Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
WATERBODIES IDENTIFIED WITHIN THE PROJECT AREA
Waterbody State Water Quality Trout Width Description1 Waterbody Type Classification2 Water3 (feet)4 SNY-SJB-001 Unnamed Tributary Intermittent Regulation Code Part 931- No 5 to Occanum Creek 914- Class C - Standard C SNY-SJB-002 Unnamed Tributary Intermittent Regulation Code Part 931- No 6 to Occanum Creek 914- Class C - Standard C SNY-SJB-003 Unnamed Tributary Ephemeral Regulation Code Part 931- No 2 to Occanum Creek 914- Class C - Standard C SNY-SJB-004 Unnamed Tributary Perennial Regulation Code Part 931- No 4 to Occanum Creek 914- Class C - Standard C SNY-SJB-005 Unnamed Tributary Perennial Regulation Code Part 931- No 11 to Occanum Creek 914- Class C - Standard C SNY-SJB-006 Occanum Creek Perennial Regulation Code Part 931- No 22 914- Class C - Standard C SNY-SJB-007 Unnamed Tributary Ephemeral Regulation Code Part 931- No 4 to Occanum Creek 914- Class C - Standard C SNY-SJB-008 Unnamed Tributary Perennial Regulation Code Part 931- No 8 to Occanum Creek 914- Class C - Standard C SNY-SJB-009 Unnamed Tributary Ephemeral Regulation Code Part 931- No 2 to Occanum Creek 914- Class C - Standard C SNY-SJB-010 Unnamed Tributary Ephemeral Regulation Code Part 931- No 3 to Occanum Creek 914- Class C - Standard C SNY-SJB-011 Unnamed Tributary Ephemeral Regulation Code Part 931- No 6 to Occanum Creek 914- Class C - Standard C SNY-SJB-012 Unnamed Tributary Ephemeral Regulation Code Part 931- No 2 to Occanum Creek 914- Class C - Standard C SNY-SJB-013 Unnamed Tributary Intermittent/ Regulation Code Part 931- No 2 to Occanum Creek Ephemeral 914- Class C - Standard C SNY-SJB-014 Unnamed Tributary Ephemeral Regulation Code Part 931- No 2 to Occanum Creek 914- Class C - Standard C SNY-SJB-015 Unnamed Tributary Ephemeral Regulation Code Part 931- No 1 to Occanum Creek 914- Class C - Standard C SNY-SJB-016 Unnamed Tributary Intermittent Regulation Code Part 931- No 3 to Occanum Creek 914- Class C - Standard C SNY-SJB-017 Unnamed Tributary Ephemeral Regulation Code Part 931- No 3 to Occanum Creek 914- Class C - Standard C SNY-SJB-018 Unnamed Tributary Intermittent Regulation Code Part 931- No 4 to Occanum Creek 914- Class C - Standard C SNY-SJB-019 Unnamed Tributary Perennial Regulation Code Part 931- No 12 to Occanum Creek 914- Class C - Standard C SNY-SJB-020 Unnamed Tributary Ephemeral Regulation Code Part 931- No 4 to Occanum Creek 914- Class C - Standard C SNY-SJB-021 Unnamed Tributary Intermittent Regulation Code Part 931- No 3 to Occanum Creek 914- Class C - Standard C SNY-SJB-022 Unnamed Tributary Ephemeral Regulation Code Part 931- No 3 to Occanum Creek 914- Class C - Standard C
47 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
Waterbody State Water Quality Trout Width Description1 Waterbody Type Classification2 Water3 (feet)4 SNY-SJB-023 Unnamed Tributary Intermittent Regulation Code Part 931- No 3 to Trowbridge Creek 903- Class C - Standard C SNY-SJB-024 Unnamed Tributary Ephemeral Regulation Code Part 931- No 2 to Trowbridge Creek 903- Class C - Standard C SNY-SLH-036 Unnamed Tributary Perennial Regulation Code Part 931- No 1.5 to Occanum Creek 914- Class C - Standard C SNY-SLH-035 Unnamed Tributary Intermittent Regulation Code Part 931- No 2.5 to Occanum Creek 914- Class C - Standard C SNY-SLH-034 Unnamed Tributary Ephemeral Regulation Code Part 931- No 5 to Occanum Creek 914- Class C - Standard C SNY-SLH-033 Unnamed Tributary Intermittent Regulation Code Part 931- No 4 to Occanum Creek 914- Class C - Standard C SNY-SLH-032 Unnamed Tributary Intermittent Regulation Code Part 931- No 6 to Occanum Creek 914- Class C - Standard C SNY-SLH-031 Unnamed Tributary Ephemeral Regulation Code Part 931- No 8 to Occanum Creek 914- Class C - Standard C SNY-SLH-029 Unnamed Tributary Intermittent Regulation Code Part 931- No 2 to Occanum Creek 914- Class C - Standard C SNY-SLH-028 Unnamed Tributary Ephemeral Regulation Code Part 931- No 1.5 to Trowbridge Creek 903- Class C - Standard C SNY-SLH-027 Unnamed Tributary Intermittent Regulation Code Part 931- No 3 to Trowbridge Creek 903- Class C - Standard C SNY-SLH-026 Unnamed Tributary Intermittent/ Regulation Code Part 931- No 4 to Trowbridge Creek Ephemeral 903- Class C - Standard C SNY-SLH-025 Unnamed Tributary Perennial/ Regulation Code Part 931- No 5 to Trowbridge Creek Intermittent 903- Class C - Standard C SNY-SLH-024 Unnamed Tributary Perennial/ Regulation Code Part 931- No 4 to Trowbridge Creek Intermittent 903- Class C - Standard C SNY-SLH-023 Unnamed Tributary Perennial/ Regulation Code Part 931- No 4 to Trowbridge Creek Intermittent 903- Class C - Standard C SNY-SLH-022 Unnamed Tributary Perennial Regulation Code Part 931- No 10 to Trowbridge Creek 903- Class C - Standard C SNY-SLH-021 Unnamed Tributary Perennial Regulation Code Part 931- No 9 to Trowbridge Creek 903- Class C - Standard C SNY-SLH-020 Unnamed Tributary Perennial Regulation Code Part 931- No 11 to Trowbridge Creek 903- Class C - Standard C SNY-SLH-019 Unnamed Tributary Perennial/ Regulation Code Part 931- No 4 to Trowbridge Creek Intermittent 903- Class C - Standard C SNY-SLH-018 Unnamed Tributary Perennial Regulation Code Part 931- No 5 to Trowbridge Creek 903- Class C - Standard C SNY-SLH-017 Unnamed Tributary Intermittent Regulation Code Part 931- No 3 to Trowbridge Creek 903- Class C - Standard C SNY-SLH-016 Unnamed Tributary Ephemeral Regulation Code Part 931- No 4 to Trowbridge Creek 903- Class C - Standard C SNY-SLH-015 Unnamed Tributary Perennial/ Regulation Code Part 931- No 5 to Trowbridge Creek Intermittent 903- Class C - Standard C
48 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
Waterbody State Water Quality Trout Width Description1 Waterbody Type Classification2 Water3 (feet)4 SNY-SLH-014 Unnamed Tributary Perennial Regulation Code Part 931- No 6 to Trowbridge Creek 903- Class C - Standard C SNY-SLH-013 Unnamed Tributary Intermittent/ Regulation Code Part 931- No 4 to Trowbridge Creek Ephemeral 903- Class C - Standard C SNY-SLH-012 Unnamed Tributary Ephemeral Regulation Code Part 931- No 1.5 to Trowbridge Creek 903- Class C - Standard C SNY-SLH-011 Unnamed Tributary Intermittent/ Regulation Code Part 931- No 2.5 to Trowbridge Creek Ephemeral 903- Class C - Standard C SNY-SLH-010 Unnamed Tributary Perennial Regulation Code Part 931- No 8 to Trowbridge Creek 903- Class C - Standard C SNY-SLH-009 Unnamed Tributary Perennial Regulation Code Part 931- No 2 to Trowbridge Creek 903- Class C - Standard C SNY-SLH-008 Unnamed Tributary Ephemeral Regulation Code Part 931- No 2 to Trowbridge Creek 903- Class C - Standard C SNY-SLH-007 Unnamed Tributary Ephemeral Regulation Code Part 931- No 1 to Trowbridge Creek 903- Class C - Standard C SNY-SLH-006 Unnamed Tributary Ephemeral Regulation Code Part 931- No 2.5 to Trowbridge Creek 903- Class C - Standard C SNY-SLH-005 Unnamed Tributary Ephemeral Regulation Code Part 931- No 4 to Trowbridge Creek 903- Class C - Standard C SNY-SLH-004 Trowbridge Creek Perennial Regulation Code Part 931- No 60 903- Class C - Standard C SNY-SLH-003 Unnamed Tributary Ephemeral Regulation Code Part 931- No 6 to Trowbridge Creek 903- Class C - Standard C SNY-SLH-002 Unnamed Tributary Ephemeral Regulation Code Part 931- No 6 to Trowbridge Creek 903- Class C - Standard C SNY-SLH-001 Unnamed Tributary Ephemeral Regulation Code Part 931- No 5 to Trowbridge Creek 903- Class C - Standard C PNY-SJB-001 N/A N/A N/A N/A N/A PNY-SLH-004 N/A N/A N/A N/A N/A PNY-SLH-003 N/A N/A N/A N/A N/A PNY-SLH-002 N/A N/A N/A N/A N/A PNY-SLH-001 N/A N/A N/A N/A N/A GNY-SLH-016 N/A N/A N/A N/A N/A GNY-SLH-015 N/A N/A N/A N/A N/A GNY-SLH-014 N/A N/A N/A N/A N/A GNY-SLH-013 N/A N/A N/A N/A N/A GNY-SLH-012 N/A N/A N/A N/A N/A GNY-SLH-011 N/A N/A N/A N/A N/A GNY-SLH-010 N/A N/A N/A N/A N/A GNY-SLH-009 N/A N/A N/A N/A N/A GNY-SLH-008 N/A N/A N/A N/A N/A GNY-SLH-007 N/A N/A N/A N/A N/A
49 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
Waterbody State Water Quality Trout Width Description1 Waterbody Type Classification2 Water3 (feet)4 GNY-SLH-006 N/A N/A N/A N/A N/A GNY-SLH-005 N/A N/A N/A N/A N/A GNY-SLH-004 N/A N/A N/A N/A N/A GNY-SLH-003 N/A N/A N/A N/A N/A GNY-SLH-002 N/A N/A N/A N/A N/A GNY-SLH-001 N/A N/A N/A N/A N/A
Notes:
1 GAI map designation.
2 As classified by Title 6 of the NY Code of Rules and Regulations (NYCRR) Part 701: Classification Surface Waters and Groundwaters. Class C (C) fresh surface water - The best usage of Class C water is fishing. These waters shall be suitable for fish, shellfish, and wildlife propagation and survival. The water quality shall be suitable for primary and secondary contact recreation, although other factors my limit the use for the purposes. Trout waters (T or TS) - The symbol (T) appearing in an entry in the “standards” column in the classification tables of Parts 800 through 941 of Title 6 NYCRR , means that the classified waters in that specific item are trout waters. Any water quality standard, guidance value, or thermal criterion that specifically refers to trout or trout waters applies. The symbol (TS), appearing in an entry in the “standards” column in the classification table of Parts 800 through 941 of Title 6 NYCRR, means that the classified waters in that specific item are trout spawning waters. Any water quality standard, guidance value, r thermal criterion that specifically refers to trout, trout spawning, trout waters, or trout spawning waters applies.
3 Trout waters are waters that provide habitat in which trout can survive and grow within a normal range on a year-round basis, or on a year-round basis excepting periods of time during which almost all of the trout inhabiting such water could and would temporarily retreat into and survive in adjoining tributary water due to natural circumstances. When these condition exist or hand been met a water may be classified as a trout water and identified with the symbol (T), appearing in an entry in the “standards” column in the classification table of Parts 800 through 941 of Title 6.
4 Stream width as measured from top-of-banks.
50 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
SNY-SJB-001 Upstream Facing Northeast SNY-SJB-002 Upstream Facing Northeast
SNY-SJB-001 Downstream Facing Southwest SNY-SJB-002 Downstream Facing Southwest
SNY-SJB-001 Centerline Facing North SNY-SJB-002 Centerline Facing South
SNY-SJB-001 is an unnamed tributary to Occanum SNY-SJB-002 is an unnamed tributary to Occanum Creek. It is an intermittent stream with an average Creek. It is an intermittent stream with an average width of five feet. There was standing water that width of six feet. There was standing water that was approximately one-inch deep. Substrate was approximately two inches deep. Substrate composition included cobble, gravel, and boulders. composition included cobble, gravel, clay, silt, and The stream was relatively straight with defined bed sand. The stream has some pool complex. and banks. The riparian zone on this stream was Moderate bank erosion was observed such as forested, open field, and a small PEM wetland off- undercut banks. This stream is associated with site which provided approximately zero to 24 wetland WNY-SJB-002 and WNY-SJB-003. The percent shading. No macroinvertebrates were riparian zone on this stream was also forested observed during the time of the survey. The which provided approximately 75 to 100 percent stream is classified as Class C - Standard C per shading. No macroinvertebrates were observed Regulation Code Part 931-914. during the time of the survey. The stream is classified as Class C - Standard C per Regulation Code Part 931-914.
51 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
SNY-SJB-003 Upstream Facing Northeast SNY-SJB-004 Upstream Facing Northeast
SNY-SJB-003 Downstream Facing Southwest SNY-SJB-004 Downstream Facing Southwest
SNY-SJB-003 is an unnamed tributary to Occanum Creek. It is an ephemeral stream with an average width of two feet. There was standing water that was approximately one-inch deep. Substrate composition included cobble, gravel, clay, silt, muck and sand. This stream is associated with wetland WNY-SJB-005. The riparian zone on this stream was forested which provided approximately 75 to 100 percent shading. No macroinvertebrates were observed during the time of the survey. The stream is classified as Class C - Standard C per Regulation Code Part 931-914. SNY-SJB-004 Centerline Facing Southeast
SNY-SJB-004 is an unnamed tributary to Occanum Creek. It is a perennial stream with an average width of four feet. There was standing water that was approximately one-half-inch deep. Substrate composition included cobble, gravel, silt, muck, and sand. The stream has a riffle/pool complex where the channel re-emerges. Extensive bank erosion was observed such as exposed root wads and undercut banks. This stream is associated with wetland WNY-SJB-012. The riparian zone on this stream was forested which provided approximately 75 to 100 percent shading. No macroinvertebrates were observed during the time of the survey. The stream is classified as Class C - Standard C per Regulation Code Part 931-914.
52 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
SNY-SJB-005 Upstream Facing Northeast SNY-SJB-006 Upstream Facing Northwest
SNY-SJB-005 Downstream Facing Southwest SNY-SJB-006 Downstream Facing East
SNY-SJB-005 Centerline Facing Northwest SNY-SJB-006 Centerline Facing Northeast
SNY-SJB-005 is an unnamed tributary to Occanum SNY-SJB-006 is Occanum Creek. It is a perennial Creek. It is a perennial stream with an average stream with an average width of 22 feet. There width of 11 feet. There was flowing water that was was flowing water that was approximately three approximately one to three inches deep. Substrate inches deep. Substrate composition included composition included cobble, gravel, and boulder. cobble, gravel, and sand. The stream has a The stream has a riffle/pool complex. The stream riffle/pool complex and is associated with wetland banks were moderately eroded such as exposed WNY-SJB-006. The riparian zone on this stream root wads and undercut banks. Wetland are was forested, open fields, and wetland fringe which associated with this stream but were outside the provided approximately zero to 24 percent shading. study area. The riparian zone on this stream was Macroinvertebrates were observed during the time forested, open field, and wetland which provided of the survey. Minnows were also observed during approximately zero to 24 percent shading. the time of the survey. The stream is classified as Surrounding vegetation consisted of sedges, Class C - Standard C per Regulation Code Part willows, honeysuckles, and red maples. Mayflies 931-914. were observed during the time of the survey. The stream is classified as Class C - Standard C per Regulation Code Part 931-914.
53 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
SNY-SJB-007 Upstream Facing Southwest SNY-SJB-008 Upstream Facing West
SNY-SJB-007 Downstream Facing East SNY-SJB-008 Downstream Facing East
SNY-SJB-007 Access Road SNY-SJB-008 Centerline Facing South Crossing Facing Southeast
SNY-SJB-007 is an unnamed tributary to Occanum SNY-SJB-008 is an unnamed tributary to Occanum Creek. It is an ephemeral stream with an average Creek. It is a perennial stream with an average width of four feet. There was flowing water that width of eight feet. The water was approximately was approximately one-inch deep. Substrate one-inch deep. Substrate composition included composition included cobble, gravel, clay and cobble, gravel, boulder, and sand. Wetland sand. The stream has a riffle/pool complex. The WNY-SJB-016 is associated with this stream. The riparian zone on this stream was forested which riparian zone on this stream was forested, open provided approximately 75 to 100 percent shading. fields, and wetland fringe which provided Surrounding vegetation consisted of eastern approximately zero to 24 percent shading in the hemlock, white pine, and aspen. Frogs were wetland and 75 to 100 percent shading in the observed during the time of the survey. The forested zone. Surrounding vegetation consisted stream is classified as Class C - Standard C per of musclewood, sugar maple, aspens, and black Regulation Code Part 931-914. cherry. Macroinvertebrates were observed during the time of the survey. The stream is classified as Class C - Standard C per Regulation Code Part 931-914.
