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Photo of USGS scientists measuring nutrient levels in Goggin Drain, Utah.
Scientists measure nutrient levels
Scientists measure nutrient levels
Scientists measure nutrient levels

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.

Photo of USGS scientists measuring nutrient levels in Goggin Drain, Utah.
Utah Nutrient Study
Utah Nutrient Study
Utah Nutrient Study

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.

Photo of USGS water-quality instruments to measure nutrient levels
USGS water-quality instruments to measure nutrient levels
USGS water-quality instruments to measure nutrient levels
USGS water-quality instruments to measure nutrient levels

USGS scientists use multiple high-frequency water quality instruments contained in a cage to measure nutrients and algal changes in surface water. 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 use multiple high-frequency water quality instruments contained in a cage to measure nutrients and algal changes in surface water. 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.

Photo of a spring sampling location along Little Sandy River in southern Wyoming.
Spring sampling in Wyoming
Spring sampling in Wyoming
Spring sampling in Wyoming

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.

Photo of USGS scientist collecting noble gas sample from spring site near Roaring Judy, Colorado. 
USGS scientist collects noble gas sample from spring site
USGS scientist collects noble gas sample from spring site
USGS scientist collects noble gas sample from spring site

USGS 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 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

Photo of water quality and sampling equipment deployed at spring site near Roaring Judy, Colorado.
Water quality and sampling at spring site
Water quality and sampling at spring site
Water quality and sampling at spring site

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

Photo showing the Great Basin area
Great Basin
Great Basin
Great Basin

The Great Basin area in the northern Snake Range near the Utah/Nevada boarder. 

The Great Basin area in the northern Snake Range near the Utah/Nevada boarder. 

Tree in the Great Basin range
Great Basin
Great Basin
Great Basin

The Great Basin area in the northern Snake Range near the Utah/Nevada boarder. 

The Great Basin area in the northern Snake Range near the Utah/Nevada boarder. 

Photo showing the Great Basin area
Great Basin
Great Basin
Great Basin

The Great Basin area in the northern Snake Range near the Utah/Nevada boarder. 

The Great Basin area in the northern Snake Range near the Utah/Nevada boarder. 

Photo showing the Great Basin area
Great Basin
Great Basin
Great Basin

The Great Basin area in the northern Snake Range near the Utah/Nevada boarder. 

The Great Basin area in the northern Snake Range near the Utah/Nevada boarder. 

Photo showing the Great Basin area
Great Basin
Great Basin
Great Basin

The Great Basin area in the northern Snake Range near the Utah/Nevada boarder. 

The Great Basin area in the northern Snake Range near the Utah/Nevada boarder. 

Photo of the Colorado River near Moab, Utah
Colorado River Near Moab, Utah.
Colorado River Near Moab, Utah.
Colorado River Near Moab, Utah.

Water flowing on the Colorado River near Moab, Utah. 

The entire Colorado River Basin currently supports 50 million people, and that amount is expected to increase by 23 million between 2000 and 2030. A new USGS study shows more than half of the streamflow in the Upper Colorado River Basin originates as groundwater. 

Water flowing on the Colorado River near Moab, Utah. 

The entire Colorado River Basin currently supports 50 million people, and that amount is expected to increase by 23 million between 2000 and 2030. A new USGS study shows more than half of the streamflow in the Upper Colorado River Basin originates as groundwater. 

Receding Great Salt Lake as seen from causeway
Great Salt Lake Receding
Great Salt Lake Receding
Great Salt Lake Receding

Receding Great Salt Lake as seen from causeway

Receding Great Salt Lake as seen from causeway

Collecting water sample in tall grass at Kane Springs, Utah on beautiful fall day.
Kane Springs, San Juan County, Utah Fall 2015
Kane Springs, San Juan County, Utah Fall 2015
Kane Springs, San Juan County, Utah Fall 2015

Collecting sample in tall grass at Kane Springs, San Juan County, Utah, Fall 2015.

Collecting sample in tall grass at Kane Springs, San Juan County, Utah, Fall 2015.

South Salt Wash, Emery County, Utah, Fall 2015
South Salt Wash, Emery County, Utah, Fall 2015
South Salt Wash, Emery County, Utah, Fall 2015
South Salt Wash, Emery County, Utah, Fall 2015

South Salt Wash, Emery County, Utah.

Collecting sediment traps on Lake Powell that were deployed after Gold King Mine release.
Lake Powell, Kane County, Utah, Fall 2015
Lake Powell, Kane County, Utah, Fall 2015
Lake Powell, Kane County, Utah, Fall 2015

Collecting sediment traps on Lake Powell.

A receding Great Salt Lake shoreline leaves a vast beach.
GSL3.JPG
GSL3.JPG
GSL3.JPG

Looking southeast across the Great Salt Lake from the causeway east of Lakeside, Utah.

Looking southeast across the Great Salt Lake from the causeway east of Lakeside, Utah.

Collecting a QW sample on Muddy Creek near Tomsich Butte, eastern Utah.
Sampling on Muddy Creek
Sampling on Muddy Creek
Sampling on Muddy Creek

Hydrologic technician wades stream to collect a water-quality sample on Muddy Creek near Tomsich Butte, eastern Utah.

Hydrologic technician wades stream to collect a water-quality sample on Muddy Creek near Tomsich Butte, eastern Utah.

USGS scientist makes ADCP measurement from canoe where the Bear River enters Great Salt Lake
Great Salt Lake ADCP measurement at Bear River Bay causeway bridge
Great Salt Lake ADCP measurement at Bear River Bay causeway bridge
Great Salt Lake ADCP measurement at Bear River Bay causeway bridge

USGS scientist makes ADCP measurement from canoe where the Bear River enters Great Salt Lake

USGS scientist makes ADCP measurement from canoe where the Bear River enters Great Salt Lake

Making an ADCP measurement on the Bear River below Alexander Reservoir, Idaho
Bear River below Alexander Reservoir, Idaho
Bear River below Alexander Reservoir, Idaho
Bear River below Alexander Reservoir, Idaho

USGS hydrologic technician makes an ADCP measurement by walking across streambed on the Bear River below Alexander Reservoir, Idaho.

USGS hydrologic technician makes an ADCP measurement by walking across streambed on the Bear River below Alexander Reservoir, Idaho.

USGS scientist on Great Salt Lake beach
Great Salt Lake beach
Great Salt Lake beach
Great Salt Lake beach

USGS hydrologist walks across Great Salt Lake beach to reach receding shoreline. 

USGS hydrologist walks across Great Salt Lake beach to reach receding shoreline.