HomeMy WebLinkAboutBlack-Oak-Windfarm-Archaeology-Survey-Report.pdfMANAGEMENT SUMMARY
PROJECT TYPE: Black Oak Windfarm
NYS OPRHP Number: 10PR03387
SPONSOR: Black Oak Windfarm, LLC.
CULTURAL RESOURCE SURVEY TYPE: Phase 1B Archaeological Reconnaissance
LOCATION INFORMATION:
Route: Black Oak Road
Town: Enfield
County: Tompkins
SURVEY/PROJECT AREA: approximately 38 acres for the proposed windfarm
Turbine 1 (2.8 acres)
Turbine 2 (2.8 acres)
Turbine 3 (2.8 acres)
Turbine 4 (2.8 acres)
Turbine 5 (2.8 acres)
Turbine 6 (2.8 acres)
Turbine 7 (2.8 acres)
M et. Tower (2.8 acres)
Sub-Station (0.78 acres)
Staging Area 1 (3.93 acres)
Staging Area 2 (1.32 acres)
4272 meters of access roads (7.91 acres)
2168 meters of interconnect (1.60 acres)
USGS QUAD MAP: New York 7.5' Mecklenburg
SENSITIVITY ASSESSMENT:
Prehistoric sensitivity: Low potential for large residential sites throughout entire project area; high potential for small
single-task camps and processing stations within the project area, especially segments near headwaters and streams.
Historic sensitivity: Low historic site potential throughout most of the project area; large majority of the project area
was (and continues to be) used for agriculture.
ARCHAEOLOGICAL SURVEY OVERVIEW:
Number of STPs: 643 STPs at 5 m (16 ft) intervals for a sampling of upland landforms
Number of test units: none
Surface survey: 1 systematic surface survey of a plowed/disked field at Turbine 7
ARCHAEO LO GICAL SURVEY RESULTS:
Number of prehistoric sites: none
Number of historic sites: none
AUTHOR/INSTITUTION:
Samuel M. Kudrle; Public Archaeology Facility - Binghamton University
DATE: August 29, 2013
Table of Contents
I. INTRODUCTION .........................................................................1
II. PROJECT DESCRIPTION ..................................................................1
III. BACKGROUND RESEARCH .............................................................10
3.1 Site Files Search ..................................................................10
3.2 Environmental Setting .............................................................12
3.3 Prehistoric Context................................................................14
3.3.1 Prehistoric Site Sensitivity Assessment .......................................15
3.4 Historic Context ..................................................................15
3.4.1 Historic Site Sensitivity Assessment ..........................................15
IV. RESEARCH DESIGN ....................................................................18
V. INVESTIGATION METHODS .............................................................20
5.1 Windfarm Infrastructure/Layout .....................................................20
5.2 Windfarm Environmental Characteristics ..............................................21
5.3 Proposed Environmental Rankings ...................................................21
5.4 Estimated STPs based on Sampling of Environmental Zones ...............................23
5.5 Field Methods ...................................................................25
VI. ARCHAEOLOGICAL SURVEY RESULTS ..................................................25
VII. CONCLUSIONS .......................................................................26
REFERENCES CITED ......................................................................27
APPENDIX I: STP Soil Records ...............................................................28
APPENDIX II: Artifact Catalog................................................................56
APPENDIX III: STP Survey Maps .............................................................57
List of Figures
Figure 1. Location of the Town of Enfield in Tompkins County, New York...............................1
Figure 2. Location of the proposed Black O ak W indfarm in the southern Finger Lakes U plands...............2
Figure 3. Location of the proposed Black Oak W indfarm on the USGS 7.5' Mecklenburg quadrangle..........3
Figure 4. Aerial view of the proposed Black Oak W indfarm ..........................................4
Figure 5. Location of the documented archaeological sites within the southern Finger Lakes Uplands..........11
Figure 6. NRCS soil types within the Black Oak W indfarm project area................................13
Figure 7. Location of the Black O ak windfarm on the 1866 T ompkins County Atlas.......................16
Figure 8. Location of the Black Oak windfarm on the 1895 USGS 15' Ithaca Quad........................17
Figure 9. Least-cost pathway model for the southern Finger Lakes.....................................19
Figure 10. Environmental sensitivity rankings for the proposed Black Oak W indfarm infrastructure...........22
Figure 11. Recommended alignment for 5 meter interval ST Ps at turbine/tower locations...................24
List of Tables
Table 1. Archaeological sites within 5 miles of the Black Oak W indfarm ...............................10
Table 2. Landform and soil types within the Black Oak W indfarm infrastructure .........................12
Table 3. Soil characteristics by type for the Black Oak W indfarm infrastructure ..........................12
Table 4. Landform characteristics for turbines, towers, staging, and sub-stations .........................21
Table 5. Landform characteristics for access roads and buried interconnect .............................21
Table 6. Summary of archaeological testing results for the Black Oak W indfarm .........................25
Table 7. Summary of STP/soils depths for the Black Oak W indfarm ...................................26
List of Photos
Photo 1. View north toward the location of Turbine 1 ...............................................5
Photo 2. View west along the proposed access road toward the location of Turbine 2 .......................5
Photo 3. View north toward the location of Turbine 3................................................6
Photo 4. View west along the proposed access road toward the location of Turbine 4 .......................6
Photo 5. View west along the proposed access road toward the location of Turbine 5.......................7
Photo 6. View south toward the location of Turbine 6................................................7
Photo 7. View northwest along the proposed access road toward the location of Turbine 7...................8
Photo 8. View west toward the meteorological tower and substation area.................................8
Photo 9. View west toward the APE for staging area 1...............................................9
Photo 10. View west toward the APE for staging area 2..............................................9
1
I. INTRODUCTION
This report presents the results of a Phase 1B Archaeological Reconnaissance Survey conducted by the Public
Archaeology Facility (PAF) for the proposed Black O ak W indfarm in the Town of Enfield, Tompkins County, New Y ork
(Figure 1). In compliance with the 2006 SHPO W indfarm Guidelines, this study was undertaken to assess the potential
impact to cultural resources within the pro ject APE s (areas of potential effect). The results of this report apply only to
the windfarm project area as defined in Section II. The survey summarized in this report was performed under the
supervision of Dr. Nina Versaggi, Director of PAF. The project was directed by Sam Kudrle, who was also the primary
author of this report. All administrative duties were performed by M aria Pezzuti. T he architectural assessment/survey
for the Black O ak W indfarm will be presented in a separate report.
II. PROJECT DESCRIPTION
T he p ro posed Black Oak W indfarm is located geographically in the southern Finger Lakes U plands, and is
nestled in the hills/plateaus overlooking the southern ends of Cayuga and Seneca Lakes (see Figures 2-3). The primary
turbine array (n=7) and meteorological tower will be located on and around Buck Hill, approximately 10 km west of
the City of Ithaca, NY. In addition to the turbines and tower, proposed development will also include several miles of
gravel access roads and buried gathering lines (electrical interconnect). Visual assessment indicated all turbine locations
are on undisturbed and relatively flat to gently sloping agricultural fields and/or woods. T he proposed access roads will
connect each turbine location to the main roads, as well as to adjacent turbine pads. All new roads will be gravel atop
the existing grade with a total width measurement of approximately 7.5 m (25 ft). Many of the proposed access roads
will follow the footprint of an existing farm road. Buried interconnection cables will be placed in trenches with width
varying from 1-3 m (3-10 ft), and will flank the ROW (right-of-way) of the existing road system or parallel proposed
access roads. Also included in the overall infrastructure are two staging/access areas (varying from 1-4 acres) and one
substation (0.7 acres). The total estimated acreage for the windfarm is roughly 38 acres. Photographs of the various
APEs associated with the Black Oak Windfarm are provided on pages 5-9.
Figure 1. Location of the Town of Enfield in Tompkins County, New York.
2
Figure 2. Location of the proposed Black Oak W indfarm in the southern Finger Lakes Uplands.
3
Figure 3. Location of the proposed Black Oak W indfarm on the USGS 7.5' Mecklenburg quadrangle.
4
Figure 4. Aerial view of the proposed Black Oak W indfarm (2012 orthoimagery).
5
Photo 1. View north toward the location of Turbine 1 (second hedge row).
Photo 2. View west along the proposed access road toward the location of Turbine 2 (far tree line).
6
Photo 3. View north toward the location of Turbine 3.
Photo 4. View west along the proposed access road toward the location of Turbine 4 (ridge in background).
7
Photo 5. View west along the proposed access road toward the location of Turbine 5.
Photo 6. View south toward the location of Turbine 6.
8
Photo 7. View northwest along the proposed access road toward the location of Turbine 7.
Photo 8. View west toward the meteorological tower and substation area.
9
Photo 9. View west toward the APE for staging area 1.
Photo 10. View west toward the APE for staging area 2.
10
III. BACKGROUND RESEARCH
Background research was conducted for the Black Oak Windfarm on the environment, prehistory, and history
of the project area within Tompkins County. Brief summaries of these outlines are provided in the following sections.
3.1 Site Files Search
A site files check was conducted for a 5 mile buffer around the proposed windfarm as part of the background
research for the project; at least 25 archaeological sites lie within these limits. The site inventory includes at least 14
prehistoric sites and 11 historic sites (see Table 1). Outside of this 5-mile buffer, both the Cascadilla Creek Prehistoric
Archaeological District (Kudrle 2009) and prehistoric sites associated with the Cayuga Lake Project (Levine 2003) attest
to the overall high archaeological site sensitivity of the Finger Lakes U plands.
Table 1. Archaeological sites within 5 miles of the Black Oak Windfarm
Site Number Name Type County Description Age Comments
SUBi-922 Loveless I Prehistoric Schuyler no info Late Archaic Brewerton/ Susquehanna Broad,
netsinkers, frag. of ground slate
SUBi-923 Loveless II Prehistoric Schuyler Indian Village Possibly
Woodland
Netsinkers, Shell and Pottery
reported. Possibly recorded by
Parker.
SUBi-926 Sibley Prehistoric Schuyler no info no info
SUBi-924 Barrett Point Prehistoric Schuyler no info Possibly
Prehistoric
Iroquois
Incised sherds reported
SUBi-920 Allen I Prehistoric Schuyler Late Woodland Early Owasco Lithics
SUBi-921 Allen II Prehistoric Schuyler multi-component no info Pottery reported at the site
SUBi-946 Rodgers Prehistoric Schuyler no info no info
SUBi-945 Clauson Prehistoric Schuyler no info no info
SUBi-945 Clauson Prehistoric Schuyler no info no info
SUBi-945 Clauson Prehistoric Schuyler no info no info
SUBi-1006 Rogers Hill Prehistoric Schuyler no info no info
Site 12 ACP-Tomp. Prehistoric Tompkins no info no info
no info no info Prehistoric Schuyler Late Archaic/Middle
Woodland
Ith. 3-1 no info Prehistoric Schuyler Late Woodland no info
SUBi-1202 Jurbala Historic Schuyler Midden Mid 19th-20th c.
SUBi-1203 Treman/Royce Historic Schuyler House Foundation/Midden Mid 19th-20th c.
SUBi-1204 Clock/Royce Historic Schuyler House Foundation/Midden Mid 19th- Mid
20th c.
SUBi-1205 Dickens/Nosiglia Historic Schuyler Midden no info
SUBi-1206 Carman/Waite Historic Schuyler Historic Standing Structure Mid 19th- Present
SUBi-1207 Carman
Fish and Farm
Historic Schuyler Foundation/Midden brass butt plate from firearm
(1750-1800)
SUBi-1208 Taber/Stillwell Historic Schuyler Historic Standing Structure
SUBi-1209 Wixom/Stillwell Historic Schuyler House Foundation/Midden
SUBi-1210 Stillwell Historic Schuyler Midden no info
SUBi-1211 Wixom/Malan Historic Schuyler Historic Standing Structure Mid 19th- Present
SUBi-1816 Van Orman Historic Tompkins Residence no info
11
Figure 5. Location of the documented archaeological sites within the southern Finger Lakes Uplands.
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3.2 Environmental Setting
The Black Oak W indfarm lies in the Finger Lake Uplands, on the northern border of the Glaciated Appalachian
Plateau. The region has been shaped by several periods of glacial advance and retreat that continuously eroded and
redeposited underlying materials. A summary of the types of landforms within the project area is presented in Table
2, and as shown, 100% of the windf arm will overlap upland landf orms defined as “drumlin ridges, hills, till plains” by
the NRCS. None of these soils are known to contain any significant amount of natural limestone/chert till that could
be potential sources of lithic raw materials.
Table 2. Landform and soil types within the Black Oak Windfarm infrastructure
Infrastructure Soil Type Landform (NRCS definition)
T urbine 1 Langford Drumlin ridges, hills, till plains
T urbine 2 Erie/Langford Drumlin ridges, hills, till plains
T urbine 3 Langford Drumlin ridges, hills, till plains
T urbine 4 M ardin Drumlin ridges, hills, till plains
T urbine 5 M ardin Drumlin ridges, hills, till plains
T urbine 6 Volusia Drumlin ridges, hills, till plains
T urbine 7 Erie Drumlin ridges, hills, till plains
M et. Tower M ardin Drumlin ridges, hills, till plains
Staging Area 1 Erie/Langford Drumlin ridges, hills, till plains
Staging Area 2 Bath/M ardin Drumlin ridges, hills, till plains
Sub-Station M ardin Drumlin ridges, hills, till plains
road to T1 and T3 Bath/Langford Drumlin ridges, hills, till plains
road to T2 Erie Drumlin ridges, hills, till plains
road to T4 Erie/M ardin/Lordstown Drumlin ridges, hills, till plains
road to T5 and T6 Bath/M ardin/Volusia Drumlin ridges, hills, till plains
road to T7 Bath/Erie/M ardin Drumlin ridges, hills, till plains
B uried interconnect Bath/Erie/Langford/Volusia Drumlin ridges, hills, till plains
Specific upland soil types within the windfarm project area include Bath, Erie, Langford, Lordstown, M ardin,
and V olusia. Table 3 provides a summary of specific soil characteristics per type.
Table 3. Soil characteristics by type for the Black Oak Windfarm infrastructure
Soil Drainage Horizons
Bath Well 0 to 2 inches: channery silt loam
2 to 30 inches: channery silt loam
30 to 40 inches: very channery silt loam
Erie Poor 0 to 9 inches: channery silt loam
9 to 15 inches: channery silt loam
15 to 42 inches: channery loam
Langford Moderate 0 to 7 inches: channery silt loam
7 to 22 inches: channery silt loam
22 to 52 inches: channery silt loam
Lordstown Moderate 0 to 10 inches: channery silt loam
10 to 26 inches: channery silt loam
26 to 30 inches: extremely channery silt loam
30 to 34 inches: unweathered bedrock
Mardin Moderate 0 to 2 inches: channery silt loam
2 to 24 inches: channery silt loam
24 to 42 inches: channery silt loam
Volusia Moderate/poor 0 to 8 inches: channery silt loam
8 to 14 inches: channery silt loam
14 to 48 inches: channery silt loam
13
Figure 6. NRCS soil types within the Black Oak W indfarm project area.
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3.3 Prehistoric Context
The prehistory of New York State and the Northeast was characterized by two broad subsistence patterns, both
of which had profound influences on settlement and landuse patterns, and material culture. The first, designated as the
pre-agricultural hunter/gatherer, was developed with the arrival of highly mobile groups during the Paleo-Indian and
Early-Middle Archaic periods around 10,000-8000 BC and flourished in the region until the advent of early agriculture
in the Late Woodland periods (900-1650 AD). It was during this period that human groups relied almost solely on
gathered plant resources, fish, and game animals for daily subsistence. Therefore, mobility was fairly high during the
pre-agricultural period as groups moved in search of available resources. Hunting and gathering continued to be an
important part of the subsistence base during the later agricultural period, but a large part of the daily subsistence was
increasingly shifted toward the production and consumption of the maize-beans-squash complex. This subsistence shift
led to the development of larger and more sedentary human populations, and the subsequent construction of hamlet and
village settlements near agricultural fields.
The emerging logistical landuse patterns within the Glaciated Appalachian Plateau created a variety of different
site types and functions. The core of the system was the seasonal base-camps usually situated near a major river
confluence. These camps are often densely packed with artifacts and feature remains left over from repeated long-term
occupations. Attached to the bases were smaller single-purpose camps (such as a quarry or butchering site) and resource-
processing stations (opportunistic foraging) that supplied the needed food and non-food resources to the larger base-
camp. During periods of seasonal resource dispersal (such as the height of summer), the residents of the base-camp
usually divided into smaller units that moved frequently across the landscape to hunt, gather, and fish. These smaller
units (most likely an extended family) formed a series of small, multi-task camps near isolated resource-rich areas (such
as small streams or valley bottoms). Overall, this type of logistical organization, along with seasonal aggregation and
dispersal, created a variety of site types ranging from large residential base-camps, to small single-purpose camps,
ephemeral resource-processing sites, and small multi-task camps (Versaggi 1987, 1996).
•Large general habitation camps are large sites with high frequencies of artifacts, tools, features, and spatial
clusters. These camps were typically located at confluences near winter deer aggregation areas and dense spring
fish runs. A few large residential camps have been identified within the Finger Lakes; most notable includes
the Lamoka Lake site in Schuyler County, the Frontenac Island site on Cayuga Lake, and the Geneva site on
the north end of Seneca Lake.
•Single-task field camps are typically smaller size occupations that contain large numbers of artifacts and
specialized tools. Bifacial reduction debitage is prominent as bifacial tool-kits are replaced and maintained.
Single-task temporary camps appear to have been occupied by few people for a short duration, and there may
have been little need to organize and divide space. Fewer spatial clusters would result and these would tend
to be similar in composition, reflecting a focus on a single or limited range of tasks.
•M ulti-task field camps are typically sm aller sized occupations that contain lower numbers of artifacts and
tools. T hese sites resemble forager-like camps in which small groups moved frequently in pursuit of low density
and dispersed resources. M ulti-task camps occur in a wide variety of contexts. Some were widely scattered
within the valleys of major and secondary drainages, and others were mapped onto specific resource patches
in the uplands.
•Resource-processing locations and encounter-like hunting/butchering stations are small activity areas with
very low numbers of artifacts, tools, and spatial clusters. Generally, these sites are expected within the daily
foraging radius around a residential base, as well as around dispersed single- and multi-task camps.
15
A concise summary of prehistoric settlement patterns is provided by Funk (1993: 285), who notes that “year
round occupancy of the valley floor is postulated, with some groups traveling into the uplands at the height of
winter...large camps and smaller general habitation sites are usually placed on or near the banks of the rivers, a major
tributary, or large lake...these sites are within convenient distance of many resources - water, chert, fish, game, nuts, and
so on - and may be occupied for months...people arrive at the floodplain sites shortly after the spring floods, and stay
on them for a variable period...almost daily, hunters depart from the base camp to forage in the surrounding terrain, often
covering several miles...during the early spring, runs of anadromous fish are intercepted at fishing stations, either near
the main camp or at more favorable locations at pools and riffles...in the fall, much time and energy are expended in
collecting and processing the ripening nuts and acorns, exceptionally rich groves may induce part or all of the party to
move to such locations...late in the fall, migratory birds are again taken on major waterways...as winter comes on the
group may choose to remain at a well-placed site, hunting and ice-fishing may sustain them...other groups may move up
the valley walls along creek beds into the uplands in search of game...with the advent of spring, the upland hunting parties
return to the valley bottoms and a general process of social aggregation with ritual behavior accompanies the renewal
of the annual economic cycle”.
3.3.1 Prehistoric Site Sensitivity Assessment
Given the location of the proposed Black Oak W indfarm atop ridges and plateaus of the Finger Lakes Uplands
any identified prehistoric sites within or near the APEs are likely to be highly specialized and resource-targeted (e.g.,
deer hunting, plant collecting) camps or daily foraging activity areas. Multi-task camps and/or larger residential
bases/villages are not anticipated for the current project area.
3.4 Historic Context
The Black Oak W indfarm is located within a rural section of Tompkins County. This region of the Finger Lakes
was settled primarily for agricultural purposes and this pattern has continued to the present. W ith the exception of the
construction of some isolated recent houses and mobile homes, there has been only minor historic change/development
within the region surrounding the project area.