54 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
SNY-SJB-009 Upstream Facing South SNY-SJB-010 Upstream Facing East
SNY-SJB-009 Downstream Facing Northeast SNY-SJB-010 Downstream Facing West
SNY-SJB-009 Centerline Facing Southwest SNY-SJB-010 Centerline Facing North
SNY-SJB-009 is an unnamed tributary to Occanum SNY-SJB-010 is an unnamed tributary to Occanum Creek. It is an ephemeral stream with an average Creek. It is an ephemeral stream with an average width of two feet. The streambed was moist at the width of three feet. There was standing water that time of observation. Substrate composition was approximately one-inch deep. Substrate included cobble, gravel, silt, clay, and sand. composition included cobble, gravel, silt, and sand. Wetland WNY-SJB-019 is associated with this The stream has a riffle/pool complex and is stream. The riparian zone on this stream was associated with wetland WNY-SJB-020. The forested and consisted of hardwoods and white riparian zone on this stream was open fields and pine. No macroinvertebrates were observed at the wetland fringe which provided approximately zero time of the survey. The stream is classified as to 24 percent shading. No macroinvertebrates Class C - Standard C per Regulation Code Part observed during the time of the survey. The 931-914. stream is classified as Class C - Standard C per Regulation Code Part 931-914.
55 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
SNY-SJB-012 Upstream Facing East SNY-SJB-012 Upstream Facing West
SNY-SJB-011 Downstream Facing West SNY-SJB-012 Downstream Facing East
SNY-SJB-011 is an unnamed tributary to Occanum SNY-SJB-012 is an unnamed tributary to Occanum Creek. It is an ephemeral stream with an average Creek. It is an ephemeral stream with an average width of six feet. There was standing water that width of two feet. The water was approximately was approximately four inches deep. Substrate two inches deep. Substrate composition included, composition included cobble, gravel, and gravel, silt, and clay. Wetland WNY-SJB-016 is vegetation. Moderate bank erosion was observed associated with this stream. The riparian zone on such as undercut banks that have a height of four this stream was forested and wetland fringe which feet. The riparian zone on this stream was forested provided approximately 50 to 74 percent shading. which provided approximately 75 to 100 percent Macroinvertebrates and frogs were observed shading. No macroinvertebrates were observed during the time of the survey. The stream is during the time of the survey. The stream is classified as Class C - Standard C per Regulation classified as Class C - Standard C per Regulation Code Part 931-914. Code Part 931-914.
56 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
SNY-SJB-013 Upstream Facing Southwest SNY-SJB-014 Upstream Facing Northwest
SNY-SJB-013 Downstream Facing North SNY-SJB-014 Downstream Facing East
SNY-SJB-013 Centerline Facing South SNY-SJB-014 Centerline Facing North
SNY-SJB-013 is an unnamed tributary to Occanum SNY-SJB-014 is an unnamed tributary to Occanum Creek. It is an intermittent/ephemeral stream with Creek. It is an ephemeral stream with an average an average width of two feet. The water was width of two feet. The water was approximately approximately one-inch deep. Substrate one-inch deep. Substrate composition included composition included gravel and sand. Wetland cobble, silt, and vegetation. Wetland WNY-SJB-021 is adjacent to this stream. The WNY-SJB-021 is adjacent to this stream. The riparian zone on this stream was forested which riparian zone on this stream was forested which provided approximately 75 to 100 percent shading. provided approximately 75 to 100 percent shading. Surround vegetation consisted of white pine and No macroinvertebrates were observed during the sugar maples. No macroinvertebrates were time of the survey. Frogs were observed during observed during the time of the survey. Frogs the time of the survey. The stream is classified as were observed during the time of the survey. The Class C - Standard C per Regulation Code Part stream is classified as Class C - Standard C per 931-914. Regulation Code Part 931-914.
57 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
SNY-SJB-015 Upstream Facing Northwest SNY-SJB-016 Upstream Facing West
SNY-SJB-015 Downstream Facing Southeast SNY-SJB-016 Downstream Facing East
SNY-SJB-015 Centerline Facing Southwest SNY-SJB-016 Centerline Facing North
SNY-SJB-015 is an unnamed tributary to Occanum SNY-SJB-016 is an unnamed tributary to Occanum Creek. It is an ephemeral stream with an average Creek. It is an intermittent stream with an average width of one-foot. The water was approximately width of three feet. The water was approximately two inches deep. Substrate composition included two inches deep. Substrate composition included cobble, silt, and vegetation. Wetland WNY-SJB- cobble, gravel, silt, and vegetation. Wetland 021 abuts this stream. The riparian zone on this WNY-SJB-023 abuts this stream. The riparian stream was mostly forested with some wetland zone on this stream was forested and wetland fringe which provided approximately 75 to fringe which provided approximately 75 to 100 percent shading. No macroinvertebrates were 100 percent shading. No macroinvertebrates were observed during the time of the survey. Frogs observed during the time of the survey. Frogs were observed during the time of the survey. The were observed during the time of the survey. The stream is classified as Class C - Standard C per stream is classified as Class C - Standard C per Regulation Code Part 931-914. Regulation Code Part 931-914.
58 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
SNY-SJB-017 Upstream Facing West SNY-SJB-018 Upstream Facing East
SNY-SJB-017 Downstream Facing East SNY-SJB-018 Downstream Facing South
SNY-SJB-017 Centerline Facing South SNY-SJB-018 Access Road Crossing Facing Southeast
SNY-SJB-017 is an unnamed tributary to Occanum SNY-SJB-018 is an unnamed tributary to Occanum Creek. It is an ephemeral stream with an average Creek. It is an intermittent stream with an average width of three feet. There was standing water that width of four feet. There was standing water that was less than one-inch deep. Substrate was approximately one-inch deep. Substrate composition included cobble and gravel. The composition included cobble, gravel, and silt. The stream has a riffle/pool complex. The riparian zone riparian zone on this stream was forested and on this stream was forested which provided residential which provided approximately 50 to approximately 75 to 100 percent shading. 74 percent shading. Stoneflies were observed Surrounding vegetation included sugar maple, during the time of the survey. The stream is musclewood, and black oak. No classified as Class C - Standard C per Regulation macroinvertebrates were observed during the time Code Part 931-914 of the survey. The stream is classified as Class C - Standard C per Regulation Code Part 931-914.
59 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
SNY-SJB-019 Upstream Facing Southwest SNY-SJB-020 Upstream Facing North
SNY-SJB-019 Downstream Facing Northeast SNY-SJB-020 Downstream Facing Southeast
SNY-SJB-019 is an unnamed tributary to Occanum SNY-SJB-020 is an unnamed tributary to Occanum Creek. It is a perennial stream with an average Creek. It is an ephemeral stream with an average width of 12 feet. There was flowing water that was width of four feet. There was standing water that approximately six inches deep. Substrate was approximately one-inch deep. Substrate composition included cobble, gravel, silt and sand. composition included cobble, gravel, clay and The stream has a riffle/pool complex. The riparian sand. The stream has a riffle/pool complex. The zone on this stream was forested and residential riparian zone on this stream was forested which which provided approximately zero to 24 percent provided approximately 75 to 100 percent shading. shading. Stoneflies, mayflies, caddisflies, aquatic Surrounding vegetation consisted of eastern snails, and fish were observed during the time hemlock, white pine, and aspen. The stream is of the survey. The stream is classified as Class C - classified as Class C - Standard C per Regulation Standard C per Regulation Code Part 931-914. Code Part 931-914.
60 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
SNY-SJB-021 Upstream Facing North SNY-SJB-022 Upstream Facing Northwest
SNY-SJB-021 Downstream Facing East SNY-SJB-022 Downstream Facing Southeast
SNY-SJB-021 is an unnamed tributary to Occanum Creek. It is an intermittent stream with an average width of three feet. There was flowing water that was approximately one-inch deep. Substrate composition included cobble, gravel, silt and sand. This stream is associated with wetland WNY-SJB- 023. The riparian zone on this stream was open field and wetland which provided approximately zero to 24 percent shading. No macroinvertebrates were observed during the time of the survey. The stream is classified as Class C - Standard C per Regulation Code Part 931-914. SNY-SJB-022 Access Road Crossing Facing North
SNY-SJB-022 is an unnamed tributary to Occanum Creek. It is an ephemeral stream with an average width of three feet. There was standing water that was approximately one-inch deep. Substrate composition included cobble, gravel, silt, and sand. The stream had moderate bank erosion such as sloughing banks and undercut banks. This stream has associated wetland WNY-SJB-028. The riparian zone on this stream was forested, farmland, and wetland which provided approximately zero to 24 percent shading. Surrounding vegetation consisted of eastern hemlock, white pine, and aspen. No macroinvertebrates were observed during the time of the survey. The stream is classified as Class C - Standard C per Regulation Code Part 931-914.
61 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
SNY-SJB-023 Upstream Facing West SNY-SJB-024 Upstream Facing West
SNY-SJB-023 Downstream Facing East SNY-SJB-024 Downstream Facing East
SNY-SJB-023 Centerline Facing Southwest SNY-SJB-024 Centerline Facing Southwest
SNY-SJB-023 is an unnamed tributary to SNY-SJB-024 is an unnamed tributary to Trowbridge Creek. It is an intermittent stream with Trowbridge Creek. It is an ephemeral stream with an average width of three feet. The water was an average width of two feet. The water was flowing and was less than one-inch deep. flowing and was less than one-inch deep. Substrate composition included cobble, gravel, and Substrate composition included cobble, gravel, silt. The riparian zone on this stream was existing and silt. This stream has an associated ROW and forested which provided approximately wetland (WNY-SJB-024). The riparian zone on this 75 to 100 percent shading in the forested and zero stream was forested and existing ROW which to 24 percent shading in the existing ROW. No provided approximately 75 to 100 percent shading. macroinvertebrates were observed during the time No macroinvertebrates were observed during the of the survey. The stream is classified as Class C - time of the survey. The stream is classified as Standard C per Regulation Code Part 931-903. Class C - Standard C per Regulation Code Part 931-903.
62 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
SNY-SLH-036 Upstream SNY-SLH-035 Upstream Facing North
SNY-SLH-036 Downstream SNY-SLH-035 Downstream Facing South SNY-SLH-036 is an unnamed tributary to Occanum Creek. It is a perennial stream with an average width of 1.5 feet. Substrate composition included cobble, gravel, detritus and silt. The stream flows under AR-6 through a 24-inch plastic culvert and then through wetland WNY-SLH-040. Macroinvertebrates were observed. The canopy provided 95 percent shading. The stream is classified as Class C - Standard C per Regulation Code Part 931-914.
SNY-SLH-035 Substrate Facing Southeast
SNY-SLH-035 is an unnamed tributary to Occanum Creek. It is an intermittent stream with an average width of 2.5 feet. Standing water was observed at less than one-inch in depth. Substrate composition included cobble, gravel, silt, and leaf litter. The riparian zone on this stream was open field which provided approximately 90 percent shading. No macroinvertebrates were observed during the time of the survey. The stream is classified as Class C - Standard C per Regulation Code Part 931-914.
63 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
SNY-SLH-034 Upstream Facing South SNY-SLH-033 Upstream Facing South
SNY-SLH-034 Downstream Facing North SNY-SLH-033 Downstream Facing North
SNY-SLH-034 Substrate Facing West SNY-SLH-033 Substrate Facing East
SNY-SLH-034 is an unnamed tributary to Occanum SNY-SLH-033 is an unnamed tributary to Occanum Creek. It is an ephemeral stream with an average Creek. It is an intermittent stream with an average width of five feet. The water was flowing and was width of four feet. The water was flowing and was less than one-inch deep. Substrate composition less than one-inch deep. Substrate composition included cobble, gravel, and silt. The riparian zone included cobble, gravel, silt, leaf litter, and woody on this stream was open field which provided debris. The riparian zone on this stream was approximately 20 percent shading. No forested which provided approximately 95 percent macroinvertebrates were observed during the time shading. Caddisflies were observed during the of the survey. The stream is classified as Class C - time of the survey. The stream is classified as Standard C per Regulation Code Part 931-914. Class C - Standard C per Regulation Code Part 931-914.
64 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
SNY-SLH-032 Upstream Facing South SNY-SLH-031 Upstream Facing Northwest
SNY-SLH-032 Downstream Facing North SNY-SLH-031 Downstream Facing Southeast
SNY-SLH-032 Substrate Facing West SNY-SLH-031 Substrate Facing South-Southwest
SNY-SLH-032 is an unnamed tributary to Occanum SNY-SLH-031 is an unnamed tributary to Occanum Creek. It is an intermittent stream with an average Creek. It is an ephemeral stream with an average width of six feet. The water was flowing and was width of eight feet. The water was flowing and was less than one-inch deep. Substrate composition less than one-inch deep. Substrate composition included cobble, gravel, silt, leaf litter, and woody included cobble, gravel, silt, and leaf litter. The debris. The riparian zone on this stream was riparian zone on this stream was forested which forested which provided approximately 95 percent provided approximately 95 percent shading. A shading. Stoneflies and aquatic worms were salamander was observed during the time of the observed during the time of the survey. The survey. No macroinvertebrates were observed stream is classified as Class C - Standard C per during the time of the survey. The stream is Regulation Code Part 931-914. classified as Class C - Standard C per Regulation Code Part 931-914.
65 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
SNY-SLH-029 Upstream Facing East-Northeast SNY-SLH-028 Upstream Facing Northwest
SNY-SLH-029 Downstream SNY-SLH-028 Downstream Facing Southeast Facing South-Southwest
SNY-SLH-029 Centerline Facing North-Northwest SNY-SLH-028 Substrate Facing East
SNY-SLH-029 is an unnamed tributary to Occanum SNY-SLH-028 is an unnamed tributary to Creek. It is an intermittent stream with an average Trowbridge Creek. It is an ephemeral stream with width of two feet. The water was flowing and was an average width of 1.5 feet. The channel was dry less than one-inch deep. Substrate composition at the time of observation. Substrate composition included cobble, gravel, and silt. The riparian zone included cobble, gravel, and silt. The riparian zone on this stream was forested which provided on this stream was forested which provided approximately 95 percent shading. Stoneflies approximately 60 percent shading. Surrounding were observed during the time of the survey. The vegetation included shagbark hickory, common stream is classified as Class C - Standard C per cinquefoil, Canadian goldenrod, and red oak. No Regulation Code Part 931-914. macroinvertebrates were observed during the time of the survey. The stream is classified as Class C - Standard C per Regulation Code Part 931-903.
66 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
SNY-SLH-027 Upstream Facing North SNY-SLH-026 Upstream Facing Northeast
SNY-SLH-027 Downstream Facing South SNY-SLH-026 Downstream Facing Southwest
SNY-SLH-027 Access Road SNY-SLH-026 Centerline Facing North-Northwest Crossing Facing Northeast
SNY-SLH-027 is an unnamed tributary to SNY-SLH-026 is an unnamed tributary to Trowbridge Creek. It is an intermittent stream with Trowbridge Creek. It is an intermittent/ephemeral an average width of three feet. The water was stream with an average width of four feet. The flowing and was less than one-inch deep. water was flowing and was approximately one-inch Substrate composition included cobble, gravel, silt, deep. Substrate composition included cobble, gravel, boulder, silt, and sand. The riparian zone and woody debris. The riparian zone on this on this stream was forested which provided stream was forested which provided approximately approximately 95 percent shading. Surrounding 70 percent shading. Surrounding vegetation vegetation included maple, basswood, arrowleaf included beech, jewelweed, birch, ash, and fern. tearthumb, willowherb, and jewelweed. Stoneflies, Caddisfly casings and stonefly larva were observed frogs, planaria, mayflies, and water spiders were during the time of the survey. The stream is observed during the time of the survey. The classified as Class C - Standard C per Regulation stream is classified as Class C - Standard C per Code Part 931-903. Regulation Code Part 931-903.
67 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
SNY-SLH-025 Upstream Facing Southeast SNY-SLH-024 Upstream Facing Southeast
SNY-SLH-025 Downstream SNY-SLH-024 Downstream Facing Northwest Facing West-Northwest
SNY-SLH-025 Centerline Facing North-Northeast SNY-SLH-024 Centerline Facing South-Southwest
SNY-SLH-025 is an unnamed tributary to SNY-SLH-024 is an unnamed tributary to Trowbridge Creek. It is a perennial/ intermittent Trowbridge Creek. It is a perennial/ intermittent stream with an average width of five feet. The stream with an average width of four feet. The water was flowing and was less than one-inch water was flowing and was less than one-inch deep. Substrate composition included cobble, deep. Substrate composition included cobble, gravel, boulder slabs, silt, sand, and woody debris. gravel, boulder, silt, and sand. The riparian zone The riparian zone on this stream was forested on this stream was wetland which provided which provided approximately 80 percent shading. approximately no shading. Surrounding vegetation Surrounding vegetation included beech, included red clover, jewelweed, sensitive fern, and jewelweed, birch, ash, and fern. Caddisfly casings some maples. Mayflies, stoneflies, caddisflies, and and stoneflies were observed during the time of the planaria were observed during the time of the survey. The stream is classified as Class C - survey. The stream is classified as Class C - Standard C per Regulation Code Part 931-903. Standard C per Regulation Code Part 931-903.
