Background
Industrial discharges of toxic and bio-accumulating compounds to the Niagara River and its tributaries have occurred over many decades. High concentrations of polychlorinated biphenyls (PCBs) have been found in samples of fish tissue from many locations, including three tributaries to the Niagara River: Tonawanda Creek, Two mile Creek, and Rattlesnake Creek (study reaches listed in Table 1).
High PCB concentrations have also been found in mussel tissues during in situ experiments in the latter two creeks PCBs have been detected in sediments from many locations, but they were generally lower than expected given the elevated PCB concentrations recently observed in fish and mussel tissues from selected sites in the three tributaries. Local sources of PCB contamination in each tributary generally remain unknown, but probable sources need to be isolated/identified to help define appropriate management and (or) remediation actions.
To help pinpoint likely sources of PCBs, the United States Geological Survey (USGS) and New York State Department of Environmental Conservation (NYSDEC) propose to determine PCB concentrations in water from as many as 12 sites in each of the three tributaries to the Niagara River, using semi-permeable membrane devices (SPMDs) deployed during two rounds.
Table 1. Identification codes, descriptions, and coordinates for 29 study locations in Rattlesnake Creek, Two mile Creek, and Tonawanda Creek.
___________________________________________________________________________________________________________________
Site ID |
Description |
Latitude |
Longitude |
Two mile Creek |
|||
TMC-01 |
Downstream of Rattlesnake Creek |
43.00848316 |
-78.90649806 |
TMC-02 |
Adjacent to outfall on eastern bank |
43.00774309 |
-78.90638884 |
TMC-03 |
Just downstream of outfall located under path to east |
43.00667274 |
-78.90641572 |
TMC-04 |
Downstream of several outfalls and 2009 yoy fish sampling location |
43.00533529 |
-78.90587645 |
TMC-05 |
Upstream of several outfalls and 2009 yoy fish sampling point |
43.00443792 |
-78.90540629 |
TMC-06 |
Downstream of two outfalls |
43.00195098 |
-78.90344614 |
TMC-07 |
Downstream of WWTP |
42.99658956 |
-78.90053451 |
TMC-08 |
Downstream of remediated section |
42.99327205 |
-78.89978799 |
TMC-09 |
Downstream of Oriskany Drive sewer outfall |
42.99048394 |
-78.89943406 |
TMC-10 |
Downstream of tributary and two other outfalls |
42.98833675 |
-78.89939241 |
TMC-11 |
Downstream of pond and one outfall |
42.98446109 |
-78.89827664 |
TMC-12 |
At 2016 sediment core sample location |
42.971838 |
-78.894831 |
Rattlesnake Creek |
|||
RC-01 |
Between downstream end of conduit and Two mile Creek |
43.00773058 |
-78.90686972 |
RC-02 |
Upstream of conduit |
43.00467364 |
-78.91183063 |
RC-03 |
Outside downstream boundary of Riverview Industrial Center site |
43.00391952 |
-78.91320403 |
RC-04 |
Downstream of confluence with north branch |
43.0027407 |
-78.91567576 |
RC-05 |
Near discharge of pipe under Seaway/Niagara Landfill |
42.99746188 |
-78.91819593 |
Tonawanda Creek |
|||
TC-01 |
Downstream of Gastown MGP site |
43.02220822 |
-78.87293369 |
TC-02 |
Upstream of Gastown MGP site |
43.02320515 |
-78.86935662 |
TC-03 |
Near 2003 caged mussel downstream location |
43.02215756 |
-78.85786131 |
TC-04 |
Near 2003 caged mussel upstream location |
43.01907809 |
-78.85167623 |
TC-05 |
Ellicot Creek park |
43.02322769 |
-78.8344554 |
TC-06 |
Downstream of island |
43.03010684 |
-78.8291622 |
TC-07 |
Upstream of island (channel around island has a number of outfalls) |
43.03419096 |
-78.82533933 |
TC-08 |
North Tonawanda Botanical Gardens |
43.03874051 |
-78.82661362 |
TC-09 |
Near Walck Road |
43.04586864 |
-78.83195583 |
TC-10 |
Downstream of Creekside Golf Course site |
43.05152757 |
-78.82450615 |
TC-11 |
Upstream of Creekside Golf Course site |
43.05145594 |
-78.81784064 |
TC-12 |
Upstream of Amherst WWTP |
43.05335407 |
-78.80843051 |
The main objective of this study is to gather data needed to help isolate/identify specific sources of PCBs in the three tributaries. Such information will be used to direct efforts to reduce PCB contamination and to, along with other lines of evidence, determine if associated beneficial use impairments (BUIs) in the Niagara River Area of Concern (AOC) could be removed.