Figures 7-8 present historic map overlays based on the 1866 Tompkins County Atlas and the 1895 USGS 15'
Ithaca quadrangle. From the historic map overlays there does not appear to be any historic standing structures and/or
M DSs (map documented structures) within the current pro ject area.
3.4.1 Historic Site Sensitivity Assessment
Based on the historic map analysis for the Town of Enfield and the lack of any historic structures (either map-
documented or standing) within the project APEs, historic archaeological sites are not anticipated for the proposed Black
Oak Windfarm.
16
Figure 7. Location of the Black Oak windfarm on the 1866 Tompkins County Atlas.
17
Figure 8. Location of the Black Oak windfarm on the 1895 USGS 15' Ithaca Quad.
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IV. RESEARCH DESIGN
Based on the diverse environmental co ntext of the Finger Lakes Uplands, prehistoric archaeological sites could
be encountered during the reconnaissance testing for the Black Oak W indfarm. Although large-scale residential
occupations are not expected for the area, various single-task camps and resource-foraging locations are definite
possibilities for upland headwaters/wetlands landforms. From the historic map analysis for the Town of Enfield, historic
archaeological sites are not anticipated for the Black Oak Windfarm.
To evaluate the prehistoric site potential for the APEs associated with the Black Oak W indfarm, a preliminary
landform accessibility analysis was conducted for the southern Finger Lakes (W hitley and Hicks 2003). T his analysis
focused on predicted least-cost paths or travel corridors derived from the ArcGIS 10 software using the NED (National
Elevation Data) 1-arc second file from the USGS Seamless Data Server. Least-cost paths look at a combination of travel
“friction” (in this case land slope) and distance between points which estimate the least costly and most efficient travel
path to avoid excessive friction and d istance. The process for determining travel friction involves the extraction of a
derivative grid of slope values from the original NED and the creation of an accumulated cost-surface from a primary
starting point. Once an accumulated cost surface is created from the derivative slope grid, secondary points are
highlighted and pathways are drawn to connect primary and secondary locations.
One potential drawback from the least-cost path model is the somewhat arbitrary choice of starting point and
ending point. The position of these nodes clearly exerts some influence on the predicted pathways and this influence
can be particularly strong if only one starting point is designated. Furthermore, one starting point highlights only one
combination of predicted pathways, but it is highly likely prehistoric groups moved throughout the landscape from a
number of locations based on seasonal settlement patterns. Therefore, a more accurate measure of potential prehistoric
travel corridors should incorporate multiple starting points targeting significant river confluences and large valley floor
locations likely to have been heavily/repeatedly occupied in the past.
As such, a preliminary travel model was established based on 25 starting hubs placed at significant confluences.
For each hub an accumulated cost-surface (ACS) was computed using percent slope (friction); from the ACS least-cost
paths were drawn to the remaining 24 hubs. This process was completed for each of the 25 travel hubs, producing a total
of 600 pathways throughout the county (25 hubs * 24 paths = 600). As a visual aid to the linear pathway layout, a “line-
density” grid was calculated for the 600 paths to highlight zones of convergence indicative of potentially heavily traveled
corridors. The density grid w as created in A rcM AP 10 as a measure of predicted pathways per km . The density2
algorithm first fits a package of grid cells (in this case 30x30 meters) around the maximum extent of the pathway
shapefile; from each grid cell center in the p ackage a radius o f 3.0 km around the cell is surveyed for the total length
of paths within the defined radius. Density is then defined as the product of total pathway length divided by the area of
the survey circle (pi*radius ). For the current pathway model, line-density varies from a high of >13.0 per km to a low22
of 0 per km , with by far the highest frequency of pathway clustering throughout the main river and larger tributary2
valleys.
The linear pathway and path density model is presented in Figure 9, and as expected all of the pathways favor
the main valley and tributary valley landforms. Upland pathways along drainage divides follow numerous plateaus and
saddles to connect routes in the larger valleys south of the Finger Lakes. Sections of pathways overlap throughout
portions of the major valleys/uplands and these highly clustered corridors likely represent the most heavily utilized
routes. The Black Oak W indfarm does not fall within or near any predicted least-cost pathways through the major valley
or uplands of the southern Finger Lakes. Any identified prehistoric sites within or near the windfarm APE s are likely
to be highly specialized and resource-targeted (e.g., deer hunting, plant collecting) camps or daily foraging activity areas,
and not multi-task foraging camps or larger residential bases/villages.
19
Figure 9. Least-cost pathway model for the southern Finger Lakes.
20
V. INVESTIGATION METHODS
The archaeological survey methodology implemented for the Black Oak W indfarm followed the steps outlined
in the NYS SHPO guidelines for windfarms published in 2006. The steps are summarized as follows from the 2006
SHPO guidelines.
1) Archaeological Survey will be limited to the Archaeological Area of Potential Effect (APE) associated with the
construction of the project. T his smaller core of the project APE is composed of areas that will experience ground
disturbing activity during the construction phase of the project. These areas include but are not limited to:
•Turbine sites
•Construction staging areas
•Borrow pits
•New/Access Roads
•Utility corridors
•New building locations
•Other areas where the current ground surface may be modified as a result of the project.
2. Phase I survey will be conducted by sampling Environmental Zones. Necessary steps in this process include:
•Determining the total acreage of the Archaeological APE.
•Determining the total number of shovel tests recommended for the Archaeological APE by multiplying the
acreage by 16-20 shovel tests per acre.
•Identifying the various environmental zones based on classification used in Robert Funk’s 1993 investigations
in the U pper Susquehanna River V alley.
3. Once the zones are defined, the archaeological co nsultant will divide up the total number of sho vel tests previously
determined and apply an equal percentage of STPs to each defined environmental zone. Any previously identified
archaeological site(s) or map documented structure (M D S) must be included in the Phase IB testing.
4. W ithin each zone shovel testing will be conducted using a five meter interval or other acceptable methods such as
plowing/disking for previously plowed farm land.
5.1 W indfarm Infrastructure/Layout
The current layout for the the Black Oak W indfarm is provided in the following section. The estimated total
acreage for the project is approximately 38 acres.
Number of turbines: 7
Number of met. (weather) towers: 1
Estimated acreage for turbines/towers (based on 2.8 acres pad): 22.4 acres
Total length of access roads: 4252 meters (4.2 km)
Estimated width of access roads: 7.5 meters (25 ft)
Estimated access road acreage: 7.88 acres
Total length of buried interconnect that does not overlap access road: 2200 meters (2.2 km)
Estimated width of buried interconnect: 3 meters (10 ft)
Estimated buried interconnect acreage: 1.6 acres
Estimated acreage for storage/staging areas and substation: 6.03 acres
Total project area acreage: 37.91 acres
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5.2 W indfarm Environmental Characteristics
Landform characteristics for the Black Oak W indfarm were derived from the NRCS/USDA soil shapefile for
Tompkins County, New York and the 10 meter resolution DEM of the 7.5' Mecklenburg quadrangle. All windfarm infra-
structure was overlain on the G IS layers and tabular data was extracted for each location. Summaries are provided in
Tables 4-5. All locations overlap upland glacial till soils (“drumlin ridges, hills, till plains”), with some near both stream
headwaters and upland wetlands. Drainage varies from poor to well-drained, and most of the project APE exhibits slope
<15% (some isolated portions of the proposed access road network overlap extreme slope >15%).
Table 4. Landform characteristics for turbines, towers, staging, and sub-stations
Turbine/Tower Landform (NRCS)Soil Drainage Percent
Slope
Distance
Water (m)
Distance
Wetland (m)
Turbine 1 Drumlin ridges, hills, till plains Well 4.4 345 501
Turbine 2 Drumlin ridges, hills, till plains Poor/Well 6.9 437 563
Turbine 3 Drumlin ridges, hills, till plains Well 4.1 181 263
Turbine 4 Drumlin ridges, hills, till plains Moderate 13.8 409 672
Turbine 5 Drumlin ridges, hills, till plains Moderate 8.0 218 288
Turbine 6 Drumlin ridges, hills, till plains Poor 13.8 54 517
Turbine 7 Drumlin ridges, hills, till plains Poor 11.1 175 132
Met. Tower Drumlin ridges, hills, till plains Moderate 6.7 303 298
Staging Area 1 Drumlin ridges, hills, till plains Poor/Well 5.3 332 445
Staging Area 2 Drumlin ridges, hills, till plains Well/Moderate 4.9 309 325
Sub-Station Drumlin ridges, hills, till plains Moderate 6.9 282 277
Average Values 7.8%277 meters 390 meters
Table 5. Landform characteristics for access roads and buried interconnect
Access/Intercon.Landform (NRCS)Soil Drainage
road to T1 and T3 Drumlin ridges, hills, till plains Well
road to T2 Drumlin ridges, hills, till plains Poor
road to T4 Drumlin ridges, hills, till plains Well/Moderate
road to T5 and T6 Drumlin ridges, hills, till plains Well/Moderate/Poor
road to T7 Drumlin ridges, hills, till plains Well/Moderate
Buried interconnect Drumlin ridges, hills, till plains Well/Moderate/Poor
5.3 Proposed Environmental Rankings
In general there appears to be little macro-level variation (e.g., Funk’s 1993 definitions) in landform types for
the B lack O ak W indfarm Project. All soils within the project APE are classified by the NRCS/U SD A as upland “drumlin
ridges, hills, till plains” and drainage varies from poor to well-drained. W hile landform differences are generally
negligible for the project, both distance to water (streams/creeks) and distance to wetlands exhibit enough geographic
variation to divide the project APEs into hypothetical sensitivity zones for prehistoric sites based on upland settlement
patterns derived from information presented in Cascadilla Creek (Kudrle 2009) and the Cayuga Lake Project (Levine
2003). The sensitivity zones (high and moderate) are summarized below and linked to specific project APEs; an
additional ranking is “no testing (>15% slope)”. The zones are depicted visually atop the project APEs in Figure 10.
22
Figure 10. Environmental sensitivity rankings for the proposed Black Oak W indfarm infrastructure.
23
5.4 Estimated STPs based on Sampling of Environmental Zones
The environmental zones defined for the Black Oak Windfarm are presented in the following section. STP
estimates are derived from the mid-point range of the projected 16-20 test pits per acre commonly used in New York
State. For example, based on an anticipated APE of 2.8 acres for each turbine/tower, the 16-20 pits per acre produces
a range of 44 to 56 STPs for the APE. The mid-point of this range is 50 STPs. The same STP estimate calculation was
used for staging areas, substation, access roads, and the buried interconnect.
Testing at turbine/tower locations was organized into two sampling blocks of 25 STPs each (5x5). The
recommended alignment for close-interval STPs at turbine/tower locations is shown in Figure 11. This alignment was
modified slightly (one large block of 50 ST Ps instead of two diagonal blocks of 25 ST Ps) for T urbines 2 and 4 to avoid
digging in an active cow pasture (turbine 2) and sloping land (turbine 4). Testing alignments for access roads and the
buried interconnect were conducted through single linear transects. Staging and substation areas were tested with either
blocks (25 pits) or parallel transects of ST Ps.
High Sensitivity: upland areas near or overlooking stream headwaters and/or wetlands
(any drainage, <15% slope, <300 meters w ater and/or <400 meters w etlands)
Turbine 3 (2.8 acres)50 STPs at 5 meter intervals within pad
Turbine 5 (2.8 acres)50 STPs at 5 meter intervals within pad
Turbine 6 (2.8 acres)50 STPs at 5 meter intervals within pad
Turbine 7 (2.8 acres)50 STPs at 5 meter intervals within pad
Sub-Station (0.78 acres)14 STPs at 5 meter intervals within APE
2547 meters of access roads (4.7 estimated acres)85 STPs in selected spots along road
1311 meters of interconnect (0.97 estimated acres)18 STPs in selected spots along interconnect
Total Acres: 17.65 (317 STPs allocated at 5 meter intervals; 48% of total STPs)
M oderate Sensitivity: upland areas adjacent (not near) to stream headwaters and/or wetlands
(any drainage, <15% slope, 300-600 meters w ater and/or 400-800 meters w etlands)
Turbine 1 (2.8 acres)50 STPs at 5 meter intervals within pad
Turbine 2 (2.8 acres)50 STPs at 5 meter intervals within pad
Turbine 4 (2.8 acres)50 STPs at 5 meter intervals within pad
Met. Tower (2.8 acres)50 STPs at 5 meter intervals within pad
Staging Area 1 (3.93 acres)71 STPs at 5 meter intervals within APE
Staging Area 2 (1.32 acres)24 STPs at 5 meter intervals within APE
1183 meters of access roads (2.2 estimated acres)40 STPs in selected spots along road
857 meters of interconnect (0.63 estimated acres)11 STPs in selected spots along interconnect
Total Acres: 19.28 acres (346 STPs allocated at 5 meter intervals; 52% of total ST Ps)
Low Sensitivity: undifferentiated ridges and plateaus not near stream/creeks and/or wetlands
(any drainage, <15% slope, >600 meters to water and >800 meters to w etlands)
no project APEs fit these characteristics
No Testing (>15% slope)
no turbines/towers, and/or staging areas/sub-stations
542 meters of access roads (1.0 estimated acres)
24
Figure 11. Recommended alignment for 5 meter interval STPs at turbine/tower locations.
25
5.5 Field M ethods
Using the previously outlined survey methodology, subsurface testing was completed for all portions (turbines,
tower, substation, staging/access areas, roads, and interconnect) of the Black Oak Windfarm. A portion of the APE
associated with T urbine 7 overlapped a recently plo wed /disked field and allowed for the substitution of a systematic
surface survey (based on 3 meter spacing between crew members) for a block of 25 STPs.
All STPs were dug with hand tools and were generally 35 cm (14 in) in diameter. All undisturbed STPs were
excavated to a depth of 15 cm (5.8 in) into the underlying B-horizon subsoil. Soils were sifted through 7 mm (.25 in)
hardware cloth and any artifacts from each recognizable soil horizon were bagged separately. Notation was made of coal
ash, brick fragments, and any post-1945 materials such as plastic and roadside debris, and these items were discarded
in the field. W ritten descriptions of soil color and texture, artifact content, and digging conditions were made at the time
of excavation. The ST P soil records and the artifact catalog are presented in Appendix I and II.
Following fieldwork, all artifacts were processed and analyzed in the labs of the P ublic Archaeology Facility
at Binghamton University. Processing included washing and dry-brushing fragile materials and checking and re-tagging
of the artifact bags for proper conservation. All of the artifacts, notes and other documentation of the reconnaissance
testing are curated according to federal (36 CFR Part 79) and state guidelines (NYAC 1994) in the facilities of the
Department of Anthropology at Binghamton U niversity.
VI. ARCHAEOLOGICAL SURVEY RESULTS
Archaeologists excavated 643 STPs (all at 5 meter intervals) and conducted one systematic surface survey
within the windfarm boundaries. No archaeological sites were identified and crews recovered only one historic/modern
artifact (a ceramic fragment) from the STPs. Summary information for each section of the Black Oak Windfarm is
provided in Table 6. STP survey maps are provided in Appendix III.
Table 6. Summary of archaeological testing results for the Black Oak Windfarm
Infrastructure Environmental Ranking Total STPs Letters Artifacts
Turbine 1 Moderate 50 S1-S25, T1-T25
Turbine 2 Moderate 50 O1-O25, P1-P25
Turbine 3 High 50 Q1-Q25, R1-R25
Turbine 4 Moderate 50 I1-I25, J1-J25
Turbine 5 High 50 K1-K25, L1-L25
Turbine 6 High 50 M1-M25, N1-N25
Turbine 7 High 25(+ walkover)A1-A25
Met. Tower Moderate 50 B1-B25, C1-C25
Staging Area 1 Moderate 75 F1-F25, G1-G25, H1-H25
Staging Area 2 Moderate 24 E1-E24
Sub-Station High 15 D1-D15
road to T1 and T3 High/Moderate 32 U1-U20, V1-V12
road to T2 Moderate 20 AC1-AC20
road to T4 High/Moderate 20 AB1-AB20
road to T5 and T6 High/Moderate 25 X1-X25 one ceramic fragment from STP X3
road to T7 High 28 Y1-Y28
Buried interconnect High/Moderate 29 W1-W9, Z1-Z9, AA1-AA11
26
Soils encountered by STPs within the Black Oak W indfarm APEs corresponded generally to the upland types
predicted by the NRCS. Overall, the soils within the windfarm area are shallow and moderately rocky, with drainage
varying from poorly-drained (high water table) to very well-drained and dry. The typical A-horizon appeared as a brown,
dark brown, and/or medium brown silt loam with rocks. The underlying subsoil (B-horizon) is a yellowish-brown to dark
yellowish-brown silt and/or sandy loam with rocks. Table 7 presents summary statistics for STP depth for each segment
of the Black O ak W indfarm infrastructure.
Table 7. Summary of STP/soil depth for the Black Oak Windfarm
Infrastructure Average A-horizon Average STP depth Range
Turbine 1 27 cm 45 cm 30 to 60 cm
Turbine 2 19 cm 33 cm 10 to 49 cm
Turbine 3 29 cm 42 cm 23 to 72 cm
Turbine 4 11 cm 30 cm 20 to 50 cm
Turbine 5 24 cm 36 cm 16 to 60 cm
Turbine 6 23 cm 38 cm 16 to 71 cm
Turbine 7 27 cm 45 cm 26 to 60 cm
M et. Tower 28 cm 45 cm 24 to 60 cm
Staging Area 1 26 cm 41 cm 20 to 60 cm
Staging Area 2 27 cm 41 cm 20 to 50 cm
Sub-Station 30 cm 48 cm 39 to 60 cm
road to T1 and T3 28 cm 41 cm 19 to 70 cm
road to T2 25 cm 42 cm 28 to 61 cm
road to T4 17 cm 32 cm 24 to 40 cm
road to T5 and T6 16 cm 30 cm 18 to 52 cm
road to T7 26 cm 42 cm 32 to 55 cm
Buried interconnect 24 cm 40 cm 26 to 80 cm
VII. CONCLUSIONS
Phase 1B archaeological testing at the proposed Black Oak W indfarm provided a representative sample of the
cultural resource potential of a portion of the Finger Lakes Uplands. Crews from PAF excavated nearly 650 close-
interval ST Ps (5 meter spacing) and recovered only one historic/modern artifact, and therefore, no prehistoric o r historic
archaeological sites were identified within the windfarm project area.
The lack of any prehistoric archaeological sites within the Black Oak W indfarm APEs is likely a reflection of
the overall rugged upland environment and absence of any predicted least-cost pathways near the windfarm area. The
larger Buck Hill region is one of the highest (most elevated) locales within the Finger Lakes Uplands, and adjacent
headwaters are very steep and difficult to traverse. Indeed, as shown from the least-cost pathway model, the B uck H ill
region is completely avoided by all predicted pathway corridors so the area was probably not an overland travel route
between nearby valleys. In addition, none of the APE soils contains any significant amount of cherty limestone till as
potential lithic tool raw materials.
Based on these survey results no additional archaeological investigations are recommended for the proposed
Black O ak W indfarm.
27
REFERENCES CITED
Funk, Robert
1993 Archaeological Investigations in the Upper Susquehanna River Valley of New York State (Vol. 1). Persimmon
Press M onographs in Archaeology.
Kudrle, Samuel (with contributions by M elody Pope and Jeremy W ilson)
2009 Cornell University Gas Transmission Line Project 07PR06440. Cascadilla Creek Prehistoric Archaeological
District, Alternative Mitigation. Town of Ithaca, Tompkins County, New York.
Levine, M ary Ann
2003 The Cayuga Lake Archaeology Project: Surveying Marginalized Landscapes in New York’s Finger Lakes
Region. Archaeology of Eastern North America 31: 133-150.
NYS SHPO
2006 Guidelines for W indfarm Development Cultural Resources Survey W ork.
Stone and Stewart
1866 New Topographic Atlas of Tompkins County, New York.
USGS (U nited States G eological Survey)
1969 7.5' Mecklenburg quadrangle.
1895 15' Ithaca quadrangle.
Versaggi, Nina
1987 Hunter-Gatherer Settlement M odels and the Archaeological Record: A Test Case from the Upper Susquehanna
Valley of New York. PhD dissertation. Binghamton University: Binghamton, New York.