68 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
SNY-SLH-023 Upstream Facing Southeast SNY-SLH-022 Upstream Facing East
SNY-SLH-023 Downstream Facing Northwest SNY-SLH-022 Downstream Facing West
SNY-SLH-023 Substrate Facing North-Northeast SNY-SLH-022 Centerline Facing North
SNY-SLH-023 is an unnamed tributary to SNY-SLH-022 is an unnamed tributary to Trowbridge Creek. It is a perennial/intermittent Trowbridge Creek. It is a perennial stream with an stream with an average width of four feet. The average width of 10 feet. The water was flowing water was flowing and was approximately one-inch and was approximately two to five inches deep. deep. Substrate composition included cobble, Substrate composition included cobble, gravel, gravel, boulder, silt, and woody debris. The boulder, silt, sand, and woody debris. The riparian riparian zone on this stream was forested which zone on this stream was forested which provided provided approximately 95 percent shading. approximately 98 percent shading. Surrounding Mayflies were observed during the time of the vegetation included jewelweed, hemlock, birch, and survey. The stream is classified as Class C - raspberry. Caddisflies, stoneflies, frogs, Standard C per Regulation Code Part 931-903. salamanders, and crayfish were observed during the time of the survey. The stream is classified as Class C - Standard C per Regulation Code Part 931-903.
69 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
SNY-SLH-021 Upstream Facing North SNY-SLH-020 Upstream Facing Southeast
SNY-SLH-021 Downstream Facing West SNY-SLH-020 Downstream Facing West
SNY-SLH-021 Centerline Facing North SNY-SLH-020 Centerline Facing North
SNY-SLH-021 is an unnamed tributary to SNY-SLH-020 is an unnamed tributary to Trowbridge Creek. It is a perennial stream with an Trowbridge Creek. It is a perennial stream with an average width of nine feet. The water was flowing average width of 11 feet. The water was flowing and was approximately one-inch to three inches and was approximately two to five inches deep. deep. Substrate composition included cobble, Substrate composition included cobble, gravel, boulder, silt, sand, and woody debris. Riffle/run gravel, boulder, silt, and sand. The riparian zone complexes and undercut banks were observed. on this stream was forested which provided The riparian zone on this stream was forested approximately 75 percent shading. Stoneflies and which provided approximately 80 percent shading. mayflies were observed during the time of the Surrounding vegetation included jewelweed, survey. The stream is classified as Class C - arrowleaf tearthumb, musclewood, hickory, and Standard C per Regulation Code Part 931-903. locust. Caddisflies, leeches, and frogs were observed during the time of the survey. The stream is classified as Class C - Standard C per Regulation Code Part 931-903.
70 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
SNY-SLH-019 Upstream Facing Northwest SNY-SLH-018 Upstream Facing North-Northwest
SNY-SLH-019 Downstream Facing Southeast SNY-SLH-018 Downstream Facing South-Southeast
SNY-SLH-019 Substrate Facing West-Southwest SNY-SLH-018 Centerline Facing West
SNY-SLH-019 is an unnamed tributary to SNY-SLH-018 is an unnamed tributary to Trowbridge Creek. It is a perennial/ intermittent Trowbridge Creek. It is a perennial stream with an stream with an average width of four feet. The average width of three to five feet. The water was water was flowing and was less than one-inch flowing and was approximately one-inch deep. deep. Substrate composition included cobble, Substrate composition included cobble, gravel, gravel, silt, sand, and woody debris. The riparian boulder, silt, sand, and woody debris. The riparian zone on this stream was forested which provided zone on this stream was forested which provided approximately 85 percent shading. Caddisflies and approximately 90 percent shading. Surrounding mayflies were observed during the time of the vegetation included cinnamon fern, beech, maple, survey. The stream is classified as Class C - ash, and hemlock. Caddisflies, mayfly larva, and Standard C per Regulation Code Part 931-903. planaria were observed during the time of the survey. The stream is classified as Class C - Standard C per Regulation Code Part 931-903.
71 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
SNY-SLH-017 Upstream Facing Northwest SNY-SLH-016 Upstream Facing East
SNY-SLH-017 Downstream Facing Southeast SNY-SLH-016 Downstream Facing West
SNY-SLH-017 Substrate Facing Northeast SNY-SLH-016 Centerline Facing South
SNY-SLH-017 is an unnamed tributary to SNY-SLH-016 is an unnamed tributary to Trowbridge Creek. It is an intermittent stream with Trowbridge Creek. It is an ephemeral stream with an average width of three feet. The water was an average width of four feet. The streambed was flowing and was approximately one-inch deep. moist at the time of the survey. Substrate Substrate composition included cobble, gravel, silt, composition included cobble, gravel, boulder, silt, sand, and woody debris. The riparian zone on this sand, and woody debris. The riparian zone on this stream was forested which provided approximately stream was forested which provided approximately 80 percent shading. Surrounding vegetation 93 percent shading. Surrounding vegetation included jewelweed, sensitive fern, rice-cut grass, consisted of beech, sugar maple, wood fern, maple, musclewood, and ash. An eastern spotted American witch-hazel, and Christmas fern. No newt and leeches were observed during the time of macroinvertebrates were observed during the time the survey. The stream is classified as Class C - of the survey. The stream is classified as Class C - Standard C per Regulation Code Part 931-903. Standard C per Regulation Code Part 931-903.
72 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
SNY-SLH-015 Upstream Facing Northeast SNY-SLH-014 Upstream Facing East
SNY-SLH-015 Downstream Facing Southwest SNY-SLH-014 Downstream Facing West
SNY-SLH-015 Substrate Facing Southeast SNY-SLH-014 Centerline Facing Northeast
SNY-SLH-015 is an unnamed tributary to SNY-SLH-014 is an unnamed tributary to Trowbridge Creek. It is a perennial/intermittent Trowbridge Creek. It is a perennial stream with an stream with an average width of five feet. The average width of six feet. The water was flowing water was flowing and was approximately one-inch and was approximately one-inch deep. A riffle and deep. Substrate composition included cobble, pool complexes were observed. Substrate gravel, boulder, silt, sand, and woody debris. The composition included cobble, gravel, boulder, very riparian zone on this stream was forested which silty, sand, and woody debris. The riparian zone provided approximately 90 percent shading. on this stream was forested which provided Caddisflies and stoneflies were observed during approximately 90 percent shading. Caddisflies, the time of the survey. The stream is classified as aquatic worms, stoneflies, and a pickerel frog were Class C - Standard C per Regulation Code Part observed during the time of the survey. The 931-903. stream is classified as Class C - Standard C per Regulation Code Part 931-903.
73 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
SNY-SLH-013 Upstream Facing East SNY-SLH-012 Upstream Facing
SNY-SLH-013 Downstream Facing West SNY-SLH-012 Downstream Facing
SNY-SLH-013 Substrate Facing South SNY-SLH-012 Substrate Facing Southeast
SNY-SLH-013 is an unnamed tributary to SNY-SLH-012 is an unnamed tributary to Trowbridge Creek. It is an intermittent/ ephemeral Trowbridge Creek. It is an ephemeral stream with stream with an average width of four feet. The an average width of 1.5 feet. The water was streambed was moist with isolated areas with some flowing and was less than one-inch deep. water flow that was less than one-inch deep. Substrate composition included cobble, gravel, silt, Substrate composition included cobble, gravel, silt, and woody debris. The riparian zone on this sand, and woody debris. The riparian zone on this stream was forested which provided approximately stream was forested which provided approximately 92 percent shading. No macroinvertebrates were 80 percent shading. No macroinvertebrates were observed during the time of the survey. The observed during the time of the survey. The stream is classified as Class C - Standard C per stream is classified as Class C - Standard C per Regulation Code Part 931-903. Regulation Code Part 931-903.
74 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
SNY-SLH-011 Upstream Facing East-Northeast SNY-SLH-010 Upstream Facing East
SNY-SLH-011 Downstream SNY-SLH-010 Downstream Facing Southwest Facing West-Southwest
SNY-SLH-011 Substrate Facing North SNY-SLH-010 Centerline Facing Northwest
SNY-SLH-011 is an unnamed tributary to SNY-SLH-010 is an unnamed tributary to Trowbridge Creek. It is an intermittent/ ephemeral Trowbridge Creek. It is a perennial stream with an stream with an average width of 2.5 feet. The average width of five to eight feet. The water was water was flowing and was approximately less than flowing and was approximately three inches deep. one-inch deep. Substrate composition included Substrate composition included cobble, gravel, cobble, silt, sand, and woody debris. The riparian boulder, silt, and sand. The riparian zone on this zone on this stream was forested which provided stream was forested, open field, and wetland which approximately 95 percent shading. Surrounding provided approximately 70 percent shading. vegetation consisted of hemlock, American witch- Stoneflies, aquatic worms, mayflies, and caddisflies hazel, musclewood, and mosses. No were observed during the time of the survey. The macroinvertebrates were observed during the time stream is classified as Class C - Standard C per of the survey. The stream is classified as Class C - Regulation Code Part 931-903. Standard C per Regulation Code Part 931-903.
75 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
SNY-SLH-009 Upstream Facing Northeast SNY-SLH-008 Upstream Facing Northeast
SNY-SLH-009 Downstream Facing Southwest SNY-SLH-008 Downstream Facing Southwest
SNY-SLH-009 Substrate Facing West-Northwest SNY-SLH-008 Substrate Facing South-Southeast
SNY-SLH-009 is an unnamed tributary to SNY-SLH-008 is an unnamed tributary to Trowbridge Creek. It is a perennial stream with an Trowbridge Creek. It is an ephemeral stream with average width of two feet. The water was flowing an average width of two feet. The channel was dry and was approximately six inches deep. Substrate at the time of observation. Substrate composition composition included gravel, silt, sand, and woody included cobble, gravel, silt, sand, vegetation, and debris. The riparian zone on this stream was woody debris. The riparian zone on this stream primary wetland which provided approximately 90 was forested which provided approximately 85 percent shading. Stoneflies and mayflies were percent shading. No macroinvertebrates were observed during the time of the survey. The observed during the time of the survey. The stream is classified as Class C - Standard C per stream is classified as Class C - Standard C per Regulation Code Part 931-903. Regulation Code Part 931-903.
76 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
SNY-SLH-007 Upstream Facing North-Northeast SNY-SLH-006 Upstream Facing Northeast
SNY-SLH-007 Downstream SNY-SLH-006 Downstream Facing Southwest Facing South-Southwest
SNY-SLH-007 Substrate Centerline Facing South SNY-SLH-006 Substrate Facing North
SNY-SLH-007 is an unnamed tributary to SNY-SLH-006 is an unnamed tributary to Trowbridge Creek. It is an ephemeral stream with Trowbridge Creek. It is an ephemeral stream with an average width of one-foot. The channel was dry an average width of 2.5 feet. The channel was at the time of observation. Substrate composition moist with very scattered areas with puddles of included cobble, gravel, silt, sand, and woody water approximately three inches deep. Substrate debris. The riparian zone on this stream was composition included cobble, gravel, silt, sand, and scattered vegetation. The riparian zone on this forested and open field which provided stream was forested which provided approximately approximately 50 to 100 percent shading. 98 percent shading. Surrounding vegetation Surrounding vegetation consisted of aster, ash, consisted of ragweed, timothy, willowherb, and black cherry, and crabapple. No aster. No macroinvertebrates were observed macroinvertebrates were observed during the time during the time of the survey. The stream is of the survey. The stream is classified as Class C - classified as Class C - Standard C per Regulation Standard C per Regulation Code Part 931-903. Code Part 931-903.
77 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
SNY-SLH-005 Upstream Facing Southwest SNY-SLH-004 Upstream Facing Northwest
SNY-SLH-005 Downstream Facing Northeast SNY-SLH-004 Downstream Facing Southeast
SNY-SLH-005 Substrate Facing South SNY-SLH-004 Centerline Facing Northeast
SNY-SLH-005 is an unnamed tributary to SNY-SLH-004 is Trowbridge Creek. It is a Trowbridge Creek. It is an ephemeral stream with perennial stream with an average width of 60 feet. an average width of four feet. The channel was dry The water was approximately six inches deep. A at the time of observation. Substrate composition riffle/fun complex was observed. Substrate included cobble, gravel, boulder, silt, sand, and composition included cobble, gravel, silt, sand, and woody debris. The riparian zone on this stream boulders. The riparian zone on this stream was was forested which provided approximately 98 forested and open field which provided percent shading. Surrounding vegetation consisted approximately two percent shading. Surrounding of jewelweed, Christmas fern, musclewood, beech, vegetation consisted of jewelweed, willow, locust, and American elm. No macroinvertebrates were hemlock, and goldenrod. Fish, frogs, caddisflies, observed during the time of the survey. The mayflies, stoneflies, aquatic snails, dragonfly larva, stream is classified as Class C - Standard C per and water pennies were observed during the time Regulation Code Part 931-903. of the survey. The stream is classified as Class C - Standard C per Regulation Code Part 931-903.
78 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
SNY-SLH-003 Upstream Facing South-Southwest SNY-SLH-002 Upstream Facing Northwest
SNY-SLH-003 Downstream Facing Northeast SNY-SLH-002 Downstream Facing Southeast
SNY-SLH-003 Centerline Facing South SNY-SLH-002 Substrate Facing South
SNY-SLH-003 is an unnamed tributary to SNY-SLH-002 is an unnamed tributary to Trowbridge Creek. It is an ephemeral stream with Trowbridge Creek. It is an ephemeral stream with an average width of six feet. The channel was an average width of six feet. Substrate moist with some isolated pools approximately two composition included cobble, gravel, silt, sand, and inches deep at the time of observation. Substrate woody debris. The riparian zone on this stream composition included cobble, gravel, silt, sand, and was forested which provided approximately 85 woody debris. The riparian zone on this stream percent shading. Crayfish burrows were observed was forested which provided approximately 80 during the time of the survey. The stream is percent shading. Surrounding vegetation consisted classified as Class C - Standard C per Regulation of jewelweed, musclewood, beech, and elm. No Code Part 931-903. macroinvertebrates were observed during the time of the survey. The stream is classified as Class C - Standard C per Regulation Code Part 931-903.
79 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
SNY-SLH-001 Upstream Facing West PNY-SJB-001 Facing Northwest
SNY-SLH-001 Downstream Facing East PNY-SLH-002 Facing Southeast
SNY-SLH-001 Centerline Facing North PNY-SLH-004 Facing South SNY-SLH-001 is an unnamed tributary to Trowbridge Creek. It is an ephemeral stream with an average width of five feet. The channel was dry at the time of observation. Substrate composition included cobble, gravel, silt, sand, vegetation, and woody debris. The riparian zone on this stream was forested which provided approximately 95 percent shading. Surrounding vegetation consisted of jewelweed, asters, and goldenrod in ROW. No macroinvertebrates were observed during the time of the survey. The stream is classified as Class C - Standard C per Regulation Code Part 931-903. GNY-SLH-002 Facing East-Southeast
80 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
PNY-SLH-001 Facing South-Southwest GNY-SLH-004 Facing East-Northeast
PNY-SLH-003 Facing Northwest GNY-SLH-006 Facing East
GNY-SLH-001 Facing East-Southeast GNY-SLH-008 Facing North
GNY-SLH-003 Facing East GNY-SLH-010 Facing East
81 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
GNY-SLH-005 Facing Northeast GNY-SLH-014 Facing South
GNY-SLH-007 Facing West GNY-SLH-015 Facing Southeast
GNY-SLH-009 Facing East-Southeast GNY-SLH-016 Facing Southeast
GNY-SLH-011 Facing East
82 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
4.0 CONCLUSIONS
Wetland and stream identifications were conducted within an approximate 200-foot study corridor centered on the proposed centerline for the Project in September through December 2012 and February and September 2013. Seventy one wetlands, 59 streams, 16 groundwater seeps, and five ponds were identified within the study corridor as shown on Figure 2. Photographs are also included in this report.
All statements in this document pertaining to the jurisdictional status of streams and wetlands with regard to USACE, and NY regulations represent the opinion of GAI and are based on present USACE guidance. The jurisdictional status of these features must be confirmed with the state agencies and confirmed by a USACE JD.
Sincerely, GAI Consultants, Inc.
SShannahanna L. HenrHenryy ProProjectject Environmental SpecialistSppececiai list
Robin D. Weissert Senior Project Environmental Specialist
SLH:RDW/vel
83 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
5.0 LIST OF REFERENCES
Cowardin, D. M., V. Carter, F. C. Golet, and E. T. La Roe. 1979. Classification of Wetlands and Deepwater Habitats of the United States. United States Department of the Interior, Fish and Wildlife Service. Publication No. FWS/OBS-79/31. Washington, D.C.
Environmental Laboratory. 1987. Corps of Engineers Wetlands Delineation Manual. United States Department of the Army, United States Army Engineer Waterways Experiment Station. Technical Report Y-87-1. Vicksburg, Mississippi.
Lichvar, Robert W. and Kartesz, John. 2009. North American Digital Flora: National Wetland Plant List, version 2.4.0 (http://wetland_plants.usace.army.mil). U.S. Army Corp of Engineers, Engineer Research and Development Center, Cold Regions Research and Engineering Laboratory, Hanover, NH, and BONAP, Chapel Hill, NC.