Approach
Staff from the Columbia Environmental Research Center (CERC) will construct the SPMDs and provide installation training to staff from the USGS New York Water Science Center (NYWSC), who will place SPMDs at 5 locations in Rattlesnake Creek, 12 locations in Two mile Creek, and 12 locations in Tonawanda Creek for approximately 1 month during the initial sampling round in fall 2018; and as many as 25 SPMDs will be installed again in spring 2019 after assessing results from the fall sampling. Specific sample-site locations will be directed by NYSDEC staff and reflect locations where PCB hotspots were evident (based on data from prior samples) or suspected (based on historic outfalls or permitted dischargers). Installation will be done by wading where possible (e.g., Two mile Creek and Rattlesnake Creek) and from a small boat in Tonawanda Creek. Staff from CERC will process the samplers, analyze samples for PCB congeners (Table 2), and estimate water concentrations for PCBs. Detection limits will vary depending on field conditions and deployment time; but are generally in the picogram/liter (pg/L) range. Quality control samples will include laboratory blanks, 6 field blanks, and replicate samples done at 2 or 3 sites. The second round of sampling will take place at 20 to 25 sites in early 2019 to more tightly refine the source of any PCB hotspots identified during the first round. All data from both sampling rounds will be made available to the NYSDEC and USEPA after validation as a USGS web-based (public) Data Release and as original data via the USGS National Water Information System (NWIS).
The initial round SPMD deployments will be in fall 2018 for approximately 1 month; it is expected that draft data for these samples will be available within 3 months of SPMD collection. Provisional chemistry data from the initial round of sampling will be used to guide the follow-up round of sampling, which is planned for spring 2019. Provisional chemistry data from the second round of sampling should be available within 3 months of SPMD collection. All chemistry data from both sampling rounds should be validated and analyzed, and the draft USGS Data Release prepared, by fall 2019. Internal peer reviews for technical, editorial, administrative, and metadata review may take an additional month or two.
Table 2. List of PCB congeners that will be analyzed from the SPMDs by the CERC.
__________________________________________________________________________________________
PCB-001 |
PCB-022 |
PCB-047 |
PCB-074 |
PCB-103 |
PCB-132 |
PCB-167 |
PCB-190 |
PCB-002 |
PCB-024/027 |
PCB-048/075 |
PCB-077 |
PCB-104 |
PCB-134 |
PCB-170 |
PCB-191 |
PCB-003 |
PCB-025 |
PCB-049 |
PCB-081 |
PCB-105 |
PCB-135/124/144 |
PCB-171 |
PCB-193 |
PCB-004/010 |
PCB-026 |
PCB-051 |
PCB-082 |
PCB-107 |
PCB-137 |
PCB-172 |
PCB-194 |
PCB-005 |
PCB-028 |
PCB-052 |
PCB-083 |
PCB-110 |
PCB-141 |
PCB-173 |
PCB-195 |
PCB-006 |
PCB-031 |
PCB-053 |
PCB-084 |
PCB-114 |
PCB-147 |
PCB-174 |
PCB-197 |
PCB-007/009 |
PCB-032 |
PCB-054 |
PCB-085 |
PCB-115 |
PCB-146 |
PCB-175 |
PCB-199 |
PCB-008 |
PCB-034 |
PCB-056/060 |
PCB-087 |
PCB-117 |
PCB-149 |
PCB-176 |
PCB-200 |
PCB-012/013 |
PCB-035 |