1996 Prehistoric Hunter-Gatherer Settlement Models: Interpreting the Upper Susquehanna Valley. In A Golden
Chronograph for Robert E. Funk, Occasional Publications in Northeastern Anthropology, No. 15:129-140.
2001 An Overview of Prehistoric Settlement Patterns and Landforms in the N orthern Appalachians. In: Current
Topics in Northeast Geoarchaeology: Glaciated Landscapes (John Hart and David Cremeens, eds.). New York
State M useum and Science Service Bulletin.
Versaggi, Nina M . and Christopher Hohman
2003 Small Lithic Scatters: Linking Significance with Context. In C urrent Approaches to the Analysis and
Interpretation of Small Lithic Sites in the Northeast, Christina Rieth and Charles Fisher, organizers. New Y ork
State Museum, November 7, 2003.
W hitley, Thomas G. and Lacey M . Hicks
2003 A Geographic Information Systems Approach to Understanding Potential Prehistoric and Historic Travel
Corridors. Southeastern Archaeology, Volume 22 (Number 1): 77-91.
28
APPENDIX I: STP Soil Records
Transect Number Level B.depth E.depth Description CM Date
A 1 1 0 23 BR SI LO N 08/01/13
A 1 2 23 40 DK YL BR SI LO W/ ROCKS N 08/01/13
A 2 1 0 30 BR SI LO W/ ROCKS & GVL N 08/02/13
A 2 2 30 49 YL BR SI W/ ROCKS & GVL N 08/02/13
A 3 1 0 23 MD BR SI LO W/ ROCKS N 08/02/13
A 3 2 23 42 YL BR SI LO W/ ROCKS N 08/02/13
A 4 1 0 25 BR SI LO W/ ROCK N 08/01/13
A 4 2 25 29 BR SI LO W/ ROCK N 08/01/13
A 4 3 29 47 DK YL BR SI LO W/ ROCKS N 08/01/13
A 5 1 0 25 BR SI LO W/ ROCKS N 08/02/13
A 5 2 25 40 YL BR SI LO W/ ROCKS N 08/02/13
A 6 1 0 28 MD BR SI LO W/ ROCKS & ROOTS N 08/02/13
A 6 2 28 48 LT YL BR SI LO W/ ROCKS & ROOTS N 08/02/13
A 7 1 0 23 BR SI LO W/ GVL N 08/02/13
A 7 2 23 40 YL BR SI LO W/ GVL; STOPPED BY ROOTS N 08/02/13
A 8 1 0 25 BR SI LO W/ ROCKS N 08/02/13
A 8 2 25 36 BR SI LO W/ ROCKS N 08/02/13
A 8 3 36 44 YL BR SI LO W/ ROCKS; STOPPED BY ROCKS N 08/02/13
A 9 1 0 25 BR SI LO W/ ROCKS N 08/01/13
A 9 2 25 32 BR SI LO W/ ROCKS N 08/01/13
A 9 3 32 50 DK YL BR SI LO N 08/01/13
A 10 1 0 37 BR SI LO W/ ROCKS; STOPPED BY ROCKS N 08/02/13
A 11 1 0 6 BR SI LO N 08/02/13
A 11 2 6 26 YL BR SI LO W/ ROCKS N 08/02/13
A 12 1 0 10 DK BR SI LO W/ ROCKS & GVL N 08/02/13
A 12 2 10 25 BR SI W/ ROCKS & GVL N 08/02/13
A 12 3 25 40 YL BR SI W/ ROCKS & GVL N 08/02/13
A 13 1 0 22 BR SI LO W/ ROCKS N 08/02/13
A 13 2 22 42 YL BR SI LO W/ ROCKS N 08/02/13
A 14 1 0 25 BR SI LO W/ ROCKS N 08/01/13
A 14 2 25 30 BR SI LO W/ ROCKS N 08/01/13
A 14 3 30 46 DK YL BR SI LO W/ ROCKS N 08/01/13
A 15 1 0 25 BR SI LO W/ ROCKS N 08/02/13
A 15 2 25 50 YL BR SI LO W/ ROCKS N 08/02/13
A 16 1 0 20 MD BR SI LO W/ ROCKS N 08/02/13
A 16 2 20 40 YL BR SI LO W/ ROCKS N 08/02/13
A 17 1 0 30 BR SI LO W/ ROCKS N 08/02/13
A 17 2 30 46 YL BR SI LO W/ ROCKS N 08/02/13
A 18 1 0 25 BR SI LO W/ GVL & ROOTS N 08/02/13
A 18 2 25 28 BR SI LO W/ GVL & ROOTS N 08/02/13
A 18 3 28 46 YL BR SI LO W/ GVL & ROOTS N 08/02/13
A 19 1 0 25 BR SI LO N 08/01/13
A 19 2 25 38 BR SI LO N 08/01/13
A 19 3 38 58 DK YL BR SI LO W/ ROCKS N 08/01/13
A 20 1 0 30 BR SI LO W/ ROCKS N 08/02/13
A 20 2 30 45 YL BR SI LO W/ ROCKS N 08/02/13
A 21 1 0 24 BR SI LO W/ GVL & ROOTS N 08/02/13
Transect Number Level B.depth E.depth Description CM Date
29
A 21 2 24 39 YL BR SI LO W/ GVL & ROOTS N 08/02/13
A 22 1 0 30 BR SI LO W ROCKS N 08/02/13
A 22 2 30 40 YL BR SI LO W/ ROCKS; STOPPED BY ROCKS N 08/02/13
A 23 1 0 20 MD BR SI LO W/ ROCKS N 08/02/13
A 23 2 20 45 YL BR SI LO W/ ROCKS N 08/02/13
A 24 1 0 40 BR SI LO W/ ROCKS N 08/02/13
A 24 2 40 57 YL BR SI LO W/ ROCKS N 08/02/13
A 25 1 0 25 BR SI LO W/ ROCKS N 08/02/13
A 25 2 25 50 BR SI LO W/ ROCKS N 08/02/13
A 25 3 50 60 YL BR SI LO W/ ROCKS N 08/02/13
AA 1 1 0 14 DK BR SI LO W/ ROCKS N 08/12/13
AA 1 2 14 32 YL BR SI LO W/ ROCKS N 08/12/13
AA 2 1 0 25 BR SI LO W/ GVL N 08/12/13
AA 2 2 25 40 YL BR SI LO W/ GVL N 08/12/13
AA 3 1 0 20 DK BR SA SI N 08/12/13
AA 3 2 20 40 MOTTLED STRONG YL BR SA SI W/ GR BR SI N 08/12/13
AA 4 1 0 14 BR SI LO N 08/12/13
AA 4 2 14 30 YL BR SI LO N 08/12/13
AA 5 1 0 13 DK BR SI LO N 08/12/13
AA 5 2 13 29 YL BR SI LO W/ GVL N 08/12/13
AA 6 1 0 30 BR SI LO W/ ROCKS N 08/12/13
AA 6 2 30 46 YL BR SI LO W/ ROCKS N 08/12/13
AA 7 1 0 8 BR SI LO W/ ROOTS N 08/12/13
AA 7 2 8 26 YL BR SI LO W/ ROOTS & ROCKS N 08/12/13
AA 8 1 0 25 DK BR SA SI LO W/ GVL N 08/12/13
AA 8 2 25 43 YL BR SA SI W/ GVL N 08/12/13
AA 9 1 0 23 DK BR SI LO N 08/12/13
AA 9 2 23 39 YL BR SI LO N 08/12/13
AA 10 1 0 20 DK BR SI LO N 08/12/13
AA 10 2 20 46 OL BR SI N 08/12/13
AA 11 1 0 30 BR SI LO W/ ROCKS N 08/12/13
AA 11 2 30 45 YL BR SI LO W/ ROCKS N 08/12/13
AB 1 1 0 13 DK BR SA CL N 08/12/13
AB 1 2 13 33 MOTTLED GR BR / STRONG BR SA CL W/ STANDING
WATER & ROCKS
N 08/12/13
AB 2 1 0 25 DK BR MUDDY SI LO N 08/12/13
AB 2 2 25 40 MOTTLED STRONG BR / OL BR SI W/ ROCKS N 08/12/13
AB 3 1 0 26 DK BR SI LO W/ GVL N 08/12/13
AB 3 2 26 30 DK YL BR CL SI W/ GVL; STOPPED BY STANDING WATER N 08/12/13
AB 4 1 0 20 DK BR SI LO W/ STANDING WATER & ROCKS N 08/12/13
AB 4 2 20 40 STRONG BR SI LO W/ STANDING WATER & ROCKS N 08/12/13
AB 5 1 0 20 VERY DK BLACK SI LO N 08/12/13
AB 5 2 20 35 STRONG BR MOTTLED W/ OL BR SI CL LO N 08/12/13
AB 6 1 0 14 DK BR SA CL W/ STANDING WATER & ROCKS N 08/12/13
AB 6 2 14 25 GR BR MOTTLED W/ STRONG BR SA CL W/ STANDING
WATER & ROCKS
N 08/12/13
AB 7 1 0 18 BR SI LO N 08/12/13
AB 7 2 18 34 YL BR CL SI W/ ROCKS N 08/12/13
AB 8 1 0 20 DK BR SI LO W/ ROCKS N 08/12/13
AB 8 2 20 33 MOTTLED STRONG BR / OL BR SI LO W/ ROCKS; STOPPED
BY STANDING WATER
N 08/12/13
Transect Number Level B.depth E.depth Description CM Date
30
AB 9 1 0 16 DK BR SI LO N 08/12/13
AB 9 2 16 35 OL BR CL SI W/ STRONG BR MOTTLES N 08/12/13
AB 10 1 0 7 DK BR SA CL N 08/12/13
AB 10 2 7 24 MOTTLED GR BR / STRONG BR SA CL W/ STANDING
WATER
N 08/12/13
AB 11 1 0 15 BR SI LO W/ ROCKS N 08/12/13
AB 11 2 15 28 GR BR CL SI W/ ROCKS N 08/12/13
AB 12 1 0 10 BR SI LO N 08/12/13
AB 12 2 10 32 GR BR MOTTLED W/ STRONG BR SI CL W/ GVL N 08/12/13
AB 13 1 0 15 GR BR SI LO N 08/12/13
AB 13 2 15 30 MOTTLED STRONG BR / OL BR SI N 08/12/13
AB 14 1 0 16 BR SI LO N 08/12/13
AB 14 2 16 33 YL BR CL SI N 08/12/13
AB 15 1 0 20 DK BR SI LO N 08/12/13
AB 15 2 20 40 MOTTLED STRONG BR / OL BR SI W/ ROCKS N 08/12/13
AB 16 1 0 14 DK BR SI LO W/ ROCKS N 08/12/13
AB 16 2 14 30 MOTTLED YL BR / STRONG BR CL LO N 08/12/13
AB 17 1 0 29 MOTTLED BR / GR BR SI LO - COMPACT W/ ROCKS; STP
FILLING W/ WATER
N 08/12/13
AB 18 1 0 15 GR BR SI LO N 08/12/13
AB 18 2 15 25 STRONG GR BR SI CL LO W/ RD BR CL LO; STOPPED BY
ROCKS
N 08/12/13
AB 19 1 0 18 DK BR MOIST SA CL W/ FEW ROCKS N 08/12/13
AB 19 2 18 37 PALE GR MOTTLED W/ STRONG BR MOIST SA CL W/ FEW
ROCKS
N 08/12/13
AB 20 1 0 19 BR SI LO W/ GVL N 08/12/13
AB 20 2 19 35 GR BR CL SI W/ GVL N 08/12/13
AC 1 1 0 22 BR SI LO W/ ROCKS N 08/12/13
AC 1 2 22 37 STRONG BR MOTTLED W/ GR BR SI LO W/ STANDING
WATER & ROCKS
N 08/12/13
AC 2 1 0 24 GR BR SI LO W/ GVL N 08/12/13
AC 2 2 24 45 YL BR SI SA W/ GVL N 08/12/13
AC 3 1 0 25 BR SI LO W/ ROCKS & GVL N 08/12/13
AC 3 2 25 40 BR SI LO W/ ROCKS & GVL N 08/12/13
AC 3 3 40 55 YL BR SI LO W/ ROCKS & GVL N 08/12/13
AC 4 1 0 25 BR SI LO N 08/12/13
AC 4 2 25 26 BR SI LO N 08/12/13
AC 4 3 26 43 YL BR SI LO N 08/12/13
AC 5 1 0 15 BR SI LO W/ ROCKS N 08/12/13
AC 5 2 15 34 YL BR SI LO W/ ROCKS N 08/12/13
AC 6 1 0 22 BR SI LO N 08/12/13
AC 6 2 22 37 YL BR SI SA N 08/12/13
AC 7 1 0 20 BR SI LO W/ ROCKS N 08/12/13
AC 7 2 20 37 YL BR SI LO W/ ROCKS N 08/12/13
AC 8 1 0 12 GR BR SI LO N 08/12/13
AC 8 2 12 28 YL BR SI LO W/ ROCKS N 08/12/13
AC 9 1 0 25 BR SI LO W/ ROCKS N 08/12/13
AC 9 2 25 34 BR SI LO W/ ROCKS N 08/12/13
AC 9 3 34 50 YL BR SI LO W/ ROCKS N 08/12/13
AC 10 1 0 20 DK BR SI LO W/ ROCKS & GVL N 08/12/13
AC 10 2 20 37 YL BR SI W/ ROCKS & GVL N 08/12/13
AC 11 1 0 29 BR SI LO W/ GVL & ROCKS N 08/12/13
Transect Number Level B.depth E.depth Description CM Date
31
AC 11 2 29 48 YL BR SI SA W/ GVL & ROCKS N 08/12/13
AC 12 1 0 25 BR SI LO W/ ROCKS N 08/12/13
AC 12 2 25 28 BR SI LO W/ ROCKS N 08/12/13
AC 12 3 28 45 YL BR SI LO W/ ROCKS N 08/12/13
AC 13 1 0 13 BR SI LO W/ ROCKS N 08/12/13
AC 13 2 13 28 YL BR SI LO W/ ROCKS N 08/12/13
AC 14 1 0 10 BR SI LO W/ ROCKS N 08/12/13
AC 14 2 10 35 YL BR SI LO W/ ROCKS N 08/12/13
AC 15 1 0 9 DK BR SI LO W/ ROCKS N 08/12/13
AC 15 2 9 34 MD BR SI LO W/ ROCKS N 08/12/13
AC 15 3 34 47 MD BR SI LO W/ ROCKS N 08/12/13
AC 15 4 47 61 RD BR SI LO W/ LARGE ROCK N 08/12/13
AC 16 1 0 17 BR SI LO W/ ROCKS N 08/12/13
AC 16 2 17 34 YL BR SI LO W/ ROCKS N 08/12/13
AC 17 1 0 26 BR SI LO W/ GVL & ROCKS N 08/12/13
AC 17 2 26 44 YL BR SI SA W// GVL & ROCKS N 08/12/13
AC 18 1 0 25 BR SI LO W/ ROCKS N 08/12/13
AC 18 2 25 31 BR SI LO W/ ROCKS N 08/12/13
AC 18 3 31 50 YL BR SI LO W/ ROCKS N 08/12/13
AC 19 1 0 25 BR SI LO W/ ROCKS N 08/12/13
AC 19 2 25 34 BR SI LO W/ ROCKS N 08/12/13
AC 19 3 34 55 GR BR SI LO W/ ROCKS N 08/12/13
AC 20 1 0 19 BR SI LO W/ ROCKS N 08/12/13
AC 20 2 19 35 YL BR SI LO W/ ROCKS N 08/12/13
B 1 1 0 22 BR SI LO W/ GVL & ROCKS N 08/02/13
B 1 2 22 42 YL BR SA LO W/ GVL & ROCKS N 08/02/13
B 2 1 0 25 BR SI LO W/ GVL N 08/02/13
B 2 2 25 42 YL BR SI LO W/ GVL N 08/02/13
B 3 1 0 25 BR SI LO W/ GVL N 08/02/13
B 3 2 25 45 LT YL BR SI LO W/ GVL N 08/02/13
B 4 1 0 20 BR SI LO W/ GVL N 08/02/13
B 4 2 20 36 YL BR SI LO W/ GVL N 08/02/13
B 4 3 36 40 LT YL BR SA SI W/ GVL N 08/02/13
B 5 1 0 25 BR SI LO W/ GVL N 08/02/13
B 5 2 25 33 BR SI LO W/ GVL N 08/02/13
B 5 3 33 50 YL BR SI LO W/ GVL N 08/02/13
B 6 1 0 15 BR SI LO W/ ROCKS N 08/02/13
B 6 2 15 32 YL BR SI LO W/ ROCKS N 08/02/13
B 7 1 0 32 BR SI LO W/ ROCKS & GVL N 08/02/13
B 7 2 32 50 YL BR SI W/ ROCKS & GVL N 08/02/13
B 8 1 0 24 BR SI LO W/ ROCKS; BEER BOTTLE GLASS - DISC.;
STOPPED BY ROCKS
N 08/02/13
B 9 1 0 30 BR SI LO W/ ROCKS & GVL N 08/02/13
B 9 2 30 45 YL BR SI W/ ROCKS & GVL N 08/02/13
B 10 1 0 32 BR SI LO W/ ROCKS & GVL N 08/02/13
B 10 2 32 38 YL BR SI LO W/ ROCKS & GVL; STOPPED BY ROCKS N 08/02/13
B 11 1 0 25 BR SI LO N 08/01/13
B 11 2 25 36 BR SI LO N 08/01/13
B 11 3 36 51 YL BR SI LO W/ GVL N 08/01/13
B 12 1 0 38 BR SI LO N 08/01/13
Transect Number Level B.depth E.depth Description CM Date
32
B 12 2 38 53 YL BR SI LO W/ ROCKS N 08/01/13
B 13 1 0 25 BR SI LO N 08/01/13
B 13 2 25 30 BR SI LO N 08/01/13
B 13 3 30 47 YL BR SI LO W/ ROCKS N 08/01/13
B 14 1 0 25 BR SI LO W/ ROCKS N 08/01/13
B 14 2 25 31 BR SI LO W/ ROCKS N 08/01/13
B 14 3 31 52 YL BR SI LO W/ ROCKS N 08/01/13
B 15 1 0 36 BR SI LO W/ ROCKS N 08/02/13
B 15 2 36 51 YL BR SI LO W/ ROCKS N 08/02/13
B 16 1 0 20 BR SI LO W/ ROCKS N 08/02/13
B 16 2 20 45 YL BR SI LO W/ ROCKS N 08/02/13
B 17 1 0 35 BR SI LO W/ ROCKS N 08/02/13
B 17 2 35 50 YL BR SI LO W/ ROCKS N 08/02/13
B 18 1 0 30 BR SI LO W/ ROCKS N 08/02/13
B 18 2 30 40 YL BR SI LO W/ ROCKS; STOPPED BY ROCKS N 08/02/13
B 19 1 0 31 BR SI LO W/ ROCKS N 08/02/13
B 19 2 31 47 YL BR SI LO W/ ROCKS N 08/02/13
B 20 1 0 35 BR SI LO W/ ROCKS N 08/02/13
B 20 2 35 50 YL BR SI LO W/ ROCKS N 08/02/13
B 21 1 0 38 BR SI LO W/ ROCKS N 08/02/13
B 21 2 38 55 YL BR SI LO W/ ROCKS N 08/02/13
B 22 1 0 23 BR SI LO W/ GVL N 08/02/13
B 22 2 23 42 YL BR SI LO W/ GVL N 08/02/13
B 23 1 0 25 BR SI LO W/ ROCKS N 08/01/13
B 23 2 25 32 BR SI LO W/ ROCKS N 08/01/13
B 23 3 32 48 YL BR SI LO W/ ROCKS N 08/01/13
B 24 1 0 25 BR SI LO W/ ROCKS N 08/02/13
B 24 2 25 40 YL BR SI LO W/ ROCKS N 08/02/13
B 25 1 0 25 BR SI LO W/ GVL N 08/02/13
B 25 2 25 32 BR SI LO W/ GVL N 08/02/13
B 25 3 32 49 MOTTLED YL BR / LT GR SI LO W/ GVL N 08/02/13
C 1 1 0 18 BR SI LO W/ ROCKS N 08/02/13
C 1 2 18 33 YL BR SI LO W/ ROCKS N 08/02/13
C 2 1 0 18 BR SI LO W/ ROCKS N 08/02/13
C 2 2 18 37 YL BR SI LO W/ ROCKS N 08/02/13
C 3 1 0 5 DK BR SI LO W/ ROCKS & GVL; RUBBER - DISC.N 08/02/13
C 3 2 5 40 YL BR SI W/ ROCKS & GVL N 08/02/13
C 4 1 0 25 BR SI LO W/ GVL N 08/02/13
C 4 2 25 32 BR SI LO W/ GVL N 08/02/13
C 4 3 32 50 YL BR SI LO W/ GVL N 08/02/13