New York Department of Environmental Conservation. “Spring 2012 Trout Stocking for Broome County.” http://www.dec.ny.gov/outdoor/23336.html. Accessed October 2012 and September 2013.
New York Department of Environmental Conservation. 2002. “Regulatory Freshwater Wetlands.” http:dec.ny.gov/geobata.ptk. Accessed October 2012 and September 2013.
Reschke, C. 1990. Ecological Communities of New York State. New York Natural Heritage Program. New York State Department of Environmental Conservation. Latham, N.Y. 96p. +xi.
United States Army Corps of Engineers. 2012. Regional Supplement to the Corps of Engineers Wetland Delineation Manual: Northcentral and Northeast Region (Version 2.0). Edited by: J. S. Wakeley, R. W. Lichvar, and C. V. Noble. ERDC/EL TR-09-19. Vicksburg, Mississippi: United States Army Engineer Research and Development Center.
United States Army Corps of Engineers. 2007. Jurisdictional Determination Form Instructional Guidebook. Available from: http://www.usace.army.mil/CECW/Documents/cecwo/reg/cwa_guide /jd_guidebook_051207final.pdf.
United States Department of Agriculture, Natural Resources Conservation Service. 2011. Soil Survey Geographic (SSURGO) Database for Broome County, New York. Available from http://soils.usda.gov/survey/geography/ssurgo.
United States Fish and Wildlife Service. 2012. National Wetlands Inventory for New York GIS Polygon Shapefiles. Available from http://www.pasda.psu.edu. Accessed October 2012. St. Petersburg, Florida.
United States Geological Survey. 1995a. Franklin Forks, Pennsylvania 7.5-Minute Topographic Quadrangle (1:24,000).
United States Geological Survey. 1995b. Great Bend, Pennsylvania 7.5-Minute Topographic Quadrangle (1:24,000).
United States Geological Survey. 1976. Binghamton East, New York 7.5-Minute Topographic Quadrangle (1:24,000).
United States Geological Survey. 1952. Windsor, New York 7.5-Minute Topographic Quadrangle (1:24,000).
84 Wetland Delineation and Stream Identification Report, Williams Field Services Company, LLC New York Mainline Loop Natural Gas Pipeline Project, Town of Windsor, Broome County, New York
APPENDIX A
WETLAND AND UPLAND DATA FORMS WETLANC DETERMINATION CATA FORM- Nonhcentral and Northeast Region ~
P!OjeCll'SI•. . ~ \ L .t ) . Clty,lt:WIIIY. f' r (' t',t r: (' Semptsig Olio: 1' l l \ ~...L., . A Applcenli\'.)wner: t ~f\\ \..L\,-,..f'"\-:.. tt ~\ $a1e.- f\ \ 0.n'f'\ngf'o,t ~ 1nw-..11oat0ttS1 \ \~· {¥. ~.., \ Sttben, lc>,Y'l',h~ RonQo ..,l.,J.J... 1...·b...... ,C ....;.µ.,.·...... ::.:'-Ir'------lancram \hlU'II~. 1,n•~•. ,tu ~\l \ \ \ I O r ' LOC*I 11111e1 (cone ft~ cO'l\'ex, non er I' 1 ... , ( A ,J !;, tlkpe (t,l ___ 2 SUbrcw,Jlon(l~R«t,11,~~)·~ ( __ lat /J. ,, 77 ; 't - Lon9 -2s:: ....,,s:r J=-3 O.tum· tve~S3 .Sci l,ltpU/111 Hlmr.VQC-Valc., Si'- t Vlel11: (t~ s, ,~ \O .., ;- I<:-''• NVJI cletllbt!Qrl __I'_ ' _r_r./\_;....__ _ Aro eima1,~ /fl>'1tol¢gle cQl\cMJon, at tho !lte typical lorlills time~ )'0tr1 n-' .2s::...... No __ (If no. explti> 1n R6m&m.) ~Veg01S1loo~SoD~.etl¥fdogy_Ls19niftcen!tyd1~11)11cP An·1to,mo1Citc11MStencu·proent? YH __ NoL At. Wgetlll,co -tJa SOIi ~-a H'l(Juioa/V_Q_ naturally prnblttnlll:c? (II OMcftd i!X'°'d''' 111y lflS'lt'iWl ln Rematki ) SUWMRY OF FINDINGS - Attach .stte mop sllowtn9 sampling point locations, transects, important features, etc.
Hyarophytfe Yegeealion Prescrt? V0!.4- !lo __ I• I~ 8ampltd AIH ~dlfe $di Pr•ont? Yu~ No __ wl1hln a Wtlland? v.,~ No _ w,,111ir111 Hydtol HYDROLOGY WtCllll'ld H'/dtOIOQII lndl~I.On:: ~ocom!il!l( a!AQ!ti l1tK!1!Illm at l'.tl'!Htil!H!lll fmlact lftll'J121i l~~l:mim 21 S!!ll Ii ltllllll!I Sllls.!l ll'l!b~l ~l!lli~ _ Su'11ot $cot c,aeb •1181 _ s.,ria,;. V,'tler (I, H _ Weter Sl11Jned Ltt·,e, (89) _ Ute1noo• PaUetrn$ I810) X.. H.JJ!l Wt :N tab.'.;JA.21 _ AquaUc: F1111111Bl!l - MoJ-. Trim LIIIH (B16) X. S!ll11reuon t~J - MM Oepo,.t, (0\5) _ Dr,-Scuon W11or T~l>to US Anny Corps of Engl11ee1, 1 1 VEGETATION -use scientific nam~ of plams. M>SCMfDcmlntnl tnac~or Oomln1nc1 Ttll work1ho-;--- r,,,. Slr;tum (Plol-'t.tt 08., Fl'C.W, Of FAC; ---- (A) '------T()(al Nurrbet Qf Oc(Tfn1n1 ____ (8) 3. ______--- - - Sp~cln "'-'rot~ AU Sllilt,. ~ 4. ------~rcer,I of OQrninanl 8p0ei<1, )tfo 5. ------Thal /4ie 08l. FACW. 0( FAC· o. ------1, -- --r:;-- a TOl•f 0/No-r-- 1 :.~i1~~0~/S I ~AC U)OC'Oll x3" 2. ______------r ACU ,pecio~ ;;i x4• fl, .;l. i 3._..______.....,.. ______----- UPl ,oc~s 5,. tt2. ------eclsll'l'ITcltils [I 0 tA) r-=r~ IR! 4 ------s PIC"111en US,t,,myCCl'J)! dEnglMCNI N01111,.entr"I ar,d Na 2 2 SOlL Sam::tnQ Poem ------·------~------'r:t.l!S. ~Allle!!J!&J..~l'lafkr(\f;!.t~.._R\~'!.~.!!f.~•l_;\ln'rr< /i~ -\(~\11,d ~~•!l-----\. ___ t~~h!.lfti..£!•P!"~l,li,llLJ\~N.i1,1 Hvchlc Soil r,1111caloc-•. •Wfe.llloo Jo, P1Qblt111.,.lc H'f'lltlc lloll,1• _ Hl~o~ ( ...1) _ f'Qty\llllu• Sel 1fnd/calort ad nydt~h~o wgetllliOn and w«iend h)'llclogy rro \l be p1u.eto1, 111110, «''llvrfloO ot prclllt.mlllt ftH IW r,p,·----...;...------l(ydno-loll Ptffont? v.. ;f,__ No_ Oeofht1hehe1): ___-=====------RON111nf1 3 3 SUMMARY Of FINOINGS - Attnch site m.ip showln; s:impllng pOlnt locations,--- transects, impottnnt features, etc. tl)'d(«>h)iic Vegetatio,, PtoseOI? vos.lS._ No __ la the &Nnp!1d Arn Hydrle $di Prntnl? No __ IMllllrt a Wtlland'I v.. £ No_ Veg_Yff+ - 7ro'>- Welblutl ~olilQY Preatnl? No_ "\'H, OpbO!ltl Wttltnct Site JO WN 'L -5 J13 tttmnr~, (ci<1>1ain attrn11'\'6 IM'OCC0\111» Jlt(c or ,u • HPt114le ropcn I - - -- HVDROl.QGY YVOlllllld H)'drotogy lnCIICZII01'11: ~~llilT'l giaa1m 11£~:mun 1111:ti11 w:11uii1 Prmwv !o!a~il.«l 'a:i~lll!lm II! gi1 ls.:tlll!IWI, SbllS!i Ill lbll 11121:ll _ l>urfeoe ~ ; er1chl.1!6) _ ~Wtltr(A1) _ ~r-S!elned Lnvtt (80) _ -0101na9t Patttrns (810) ~ Hg"! Weier Table(~) _ Aqutflc ~1un1 {B!3) _ ~'°6~Tfimlin~(B16) Satur,tlro "'31 - l,lei,10c9oib(D15) _ O(y-Seam W•ter T-tbl• <0.l 1: - \'Vltlf t.tltl<,{it} _ ~en S\ll1ldt0d0r(C\) _ c;;,.~,11 SurtONt IC&) _ Sedlmtflt Otpos:ts {Bl) - OJ:!dit«I Rh~IIU Ori Living ROOIS (C)} _ se:u111tion "\/!slblf on Afflal 1m~~,y !C91 _ Oria Oec>os.11 tBS) _ Pres.enee ol Reduced Iron (C4) _ Slvnled or strused Plantt (Oll _ JIISPI Mal or Qvll 18'1> _ Rtcent Rn ~duo:ron ti T1ttd Sells (all _ Geomcrp111c PcmliM (021 _ 1100 Otpo,a•~~I - Thin t/.Uck Sun'I«: (C7J _ Sh11ccr.- Aqubl'd <03) _ 11111ndatlon VislDle on Aorial trnagtty (87) _ OOi• 1Eilpltin In Rtm'1'b.) _ ~c,aq,oo,aJ)hic Roti'111 (04) _ Sparsely Vapc111ec1 Concavo (88} _ F~Nc11trot fast 105) aur 1, US /Vmy C()IJ)J ol Englrieets 4 4 VEGETATION -use sclcntitlo romee or plants. AlmMt - Oo'IIL~on( lndCMOI Oomlnanco nst worksnnt: rft'e st,alyrn {Pio( size. --=.·.~?O·--- ~~.lblllL Nvmtor « Dominant S~c:ie, 1. ------Tht./'te08-. FACW. Cl.' FAC; 3 (Aj 2. ------Tc-Atl tfUIT'bOl :ii Ocrnn11)1 Sj,~ciV'o hf!M Alt a, • tw (8) 3 ------3 4 ------Pe1c.enl orOorrOJ1a.-l Specie~ !i. ____..N==Z>'--\-=u:.:.-&.:...,.., .::;L;:;;.!i.l=.,\.__;;.'-'..,_r_· ______Thal Are 08~. FN:.W. or PAC: J r;b (AIBI ' e. ______------Prt11r..ienctrlndtxw11rtcfhul: -r', Truf °& Ccygr d. Mt,,lljply b:I ~ ~-,-- OBL ~olu C," :t 1 .. <, 1 /') FM;W species 2"' Sppj!IJQ/Sl1M1 §!Mym tPl<:A ~ ----- 3 t ~ :It, f-llC ~c•o, ---- ir 3.,,, ____ ------FACU ,pecl11s 2 ------UPl,otdes ---- x•·----~xs= 3. _____Nl@...... __. ____..c..a..,?<~_c_ u_·_'-A.f:____ ------Cdunnldl!I• -,....u-'F,-.- (A} -19.....-s-- i8) 4 ------J .. 3 s. ______--- --1-_:_==::..::.::=...::..:.:.:.:::....::::====--.....,!f'fevtiencc Index • BIA• • ~yd1oph~fo V.uetalJon lndlutaff: 6 ------ ~ 1 • Rapid T•~ '°' lfydropl\~C Vtj)tlQtlOfl ~------:=:1:L•tQlJIOJve_r __ )( z. oomrn,nco Tt1t~ >eo% :/. l-P,-lanc~lndoxi~$3.0' _ 4 • Mccl)t',ol~I Adepletlaia {Pta.4de Jl.!Ppar11ng dole ii\ Rcmnrks a: an a 5oparotc s!leel) _ ~ temattc ~ropll~ Veglltalla1 · (E>q>14irli &. ______-- - 9. ______------ 10 ------1, ------1'l ------Wood:, -Ants - ~I wOfXti lllne, oroater Ulen 3 2~ ft in /O+ - --- heli;flt. /!> • td.il Cover wooav'lt1nt matum 1Ro1 uo. ------, ___kJ~&l\). ____·- .... P!"-'r-'-·;_.~ ... <""",~"""""'t ___ _- _~_ -_-_--__-- 3. ______------Hydrophytlc Vo11o•~tlon ~------77:._~-r-- P••~ont7 lfom111h: (lnct~oc photo m,m11ao here Of on 111 ~porato ~'tact.I US lvmy Corps d Engll\eer~ 5 5 SOIL Pmlll• Ouqlpllllrt· 1ii.,~r1h, 10 lhil lltf'lll l\lled.u 10 ltol'llmMI Ille lnnlenr«>r ortl>l'lilm lhlt ilb$Pllctl of lrudoto",I Otl"r l~c!•1s !!i•l!!:s rut•us:i 1b,!!i!2l 1:!ts:t 11!!'11.11 ~ 'R!2t'!ll.O!'.'.I ~ .hl!L. -1JtL_ T~!N'I! BQmD•5! 10 YP ,;'1'( Q..-8 !6'!ft 'S}r rO 5 ---- C Si;2W1,.~ fiat jC!::! .,u!-{ l& '/1( r.; l~ o>S" b]) B-lu I/) 'I Y. 'Li l '1 'lg&I,, t/Q ~ -- 5'11,. ~/& JL_ ==__ ------. ------ ' l,l\t C•r'.M4~1'11f·h011 H•O.,p~1~- RM•R~rer1,.Wri't ~\IA\kel!Stlnrf(",(IM--- l.acN Ill\ FL•PDI~ I~ J.1,,..A!nY ' HVdr1c: Soll hrclc.lOff' -~dl.;;°"'0< PrOl>ltmMlc lf1dltc Stl!l1':° _ H,•0110t(A11 _ ~mlue Btt ,,,,.,,~.iora nl n~q,11',llc ~ti!/ a,, 41nd wellana hydrdogy ff'l.111 Do presi:IIL unf11» chl11rbed ot p,oo em~ l'tnlllcllv• l • Y•I flfobu1111111. l)O•· No __ 0611th llllffll•I H)' t 6 6 WEiTLAND DETERMINATION DATA FORM - Horthcontml nntJ Northo:ist Region . l ProjectJS.te. b,I ....L~o. ?>=:' (l.~A'.:ciunly • I < ) Samr'.,o OA:o f lr I - , .!:. ..Li- . - -'! ~lc:anVOYMer· ~.111~1~ , Gl.tlo rJ ' &rr,»no Pent ¢ 0:.l ~~ loV\l~b;olo,ftl : \ r., I \L. ~ '· Sac~c:n. TONn~1). Ronqo --::....<...1..:..>=1 .....-:....'""'-''------l•ncWcwm (hlUa(JMl. lemc•. r1c.,I µ IL.LS(_('.) T, , Loca rtlltt(ccnr.1ve c~-ex. nCl\e) < ,<"'>,.Jc.A.If Sept (~l ~ &bn,qion(LRRorlALAA)·k-KLd?:, Lei lfJ. /vhlJ.J _ _ Lonc - 1£:J!'ft/7 Oo1um f,ll\i,,.. 8 '.> ~llapUnlW,mt \JoCt+Vc,,b,YQ)tlp/\ \H, l,-\ IO: 16.VrJ 9-J~&'-·r: /JlVJ1CJH,t:,CW.1lon __,....._r _6_-r_-_)___ _ ho ctme~, /h)'d"CljCOle COtldl o;:} on I.ho .,uo lyp!ul IOf his 11/ro J)~or ? Vc1 __L ~le __ (If no. exc,1111 in Romam,.J M Vcgetx oo ~ SOI . er 8'111r«cgy "J -.,gn19c.,n:iy~~i.tbl!c:l'I M ·NO!ffil>l Clrcutra«inc~· preso,nt'/ Ye~ _::f_ No __ kw VdO,,Cfl·Ot'• ~ ~ ~ e;, tl,.ito'oi,y T ] 11ulu,dy 1•c:l,l,•m.t c? 11111,~Ckll. ~x$A,in •n)I 111~wl!A in R•m~,k~) SUMMARY OF FINDINOS - Attach site mop showing sampling point locaUons, tronsects, import11nt features, etc. t~o __ I& Ille Sampled H~df~h~o Vagetelicn Pf05Cnl? Ye,___L ,.,e.t No __ wlthh"I a Wetland? Yts.:f::._ No_ H)'drfe S'CII Ptut11t? y~:z: ., We«18'1<1 Hydrdog)' Pl Kent'? YM No 11 )'H, oplionll weuana Site Io W "),} -$_\ ~ - 2 ' __, Rcm~U' (i:ap,t\n O'tern11 YO !)'OCOCIUlt> hen Orin O W~Ale 11~1 j CL-{' A .p I "-1 ~. iJ 7" c:.f" F ~• A\...OtJ(:-. ,-,('1 ·- \ . ~;.