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.
Images
SAWSC Images
Filter Total Items: 114
Sensor deployed before Hurricane Ian
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.
Sensor deployed before Hurricane Ian
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.
Deploying sensors before Hurricane Ian
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.
Sensor deployed before Hurricane Ian
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.
Sensor deployed before Hurricane Ian
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.
Sensor deployed before Hurricane Ian
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.
Low Flow Site Map for Georgia, North and South Carolina
Low Flow Site Map for Georgia, North and South CarolinaLow Flow Regionalization Study Site Map for Georgia, North Carolina and South Carolina
Low Flow Site Map for Georgia, North and South Carolina
Low Flow Site Map for Georgia, North and South CarolinaLow Flow Regionalization Study Site Map for Georgia, North Carolina and South Carolina
USGS Hydrologist Gerard Gonthier measures the water level in a well in Richmond County, GA as part of the Groundwater Monitoring Program in partnership with Augusta Utilities Department
USGS Hydrologist Gerard Gonthier measures the water level in a well in Richmond County, GA as part of the Groundwater Monitoring Program in partnership with Augusta Utilities DepartmentUSGS Hydrologist Gerard Gonthier measures the water level in a well in Richmond County, GA as part of the Groundwater Monitoring Program in partnership with Augusta Utilities Department.
USGS Hydrologist Gerard Gonthier measures the water level in a well in Richmond County, GA as part of the Groundwater Monitoring Program in partnership with Augusta Utilities Department
USGS Hydrologist Gerard Gonthier measures the water level in a well in Richmond County, GA as part of the Groundwater Monitoring Program in partnership with Augusta Utilities DepartmentUSGS Hydrologist Gerard Gonthier measures the water level in a well in Richmond County, GA as part of the Groundwater Monitoring Program in partnership with Augusta Utilities Department
USGS Hydrologist Gerard Gonthier measures the water level in a well in Richmond County, GA as part of the Groundwater Monitoring Program in partnership with Augusta Utilities DepartmentUSGS Hydrologist Gerard Gonthier measures the water level in a well in Richmond County, GA as part of the Groundwater Monitoring Program in partnership with Augusta Utilities Department.
Cape Fear River Basin North Carolina, Soil and Water Assessment Tool (SWAT) Scenarios and Flow Output
Cape Fear River Basin North Carolina, Soil and Water Assessment Tool (SWAT) Scenarios and Flow OutputCape Fear River Basin North Carolina, Soil and Water Assessment Tool (SWAT) Scenarios and Flow Output
Cape Fear River Basin North Carolina, Soil and Water Assessment Tool (SWAT) Scenarios and Flow Output
Cape Fear River Basin North Carolina, Soil and Water Assessment Tool (SWAT) Scenarios and Flow OutputCape Fear River Basin North Carolina, Soil and Water Assessment Tool (SWAT) Scenarios and Flow Output
North Carolina FINMAN with USGS gage intersects (left figure), HEC-RAS model (right figure)
North Carolina FINMAN with USGS gage intersects (left figure), HEC-RAS model (right figure)North Carolina FINMAN with USGS gage intersects (left figure), HEC-RAS model (right figure)
North Carolina FINMAN with USGS gage intersects (left figure), HEC-RAS model (right figure)
North Carolina FINMAN with USGS gage intersects (left figure), HEC-RAS model (right figure)North Carolina FINMAN with USGS gage intersects (left figure), HEC-RAS model (right figure)
John Joiner working with students in Bacteria Lab.
John Joiner working with students in Bacteria Lab.John Joiner working with students in South Atlantic Water Science Center Bacteria Lab.
John Joiner working with students in Bacteria Lab.
John Joiner working with students in Bacteria Lab.John Joiner working with students in South Atlantic Water Science Center Bacteria Lab.
North Carolina Hurricane Timeline
North Carolina Major Hurricane Timeline with Rainfall Amounts and Damage Estimates
North Carolina Major Hurricane Timeline with Rainfall Amounts and Damage Estimates
Tim Lanier taking "tapedown" measurement at Tearcoat Branch at I-95, near Manning, South Carolina.
Tim Lanier taking "tapedown" measurement at Tearcoat Branch at I-95, near Manning, South Carolina.Tim Lanier taking "tapedown" measurement at Tearcoat Branch at I-95, near Manning, South Carolina.
Tim Lanier taking "tapedown" measurement at Tearcoat Branch at I-95, near Manning, South Carolina.
Tim Lanier taking "tapedown" measurement at Tearcoat Branch at I-95, near Manning, South Carolina.Tim Lanier taking "tapedown" measurement at Tearcoat Branch at I-95, near Manning, South Carolina.
John Mazurek performing a serial dilution to calibrate a specific conductor sensor.
John Mazurek performing a serial dilution to calibrate a specific conductor sensor.John Mazurek performs a serial dilution to calibrate a specific conductor sensor which will be used to measure the salt content in a stream.
John Mazurek performing a serial dilution to calibrate a specific conductor sensor.
John Mazurek performing a serial dilution to calibrate a specific conductor sensor.John Mazurek performs a serial dilution to calibrate a specific conductor sensor which will be used to measure the salt content in a stream.