PCB-059 |
PCB-090/101 |
PCB-118 |
PCB-151 |
PCB-177 |
PCB-201 |
PCB-014 |
PCB-037 |
PCB-063 |
PCB-092 |
PCB-119 |
PCB-153 |
PCB-178 |
PCB-202 |
PCB-015 |
PCB-040 |
PCB-066 |
PCB-091 |
PCB-122 |
PCB-154 |
PCB-179 |
PCB-203/196 |
PCB-016 |
PCB-041/064 |
PCB-067 |
PCB-093 |
PCB-123 |
PCB-156 |
PCB-180 |
PCB-205 |
PCB-017 |
PCB-042 |
PCB-069 |
PCB-095 |
PCB-128 |
PCB-157 |
PCB-183 |
PCB-206 |
PCB-018 |
PCB-044 |
PCB-070 |
PCB-097 |
PCB-129 |
PCB-158 |
PCB-185 |
PCB-208 |
PCB-019 |
PCB-045 |
PCB-071 |
PCB-099 |
PCB-130 |
PCB-163/164/138 |
PCB-187 |
PCB-209 |
PCB-020/033 |
PCB-046 |
PCB-073 |
PCB-100 |
PCB-131 |
PCB-165 |
PCB-189 |
Total PCBs |
The preparation of SPMDs, SPMD deployment, and analysis of chemical constituents will follow published methods (Alvarez 2010; Alvarez et al. 2008; Gale 2007) and established SOPs developed by CERC. Data validation will be conducted by CERC's Environmental Chemistry Branch Chief and the quality assurance (QA) Specialist. Raw data will be archived on CERC's network servers and finalized data and accompanying metadata will be part of a public (USGS-ScienceBase) Data Release.
Deliverables will take the form of a USGS-ScienceBase Data Release, that will include metadata describing SPMD sampling locations, dates and durations, methods of collection and analysis, and final chemistry data for each SPMD sample that was collected. Original data from all SPMD will be archived in the USGS National Water Information System (NWIS). Both the Data Release and NWIS data will be freely available to the public.
Project Location by County
Erie County, NY, Niagara County, NY
- Source: USGS Sciencebase (id: 5d4c3a0fe4b01d82ce8dfaca)
- Overview
Background
Industrial discharges of toxic and bio-accumulating compounds to the Niagara River and its tributaries have occurred over many decades. High concentrations of polychlorinated biphenyls (PCBs) have been found in samples of fish tissue from many locations, including three tributaries to the Niagara River: Tonawanda Creek, Two mile Creek, and Rattlesnake Creek (study reaches listed in Table 1).
Study site for SPMD sampler in a tributary to the Niagara RiverHigh PCB concentrations have also been found in mussel tissues during in situ experiments in the latter two creeks PCBs have been detected in sediments from many locations, but they were generally lower than expected given the elevated PCB concentrations recently observed in fish and mussel tissues from selected sites in the three tributaries. Local sources of PCB contamination in each tributary generally remain unknown, but probable sources need to be isolated/identified to help define appropriate management and (or) remediation actions.
To help pinpoint likely sources of PCBs, the United States Geological Survey (USGS) and New York State Department of Environmental Conservation (NYSDEC) propose to determine PCB concentrations in water from as many as 12 sites in each of the three tributaries to the Niagara River, using semi-permeable membrane devices (SPMDs) deployed during two rounds.
Table 1. Identification codes, descriptions, and coordinates for 29 study locations in Rattlesnake Creek, Two mile Creek, and Tonawanda Creek.