C 5 1 0 25 BR SI LO N 08/01/13
C 5 2 25 32 BR SI LO N 08/01/13
C 5 3 32 47 YL BR SI LO W/ GVL N 08/01/13
C 6 1 0 25 BR SI LO W/ ROCKS N 08/02/13
C 6 2 25 35 BR SI LO W/ ROCKS N 08/02/13
C 6 3 35 45 YL BR SI LO W/ ROCKS; STOPPED BY ROCKS N 08/02/13
C 7 1 0 25 BR SI LO W/ ROCKS N 08/02/13
C 7 2 25 42 YL BR SI LO W/ ROCKS N 08/02/13
C 8 1 0 30 BR SI LO W/ ROCKS N 08/02/13
Transect Number Level B.depth E.depth Description CM Date
33
C 8 2 30 45 YL BR SI LO W/ ROCKS N 08/02/13
C 9 1 0 26 BR SI LO W/ ROCKS N 08/01/13
C 9 2 26 46 DK YL BR SI LO W/ ROCKS N 08/01/13
C 10 1 0 34 BR SI LO W/ ROCKS N 08/01/13
C 10 2 34 40 YL BR SI W/ ROCKS; STOPPED BY ROCKS N 08/01/13
C 11 1 0 25 BR SI LO W/ ROCKS N 08/01/13
C 11 2 25 34 BR SI LO W/ ROCKS N 08/01/13
C 11 3 34 50 DK YL BR SI LO W/ ROCKS & GVL N 08/01/13
C 12 1 0 23 BR SI LO W/ ROCKS N 08/01/13
C 12 2 23 37 YL BR SI LO W/ ROCKS N 08/01/13
C 13 1 0 25 BR SI LO N 08/01/13
C 13 2 25 32 BR SI LO N 08/01/13
C 13 3 32 50 YL BR SI LO W/ ROCKS N 08/01/13
C 14 1 0 24 BR SI LO W/ ROCKS N 08/01/13
C 14 2 24 38 DK YL BR SI LO W/ ROCKS N 08/01/13
C 15 1 0 25 BR SI LO W/ ROCKS N 08/01/13
C 15 2 25 30 BR SI LO W/ ROCKS N 08/01/13
C 15 3 30 45 DK YL BR SI LO W/ ROCKS N 08/01/13
C 16 1 0 30 BR SI LO W/ ROCKS N 08/01/13
C 16 2 30 48 YL BR SI W/ ROCKS N 08/01/13
C 17 1 0 35 BR SI LO W/ ROCKS N 08/01/13
C 17 2 35 51 YL BR SI W/ ROCKS N 08/01/13
C 18 1 0 25 BR SI LO N 08/01/13
C 18 2 25 32 BR SI LO N 08/01/13
C 18 3 32 54 DK YL BR SI LO N 08/01/13
C 19 1 0 35 BR SI LO N 08/01/13
C 19 2 35 50 DK YL BR SI LO W/ ROCKS N 08/01/13
C 20 1 0 25 BR SI LO W/ ROCKS N 08/01/13
C 20 2 25 34 BR SI LO W/ ROCKS N 08/01/13
C 20 3 34 55 DK YL BR SI LO W/ ROCKS N 08/01/13
C 21 1 0 28 BR SI LO N 08/01/13
C 21 2 28 43 DK YL BR SI LO W/ ROCKS N 08/01/13
C 22 1 0 34 BR SI LO W/ ROCKS N 08/01/13
C 22 2 34 49 YL BR SI W/ ROCKS N 08/01/13
C 23 1 0 25 BR SI LO W/ ROCKS N 08/01/13
C 23 2 25 40 BR SI LO W/ ROCKS N 08/01/13
C 23 3 40 60 DK YL BR SI LO W/ ROCKS N 08/01/13
C 24 1 0 25 BR SI LO W/ ROCKS N 08/01/13
C 24 2 25 29 BR SI LO W/ ROCKS N 08/01/13
C 24 3 29 49 DK YL BR SI LO W/ ROCKS N 08/01/13
C 25 1 0 30 BR SI LO W/ ROCKS N 08/01/13
C 25 2 30 35 DK YL BR SI LO W/ ROCKS; STOPPED BY ROCKS N 08/01/13
D 1 1 0 21 BR SI LO W/ GVL N 08/02/13
D 1 2 21 39 YL BR SI LO W/ GVL N 08/02/13
D 2 1 0 25 MD BR SI LO W/ GVL N 08/02/13
D 2 2 25 41 YL BR SI LO W/ GVL N 08/02/13
D 3 1 0 25 BR SI LO N 08/01/13
D 3 2 25 29 BR SI LO N 08/01/13
D 3 3 29 44 YL BR SI LO W/ GVL N 08/01/13
Transect Number Level B.depth E.depth Description CM Date
34
D 4 1 0 28 BR SI LO N 08/01/13
D 4 2 28 48 YL BR SI LO W/ ROCKS N 08/01/13
D 5 1 0 25 BR SI LO W/ GVL N 08/02/13
D 5 2 25 37 BR SI LO W/ GVL N 08/02/13
D 5 3 37 53 YL BR SA SI W/ GVL N 08/02/13
D 6 1 0 25 BR SI LO N 08/01/13
D 6 2 25 31 BR SI LO N 08/01/13
D 6 3 31 46 DK YL BR SI LO W/ ROCKS N 08/01/13
D 7 1 0 27 BR SI LO W/ ROCKS N 08/02/13
D 7 2 27 41 YL BR SI LO W/ ROCKS N 08/02/13
D 8 1 0 25 BR SI LO W/ GVL N 08/02/13
D 8 2 25 41 BR SI LO W/ GVL N 08/02/13
D 8 3 41 57 YL BR SA SI W/ GVL N 08/02/13
D 9 1 0 27 BR SI LO W/ GVL N 08/02/13
D 9 2 27 52 LT YL BR SA LO W/ GVL N 08/02/13
D 10 1 0 32 BR SI LO W/ ROCKS & GVL N 08/02/13
D 10 2 32 48 YL BR SI W/ ROCKS & GVL N 08/02/13
D 11 1 0 30 BR SI LO W/ ROCKS N 08/02/13
D 11 2 30 40 YL BR SI W/ ROCKS; STOPPED BY ROCKS N 08/02/13
D 12 1 0 25 BR SI LO W/ ROCKS N 08/02/13
D 12 2 25 40 BR SI LO W/ ROCKS N 08/02/13
D 12 3 40 60 YL BR SI LO W/ ROCKS N 08/02/13
D 13 1 0 36 BR SI LO W/ ROCKS N 08/02/13
D 13 2 36 52 YL BR SI W/ ROCKS N 08/02/13
D 14 1 0 30 BR SI LO W/ ROCKS N 08/02/13
D 14 2 30 45 YL BR SI LO W/ ROCKS N 08/02/13
D 15 1 0 37 BR SI LO W/ ROCKS N 08/02/13
D 15 2 37 52 YL BR SI SA W/ ROCKS N 08/02/13
E 1 1 0 28 BR SI LO W/ ROCKS N 08/01/13
E 1 2 28 42 YL BR SI W/ ROCKS N 08/01/13
E 2 1 0 31 BR SI LO W/ ROCKS N 08/01/13
E 2 2 31 48 YL BR SI W/ ROCKS N 08/01/13
E 3 1 0 28 BR SI W/ DENSE ROCK N 08/01/13
E 3 2 28 48 YL BR SI W/ DENSE ROCK N 08/01/13
E 4 1 0 35 BR SI LO W/ ROCKS N 08/01/13
E 4 2 35 50 YL BR SI W/ ROCKS N 08/01/13
E 5 1 0 20 BR SI W/ DENSE ROCK; STOPPED BY ROCKS N 08/01/13
E 6 1 0 28 BR SI W/ DENSE ROCK N 08/01/13
E 6 2 28 47 YL BR SI W/ DENSE ROCK N 08/01/13
E 7 1 0 23 BR SI LO W/ ROCKS N 08/01/13
E 7 2 23 35 YL BR SI LO W ROCKS; STOPPED BY ROCKS N 08/01/13
E 8 1 0 25 BR SI LO W/ ROCKS N 08/01/13
E 8 2 25 34 BR SI LO W/ ROCKS N 08/01/13
E 8 3 34 50 YL BR MOTTLED W/ GR BR SI LO N 08/01/13
E 9 1 0 29 BR SI LO W/ ROCKS N 08/01/13
E 9 2 29 45 YL BR SI LO W/ ROCKS N 08/01/13
E 10 1 0 25 BR SI LO W/ ROCKS; LOW COAL - DISC.N 08/01/13
E 10 2 25 32 BR SI LO W/ ROCKS N 08/01/13
E 10 3 32 47 YL BR SI LO W/ GVL N 08/01/13
Transect Number Level B.depth E.depth Description CM Date
35
E 11 1 0 25 BR SI LO W/ ROCKS N 08/01/13
E 11 2 25 40 YL BR SI LO W/ ROCKS N 08/01/13
E 12 1 0 22 BR SI LO W/ ROCKS N 08/01/13
E 12 2 22 40 YL BR SI LO W/ ROCKS N 08/01/13
E 13 1 0 30 BR SI LO W/ DENSE ROCK N 08/01/13
E 13 2 30 47 LT YL BR SI W/ DENSE ROCK N 08/01/13
E 14 1 0 28 BR SI LO W/ DENSE ROCK N 08/01/13
E 14 2 28 45 LT YL BR SI W/ DENSE ROCK N 08/01/13
E 15 1 0 28 LT BR SI LO W/ DENSE ROCK N 08/01/13
E 15 2 28 40 YL BR SI W/ DENSE ROCK N 08/01/13
E 16 1 0 27 LT BR SI W/ DENSE ROCK N 08/01/13
E 16 2 27 43 YL BR SI W/ DENSE ROCK N 08/01/13
E 17 1 0 20 BR SI LO; STOPPED BY ROCKS N 08/01/13
E 18 1 0 32 LT YL BR SI W/ DENSE ROCK; TOPSOIL LIKELY STRIPPED
FOR DRIVEWAY; STOPPED BY ROCKS
N 08/01/13
E 19 1 0 26 BR SI LO N 08/01/13
E 19 2 26 42 YL BR SI LO N 08/01/13
E 20 1 0 25 BR SI LO W/ ROCKS N 08/01/13
E 20 2 25 30 BR SI LO W/ ROCKS N 08/01/13
E 20 3 30 47 YL BR SI LO W/ GVL N 08/01/13
E 21 1 0 29 BR SI LO W/ ROCKS N 08/01/13
E 21 2 29 39 YL BR SI LO W/ ROCKS N 08/01/13
E 22 1 0 25 BR SI LO W/ ROCKS N 08/01/13
E 22 2 25 40 YL BR SI LO W/ HEAVY GVL N 08/01/13
E 23 1 0 23 BR SI LO N 08/01/13
E 23 2 23 30 YL BR SI LO W/ GVL; STOPPED BY ROCKS N 08/01/13
E 24 1 0 25 BR SI LO; COAL - DISC.N 08/01/13
E 24 2 25 40 YL BR SI LO W/ GVL N 08/01/13
F 1 1 0 30 DK BR SI LO N 08/05/13
F 1 2 30 45 STRONG GR BR SI LO MOTTLED W/ RD BR SI LO N 08/05/13
F 2 1 0 27 BR SI LO W/ ROCKS N 08/05/13
F 2 2 27 42 YL BR SI LO W/ ROCKS N 08/05/13
F 3 1 0 20 BR SI LO W/ ROCKS N 08/05/13
F 3 2 20 35 YL BR SI LO W/ ROCKS N 08/05/13
F 4 1 0 27 BR SI LO W/ ROCKS N 08/05/13
F 4 2 27 45 YL BR SI LO W/ ROCKS N 08/05/13
F 5 1 0 25 BR SI LO W/ ROCKS N 08/05/13
F 5 2 25 40 BR SI LO W/ ROCKS N 08/05/13
F 5 3 40 55 YL BR SI LO W/ ROCKS N 08/05/13
F 6 1 0 25 BR SI LO W/ GVL N 08/05/13
F 6 2 25 31 BR SI LO W/ GVL N 08/05/13
F 6 3 31 46 YL BR MOTTLED W/ LT GR & STRONG BR SI LO W/ GVL N 08/05/13
F 7 1 0 25 BR SI LO W/ GVL N 08/05/13
F 7 2 25 27 BR SI LO W/ GVL N 08/05/13
F 7 3 27 47 MOTTLED YL BR / LT GR / STRONG BR SI LO W/ GVL N 08/05/13
F 8 1 0 26 GR BR SI LO N 08/05/13
F 8 2 26 41 YL BR WET SI LO N 08/05/13
F 9 1 0 25 BR SI LO W/ GVL N 08/05/13
F 9 2 25 31 BR SI LO W/ GVL N 08/05/13
F 9 3 31 50 MOTTLED YL BR / LT GR / STRONG BR SI LO W/ GVL &
STANDING WATER
N 08/05/13
Transect Number Level B.depth E.depth Description CM Date
36
F 10 1 0 25 BR SI LO W/ GVL N 08/05/13
F 10 2 25 28 BR SI LO W/ GVL N 08/05/13
F 10 3 28 42 YL BR / LT GR SI LO W/ GVL N 08/05/13
F 11 1 0 25 GR BR SI LO N 08/05/13
F 11 2 25 29 GR BR SI LO N 08/05/13
F 11 3 29 45 MOTTLED LT YL BR / LT GR BR / STRONG BR SI LO W/
STANDING WATER AT 45cmbd
N 08/05/13
F 12 1 0 24 GR BR SI LO N 08/05/13
F 12 2 24 39 MOTTLED LT YL BR / GR BR / STRONG BR SI LO W/
STANDING WATER AT BOTTOM OF LEVEL
N 08/05/13
F 13 1 0 25 GR BR SI LO W/ GVL & ROCKS - VERY COMPACT N 08/05/13
F 13 2 25 30 GR BR SI LO W/ GVL & ROCKS - VERY COMPACT N 08/05/13
F 13 3 30 45 MOTTLED LT YL BR / GR BR / STRONG BR VERY
COMPACT SI LO W/ STANDING WATER AT 45cmbd
N 08/05/13
F 14 1 0 36 BR SI LO N 08/05/13
F 14 2 36 52 STRONG GR BR SI LO MOTTLED W/ RD BR SI LO N 08/05/13
F 15 1 0 25 GR BR SI LO N 08/05/13
F 15 2 25 40 YL BR SI LO N 08/05/13
F 16 1 0 27 GR BR SI LO W/ GVL & ROCKS N 08/05/13
F 16 2 27 41 MOTTLED DK YL BR / GR BR / STRONG BR SI LO W/
ROCKS
N 08/05/13
F 17 1 0 24 BR SI LO W/ ROCKS N 08/05/13
F 17 2 24 35 YL BR SI LO W/ ROCKS; STOPPED BY ROCKS N 08/05/13
F 18 1 0 25 BR SI LO W/ GVL N 08/05/13
F 18 2 25 28 BR SI LO W/ GVL N 08/05/13
F 18 3 28 43 MOTTLED YL BR / LT GR / STRONG BR SI LO W/ GVL N 08/05/13
F 19 1 0 26 BR SI LO W/ ROCKS N 08/05/13
F 19 2 26 43 YL BR SI LO W/ ROCKS N 08/05/13
F 20 1 0 30 BR SI LO N 08/05/13
F 20 2 30 47 GR BR SI LO MOTTLED W/ RD BR SI LO N 08/05/13
F 21 1 0 25 GR BR SI LO W/ GVL N 08/05/13
F 21 2 25 30 GR BR SI LO W/ GVL N 08/05/13
F 21 3 30 45 MOTTLED DK YL BR / GR BR / STRONG BR SI SA W/ GVL
& ROCKS
N 08/05/13
F 22 1 0 29 BR SI LO W/ ROCKS N 08/05/13
F 22 2 29 51 YL BR SI W/ ROCKS N 08/05/13
F 23 1 0 24 BR SI LO W/ GVL N 08/05/13
F 23 2 24 40 MOTTLED YL BR / GR SA LO W/ GVL N 08/05/13
F 24 1 0 28 BR SI LO W/ ROCKS N 08/05/13
F 24 2 28 34 YL BR SI LO W/ ROCKS N 08/05/13
F 25 1 0 24 GR BR SI LO N 08/05/13
F 25 2 24 40 YL BR SI LO W/ COBBLES N 08/05/13
G 1 1 0 25 BR SI LO W/ GVL N 08/05/13
G 1 2 25 37 BR SI LO W/ GVL N 08/05/13
G 1 3 37 53 MOTTLED LT GR / YL BR / STRONG BR SI LO N 08/05/13
G 2 1 0 25 BR SI LO W/ GVL N 08/05/13
G 2 2 25 38 BR SI LO W/ GVL N 08/05/13
G 2 3 38 46 YL BR & LT GR SI LO W/ GVL; STOPPED BY ROCKS N 08/05/13
G 3 1 0 24 GR BR SI LO W/ ROCKS N 08/05/13
G 3 2 24 39 MOTTLED DK YL BR / GR BR / STRONG BR SI LO W/
ROCKS
N 08/05/13
G 4 1 0 27 BR SI LO W/ ROCKS N 08/05/13
Transect Number Level B.depth E.depth Description CM Date
37
G 4 2 27 44 YL BR SI LO W/ ROCKS N 08/05/13
G 5 1 0 21 BR SI LO N 08/05/13
G 5 2 21 38 GR BR SI LO W/ RD BR SI LO N 08/05/13
G 6 1 0 25 DK YL BR SI W/ GVL N 08/05/13
G 6 2 25 43 DK GR BR SI LO W/ GVL N 08/05/13
G 6 3 43 60 MOTTLED YL BR / STRONG BR / LT GR SI LO N 08/05/13
G 7 1 0 25 BR SI LO W/ GVL N 08/05/13
G 7 2 25 31 BR SI LO W/ GVL N 08/05/13
G 7 3 31 46 YL BR SI LO MOTTLED W/ GR SI N 08/05/13
G 8 1 0 20 BR SI LO W/ GVL & ROCKS N 08/05/13
G 8 2 20 35 MOTTLED DK YL BR / STRONG BR / GR BR SI LO W/
COMPACT GVL & ROCK
N 08/05/13
G 9 1 0 25 BR SI LO W/ ROCKS N 08/05/13
G 9 2 25 30 BR SI LO W/ ROCKS N 08/05/13
G 9 3 30 47 YL BR SI LO W/ ROCKS N 08/05/13
G 10 1 0 25 BR SI LO N 08/05/13
G 10 2 25 36 YL BR SI LO W/ ROCKS; STOPPED BY ROCKS N 08/05/13
G 11 1 0 25 DK BR SI LO W/ ROCKS N 08/05/13
G 11 2 25 48 DK BR SI LO W/ ROCKS N 08/05/13
G 11 3 48 60 YL BR SI LO MOTTLED W/ STRONG BR SI LO N 08/05/13
G 12 1 0 37 BR SI LO W/ ROCKS N 08/05/13
G 12 2 37 54 YL BR SI LO W/ ROCKS N 08/05/13
G 13 1 0 26 GR BR SI LO W/ ROCKS N 08/05/13
G 13 2 26 37 MOTTLED DK YL BR / GR BR / STRONG BR SI LO W/
ROCKS
N 08/05/13
G 14 1 0 31 BR SI LO W/ ROCKS N 08/05/13
G 14 2 31 48 YL BR SI LO W/ ROCKS N 08/05/13
G 15 1 0 27 BR SI LO N 08/05/13
G 15 2 27 42 GR BR SI LO MOTTLED W/ RD BR SI LO N 08/05/13
G 16 1 0 33 BR SI LO W/ ROCKS; STOPPED BY ROCKS N 08/05/13
G 17 1 0 25 BR SI LO W/ GVL & ROCKS N 08/05/13
G 17 2 25 45 MOTTLED YL BR / STRONG BR SI LO W/ GVL & ROCKS N 08/05/13
G 18 1 0 25 BR SI LO W/ ROCKS N 08/05/13
G 18 2 25 30 BR SI LO W/ ROCKS N 08/05/13
G 18 3 30 45 YL BR SI LO W/ ROCKS N 08/05/13
G 19 1 0 25 BR CL LO W/ GVL & ROCKS N 08/05/13
G 19 2 25 40 MOTTLED DK YL BR / GR BR / STRONG BR CL LO W/ GVL
& ROCKS
N 08/05/13
G 20 1 0 27 BR SI LO N 08/05/13
G 20 2 27 42 YL BR SI LO W/ ROCKS N 08/05/13
G 21 1 0 36 GR BR SI LO W/ ROCKS N 08/05/13
G 21 2 36 40 YL BR SI LO W/ ROCKS; STOPPED BY ROCKS N 08/05/13
G 22 1 0 25 BR SI LO W/ ROCKS N 08/05/13
G 22 2 25 32 BR SI LO W/ ROCKS N 08/05/13
G 22 3 32 47 YL BR SI LO W/ ROCKS N 08/05/13
G 23 1 0 23 DK BR SI LO N 08/05/13
G 23 2 23 36 STRONG GR BR SI LO MOTTLED W/ RD BR SI LO N 08/05/13
G 24 1 0 26 BR SI LO W/ ROCKS N 08/05/13
G 24 2 26 42 YL BR SI LO W/ ROCKS N 08/05/13
G 25 1 0 23 BR SI LO N 08/05/13
G 25 2 23 38 GR BR SI LO MOTTLED W/ RD BR SI LO N 08/05/13
