharmingcountlessIthacansforyearstocome?3.Inhismostrecentletter,consultantJohnsonwasclearthatsmallcellswouldbeagoodoptiontomeetourcode’srequirementofa“leastintrusive”meansoffillinganygap:“hugegeographicareascanbeservicedbymanyrelativelysmall-diameter“cells”thatallowsufficientsignallevelsandusercapacityforsafeandreliablevoicecommunications....TwoproperlypositionedshorterbasestationslongornearRoute79wouldlikelyhavetheabilitytoilluminatetheRoute9valley.”Thus,theproposed138’towerdoesnotmeetourcodes’requirementforthe“leastintrusivemeans”tofillasmallgapinservice.Withasmallcell,theyhavemanymoreoptionsforsites,NOT,asmanymentionedatthelastmeeting,restrictingittothatverylimitedandunexplainedhexagonalarea.However,Verizon’smostrecentresponsehasrejectedanypossibilityofthis,demonstratingacompleteunwillingnesstomeetthetownanditscitizenshalfway.It’s“mywayorthehighway”withthiscorporation,anattituderoutinelydisplayedtoPlanningBoardsacrossthecountry.ThislackofgoodfaithontheirendmustnotberewardedbythePlanningBoard.Forthisreason,aswellastomaintaintheaestheticsandpropertyvaluesofthearea,IurgetheBoardrorejectthisapplication.Thankyou.AndrewMolnar1
1054 Texan Trail, Ste 300 • Grapevine, TX 76051
Tel: 682.651.0034 • Fax: 817.527.4081
gsstx@gssmidwest.com • www.gssmidwest.com
November 19, 2024
GSS Project #D24246-19-NY
Ms. Katherine Jaeckel
Verizon Wireless
1275 John Street
Rochester, NY 14586
Submitted via email: katie.jaeckel@verizonwireless.com
RE: NATIONAL ENVIRONMENTAL POLICY ACT (NEPA) STATUS – VERIZON SITE: SUNNY VIEW, FUZE PID# 2126343
111 WIEDERMAIER CT, ITHACA, TOMPKINS COUNTY, NY 14850
At the request of Verizon Wireless, GROUNDWATER SERVICE & SUPPLY INC (GSS) has prepared this NEPA Status Letter
(Letter) for the below-referenced proposed wireless communications site (the Site). This letter outlines the current stage
of the environmental review process set forth in Title 47 CFR, Part 1, Subpart I, rule sections 1.1301 to 1.1319.
The National Environmental Policy Act (NEPA) of 1969 established provisions to ensure that all federal agencies evaluate
the potential impacts to the environment of projects under their jurisdiction. The Council on Environmental Quality (CEQ)
oversees the implementation of NEPA through the authorities of Title 40 CFR, Parts 1500-1508 which requires all federal
agencies to develop rules for implementing NEPA and defines “major federal actions”. Major federal actions are defined
in Title 40 CFR, Part 1508.18 as actions that include new or continuing activities, including projects and programs entirely
or partly financed, assisted, conducted, regulated, or approved by federal agencies.
The Federal Communications Commission (FCC) rules for implementing NEPA are found in Title 47 CFR, Part 1, Subpart I,
rule sections 1.1301 to 1.1319. In addition, Section 106 of the National Historic Preservation Act of 1966, 36 CFR Part 800,
regulates assessment of cultural resources for all federal undertakings. The Nationwide Programmatic Agreement for the
Collocation of Wireless Antennas (47 CFR Part 1, Appendix B) and the Nationwide Programmatic Agreement Regarding the
Section 106 National Historic Preservation Act Review Process (47 CFR Part 1, Appendix C) further stipulate the review
process for cultural resources and amend 47 CFR, Part 1, Subpart I, rule section 1.1307(a)(4) for projects under FCC
jurisdiction.
This NEPA Review was conducted pursuant to 47 CFR 1.1301-1.1319, as amended. The report includes the evaluation of
project impacts to prehistoric and historic resources (archaeological sites, historic structures, and Indian religious sites),
threatened or endangered species (protected listed, candidate, and critical habitat), migratory birds, wilderness areas,
wildlife preserves, floodplains, and surface features (wetlands, water bodies and forested land).
