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USGS scientist recording at Ellerbe Creek, Durham, NC
USGS scientist recording at Ellerbe Creek, Durham, NC
USGS scientist recording at Ellerbe Creek, Durham, NC
USGS scientist recording at Ellerbe Creek, Durham, NC

USGS scientist recording at Ellerbe Creek, Durham, NC

Thermoelectric power plant with cooling towers, smokestacks, and transmission towers
Thermoelectric power plant Bowen owned by Georgia Power Company
Thermoelectric power plant Bowen owned by Georgia Power Company
Thermoelectric power plant Bowen owned by Georgia Power Company

Thermoelectric power plant Bowen owned by Georgia Power Company, from Highway 113, Euharlee, Bartow County, Georgia. Plant Bowen is one of the largest coal-fired power plants in the United States. Plant Bowen uses recirculating cooling, decreasing the amount of water that must be withdrawn.

Thermoelectric power plant Bowen owned by Georgia Power Company, from Highway 113, Euharlee, Bartow County, Georgia. Plant Bowen is one of the largest coal-fired power plants in the United States. Plant Bowen uses recirculating cooling, decreasing the amount of water that must be withdrawn.

Image: USGS Documents 2015 Western U.S. Drought
USGS Documents 2015 Western U.S. Drought
USGS Documents 2015 Western U.S. Drought
USGS Documents 2015 Western U.S. Drought

A hydrologic technician from the USGS Idaho Water Science Center measures streamflow in Lightning Creek at Clark Fork, ID. The USGS is collecting data at hundreds of sites on rivers and streams in six western states to document the 2015 drought. USGS scientists will analyze the data to identify which rivers and streams may be most vulnerable to future droughts.

A hydrologic technician from the USGS Idaho Water Science Center measures streamflow in Lightning Creek at Clark Fork, ID. The USGS is collecting data at hundreds of sites on rivers and streams in six western states to document the 2015 drought. USGS scientists will analyze the data to identify which rivers and streams may be most vulnerable to future droughts.

Map of monitoring locations on Lake Mattamuskeet
Map of monitoring locations on Lake Mattamuskeet
Map of monitoring locations on Lake Mattamuskeet
Map of monitoring locations on Lake Mattamuskeet

Map of monitoring locations on Lake Mattamuskeet

Image: Green Tree Frog
Green Tree Frog
Green Tree Frog
Green Tree Frog

This green tree frog (Hyla cinerea) sits on the lip of a pitcher plant in a bog in Alabama. The frog was down in the pitcher plant, but moved up to rest on its edge as the photographer approached.

This green tree frog (Hyla cinerea) sits on the lip of a pitcher plant in a bog in Alabama. The frog was down in the pitcher plant, but moved up to rest on its edge as the photographer approached.

Government agencies working together
Government agencies working together
Government agencies working together
Government agencies working together

USGS and FWS working together at Lake Mattamuskeet

Image: St. Marks National Wildlife Refuge
St. Marks National Wildlife Refuge
St. Marks National Wildlife Refuge
St. Marks National Wildlife Refuge

An ARMI amphibian monitoring site at St. Marks National Wildlife Refuge, Wakulla County, Florida.

An ARMI amphibian monitoring site at St. Marks National Wildlife Refuge, Wakulla County, Florida.

Hydrologist calibrating a station
Hydrologist calibrating a station
Hydrologist calibrating a station
Hydrologist calibrating a station

Hydrologist calibrating a station at Lake Mattamuskeet

Hydrologist servicing a station
Hydrologist servicing a station
Hydrologist servicing a station
Hydrologist servicing a station

Hydrologist servicing a station on Lake Mattamuskeet

Hydrologist servicing a station on Lake Mattamuskeet

Source and disposition of water, North Carolina, 2010
Source and Use of Freshwater in North Carolina, 2010
Source and Use of Freshwater in North Carolina, 2010
Source and Use of Freshwater in North Carolina, 2010

This diagram uses a "cylinder and pipe" layout to show the source (surface water or groundwater) of the North Carolina's freshwater and for what purposes the water was used in 2010. The data are broken out for each category of use by surface water and groundwater as the source.

This diagram uses a "cylinder and pipe" layout to show the source (surface water or groundwater) of the North Carolina's freshwater and for what purposes the water was used in 2010. The data are broken out for each category of use by surface water and groundwater as the source.

Source and use of freshwater, Georgia, 2010
Source and use of freshwater, Georgia, 2010
Source and use of freshwater, Georgia, 2010
Source and use of freshwater, Georgia, 2010

This diagram uses a "cylinder and pipe" layout to show the source (surface water or groundwater) of the North Carolina's freshwater and for what purposes the water was used in 2010. The data are broken out for each category of use by surface water and groundwater as the source.

This diagram uses a "cylinder and pipe" layout to show the source (surface water or groundwater) of the North Carolina's freshwater and for what purposes the water was used in 2010. The data are broken out for each category of use by surface water and groundwater as the source.