USGS National Map, Former Woolfolk Chemical Works Site, Fort Valley, Georgia
USGS National Map, Former Woolfolk Chemical Works Site, Fort Valley, GeorgiaUSGS National Map, Former Woolfolk Chemical Works Site, Fort Valley, Georgia (EPA Superfund Site)
USGS National Map, Former Woolfolk Chemical Works Site, Fort Valley, Georgia
USGS National Map, Former Woolfolk Chemical Works Site, Fort Valley, GeorgiaUSGS National Map, Former Woolfolk Chemical Works Site, Fort Valley, Georgia (EPA Superfund Site)
USGS National Map, Fort Valley, Georgia
USGS, National Map, Fort Valley, Georgia. Former Woolfolk Chemical Works Site. EPA Superfund Site.
USGS, National Map, Fort Valley, Georgia. Former Woolfolk Chemical Works Site. EPA Superfund Site.
UHU Hydrologic Technicians collecting a discrete water-quality sample using the equal-width-increment-method, this sampling technique collects sample volumes proportional to the amount of flow at several equally spaced verticals in the cross section.
UHU Hydrologic Technicians collecting a discrete water-quality sample using the equal-width-increment-method, this sampling technique collects sample volumes proportional to the amount of flow at several equally spaced verticals in the cross section.Sarah Chamblee (center) and Jonathan Jason (left) collecting a base-flow sample using a USGS DH-81 manual sampler and a multiple vertical integrating technique at the Gwinnett County Long-Term Trend Monitoring program multiparameter stream monitoring site, Richland Creek at Suwanee Dam Road, near Buford, Georgia, March 29, 2022
UHU Hydrologic Technicians collecting a discrete water-quality sample using the equal-width-increment-method, this sampling technique collects sample volumes proportional to the amount of flow at several equally spaced verticals in the cross section.
UHU Hydrologic Technicians collecting a discrete water-quality sample using the equal-width-increment-method, this sampling technique collects sample volumes proportional to the amount of flow at several equally spaced verticals in the cross section.UHU Hydrologic Technicians collecting a discrete water-quality sample using the equal-width-increment-method, this sampling technique collects sample volumes proportional to the amount of flow at several equally spaced verticals in the cross section.
UHU Hydrologic Technicians collecting a discrete water-quality sample using the equal-width-increment-method, this sampling technique collects sample volumes proportional to the amount of flow at several equally spaced verticals in the cross section.Sarah Chamblee (center) and Jonathan Jason (left) collecting a base-flow sample using a USGS DH-81 manual sampler and a multiple vertical integrating technique at the Gwinnett County Long-Term Trend Monitoring program multiparameter stream monitoring site, Richland Creek at Suwanee Dam Road, near Buford, Georgia, March 29, 2022
E. Frank Younger
E. Frank Younger is an expert in scientific instrumentation at the U.S. Geological SurveyHawaiian Volcano Observatory.
E. Frank Younger is an expert in scientific instrumentation at the U.S. Geological SurveyHawaiian Volcano Observatory.
Wando River Bridge (Interstate 526/Mark Clark Expressway), Charleston, South Carolina
Wando River Bridge (Interstate 526/Mark Clark Expressway), Charleston, South CarolinaWando River Bridge (Interstate 526/Mark Clark Expressway), Charleston, South Carolina
Wando River Bridge (Interstate 526/Mark Clark Expressway), Charleston, South Carolina
Wando River Bridge (Interstate 526/Mark Clark Expressway), Charleston, South CarolinaWando River Bridge (Interstate 526/Mark Clark Expressway), Charleston, South Carolina
Flood waters overtopping Dana Drive and flooding nearby townhouses in the Walnut Creek floodplain in Raleigh, North Carolina.
Flood waters overtopping Dana Drive and flooding nearby townhouses in the Walnut Creek floodplain in Raleigh, North Carolina.Flood waters overtopping Dana Drive and flooding nearby townhouses in the Walnut Creek floodplain in Raleigh, North Carolina.
Flood waters overtopping Dana Drive and flooding nearby townhouses in the Walnut Creek floodplain in Raleigh, North Carolina.
Flood waters overtopping Dana Drive and flooding nearby townhouses in the Walnut Creek floodplain in Raleigh, North Carolina.Flood waters overtopping Dana Drive and flooding nearby townhouses in the Walnut Creek floodplain in Raleigh, North Carolina.
North Carolina Water Rescue unit arrives to transport stranded flood victims from apartments.
North Carolina Water Rescue unit arrives to transport stranded flood victims from apartments.North Carolina Water Rescue unit arrives to transport stranded flood victims from apartments. This neighborhood, and various others along Walnut Creek, experience repeat flooding events.
North Carolina Water Rescue unit arrives to transport stranded flood victims from apartments.
North Carolina Water Rescue unit arrives to transport stranded flood victims from apartments.North Carolina Water Rescue unit arrives to transport stranded flood victims from apartments. This neighborhood, and various others along Walnut Creek, experience repeat flooding events.