The FCC rules and regulations also address project impacts to humans from tower lighting and radiofrequency radiation
which are evaluated by Verizon Wireless, the FCC applicant, and are not part of this scope of work.
This NEPA Review has been completed based upon Verizon Wireless-provided site information, the review of readily
available information obtained from commercial services, government agencies, and/or other sources as described
herein. Throughout this report, the term “the Site” will be used to refer to the proposed site location and associated
facilities, access, and easements.
This NEPA Review identifies whether a proposed project will require the preparation and filing of an Environmental
Assessment (EA) in accordance with FCC rules and regulations. If any of the NEPA criteria evaluated in this review are
found to be in the affirmative, an EA must be filed with the FCC to further evaluate the identified potential environmental
1054 Texan Trail, Ste 300 • Grapevine, TX 76051
Tel: 682.651.0034 • Fax: 817.527.4081
gsstx@gssmidwest.com • www.gssmidwest.com
impacts. In the event that this Review results in the preparation and filing of an EA, the FCC must issue a finding of no
significant impact (FONSI) prior to proceeding with the proposed project.
This NEPA Review is based upon the application of scientific principles and professional judgment to certain facts with
resultant subjective interpretations. Professional judgments expressed herein are based on the facts currently available
within the limits of the existing data, scope of work, budget and schedule. To the extent that more definitive conclusions
are desired by Verizon Wireless than are warranted by the currently available facts, it is specifically the Consultant’s intent
that the conclusions and recommendations stated herein will be intended as guidance and not necessarily a firm course
of action except where explicitly stated as such. The Consultant makes no warranties, expressed or implied, including,
without limitation, warranties as to merchantability or fitness for a particular purpose. In addition, the information
provided to Verizon Wireless in this report is not to be construed as legal advice.
The Consultant is not engaged in environmental assessing and reporting for the purpose of advertising, sales promotion,
or endorsement of any Verizon Wireless interests, including raising investment capital, recommending investment
decisions, or other publicity purposes. Verizon Wireless acknowledges this report has been prepared for the exclusive use
of Verizon Wireless and agrees that the Consultant’s reports or correspondence will not be used or reproduced in full or
in part for such purposes, and may not be used or relied upon in any prospectus or offering circular. Verizon Wireless also
agrees that none of its advertising, sales promotion, or other publicity matter containing information obtained from this
report will mention or imply the name of the Consultant.
Nothing contained in this report shall be construed as a warranty or affirmation by the Consultant that the Site and
property described in the report are suitable collateral for any loan or that acquisition of such property by any lender
through foreclosure proceedings or otherwise will not expose the lender to potential environmental liability.
PROJECT INFORMATION
Verizon Site Name: Sunny View
Verizon Project ID: 2126343
Site Address: 111 Wiedmaier Court (0.17 miles SW of Slaterville Rd. and Wiedmaier Ct.), Ithaca, Tompkins County, NY
14850
Project Type: Raw Land
Tower Type/Height: Monopole / 134’ (Overall 138’)
Latitude/Longitude: 42°24'45.2376" N / 76°27'1.5696" W
e-106 Number: 0011318208
TCNS Number: 285451
NEPA TOPICS
1. Wilderness Areas
Will the facility be located in an officially designated wilderness area?
No
Source: Site observations, U.S. Geological Survey (USGS) 7.5-Minute Series Topographic Quadrangle, U.S. Department of
Interior (DOI) National Map (www.nationalmap.gov) and www.wilderness.net.
Finding(s): The proposed Site is not located in an officially designated wilderness area.
1054 Texan Trail, Ste 300 • Grapevine, TX 76051
Tel: 682.651.0034 • Fax: 817.527.4081
gsstx@gssmidwest.com • www.gssmidwest.com
2. Wildlife Preserves
Will the facility be located in an officially designated wildlife preserve?
No
Source: Site observations, U.S. Geological Survey (USGS) 7.5-Minute Series Topographic Quadrangle, U.S. Department of
Interior (DOI) National Map (www.nationalmap.gov) and the U.S. Fish and Wildlife Service (USFWS).