~ Si co :? HYDROLOGY Wotllll!d HycS(ologv l11ct1ca1ors: :i~P.IKll!:l!l11aa1s1& 111:l!!!:mtm 111 t6'si l!llll 11111 fa!ll!:l( 101&st1m2 ,m~m.im 111111111115111m "1,c111J lbl!l al¥:1 _ Su11c:,e Sal Cuckt(B6) - SUf18Qt Waler (Al) _ W-tir SIO!ncd Ltt.,..s {BU) _ Or11Uge ?tUtln$ (llt U) _ Hign Wtter Tiable (~l _ Aquilla Feuna (B1l) _ I.lo&~ Trim U(ie, (B 16) _ $i,t11reliCl(l cA3) _ M911 Dl,j)o,ts (0\ $) _ Orf-$ot,on W•t~r T1blo (C2l _ We!tr ~Ills (81) ~dtOQtll &itt.d9 (;)dot 1C t) _ c,,.,.,n Burro.vs cce1 _ Sediment 0tp05lls. (82) ~~~ ;l Oul ud RJ,it~dle~ 01 Ll"1og "ool5 tC31 _ Satul9ton 'MIIM on Ae 7 7 VEGETATION -Use solcntific names or plants. 2 Al>ialllt O 8 8 ------·--~ ------ ''1':,p! ("~ tic1! l>Or~ - -" ""------flcilurt>d ~1'1•111 M:l•\I.U~M !',M rt c-... M ------~ ~t'Ql ------n _• P:11~1 ~-""- ~l•W4'r r __ _ Hwdtle Soll lnclcAlon. 1M1lu1«1 IOf Pralll•mMlc Hydrlc so11,•, _ H,stosol Ct'1) _ l'Qlyvatuw Bet°"' $\11lace (~> (LftR A, _ 2 cm Mud: tA10) (lM K, L. MLftA 109) _ Mt.tic Q,lpedon ("'21 MLAA1,49Bl _ CoHtPr9lrte RodoJC.(1116\ !LIO! I(. L, Rl _ l!la H>'Cfflo l>oll Pn1tnt? YN..$.. No_ 0.Plh (Tn 9 9 WE'Tl.ANO O&Tl:RMNATION CATA FORM - Northeentrel ond Northeast Region l'J'Ol4W$>.te: !"I ::\ l-D C,f'1 l<~fc:;- Cltyl:Q!n l1ncfCfl'll (Rl~IICC,e, tenttll, MC. I • { T 1' ,{).:/ '-'. f- Ltr~ rH&f (t~CIIVf: Cott\?.K1 nmei (Q tJ (..,\-,\ 1:.- Sll:(le (~J --2::.._ Subfeglo111LRR or IA~flt'I _i_.e.t....J:;::,,,, \.ol: l jJ• \ b ~ l ~·) long :_ ~ ~ • Detum cJ 1\-? ~ 3 1 1 sot !.181) 1,JIJI\ !'lam•: \JO \::s=::sI\,~o. C' • Ir S O 'I /.?WclasSi.l\clllon· -0' f.. ~v \ Are cima1"/lr)"Ct'Cl¢0le condl.":J a1 tho ,ne !)'pie~ lhl> tJmo d }'Cir? Ve, -{-Ho_ (11 no. otl)lari in ~emefi(1.) 0 !'ff Vo~etOl!on r-i SoU - (II Hydrology ~,gn.lcon'ly Gl!:.lur!JO(I I M "NOffllDI CNU1ft5Ci)/ICOS pruon!? YU+ No - An, 'Asg~111,o,1 --;::r &JU~ or Hvdroogy---;:! 11,durdy 1.rolhmn1,c? (If nffded. •XJJl•in an~ wi~«~ in Rtm•ikt) SUMMARY OF FINDINGS- Attach $lte mapshowlni, s.,mpllng point locations, transects, Important features, etc. Hydt~h),iic VoOl'f&ij()I PrMenl? Ye,±-..<' /lo __ ta IM Sampled Ar•a _r Hydltc Sc:11 Pf•1ent? Yt:1 No __ \Mlhtn a Wttland? Yts .....!;:._ Mo_ Wdlllrld H~~ HYDROLOGY Wllllnd Hyd(OIOll'f t11d:IC.ltors r ~~211!,ll,.£ tnsmlm.i '"'11!!:IIUD SIi tti:SI f!lill !~I 8lm1-~ l!lll"ICG IIJ:!Dl!l'!llm 2! Sl!lt 11 lllalDII, 'b"k 111llltl fool~ _ Su1tQI Sell Cr.ael 10 10 VEGETATION -use sclcnliflo n.-Jrnes or plants. AbS®lf O<:mtnont 1ne1caiiir Oolrinanc, Tnl "WOrksn.11: T,p Slil!ltJm (Plol $it~ --"'?i)=--- - - 1 ~~~ Numeor 2 ------TOl4fflun'.btr C1 Oon111•ot ktoss AJI SirMl1. d-- (8) l . ----.--==------,,.------Sp""'"" •.____ Nifu.L______..,..fr...... ~------Per~t oC Oomlna"4 Sp.~~ That ka 08!.. f At:.W. or FAC: 1/J?J (A/S) 5 ------e. ------1-Pno-v_lll_t_nc_e_l_M_flll_W 7. ------TsA1I %cov .. g, MYIUply&r, :O:=Tt(•1~-,-- osupec:lu ;>,: n:: .3S Sut4,nW$1M111/:SlrtlufO (Plot ..u _/_5"____ ) F1'C,W iQeelH ~ 0 ~ 2 • J.20 1 ______t:/\0 ~o, (?r ll $,. __&... ·------FACU &C>tcie$ Q x' • .:JO 2. - - - -,,P\ifu...------..,,...,-,,---,,---- 4)(./)i,J ----- UPL59rdes rs ...... ,.. __ S. ------~r=------C"'1rm 'rolllls; / CX,) (Al /-::, ~- (8) :· ------Prevaioneo Index •BIA• J ']S' ------1-_..:.::::::::..:=:...:....:::.:.:..:::::=::::===-----' Hyd1ophylf<: V.Qatallon lndlc-<110R: 6. ------X 1 • Rspld To&t 1« H)O'Ol)h~c VtgelatlQtl 1. ------~ _i_L~e-r-- .2i 2 • Domln•nce To~t 11 >-50\it p_ 3 - f"r 11 11 SOIL Pro flit Doa1f,llon: tDucdho to 11\1 11-,.1h n•~•d to flocull\alll lh• Indicator ur c111\ft1m 11'9 nb•llle• of 1n,11c11c,,,.) o,r,111 !,Mes Atil21f.~c!IY'U 1!11,112~1 ---•rn"'•I ~ fa'"' fl))O\?I' __li_ ..hR:._ ~ Jtlrtyre flQID~'52 ()-\ 0 lh Ip !, ,. (.a_~.3o __ S, ~ ' ) -5 '111 5 =- ", --==------I, ------. ------ 'l)p_~· ~'lO~tlOII C-Oeplr.llon-- R~'"tleduc:cdMorllJ ~\SotMa'llc1tl&n!fGra11,------=tocnlllln' Pl • ?or1t I 1111!!0,. A\II W.a111w Hydtlc Soll llllllc.lDR. - l/lell~ort lo, Pro1Jtt1w,11c HydlkSoU ..: _ Hllito~(A1) _ Potv,r-.lue Sel 1llldlcarcn CIC ll~rq,/l)(lc vti)fllllt>Cln •nd 'NcllandllydtcloOYnml bo l'fnllnl untcs, fltlulbeltl crproC\ll'lll.uG l\nllk1l~• L1ye1 (II ul>Ul\l•d)'. Tw• O.ol!l lincM,). Hydrlc loll Pruort? v.,:p__ ~o __ lfflfflim'i:"" - - 1, I, 12 12 Ho __ {l1 ll0. e:xplui ... Rcnmks,) M "Normal circumstances• present? Yes __ No k_ (If n04eded, ~ain any *1:SWe-s in Rem111kv ) SUMMARY OF FINDINGS - AWlc:h $lte map $howlng sampling point toeattons, transects, Important features, etc. Hydtqo;~ Vegmticn Prcsont? Is~ Slmplld Ar.a 'l,. "'4thln a Wethmd? ves _ No_ ~le Sd1 Pl'eUnt? Welland Hydiology Present'? tt~u, opricna11.\~11ano Site 10 W'N 'j - 5 :r B"'or;£" ~ w~c.,..€.e N .f-o~~ (:'~ u \!(\..4'1...).3> (l'J Lt-f:.:Pt f?-€-'i> 2-ow, v,)*..Q(. ~IL ,6;-t,.)~ --s ~C:, A Q.E. V \«s:"l'-LPB ~ -~ HVDROLOOY w,U.,d olo9V lndk:atars: §tcondlry !lSIRillff lrnln!DMD cf two 'IIN1f!171 ~ IDdstlCQ (OMl'fNJD 91901 IJ IN!Dd-cbechjl tlllll fPRly'J ~ Surte;e Soll O'lc:kS {B8J Slrlaol welier(At) _ WIiler Sta1Dtd L.ea~ (89) ~ l)fllinago PallomS(BID) _ Hs,i water Table ()12) _ Aquellc rlUI\I (B1S} _ t.lo$s Tnm IJne, (816) .){, Sah.11:alcn <"3> M"1 Oat>osltt(B,S> _ Dly,See$0!1 w.terTeblo vuL NO __ Dtplll(lllelles): ____ Y"-- No L Oeplh (kldles): ______vu25._ No __ Otp1t1 l'lnl:ht1): __l..___ Wltland Hydrology PrtHnl? YH ~ No Wd!, acrilll phd05. p~lnspec!ICJ\s), f eYlll!e 41 Reo1•lts; sl,tb'.5 (J...~ n'ye{ (?)l °j ~ {y-, ~ c( I l,,-C..,{"~ C'\ 5 T/~O'- ~ l'\ -I ,:-1 t -f <°" (""c..~ f~r~\~v' t,.fSlop-c -='n t'X(5-tl~ '?-C)W, -SuJ-t~u.. wo....-\:t.-V' h~ l'JV~. .v,5e... Co\,""0.-hOY\ 13 13 VEGETATION - Use solcntlflo names of plants. Abso."llie DanlMtll lndcat.or Oomlminc• lost wol1tshott: Tree Sjrplym (Ptot !Sile: ..3~0._ __ ~Species?~ Numtor « Damlflont Specie, :;; Tl\at /ttt OB!., FN:W, Cl FAC (A) '2.· ------______------Tctlll Hl/lTlbtr cf o«:tn.ant 3, ____,....,..... ______------Species h:rO!lfi All Snit. 3. (8) 4. _____ <-______-- -- N_{)_V)___ PercCl'tl ol0omin11111 ~ 5. ______------'Om Ate OBl. FN:.W. er FN:. wJ 7. ______~ ~~cever--- TSl!lil~~IS'!, hhilliRbt lu, OBl species X 1" Sad;1o§!Ub stcNIZID (PIQ size: j 5 ) Fl'CIJ sptdff l!:2-:r t \,\ ? V/ROd't"'® Slratym CRd size; ----- : ~/~ !!. ______------HydrophYllc Vo1141tuUon ··------PrHtnt? Yff$- No_ • Total Cover :. US Army Cori,s d Englne-ots Northccntrel and Natt>eiut Reoai - \h!rsion 2 .0 14 14 SOIL Slfflplng Point .0 N1, .:s .J Pro111• o.-.ron: (DescdN to the depth n.. d~ to doeum1111t lh• lnOICsor c,r con11rrn ~ abstlflte of tndlc•on.) Deplh !A!JI! Re!i!!3 FeAb!!:!l ,.,crm, cgcr !mCKtt --L. cgor ,~1 ~ ..n:u:.. ~ Iti®I! BRIDi!!!J 0 - -::J- ( 0 Yg__ Li {l( fQ.Q.. Io '['R /\ 3 0 :sL .!:J_f-1=- fa \ l -· _ J()'{{ZS(<, .!SL~ M . :I- r(j, t 4 'If 11/~ too - _:_ _ __:_ Si CL- 1s t=,\\ \'1-,~IQ'/f.-~IJ.. '1'1 \(')'\\;'3>1<.e-2-~ V 11'11r)e· c-conc-1w1 r....n....w1c,i.-- ru.t-Reduci:d Matrix . l.lSa'l.tasted ---Send Qoa;n1 ,L.oeat,cn· Pl.•Pole 11...... M-M,,tnx, _ _ H,clrtc Soll lndlcahn: lndlciltors IJlf Prabltm11tlc Hydrlc 80111'~ _ Hlslosol (i'-1) - Poyval,se BelON Sulface ($6) (LRR It _ 2 cm I.luck 1~10) (LftR K. l. MLIVI 1481) - Hlsllc~V\2l llLRA.14981 _ Cm~ Pnllrul Rcde:t (A16) {LRR K. L, R} _ 8&adt Hhlie (,._,I _ Thi\ Oat1c Slrf!Ke (89) (l.AA R. Ml.RA 1498) _ S cm MIiek)' ~ Of Peat (S3) (LRR I(, L, R) _ Hydrogen 6ulfidlt v\4) _ L~yf.tucily Mif'fflll (f1l(LRR K. L) _ Dark &lrfac:o (Si') (LJUt I<, L. M) _ SU'llli* Layers (A5) X toarny~t."'lbc 1nd1catcn ct hydraph~c \lq)Cld>cn end wolland h)iclrc:lcgy ,rug l>C prne~ unless 1111111bcd orprcb!emllln. !WSUlc:thlll Lly•r (If ~if'lltd): ,we: O.,,lh 1rnot.es1: lt)'Cll1CMI PrHenl? vu.K_ Ho_ ~ric,,' 11 ~ ~ re Lc)0t/\it.e "-<,,U. OYj ~tit.i(, Mc~ Lt7JV*1. fo~. IJ4, +wfy) 5-\n1.11, OeCt!>\,\..po s ,'+to~ octar 15 15 WETLAND DETERMINATION DATA FORM - Northcentral and Northe3st Region Ptoject/S,,-0' NY~r.r:r){, \ . Clly~wnty. 1;\c<'Vf1t1.( (1" S.mp!lr\gOa;e· 1-/e?· /;;i._ .Applc:enll(h.nor: ~ill ,c~m ..£ :!late fv y Gan,,l,n11Ptl~1· Wl\,l'( ·.S.::rt3 00(/ ltlw~lr11C l01fS1 ..!I q:?i t \f J2 f; Stc:tiQO, ro-H.,$1le>. Ren;•· __w...,_i.._y.....,_; ,.c•_l..... aa.· ....a""'C..______la11dtoon(hlllSl(\?e.tertaee,tle.1 l,,·1I I \5; tor ( Loe• rl'ltrt1caoep, ~ CM\~JC.none) C<1nro.,v-<.. El!lfl!l('l,I --- S(Jtngion(LRRorMLRA)~ ... Loi: l(;J. /o 76d'-[ l..ono:.:..!f J.1.J.._;_/_ 0.1um A/}1{1 )8 3 ~ Map u1111 N•m•: 1, {~::-:- L '" t c;, 1I I ~ · 5 7° 5' ('f NVII olls~!\CIIIIQO V f:)y\ ,'voe OmaJ•c/hyd'ol rto _ _ Is lhe &mpled A,oa 1-fydrc;ih,tio Veoll{alia, r>ro,cnt? Yn_x'_ No ___ Hyt*lc s::.t Pft11111.t? VH ')( 110 _ _ within~ Wtfland7 Vts X HytlMIOQy No - Wl'Alll1cl i'l"esenl:'? Yr..::X:: ll)'ts, Opc!Ct'lalWtU&M611t lO Wl'J~ -:.').J"13, • 01) ~ Kf.lllll'(t: (Upl~ln allem•1,\le pt'OC~l(O, hf!'e or In t ~PV111C IOl)Cn) HYDROLO GY Wotflr1d Hydrology lndtutore: fi1S21l!lir,: :0!;!kil!ill lff'ln!:l!ll!!! !ll tA'2 l!ll!ll(!sil fn!lll':'I'. lo!&alS!U l!I!Dl!mDI! 2[ 51!Jt 15;1 l!l!IDsi ~as• II~ !llDI llll!llll _ llurtace Sou crick• 11161 _ S\l'f&cot Wole1 (AH _ Wat~r·SIBlntd Lt11'•0(89) "'X. Or&,Mgo Palle1n$ lBIO) j( Higt, Water Teble (.A:21 _ Aqu1Uc Feunw (B13J - Mos~ Trim Linn (B16) Sl\l,r1lle11 No11hcen1.c11 ;1110 N01thea~ Rt-{100 -vt11lon 2.0 16 16 Agrostis gigantea 17 17 SOIL Pronta 0..CTlpllon: 10.,eni,.10 ·~ d•l'lh nt•d•ll 10 a~t,lht IMIUICH °' CO!'ftffl'I lh• lll>U!'lct Ill lll nt,ft(-rw-: VO______lY•f f O Ul'H ! _ Hy.dl1c 8olf PRunt? Yu__~ No_ Otplh{lnctlt=''.:.:: -fffn\l!flli ===::;:=====------ 18 18 WETl.AND DETERMINATION DATA FORM - Northcentml and Northeast Region Pl'OJHt/SRe: N~ - L0 0 e i V\" CltylCCUl'lfy. 13 awe.. & mp(lng Dttt: (l-1~ -I ;;i. . ~lcenlK'l... ner : W 1"W:1M $late: N ~ SolYl]ino Pait~-uW, ln~~bCIOIO!l$1 S:rf.> -~-'2.) S.C~i:n TO ..~$h1') RonQt \tltq j: {",'( ~ ~a~ Lan(i'o,m lhill'i/~e. ltrtlce, elt"J Y)\\\'.;)\o~{. loca; ttUtl (COflC-~ CO'IVOX, ~CW,f') C~loC/>:•/ L a~e (%) --- &lbreglon (L~ll a ULRA\~ _ ~ol '@ I07Y'f/ long;-/}. 71'/'/?7 __ Dt1um NI\J>- 83 &:,1M11POnUtftme: Vc>l)-\J., luj1, r~,., '<'1 .,. II 1 . > :, s,. ..;1,,NWlcltul~cttlc» 1?f'M An d,m6t~/h)'d'ol<>0lc; cQtllil~'f, Cl\ Ille ,Ito tyi,l,tl kw t~b ~mo o/ SUWJIARY OF FINDINGS - Atmch site map showing s:impllng point locoUons1 ttonsetts, important features, etc. H~Cl>h)'li¢ VogetetiOn Prosenl? No __ 1, lh• S¥nr l1d Arn X ~lhln a Welland? YI( ~ No _ Hydfle $(fl F'CHfflt? 