Images

Photograph of USGS Gaging station 03066000, Blackwater River at Davis, West Virginia. 

https://waterdata.usgs.gov/usa/nwis/uv?03066000

Project area map for the Integrated Water Availability Assessments (IWAAs), including the Mississippi Alluvial Plain pilot and projects using Cooperative Matching Funds. This map represents 2019 projects and is not current.

Map of Integrated Water Availability Assessments (IWAAs) project areas scaled for a carousel image, including the Mississippi Alluvial Plan (MAP) pilot and projects utilizing Cooperative Matching Funds (CMF).

Shown in this photo is Hydrologic Technician Sam Banas performing a site inspection at an soil moisture and continuous groundwater well monitoring site. The site ID is: 424250072493101 MA-HNW 14 in Heath, Massachusetts.

USGS streamgage 05082500 Red River at Grand Forks, ND By Ernie McCoy

USGS gage number 02310678 Homosassa Springs at Homosassa Springs, FL 

USGS gage 05079000 Red Lake River at Crookston, MN manged by Dakota Water Science Center.

USGS gage number 05051522, Red River of The North at Hickson, ND. This gage is managed by the Dakota Water Science Center.

USGS hydrologist Dan Thomas prepares to measure record flows on the Red River of the North in downtown Fargo, North Dakota. The orange instrument is an acoustic Doppler current profiler, which is used to measure streamflow as it's pulled across the water.

A USGS crew measures flooding on the Red River in downtown Fargo, North Dakota. The orange instrument is an acoustic Doppler current profiler, which is used to measure streamflow as it's pulled across the water.

An instrument called an acoustic Doppler current profiler (ADCP) takes streamflow measurements during flooding. The ADCP is attached to a buoy that is dragged in the water either alongside a boat or by hand. USGS hydrologist Dan Thomas points to the ADCP sensor on the Red River of the North during flooding in downtown Fargo, ND.

A USGS crew measures high flow during flooding on the Maple River near Mapleton, North Dakota. The instrument being pulled across the water is an acoustic Doppler current profiler, which is used to measure streamflow. The truck is parked on a road that had been overtaken by the river. 

This is not a lake! A USGS crew measures high flow during flooding on the Maple River near Mapleton, North Dakota. The instrument being pulled across the water is an acoustic Doppler current profiler (ADCP), which is used to measure streamflow.

A USGS crew measures streamflow during record flooding on the Red River of the North near Georgetown, ND, on April 6, 2019. The apparatus in the middle of the image is a USGS temporary streamgage installed to monitor flooding, and the orange instrument pictured is an acoustic Doppler current profiler that measures streamflow.

A USGS crew measures high flow during flooding on the Maple River near Mapleton, North Dakota. The yellow instrument is an acoustic Doppler current profiler, which is used to measure streamflow as it's pulled across the water. The crew is standing on a road that had been overtaken by the river. 

A USGS crew prepares to measure streamflow during record flooding on the Maple River near Mapleton, ND, on April 6, 2019. The instrument pictured is an acoustic Doppler current profiler which measures streamflow as it's dragged across the water.

Brittney Izbicki, USGS, at the edge of the ice in the Connecticut River, preparing to collect water-quality samples.

Colin Sweeney, USGS, collecting water-quality samples from the Connecticut River, CT

Theresa Armijo, USGS, collecting water-quality samples from the Connecticut River by USGS gage 01184000, Connecticut River near Thompsonville 

David Sullivan, USGS, using an ice bar to chip away at the ice built up on the trail to get down to the water-quality sampling site at USGS gage Connecticut River near Thompsonville, CT

WWG Reading on the Wild Rice River in Minnesota during record Midwest flooding in spring 2019.