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Image shows a USGS scientist in safety equipment standing on a bridge measuring floodwaters from Hurricane Isaias
Measuring streamflow on Rock Creek after Hurricane Isaias
Measuring streamflow on Rock Creek after Hurricane Isaias
Measuring streamflow on Rock Creek after Hurricane Isaias

Fisseha Mengistu, USGS hydrologic technician, uses a device that lowers a water sampler into the creek below to collect samples used for water quality testing. Experts will be able to use this data to track how Tropical Storm Isaias impacted water quality in the area. This work was done on Rock Creek in Washington, D.C.

Fisseha Mengistu, USGS hydrologic technician, uses a device that lowers a water sampler into the creek below to collect samples used for water quality testing. Experts will be able to use this data to track how Tropical Storm Isaias impacted water quality in the area. This work was done on Rock Creek in Washington, D.C.

 A USGS storm tide sensor is attached to a bridge and will measure the impacts of Hurricane Isaias.
This USGS storm tide sensor installed for Hurricane Isaias.
This USGS storm tide sensor installed for Hurricane Isaias.
This USGS storm tide sensor installed for Hurricane Isaias.

This USGS storm tide sensor was installed August 1 in North Myrtle Beach, South Carolina to measure the coastal impacts of Hurricane Isaias. Photo by Joshua Lee, USGS.

This USGS storm tide sensor was installed August 1 in North Myrtle Beach, South Carolina to measure the coastal impacts of Hurricane Isaias. Photo by Joshua Lee, USGS.

This rapid deployment gauge that was installed August 1 in Swansboro, NC to monitor potential flooding caused by Isaias.
RDG installed in NC to monitor potential flooding caused by Isaias
RDG installed in NC to monitor potential flooding caused by Isaias
RDG installed in NC to monitor potential flooding caused by Isaias

This rapid deployment gauge was installed August 1 in Swansboro, North Carolina on the White Oak River to monitor water levels in order track potential flooding caused by Tropical Storm Isaias. Photo by Bryce McClenney, USGS. 

This rapid deployment gauge was installed August 1 in Swansboro, North Carolina on the White Oak River to monitor water levels in order track potential flooding caused by Tropical Storm Isaias. Photo by Bryce McClenney, USGS. 

USGS gage 04159130 St. Clair River at Port Huron, MI
USGS gage 04159130 St. Clair River at Port Huron, MI
USGS gage 04159130 St. Clair River at Port Huron, MI
USGS gage 04159130 St. Clair River at Port Huron, MI

Josh Loewel, Hydrologic Technician for the Upper Midwest Water Science Center, Lansing Office, servicing the ADVM at St. Clair River at Port Huron, MI (USGS Station Number 04159130). Photograph was taken looking southeast, with the city of Sarnia, Ontario on the opposite bank of the river.

Josh Loewel, Hydrologic Technician for the Upper Midwest Water Science Center, Lansing Office, servicing the ADVM at St. Clair River at Port Huron, MI (USGS Station Number 04159130). Photograph was taken looking southeast, with the city of Sarnia, Ontario on the opposite bank of the river.

David O'Leary setting up the RTK GPS base station to establish a base elevation on a point above the Colorado River.
David O'Leary setting up the RTK GPS base station.
David O'Leary setting up the RTK GPS base station.
David O'Leary setting up the RTK GPS base station.

David O'Leary is setting up the RTK GPS base station to establish a base elevation on a point above the Colorado River downstream of the rapids of Cataract Canyon.

David O'Leary is setting up the RTK GPS base station to establish a base elevation on a point above the Colorado River downstream of the rapids of Cataract Canyon.

Scientists preparing equipment attached to a four-wheel field vehicle
USGS intern prepares geophysical equipment
USGS intern prepares geophysical equipment
USGS intern prepares geophysical equipment

In this photo, USGS intern Brett Trottier (right) is learning how to prepare and deploy geophysical equipment from USGS hydrologist Eric White (left). The towed transient electromagnetic (tTEM) system is used to map the shallow subsurface to help us understand geologic and hydrogeologic conditions.

In this photo, USGS intern Brett Trottier (right) is learning how to prepare and deploy geophysical equipment from USGS hydrologist Eric White (left). The towed transient electromagnetic (tTEM) system is used to map the shallow subsurface to help us understand geologic and hydrogeologic conditions.

Hydrologic Technicians, Michael Willis and Rogelio Hernandez kayaking on the Rio Grande to collect sample
Two hydrologic technicians kayaking to collect samples
Two hydrologic technicians kayaking to collect samples
Two hydrologic technicians kayaking to collect samples

Hydrologic Technicians, Michael Willis and Rogelio Hernandez kayaking on the Rio Grande to collect samples prior to herbicide treatment on invasive Arundo Cane.

 

Hydrologic Technicians, Michael Willis and Rogelio Hernandez kayaking on the Rio Grande to collect samples prior to herbicide treatment on invasive Arundo Cane.

 

Photo of Sugar Creek
Sugar Creek, near New Palestine, Indiana
Sugar Creek, near New Palestine, Indiana
Sugar Creek, near New Palestine, Indiana

Sugar Creek, near New Palestine, Indiana. Sugar Creek is part of a long-term USGS stream monitoring project, and was one of 72 U.S.

Sugar Creek, near New Palestine, Indiana. Sugar Creek is part of a long-term USGS stream monitoring project, and was one of 72 U.S.

Peter Spatz making an ADCP measurement from the cable way at streamgage 13142500
Peter Spatz making an ADCP measurement from a cable way at streamgage
Peter Spatz making an ADCP measurement from a cable way at streamgage
Peter Spatz making an ADCP measurement from a cable way at streamgage

Peter Spatz making an ADCP measurement from the cable way at streamgage 13142500 Big Wood River below Magic Dam near Richfield, ID.

Brad Huffman at the historic Cataloochee Creek near Cataloochee, NC Stream gage 03460000
Brad Huffman at the historic Cataloochee Creek near Cataloochee, NC
Brad Huffman at the historic Cataloochee Creek near Cataloochee, NC
Brad Huffman at the historic Cataloochee Creek near Cataloochee, NC

Brad Huffman (SAWSC) holds the level rod during an annual set of levels at the historic Cataloochee Creek near Cataloochee, NC Stream gage 03460000 in Great Smoky Mountains National Park.

Brad Huffman (SAWSC) holds the level rod during an annual set of levels at the historic Cataloochee Creek near Cataloochee, NC Stream gage 03460000 in Great Smoky Mountains National Park.

Liam Schenk (USGS Oregon) holding a sediment core collected from the bottom of Iron Gate Reservoir, Klamath River, CA
Liam Schenk (USGS Oregon) holding a sediment core
Liam Schenk (USGS Oregon) holding a sediment core
Liam Schenk (USGS Oregon) holding a sediment core

Liam Schenk (USGS Oregon) holding a sediment core collected from the bottom of Iron Gate Reservoir, Klamath River, CA.

Liam Schenk (USGS Oregon) holding a sediment core collected from the bottom of Iron Gate Reservoir, Klamath River, CA.

The Colorado River near Grand Junction, Colorado. 
The Colorado River near Grand Junction, Colorado. 
The Colorado River near Grand Junction, Colorado. 
The Colorado River near Grand Junction, Colorado. 

The Colorado River near Grand Junction, Colorado. The entire Colorado River Basin provides water for more than 40 million people in seven states and nearly 5.5 million acres of farmland across the western U.S. and Mexico. 

The Colorado River near Grand Junction, Colorado. The entire Colorado River Basin provides water for more than 40 million people in seven states and nearly 5.5 million acres of farmland across the western U.S. and Mexico.