Transect Number Level B.depth E.depth Description CM Date
38
H 1 1 0 18 GR BR SI LO W/ LARGE ROCKS & GVL N 08/05/13
H 1 2 18 37 MOTTLED YL BR / OL BR / LT GR SI LO W/ GVL N 08/05/13
H 2 1 0 20 BR SI LO W/ ROCKS N 08/05/13
H 2 2 20 40 YL BR SA SI W/ ROCKS N 08/05/13
H 3 1 0 22 GR BR SI LO W/ ROCKS N 08/05/13
H 3 2 22 37 GR BR MOTTLED W/ DK YL BR SI LO W/ ROCKS N 08/05/13
H 4 1 0 30 BR SI LO N 08/05/13
H 4 2 30 45 DK YL BR SI LO W/ ROCKS N 08/05/13
H 5 1 0 23 BR SI LO N 08/05/13
H 5 2 23 38 GR BR SI LO MOTTLED W/ RD BR SI LO N 08/05/13
H 6 1 0 18 BR SI LO N 08/05/13
H 6 2 18 35 MOTTLED YL BR / GR BR / OL BR SI LO W/ ROCKS N 08/05/13
H 7 1 0 24 BR SI LO W/ ROCKS N 08/05/13
H 7 2 24 40 YL BR SI LO W/ ROCKS N 08/05/13
H 8 1 0 13 GR BR SI LO W/ GVL & ROCKS N 08/05/13
H 8 2 13 30 MOTTLED DK YL BR / STRONG BR SI LO W/ GVL &
ROCKS
N 08/05/13
H 9 1 0 6 BR SI LO W/ ROCKS N 08/05/13
H 9 2 6 24 BR SI LO MOTTLED W/ STRONG BR / GR BR SI LO W/
ROCKS
N 08/05/13
H 10 1 0 19 BR SI LO W/ ROCKS N 08/05/13
H 10 2 19 37 STRONG BR SI LO W/ ROCKS N 08/05/13
H 11 1 0 20 BR SI LO W/ GVL & LARGE COBBLES N 08/05/13
H 11 2 20 36 YL BR SI LO W/ GVL & LARGE COBBLES N 08/05/13
H 12 1 0 25 BR SI LO W/ ROCKS N 08/05/13
H 12 2 25 30 BR SI LO W/ ROCKS N 08/05/13
H 12 3 30 47 YL BR SA SI W/ ROCKS N 08/05/13
H 13 1 0 25 BR SI LO W/ GVL & ROCKS N 08/05/13
H 13 2 25 40 YL BR SI LO W/ GVL & ROCKS N 08/05/13
H 14 1 0 20 MOTTLED DK YL BR / STRONG BR SI LO W/ ROCKS N 08/05/13
H 15 1 0 19 BR SI LO N 08/05/13
H 15 2 19 35 GR BR SI LO MOTTLED W/ RD BR SI LO N 08/05/13
H 16 1 0 18 BR SI LO W/ ROCKS N 08/05/13
H 16 2 18 36 YL BR MOTTLED W/ GR BR SI LO W/ ROCKS N 08/05/13
H 17 1 0 20 BR SI LO W/ ROCKS N 08/05/13
H 17 2 20 40 YL BR SA SI W/ ROCKS N 08/05/13
H 18 1 0 21 BR SI LO W/ ROCKS N 08/05/13
H 18 2 21 37 YL BR SA SI W/ ROCKS N 08/05/13
H 19 1 0 25 BR SI LO W/ GVL & ROCKS N 08/05/13
H 19 2 25 30 BR SI LO W/ GVL & ROCKS N 08/05/13
H 19 3 30 45 YL BR SI SA W/ GVL & ROCKS N 08/05/13
H 20 1 0 26 BR SI LO N 08/05/13
H 20 2 26 39 DK YL BR SI LO W/ ROCKS N 08/05/13
H 21 1 0 25 BR SI LO W/ GVL & COBBLES N 08/05/13
H 21 2 25 29 BR SI LO W/ GVL & COBBLES N 08/05/13
H 21 3 29 46 YL BR SI LO W/ GVL & COBBLES N 08/05/13
H 22 1 0 27 BR SI LO W/ ROCKS N 08/05/13
H 22 2 27 40 YL BR SA SI W/ ROCKS N 08/05/13
H 23 1 0 20 BR SI LO N 08/05/13
H 23 2 20 35 YL BR SA LO N 08/05/13
Transect Number Level B.depth E.depth Description CM Date
39
H 24 1 0 9 BR SI LO W/ GVL N 08/05/13
H 24 2 9 29 YL BR SA LO W/ GVL N 08/05/13
H 25 1 0 20 BR SI LO W/ ROCKS N 08/05/13
H 25 2 20 35 YL BR SA SI W/ ROCKS N 08/05/13
I 1 1 0 9 BR SI LO W/ ROOTS N 08/06/13
I 1 2 9 29 YL BR SI LO W/ ROOTS N 08/06/13
I 2 1 0 6 VERY DK BR SI LO (HUMUS) W/ ROOTS & ROCKS N 08/06/13
I 2 2 6 24 YL BR SI LO W/ ROCKS N 08/06/13
I 3 1 0 15 BR SI LO W/ ROCKS N 08/06/13
I 3 2 15 45 YL BR SI LO W/ ROCKS N 08/06/13
I 4 1 0 7 DK BR SI LO W/ ROCKS N 08/06/13
I 4 2 7 37 YL BR SI LO W/ ROCKS N 08/06/13
I 5 1 0 12 BR SI LO W/ ROCKS N 08/06/13
I 5 2 12 28 YL BR SI LO W/ ROCKS N 08/06/13
I 6 1 0 10 BR SI LO W/ ROCKS N 08/06/13
I 6 2 10 23 YL BR SI LO W/ ROCKS N 08/06/13
I 7 1 0 24 BR SI LO W/ ROCKS N 08/06/13
I 7 2 24 40 YL BR SI LO W/ ROCKS N 08/06/13
I 8 1 0 15 BR SI LO W/ ROCKS N 08/06/13
I 8 2 15 35 YL BR SI LO W/ ROCKS N 08/06/13
I 9 1 0 13 GR BR SI LO W/ ROCKS N 08/06/13
I 9 2 13 30 YL BR SI LO W/ ROCKS N 08/06/13
I 10 1 0 8 BR SI LO W/ ROCKS N 08/06/13
I 10 2 8 27 YL BR SI LO W/ ROCKS N 08/06/13
I 11 1 0 9 DK BR SI LO W/ ROCKS & ROOTS N 08/06/13
I 11 2 9 29 YL BR SI LO W/ ROCKS & ROOTS N 08/06/13
I 12 1 0 9 DK BR SI LO W/ ROCKS & ROOTS N 08/06/13
I 12 2 9 23 YL BR SI LO W/ ROCKS & ROOTS N 08/06/13
I 13 1 0 7 DK BR SI LO W/ ROCKS & ROOTS N 08/06/13
I 13 2 7 24 YL BR SI LO W/ ROCKS & ROOTS N 08/06/13
I 14 1 0 8 DK BR SI LO W/ ROCKS & ROOTS N 08/06/13
I 14 2 8 25 YL BR SI LO W/ ROCKS & ROOTS N 08/06/13
I 15 1 0 11 DK BR SI LO W/ ROCKS & ROOTS N 08/06/13
I 15 2 11 20 YL BR SI LO W/ ROCKS & ROOTS; STOPPED BY ROCKS N 08/06/13
I 16 1 0 10 DK BLACK SI LO W/ ROCKS N 08/06/13
I 16 2 10 25 YL BR SI LO W/ ROCKS N 08/06/13
I 17 1 0 5 BR SI LO N 08/06/13
I 17 2 5 25 YL BR SI LO; STOPPED BY ROCK N 08/06/13
I 18 1 0 10 BR SI LO W/ ROCKS N 08/06/13
I 18 2 10 30 YL BR SI LO W/ ROCKS N 08/06/13
I 19 1 0 10 BR SI LO W/ ROCKS N 08/06/13
I 19 2 10 35 YL BR SI LO W/ ROCKS N 08/06/13
I 20 1 0 15 DK BR SI LO W/ LOTS OF ROCKS N 08/06/13
I 20 2 15 20 YL BR SI LO W/ LOTS OF ROCKS N 08/06/13
I 21 1 0 14 GR BR SI LO (HUMUS) W/ ROOTS & ROCKS; BURIED
ELECTRICAL FENCE WIRE (NON-WORKING)
N 08/06/13
I 21 2 14 29 YL BR SI LO W/ ROOTS & ROCKS N 08/06/13
I 22 1 0 10 BR SI LO (HUMUS) W/ ROCKS & ROOTS N 08/06/13
I 22 2 10 25 YL BR SI LO W/ ROOTS & ROCKS N 08/06/13
I 23 1 0 10 BR SI LO (HUMUS) W/ ROCKS & ROOTS N 08/06/13
Transect Number Level B.depth E.depth Description CM Date
40
I 23 2 10 20 YL BR SI LO W/ ROCKS; STOPPED BY ROCKS N 08/06/13
I 24 1 0 9 BR SI LO (HUMUS) W/ ROCKS & ROOTS N 08/06/13
I 24 2 9 24 YL BR SI LO W/ ROCKS N 08/06/13
I 25 1 0 17 DK BR SI LO W/ ROCKS N 08/06/13
I 25 2 17 41 BANDS OF LT GR / LT TAN / STRONG BR / YL BR / BR SI
LO W/ ROCKS
N 08/06/13
J 1 1 0 10 VERY DK BR SI LO (HUMUS) W/ ROOTS & ROCKS N 08/06/13
J 1 2 10 25 YL BR SI LO W/ ROCKS N 08/06/13
J 2 1 0 10 VERY DK BR SI LO (HUMUS) W/ ROOTS & ROCKS N 08/06/13
J 2 2 10 29 MOTTLED YL BR SI LO / STRONG BR SI LO W/ ROCKS N 08/06/13
J 3 1 0 10 VERY DK BR SI LO (HUMUS) W/ ROOTS & ROCKS N 08/06/13
J 3 2 10 18 STRONG BR SI LO W/ ROOTS & ROCKS N 08/06/13
J 3 3 18 35 LT YL BR SI LO W/ ROCKS N 08/06/13
J 4 1 0 11 DK BR SI LO MOTTLED W/ GR BR SI LO W/ ROCKS &
ROOTS
N 08/06/13
J 4 2 11 28 STRONG BR SI LO MOTTLED W/ GR BR SI LO W/ ROCKS &
ROOTS
N 08/06/13
J 5 1 0 5 VERY DK BR SI LO (HUMUS) W/ ROOTS & ROCKS N 08/06/13
J 5 2 5 10 LT YL BR SI LO W/ ROCKS N 08/06/13
J 5 3 10 25 STRONG BR SI LO W/ ROCKS N 08/06/13
J 6 1 0 10 BR SI LO W/ ROCKS N 08/06/13
J 6 2 10 30 YL BR SI LO W/ ROCKS N 08/06/13
J 7 1 0 10 BR SI LO W/ ROCKS N 08/06/13
J 7 2 10 30 YL BR SI LO W/ ROCKS N 08/06/13
J 8 1 0 10 BR SI LO W/ ROCKS N 08/06/13
J 8 2 10 50 YL BR SI LO W/ ROCKS N 08/06/13
J 9 1 0 10 BR SI LO W/ ROCKS N 08/06/13
J 9 2 10 35 YL BR SI LO W/ ROCKS N 08/06/13
J 10 1 0 14 BR SI LO W/ ROCKS N 08/06/13
J 10 2 14 36 YL BR SI LO W/ ROCKS N 08/06/13
J 11 1 0 10 DK BR SI LO W/ ROCKS N 08/06/13
J 11 2 10 28 YL BR SI LO W/ ROCKS N 08/06/13
J 12 1 0 14 BR SI LO W/ ROCKS N 08/06/13
J 12 2 14 31 YL BR SI LO W/ ROCKS N 08/06/13
J 13 1 0 13 BR SI LO W/ ROCKS N 08/06/13
J 13 2 13 29 YL BR SI LO W/ ROCKS N 08/06/13
J 14 1 0 16 BR SI LO W/ ROCKS N 08/06/13
J 14 2 16 33 YL BR SI LO W/ ROCKS N 08/06/13
J 15 1 0 9 DK BR SI LO W/ ROCKS N 08/06/13
J 15 2 9 29 YL BR SI LO W/ ROCKS N 08/06/13
J 16 1 0 5 DK BR SI LO N 08/06/13
J 16 2 5 28 YL BR SI LO W/ ROCKS N 08/06/13
J 17 1 0 15 DK BR SI LO W/ ROCKS N 08/06/13
J 17 2 15 31 MOTTLED YL BR / STRONG BR SI LO W/ ROCKS N 08/06/13
J 18 1 0 8 DK BR SI LO W/ ROCKS & ROOTS N 08/06/13
J 18 2 8 25 YL BR SI LO W/ ROCKS & ROOTS N 08/06/13
J 19 1 0 6 DK BR SI LO W/ ROCKS & ROOTS N 08/06/13
J 19 2 6 29 MOTTLED YL BR / MD GR SI LO W/ ROCKS & ROOTS N 08/06/13
J 20 1 0 9 BR SI LO W/ ROCKS N 08/06/13
J 20 2 9 30 YL BR SI LO W/ ROCKS N 08/06/13
J 21 1 0 9 DK BR SI LO W/ ROCKS N 08/06/13
Transect Number Level B.depth E.depth Description CM Date
41
J 21 2 9 25 YL BR SI LO W/ ROCKS N 08/06/13
J 22 1 0 10 BR SI LO W/ ROCKS N 08/06/13
J 22 2 10 40 YL BR SI LO W/ ROCKS N 08/06/13
J 23 1 0 10 DK BR SI LO W/ ROCKS N 08/06/13
J 23 2 10 28 YL BR SI LO W/ ROCKS N 08/06/13
J 24 1 0 6 DK BR SI LO W/ ROCKS & ROOTS N 08/06/13
J 24 2 6 22 STRONG BR SI LO N 08/06/13
J 25 1 0 15 BR SI LO W/ ROCKS N 08/06/13
J 25 2 15 32 YL BR SI LO W/ ROCKS N 08/06/13
K 1 1 0 6 GR BR SI LO W/ ROOTS N 08/07/13
K 1 2 6 27 YL BR SI LO W/ ROCKS & ROOTS N 08/07/13
K 2 1 0 15 BR SI LO N 08/07/13
K 2 2 15 27 OL BR SI LO; STOPPED BY ROOTS N 08/07/13
K 3 1 0 25 DK YL BR SI LO W/ ROCKS & ROOTS; STOPPED BY ROOTS N 08/07/13
K 4 1 0 17 BR SI LO N 08/07/13
K 4 2 17 31 OL BR SI LO N 08/07/13
K 5 1 0 13 BR SI LO W/ ROOTS N 08/07/13
K 5 2 13 24 DK YL BR SI LO W/ ROOTS & ROCKS; STOPPED BY ROOTS N 08/07/13
K 6 1 0 9 BR SI LO W/ ROCKS N 08/07/13
K 6 2 9 25 YL BR SI LO W/ ROCKS N 08/07/13
K 7 1 0 25 BR SI LO W/ ROCKS N 08/07/13
K 7 2 25 42 YL BR SI LO W/ ROCKS N 08/07/13
K 8 1 0 7 BR SI LO W/ ROCKS N 08/07/13
K 8 2 7 23 YL BR SI LO W/ ROCKS N 08/07/13
K 9 1 0 19 BR SI LO W/ ROCKS N 08/07/13
K 9 2 19 37 YL BR SI LO W/ ROCKS N 08/07/13
K 10 1 0 23 BR SI LO W/ ROCKS N 08/07/13
K 10 2 23 40 PALE YL BR SI LO W/ ROCKS N 08/07/13
K 11 1 0 26 MD BR SI LO W/ ROOTS N 08/07/13
K 11 2 26 28 YL BR SI LO W/ ROOTS; STOPPED BY ROOTS N 08/07/13
K 12 1 0 25 BR SI LO W/ ROCKS & ROOTS N 08/07/13
K 12 2 25 33 YL BR SI LO W/ ROCKS & ROOTS; STOPPED BY ROCKS N 08/07/13
K 13 1 0 21 MD BR SI LO W/ ROOTS; STOPPED BY ROOTS N 08/07/13
K 14 1 0 17 BR SI LO W/ GVL & ROOTS N 08/07/13
K 14 2 17 34 MOTTLED YL BR / LT GR SI LO W/ GVL N 08/07/13
K 15 1 0 25 MD BR SI LO N 08/07/13
K 15 2 25 40 MOTTLED YL BR / LT GR SI LO N 08/07/13
K 16 1 0 20 BR SI LO N 08/07/13
K 16 2 20 33 OL BR SI LO; STOPPED BY ROOTS N 08/07/13
K 17 1 0 23 DK YL BR SI LO W/ ROOTS; STOPPED BY ROOTS N 08/07/13
K 18 1 0 23 BR SI LO W/ ROCKS & ROOTS N 08/07/13
K 18 2 23 44 YL BR SI LO W/ ROCKS & ROOTS N 08/07/13
K 19 1 0 20 MD BR SI LO N 08/07/13
K 19 2 20 36 MOTTLED LT GR / YL BR SI LO W/ ROCKS N 08/07/13
K 20 1 0 25 BR SI LO W/ GVL & ROOTS N 08/07/13
K 20 2 25 28 BR SI LO W/ GVL & ROOTS N 08/07/13
K 20 3 28 44 MOTTLED YL BR / LT GR SI LO W/ GVL & ROOTS N 08/07/13
K 21 1 0 30 BR SI LO W/ ROCKS N 08/07/13
K 21 2 30 47 YL BR SI LO W/ ROCKS N 08/07/13
Transect Number Level B.depth E.depth Description CM Date
42
K 22 1 0 25 BR SI LO W/ ROCKS N 08/07/13
K 22 2 25 30 BR SI LO W/ ROCKS N 08/07/13
K 22 3 30 47 YL BR SI LO W/ ROCKS N 08/07/13
K 23 1 0 26 BR SI LO W/ ROCKS N 08/07/13
K 23 2 26 44 YL BR SI LO W/ ROCKS N 08/07/13
K 24 1 0 17 BR SI LO; STOPPED BY ROOTS N 08/07/13
K 25 1 0 26 BR SI LO W/ ROCKS N 08/07/13
K 25 2 26 42 YL BR SI LO W/ ROCKS N 08/07/13
L 1 1 0 25 MD BR SI LO W/ ROCKS & ROOTS N 08/06/13
L 1 2 25 30 MD BR SI LO W/ ROCKS & ROOTS N 08/06/13
L 1 3 30 47 LT YL BR SI LO W/ ROCKS & ROOTS N 08/06/13
L 2 1 0 15 VERY DK RD BR LO (DECAYED LOG)N 08/06/13
L 2 2 15 38 DK YL BR SI LO N 08/06/13
L 3 1 0 24 MD BR SI LO W/ ROCKS & ROOTS N 08/06/13
L 3 2 24 28 LT YL BR SI LO W/ ROCKS & ROOTS; STOPPED BY ROOTS N 08/06/13
L 4 1 0 26 BR SI LO W/ ROCKS N 08/06/13
L 4 2 26 42 LT YL BR SI LO W/ ROCKS N 08/06/13
L 5 1 0 25 MD BR SI LO W/ GVL N 08/06/13
L 5 2 25 29 MD BR SI LO W/ GVL N 08/06/13
L 5 3 29 45 LT YL BR SI LO W/ GVL N 08/06/13
L 6 1 0 25 MD BR SI LO W/ ROOTS & ROCKS N 08/06/13
L 6 2 25 45 MD BR SI LO W/ ROOTS & ROCKS N 08/06/13
L 6 3 45 60 LT YL BR SI LO W/ ROOTS & ROCKS N 08/06/13
L 7 1 0 25 BR SI LO W/ ROCKS & ROOTS N 08/06/13
L 7 2 25 41 YL BR SI LO W/ ROCKS & ROOTS N 08/06/13
L 8 1 0 23 MD BR SI LO W/ ROCKS & ROOTS N 08/06/13
L 8 2 23 40 YL BR SI LO W/ ROCKS & ROOTS N 08/06/13
L 9 1 0 25 BR SI LO W/ ROCKS N 08/06/13
L 9 2 25 30 BR SI LO W/ ROCKS N 08/06/13
L 9 3 30 47 YL BR SI LO W/ ROCKS N 08/06/13
L 10 1 0 31 BR SI LO W/ ROCKS N 08/06/13
L 10 2 31 47 YL BR SI LO W/ ROCKS N 08/06/13
L 11 1 0 27 MD BR SI LO W/ GVL & ROOTS N 08/06/13
L 11 2 27 43 YL BR SI LO W/ GVL & ROOTS N 08/06/13
L 12 1 0 24 BR SI LO W/ ROCKS N 08/06/13
L 12 2 24 42 YL BR SI LO W/ ROCKS N 08/06/13
L 13 1 0 29 BR SI LO W/ ROCKS; STOPPED BY ROOTS N 08/06/13
L 14 1 0 27 BR SI LO W/ ROCKS N 08/06/13
L 14 2 27 46 YL BR SI LO W/ ROCKS N 08/06/13
L 15 1 0 25 BR SI LO W/ ROCKS N 08/06/13
L 15 2 25 40 YL BR SI LO W/ ROCKS N 08/06/13
L 16 1 0 22 BR SI LO W/ ROOTS & ROCKS N 08/06/13
L 16 2 22 37 YL BR SI LO W/ ROCKS N 08/06/13
L 17 1 0 37 BR SI LO W/ ROOTS & LARGE ROCKS N 08/06/13
L 17 2 37 40 MOTTLED YL BR / GR BR SI LO W/ LARGE ROCKS (POSS.
