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Flood Information Sign, Portneuf River at Pocatello, Idaho
Flood Information Sign, Portneuf River at Pocatello, Idaho
Flood Information Sign, Portneuf River at Pocatello, Idaho
Flood Information Sign, Portneuf River at Pocatello, Idaho

Flood information sign installed near U.S. Geological Survey streamgage station 13075500, Portneuf River at Pocatello, Idaho. The sign was developed by the Idaho Silver Jackets interagency flood risk management team. The USGS Idaho Water Science Center is a charter member of the Idaho Silver Jackets. 

Flood information sign installed near U.S. Geological Survey streamgage station 13075500, Portneuf River at Pocatello, Idaho. The sign was developed by the Idaho Silver Jackets interagency flood risk management team. The USGS Idaho Water Science Center is a charter member of the Idaho Silver Jackets. 

Mountain Home Plateau, Southern Idaho
Mountain Home Plateau, Southern Idaho
Mountain Home Plateau, Southern Idaho
Mountain Home Plateau, Southern Idaho

Panoramic image of the Mountain Home Plateau, southern Idaho. Hydrologists from the USGS Idaho Water Science Center, in cooperation with the Idaho Department of Water Resources, assessed the water resources of the plateau to help improve resource management.

Panoramic image of the Mountain Home Plateau, southern Idaho. Hydrologists from the USGS Idaho Water Science Center, in cooperation with the Idaho Department of Water Resources, assessed the water resources of the plateau to help improve resource management.

Jeff Sampling April 2024
Jeff Sampling April 2024
Jeff Sampling April 2024
Jeff Sampling April 2024

Hydrologist taking a water-quality sample with Big Southern Butte in the background. Photograph by Allison Trcka in April 2024.

Hydrologist taking a water-quality sample with Big Southern Butte in the background. Photograph by Allison Trcka in April 2024.

Mary Paleomagnetic Inclination
Mary Paleomagnetic Inclination
Mary Paleomagnetic Inclination
Mary Paleomagnetic Inclination

Geologist drilling a sub core sample for paleomagnetic analysis. Photograph by Allison Trcka in April 2024.

Geologist drilling a sub core sample for paleomagnetic analysis. Photograph by Allison Trcka in April 2024.

Group Photo March 2024
Group Photo March 2024
Group Photo March 2024
Group Photo March 2024

INLPO employee group photo. From left to right: Brian Twining, Jacob Hillingsworth, Kerri Treinen, Jason Fisher, Amy Wehnke, Jeffery Zingre, Mary Hodges, Roy Bartholomay, Allison Trcka, and Austin Taylor. Photograph by Christopher Mebane in March 2024.

INLPO employee group photo. From left to right: Brian Twining, Jacob Hillingsworth, Kerri Treinen, Jason Fisher, Amy Wehnke, Jeffery Zingre, Mary Hodges, Roy Bartholomay, Allison Trcka, and Austin Taylor. Photograph by Christopher Mebane in March 2024.

mlms Logo
mlms Logo
mlms Logo
mlms Logo

Logo for the mlms R package, used to create dynamic web maps. Created by Jason Fisher in January 2024.

Logo for the mlms R package, used to create dynamic web maps. Created by Jason Fisher in January 2024.

inldata Logo
inldata Logo
inldata Logo
inldata Logo

Logo for the R package inldata, consolidates datasets from the Idaho National Laboratory Project Office monitoring networks. Created by Jason Fisher in January 2024.

Logo for the R package inldata, consolidates datasets from the Idaho National Laboratory Project Office monitoring networks. Created by Jason Fisher in January 2024.

Benthic macroinvertebrate sampling in the Snake River near Murtaugh, Idaho
Benthic macroinvertebrate sampling in the Snake River near Murtaugh, Idaho
Benthic macroinvertebrate sampling in the Snake River near Murtaugh, Idaho
Benthic macroinvertebrate sampling in the Snake River near Murtaugh, Idaho

USGS hydrologist Kenneth Skinner (left) and biologist Christopher Mebane collect macroinvertebrate samples for analysis as part of a study examining the health of Snake River benthic communities before and after the application of a copper treatment to eradicate invasive quagga mussels. 

USGS hydrologist Kenneth Skinner (left) and biologist Christopher Mebane collect macroinvertebrate samples for analysis as part of a study examining the health of Snake River benthic communities before and after the application of a copper treatment to eradicate invasive quagga mussels. 

Processing periphyton samples from the Snake River, Idaho
Processing periphyton samples from the Snake River, Idaho
Processing periphyton samples from the Snake River, Idaho
Processing periphyton samples from the Snake River, Idaho

A USGS hydrologist process periphyton samples collected from the Snake River in southern Idaho. The samples were collected and analyzed as part of a study examining the effects on the river's benthic communities of copper treatments to eradicate invasive quagga mussels.

A USGS hydrologist process periphyton samples collected from the Snake River in southern Idaho. The samples were collected and analyzed as part of a study examining the effects on the river's benthic communities of copper treatments to eradicate invasive quagga mussels.

USGS Monitoring of Snake River Quagga Mussel Treatment
USGS Monitoring of Snake River Quagga Mussel Treatment
USGS Monitoring of Snake River Quagga Mussel Treatment
USGS Monitoring of Snake River Quagga Mussel Treatment

USGS scientists collect macroinvertebrate samples from the Snake River in southern Idaho as part of monitoring to determine the effects of quagga mussel eradication efforts on benthic communities. 

USGS scientists collect macroinvertebrate samples from the Snake River in southern Idaho as part of monitoring to determine the effects of quagga mussel eradication efforts on benthic communities. 

