Environmental DNA surveillance data for USGS streamgage sampling in the Columbia River Basin, 2018
Dates
Start Date
2018-05-17
End Date
2018-09-25
Publication Date
2019-03-29
Revision
2019-07-19
Citation
Sepulveda, A.J., 2019, Environmental DNA surveillance data for USGS streamgage sampling in the Columbia River Basin, 2018 (ver. 1.1, July 2019): U.S. Geological Survey data release, https://doi.org/10.5066/P9Q8GCLM.
Summary
Environmental DNA quantitative PCR results for water samples collected in 2018 at USGS streamgages downstream of Columbia River Basin reservoirs that are considered to have moderate to high suitability for invasive dreissenid mussels. Water samples were tested for DNA of dreissenid mussels, kokanee salmon, and yellow perch. This is version 1.1 of this data release. The Kokanee_Perch_eDNA data and metadata files have been revised to correct for improper attribution of 16 samples. For access to previous versions, please contact the Point of Contact identified on this page. First Posted March 29, 2019 Revised July 19, 2019, ver 1.1
Summary
Environmental DNA quantitative PCR results for water samples collected in 2018 at USGS streamgages downstream of Columbia River Basin reservoirs that are considered to have moderate to high suitability for invasive dreissenid mussels. Water samples were tested for DNA of dreissenid mussels, kokanee salmon, and yellow perch. This is version 1.1 of this data release. The Kokanee_Perch_eDNA data and metadata files have been revised to correct for improper attribution of 16 samples. For access to previous versions, please contact the Point of Contact identified on this page.
First Posted March 29, 2019
Revised July 19, 2019, ver 1.1
Environmental DNA results for water samples collected at USGS streamgages in the Columbia and Colorado river basins. Water samples were collected by USGS hydrologic technicians May - September 2018 and analyzed for presence of dreissenid mussel, kokanee salmon, and yellow perch DNA. In this dataset, we report quantitative PCR results for each streamgage site.