Finding(s): The proposed Site is not located in an officially designated wildlife preserve.
3. Protected Species
Will the facility affect listed or proposed threatened or endangered species or designated critical habitats?
No
Source: Site observations and consultation with or project clearance from the USFWS and New York State Department of
Environmental Conservation (NYSDEC).
Finding(s): There are no federal or state listed threatened or endangered species or critical habitat present at the Site that
would be adversely affected by the proposed project.
Verizon Wireless has included all feasible mitigating factors recommended by the USFWS in the Revised Guidelines for
Communication Tower Design, Siting, Construction, Operation, Retrofitting, and Decommissioning (2013). Additionally,
Verizon Wireless adheres to all current regulations regarding tower lighting as required by the Federal Aviation
Administration (FAA).
4. Archaeological and Historical Resources
Awaiting a response from New York State Historic Preservation Office (NY SHPO) regarding whether the facility will
affect districts, sites, buildings, structures or objects significant in American history, architecture, archaeology,
engineering or culture that are listed, or are eligible for listing, in the National Register of Historic Places.
Public Notice
A public notice was issued on September 20, 2024, to inform the public of the proposed project and to invite comments
regarding potential environmental and cultural impacts. The notice was published in Ithaca Journal, and the public
comment period ended on October 20, 2024. No comments or concerns have been received.
Notice of Initiation of the Section 106 Process Letter
Notice of Initiation of the Section 106 Process Letters were sent to Landmarks Preservation Commission, City of Ithaca
and History Center in Tompkins County on September 17, 2024, to inform the related parties the proposed project and to
invite comments regarding potential environmental and cultural impacts. The comment period ended on October 17,
2024. No comments or concerns have been received.
1054 Texan Trail, Ste 300 • Grapevine, TX 76051
Tel: 682.651.0034 • Fax: 817.527.4081
gsstx@gssmidwest.com • www.gssmidwest.com
Section 106 Submission to NY SHPO
Section 106 submission was made to the NY SHPO and Tribes on November 7, 2024. We are currently awaiting a response
from NY SHPO and Tribes. NY SHPO has 30 days to review the submission, with the review period concluding on
December 7, 2024.
5. Indian Religious Sites
Awaiting a response from the Tribes regarding whether the facility will affect Indian religious sites.
Section 106 Submission to the Tribes
Section 106 submission was made to the Tribes on November 7, 2024. We are currently awaiting a response from the
Tribes. Any Tribes that have not responded by December 9, 2024, and December 17, 2024, will be referred to the FCC to
initiate the process to close out consultation. The anticipated tribal clearance date is January 4, 2025. However, this date
is subject to change if significant events occur, such as requests for additional consultation, new findings, or unforeseen
delays in the review process.
6. Floodplains
The facility will not be located in a 100-year floodplain.
No
Source: Site observations and Federal Emergency Management Agency (FEMA) Flood Insurance Rate Map (FIRM), Panel
3608510025C, 6/19/1985.
Finding(s): No 100-year flood hazards are identified on the FIRM map for the proposed Site.
7. Surface Features
Will construction of the facility involve a significant change in surface features (e.g. wetland fill, water diversion, or
deforestation)?
No
Source: Site observations, U.S. Geological Survey (USGS) 7.5-Minute Series Topographic Quadrangle, and USFWS National
Wetland Inventory (NWI) map.
Finding(s): Due to the scope of the proposed project activities, the current Site conditions and review of applicable source
data, significant changes in surface features such as wetland fill, water diversion or deforestation will not be required at
the Site.
GSS anticipates submitting the final completed NEPA/Section 106 review to Verizon Wireless on or before January 6,
2025.
1054 Texan Trail, Ste 300 • Grapevine, TX 76051
Tel: 682.651.0034 • Fax: 817.527.4081
gsstx@gssmidwest.com • www.gssmidwest.com
Thank you for the opportunity to be of assistance to Verizon Wireless. Please do not hesitate to contact me if you have
any questions.
Sincerely,
Stephen J. Blazenko, CEO
GSS, Inc.