___________________________________________________________________________________________________________________
Site ID
Description
Latitude
Longitude
Two mile Creek
TMC-01
Downstream of Rattlesnake Creek
43.00848316
-78.90649806
TMC-02
Adjacent to outfall on eastern bank
43.00774309
-78.90638884
TMC-03
Just downstream of outfall located under path to east
43.00667274
-78.90641572
TMC-04
Downstream of several outfalls and 2009 yoy fish sampling location
43.00533529
-78.90587645
TMC-05
Upstream of several outfalls and 2009 yoy fish sampling point
43.00443792
-78.90540629
TMC-06
Downstream of two outfalls
43.00195098
-78.90344614
TMC-07
Downstream of WWTP
42.99658956
-78.90053451
TMC-08
Downstream of remediated section
42.99327205
-78.89978799
TMC-09
Downstream of Oriskany Drive sewer outfall
42.99048394
-78.89943406
TMC-10
Downstream of tributary and two other outfalls
42.98833675
-78.89939241
TMC-11
Downstream of pond and one outfall
42.98446109
-78.89827664
TMC-12
At 2016 sediment core sample location
42.971838
-78.894831
Rattlesnake Creek
RC-01
Between downstream end of conduit and Two mile Creek
43.00773058
-78.90686972
RC-02
Upstream of conduit
43.00467364
-78.91183063
RC-03
Outside downstream boundary of Riverview Industrial Center site
43.00391952
-78.91320403
RC-04
Downstream of confluence with north branch
43.0027407
-78.91567576
RC-05
Near discharge of pipe under Seaway/Niagara Landfill
42.99746188
-78.91819593
Tonawanda Creek
TC-01
Downstream of Gastown MGP site
43.02220822
-78.87293369
TC-02
Upstream of Gastown MGP site
43.02320515
-78.86935662
TC-03
Near 2003 caged mussel downstream location
43.02215756
-78.85786131
TC-04
Near 2003 caged mussel upstream location
43.01907809
-78.85167623
TC-05
Ellicot Creek park
43.02322769
-78.8344554
TC-06
Downstream of island
43.03010684
-78.8291622
TC-07
Upstream of island (channel around island has a number of outfalls)
43.03419096
-78.82533933
TC-08
North Tonawanda Botanical Gardens
43.03874051
-78.82661362
TC-09
Near Walck Road
43.04586864
-78.83195583
TC-10
Downstream of Creekside Golf Course site
43.05152757
-78.82450615
TC-11
Upstream of Creekside Golf Course site
43.05145594
-78.81784064
TC-12
Upstream of Amherst WWTP
43.05335407
-78.80843051
The main objective of this study is to gather data needed to help isolate/identify specific sources of PCBs in the three tributaries. Such information will be used to direct efforts to reduce PCB contamination and to, along with other lines of evidence, determine if associated beneficial use impairments (BUIs) in the Niagara River Area of Concern (AOC) could be removed.
Approach
Staff from the Columbia Environmental Research Center (CERC) will construct the SPMDs and provide installation training to staff from the USGS New York Water Science Center (NYWSC), who will place SPMDs at 5 locations in Rattlesnake Creek, 12 locations in Two mile Creek, and 12 locations in Tonawanda Creek for approximately 1 month during the initial sampling round in fall 2018; and as many as 25 SPMDs will be installed again in spring 2019 after assessing results from the fall sampling. Specific sample-site locations will be directed by NYSDEC staff and reflect locations where PCB hotspots were evident (based on data from prior samples) or suspected (based on historic outfalls or permitted dischargers). Installation will be done by wading where possible (e.g., Two mile Creek and Rattlesnake Creek) and from a small boat in Tonawanda Creek. Staff from CERC will process the samplers, analyze samples for PCB congeners (Table 2), and estimate water concentrations for PCBs. Detection limits will vary depending on field conditions and deployment time; but are generally in the picogram/liter (pg/L) range. Quality control samples will include laboratory blanks, 6 field blanks, and replicate samples done at 2 or 3 sites. The second round of sampling will take place at 20 to 25 sites in early 2019 to more tightly refine the source of any PCB hotspots identified during the first round. All data from both sampling rounds will be made available to the NYSDEC and USEPA after validation as a USGS web-based (public) Data Release and as original data via the USGS National Water Information System (NWIS).
The initial round SPMD deployments will be in fall 2018 for approximately 1 month; it is expected that draft data for these samples will be available within 3 months of SPMD collection. Provisional chemistry data from the initial round of sampling will be used to guide the follow-up round of sampling, which is planned for spring 2019. Provisional chemistry data from the second round of sampling should be available within 3 months of SPMD collection. All chemistry data from both sampling rounds should be validated and analyzed, and the draft USGS Data Release prepared, by fall 2019. Internal peer reviews for technical, editorial, administrative, and metadata review may take an additional month or two.