Snake River near Twin Falls, Idaho
Snake River near Twin Falls, Idaho
Snake River near Twin Falls, Idaho
Snake River near Twin Falls, Idaho

The Snake River near Twin Falls, Idaho. The Perrine Memorial Bridge can be seen in the background.

The Snake River near Twin Falls, Idaho. The Perrine Memorial Bridge can be seen in the background.

Cyanobacteria algae near the shore of Lake Lowell, Idaho
Cyanobacteria algae near the shore of Lake Lowell, Idaho
Cyanobacteria algae near the shore of Lake Lowell, Idaho
Cyanobacteria algae near the shore of Lake Lowell, Idaho

Cyanobacteria (a form of algae) accumulated near the shore of Lake Lowell, Idaho.  Field samples from this site visit are used to validate satellite remote sensing of water quality.

Cyanobacteria (a form of algae) accumulated near the shore of Lake Lowell, Idaho.  Field samples from this site visit are used to validate satellite remote sensing of water quality.

F.H. Newell lBuilding, Boise, Idaho
F.H. Newell Building, Boise, Idaho
F.H. Newell Building, Boise, Idaho
F.H. Newell Building, Boise, Idaho

The F.H. Newell Building in Boise, Idaho, is the headquarters of the USGS Idaho Water Science Center and the Snake River Area Office of the Bureau of Reclamation.

The F.H. Newell Building in Boise, Idaho, is the headquarters of the USGS Idaho Water Science Center and the Snake River Area Office of the Bureau of Reclamation.

Demonstration of multibeam echosounder technology, Knik River near Palmer, Alaska
Demonstration of multibeam echosounder technology, Knik River near Palmer, Alaska
Demonstration of multibeam echosounder technology, Knik River near Palmer, Alaska
Demonstration of multibeam echosounder technology, Knik River near Palmer, Alaska

Mike Knapp, hydraulic engineer with the Alaska Department of Transportation and Public Facilities (far right) introduces USGS hydrologist Taylor Dudunake (back to camera) for a demonstration of multibeam echosounder technology on the Knik River near Palmer, Alaska, July 27, 2023.

Mike Knapp, hydraulic engineer with the Alaska Department of Transportation and Public Facilities (far right) introduces USGS hydrologist Taylor Dudunake (back to camera) for a demonstration of multibeam echosounder technology on the Knik River near Palmer, Alaska, July 27, 2023.

A groundwater well in a grassy field.
Groundwater Well at Hanscom Air Force Base
Groundwater Well at Hanscom Air Force Base
Groundwater Well at Hanscom Air Force Base

A groundwater well in a grassy field near Hanscom Air Force Base in Bedford, Massachusetts.

USGS hydro techs summit USGS Peak, Idaho
USGS hydro techs Jeff Zingre and Tate Wilson-Johns on the Summit of USGS Peak, Idaho
USGS hydro techs Jeff Zingre and Tate Wilson-Johns on the Summit of USGS Peak, Idaho
USGS hydro techs Jeff Zingre and Tate Wilson-Johns on the Summit of USGS Peak, Idaho

When you work for the USGS in Idaho, what do you do on the weekend? Climb USGS Peak, of course! Idaho Falls-based USGS hydrologic technicians Jeff Zingre and Tate Wilson-Johns celebrate on the summit of Idaho's 10th highest peak. 

When you work for the USGS in Idaho, what do you do on the weekend? Climb USGS Peak, of course! Idaho Falls-based USGS hydrologic technicians Jeff Zingre and Tate Wilson-Johns celebrate on the summit of Idaho's 10th highest peak. 

Landscape image of Palisades Reservoir, on the Idaho-Wyoming border
Palisades Reservoir on the Idaho-Wyoming border
Palisades Reservoir on the Idaho-Wyoming border
Palisades Reservoir on the Idaho-Wyoming border

View of Palisades Reservoir, on the Idaho-Wyoming border.  This waterbody was included in a state-wide effort to validate satellite remote sensing of water quality.

View of Palisades Reservoir, on the Idaho-Wyoming border.  This waterbody was included in a state-wide effort to validate satellite remote sensing of water quality.

USGS scientist using spectral radiometer to measure light from boat on Fernan Lake, Idaho
Spectral radiometer measurement on Fernan Lake, Idaho
Spectral radiometer measurement on Fernan Lake, Idaho
Spectral radiometer measurement on Fernan Lake, Idaho

Validating satellite observations of water quality includes measuring the incident lighting conditions. Here solar radiation is measured with a spectral radiometer on Fernan Lake, Idaho.

Validating satellite observations of water quality includes measuring the incident lighting conditions. Here solar radiation is measured with a spectral radiometer on Fernan Lake, Idaho.

USGS scientist lowering Secchi disk into a lake from a bot
Secchi disk measurement on Lake Fernan, Idaho
Secchi disk measurement on Lake Fernan, Idaho
Secchi disk measurement on Lake Fernan, Idaho

Water clarity, a fundamental measure of water quality, is measured using a standard sized “Secchi” disk that is lowered until it is no longer visible. Measurements like this from Lake Fernan, Idaho, are used to validate satellite remote sensing estimates of water quality.  

Water clarity, a fundamental measure of water quality, is measured using a standard sized “Secchi” disk that is lowered until it is no longer visible. Measurements like this from Lake Fernan, Idaho, are used to validate satellite remote sensing estimates of water quality.  

DT66 Geoprobe May 2023
DT66 Geoprobe May 2023
DT66 Geoprobe May 2023
DT66 Geoprobe May 2023

USGS soil probe equipment used for shallow soil samples and site characterization studies. Photograph by Jacob Hollingsworth in May 2023.

USGS soil probe equipment used for shallow soil samples and site characterization studies. Photograph by Jacob Hollingsworth in May 2023.

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