Flood measurements in Houston during Hurricane Harvey
Flood measurements in Houston during Hurricane HarveyUSGS scientist Mackenzie Mullins takes flood measurements at Berry Bayou in Houston, Texas.
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Photographs taken by Oklahoma-Texas Water Science Center employees at local, national, and international project locations.
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Flood measurements in Houston during Hurricane Harvey
Flood measurements in Houston during Hurricane Harvey
Flood measurements in Houston during Hurricane HarveyUSGS scientist Mackenzie Mullins takes flood measurements at Berry Bayou in Houston, Texas.
USGS storm-tide sensor installed in preparation for Hurricane Harvey
USGS storm-tide sensor installed in preparation for Hurricane HarveyUSGS storm-tide sensor installed in preparation for Hurricane Harvey on St. Charles Bay near Interstate 35.
USGS storm-tide sensor installed in preparation for Hurricane Harvey
USGS storm-tide sensor installed in preparation for Hurricane HarveyUSGS storm-tide sensor installed in preparation for Hurricane Harvey on St. Charles Bay near Interstate 35.
USGS scientists installs storm-tide sensor
USGS scientist Darwin Ockerman installs a storm-tide sensor at Packery Channel near Corpus Christi, Texas.
USGS scientist Darwin Ockerman installs a storm-tide sensor at Packery Channel near Corpus Christi, Texas.
USGS storm-tide sensor installed in preparation for Hurricane Harvey
USGS storm-tide sensor installed in preparation for Hurricane HarveyUSGS storm-tide sensor installed in preparation for Hurricane Harvey near Matagorda, Texas.
USGS storm-tide sensor installed in preparation for Hurricane Harvey
USGS storm-tide sensor installed in preparation for Hurricane HarveyUSGS storm-tide sensor installed in preparation for Hurricane Harvey near Matagorda, Texas.
USGS scientist installs a storm-tide sensor
USGS scientist Charles Hartmann installs a storm-tide sensor in preparation for Hurricane Harvey in Carancahua Bay, Texas.
USGS scientist Charles Hartmann installs a storm-tide sensor in preparation for Hurricane Harvey in Carancahua Bay, Texas.
USGS real-time water quality monitoring platform on Lake Houston
USGS real-time water quality monitoring platform on Lake HoustonPhoto of a USGS real-time water quality monitoring platform on Lake Houston.
USGS real-time water quality monitoring platform on Lake Houston
USGS real-time water quality monitoring platform on Lake HoustonPhoto of a USGS real-time water quality monitoring platform on Lake Houston.
Houston Harvey Flood
This was taken in Houston during the hurricane Harvey in 2017 for Oklahoma-Texas Water Science Center (Socio-Hydrology Team)
This was taken in Houston during the hurricane Harvey in 2017 for Oklahoma-Texas Water Science Center (Socio-Hydrology Team)
Marker bed known as the Loriolia Bed
Marker bed known as the Loriolia Bed, found 80 feet below the contact of the Glen Rose Limestone and the Kainer Formation. The photograph was taken north of Farm to Market Road (FM) 195, approximately 1,500 feet west of the intersection of FM 220 and FM 195. The Loriolia texana fossils are identified by white arrows (photograph by Allan K. Clark, U.S.
Marker bed known as the Loriolia Bed, found 80 feet below the contact of the Glen Rose Limestone and the Kainer Formation. The photograph was taken north of Farm to Market Road (FM) 195, approximately 1,500 feet west of the intersection of FM 220 and FM 195. The Loriolia texana fossils are identified by white arrows (photograph by Allan K. Clark, U.S.
Tonkawa Geoprobing 052517
Tonkawa Geoprobing 052517
Chikaskia River at Tonkawa, OK
Chikaskia River at Tonkawa, OK
Geoprobe fieldwork at Tonkawa, OK
Geoprobe fieldwork at Tonkawa, OK
Groundwater-monitoring well in Osage County, Oklahoma.
Groundwater-monitoring well in Osage County, Oklahoma.Groundwater-monitoring well and telemetry equipment in Osage County, Oklahoma
Groundwater-monitoring well in Osage County, Oklahoma.
Groundwater-monitoring well in Osage County, Oklahoma.Groundwater-monitoring well and telemetry equipment in Osage County, Oklahoma
Pine Creek near Moyer, OK
Pine Creek near Moyer, OK
Tuner Falls, OK
Tuner Falls, OK
Irrigation in Washita River area
Irrigation in Washita River area
USGS scientists conduct passive seismic study in the Washita Reach 1
USGS scientists conduct passive seismic study in the Washita Reach 1USGS scientists conduct passive seismic study in the Washita Reach 1 study area.
USGS scientists conduct passive seismic study in the Washita Reach 1
USGS scientists conduct passive seismic study in the Washita Reach 1USGS scientists conduct passive seismic study in the Washita Reach 1 study area.
Washita River Reach 1 field area
Washita River Reach 1 field area
Aerial photograph of Shawnee Reservoir looking southwest
Aerial photograph of Shawnee Reservoir looking southwestShawnee Reservoir
Franklin Mountains near the Hueco Bolson study area near El Paso, Tex.
Franklin Mountains near the Hueco Bolson study area near El Paso, Tex.Franklin Mountains near the Hueco Bolson study area near El Paso, Texas, September 2016. Photograph by Monica Langhorst, U.S. Geological Survey.
U.S. Geological Survey Scientific Investigations Report 2020–5056
Franklin Mountains near the Hueco Bolson study area near El Paso, Tex.
Franklin Mountains near the Hueco Bolson study area near El Paso, Tex.Franklin Mountains near the Hueco Bolson study area near El Paso, Texas, September 2016. Photograph by Monica Langhorst, U.S. Geological Survey.
U.S. Geological Survey Scientific Investigations Report 2020–5056
USGS station 08111000 Navasota River near Bryan, Texas
USGS station 08111000 Navasota River near Bryan, TexasU.S. Geological Survey streamflow-gaging station 08111000 Navasota River near Bryan, Texas, looking upstream from U.S. Highway 190 bridge, August 27, 1975.
SIR 2009–5174
USGS station 08111000 Navasota River near Bryan, Texas
USGS station 08111000 Navasota River near Bryan, TexasU.S. Geological Survey streamflow-gaging station 08111000 Navasota River near Bryan, Texas, looking upstream from U.S. Highway 190 bridge, August 27, 1975.
SIR 2009–5174
Farm in northeast Iowa
A corn farm in northeast Iowa. A new USGS report shows that drought periods followed by rainfall caused nitrate levels to increase to the highest ever measured in some Midwest streams during a 2013 study.
A corn farm in northeast Iowa. A new USGS report shows that drought periods followed by rainfall caused nitrate levels to increase to the highest ever measured in some Midwest streams during a 2013 study.