Hydrologic technician Chris Peskuski snapped this picture from Eagle Nest Dam overlooking the Cimarron River where streamflow measurements are made to measure outflow from the dam. Eagle Nest Dam sits at 8,300 feet elevation and is surrounded by two of the highest peaks in New Mexico; Wheeler Peak and Baldy Mountain.
Images
Images described and linked on this webpage come from a wide variety of USGS science activities and presentations performed by USGS Science Center staff members in the Region 7: Upper Colorado Basin. A search tool is provided to narrow the number of image files shown.
Hydrologic technician Chris Peskuski snapped this picture from Eagle Nest Dam overlooking the Cimarron River where streamflow measurements are made to measure outflow from the dam. Eagle Nest Dam sits at 8,300 feet elevation and is surrounded by two of the highest peaks in New Mexico; Wheeler Peak and Baldy Mountain.
Field crew install a Restoration Field Trial Network garden in the rangelands of Northern Arizona.
Field crew install a Restoration Field Trial Network garden in the rangelands of Northern Arizona.
On an average day during the fire season, multiple wildfires burn in the western United States. For example, 216 fires were active on July 7, 2017. Firefighters were battling 27 of these fires through ground and air support.
On an average day during the fire season, multiple wildfires burn in the western United States. For example, 216 fires were active on July 7, 2017. Firefighters were battling 27 of these fires through ground and air support.
Real-time well at Five Springs Creek southeast of Lovell, Wyoming
Real-time well at Five Springs Creek southeast of Lovell, WyomingReal-time well at Five Springs Creek southeast of Lovell, Wyoming
Real-time well at Five Springs Creek southeast of Lovell, Wyoming
Real-time well at Five Springs Creek southeast of Lovell, WyomingReal-time well at Five Springs Creek southeast of Lovell, Wyoming
Using a GPS station to get highly precise streamflow measurement
Using a GPS station to get highly precise streamflow measurementUsing a GPS station to get highly precise streamflow measurement
Using a GPS station to get highly precise streamflow measurement
Using a GPS station to get highly precise streamflow measurementUsing a GPS station to get highly precise streamflow measurement
Measuring streamflow using bridge crane, Powder River at Sussex
Measuring streamflow using bridge crane, Powder River at SussexMeasuring streamflow using bridge crane and AA meter, Powder River at Sussex
Measuring streamflow using bridge crane, Powder River at Sussex
Measuring streamflow using bridge crane, Powder River at SussexMeasuring streamflow using bridge crane and AA meter, Powder River at Sussex
Indian Paintbrush in front of the Rio Chama in New Mexico
Indian Paintbrush in front of the Rio Chama in New MexicoThis photo was taken during a routine site visit to measure streamflow on the Rio Chama in New Mexico.
Indian Paintbrush in front of the Rio Chama in New Mexico
Indian Paintbrush in front of the Rio Chama in New MexicoThis photo was taken during a routine site visit to measure streamflow on the Rio Chama in New Mexico.
Cooperators learn about Otowi Streamgage in New Mexico
Cooperators learn about Otowi Streamgage in New MexicoMany eyes watch the amount of water running past the important Otowi streamflow gage. On May 23rd, Tyson Hatch from the New Mexico Water Science Center (NMWSC) presented an overview of the streamgaging activities of the Otowi Gage to participants of the Rio Chama Basin and San Juan-Chama Project Tour.
Cooperators learn about Otowi Streamgage in New Mexico
Cooperators learn about Otowi Streamgage in New MexicoMany eyes watch the amount of water running past the important Otowi streamflow gage. On May 23rd, Tyson Hatch from the New Mexico Water Science Center (NMWSC) presented an overview of the streamgaging activities of the Otowi Gage to participants of the Rio Chama Basin and San Juan-Chama Project Tour.