WALL?) & ROOTS
N 08/06/13
L 18 1 0 16 BR SI LO W/ ROCKS; STOPPED BY ROOTS N 08/06/13
L 19 1 0 25 BR SI LO W/ ROCKS N 08/06/13
L 19 2 25 32 BR SI LO W/ ROCKS N 08/06/13
L 19 3 32 40 YL BR SI LO W/ ROCKS N 08/06/13
Transect Number Level B.depth E.depth Description CM Date
43
L 20 1 0 20 BR SI LO W/ ROCKS N 08/06/13
L 20 2 20 35 GR BR SI LO MOTTLED W/ YL BR / STRONG BR SI LO W/
ROCKS
N 08/06/13
L 21 1 0 35 BR SI LO W/ ROCKS N 08/06/13
L 21 2 35 50 YL BR SI LO W/ ROCKS N 08/06/13
L 22 1 0 15 VERY DK BR SI LO W/ ROOTS & ROCKS N 08/06/13
L 22 2 15 22 YL BR FINE SI W/ ROOTS & ROCKS; STOPPED BY ROCKS N 08/06/13
L 23 1 0 16 BR SI LO W/ ROCKS & HEAVY ROOTS; STOPPED BY
ROOTS
N 08/06/13
L 24 1 0 23 BR SI LO W/ ROCKS N 08/06/13
L 24 2 23 36 GR BR SI LO MOTTLED W/ YL BR / STRONG BR SI LO W/
ROCKS
N 08/06/13
L 25 1 0 26 GR BR CL SI LO W/ ROCKS N 08/06/13
L 25 2 26 41 MOTTLED LT GR BR / STRONG BR / BR SI LO W/ ROCKS N 08/06/13
M 1 1 0 20 LT BR SI LO W/ ROCKS N 08/08/13
M 1 2 20 40 OL YL SI LO W/ ROCKS N 08/08/13
M 2 1 0 23 LT BR SI LO W/ ROCKS N 08/08/13
M 2 2 23 38 YL BR SI LO W/ ROCKS N 08/08/13
M 3 1 0 20 LT BR SI LO W/ ROCKS N 08/08/13
M 3 2 20 35 YL BR SI LO W/ ROCKS N 08/08/13
M 4 1 0 20 LT BR SI LO W/ ROCKS N 08/08/13
M 4 2 20 40 YL BR SI LO W/ ROCKS N 08/08/13
M 5 1 0 20 LT BR SI LO W/ ROCKS N 08/08/13
M 5 2 20 40 YL BR SI LO W/ ROCKS N 08/08/13
M 6 1 0 28 BR SI LO W/ ROCKS N 08/08/13
M 6 2 28 44 YL BR COMPACT SI LO W/ ROCKS N 08/08/13
M 7 1 0 23 BR SI LO W/ ROCKS N 08/08/13
M 7 2 23 39 YL BR SI LO W/ ROCKS N 08/08/13
M 8 1 0 22 BR SI LO W/ ROCKS N 08/08/13
M 8 2 22 42 YL BR SI LO W/ ROCKS N 08/08/13
M 9 1 0 26 BR SI LO W/ ROCKS N 08/08/13
M 9 2 26 36 YL BR SI LO W/ ROCKS; STOPPED BY ROCKS N 08/08/13
M 10 1 0 25 LT BR SI LO W/ ROCKS N 08/08/13
M 10 2 25 32 LT BR SI LO W/ ROCKS N 08/08/13
M 10 3 32 47 LT GR SI LO W/ ROCKS N 08/08/13
M 11 1 0 20 GR BR SI LO N 08/08/13
M 11 2 20 40 STRONG BR MOTTLED W/ GR BR SI CL LO N 08/08/13
M 12 1 0 17 GR BR SI LO W/ ROCKS N 08/08/13
M 12 2 17 37 STRONG BR MOTTLED W/ GR BR SI LO W/ ROCKS N 08/08/13
M 13 1 0 22 GR BR SI LO N 08/08/13
M 13 2 22 40 STRONG BR SI LO MOTTLED W/ GR BR SI CL LO N 08/08/13
M 14 1 0 13 GR BR SI LO W/ ROCKS N 08/08/13
M 14 2 13 28 STRONG BR SI LO MOTTLED W/ GR BR SI LO W/ ROCKS N 08/08/13
M 15 1 0 28 GR BR SI LO N 08/08/13
M 15 2 28 43 STRONG BR SI CL LO N 08/08/13
M 16 1 0 27 BR SI LO W/ ROCKS N 08/08/13
M 16 2 27 47 YL BR COMPACT SI W/ ROCKS N 08/08/13
M 17 1 0 30 BR SI LO W/ ROCKS N 08/08/13
M 17 2 30 45 YL BR SI LO W/ ROCKS N 08/08/13
M 18 1 0 10 BR SI LO W/ ROCKS N 08/08/13
M 18 2 10 38 YL BR COMPACT SI W/ ROCKS N 08/08/13
Transect Number Level B.depth E.depth Description CM Date
44
M 19 1 0 30 DK YL BR SI LO W/ GVL & ROCKS N 08/08/13
M 19 2 30 50 MOTTLED GR BR / STRONG BR SI W/ GVL & ROCKS N 08/08/13
M 20 1 0 7 BR SI LO W/ ROCKS N 08/08/13
M 20 2 7 30 YL BR COMPACT SI W/ ROCKS N 08/08/13
M 21 1 0 20 LT BR SI LO W/ ROCKS N 08/08/13
M 21 2 20 40 YL BR SI LO W/ ROCKS N 08/08/13
M 22 1 0 16 GR BR SI LO W/ ROCKS N 08/08/13
M 22 2 16 31 STRONG BR SI LO MOTTLED W/ GR BR SI LO W/ ROCKS N 08/08/13
M 23 1 0 23 BR SI LO W/ ROCKS N 08/08/13
M 23 2 23 38 MOTTLED LT GR / STRONG BR COMPACT SI LO W/
ROCKS
N 08/08/13
M 24 1 0 25 DK YL BR SI LO W/ GVL N 08/08/13
M 24 2 25 48 MOTTLED LT GR BR / STRONG BR SA SI W/ GVL & ROCKS N 08/08/13
M 25 1 0 26 BR SI LO N 08/08/13
M 25 2 26 47 GR BR COMPACT SI W/ STRONG BR MOTTLES; ROCKS
THROUGHOUT
N 08/08/13
N 1 1 0 35 BR SI LO W/ ROCKS N 08/07/13
N 1 2 35 51 YL BR SI LO W/ ROCKS N 08/07/13
N 2 1 0 26 GR BR SI LO N 08/07/13
N 2 2 26 40 STRONG YL BR SI LO W/ RD BR CL LO N 08/07/13
N 3 1 0 13 BR SI LO W/ ROCKS N 08/07/13
N 3 2 13 27 YL BR SI LO W/ ROCKS; STOPPED BY ROCKS N 08/07/13
N 4 1 0 13 GR BR SI LO N 08/07/13
N 4 2 13 28 STRONG BR SI LO N 08/07/13
N 5 1 0 16 BR SI LO W/ ROOTS; STOPPED BY ROOTS N 08/07/13
N 6 1 0 35 BR SI LO W/ ROCKS N 08/07/13
N 6 2 35 52 YL BR SI LO W/ ROCKS N 08/07/13
N 7 1 0 25 GR BR SI LO W/ ROCKS N 08/07/13
N 7 2 25 30 GR BR SI LO W/ ROCKS N 08/07/13
N 7 3 30 50 OL BR SI LO W/ ROCKS N 08/07/13
N 8 1 0 14 BR SI LO W/ GVL N 08/07/13
N 8 2 14 31 YL BR SI LO W/ GVL N 08/07/13
N 9 1 0 25 BR SI LO W/ ROCKS & ROOTS N 08/07/13
N 9 2 25 50 BR SI LO W/ ROCKS & ROOTS N 08/07/13
N 9 3 50 56 BR SI LO W/ ROCKS & ROOTS N 08/07/13
N 9 4 56 71 YL BR SI LO W/ ROCKS N 08/07/13
N 10 1 0 25 BR SI LO W/ ROOTS & GVL N 08/07/13
N 10 2 25 38 BR SI LO W/ ROOTS & GVL N 08/07/13
N 10 3 38 54 YL BR SI LO W/ ROOTS & GVL N 08/07/13
N 11 1 0 23 MD BR SI LO N 08/07/13
N 11 2 23 35 RD BR SI LO MOTTLED W/ LT GR SI LO N 08/07/13
N 12 1 0 16 BR SI LO W/ GVL N 08/07/13
N 12 2 16 37 MOTTLED LT BR / LT GR / YL BR SI LO W/ GVL N 08/07/13
N 13 1 0 11 MD BR SI LO W/ ROCKS N 08/07/13
N 13 2 11 36 LT BR SI LO W/ ROCKS N 08/07/13
N 13 3 36 52 LT BR SI LO W/ ROCKS; STOPPED BY ROCKS N 08/07/13
N 14 1 0 24 BR SI LO W/ ROOTS & GVL; STOPPED BY ROOTS N 08/07/13
N 15 1 0 25 MD BR SI LO W/ ROCKS & ROOTS N 08/07/13
N 15 2 25 30 MD BR SI LO W/ ROCKS & ROOTS N 08/07/13
N 15 3 30 33 YL BR SI LO W/ ROCKS & ROOTS; STOPPED BY ROOTS N 08/07/13
Transect Number Level B.depth E.depth Description CM Date
45
N 16 1 0 10 BR SI LO W/ ROCKS N 08/07/13
N 16 2 10 25 DK YL BR SI LO W/ ROCKS N 08/07/13
N 17 1 0 17 BR SI LO N 08/07/13
N 17 2 17 29 OL BR SI LO; STOPPED BY ROCKS N 08/07/13
N 18 1 0 10 BR SI LO W/ ROCKS & ROOTS N 08/07/13
N 18 2 10 26 YL BR SI LO W/ ROCKS & ROOTS N 08/07/13
N 19 1 0 23 BR SI LO; STOPPED BY ROOTS & ROCKS N 08/07/13
N 20 1 0 20 BR SI LO; STOPPED BY ROOTS & ROCKS 08/07/13
N 21 1 0 30 GR BR SI LO W/ ROCKS N 08/07/13
N 21 2 30 45 YL BR SI LO W/ ROCKS N 08/07/13
N 22 1 0 30 GR BR SI LO; STOPPED BY ROCKS N 08/07/13
N 23 1 0 23 BR SI LO W/ ROCKS; STOPPED BY ROOT N 08/07/13
N 24 1 0 10 BR SI LO W/ ROCKS N 08/07/13
N 24 2 10 26 YL BR SI LO W/ ROCKS N 08/07/13
N 25 1 0 15 BR SI LO; STOPPED BY ROOTS & ROCKS 08/07/13
O 1 1 0 17 GR BR SI LO W/ ROOTS & ROCKS N 08/06/13
O 1 2 17 32 YL BR SI LO W/ ROCKS N 08/06/13
O 2 1 0 13 BR SI LO N 08/06/13
O 2 2 13 28 YL BR SI LO W/ ROCKS N 08/06/13
O 3 1 0 24 BR SI LO W/ GVL & ROOTS N 08/06/13
O 3 2 24 40 YL BR SI LO W/ GVL & ROOTS N 08/06/13
O 4 1 0 18 BR SI LO W/ GVL N 08/06/13
O 4 2 18 33 YL BR SI LO W/ GVL N 08/06/13
O 5 1 0 10 GR BR SI LO W/ ROCKS N 08/06/13
O 5 2 10 30 YL BR SI LO MOTTLED W/ GR BR SI LO W/ ROCKS N 08/06/13
O 6 1 0 23 BR SI LO W/ ROCKS N 08/06/13
O 6 2 23 40 YL BR SI LO W/ ROCKS N 08/06/13
O 7 1 0 28 BR SI LO W/ ROCKS N 08/06/13
O 7 2 28 36 YL BR SI LO W/ ROCKS N 08/06/13
O 8 1 0 20 BR SI LO W/ ROCKS N 08/06/13
O 8 2 20 40 YL BR SI LO W/ ROCKS N 08/06/13
O 9 1 0 25 BR SI LO W/ GVL & ROOTS N 08/06/13
O 9 2 25 42 YL BR SI LO W/ GVL & ROOTS N 08/06/13
O 10 1 0 9 GR BR SI LO W/ ROOTS & ROCKS N 08/06/13
O 10 2 9 29 YL BR SI LO W/ ROOTS & ROCKS N 08/06/13
O 11 1 0 22 BR SI LO W/ ROCKS N 08/06/13
O 11 2 22 38 YL BR SI LO W/ ROCKS N 08/06/13
O 12 1 0 20 BR SI LO W/ ROCKS N 08/06/13
O 12 2 20 39 YL BR SI LO W/ ROCKS N 08/06/13
O 13 1 0 35 BR SI LO W/ ROCKS N 08/06/13
O 13 2 35 50 YL BR SI LO W/ ROCKS N 08/06/13
O 14 1 0 28 BR SI LO W/ ROCKS N 08/06/13
O 14 2 28 43 YL BR SI LO W/ ROCKS N 08/06/13
O 15 1 0 28 BR SI LO W/ ROCKS N 08/06/13
O 15 2 28 45 YL BR SI LO W/ ROCKS N 08/06/13
O 16 1 0 15 BR SI LO W/ ROCKS N 08/06/13
O 16 2 15 35 YL BR SI LO W/ ROCKS N 08/06/13
O 17 1 0 25 BR SI LO W/ GVL & ROOTS N 08/06/13
O 17 2 25 31 BR SI LO W/ GVL & ROOTS N 08/06/13
Transect Number Level B.depth E.depth Description CM Date
46
O 17 3 31 46 YL BR SI LO W/ GVL & ROOTS N 08/06/13
O 18 1 0 22 BR SI LO W/ ROCKS N 08/06/13
O 18 2 22 40 YL BR SI LO W/ ROCKS N 08/06/13
O 19 1 0 25 BR SI LO W/ ROCKS N 08/06/13
O 19 2 25 49 YL BR SI LO W/ ROCKS N 08/06/13
O 20 1 0 13 GR BR SI LO W/ ROCKS N 08/06/13
O 20 2 13 28 YL BR SI LO W/ ROCKS N 08/06/13
O 21 1 0 20 BR SI LO W/ ROCKS N 08/06/13
O 21 2 20 36 YL BR SI LO W/ ROCKS N 08/06/13
O 22 1 0 20 GR BR SI LO W/ ROOTS & ROCKS N 08/06/13
O 22 2 20 35 YL BR SI LO W/ ROOTS & ROCKS N 08/06/13
O 23 1 0 20 BR SI LO N 08/06/13
O 23 2 20 35 YL BR SI LO N 08/06/13
O 24 1 0 21 BR SI LO W/ ROCKS N 08/06/13
O 24 2 21 37 YL BR SI LO W/ ROCKS N 08/06/13
O 25 1 0 20 BR SI LO W/ ROCKS N 08/06/13
O 25 2 20 40 YL BR SI LO W/ ROCKS N 08/06/13
P 1 1 0 15 BR SI LO W/ ROOTS & ROCKS; STOPPED BY ROOTS N 08/05/13
P 2 1 0 17 BR SI LO N 08/05/13
P 2 2 17 29 STRONG BR SI LO N 08/05/13
P 3 1 0 20 BR SI LO W/ ROOTS & ROCKS; STOPPED BY ROOTS &
ROCKS
N 08/05/13
P 4 1 0 15 BR SI LO W/ ROOTS N 08/05/13
P 4 2 15 33 YL BR SI LO W/ ROOTS N 08/05/13
P 5 1 0 22 BR SI LO N 08/05/13
P 5 2 22 37 STRONG BR SI LO N 08/05/13
P 6 1 0 9 MD BR SI LO W/ GVL & ROOTS N 08/05/13
P 6 2 9 25 LT YL BR SI LO W/ GVL & ROOTS N 08/05/13
P 7 1 0 23 BR SI LO N 08/05/13
P 7 2 23 26 YL BR SI LO; STOPPED BY ROOTS N 08/05/13
P 8 1 0 10 LT BR SI LO W/ ROCKS N 08/05/13
P 8 2 10 20 LT YL BR SI LO W/ ROCKS N 08/05/13
P 9 1 0 17 BR SI LO W/ GVL N 08/05/13
P 9 2 17 34 YL BR SI LO W/ GVL N 08/05/13
P 10 1 0 12 BR SI LO N 08/05/13
P 10 2 12 30 STRONG BR SI LO W/ ROCKS & ROOTS N 08/05/13
P 11 1 0 26 DK BR SI LO N 08/05/13
P 11 2 26 41 DK YL BR SI LO N 08/05/13
P 12 1 0 25 BR SI LO W/ ROCKS N 08/05/13
P 13 1 0 19 MD BR SI LO W/ GVL & ROOTS N 08/05/13
P 13 2 19 35 LT YL BR SI LO W/ GVL & ROOTS N 08/05/13
P 14 1 0 16 BR SI LO N 08/05/13
P 14 2 16 33 YL BR SI LO N 08/05/13
P 15 1 0 18 BR SI LO W/ ROCKS N 08/05/13
P 15 2 18 38 YL BR SI W/ ROCKS N 08/05/13
P 16 1 0 33 VERY DK BR SI LO N 08/05/13
P 16 2 33 48 STRONG BR SI LO N 08/05/13
P 17 1 0 25 GR BR SI LO W/ ROOTS N 08/05/13
P 17 2 25 33 GR BR SI LO W/ ROOTS & STANDING WATER AT 33cmbd;
STOPPED BY STANDING WATER
N 08/05/13
Transect Number Level B.depth E.depth Description CM Date
47
P 18 1 0 10 NOT TESTED - STANDING WATER N 08/05/13
P 19 1 0 39 BR DAMP SI LO W/ ROCKS; STOPPED BY ROCKS N 08/05/13
P 20 1 0 15 DK GR BR SI LO W/ ROCKS N 08/05/13
P 20 2 15 25 DK YL BR SI LO W/ ROCKS N 08/05/13
P 21 1 0 10 NOT TESTED - STANDING WATER N 08/05/13
P 22 1 0 20 GR BR SI LO W/ ROCKS N 08/05/13
P 22 2 20 35 YL BR SI LO W/ ROCKS N 08/05/13
P 23 1 0 10 DK GR BR SI LO W/ ROCKS; STOPPED BY ROOTS &
ROCKS
N 08/05/13
P 24 1 0 25 GR BR SI LO W/ ROCKS; STOPPED BY ROOTS N 08/05/13
P 25 1 0 10 NOT TESTED - STREAM N 08/05/13
Q 1 1 0 18 BR SI LO W/ GVL N 08/07/13
Q 1 2 18 38 YL BR SI LO W/ GVL N 08/07/13
Q 2 1 0 30 GR BR SI LO W/ GVL; STOPPED BY ROCKS N 08/07/13
Q 3 1 0 26 GR BR SI LO W/ ROCKS N 08/07/13
