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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.

Filter Total Items: 548
Water quality sampler deployed on the Rio Grande to collect an integrated sample of PFAS in the water in Alameda, New Mexico.
Water quality sampler deployed on the Rio Grande in Alameda, New Mexico.
Water quality sampler deployed on the Rio Grande in Alameda, New Mexico.
Water quality sampler deployed on the Rio Grande in Alameda, New Mexico.

Water quality sampler deployed on the Rio Grande to collect an integrated sample of PFAS in the water in Alameda, New Mexico.

Scientists travel by raft to collect samples on the Colorado River in the Grand Canyon
Scientists travel by raft to collect samples in the Grand Canyon
Scientists travel by raft to collect samples in the Grand Canyon
Cover slide for Teams Meeting, USGS Tribal Open House, Lower CO River Basin Panel, 11-29-2023
LCR.Virtual.Tribal.Open_.House_.Image_11_29_2023.jpg
LCR.Virtual.Tribal.Open_.House_.Image_11_29_2023.jpg
LCR.Virtual.Tribal.Open_.House_.Image_11_29_2023.jpg

Title Slide for Lower Colorado River Basin Panel Discussion for USGS Virtual Open House meeting to discuss drought issues with Native American Tribal Members. Held online via Microsoft Teams on November 29, 2024.

Title Slide for Lower Colorado River Basin Panel Discussion for USGS Virtual Open House meeting to discuss drought issues with Native American Tribal Members. Held online via Microsoft Teams on November 29, 2024.

A map of 4 streamgages along the Colorado stretch of the Colorado River.  Hydrographs for each streamgage are also shown.
Upper Colorado River Basin streamflow, March-August 2023
Upper Colorado River Basin streamflow, March-August 2023
Upper Colorado River Basin streamflow, March-August 2023

March-August daily average streamflow for the last 30 years (1991-2022) (dark gray lines) compared to 2023, showing the periods where 2023 streamflow was above (blue) and below (orange) the historical average. Individual years of the relevant historical streamflow period are shown in light gray. 

March-August daily average streamflow for the last 30 years (1991-2022) (dark gray lines) compared to 2023, showing the periods where 2023 streamflow was above (blue) and below (orange) the historical average. Individual years of the relevant historical streamflow period are shown in light gray. 

Photograph of Tribal Meeting for USGS ASIST Project, Tucson, AZ, Oct. 16, 2023
ASIST.Tribal.Open_.House_.A.Oct_.16.2023.jpg
ASIST.Tribal.Open_.House_.A.Oct_.16.2023.jpg
ASIST.Tribal.Open_.House_.A.Oct_.16.2023.jpg

Photograph taken by Jessica Driscoll of USGS ASIST Project Tribal Open House, Tucson, AZ, Oct. 16, 2023

USGS hydrologist on Fernan Lake in a canoe sampling the water
Field sampling by boat in Lake Fernan, Idaho
Field sampling by boat in Lake Fernan, Idaho
Field sampling by boat in Lake Fernan, Idaho

Collecting field samples to validate satellite remote sensing of water quality on Fernan Lake, Idaho.

Photograph taken at USGS ASIST Project Open House related to Drought Issues in Tribal Lands in and near the Colorado River Ba
SIPI.Albuquerque.Tribal.Open_.House_A.Sept_.26.2023.JPG
SIPI.Albuquerque.Tribal.Open_.House_A.Sept_.26.2023.JPG
SIPI.Albuquerque.Tribal.Open_.House_A.Sept_.26.2023.JPG

Photograph taken at USGS ASIST Project Open House related to Drought Issues in Tribal Lands in and near the Colorado River Basin, held at the Southwestern Indian Polytechnic Institute, Albuquerque, New Mexico, September 26, 2023

Photograph taken at USGS ASIST Project Open House related to Drought Issues in Tribal Lands in and near the Colorado River Basin, held at the Southwestern Indian Polytechnic Institute, Albuquerque, New Mexico, September 26, 2023

Panel Discussion at USGS ASIST Project Tribal Drought Issues Open House, Albuquerque, NM, Sept. 26, 2023
Panel Discussion at USGS ASIST Project Tribal Drought Issues Open House, Albuquerque, NM, Sept. 26, 2023
Panel Discussion at USGS ASIST Project Tribal Drought Issues Open House, Albuquerque, NM, Sept. 26, 2023
Panel Discussion at USGS ASIST Project Tribal Drought Issues Open House, Albuquerque, NM, Sept. 26, 2023

Photograph of Panel Discussion at USGS ASIST Project Open House related to Drought Issues in Tribal Lands in and near the Colorado River Basin, held at the Southwestern Indian Polytechnic Institute, Albuquerque, New Mexico, September 26, 2023

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.

Photograph showing red-brown buttes of sedimentary rocks incised by the sediment-rich brown water of the Colorado River.
Grand_Canyon_20230908_Brennan.jpg
Grand_Canyon_20230908_Brennan.jpg
Researchers inject fluorescein dye into Lake Fork Creek, Colorado, in August 2023
Researchers inject fluorescein dye into Lake Fork Creek, Colorado
Researchers inject fluorescein dye into Lake Fork Creek, Colorado
Researchers inject fluorescein dye into Lake Fork Creek, Colorado

Researchers inject fluorescein dye into Lake Fork Creek, Colorado, in August 2023. This study aims to trace water flow from the historic Sugarloaf mining district into the creek.

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.  

Photograph showing pit excavated on the Puya Fault in northern New Mexico to determine ages of faulted surfaces
Puya Fault sampling pit
Puya Fault sampling pit
Puya Fault sampling pit

Pit dug for collection of geologic data and observations, such as geochronology samples to determine the age of faulted surfaces and documentation and dating of faulted recent sediments of the Puya Fault in northern New Mexico, 4/25/2023.

Pit dug for collection of geologic data and observations, such as geochronology samples to determine the age of faulted surfaces and documentation and dating of faulted recent sediments of the Puya Fault in northern New Mexico, 4/25/2023.

Image shows a mountain landscape with trees and snow-covered peaks
Montana
Montana
Montana

A view of the Boulder Mountains from US-12 west of Helena. These mountains lie at the north end of the Boulder Batholith.

A view of the Boulder Mountains from US-12 west of Helena. These mountains lie at the north end of the Boulder Batholith.

Map of Annualized Earthquake Loss Ratio in $ per Million
map2fema366.JPG
map2fema366.JPG
map2fema366.JPG

Although most economic loss is concentrated along the west coast, the distribution of relative earthquake risk, as measured by the Annualized Earthquake Loss Ratio (AELR), is spread throughout the country and it reinforces the fact that earthquakes are a national problem.

Although most economic loss is concentrated along the west coast, the distribution of relative earthquake risk, as measured by the Annualized Earthquake Loss Ratio (AELR), is spread throughout the country and it reinforces the fact that earthquakes are a national problem.

Distribution of Average Annualized Earthquake Loss by Region
map1fema366.JPG
map1fema366.JPG
map1fema366.JPG

Map showing distribution of average annualized earthquake loss by region. The high concentration of loss in California and the West Coast is consistent with that region’s high seismic hazard, significant population, and building exposure. 

Map showing distribution of average annualized earthquake loss by region. The high concentration of loss in California and the West Coast is consistent with that region’s high seismic hazard, significant population, and building exposure. 

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