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Explore water-related photography, imagery, and illustrations.

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Equipment for collecting a groundwater sample is spread on a table
Groundwater sample collection
Groundwater sample collection
Groundwater sample collection

Collecting a groundwater-quality sample from a public-supply well. This well is being sampled for water-quality constituents as part of the NAWQA Enhanced Trend Network project.

Collecting a groundwater-quality sample from a public-supply well. This well is being sampled for water-quality constituents as part of the NAWQA Enhanced Trend Network project.

USGS employee during a routine Acoustic Doppler Velocimeter measurement at USGS gage 2055100
USGS Employee During A Routine Measurement At USGS Gage 2055100, VA
USGS Employee During A Routine Measurement At USGS Gage 2055100, VA
USGS Employee During A Routine Measurement At USGS Gage 2055100, VA

USGS employee Keith Lambert during a routine Acoustic Doppler Velocimeter measurement at USGS gage 2055100 Tinker Creek near Daleville, VA.

Columbia River flows by highway in Portland, OR, with Mt. Hood in background
Columbia River in Portland, OR, with Mt. Hood
Columbia River in Portland, OR, with Mt. Hood
Screen capture of ModelMuse with the caption "The farm process also requires the modeler define the properties of the farms."
ModelMuse: Farm Process
ModelMuse: Farm Process
ModelMuse: Farm Process

Screen capture of ModelMuse with the caption "The farm process also requires the modeler define the properties of the farms."

Screen capture of ModelMuse with the caption "The farm process also requires the modeler define the properties of the farms."

USGS Scientist Adam Mumford WBS Sampling Under Ice
WBS Sampling Under Ice
WBS Sampling Under Ice
WBS Sampling Under Ice

Icy Sampling
RML scientist, Adam Mumford, working under ice to obtain grab samples of a stream in North Dakota to assess impacts of a brine spill from unconventional oil and gas activities (UOG). UOG spills often have very high concentrations of salts, metals, naturally occurring radioactive materials (NORMs), and organic compounds. 

Icy Sampling
RML scientist, Adam Mumford, working under ice to obtain grab samples of a stream in North Dakota to assess impacts of a brine spill from unconventional oil and gas activities (UOG). UOG spills often have very high concentrations of salts, metals, naturally occurring radioactive materials (NORMs), and organic compounds. 

Centrifuge Bowl Containing River Suspended Sediment
Centrifuge Bowl Containing River Suspended Sediment for Analysis
Centrifuge Bowl Containing River Suspended Sediment for Analysis
Centrifuge Bowl Containing River Suspended Sediment for Analysis

A U.S. Geological Survey hydrologist holds a centrifuge bowl containing river suspended sediment for analysis of metals and organic chemicals. The sample was collected using a new in-field continuous-flow centrifugation technique to separate and collect suspended sediment from large volumes of water.

A U.S. Geological Survey hydrologist holds a centrifuge bowl containing river suspended sediment for analysis of metals and organic chemicals. The sample was collected using a new in-field continuous-flow centrifugation technique to separate and collect suspended sediment from large volumes of water.

Public-supply well
A chain-link fence encloses a public-supply well.
A chain-link fence encloses a public-supply well.
A chain-link fence encloses a public-supply well.

A large-volume public supply well in San Antonio, Texas.  This well is being sampled for water-quality constituents as part of the NAWQA Enhanced Trend Network project.

A USGS streamgage
A USGS streamflow gaging station is used to collect water data
A USGS streamflow gaging station is used to collect water data
A USGS streamflow gaging station is used to collect water data

A U.S. Geological Survey streamflow gaging station collects water data on the Trask River. The Trask River gage is located near Tillamook, Ore. and has been in operation for 17 years.  

A U.S. Geological Survey streamflow gaging station collects water data on the Trask River. The Trask River gage is located near Tillamook, Ore. and has been in operation for 17 years.  

