The Rock Creek at Sherrill Drive Washington, DC (USGS-01648000) monitoring site in beautiful fall foliage.
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Explore photos of USGS water science in Maryland, Delaware, and Washington, D.C.
The Rock Creek at Sherrill Drive Washington, DC (USGS-01648000) monitoring site in beautiful fall foliage.
Nick Giro services the gage at Wheel Creek in Harford Glen (0158175320).
Photo credit: David Fisher/USGS Contractor
Nick Giro services the gage at Wheel Creek in Harford Glen (0158175320).
Photo credit: David Fisher/USGS Contractor
Nick Giro walks through a forest in Harford Glen Park on the way to service the Wheel Creek gage (0158175320).
Photo by David Fisher/USGS Contractor.
Nick Giro walks through a forest in Harford Glen Park on the way to service the Wheel Creek gage (0158175320).
Photo by David Fisher/USGS Contractor.
Servicing a Precipitation Gage at Harford Glen Park
Servicing a Precipitation Gage at Harford Glen ParkTyler Bowser services a precipitation gage at Atkisson Reservoir near Bel Air, MD (01581753), within Harford Glen Park.
Photo credit: David Fisher/USGS Contractor
Servicing a Precipitation Gage at Harford Glen Park
Servicing a Precipitation Gage at Harford Glen ParkTyler Bowser services a precipitation gage at Atkisson Reservoir near Bel Air, MD (01581753), within Harford Glen Park.
Photo credit: David Fisher/USGS Contractor
Tyler Bowser holds a bottle over a precipitation gage.
Photo credit: David Fisher/USGS Contractor
Tyler Bowser holds a bottle over a precipitation gage.
Photo credit: David Fisher/USGS Contractor
Precipitation gage at Atkisson Reservoir near Bel Air, Maryland (01581753) in Harford Glen Park.
Photo credit: David Fisher/USGS Contractor
Precipitation gage at Atkisson Reservoir near Bel Air, Maryland (01581753) in Harford Glen Park.
Photo credit: David Fisher/USGS Contractor
Tyler Bowser at Atkisson precipitation gage at Harford Glen in Maryland.
Photo credit: David Fisher
Tyler Bowser at Atkisson precipitation gage at Harford Glen in Maryland.
Photo credit: David Fisher
Tyler Bowser services a rain gage at Winters Run Basin at Fallston, Maryland (393126076244301).
Photos credit: David Fisher/USGS Contractor
Tyler Bowser services a rain gage at Winters Run Basin at Fallston, Maryland (393126076244301).
Photos credit: David Fisher/USGS Contractor
Jacob Mavrogeorge surveys in Lewers, Delaware.
Photo credit: Neel Hodgkinson/USGS Contractor
Jacob Mavrogeorge surveys in Lewers, Delaware.
Photo credit: Neel Hodgkinson/USGS Contractor
Chris Lewis surveys for high water marks on the Delmarva Peninsula.
Photo credit: Neel Hodgkinson/USGS Contractor
Chris Lewis surveys for high water marks on the Delmarva Peninsula.
Photo credit: Neel Hodgkinson/USGS Contractor
Chris Lewis takes refuge from the rain as he surveys the Delmarva Peninsula after Hurricane Ian.
Photo in Lewes, Delaware.
Photo credit: Neel Hodgkinson/USGS Contractor
Chris Lewis takes refuge from the rain as he surveys the Delmarva Peninsula after Hurricane Ian.
Photo in Lewes, Delaware.
Photo credit: Neel Hodgkinson/USGS Contractor
Erica Warner holds a water quality sonde in Sligo Creek in Maryland on October 4, 2022.
Erica Warner holds a water quality sonde in Sligo Creek in Maryland on October 4, 2022.
As part of the National Oceanographic Partnership Program (NOPP), USGS works with several partner agencies to increase our knowledge of how storms impact and shape our coasts.
As part of the National Oceanographic Partnership Program (NOPP), USGS works with several partner agencies to increase our knowledge of how storms impact and shape our coasts.
Eric Boyd walks on the bridge at Jennings Randolph Lake (01595790).
Photo credit: David Fisher/USGS Contractor
Eric Boyd walks on the bridge at Jennings Randolph Lake (01595790).
Photo credit: David Fisher/USGS Contractor
Eric Boyd pulls an Acoustic Doppler Current Profiler across the North Branch Potomac River at Barnum, West Virginia (01595800).
Photo credit: David Fisher/USGS Contractor
Eric Boyd pulls an Acoustic Doppler Current Profiler across the North Branch Potomac River at Barnum, West Virginia (01595800).
Photo credit: David Fisher/USGS Contractor
Eric Boyd walks along the bridge at Jennings Randolph Lake (01595790).
Photo credit: David Fisher/USGS Contractor
Eric Boyd walks along the bridge at Jennings Randolph Lake (01595790).
Photo credit: David Fisher/USGS Contractor
A USGS scientist holds a vial.
Photos by Neel Hodgkinson/USGS. Public Domain
A USGS scientist holds a vial.
Photos by Neel Hodgkinson/USGS. Public Domain
Downstream side of the Conowingo Dam on the Susquehanna River
Downstream side of the Conowingo Dam on the Susquehanna RiverDownstream side of the Conowingo (hydroelectric) Dam on the Susquehanna River in Conowingo, Maryland.
Summer 2022 Photo Contest: Nicholas Giro, Honorable Mention category
Downstream side of the Conowingo Dam on the Susquehanna River
Downstream side of the Conowingo Dam on the Susquehanna RiverDownstream side of the Conowingo (hydroelectric) Dam on the Susquehanna River in Conowingo, Maryland.
Summer 2022 Photo Contest: Nicholas Giro, Honorable Mention category
Helicopter Surveys Delaware Bay For USGS Water Research
Helicopter Surveys Delaware Bay For USGS Water ResearchThe USGS conducted an Airborne Electromagnetic Survey of subsurface conditions under and around the Delaware Bay. The data collected will improve scientists understanding of groundwater salinity as climate change, coastal storms, and growing groundwater demands increase the risk of saltwater impacting water supplies in the region.
Helicopter Surveys Delaware Bay For USGS Water Research
Helicopter Surveys Delaware Bay For USGS Water ResearchThe USGS conducted an Airborne Electromagnetic Survey of subsurface conditions under and around the Delaware Bay. The data collected will improve scientists understanding of groundwater salinity as climate change, coastal storms, and growing groundwater demands increase the risk of saltwater impacting water supplies in the region.
Helicopter Surveys Delaware Bay For USGS Groundwater Research
Helicopter Surveys Delaware Bay For USGS Groundwater ResearchThe USGS conducted an aerial electromagnetic survey of the Delaware Bay to collect data on groundwater salinity. Rising sea level, increasing frequency and intensity of coastal storms, and increasing demand for groundwater have amplified the risk of saltwater impacting water supplies in the region.
Photo credit: David Fisher (USGS Contractor)
Helicopter Surveys Delaware Bay For USGS Groundwater Research
Helicopter Surveys Delaware Bay For USGS Groundwater ResearchThe USGS conducted an aerial electromagnetic survey of the Delaware Bay to collect data on groundwater salinity. Rising sea level, increasing frequency and intensity of coastal storms, and increasing demand for groundwater have amplified the risk of saltwater impacting water supplies in the region.
Photo credit: David Fisher (USGS Contractor)
Leah Staub collects a sediment sample from a stream in Chesterville Branch along the Eastern Shore of Maryland.
Leah Staub collects a sediment sample from a stream in Chesterville Branch along the Eastern Shore of Maryland.