Measuring stream stage on Muddy Creek near Dad
Springtime streamflow measurement, East Fork Smiths Fork
Springtime streamflow measurement, East Fork Smiths ForkSpringtime streamflow measurement, East Fork Smiths Fork
Springtime streamflow measurement, East Fork Smiths Fork
Springtime streamflow measurement, East Fork Smiths ForkSpringtime streamflow measurement, East Fork Smiths Fork
Scientists from the USGS Albuquerque Field Office use an ADCP mounted on a remotely-controlled Q boat to measure the streamflow of the Rio Grande near Bosque Farms. Use of the Q boat allows our hydro techs to safely and quickly respond to flood events that may threaten the public.
Scientists from the USGS Albuquerque Field Office use an ADCP mounted on a remotely-controlled Q boat to measure the streamflow of the Rio Grande near Bosque Farms. Use of the Q boat allows our hydro techs to safely and quickly respond to flood events that may threaten the public.
Stacy M Kinsey collecting eDNA sample from Snake Riv nr Astoria HS
Stacy M Kinsey collecting eDNA sample from Snake Riv nr Astoria HSStacy M Kinsey collecting eDNA sample from Snake Riv nr Astoria HS, WY
Stacy M Kinsey collecting eDNA sample from Snake Riv nr Astoria HS
Stacy M Kinsey collecting eDNA sample from Snake Riv nr Astoria HSStacy M Kinsey collecting eDNA sample from Snake Riv nr Astoria HS, WY
Processing a sample for detection of N. fowleri
Sunset after installing an Acoustic Doppler Velocity Meter at Fort Sumner Main Canal near Fort Sumner, NM
Sunset after installing an Acoustic Doppler Velocity Meter at Fort Sumner Main Canal near Fort Sumner, NM
Several New Mexico Water Science Center staff attended Continuous Water Quality Training, taught by Mike Nyman of the Texas Water Science Center and Lauren Sherson of the New Mexico Water Science Center. The course covered rationale for collecting continuous water quality data; field techniques for in
Several New Mexico Water Science Center staff attended Continuous Water Quality Training, taught by Mike Nyman of the Texas Water Science Center and Lauren Sherson of the New Mexico Water Science Center. The course covered rationale for collecting continuous water quality data; field techniques for in
Hydrologic technicians Joe Beman and Hal Nelson remove a deployed sensor for cleaning and recalibration, as needed. This sensor is left in place to continuously log water quality parameters.
Hydrologic technicians Joe Beman and Hal Nelson remove a deployed sensor for cleaning and recalibration, as needed. This sensor is left in place to continuously log water quality parameters.
Chopping several feet of ice to access Black Canyon Creek, Feb 2017
Chopping several feet of ice to access Black Canyon Creek, Feb 2017Chopping several feet of ice to access Black Canyon Creek
Chopping several feet of ice to access Black Canyon Creek, Feb 2017
Chopping several feet of ice to access Black Canyon Creek, Feb 2017Chopping several feet of ice to access Black Canyon Creek
Sampling the Green River below Fontenelle Reservoir
Sampling the Green River below Fontenelle ReservoirSampling the Green River below Fontenelle Reservoir
Ice jam on Little Wind River Ice jam on Little Wind River (06235500), February 2017. Streamgage destoryed soon after photo taken.
Ice jam on Little Wind River Ice jam on Little Wind River (06235500), February 2017. Streamgage destoryed soon after photo taken.
Ice jam, Middle Popo Agie River
Ice jam on Little Wind River Ice jam on Little Wind River (06235500)
Ice jam on Little Wind River Ice jam on Little Wind River (06235500)Ice jam on Little Wind River near Riverton, Wyoming (06235500), February 2017. The streamgage was destroyed soon after this photo taken.
Ice jam on Little Wind River Ice jam on Little Wind River (06235500)
Ice jam on Little Wind River Ice jam on Little Wind River (06235500)Ice jam on Little Wind River near Riverton, Wyoming (06235500), February 2017. The streamgage was destroyed soon after this photo taken.