Q 3 2 26 41 STRONG BR SI LO MOTTLED W/ GR BR SI LO N 08/07/13
Q 4 1 0 28 BR SI LO W/ ROCKS N 08/07/13
Q 4 2 28 44 DK YL BR SI LO W/ ROCKS N 08/07/13
Q 5 1 0 25 BR SI LO W/ GVL N 08/07/13
Q 5 2 25 30 BR SI LO W/ GVL N 08/07/13
Q 5 3 30 38 YL BR SI LO W/ GVL; STOPPED BY ROCKS N 08/07/13
Q 6 1 0 26 BR SI LO W/ GVL N 08/07/13
Q 6 2 26 40 YL BR SA LO W/ GVL N 08/07/13
Q 7 1 0 26 BR SI LO W/ ROCKS N 08/07/13
Q 7 2 26 43 YL BR SA LO W/ ROCKS N 08/07/13
Q 8 1 0 25 BR SI LO W/ ROCKS N 08/07/13
Q 8 2 25 34 BR SI LO W/ ROCKS N 08/07/13
Q 8 3 34 50 YL BR SA LO W/ ROCKS N 08/07/13
Q 9 1 0 31 BR SI LO W/ ROCKS N 08/07/13
Q 9 2 31 50 YL BR SA LO W/ ROCKS N 08/07/13
Q 10 1 0 30 GR BR SI LO W/ GVL N 08/07/13
Q 10 2 30 45 STRONG BR SI LO W/ GVL N 08/07/13
Q 11 1 0 26 BR SI LO MOTTLED W/ DK YL BR SI LO W/ ROCKS;
STOPPED BY ROCKS
N 08/07/13
Q 12 1 0 17 GR BR SI LO N 08/07/13
Q 12 2 17 30 VERY DK BR SA SI N 08/07/13
Q 12 3 30 37 STRONG GR BR SI LO MOTTLED W/ STRONG BR SI CL LO;
STOPPED BY ROCKS
N 08/07/13
Q 13 1 0 22 GR BR SI LO W/ ROCKS N 08/07/13
Q 13 2 22 35 DK YL BR SI LO MOTTLED W/ GR BR SI LO W/ ROCKS;
STOPPED BY ROCKS
N 08/07/13
Q 14 1 0 23 BR SI LO N 08/07/13
Q 14 2 23 38 STRONG BR SI LO N 08/07/13
Q 15 1 0 33 BR SI LO N 08/07/13
Q 15 2 33 50 STRONG BR SI LO N 08/07/13
Q 16 1 0 35 BR SI LO W/ ROCKS N 08/07/13
Q 16 2 35 50 YL BR SA LO W/ ROCKS N 08/07/13
Q 17 1 0 25 GR BR SI LO W/ ROCKS N 08/07/13
Q 17 2 25 36 GR BR SI LO W/ ROCKS N 08/07/13
Q 17 3 36 54 DK YL BR SA LO W/ ROCKS N 08/07/13
Q 18 1 0 26 BR SI LO W/ ROCKS N 08/07/13
Transect Number Level B.depth E.depth Description CM Date
48
Q 18 2 26 44 YL BR SA LO W/ ROCKS N 08/07/13
Q 19 1 0 25 BR SI LO W/ ROCKS N 08/07/13
Q 19 2 25 32 BR SI LO W/ ROCKS N 08/07/13
Q 19 3 32 50 YL BR SA LO W/ ROCKS N 08/07/13
Q 20 1 0 31 BR SI LO W/ ROCKS N 08/07/13
Q 20 2 31 48 YL BR SA LO W/ ROCKS N 08/07/13
Q 21 1 0 13 BR SI LO N 08/07/13
Q 21 2 13 28 YL BR COMPACT SI LO W/ GVL N 08/07/13
Q 22 1 0 27 BR SI LO W/ GVL N 08/07/13
Q 22 2 27 56 DK BR SI LO W/ GVL N 08/07/13
Q 22 3 56 72 YL BR SI LO W/ GVL N 08/07/13
Q 23 1 0 23 BR SI LO N 08/07/13
Q 23 2 23 39 YL BR COMPACT SI LO N 08/07/13
Q 24 1 0 27 BR SI LO W/ GVL N 08/07/13
Q 24 2 27 44 YL BR SI LO W/ GVL N 08/07/13
Q 25 1 0 22 BR SI LO W/ GVL N 08/07/13
Q 25 2 22 40 YL BR SI LO W/ GVL N 08/07/13
R 1 1 0 20 BR SI LO W/ GVL N 08/07/13
R 1 2 20 35 YL BR SI LO W/ GVL N 08/07/13
R 2 1 0 25 BR SI LO W/ GVL N 08/07/13
R 2 2 25 30 BR SI LO W/ GVL N 08/07/13
R 2 3 30 48 DK YL BR SI LO W/ GVL N 08/07/13
R 3 1 0 12 BR SI LO N 08/07/13
R 3 2 12 32 YL BR SI LO N 08/07/13
R 4 1 0 15 BR SI LO W/ GVL & ROCKS N 08/09/13
R 4 2 15 30 GR SA SI W/ OXIDIZED MOTTLES, GVL & ROCKS N 08/09/13
R 5 1 0 24 BR SI LO W/ ROCKS N 08/07/13
R 5 2 24 44 YL BR SI LO W/ ROCKS N 08/07/13
R 6 1 0 21 BR SI LO W/ GVL N 08/07/13
R 6 2 21 40 DK YL BR SI LO W/ GVL N 08/07/13
R 7 1 0 28 GR BR SI LO N 08/07/13
R 7 2 28 41 STRONG BR SA SI N 08/07/13
R 8 1 0 16 GR BR SI LO N 08/07/13
R 8 2 16 31 STRONG BR SA SI LO W/ ROCKS MOTTLED W/ GR BR SI
LO
N 08/07/13
R 9 1 0 25 GR BR SI LO N 08/07/13
R 9 2 25 40 STRONG YL BR SA SI MOTTLED W/ GR BR SA SI N 08/07/13
R 10 1 0 23 GR BR SI LO W/ ROCKS; STOPPED BY ROCKS N 08/07/13
R 11 1 0 18 BR SI LO N 08/07/13
R 11 2 18 28 YL BR COMPACT SI LO W/ GVL; STOPPED BY ROCKS N 08/07/13
R 12 1 0 25 BR SI LO W/ ROCKS N 08/07/13
R 12 2 25 50 BR SI LO W/ ROCKS N 08/07/13
R 12 3 50 65 YL BR SA LO W/ ROCKS N 08/07/13
R 13 1 0 25 BR SI LO W/ ROCKS N 08/07/13
R 13 2 25 40 YL BR SA LO W/ ROCKS N 08/07/13
R 14 1 0 25 BR SI LO W/ ROCKS N 08/07/13
R 14 2 25 39 BR SI LO W/ ROCKS N 08/07/13
R 14 3 39 55 YL BR SI LO W/ ROCKS N 08/07/13
R 15 1 0 23 BR SI LO W/ ROCKS N 08/07/13
R 15 2 23 42 YL BR SA LO W/ ROCKS N 08/07/13
Transect Number Level B.depth E.depth Description CM Date
49
R 16 1 0 25 BR SI LO W/ GVL N 08/07/13
R 16 2 25 39 BR SI LO W/ GVL N 08/07/13
R 16 3 39 55 YL BR SI LO W/ GVL N 08/07/13
R 17 1 0 40 BR SI LO W/ ROCKS N 08/07/13
R 17 2 40 56 YL BR SI LO W/ ROCKS N 08/07/13
R 18 1 0 28 BR SI LO W/ ROCKS N 08/07/13
R 18 2 28 43 YL BR SI LO W/ ROCKS N 08/07/13
R 19 1 0 29 GR BR SI LO W/ ROCKS N 08/07/13
R 19 2 29 44 STRONG BR SA SI W/ ROCKS N 08/07/13
R 20 1 0 33 BR SI LO W/ ROCKS N 08/07/13
R 20 2 33 49 DK YL BR SA LO W/ ROCKS N 08/07/13
R 21 1 0 21 BR SI LO W/ ROCKS N 08/07/13
R 21 2 21 30 YL BR SI LO W/ ROCKS; STOPPED BY ROCKS N 08/07/13
R 22 1 0 25 BR SI LO W/ GVL N 08/07/13
R 22 2 25 34 BR SI LO W/ GVL N 08/07/13
R 22 3 34 43 YL BR SI LO W/ GVL; STOPPED BY ROCKS N 08/07/13
R 23 1 0 16 BR SI LO W/ GVL N 08/07/13
R 23 2 16 31 YL BR COMPACT SI LO W/ GVL N 08/07/13
R 24 1 0 27 BR SI LO W/ GVL N 08/07/13
R 24 2 27 42 YL BR SI LO W/ GVL N 08/07/13
R 25 1 0 25 BR SI LO N 08/07/13
R 25 2 25 32 STRONG GR BR SA SI N 08/07/13
S 1 1 0 35 BR SI LO W/ ROCKS N 08/08/13
S 1 2 35 45 DK YL BR SI LO W/ ROCKS N 08/08/13
S 2 1 0 30 BR SI LO W/ ROCKS N 08/08/13
S 2 2 30 45 STRONG BR SI LO W/ ROCKS N 08/08/13
S 3 1 0 26 BR SI LO W/ ROCKS N 08/08/13
S 3 2 26 44 YL BR SI LO MOTTLED W/ LT GR SI LO W/ ROCKS N 08/08/13
S 4 1 0 30 BR SI LO N 08/08/13
S 4 2 30 45 STRONG BR SA SI N 08/08/13
S 5 1 0 15 BR SI LO W/ ROCKS N 08/08/13
S 5 2 15 35 YL BR SI LO W/ ROCKS N 08/08/13
S 6 1 0 30 BR CL SI W/ ROCKS N 08/08/13
S 6 2 30 45 YL BR CL SI W/ ROCKS N 08/08/13
S 7 1 0 20 BR SI LO W/ ROCKS N 08/08/13
S 7 2 20 40 YL BR SI LO W/ ROCKS N 08/08/13
S 8 1 0 35 BR SI LO W/ ROCKS N 08/08/13
S 8 2 35 50 YL BR SI LO W/ ROCKS N 08/08/13
S 9 1 0 20 BR SI LO W/ ROCKS N 08/08/13
S 9 2 20 35 DK YL BR SI LO W/ ROCKS N 08/08/13
S 10 1 0 25 BR SI LO W/ ROCKS N 08/08/13
S 10 2 25 30 DK YL BR SI LO W/ ROCKS; STOPPED BY ROCKS N 08/08/13
S 11 1 0 27 GR BR CL SI N 08/08/13
S 11 2 27 50 OL BR SA SI W/ STRONG BR MOTTLES; ROCKS
THROUGHOUT
N 08/08/13
S 12 1 0 30 DK BR SI LO W/ GVL N 08/08/13
S 12 2 30 40 DK BR SI LO W/ GVL N 08/08/13
S 12 3 40 60 MOTTLED OL BR / STRONG BR SA SI LO N 08/08/13
S 13 1 0 37 GR BR CL SI N 08/08/13
S 13 2 37 55 OL BR SI; ROCKS THROUGHOUT N 08/08/13
Transect Number Level B.depth E.depth Description CM Date
50
S 14 1 0 29 BR SI LO W/ ROCKS N 08/08/13
S 14 2 29 34 STRONG BR SI LO W/ ROCKS; STOPPED BY ROCKS N 08/08/13
S 15 1 0 25 GR BR SA LO W/ GVL N 08/08/13
S 15 2 25 40 MOTTLED OL BR / STRONG BR SI W/ GVL N 08/08/13
S 16 1 0 25 DK GR BR CL SI N 08/08/13
S 16 2 25 44 GR BR SI W/ STRONG BR MOTTLES (WETLAND SOILS);
ROCKS THROUGHOUT
N 08/08/13
S 17 1 0 29 BR SI LO W/ ROCKS N 08/08/13
S 17 2 29 45 YL BR SI LO W/ ROCKS; STP FILLING W/ WATER AT
45cmbd
N 08/08/13
S 18 1 0 30 DK BR SI LO N 08/08/13
S 18 2 30 43 VERY DK BR SI LO; STOPPED BY ROCKS N 08/08/13
S 19 1 0 25 BR SI LO W/ ROCKS N 08/08/13
S 19 2 25 32 BR SI LO W/ ROCKS N 08/08/13
S 19 3 32 48 YL BR SI LO W/ ROCKS N 08/08/13
S 20 1 0 15 BR SI LO W/ ROCKS N 08/08/13
S 20 2 15 30 YL BR SI LO W/ ROCKS N 08/08/13
S 21 1 0 30 GR BR CL SI W/ ROCKS N 08/08/13
S 21 2 30 50 YL BR CL SI W/ ROCKS N 08/08/13
S 22 1 0 24 DK BR SI LO N 08/08/13
S 22 2 24 28 VERY DK BR SI LO N 08/08/13
S 22 3 28 44 DK YL BR SI LO W/ STANDING WATER N 08/08/13
S 23 1 0 23 GR BR SI LO N 08/08/13
S 23 2 23 50 MOTTLED GR BR / STRONG BR SI LO (WETLAND SOILS);
STOPPED BY STANDING WATER
N 08/08/13
S 24 1 0 25 GR BR CL SI W/ ROCKS N 08/08/13
S 24 2 25 50 GR BR CL SI W/ ROCKS (WETLAND SOILS)N 08/08/13
S 25 1 0 30 GR BR CL SI N 08/08/13
S 25 2 30 52 OL BR SI; ROCKS THROUGHOUT N 08/08/13
T 1 1 0 30 BR SI LO W/ GVL & ROCKS N 08/08/13
T 1 2 30 53 DK YL BR SI LO W/ GVL & ROCKS N 08/08/13
T 2 1 0 30 BR SI LO N 08/08/13
T 2 2 30 40 VERY DK SA SI W/ GVL N 08/08/13
T 2 3 40 50 STRONG BR SI CL LO; STOPPED BY ROCKS N 08/08/13
T 3 1 0 35 BR SI LO W/ ROCKS N 08/08/13
T 3 2 35 45 YL BR SA LO W/ ROCKS; STOPPED BY ROCKS N 08/08/13
T 4 1 0 30 DK BR SI LO W/ ROCKS N 08/08/13
T 4 2 30 50 STRONG BR SI N 08/08/13
T 5 1 0 30 BR SI LO W/ ROCKS N 08/08/13
T 5 2 30 45 YL BR SA LO W/ ROCKS N 08/08/13
T 6 1 0 25 BR SI LO W/ GVL N 08/08/13
T 6 2 25 30 BR SI LO W/ GVL N 08/08/13
T 6 3 30 46 YL BR SA SI W/ GVL N 08/08/13
T 7 1 0 30 BR SI LO W/ GVL N 08/08/13
T 7 2 30 55 YL BR SA SI W/ GVL N 08/08/13
T 8 1 0 25 BR SI LO W/ GVL N 08/08/13
T 8 2 25 36 BR SI LO W/ GVL N 08/08/13
T 8 3 36 50 YL BR SA SI W/ GVL N 08/08/13
T 9 1 0 25 BR SI LO W/ ROCKS N 08/08/13
T 9 2 25 35 YL BR SI LO W/ ROCKS; STOPPED BY ROCKS N 08/08/13
T 10 1 0 25 BR SI LO W/ ROCKS N 08/08/13
Transect Number Level B.depth E.depth Description CM Date
51
T 10 2 25 40 YL BR SA LO W/ ROCKS N 08/08/13
T 11 1 0 30 BR SI LO W/ GVL N 08/08/13
T 11 2 30 35 BR SI LO W/ GVL N 08/08/13
T 11 3 35 53 MOTTLED LT YL BR / STRONG BR SI LO W/ GVL N 08/08/13
T 12 1 0 36 BR COMPACT SI LO W/ ROCKS N 08/08/13
T 12 2 36 52 OL BR COMPACT SI W/ ROCKS N 08/08/13
T 13 1 0 30 BR SI LO W/ GVL N 08/08/13
T 13 2 30 50 YL BR SI LO W/ GVL N 08/08/13
T 14 1 0 40 BR SI LO W/ ROCKS N 08/08/13
T 14 2 40 55 STRONG BR SI N 08/08/13
T 15 1 0 30 BR SI LO W/ ROCKS N 08/08/13
T 15 2 30 45 YL BR SA LO W/ ROCKS N 08/08/13
T 16 1 0 25 BR SI LO N 08/08/13
T 16 2 25 40 STRONG BR SI CL LO MOTTLED W/ GR BR SI LO N 08/08/13
T 17 1 0 24 BR SI LO W/ ROCKS N 08/08/13
T 17 2 24 39 STRONG BR SI LO MOTTLED W/ GR BR SI LO W/ ROCKS N 08/08/13
T 18 1 0 28 BR SI LO N 08/08/13
T 18 2 28 48 STRONG BR SI CL LO MOTTLED W/ GR BR SI LO N 08/08/13
T 19 1 0 29 BR SI LO W/ ROCKS N 08/08/13
T 19 2 29 44 STRONG BR SI LO MOTTLED W/ GR BR SI LO W/ ROCKS N 08/08/13
T 20 1 0 30 BR SI LO W/ GVL & ROCKS N 08/08/13
T 20 2 30 35 BR SI LO W/ GVL & ROCKS N 08/08/13
T 20 3 35 53 DK YL BR SI SA W/ GVL N 08/08/13
T 21 1 0 25 BR SI LO N 08/08/13
T 21 2 25 31 BR SI LO N 08/08/13
T 21 3 31 48 YL BR SI LO COMPACT W/ ROCKS N 08/08/13
T 22 1 0 25 BR SI LO W/ ROCKS N 08/08/13
T 22 2 25 40 YL BR SI LO W/ ROCKS N 08/08/13
T 23 1 0 27 BR SI LO W/ ROCKS N 08/08/13
T 23 2 27 47 YL BR SI LO W/ ROCKS N 08/08/13
T 24 1 0 27 BR SI LO W/ ROCKS N 08/08/13
T 24 2 27 35 YL BR SI LO W/ ROCKS; STOPPED BY ROCKS N 08/08/13
T 25 1 0 27 BR SI LO W/ ROCKS N 08/08/13
T 25 2 27 42 YL BR SI LO W/ ROCKS N 08/08/13
U 1 1 0 25 BR SI LO W/ ROCKS N 08/08/13
U 1 2 25 36 BR SI LO W/ ROCKS; STOPPED BY ROCKS N 08/08/13
U 2 1 0 23 BR SI LO W GVL; STOPPED BY ROCKS N 08/08/13
U 3 1 0 30 BR SI LO W/ GVL & ROCKS N 08/08/13
U 3 2 30 60 BR SI LO W/ GVL & ROCKS N 08/08/13
U 3 3 60 70 BR SI LO W/ GVL & ROCKS; STOPPED BY ROCKS N 08/08/13
U 4 1 0 44 BR SI LO W/ GVL; STOPPED BY ROCKS N 08/08/13
U 5 1 0 25 BR SI LO W/ ROCKS; STOPPED BY ROCKS N 08/08/13
