Allen Creek, near the Town of Brighton, New York, flows over rock, creating the stunning Postcard Falls at Corbett's Glen Nature Park. Learn about the water quality of Allen Creek and other Northeast streams studied by the USGS Northeast Stream Quality Assessment here.
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Allen Creek, near the Town of Brighton, New York, flows over rock, creating the stunning Postcard Falls at Corbett's Glen Nature Park. Learn about the water quality of Allen Creek and other Northeast streams studied by the USGS Northeast Stream Quality Assessment here.
Corbett's Glen Nature Park, Town of Brighton, Monroe County, New York. This was one of the sampling sites for the USGS Norheastern Stream Quality Assessment (NESQA).
Corbett's Glen Nature Park, Town of Brighton, Monroe County, New York. This was one of the sampling sites for the USGS Norheastern Stream Quality Assessment (NESQA).
USGS scientist Mike Freeman measures nutrient levels in Goggin Drain, Utah. USGS scientists are conducting an experimental study on two Utah water bodies to gain a better understanding of nutrient levels, which could help determine how to best manage algal bloom outbreaks.
USGS scientist Mike Freeman measures nutrient levels in Goggin Drain, Utah. USGS scientists are conducting an experimental study on two Utah water bodies to gain a better understanding of nutrient levels, which could help determine how to best manage algal bloom outbreaks.
USGS scientists Christopher L. Shope, Bryan Downing, Katy O'Donnell and Mike Freeman measure nutrient levels in Goggin Drain, Utah. USGS scientists are conducting an experimental study on two Utah water bodies to gain a better understanding of nutrient levels, which could help determine how to best manage algal bloom outbreaks.
USGS scientists Christopher L. Shope, Bryan Downing, Katy O'Donnell and Mike Freeman measure nutrient levels in Goggin Drain, Utah. USGS scientists are conducting an experimental study on two Utah water bodies to gain a better understanding of nutrient levels, which could help determine how to best manage algal bloom outbreaks.
USGS scientists Bryan Downing, Mike Freeman and Katy O'Donnell measure nutrient levels in Goggin Drain, Utah. USGS scientists are conducting an experimental study on two Utah water bodies to gain a better understanding of nutrient levels, which could help determine how to best manage algal bloom outbreaks.
USGS scientists Bryan Downing, Mike Freeman and Katy O'Donnell measure nutrient levels in Goggin Drain, Utah. USGS scientists are conducting an experimental study on two Utah water bodies to gain a better understanding of nutrient levels, which could help determine how to best manage algal bloom outbreaks.
USGS scientists Christopher L. Shope, Bryan Downing, Katy O'Donnell and Mike Freeman measure nutrient levels in Goggin Drain, Utah. USGS scientists are conducting an experimental study on two Utah water bodies to gain a better understanding of nutrient levels, which could help determine how to best manage algal bloom outbreaks.
USGS scientists Christopher L. Shope, Bryan Downing, Katy O'Donnell and Mike Freeman measure nutrient levels in Goggin Drain, Utah. USGS scientists are conducting an experimental study on two Utah water bodies to gain a better understanding of nutrient levels, which could help determine how to best manage algal bloom outbreaks.
Water flows from a stormwater outfall in the Northeast. Such outfalls are considered point source discharges.
Water flows from a stormwater outfall in the Northeast. Such outfalls are considered point source discharges.
Water-quality sensors kept clean for harmful algal bloom monitoring
Water-quality sensors kept clean for harmful algal bloom monitoringSensors are cleaned with an automatic wiper brush on the continuous water-quality monitors.
Water-quality sensors kept clean for harmful algal bloom monitoring
Water-quality sensors kept clean for harmful algal bloom monitoringSensors are cleaned with an automatic wiper brush on the continuous water-quality monitors.
USGS scientist collects noble gas sample from spring site
USGS scientist collects noble gas sample from spring siteUSGS scientist collects noble gas sample from spring site near Roaring Judy, Colorado. Groundwater discharge that flows into the Upper Colorado River Basin varies in response to drought, which is likely due to aquifer systems that contain relatively young groundwater, according to a new U
USGS scientist collects noble gas sample from spring site
USGS scientist collects noble gas sample from spring siteUSGS scientist collects noble gas sample from spring site near Roaring Judy, Colorado. Groundwater discharge that flows into the Upper Colorado River Basin varies in response to drought, which is likely due to aquifer systems that contain relatively young groundwater, according to a new U
Spring sampling location along Little Sandy River in southern Wyoming. Groundwater discharge that flows into the Upper Colorado River Basin varies in response to drought, which is likely due to aquifer systems that contain relatively young groundwater, according to a new U.S.
