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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: 491
Processing a sample for detection of N. fowleri
Processing a sample for detection of N. fowleri
Processing a sample for detection of N. fowleri
Processing a sample for detection of N. fowleri

Processing a sample for detection of N. fowleri

Equipment used to process a water sample to be analyzed for Naegleria fowleri
Equipment used to process a sample analyzed for Naegleria fowleri
Equipment used to process a sample analyzed for Naegleria fowleri
Equipment used to process a sample analyzed for Naegleria fowleri

Equipment used to process a water sample to be analyzed for Naegleria fowleri

Processing sample from Granite Hot Springs
Processing sample from Granite Hot Springs
Processing sample from Granite Hot Springs
Processing sample from Granite Hot Springs

Processing sample from Granite Hot Springs

Measuring streamflow, New Fork River near Big Piney (09205000)
Measuring streamflow, New Fork River near Big Piney (09205000)
Measuring streamflow, New Fork River near Big Piney (09205000)
Measuring streamflow, New Fork River near Big Piney (09205000)

Measuring streamflow, New Fork River near Big Piney (09205000)

Wyoming Range WLCI small stream study locations
Wyoming Range WLCI small stream study locations
Wyoming Range WLCI small stream study locations
Wyoming Range WLCI small stream study locations

Wyoming Range WLCI small stream study locations

Eric Blajszczak teaches 5th graders about water & measuring streamflow
Eric Blajszczak teaches 5th graders about water & measuring streamflow
Eric Blajszczak teaches 5th graders about water & measuring streamflow
Eric Blajszczak teaches 5th graders about water & measuring streamflow

Eric Blajszczak teaches 5th graders about water & measuring streamflow

Stream observation points and focal basins for PROSPER project
Stream observation points and focal basins for PROSPER project
Stream observation points and focal basins for PROSPER project
Stream observation points and focal basins for PROSPER project

Stream observation points and focal basins for PROSPER project

Locations of wells sampled 1995-2006 and notation of pesticide detected (red dot)
Locations of wells sampled 1995-2006, pesticide detection noted in red
Locations of wells sampled 1995-2006, pesticide detection noted in red
Locations of wells sampled 1995-2006, pesticide detection noted in red

Locations of wells sampled 1996-2005 and notation of pesticide detected (red dot)

ADCP streamflow measurement, Wind River near Dubois
ADCP streamflow measurement, Wind River near Dubois
ADCP streamflow measurement, Wind River near Dubois
ADCP streamflow measurement, Wind River near Dubois

ADCP streamflow measurement, Wind River near Dubois

Wading slush to measure streamflow, S Fk Shoshone abv Buffalo Bill Res
Wading slush to measure streamflow, S Fk Shoshone abv Buffalo Bill Res
Wading slush to measure streamflow, S Fk Shoshone abv Buffalo Bill Res
Wading slush to measure streamflow, S Fk Shoshone abv Buffalo Bill Res

Wading slush to measure streamflow, S Fk Shoshone abv Buffalo Bill Res

Measuring streamflow under ice, Bighorn River near Basin
Measuring streamflow under ice, Bighorn River near Basin
Measuring streamflow under ice, Bighorn River near Basin
Measuring streamflow under ice, Bighorn River near Basin

Measuring streamflow under ice, Bighorn River near Basin

Measuring streamflow, Fontenelle Creek
Measuring streamflow, Fontenelle Creek
Measuring streamflow, Fontenelle Creek
Measuring streamflow, Fontenelle Creek

Measuring streamflow, Fontenelle Creek

Measuring streamflow through augered holes, North Platte nr Northgate
Measuring streamflow through augered holes, North Platte nr Northgate
Measuring streamflow through augered holes, North Platte nr Northgate
Measuring streamflow through augered holes, North Platte nr Northgate

Measuring streamflow through augered holes, North Platte nr Northgate

Auguring holes to measure streamflow, Blacks Fork Robertson
Auguring holes to measure streamflow, Blacks Fork Robertson
Auguring holes to measure streamflow, Blacks Fork Robertson
Auguring holes to measure streamflow, Blacks Fork Robertson

Auguring holes to measure streamflow, Blacks Fork Robertson 

Chopping ice to create open channel to measure streamflow, Blacks Fk
Chopping ice to create open channel to measure streamflow, Blacks Fk
Chopping ice to create open channel to measure streamflow, Blacks Fk
Chopping ice to create open channel to measure streamflow, Blacks Fk

Chopping ice to create open channel to measure streamflow, Blacks Fk

Measuring streamflow, Yellowstone River at Lake Outlet
Measuring streamflow, Yellowstone River at Lake Outlet
Measuring streamflow, Yellowstone River at Lake Outlet
Measuring streamflow, Yellowstone River at Lake Outlet

Measuring streamflow, Yellowstone River at Lake Outlet

Blackrock Creek streamgage
Blackrock Creek streamgage
Blackrock Creek streamgage
Blackrock Creek streamgage

Blackrock Creek streamgage

Snowmibiles needed to get to Blackrock Creek streamgage
Snowmibiles needed to get to Blackrock Creek streamgage
Snowmibiles needed to get to Blackrock Creek streamgage
Snowmibiles needed to get to Blackrock Creek streamgage

Snowmibiles needed to get to Blackrock Creek streamgage

USGS WY-MT WSC Riverton Office
USGS WY-MT WSC Riverton Office
USGS WY-MT WSC Riverton Office
USGS WY-MT WSC Riverton Office

USGS WY-MT WSC Riverton Office

Digital elevation model created by an Unmanned Aerial System
Digital Elevation Model Created by an Unmanned Aerial System
Digital Elevation Model Created by an Unmanned Aerial System
Digital Elevation Model Created by an Unmanned Aerial System

This digital elevation model was created using structure from motion software mounted to an Unmanned Aerial System (UAS) to analyze bridge scour. Studies using UAS have included stream temperature analyses, bird and mammal surveys, coastal change mapping, sandbar habitat surveys, fluvial erosion rates, microclimate mapping, air quality analysis, plant stress as

This digital elevation model was created using structure from motion software mounted to an Unmanned Aerial System (UAS) to analyze bridge scour. Studies using UAS have included stream temperature analyses, bird and mammal surveys, coastal change mapping, sandbar habitat surveys, fluvial erosion rates, microclimate mapping, air quality analysis, plant stress as

Unmanned Aerial System prior to takeoff
Unmanned Aerial System
Unmanned Aerial System
Unmanned Aerial System

This small unmanned aerial system with digital camera has been used to create digital elevation models to answer questions about erosion, bridge scour, and other hydraulics analyses. 

This small unmanned aerial system with digital camera has been used to create digital elevation models to answer questions about erosion, bridge scour, and other hydraulics analyses.