A poster describing the habitat evaluation toolbox to support freshwater mussel restoration developed by CERC researchers.
Images
A poster describing the habitat evaluation toolbox to support freshwater mussel restoration developed by CERC researchers.
A diagram detailing Columbia Environmental Research Center's human health risk assessment strategies as they relate to PFAS.
A diagram detailing Columbia Environmental Research Center's human health risk assessment strategies as they relate to PFAS.
Environmental fate and transport of per- and polyfluoroalkyl substances (PFAS). PFAS can be from direct and indirect releases or emissions of PFAS from producers or industrial facilities manufacturing PFAS (outlined in red). Primary sources (outlined in orange) include consumer goods, PFAS-containing firefighting foams, landfills, and wastewater treatment plants.
Environmental fate and transport of per- and polyfluoroalkyl substances (PFAS). PFAS can be from direct and indirect releases or emissions of PFAS from producers or industrial facilities manufacturing PFAS (outlined in red). Primary sources (outlined in orange) include consumer goods, PFAS-containing firefighting foams, landfills, and wastewater treatment plants.
A collage of "Environmental Science and Technology" publications that are related to CERC's bioinformatics PFAS research
A collage of "Environmental Science and Technology" publications that are related to CERC's bioinformatics PFAS research
Biosolids applied to soil in an agricultural setting are of interest to researchers at Columbia Environmental Research Center.
Biosolids applied to soil in an agricultural setting are of interest to researchers at Columbia Environmental Research Center.
USGS-CERC Scientists collecting aquatic insects using a suction apparatus and a lighting attraction system
USGS-CERC Scientists collecting aquatic insects using a suction apparatus and a lighting attraction system
A diagram of the food web as it relates to the microbiome of aquatic organisms. This diagram is related to PFAS research at CERC.
A diagram of the food web as it relates to the microbiome of aquatic organisms. This diagram is related to PFAS research at CERC.
Environmental and Human Health Risk Assessment Diagram related to PFAS work at USGS-CERC.
Environmental and Human Health Risk Assessment Diagram related to PFAS work at USGS-CERC.
Instrument that is part of USGS-Columbia Environmental Research Center Analytical Chemistry Capabilities
Instrument that is part of USGS-Columbia Environmental Research Center Analytical Chemistry Capabilities
An image of Columbia Environmental Research Center's wet lab after it was newly installed.
An image of Columbia Environmental Research Center's wet lab after it was newly installed.
A photo of agricultural lands with biosolids applied. Photo courtesy of Jason Masoner, USGS.
A photo of agricultural lands with biosolids applied. Photo courtesy of Jason Masoner, USGS.
A photo of a USGS scientist deploying passive sampling equipment underwater.
A photo of a USGS scientist deploying passive sampling equipment underwater.
A word cloud representing the frequency of words mentioned in the USGS PFAS Sampling Guide.
A word cloud representing the frequency of words mentioned in the USGS PFAS Sampling Guide.
Environmental fate and transport of per- and polyfluoroalkyl substances (PFAS). PFAS can be from direct and indirect releases or emissions of PFAS from producers or industrial facilities manufacturing PFAS (outlined in red). Primary sources (outlined in orange) include consumer goods, PFAS-containing firefighting foams, landfills, and wastewater treatment plants.
Environmental fate and transport of per- and polyfluoroalkyl substances (PFAS). PFAS can be from direct and indirect releases or emissions of PFAS from producers or industrial facilities manufacturing PFAS (outlined in red). Primary sources (outlined in orange) include consumer goods, PFAS-containing firefighting foams, landfills, and wastewater treatment plants.
This is a photo of two USGS scientists working in the Clinton Watershed for a Fatmucket mussel reintroduction effort.
This is a photo of two USGS scientists working in the Clinton Watershed for a Fatmucket mussel reintroduction effort.
This is an image of a mussel silo that has been deployed in the Clinton watershed.
This is an image of a mussel silo that has been deployed in the Clinton watershed.
This is an image of USGS employees working at a field site for a mussel restoration project.
This is an image of USGS employees working at a field site for a mussel restoration project.
This is an image of a mussel silo used for CERC-USGS mussel restoration efforts. The mussel silo is a bunker that houses mussels while they grow.
This is an image of a mussel silo used for CERC-USGS mussel restoration efforts. The mussel silo is a bunker that houses mussels while they grow.
Floating Upweller System (FLUPSY) that houses growing mussels intended for reintroduction. This FLUPSY is at the Columbia Environmental Research Center.
Floating Upweller System (FLUPSY) that houses growing mussels intended for reintroduction. This FLUPSY is at the Columbia Environmental Research Center.
Mussels recovered from a silo in October for Columbia Environmental Research Center's mussel restoration project.
Mussels recovered from a silo in October for Columbia Environmental Research Center's mussel restoration project.
Douglas Hardesty, a USGS employee, holds a handful of juvenile Fatmucket mussels which are intended for reintroduction.
Douglas Hardesty, a USGS employee, holds a handful of juvenile Fatmucket mussels which are intended for reintroduction.