U 6 1 0 20 BR SI LO W/ ROCKS N 08/08/13
U 6 2 20 40 LT BR SI W/ ROCKS N 08/08/13
U 7 1 0 21 BR SI LO W/ GVL N 08/08/13
U 7 2 21 31 STRONG BR SA SI W/ GVL; STOPPED BY ROCKS N 08/08/13
U 8 1 0 33 BR SI LO W/ GVL; STOPPED BY ROCKS N 08/08/13
U 9 1 0 25 DK BR SI LO W/ ROCKS N 08/08/13
U 9 2 25 36 DK BR SI LO W/ ROCKS N 08/08/13
Transect Number Level B.depth E.depth Description CM Date
52
U 9 3 36 46 YL BR SI LO W/ ROCKS; STOPPED BY ROCKS N 08/08/13
U 10 1 0 30 BR SI LO W/ GVL & ROCKS; CHARCOAL, COAL - DISC.N 08/08/13
U 10 2 30 60 BR SI LO W/ GVL & ROCKS N 08/08/13
U 10 3 60 70 YL BR SI SA W/ GVL N 08/08/13
U 11 1 0 43 BR SI LO W/ ROCKS; STOPPED BY STANDING WATER N 08/09/13
U 12 1 0 25 BR SI LO W/ ROCKS N 08/09/13
U 12 2 25 29 BR SI LO W/ ROCKS N 08/09/13
U 12 3 29 53 DK BR SI; STANDING WATER AT 30cmbd N 08/09/13
U 13 1 0 28 BR SI LO N 08/09/13
U 13 2 28 53 GR BR SI LO W/ YL BR SA SI W/ ROCKS & STANDING
WATER
N 08/09/13
U 14 1 0 25 BR SI LO W/ ROCKS N 08/09/13
U 14 2 25 40 GR BR MOTTLED W/ YL BR SA SI W/ ROCKS & STANDING
WATER
N 08/09/13
U 15 1 0 40 BR SI LO W/ ROCKS N 08/09/13
U 15 2 40 55 YL BR SI LO W/ ROCKS N 08/09/13
U 16 1 0 25 BR SI LO W/ ROCKS N 08/09/13
U 16 2 25 48 BR SI LO W/ ROCKS; STP FILLING W/ WATER AT 40cmbd N 08/09/13
U 17 1 0 38 BR SI LO W/ ROCKS; STOPPED BY STANDING WATER N 08/09/13
U 18 1 0 30 BR SI LO W/ ROCKS N 08/09/13
U 18 2 30 48 YL BR SI LO W/ ROCKS N 08/09/13
U 19 1 0 25 BR SI LO W/ ROCKS N 08/09/13
U 19 2 25 36 BR SI LO W/ ROCKS N 08/09/13
U 19 3 36 38 YL BR SI LO W/ ROCKS; STOPPED BY ROCKS N 08/09/13
U 20 1 0 25 BR SI LO W/ ROCKS N 08/09/13
U 20 2 25 40 GR BR MOTTLED W/ YL BR SA SI W/ ROCKS & STANDING
WATER
N 08/09/13
V 1 1 0 25 BR VERY WET SI LO W/ GVL & ROCKS N 08/09/13
V 1 2 25 30 BR VERY WET SI LO W/ GVL & ROCKS; STOPPED BY
ROCKS
N 08/09/13
V 2 1 0 20 BR SI LO W/ GVL, ROCKS & STANDING WATER; STOPPED
BY STANDING WATER
N 08/09/13
V 3 1 0 20 BR SI LO W/ ROCKS & GVL N 08/09/13
V 3 2 20 36 GR SA SI W/ RD BR MOTTLES, ROCKS & GVL N 08/09/13
V 4 1 0 15 BR SI LO W/ ROCKS & GVL N 08/09/13
V 4 2 15 32 DK YL BR SI LO W/ ROCKS & GVL N 08/09/13
V 5 1 0 9 BR SI LO W/ GVL & ROCKS N 08/09/13
V 5 2 9 19 YL BR SI LO W/ GVL, ROCKS & STANDING WATER;
STOPPED BY GVL & ROCKS
N 08/09/13
V 6 1 0 23 BR SI LO W/ GVL N 08/09/13
V 6 2 23 48 DK YL BR SI LO W/ HEAVY ROCK & GVL N 08/09/13
V 7 1 0 31 BR SI LO W/ GVL & ROCKS; STOPPED BY STANDING
WATER
N 08/09/13
V 8 1 0 30 BR SI LO W/ GVL & ROCKS; STOPPED BY STANDING
WATER
N 08/09/13
V 9 1 0 24 BR SI LO W/ GVL & ROCKS N 08/09/13
V 9 2 24 34 YL BR SA SI W/ GVL & ROCKS; STOPPED BY STANDING
WATER
N 08/09/13
V 10 1 0 25 BR SI LO W/ GVL N 08/09/13
V 10 2 25 49 YL BR SA SI W/ GVL N 08/09/13
V 11 1 0 28 BR SI LO W/ ROCKS & GVL N 08/09/13
V 11 2 28 46 YL BR SA SI W/ ROCKS & GVL N 08/09/13
V 12 1 0 30 BR SI LO W/ GVL & ROCKS N 08/09/13
Transect Number Level B.depth E.depth Description CM Date
53
V 12 2 30 51 YL BR SA LO W/ GVL & ROCKS N 08/09/13
W 1 1 0 22 BR SI LO W/ GVL N 08/09/13
W 1 2 22 42 YL BR SI LO W/ GVL N 08/09/13
W 2 1 0 25 BR SI LO W/ ROCKS N 08/09/13
W 2 2 25 30 BR SI LO W/ ROCKS N 08/09/13
W 2 3 30 45 DK YL BR SA SI W/ ROCKS N 08/09/13
W 3 1 0 25 DK BR SI LO W/ GVL N 08/09/13
W 3 2 25 33 DK BR MOTTLED W/ YL BR SI LO (DISTURBED)N 08/09/13
W 4 1 0 25 VERY DK BR SI LO W/ ROCKS N 08/09/13
W 4 2 25 50 VERY DK BR SI LO W/ ROCKS N 08/09/13
W 4 3 50 75 VERY DK BR SI LO W/ ROCKS; STANDING WATER AT
70cmbd
N 08/09/13
W 4 4 75 80 VERY DK BR SI LO W/ ROCKS; STOPPED BY STANDING
WATER
N 08/09/13
W 5 1 0 25 BR SI LO W/ GVL N 08/09/13
W 5 2 25 35 BR SI LO W/ GVL N 08/09/13
W 5 3 35 50 YL BR SI LO W/ GVL N 08/09/13
W 6 1 0 18 BR SI LO W/ ROCKS N 08/09/13
W 6 2 18 38 GR BR / STRONG BR SA LO W ROCKS & STANDING
WATER
N 08/09/13
W 7 1 0 25 DK BR SI LO W/ ROCKS & COARSE GRIT N 08/09/13
W 7 2 25 42 YL BR SI W/ ROCKS & COARSE GRIT N 08/09/13
W 8 1 0 18 BR SI LO N 08/09/13
W 8 2 18 33 DK YL BR SI LO N 08/09/13
W 9 1 0 23 BR SI LO W/ ROCKS & GVL; COAL - DISC.N 08/09/13
W 9 2 23 40 STRONG BR SI SA W/ ROCKS & GVL N 08/09/13
X 1 1 0 10 BR SI LO W/ DENSE ROCK N 08/12/13
X 1 2 10 30 YL BR SI LO W/ DENSE ROCK N 08/12/13
X 2 1 0 12 BR SI LO N 08/12/13
X 2 2 12 26 YL BR SI LO COMPACT W/ GVL N 08/12/13
X 2 3 26 34 MOTTLED GR BR / STRONG BR SI LO COMPACT W/ GVL N 08/12/13
X 3 1 0 23 BR SI LO W/ ROCKS & ROOTS H 08/12/13
X 3 2 23 38 YL BR SI LO W/ ROCKS N 08/12/13
X 4 1 0 25 BR SI LO W/ COMPACT GVL N 08/12/13
X 4 2 25 27 BR SI LO W/ COMPACT GVL N 08/12/13
X 4 3 27 52 YL BR SI LO W/ COMPACT GVL N 08/12/13
X 5 1 0 18 STRONG BR SI LO (FILL)N 08/12/13
X 5 2 18 22 GR SI LO (FILL); STOPPED BY ROOTS N 08/12/13
X 6 1 0 16 DK YL BR SI LO - VERY COMPACT W/ ROCKS N 08/12/13
X 6 2 16 30 DK GR SI LO - VERY COMPACT W/ ROCKS N 08/12/13
X 7 1 0 22 YL BR SI LO W/ VERY COMPACT GVL N 08/12/13
X 8 1 0 25 GR BR SA SI LO W/ GVL - VERY COMPACT; STOPPED BY
ROOTS
N 08/12/13
X 9 1 0 28 YL BR SI LO W/ ROCKS; STOPPED BY STANDING WATER N 08/12/13
X 10 1 0 10 BR SI LO N 08/12/13
X 10 2 10 15 YL BR SI LO W/ GVL N 08/12/13
X 10 3 15 26 GR SI LO W/ GVL; STOPPED BY STANDING WATER N 08/12/13
X 11 1 0 11 BR SI LO W/ ROCKS & GVL N 08/12/13
X 11 2 11 31 YL BR COMPACT SI W/ ROCKS & GVL N 08/12/13
X 12 1 0 18 BR SI LO N 08/12/13
X 12 2 18 33 OL BR SI LO N 08/12/13
Transect Number Level B.depth E.depth Description CM Date
54
X 13 1 0 22 BR SI LO W/ ROCKS N 08/12/13
X 13 2 22 37 YL BR SI LO W/ ROCKS N 08/12/13
X 14 1 0 30 YL BR SI LO - COMPACT W/ ROCKS; STOPPED BY ROCKS N 08/12/13
X 15 1 0 12 BR SI W/ LOTS OF GVL & ROCKS - COMPACT N 08/12/13
X 15 2 12 30 YL BR SI LO W/ LOTS OF GVL & ROCKS - COMPACT N 08/12/13
X 16 1 0 25 DK YL BR SA SI W/ GVL & ROCKS (FILL)N 08/12/13
X 16 2 25 35 DK BR SI LO N 08/12/13
X 16 3 35 45 MOTTLED STRONG BR / OL BR SA SI W/ GVL N 08/12/13
X 17 1 0 23 BR SI LO COMPACT W/ GVL N 08/12/13
X 17 2 23 38 GR MOTTLED W/ STRONG BR SI LO COMPACT W/ GVL N 08/12/13
X 18 1 0 5 BR SI LO W/ ROCKS N 08/12/13
X 18 2 5 20 YL BR SI LO MOTTLED W/ GR BR SI LO W/ ROCKS N 08/12/13
X 19 1 0 10 BR SI LO COMPACT W/ ROCKS N 08/12/13
X 19 2 10 27 YL BR SI LO - COMPACT W/ ROCKS N 08/12/13
X 20 1 0 5 BR SI LO W/ ROCKS & GVL N 08/12/13
X 20 2 5 31 YL BR COMPACT SI W/ ROCKS & GVL N 08/12/13
X 21 1 0 3 BR SI LO W/ ROCKS N 08/12/13
X 21 2 3 18 YL BR SI LO W/ ROCKS; TOPSOIL APPEARS TO HAVE
BEEN REMOVED FOR ROAD
N 08/12/13
X 22 1 0 22 BR SI LO (FILL)N 08/12/13
X 22 2 22 38 STRONG BR SA SI (FILL); STOPPED BY ROCKS N 08/12/13
X 23 1 0 5 DK BR COMPACT SI LO N 08/12/13
X 23 2 5 22 YL BR SI LO W/ COMPACT GVL N 08/12/13
X 24 1 0 32 MOTTLED YL BR / STRONG BR SI LO W/ ROCKS; STOPPED
BY COMPACT ROCKS
N 08/12/13
X 25 1 0 18 YL BR COMPACT SI LO W/ ROCKS; NO TOPSOIL - SUBSOIL
AT SURFACE (ROAD)
N 08/12/13
Y 1 1 0 18 BR SI LO W/ ROCKS N 08/12/13
Y 1 2 18 35 YL BR SI LO W/ ROCKS N 08/12/13
Y 2 1 0 27 BR SI LO W/ ROCKS N 08/12/13
Y 2 2 27 47 YL BR SI LO W/ ROCKS N 08/12/13
Y 3 1 0 25 BR SI LO W/ GVL & ROCKS N 08/12/13
Y 3 2 25 43 YL BR SA SI W/ GVL & ROCKS N 08/12/13
Y 4 1 0 25 BR SI LO W/ GVL N 08/12/13
Y 4 2 25 40 YL BR SI LO W/ GVL N 08/12/13
Y 5 1 0 25 BR SI LO W/ ROCKS & GVL N 08/12/13
Y 5 2 25 27 BR SI LO W/ ROCKS & GVL N 08/12/13
Y 5 3 27 42 YL BR SI LO W/ ROCKS & GVL N 08/12/13
Y 6 1 0 28 MD BR SI LO W/ GVL N 08/12/13
Y 6 2 28 43 YL BR SI LO W/ GVL N 08/12/13
Y 7 1 0 20 BR SI LO N 08/12/13
Y 7 2 20 32 YL BR SA SI W/ GVL; STOPPED BY GVL N 08/12/13
Y 8 1 0 25 BR SI LO W/ GVL N 08/12/13
Y 8 2 25 32 BR SI LO W/ GVL N 08/12/13
Y 8 3 32 49 YL BR SI LO W/ GVL N 08/12/13
Y 9 1 0 25 BR SI LO W/ GVL N 08/12/13
Y 9 2 25 40 YL BR SI LO W/ GVL N 08/12/13
Y 10 1 0 25 DK BR SI LO W/ ROCKS & GVL N 08/12/13
Y 10 2 25 44 YL BR SI W/ ROCKS & GVL N 08/12/13
Y 11 1 0 30 BR SI LO W/ GVL & ROCKS N 08/12/13
Y 11 2 30 35 BR SI LO W/ GVL & ROCKS N 08/12/13
Transect Number Level B.depth E.depth Description CM Date
55
Y 11 3 35 55 YL BR SA SI W/ GVL N 08/12/13
Y 12 1 0 25 BR SI LO W/ ROCKS N 08/12/13
Y 12 2 25 42 YL BR SI LO W/ ROCKS N 08/12/13
Y 13 1 0 33 BR SI LO N 08/12/13
Y 13 2 33 50 YL BR SA SI W/ GVL N 08/12/13
Y 14 1 0 25 BR SI LO W/ ROCKS N 08/12/13
Y 14 2 25 41 YL BR SI LO W/ ROCKS N 08/12/13
Y 15 1 0 29 BR SI LO W/ ROCKS N 08/12/13
Y 15 2 29 49 YL BR SI LO W/ ROCKS N 08/12/13
Y 16 1 0 15 DK BR SI LO W/ ROCKS N 08/12/13
Y 16 2 15 32 YL BR SI LO W/ ROCKS N 08/12/13
Y 17 1 0 23 BR SI LO W/ ROCKS & GVL N 08/12/13
Y 17 2 23 39 YL BR SI W/ ROCKS & GVL N 08/12/13
Y 18 1 0 23 DK BR SI LO W/ GVL & ROCKS N 08/12/13
Y 18 2 23 40 LT YL BR SA SI W/ GVL & ROCKS N 08/12/13
Y 19 1 0 30 BR SI LO W/ ROCKS N 08/12/13
Y 19 2 30 46 YL BR SI LO W/ ROCKS N 08/12/13
Y 20 1 0 30 BR SI LO N 08/12/13
Y 20 2 30 32 YL BR SI LO W/ ROCKS N 08/12/13
Y 21 1 0 25 BR SI LO W/ ROCKS N 08/12/13
Y 21 2 25 40 YL BR SI LO W/ ROCKS N 08/12/13
Y 22 1 0 33 BR SI LO N 08/12/13
Y 22 2 33 48 YL BR SA SI N 08/12/13
Y 23 1 0 26 BR SI LO W/ ROCKS N 08/12/13
Y 23 2 26 42 YL BR SI LO W/ ROCKS N 08/12/13
Y 24 1 0 27 DK BR SI LO W/ ROCKS & GVL N 08/12/13
Y 24 2 27 46 YL BR SI W/ ROCKS & GVL N 08/12/13
Y 25 1 0 22 DK BR SI LO W/ ROCKS N 08/12/13
Y 25 2 22 38 YL BR SI LO W/ ROCKS N 08/12/13
Y 26 1 0 24 DK BR SI LO W/ GVL & ROCKS N 08/12/13
Y 26 2 24 44 YL BR SA SI W/ GVL & ROCKS N 08/12/13
Y 27 1 0 30 BR SI LO W/ ROCKS N 08/12/13
Y 27 2 30 50 YL BR SI LO W/ ROCKS N 08/12/13
Y 28 1 0 24 BR SI LO W/ ROCKS N 08/12/13
Y 28 2 24 40 YL BR SI LO W/ ROCKS N 08/12/13
Z 1 1 0 19 DK BR SI LO W/ GVL N 08/12/13
Z 1 2 19 35 YL BR SI LO W/ GVL N 08/12/13
Z 2 1 0 24 BR SI LO W/ ROCKS N 08/12/13
Z 2 2 24 44 YL BR SI LO W/ ROCKS N 08/12/13
Z 3 1 0 20 BR SI LO W/ ROCKS N 08/12/13
Z 3 2 20 36 YL BR SI LO W/ ROCKS N 08/12/13
Z 4 1 0 21 BR SI LO N 08/12/13
Z 4 2 21 39 YL BR SI LO N 08/12/13
Z 5 1 0 20 DK BR SI LO W/ ROCKS N 08/12/13
Z 5 2 20 35 YL BR SI LO W/ ROCKS N 08/12/13
Z 6 1 0 19 BR SI LO N 08/12/13
Z 6 2 19 34 STRONG YL BR SI LO N 08/12/13
Z 7 1 0 20 DK BR SI LO W/ GVL N 08/12/13
Z 7 2 20 40 YL BR SA LO W/ GVL N 08/12/13
Transect Number Level B.depth E.depth Description CM Date
56
Z 8 1 0 13 BR SI LO W/ ROCKS N 08/12/13
Z 8 2 13 28 YL BR SI LO W/ ROCKS N 08/12/13
Z 9 1 0 20 DK BR SI LO N 08/12/13
Z 9 2 20 41 OL BR SI N 08/12/13
APPENDIX II: Artifact Catalog
Transect Number Level B.depth E.depth Description Count Weight
X 3 1 0 23 IRONSTONE ANNULAR BANDED POLYCHROME
FOOD PREP/STORAGE BOWL
1 1.9
57
APPENDIX III: STP Survey M aps
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78