Source and use of freshwater, South Carolina, 2010
Source and use of freshwater, South Carolina, 2010
Source and use of freshwater, South Carolina, 2010
Source and use of freshwater, South Carolina, 2010

This diagram uses a "cylinder and pipe" layout to show the source (surface water or groundwater) of the North Carolina's freshwater and for what purposes the water was used in 2010. The data are broken out for each category of use by surface water and groundwater as the source.

This diagram uses a "cylinder and pipe" layout to show the source (surface water or groundwater) of the North Carolina's freshwater and for what purposes the water was used in 2010. The data are broken out for each category of use by surface water and groundwater as the source.

Image: Hillabahatchee Creek, GA
Hillabahatchee Creek, GA
Hillabahatchee Creek, GA
Hillabahatchee Creek, GA

Hillabahatchee Creek, GA; Nick Henry and Jeff Riley doing Rich Target Habitat (RTH) sampling.

Hillabahatchee Creek, GA; Nick Henry and Jeff Riley doing Rich Target Habitat (RTH) sampling.

Kingfisher Pond, St. Marks National Wildlife Refuge, Panacea Unit, Wakulla County, Florida
Kingfisher Pond, St. Marks National Wildlife Refuge, Panacea Unit, Wakulla County, Florida
Kingfisher Pond, St. Marks National Wildlife Refuge, Panacea Unit, Wakulla County, Florida
Kingfisher Pond, St. Marks National Wildlife Refuge, Panacea Unit, Wakulla County, Florida

Chris Walls (left) and Alan Cressler (right) at Kingfisher Pond, St. Marks National Wildlife Refuge, Panacea Unit, Wakulla County, Florida

Image: Aneides aeneus (green salamander)
Aneides aeneus (green salamander)
Aneides aeneus (green salamander)
Aneides aeneus (green salamander)

Aneides aeneus (Green salamander) Howards Waterfall Cave, Southeastern Cave Conservancy Preserve, Dade County, Georgia 1.

Aneides aeneus (Green salamander) Howards Waterfall Cave, Southeastern Cave Conservancy Preserve, Dade County, Georgia 1.

USGS scientists measured the concentrations of select endocrine disrupting chemicals (EDCs) in Spirit Creek, Georgia
USGS scientists measured the concentrations of EDCs in Spirit Creek
USGS scientists measured the concentrations of EDCs in Spirit Creek
USGS scientists measured the concentrations of EDCs in Spirit Creek

USGS scientists measured the concentrations of select endocrine disrupting chemicals (EDCs) in Spirit Creek, Georgia, as part of an assessment of the effects of the closure of a wastewater treatment plant. Sprit Creek is typical of a stream in coastal environments.

USGS scientists measured the concentrations of select endocrine disrupting chemicals (EDCs) in Spirit Creek, Georgia, as part of an assessment of the effects of the closure of a wastewater treatment plant. Sprit Creek is typical of a stream in coastal environments.

Water quality sampling, Sope Creek near Atlanta, Georgia.
Water quality sampling, Sope Creek near Atlanta, Georgia.
Water quality sampling, Sope Creek near Atlanta, Georgia.
Water quality sampling, Sope Creek near Atlanta, Georgia.

Water quality sampling in a creek, Atlanta, Georgia
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Scientists from the USGS South Atlantic Water Science Center are sampling Sope Creek, Cobb County, west of Atlanta, Georgia. 

Water quality sampling in a creek, Atlanta, Georgia
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Scientists from the USGS South Atlantic Water Science Center are sampling Sope Creek, Cobb County, west of Atlanta, Georgia. 

Peachtree Creek, Atlanta, Ga. water monitoring site showing USGS monitoring equipment.
Peachtree Creek WaterWatch, Atlanta, Ga. water monitoring site
Peachtree Creek WaterWatch, Atlanta, Ga. water monitoring site
Peachtree Creek WaterWatch, Atlanta, Ga. water monitoring site

Peachtree Creek at Atlanta (USGS 02336300) Water Monitoring Site

Peachtree Creek, Atlanta, Ga. Sept 2009-Epic flooding results in water overwashing a bridge over the creek.
Peachtree Creek, Atlanta, Ga. Sept 2009 - Epic flooding event
Peachtree Creek, Atlanta, Ga. Sept 2009 - Epic flooding event
Peachtree Creek, Atlanta, Ga. Sept 2009 - Epic flooding event

Epic flooding conditions at Peachtree Creek, Atlanta, Ga., September 2009.

USGS scientists working during the epic September 2009 flood in Georgia. Power Springs Creek (02336870)
USGS scientists measuring Sept. 2009 flooding, Powder Springs Cr, GA
USGS scientists measuring Sept. 2009 flooding, Powder Springs Cr, GA
USGS scientists measuring Sept. 2009 flooding, Powder Springs Cr, GA

Epic Flooding in Georgia, 2009

Metropolitan Atlanta—September 2009 Floods