110 __ Wtlllllnll Hydrology Pn&ent? l~o It yu, opccn11 V-.'elland Site 10 wN ~ •5 J'B -OC) I HYDROLOGY Wteland HVdlOIOG'f lnd1ca10111; ~tiS!ll,l"t !1,H112, la:1D':mllll 111 !'A'S! tl:lll lllll eiimm ID!lal!la ,IDDl!Dllm Qt Sl!.l! Iill!l!lltll. £111$3 111l!lAI lllRllCI _ Su1aoe Sot! O'tck, 1116> _ Surf- w.ii.rtA.1) _ Water-S1111ntd Leevu (89) --- ':t,. Oro,nall' P,11.,ns (810) X: tllgn W•ter Table I~) _ ..o.qu,ac rtun,(813) _ Mon 'rrim I.Mes (816) Sllu111lion "'31 MIIII Oci>oib (S15) _ 0wy.suS<)ll w,1"' r,bt• 1e21 _ Wtltl' Malili{ST) ~ t,iydrogtn SJIIICl9 C>Oor (C1) _ (;ta','11,n SLl!rONS (C8) _ S'<11111tnl Dtpos'.IS (B2) _ OludiUd Rll~HU 1Y1 LM119 Roots {CJ) _ sa!u111~on Vk1ble 0t1 Aerial Imagery (C9l _ Or~ 0~01tb (83) _ Fruen,e of Radui;ed Iron (C4) _ at\lnlad o, Slrenecl F'llnl't 1011 _ Ntpl Met er Qu~ (64) _ litcon1 ..on Aerilcuon II T1l1d Sells (C6l _ Cieomorptuc Potlllcn CO2) _ l•CII ~'(8$1 - Tim Milek Surftet (C7) _ Shll'OW Aliul1rd (00) _ 1r1unc1atlon Viliblt Qt\ Acrial lmegoty (B7) _ Olh11r 11;)1>1•,n 111 R11mt11Kl _ >.lcrct~OQttJ)llfc R6llel (04) _ $p011iolY VcQOIOictCI COMOVO SU'!OOO (88) _ fl'C·Ntllb'GI Tolt (06) Flllld ObaorY~llons: Sul 1kt v.11111 Pro11110 V.; __ HO~ O•ptn (lnCIIH): - w.:or TaOle ~•knt? Yet No ..L Oepll\ 11nm"): - $.tll11llon P US /Umy C«pl of Engll'M!wts t~oMc1ntral -,o NOl\hetsl R~on - Vtr5lon 2.0 19 19 VEGl:TATION -Use scientific n.lmcs of plon:s. - Po~dult Ocrnfntnl f11dr1ta1 ------Ool'!'in;ne• lttt \NDr\(sllol: Trs• SJt,tufl) tPlot ~1.~ 3o I ~~~ Nvm:o r Qf Domlnanl SPocies I Lj ------Tl'at Ne 08l, FM:.W, er FAC IA) 2. Kl t]lt\i. o~vW:: ------Total l'lurr>btr Of P<;r.in•nt 3 ------~e us hmy Ccrps a F.nolnt~rs- 20 20 Otrtt M•lds !3•:k?s r-,1u1,, U>U:UI Bama111s 0-10 -\0...... \-f~-~-ct,_I (;~ !oY&'~ff\~l8 L.Jm_--lo_q ~§re Ff\t \o'('l .1/J ~ ------)0 Yf~57;, JJL______------10-[J \o ~!t 9v ~-- Si Ck \O)~lt(3 .J..Q______------·------' l~e Ce('..otll'tlltf•Uc,,. l),,fJtpll'IIM R,-ntMUcc:d \llllnt ll$e\t•~krd.§ilt1dC..a M 'IOl'-!lf M' Pl •fJt11e I "11 21 21 No_ (lfno.~:tplei'l ,n Remel1 I lydte¥>h)(ic VciQt.C.tion f»'Oi(lnf? Yo~ llo ___ Is IM 8ampled Arn w thln a Wtll811d? ~k: Sell PY•atnt? ''" Ho ___ v•,:){__ No_ Wllllllnd ~ology l'leaenl" Y'.,, ....lC_ 14'1 u y•s. ~on11 w.uand sne 10 wN~ · S1k 61) B Kell\61'4' (t-;.1~,,n AI\CJOlhO pcocoa11ru l'lt'l HVDROLOOY w.i1.,o Hydrology lnc:tlc;;stots: :.il!i!!lllll~ IH2!11!i!! 1"'1!!!!1111111 Ill ~!I '11111 !t~I Pnms~ l!l!IUl!!!S t!l't!!ll!li!Jl m!l!ll •i llll,lll!I S!IISl!.11! l~RI NlOI~ _ Surlloo Sou cr,cks 1e.e1 _ Su~ Wo.ter(A1) _ VM•r· Sl61111dltt,...t(8YI _ Otitlnog• Pattarn, (BIO) _ Hlg.~ Weter Teble (All _ Aquattc Fauna (B13) _ MossTrlmL111e1(B16) _ SSlllrtllO!I CA3) l,l,n l)ec,o,J, (01 S) _ J:)ly·Se6s«t W•lor Teblc (C21 _ Wttor M&lll$ (81) )( ~ )jy~et1$JIOdtOOOf(C1) _ Cta')41511 84lt1~ tC&l _ Sediment Ot.pos·IS (B2) ~ \\~YI -~ Oxid124 _ Recent Jr~ R•ducticn r, T11,e1 Salb (C6; _ Coomaofuc Position <02) - ltCl'I Dti)Oii\ (B5) _ Thin ti.Ude SVrttc. (C7) _ Shallow A.qultrd (Ol) _ l~undttloti Vilible co Acinal tmegefy t87> _ Olher lEicpla,n In Ren,trk&) _ ~cictq,ograpnlc Reliol (D4) _ Sparacly VoQOIAtoo Ccftoovo Swliloo (88) _ FIG-Neulr&I Tov. (06) Flold Obaorv;Wlons: - SUl~CI 1/Jiiltr P/OUIM? Yts __ No{- Otpll't(lncl\etJ; - Wa:et Tobie Presen,, Yff __ NOX OtpUlllncbe\J: - Sth111tkcl Ptfse,,t1 YK -- NO Otplh llnC:llet): - WMlll'llf Hydrology Pftunt7 v.. ~ No ~nrJudt>t l. ' - 14oMcenttal and Northoasl Reiten - Ver,1011 2.0 22 22 VEGETATION -Use eclcotitic names oi' plants. Absolult 6om~11nt fncfo1iot Comnanc• TUI workJl'IOtt: Trte SIi.tum (PIQl ,i,:e ...... '1 6..._ _ _ _ ~~~ Numaor of Ocminont Spcc:io, 3 Tha! He 08t., FN;;W, or FAC; CAl 2. ~,~00::@==a::vmvtl::==~==---_--_ ro1,1 Nurrbor c:f Domnint ) 3. ______------,Sp~,, / 1. - 2. 3· ------ltydrOQhV11G vo1101.iuon t --;,:;- -- PJHtnt? ~-ro1,1 ~r H6.'Tlork): (111(~0.: photo numbec5 here or on o &efllllOIC ~'lec.t I US Mtty Corps d Engl~e,,. 23 23 ------~t·_ C:~~elllf•'~ 0-0Cpld,on fl•,1-n~i_1Ucerl M11:m 'I Ol'dll-!!I' f!l•l)ll(o l II ng l,_1•fol~n~ H)'dtlc Soll fmlalors: lndlc•oi• fo, Proul1m.tk Hydrfc Soils'. _ Hi9'ofol (A1) _ Pot\Nlllu• 8elat" ~r~e CS6J Rcmanc,O.Olh Jll'ICMt:.:.1·======~------ 24 24 WETLAND DETERMINATION DATA FORM - Horthcentral-and Northeast Region ProjttUS 111 N'I Loi)~ la~ Clty~ooncy B nwcn (_ Simpl'1g Dile q -I) - j oJ. App1C1111V0wner· WI I l / "!'US State: ('I 'I San1"n11 Pci ,t M/'j ·,S J» · 0 0 ~ lnvesli:;otoi!cl .s D r -r:.,w 6~111:11, IOH/1~$). ~On!IO. -.LW...... ,1~.....,.)... d~~ .... o..... c.______Lanctam (tllk'1q>e, tttnc,, tic I V\ I \( S I vj' -<. < Loea ttllftf iconcAvo CCII\'<'~. 11an•t ~~)~" ~ ., lllop~ 1%J ___ 8'.llveg14n (LRR or MLRA)• Li:JCt. Lnt: fJ •/0 {fh ,. Lono· - 75. l l_:.. J ... O.tuM· NI\ l) 8~ 1 Sol Mti, vn111t,mt: \I b I ..) - \J. l,d, t; /'l .. , fl c. 1 S ' • • rfMI Cll$sl!letl!Qn ~ p {::::/\'\c.--'----- /lv'e wma~c/hyd' HYDROLOGY WeCland H)'C11ology lllll!~to1s: ~~,., 'nstti'2!'.i !"'llll!l!!m !II tti!I r11.11u111 fnml[)! IDll~lm 111:t!!lllllm ~ ll!ll Ii IH!lr:111 ibis!! a!l l~l!l lcm'.l _ Su-t•~ Sol· Cre;l(,18&1 _ S\Jrf-Wa.l•rfAH _ Y'l~r·Slllln~ LNr,_.s (l'IG) _ Oroinog• P1llems (SfO) _ tfgh Wtlu Table (A71 _ Aqvelic "•u111 {813) _ Moo Trim lines (B16) - $etuie!IQII "'3) - Ma,f ~inl,(015) _ OrJ-SOa~ W11or Tobie (C2l _ Weter M.1111, (81} H'fOrOIIIII &llft us A11ny c«ps Of Engtnetts NoitMenl/11 Wld NOlthoul R~IYI - \llrslon 2.0 25 25 VEGETATION-Use GClcrrtiflc names or plant$ - - -- - J,bsQI\J\t ~,nt iii~clioi DomlMFlCt 'THI WOrkthoot: Tr,11 §la!vm !Plol 5ite 30 I ~~~ Num:or ~ Oomioent SpoeiM I ------That~ 08l, FACW. ot FAC: 4 ~ '.!. ------T~el tiurrber of OCCrfnJnt 3. Sf,Kl¥9 k,~- All strait: '6 (8) Jfc~ .~;r;\~,~~:,-~f~ C l_±~ Per~I ot'OarJnalll $peclcts T~at ~ OCL. FN:.W. or FAC: f3G ' 26 26 SOIL Pm nit DOCflpllon: (Duc111>e 10 ,,,. IIOfllh nointlf to nocum#lt U1t 1ndlcR1or 0( connrm lhl' a1>:unc1 Of 1noic11or~J 0tr(" fdlllt!~ Rf~Wb!t~ t D"'!Jtil ~lZl""lll\11 --.::l.,_ Q!l!Sl! (mQ!211 -L. .J.Y.R.C.:. ~ To·rturo Baom~1 o-.s I O'HS L/J :l I ()D ------.1 iCL 'j .)QjRt.tj 'J .M. !{)\ t '//L/ ,-)0 GL_ 11 - I 8 !O~~c-j~ _ lo~ i-]t.t ~5 b'tlt gY-0\~t.,j . 1.§_ ===cL-___ -- IO'l~i/, ------1 ------'fnl• C~!Mllotl ~Jll~lc,n !l\~!la1tucedMnl!,hi ~\iA\ted&wnr!(h.JlL l_oc~~l~Q ~.tin~ ~ Hydrtc $oil lmlC1.11loi, !ncllcMOf• for P _ Hl'llof 11lldle11~ ct h:,dl'qlh~c vep11l&11M ~nd •wcllancllwmclogymiv Ila presolll, unlM\ 6 11.urtled or i>rOl>icm~ R.. lrkll\111 L• V"I (lfubu1\/~cJI: 1'pt No __ Otplh 111\Ciltsl H1drlo &oil PreHnt? v.. i_ Ren"'"'' 27 27 WliTLAND DETERMINATION OAT.A. FORM -Northecntral ond Northeast Region L~ , ff ~1 PR,jttt/Slo. I,.\'\ I (,.') c' r) c11yr.:~n1y et!..( 'V I t " d Sl!lllpllllg Oat•:, i I / 'L, A!Jplcent/Ownt(; l • LU A,1'·•' Slale. ._,.., Sa~no Pci~l~W"lt,l lo·.1Hll011IOf11I \( Seel/on. ro...... ~9 R•R'9 --~------Lsncrom, (nlhlc»e, 16tt1Ct. tit I I l <)(>fl (' j; lOt"al reUel(canctve. ~1>'1\.'ll.'t I\Qf1t~. ,JO ii\ ( ~!'pl' ("'I -2::.._ Sllbrog!on t~R« MLAA): Lf,IL:e,. lol; 1..('J:.Jo :z.:LS'«J _ lono· l.S.: 7IS-i2.Q J _ Dltum· f:'I l\b /3 =; Sol Map Unit N1m,: \10'3- \Jpkis, C: ( "'" I' . •, (, 1' I "'· ~ ~ ~<> r /,1,J( NVJI (!tnlilctllcn I ( vV\ Ive ~<»hytio Vo(ldttlOII Prc,ont? YM_'-_ Ito_ Is IM Sampl1d Ar.a H)lclllc: Sdl Pl•••nt7 v.. __r_ llo __ \Ootthlo ~ W.tl•nd? Yts _:f;-__ Ho_ y., ... , No 1 Wellilnd ~yrt~y Presomt? tr )'t~ opo(1111 v.-.~1nis sue to I, I tJ'1, - S ..l f, C 0 RemwA1: (6)J'1Allr\ ai~rn•t,vo pn>c~u,ohrteQ11n It '\Cp'ltelc rcpon) (Lo6-v'?L-,f\ 1~ (~ .._-_,, ,'\l ';1 1 r ;,\.,...,\ ,,., ,.\' l - -.·,.:, ·r."'( ·2_., 1 HYOROLOOY Wall:ind Hya,ology tndtc.itors: ~rms1,~I'. !lll2~il.f.U la:~J!al!!l 211:6:Sl £!ml ti!lt EllmlO: loilal9ll l!Dnltn.im Qf !Zlll 11 IH.lltil, s.!ltSS aUtllUR21 111 _ Surla°' Sot. c,,e1c, 1~1 _ SJrltc• W~tor (1\1) _ Wal.at 5!1111.a L"·.. s (89) _ Cll'a.11ag, Pet1ar11s(BIO) I Hlgl) W1:,rT-.bl• f~) _ Aqu1Uof'1un1 (813) _ MO'iTllm ~K(B16) Sol11r1ti011 NoMceolrttl e,,cl Noctheut R~OII - 'hr,lon 2.0 28 28 VEGETATION - Use scientific names or pJont&. Gempl1fl0 PoloC: I l) rJ•( · 'I I O c'J I 0 - /,l,~1li11\c Ooi.n111tlr.tJc•:~, -- --- .,, , Oomlnanc• Tut 'WOll Nortl'tc~nttel 1111d N«theUL Region - v~..ion 2.0 29 29 SOIL s1m'1in9Polnt:l,J~-t-?--\ 0 ·0 IC Pmnle C.scrlr,llnn'. (Dll~l!llhe In lhft n•r,m no~rt•d In 1lncmn.,11111n ls1rtlc "'"' or cqnn,m tllw n1>,~11rf! nl 111c114nlntt.) ·- ~ QIS" «mc,·111 _jL_ ....r,QL ...J.RL.. BW01J2 {I< I ,(0-2( ( t . l e 3 ,'-l·c t..{'l, Yo c. " I\ - r- ______------·------'.!Ye.e· ~~Utll[AliO'\ Jl-~itl!l .~11!?.Urrl!~• Mll•\iA_~M~nlt~ftM ·tocAl,etr n •P:l!c I in>ng "1•1,' ..M H~d'flc: Sall hdcailon: lnolcillo,• '°' Prool.n1atlc: ttydrk So11l: - HistotQl(A1) _ P9fwa1a, a.rciwsu1t.c1(S&1(l.ftlt "· _ i cm Mut* (A10)(1.Rl't K, I.. MLRA 148Jl _ HISlllc ~tpedon (Al) 11\LAAtAID\ _ C0.tst Prelne Rodox (AUi) (LRR K.. L, RJ _ Blade Hltec (.431 _ Thwi Delt ~rflce (S91 (l RII R, MlRA 14S8) _ !> Cl1'I Muelty Pol ~ Put (83) (lRR I(, L, ~) _ H)'drqi111> Sulfide (AA) _ L.oamy I.Cuc)ly Mn111ol(F1l (LftR K, L) __ Derk &i,r,c, ($7) (lftft I<, L. M) _ Strollflec Ltv,:tt ~I LCemy Glo)'Cd Millrlx 11'2) _ Poiyvetue eotow Swtece (S61 ~-::-.ftll'lndfc&rc:uS'll~llc~c,rl~~• Of~L h)drq,h~c,y~.~,ir7:{11 01:~.~~.~ vogclllticn,~v.~U~)'.,------.------11 and walland hyitrclogy ntist n• llfalcnl. unlM~ rltlu~d or prw~etlo , ~ : !{0'- ~81111\Ct'4$): ISf Hydrlc 8011 Ptaaont? Yu~ No __ I! 1ROl'liir,;, - - ---1i No11t,c~lr1I and NoilhHti R~on -v."ton 2.0 30 30 W&lLANO OETERIVrlNATION DATA FORM - Horthecntra l llnd No1U1 c:ist Region ProJecl/$tt; t-1 f \..DD\ ' 1·• Cil',ICOJnty ,~ • Samj:11119 Oalt' I')~ Aprlcen~wnor; ', I '' L I A G.IAte I I ! &,ll'f",I\O Pent ....;::~ '-'-"_..;:;= ln~~IIQIII01f$I' - .1 r 1 \! R . G«bcn, To~~h,p, RanQO. ___w'--'--i ,_1_cl ...... ~ _u___ , ------,-- undlMn (hlJltlq,e, te,nca. e1e.1; · f r i"' (> '\ s· (- L¢c:1, relier (concevt1. c.crn-e.r 11on•) l. O\n <. 11 ,r ~ 61r.r," (~1 __I_ Subregion (LRR OI' MLRA). Ll2.lL11;'.. Lei. ~@ · le.. f /IC, . l..olll): /,f. 71 S",/'J. . Oatum· "-'Al> 83 Sol Map Unit Nlma: \) o(S .... \l~Lii ·~ · · !1•· • ,..,, 1 S n ! 7 J 7- .l.., d NVJl c1t,'itncauoo P ~ · ' Are ,1111161 , fh~\S·dOQIC condl , t .. ~ HYDROLOGY w,11111<1 HydlOIOll'f Ind tor1: §econg1"11ncsmsu 0 !J ( (> C • ' • r ~ ' l .- n.... <. , H f '~ 31 31 I VEG ETA TIO N - Use sclcotlflo 03 mes or plonta. -- ~StlNlf l11CIC11101 Otrno•nl OomlOillCt THI WOll 12 :t"'< P.,, CA e !,A ~ I :-t r°S I• "-' W~ ~nn - ~1 ·11~ \/tnot oroetor lhan l .28 ft in "' ~~~ h~llt)I. ~•Teo' C'.cl'ltlt 'li9¢flaM O!IIIIID (Ada,zo ( S: ) '·-- - -- 2 ---- 'Y\ r,.A,. { ------3. ttvcltoph\llO ~. ------Vogol.1Uo41 ------Pr9unl? vni_ No _Q_• Tolet c~, - - Hcmo,tc,; (l~tudc "'11010 nUllll>cr, MIO ct en O~li.)10h) ,,od I , ., , L-A-4{ -, r.