Spring sampling location along Little Sandy River in southern Wyoming. Groundwater discharge that flows into the Upper Colorado River Basin varies in response to drought, which is likely due to aquifer systems that contain relatively young groundwater, according to a new U.S.
Water quality and sampling equipment deployed at spring site near Roaring Judy, Colorado. Groundwater discharge that flows into the Upper Colorado River Basin varies in response to drought, which is likely due to aquifer systems that contain relatively young groundwater, according to a new U.S
Water quality and sampling equipment deployed at spring site near Roaring Judy, Colorado. Groundwater discharge that flows into the Upper Colorado River Basin varies in response to drought, which is likely due to aquifer systems that contain relatively young groundwater, according to a new U.S
Harmful algal blooms turn water in Milford Lake emerald green
Harmful algal blooms turn water in Milford Lake emerald greenHarmful algal blooms turn water in Milford Lake emerald green
Harmful algal blooms turn water in Milford Lake emerald green
Harmful algal blooms turn water in Milford Lake emerald greenHarmful algal blooms turn water in Milford Lake emerald green
Harmful algal blooms turn lake water emerald green
Harmful algal blooms turn lake water emerald greenHarmful algal blooms turn water in Milford Lake emerald green
Harmful algal blooms turn lake water emerald green
Harmful algal blooms turn lake water emerald greenHarmful algal blooms turn water in Milford Lake emerald green
New technology is helping the USGS monitor harmful algal blooms
New technology is helping the USGS monitor harmful algal blooms
Harmful algal blooms turn lake water emerald green
Harmful algal blooms turn lake water emerald greenHarmful algal blooms turn lake water emerald green
Harmful algal blooms turn lake water emerald green
Harmful algal blooms turn lake water emerald greenHarmful algal blooms turn lake water emerald green
Harmful algal blooms turn water in Milford Lake emerald green
Harmful algal blooms turn water in Milford Lake emerald greenHarmful algal blooms turn water in Milford Lake emerald green
Harmful algal blooms turn water in Milford Lake emerald green
Harmful algal blooms turn water in Milford Lake emerald greenHarmful algal blooms turn water in Milford Lake emerald green
USGS scientists monitor the water quality off a bridge near Sedgwick, Kansas. A new USGS study shows that water quality on the Little Arkansas River and in the Equus Beds aquifer has not substantially changed since 2007 recharge activities began in the Equus Beds aquifer.
USGS scientists monitor the water quality off a bridge near Sedgwick, Kansas. A new USGS study shows that water quality on the Little Arkansas River and in the Equus Beds aquifer has not substantially changed since 2007 recharge activities began in the Equus Beds aquifer.
The City of Wichita's Equus Beds Aquifer Storage and Recovery Phase II river intake structure near Sedgwick, Kansas. A new USGS study shows that water quality on the Little Arkansas River and in the Equus Beds aquifer has not substantially changed since 2007 recharge activities began in the Equus Beds aquifer.
The City of Wichita's Equus Beds Aquifer Storage and Recovery Phase II river intake structure near Sedgwick, Kansas. A new USGS study shows that water quality on the Little Arkansas River and in the Equus Beds aquifer has not substantially changed since 2007 recharge activities began in the Equus Beds aquifer.
USGS Employees Take Samples In Bronx River for Northeast Stream Study
USGS Employees Take Samples In Bronx River for Northeast Stream StudyUSGS employees take samples in Bronx River for a Northeast stream Quality Assessment
USGS Employees Take Samples In Bronx River for Northeast Stream Study
USGS Employees Take Samples In Bronx River for Northeast Stream StudyUSGS employees take samples in Bronx River for a Northeast stream Quality Assessment
Screen capture of ModelMuse with the caption "This video briefly describes the Riparian Evapotranspiration package (RIP) package and how ModelMuse supports it."
Screen capture of ModelMuse with the caption "This video briefly describes the Riparian Evapotranspiration package (RIP) package and how ModelMuse supports it."
Harmful algal bloom turns Lake Milford water emerald green
Harmful algal bloom turns Lake Milford water emerald greenHarmful algal blooms turn water in Milford Lake emerald green
Harmful algal bloom turns Lake Milford water emerald green
Harmful algal bloom turns Lake Milford water emerald greenHarmful algal blooms turn water in Milford Lake emerald green