USGS streamgage in foreground with river and trees in background
USGS streamgage on the Trask River
USGS streamgage on the Trask River
USGS streamgage on the Trask River

Trask River stage, discharge, and water-quality data are collected and used together to help monitor the current health of the river. Data from the river are sent to equipment in the gage house, where it is stored then transmitted to USGS servers. 

Trask River stage, discharge, and water-quality data are collected and used together to help monitor the current health of the river. Data from the river are sent to equipment in the gage house, where it is stored then transmitted to USGS servers. 

A public supply well in front of a large concrete structure that aerates the water
Public supply well and aerator
Public supply well and aerator
Public supply well and aerator

Anoxic groundwater pumped from the embayment-uplands aquifers for municipal supply is oxygenated as it cascades over aerator trays. The iron and manganese that are dissolved in the water precipitate and are filtered from the water.

Anoxic groundwater pumped from the embayment-uplands aquifers for municipal supply is oxygenated as it cascades over aerator trays. The iron and manganese that are dissolved in the water precipitate and are filtered from the water.

Image: Garden Wall Weather Station, MT
Garden Wall Weather Station, MT
Garden Wall Weather Station, MT
Garden Wall Weather Station, MT

The Garden Wall Weather Station is situated below the Garden Wall and adjacent to the Haystack Creek avalanche path in Glacier National Park. It provides meteorological data for avalanche forecasting and research, including wind speed and direction, air temperature, relative humidity, and net radiation measurements.

The Garden Wall Weather Station is situated below the Garden Wall and adjacent to the Haystack Creek avalanche path in Glacier National Park. It provides meteorological data for avalanche forecasting and research, including wind speed and direction, air temperature, relative humidity, and net radiation measurements.

USGS' Brian Selck samples a private well in Lycoming County, PA
Sampling a private well in Lycoming County, Pennsylvania
Sampling a private well in Lycoming County, Pennsylvania
Sampling a private well in Lycoming County, Pennsylvania

Brian Selck, a USGS National Association of Geoscience Teachers intern, collects a water level measurement from a domestic well at a site north of Jersey Shore in Lycoming County, Pennsylvania, June 2014.

Brian Selck, a USGS National Association of Geoscience Teachers intern, collects a water level measurement from a domestic well at a site north of Jersey Shore in Lycoming County, Pennsylvania, June 2014.

Little Plover River Wells
Little Plover River Wells
Little Plover River Wells
Little Plover River Wells

Both irrigation wells and municipal wells affect water levels in the Little Plover River, Wisconsin. 

Both irrigation wells and municipal wells affect water levels in the Little Plover River, Wisconsin. 

A 3D Elevation Program lidar point cloud showing simulated flooding (in blue) of an area in Denver, Colorado
3DEP, lidar point cloud, Denver
3DEP, lidar point cloud, Denver
3DEP, lidar point cloud, Denver

A 3D Elevation Program lidar point cloud showing simulated flooding (in blue) of an area in Denver, Colorado

ModelMuse screen capture illustrating generating a mesh using GMSH.
Using Gmsh to generate a mesh
Using Gmsh to generate a mesh
Using Gmsh to generate a mesh

Screen capture of ModelMuse with a mesh for SUTRA being generated by GMSH. This image is intended to be used as a thumbnail for a video.

Screen capture of ModelMuse with a mesh for SUTRA being generated by GMSH. This image is intended to be used as a thumbnail for a video.

Screen capture of ModelMuse with an object used in Surface Water Routing
SWR Overview
SWR Overview
SWR Overview

Screen capture of ModelMuse with an object used in Surface Water Routing and the words "Now I've set up a very simple Surface Water Routing process model.

Screen capture of ModelMuse with an object used in Surface Water Routing and the words "Now I've set up a very simple Surface Water Routing process model.

Screen capture of ModelMuse with "The other way to define observations is with the SWR Observations dialog box."
SWR Observations
SWR Observations
SWR Observations

Screen capture of ModelMuse with "The other way to define observations is with the SWR Observations dialog box."

Screen capture of ModelMuse with "The other way to define observations is with the SWR Observations dialog box."

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