Table 2. List of PCB congeners that will be analyzed from the SPMDs by the CERC.
__________________________________________________________________________________________
PCB-001
PCB-022
PCB-047
PCB-074
PCB-103
PCB-132
PCB-167
PCB-190
PCB-002
PCB-024/027
PCB-048/075
PCB-077
PCB-104
PCB-134
PCB-170
PCB-191
PCB-003
PCB-025
PCB-049
PCB-081
PCB-105
PCB-135/124/144
PCB-171
PCB-193
PCB-004/010
PCB-026
PCB-051
PCB-082
PCB-107
PCB-137
PCB-172
PCB-194
PCB-005
PCB-028
PCB-052
PCB-083
PCB-110
PCB-141
PCB-173
PCB-195
PCB-006
PCB-031
PCB-053
PCB-084
PCB-114
PCB-147
PCB-174
PCB-197
PCB-007/009
PCB-032
PCB-054
PCB-085
PCB-115
PCB-146
PCB-175
PCB-199
PCB-008
PCB-034
PCB-056/060
PCB-087
PCB-117
PCB-149
PCB-176
PCB-200
PCB-012/013
PCB-035
PCB-059
PCB-090/101
PCB-118
PCB-151
PCB-177
PCB-201
PCB-014
PCB-037
PCB-063
PCB-092
PCB-119
PCB-153
PCB-178
PCB-202
PCB-015
PCB-040
PCB-066
PCB-091
PCB-122
PCB-154
PCB-179
PCB-203/196
PCB-016
PCB-041/064
PCB-067
PCB-093
PCB-123
PCB-156
PCB-180
PCB-205
PCB-017
PCB-042
PCB-069
PCB-095
PCB-128
PCB-157
PCB-183
PCB-206
PCB-018
PCB-044
PCB-070
PCB-097
PCB-129
PCB-158
PCB-185
PCB-208
PCB-019
PCB-045
PCB-071
PCB-099
PCB-130
PCB-163/164/138
PCB-187
PCB-209
PCB-020/033
PCB-046
PCB-073
PCB-100
PCB-131
PCB-165
PCB-189
Total PCBs
The preparation of SPMDs, SPMD deployment, and analysis of chemical constituents will follow published methods (Alvarez 2010; Alvarez et al. 2008; Gale 2007) and established SOPs developed by CERC. Data validation will be conducted by CERC's Environmental Chemistry Branch Chief and the quality assurance (QA) Specialist. Raw data will be archived on CERC's network servers and finalized data and accompanying metadata will be part of a public (USGS-ScienceBase) Data Release.
Deliverables will take the form of a USGS-ScienceBase Data Release, that will include metadata describing SPMD sampling locations, dates and durations, methods of collection and analysis, and final chemistry data for each SPMD sample that was collected. Original data from all SPMD will be archived in the USGS National Water Information System (NWIS). Both the Data Release and NWIS data will be freely available to the public.
References:
Alvarez, D. A. 2010. Guidelines for the use of the semipermeable membrane device (SPMD) and the polar organic chemical integrative sampler (POCIS) in environmental monitoring studies, Techniques and Methods 1-D4, 28 p. U.S. Geological Survey, Columbia, MO.
Alvarez, D. A., W. L. Cranor, S. D. Perkins, R. C. Clark, and S. B. Smith. 2008. Chemical and toxicological assessment of organic contaminants in surface water using passive samplers. Journal of Environmental Quality 37:1024-1033. doi:10.2134/jeq2006.0463.
Gale, R. W. 2007. Estimation of freely-dissolved concentrations of polychlorinated biphenyls, 2,3,7,8-substituted congeners and homologs of polychlorinated dibenzo-p-dioxins and dibenzofurans in water for development of total maximum daily loadings for the Bluestone River Watershed, Virginia and West Virginia. U.S. Geological Survey, OFR 2007-1272, Columbia, MO.Project Location by County
Erie County, NY, Niagara County, NY
- Source: USGS Sciencebase (id: 5d4c3a0fe4b01d82ce8dfaca)
- Connect