· • 'C, f' ,; ( ,\~, ,. . ( , ...... R -:t" r. <'(>. l~ A<.S "~"'' f :i::, t' C:: I ... -~ . 1··•r· Ii:\<":~<.. c"'~~ 32 32 SOIL S1mc,1ng Point t • 'IN'\ · l'ronlt O.ttrlptlcm: (Ooscrilt• t111tt1 rt•plh n1•r1etl to rlncum~nl lh• lnCllc11lor or con!Trm iii~ nb~,ne11 ol lndlc,,tora.J lier~ !M!O! B•do<{tthl(t• ~ Cd(" •mgr,11 ~ CG!q lfn«7s• -1t- -1'.ttt_ ~ Io Lj - ((0 r(l'll :::(2.- .5"5" rL1•tf'l•;/1'. ~'5 C ~ 1 C. =1 ·) IR'-( ~g ...!..Q_ ~ ~ _) __ ------ 1 ------l)P!_' ~<:~!."''•'~ ~ p.!£!.jcn rl\1-!lc.!llu !IAWrct "'~',111\Jied llMd Gran, \1r111 cin ..[t •9D!..e.1~!!9 .,M!.t!•''•t 1 Hydrtc Scill llrclc.atof, b,lllc.ou)(~ r.. PrG!•l•mallc Hydrlo Sdt, : _ H1.,-o.oj l"''l _ l> R""l<:Uw U.y.r (If obn,,..d1: 1\1)1: ______, C.plh 11nchu1._-======------ tty 33 33 WE1UND DE1ERWNATION DATA FO~{:!i.. ,;.:?~.: ~i~ ~ PrqeC""511e: Ny 0 0r i l 1) Cltyl:ounty :10 (.)1. ,., IL Co . Sampllrg Date q- st,) -Jo I~ ApplicartfOV1T1cr: W II\I~ \'V\ \ Sampling Pant: 0 I :)_ lnvesbgetor1s1. )11.?, ~ C __,,.,,.__.;;..:.....;., ___ Sepe(~> ~ --~-:,C,.J---- Datum: NAO 8 "\ SCli Map Unt Ntme: ...;:i""":.:._.;:::::;.::,x.:iaiDo.1J..:1L.l&oil.,&.a,Ullil~:lt-.1&JU....;J1Z:-.:.;,..1..----- NVJI clusil\caticln __f__ 8V\ ______ Are d1nwallc I hyd"cloglc condtions on the ,ite typh:a::r, this I )-ear? Yes Ho __ !lfno. expln1 U\ Remalts.) Ate Vegetation ~ SoH ,.\• or H;idrclogy ~ s1gmfican:ly dlstwt,ed? he ·NOfTTllll C.Cumstances· J)f8sent? Yes£ No __ An, ~d.tllo, -;:::r- Soil -;=::r- U1 H~ooo.,y r:::r- mtlur.slly prcbletn.1i c? (lrntieded expl;,in 1m:, .,!>.Nft'!> ,n Rerm,rlcs) SUMMARY OF FINDINGS - Atblch Site m.ip showing sampling point locations, transects, important features, etc. Hydtophytic Vegctatia, Present? ves...L No_ Is the Sampled Area Hycrtc SQII Present? YK_L No --- wlltlln a WIiiand? YK~ No_ Wdlitni.l Hyll'doUY Aesent? Yo_;t;__ No If )fl. o!)llcnal IA/1:Jand Site 10 ~ \J. SJ:!- (3 I ;).. PtY\'\ Remark$: (Elcplain 111temettYe l)f0Cedure$ here or in a sep,rate rec,ort 1 (!l. \.:...e...Ai... tl t: 11\J t=o eE::..<;;-r o ,-.) ~LD Hoctllcentrat and N«theast R~a'I - ~rSIOn 2.0 34 34 VEGETATION - use scientific names or plants. Somplina Point w.P A-SJ B-Ol Z ~dvle Dominant lnclcator uonnaneo TOSI wort US Mll"J Caps d Engince~ Northcentral and Natheasl RCQat - Version 2 0 35 35 SOIL Protlle DHtflplton: (De~cftbe to t"8 deptl'I NHlded to document the lndleator or connrm the ab~M\CII ot ln ..'..!)p11· C=C'..onu111r11IIOI\ n..oep1e11on- R "~nenucett M11·~ Mf.,.\ta'olcell---- S/11111 Gra ns :1.0C11t,ct1 · Pt :aPore 1,n.119. MaMlllmc Hyd1lc Soll lndlc.tors: lndlcatOl's for Problematic Hydrtc Sml"': _ Higosol(A1) _ Poi:f,;alue Be°" Sl,rface (S&I rLRR R. _ 2 an Uucl! 4At01tlRR K. L. MLRA 14118) _ Histo< EQ!pe 'lndlcetas cf h:,,drt,phy'lle vegetat.cn and wdland hyclrdogy m.nt be presenl unltts Clsturt)cd or prob ema11: fte..:bktlw ~ (If obnrwd). T~e C\t- Dep1h r nctiesl \~ Hydl1t Soll Pfesent7 Yes.K.. No_ - Rc:marles - 'be.eaW\'°s h 4"' ue\o,- 36 36 I (Aj\)vl~-02. PB WETLAND DETERMINATION DATA FORM - Northcentral and Northeast Region ProjecVSite: N~ -~e,'()L City/County: 'lsmwit.. Co Sampling Date: g.,9. 1 ;i. ApplicanVOwner: W \\I. ' l'A.llV\) State: H'i Sampling Point: 0 \ ;;;_ lnvestigator{s): S,1B I t;:..(?S Section, Township, Range:.....:.'N..:...,...:iVl...:.i ~trAt-t ~ Local relief (concave, convex, none): ~ t:1 <..A~ F Slope (%): '5 Subregion (LRR orMLRA): l IZ..R..,JL Lat: fZ-.lOTI:Wi Long:-~ 'tzz632 t, Datum:N&D ej Soll Map Unit Name: ~T < 3 :'ot)ID NWI dassificaUon:._'f-----'fO______Are climatic I hydrologlc conditions on the site typical for time of year? Yes No __ (If no, explain in Remarks.) Are Vegetation __t!_, Soil --1::L, or Hydrology _cl_ significantly disturbed? Are "Normal Circumstances· present? Yes 4--- No__ Are Vegetation -2_, Soil ...r:!._, or Hydrology~ naturally problematic? (If needed, explain any answers In Remarks.) SUMMARY OF FINDINGS -Attach site map showing sampling point locations, transects, important features, etc. Hydrophytic Vegetation Present? Is the Sampled Area No_ within a Wetland? Yes}S____ No Hydric Soil Present? v"lYes No _ - Wetland Hydrology Present? Yes No - If yes, optional Wetland Site ID: v.JN ~-..ills-0 / :J. 'P~ ~LeO"O PL-.J1, \~ D~ 5 {'-l '-\ -'Su~-~'°t HYDROLOGY Wetland Hydrology Indicators: Secondary Indicators {minimum of two required} Primary Indicators {minimum of one is required: check all that apply} _ Surface Soil Cracks (86) _ Surface Water (A1) _ Water-Stained Leaves (89) _ Drainage Patterns (810) High Water Table (A2) _ Aquatic Fauna (813) _ Moss Trim Lines (816) ~Saturation (A3) _ Mart Deposits (815) _ Dry-Season Water Table (C2) _ Water Marks (B1) _ Hydrogen Sulfide Odor (C1) _ Crayfish Burrows (C8) _ Sediment Deposits (B2) _ Oxidized Rhiz.ospheres on LMng Roots (C3) _ Saturation Visible on Aerial Imagery (C9) _ Drift Deposits (B3) _ Presence of Reduced Iron (C4) _ Stunted or Stressed Plants {01) _ Algal Mat or Crust (84) _ Recent Iron Reduction In Tilled Soils (CS) _ Geomorphic Position (02) _ Iron Deposits (85) _ Thin Muck Surface (C7) _ Shallow Aquitard (03) _ Inundation Visible on Aerial Imagery (87) _ Other (Explain in Remarks) _ Microtopographic Relief (04) _ Sparsely Vegetated Concave Surface (BB) _ FAC-Neutral Test (05) Field Observations: Surface Water Present? Yes __ No '-f... Depth (inches): - Water Table Present? Yes __ No T Depth (inches): - Saturation Present? Yes~ No _ Depth (inches): Wetland Hydrology Present? Yes~ No Clndudes capillarv frinae) Describe Recorded Data (stream gauge, monitoring well, aerial photos, previous Inspections), if available: Remarks: \,\eo..u~ •°'-' \1' o\~ he.(n«- . US Army Corps of Engineers Northcentral and Northeast Region - Version 2.0 37 37 ?~O VEGETATION - Use scientific names of plants. Sampling Polnt:WN:\, -S.d~-012..- Absolute Dominant Indicator Dominance Test worksheet: Tree Stratum (Plot size: ,,20 ) % QQver Species?~ dO Number or Dominant Species 1.~C,t>.r ,~CJlnri!:'.lW°r' ~ ~ That Are OBL, FACW, or FAC: 1 (A) 2. {Yw,,u.J ~ · /.<;"" '\ Dpulv.i- ~ Total Number of Dominant ,.~~!<~~°' l" N £@L_ Species Across All Strata: 9 (B) 4.t)..Aet1S' :Js mcv I> i --- Percent of Dominant Species 5. --- That Are OBL, FACW, or FAC: ~ (AIB) 6. --- Prevalence Index worksheet: 7. --- TQls!I % Qover Qf: Mullip~!2~: ::/-0 = Total Cover OBLspedes ~ x1= 3$ Sa11ling/Shrub s1rnt11m (Plot size: /.s \ FACW species x2 .. 1-H~ 1.Car:~it:1~ c_a."111iv"it.!J?5.. P.s FAC species x3= ii-I FACU species * x4= 2..W f) 2. t+ttma..me,.l,s viv~i\l\ 10V ..... US Army Corps of Engineers Northcentral and Northeast Region - Version38 n n 38 ?FO SOIL Sampling Point: Lt)N '\ -.:S~ B- [) I Profile Description: (Describe to the depth needed to document the Indicator or conflnn the absence of Indicators.) Depth Ms1trix RedQX F~atures {ins;he~} Qolor (!DQist} ~ ~....mL-'=L Texture R~mark§ Jt£r3{~st) o-5 (b~~; { I' 'i5 __2_ C, ---VV\ S,Gl- ,,3 ,)?- [6'ff.. 4/ , Jb 5 /6'ff.,. j})_ -----v _>".I'\--- ~~ --- lb"'ff.. 4( v ~ _h~ ------1Tvoe: C=Concentration D=Depletion, RM=Reduced Matrix MS=Masked Sand Grains. 2Location: PL=Pore Lining, M=Matrix. Hydric Soll Indicators: Indicators for Problematic Hydrtc Soils': _ Histosol (A1) _ Polyvalue Below Surface (S8) (LRR R, _ 2 cm Muck (A10) (LRR K, L, MLRA 1496) _ Histic Epipedon (A2) MLRA 1496) _ Coast Prairie Redox (A16) (LRR K, L, R) _ Black Histic (A3) _ Thin Dark Surface (S9) (LRR R, MLRA 1496) _ 5 cm Mucky Peat or Peat (S3) (LRR K, L, R) _ Hydrogen Sulfide (A4) _ Loamy Mucky Mineral (F1) (LRR K, L) _ Dark Surface (S7) (LRR K, L, M) _ Stratified Layers (AS) _ Loamy Gleyed Matrix (F2) _ Polyvalue Below Surface (SB) (LRR K, L) _ Depleted Below Dark Surface (A11) )( Depleted Matrix (F3) _ Thin Dark Surface (S9) (LRR K, L) _ Thick Dark Surface (A12) :f:. Redox Dark Surface (F6) _ Iron-Manganese Masses (F12) (LRR K, L, R) _ Sandy Mucky Mineral (S1) _ Depleted Dark Surface (F7) _ Piedmont Floodplain Soils {F19) (MLRA 1496) _ Sandy Gleyed Matrix (S4) _ Redox Depressions (F8) _ Mesic Spodlc (TA6) (MLRA 144A, 145, 1496) _ Sandy Redox (S5) _ Red Parent Material (F21) _ Stripped Matrix (S6) _ Very Shallow Dark Surface (TF12) _ Dark Surface (S7) (LRR R, MLRA 1498) _ Other (Explain in Remarks) 31ndicators of hydrophytic vegetation and wetland hydrology must be present, unless disturbed or problematic. Restrictive Layer (if observed): Type: (4}C...1(_ Depth (inches): 13 Hydrlc Soll Present? vesL No - - Remarks: I US Army Corps of Engineers Northcentral and Northeast Region - Version39 39 WN'1~~ CJB WETLAND DETERMINATION DATA FORM- Northcentral and Northeast Region Project/Site: N~ -~V'.Y) City/County: ~ (_o. Sampling Dale: q-/ 'j-/?- ApplicanVOwner: W(\\.1 ~ State: N"( Sampling Point:_~ lnvesligator(s): S!'6 ~ Section, Township, Range:_W____ l_·Yl_d_~~------Landform (hillslope, terrace, etc.): ,~f.¥-e< c.. Local relie!1concave, convex, ~one):.,.-',~C..A-.-..l f:.. Slope (%): Z.. Subregion (LRR or MLRA): l)ZJZ.. e_. Lat: q2. lfA ~ t, Long: .,_. l ~ , \\f)lp g{f!b Datum: ~C> 8.5 ' LL cJ Soll Map Unit Name: ~- Ir NWI classification:.__,_'P_EM_ _,______ Are dimatlc I hydrologlc conditions on the site typical for this time o ar? Yes~ No __ (If no, explain ln Remarks.) Are Vegetation~. Son~. or Hydrology ~ significanUy disturbed? Are "Nonna! Circumstances· present? Yes -2_ No__ _ Are Vegetation _d, Soil _d__. or Hydrology~ naturally problematic? (If needed, explain any answers in Remarks.) SUMMARY OF FINDINGS - Attach site map showing sampling point locations, transects, important features, etc. Hydrophytic Vegetation Present? Yes -f. No Is the Sampled Area within a Watland? Hydrlc Soil Present? No Yes X No Yes 1 Wetland Hydrology Present? Yes No If yes, optional Wetland Site ID: 1.,/N ~ -SflS -013 Remarks: (Explain alternative procedures here or in a separate report.) ., ~ JttcA~~ ,h SN~-SJB'?Jntf ' D e.A,N ~~ v->A.-'\ \\\e.ouc~ 4-\ A--\ ~i.E lr-1> HYDROLOGY Wetland Hydrology Indicators: Secondary Indicators (minimum of two required) Primary Indicators (minimum of one js required: check all that apply) _ Surface Soil Cracks (86) _ Surface Water(A1) _ water-Stained Leaves (89) _ Drainage Patterns (810) _ High Water Table (A2) _ Aquatic Fauna (813) _ Moss Trim Lines (816) K'Saturation (A3) _ Mart Deposits (815) _ Dry-Season Water Table (C2) _ Water Ma!ks (81) Hydrogen Sulfide Odor (C1) _ Crayfish Burrows (CS) _ Sediment Oeposi1s (82) )( Oxidized Rhizospheres on Living Roots (C3) _ Saturation Visible on Aerial Imagery (C9) _ Drift Deposits (83) _ Presence of Reduced Iron (C4) _ Stunted or Stressed Plants (01) _ Algal Mat or Crust (84) _ Recent Iron Reduction in Tilled Soils (CS) _ Geomorphic Position (02) _ Iron Deposits (85) _ Thin Muck Surface (C7) _ Shallow Aquitard (03) _ Inundation Visible on Aerial Imagery (87) _ Other (Explain in Remarks) _ Mlcrotopographic Relief (04) _ Sparsely Vegetated Concave Surface (88) _ FAC-Neutral Test (05) Fleld Observations: Surface Water Present? Yes __ No _l Depth (inches): - Water Table Present? Yes __ No _:f_ DepUl (inches): - 11 Saturation Present? Yes A- No __· _ Depth (inches): --::,. Wetland Hydrology Present? Yes_x_ No - (indudes caoillarv frinael Describe Recorded Data (stream gauge, monitoring wen. aerial photos, previous Inspections), If available: r--J ~ A- Remarks: US Anny Corps of Engineers Northcentral and Northeast Region - Version 2.0 40 40 VEGETATION - Use scientific names of plants. Sampling Point: W"" :\-~810 \: Absolute Dominant Indicator Dominance Test worksheet: Tree Stratum (Plot size: __&,____ ) °Ii! Qover Species?~ 1.. ______Number of Dominant Species --- That Are OBL, FACW, or FAC: d (A) 2.______--- Total Number of Dominant 3 .. ______Q --- Species Across An Strata: - - (8) 4.______Y\ a-,t\..t_ _ --- Percent of Dominant Species 5. ______That Are OBL, FACW, or FAC: \&a (A/8) --- 6 .. ______--- Prevalence Index worksheet: 7 .. ______------Total% Qover gf: M!.!lli121Y !2~ C = Total Cover OBLspecies X 1" Sapling/Shrub Stratum (Plot size:_ /_$"____ _, ) FACW species x2= 1 .. ______x3= --- FAC species 2 .. ______FACU species X4 = --- 3.______UPLspecies x5 = --- Column Totals: (A) (B) 4 .. ______~~__.,;;;;;._ ___ _ --- 5.______--- Prevalence Index = BIA • 6.______--- Hydrophytlc Vegetation Indicators: $- 1 - Rapid Test for Hydrophytic Vegetation 7._____ ~-'------:£ 2 - Dominance Test is >50% 0 = Total Cover _ 3- Prevalence Index is S3.01 Herb Stratum (Plot size: ___S-___ ) _ 4 - Morphologlcal Adaptations' (Provide supporting 1. OnoC:\t&L ~,io1lf) ~ data in Remarks or on a separate sheet) ---=:;:- _ Problematic Hydrophytic Vegetation1 (Explain) D BL. 11ndicators of hydric soil and wetland hydrology must - I ~,., . be present, unless disturbed or problematic. l·S' ~ ILUU-~~~~~~~~~~---i *N ~ Definitions of Vegetation Strata: tr rJ' 'fl4Cw Tree - Woody plants 3 in. (7.6 cm) or more In diameter at breast height (DBH), regardless of height. o?s: +~ Sapling/shrub - Woody plants less than 3 in. DBH s. ,Ji~ho,,, ~fo\\ lit_ t{ . C56L- and greater than or equal to 3.28 ft (1 m) tall. 9. \\~ \qwµ.,\~ ~ ;i FAu.A.. 10.. ______------Herb-All herbace<>us (non-woody) plants, regardless of size, and woody plants Jess than 3.28 I\ tall. 11.______--- Woody vines -All woody vines greater than 3.28 ft in 12~·------~ height. = Total Cover Woody Vine Stratum (Plot size:_/_)____ ) 1 .. ______------2 .. ______---- Hydrophytlc Vegetation 3 .. _~~~~~-'"'(\.-=--e--t\Q__=-__..;::;._~~ Present? YasL No 4 .. ______ 0 = Total Cover Remarks: (lndude photo numbers here or on a separate sheet.) "' ,~~v~-'l'l)'T"" 1tf.U~ -tu ~ ~,NJr\lL- ~t- u'tv~ US Army Corps of Engineers Northcentral and Northeast Region - Version41 2_0 41 SOIL Profile Description: (Describe to the depth needed to document the Indicator or confirm the absence of Indicators.) Depth Matrix Re!;!ox Eeat11re~ {inches} Color {moi~l} _%_ QQlor {m2is1} _%_ ....illlL. ~ Texture Remark~ qo /() 6-~ 1oy!. "11 --- 1 ·~~ IA/r, --- (_ ---v-1'"\ Si' 6L 1~13 lo Yl.r/1 ---bo /o 'f ,_ ~ 'J> !il__ _L ---n Si (,.L 13-/~ - - I(i'l i!.8 /'-t \ DO ------G-E?A~~L ~~ l\l k«.11 {..wV\ ------1Tvoe: C=Concentration, D=Deoletion. RM=Reduced Matrix MS=Masked Sand Grains. 2LocaUon: PL=Pore Linlno. M=Matrix. Hyddc Soll Indicators: Indicators for Problematic Hydrlc Soils': _ Histosol (A1) _ Polyvalue Below Surface (S8) (LRR R, _ 2 cm Muck (A10) (LRR K, L, MLRA 1498) _ Histic Epipedon (A2) MLRA 1498) _ Coast Prairie Redox (A16) (LRR K, L, R) _ Black Histic (A3) _ Thin Dark Surface (S9) (LRR R, MLRA 1498) _ 5 cm Mucky Peat or Peat (S3) (LRR K, L, R) _ Hydrogen Sulfide (A4) _ Loamy Mucky Mineral (F1) (LRR K, L) _ Dark Surface (S7) (LRR K, L, M) _ Stratified Layers (AS) Loamy Gleyed MatriX (F2) _ Polyvalue Below Surface (SB) (LRR K, L) _ Depleted Below Dark Surface (A11) ¥ Depleted Matrix (F3) _ Thin Dark Surface (S9) (LRR K. L) _ Thick Dark Surface (A12) _ Redox Dark Surface (F6) _ Iron-Manganese Masses (F12) (LRR K. L, R) _ Sandy Mucky Mineral (S1) _ Depleted Dark Surface (F7) _ Pledmonl Floodplain Soils (F19) (MLRA 1498) _ Sandy Gleyed Matrix (54) _ Redox Depressions (F8) _ Mesic Spodic (TA6) (MLRA 144A, 145, 1498) _ Sandy Redox (S5) _ Red Parent Material (F21) _ Stripped Matrix (S6) _ Very Shallow Dark Surface (TF12) _ Dark Surface (S7) (LRR R, MLRA 1498) _ Other (Explain in Remarks) 31ndicators of hydrophytlc vegetation and weUand hydrology must be present, unless disturbed or problematic. Restrictive Layer (if observed): Type: Depth (inches): Hydric Soll Present? vesl No -- Remarks: I I US Anny Corps of Engineers Northcentral and Northeast Region - Version 2.0 42 42 ""' w~~-d'f WETLAND D&TERP.INA TION DATA FORM - Northcentral and Northeast Region ProjectlSlte: I\]~- L66eh,1 0... Clty~y >7(bb'<".'.)<..-Cc SamptingOlte: 9-J6--I.) A9Pllca l'lt/Ov,11er· W~\ i Q.j\1 f ) Sate: ~ '/ Sampling Point· \Ad(dV)::(_ lnvesbgator1s1 5:!'i7 ~ ) Secba1~Ranse: _\...,)J.><..&..Lil(l~lf.... S""'D_ ·r ______1 LanorOffl'I (hiNsl~ leuace. etc) f=L-00 "D'":? \.rA l ~ Loca mer 1coocave ccrwex, none). (JJ NY,-~ e. Sope (%> __I _ SUbreolontLRROl"tALRA): ™ Let4~ (()1-,';:,°2?) lono: -~,Jlld?2-\ Dalum:f\,44) 33 Saill.4apUnltName. M-A]hw\ f\12~~,t t~l{(nti -~~lar.sitlcatlan f£M. An dlmaflc I h)'d'ologk: coodilro1n on !tie• typical lor thl5 llme d }-ear? YesI Ho __ (If no. explan in Remam.) /Ve Vegetallon .-i '* Sod ~ -t a ttjdrology_rl_51gniicanllydlstwt>ec:t'> Pn: "NOfflllllC.Curnsunces· present? Yes.2_ rJo __ /tf~ Vi:1jel.t,o, L Soil _rl_ or H~ology ~ n ;tiUQtfty poblemctl1c? (If ncedtd. e~itin 1111y mti.·in:rs in Rema,lls) SUMMARY OF FINDINGS - Attach site map showing sampling point locations, tmnsects, important features, etc. Hydtaph,.t1c Vegdllial Prescrl? Yes~No_ Is the ~pied Afea HydrlC SCIII PfeS0ftl7 Yes __ No __ 'IMtNn a Wetland? Yes X: No_ Wc:tlal'lll ~oUY Ftesenl7 Yes X No lf}ti,O;,tlO'lalWetllndSite ID IJJN~/m- Qll l!:i 'Ptm Remer1 (l.... ,6 ~\rA- ""1 A .;J ' .t ""'' - ~ rf ~ ~ rl"'\ -SJ 8- 0 0{;:, o 1> D f- 0 CJ I I / -~ G~ sJ£c... t\c.c.£.;:.s R- oA v ~ \S £c:::..7:> ....:> l-.\...A-NC> I HYDROLOGY Watland Hydrology lndi~tors: Secondary ll)cicators jmgunym of two IJ9Ylft!U Pnffiary ln!3~10fs (mntmum Of one rs rogytred died§ 011 tflet oopoo _ sunaoe SOI eras Ul61 _ SurbcoWater(At) _ water-Sta1nedleaves(88) _ DranagaPallems(B10) High Water Table 1A21 _ Aquatic Fauna (B13) _ Mos~ Trun Lines (B16) 1? SetW111ioo (AJ) _ Mar1 Dc9osls (61 5) _ Dry-Seuon Waler Table CC2) _ \Viler Marks (B1) _ Hydrogen Sulfide Odor (Ct) _ Crayfisll 8urroNs (CS) - Sl!dim.nl Oepos ts (82) - Oxidized Rh~erM o, Uvlng Rocxs tell _ SaturatiCl'l ~sible on A.trial Imig~ (C9t _ Or,t Oepos,ts (83) _ Pfesence of Reduced ron (C4> _ Slunted o, Stressed Rants (011 _ Nini Mat v O\i~ 184) _ Recen: rrcn 1 -Remar11s - - US Army Ccr~ cf Engineers NoMcenltat ano Nvtheast Reoon - version 2.0 43 43 '"f£..w' SempU~ Poinl tJ '\ -0 l VEGETATION - Use scientific names or plants. ~ I -SJ B i .Absdute Dcmintnt lnclcator Do~naneo THI workshOot: Tr!§ ~!a!Mm (PloC si.ze. "'? 0 ) ~CS!?!er Spt9fl~'? Status Numllcr d Dominant SpcCICS ~ I. ------That Hf! 081.. FN:.W, a FAC er (A) 2. ~61'-Z - - TOfaJ HI.ITlbtr at Doninant 3. ------Species Across All Strau. 3 (Bl 4. ------Pefca,I of Oominal"II ~s (b1- 5 ------Tl1111 Ne 06L. F/ICW. or FAC (A/BJ 6. - - Pnv.aJence lndn wor1csheel: 7. ------Tml~~S!?'.i! §"! ~!:l!~!e!l I.!'~ ---0 "Tott Cover OBl.q,Rcles 0 XI: Q §.o~l!iu/Shrub l21:Jl!lm (Pld )I«. I':>- ) FN:.V/ species +\ MCSCM!CIO!. ,2-1=xJ= 1 &co ------FAC U species 8S x 4" I 2 ------UPL species t) xS= V 3 -..r oA.12. ------Cc*IIM Ttk;tj/' lJ.@. (Ai :3~ (R) 4 - - Q. (/)'1- 5 ------Pre..aience Index "' eJA" 6. ------Hvdrophyllc VegelaUon lndlcaton: 7. 1 , Ral)ld Test 1Qf Hi ~Joocly~~ 3!11YII! cPlot ~ze· ) t. ------2. ------3 HYdroohytlc - - Vogetalion 4 ------Prasent? Yes'L No __ a Total Cover --- I Hemarl c...,{ ~w ~~.)....«- c:ri---p-&va.11(,P, tc-sl- . :/r /J.Sfwtw1- ~ I~ °'FA'- US Mny Caps d Engineers Northcffllral and Northeast RC9ffl - Version 2 0 44 44 .) SOIL som~ng Point t,ut-3 '\ - Protlle Desatptton: (o.unbe to Ille depth neeaed to daetJtlMlftt the lnOk:lllor or connrm the llb~ence Ol lndlclllftl'll.) OeJllfl tAatrix Re~ ft1!!,!res 1!li:ll.HI ~S!lmsi:iU -1L- Colcrl!!!S!!SI __lL_ ...b2.L...... l.2i:._ Texture R§!!llll!Si i.}-t, te.tb ,,l'J- J<.Jb -- e -14 1!2til..J l; "li.. /o'f,A., Zit,_ ; ~:; ~;~~ ------'Type CcC'.«ieentrAl>M D"°!Jllehcn fH,'='flenuced Mll!rir. t.&Mawen Sftnd C"-,1a M I ocftt a,· Pt aPore I n no Ma:WJll~ Hydrlc Soll lndicilors: lndlc.11to,s fot PJable~lc Hydrtc Solis': _ H1stosolCA1), _ Pdy,.•alue BelOIII &irf&ee (S&I ILRR R. _ 2 an !Juell IA101 CLRR I(, ~ MLRA 14981 _ Htst,e a,lpedon (Alt MLRA14981 _ Colli Pntlne RedoX tAl61 (I.RR K. L, RJ _ Slacll: H1~c("'3t _ Than ~nt &lriacc (S9) (LAA R. MLRA 1'98) _ S cm Mucky Peat or F«I CS3) (LRR K. l, R) _ H~e11 Sulfide tAAI _ loemyM~Mi~at(FtaclRR K. L} _ Oa•k Surface IS7) ILRR I(. l, Ma _ siret111e(l Levers (~J _ lo&my Gle)'C(J t.'111111>< lf21 _ ~lue Be!Oli SIJr1ece (S61 ti.RR K. L> _ OeJlriedeet-oart Surface (At1J _ Oep:ctcd tAllri,c (F3) _ Than Derlt SlJrface (S9) CLRR K, l) _ Thicll. 011k Surface(A12) X Red~ lnrk &Jrfae1e (F61 _ lrcn-Mangantse Masw5 (F 12) (LRR K. L, R) _ senc,y W.uelc)· t.1nera1tS11 _ oei,ieteo oe11e SUffoee 1F11 _ Aeomont F~~ S01$CF19)1ML~" 1498) _ S..cty Gt::,,ec Matri,c (S4) _ Rec:lox OePfen1ons (F8t _ IAe,u; Spock l TAG) tMLRA t.UA, 145, 1498) - S1ncty RedOx cSS) _ Rod Parent Mateflal iF211 _ . ~Ded t.latnx !S6) _ Very SlallOI\' Oertl Surface 1TF121 _ Oarll: S,.irface {$7 I tLRII R, MLRA 1498) _ ether (Expla,n an Remari<~) 1 lndrce!as cl h:,rdroph~e Ye1Jl!fet,cn anel weHand hydraogymJSt be P"=nt unltts dstulbcd or prabtemafl: RHlllcllw L•.,.r Ufobnrwd) T~e ~~ ' Del)lh llndleS) l~ Hyelflc SOIi Pfesonl7 Yes )( No_ --- Rc:mar.c.s 45 45