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Upper Midwest Water Science Center images.

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Hydrologic technician inside gage house with kayak and two ADCPs floating outside
Flooded Wolf River streamgage, kayak and ADCPs
Flooded Wolf River streamgage, kayak and ADCPs
Flooded Wolf River streamgage, kayak and ADCPs

USGS hydrologic technicians service the flooded Wolf River at New London, Wisconsin streamgage, read sensors and compare data to outside reference points to verify accurate gage height data. A kayak and two acoustic Doppler current profilers (ADCPs) float outside of the gage.

USGS hydrologic technicians service the flooded Wolf River at New London, Wisconsin streamgage, read sensors and compare data to outside reference points to verify accurate gage height data. A kayak and two acoustic Doppler current profilers (ADCPs) float outside of the gage.

Hydrologic technician takes acoustic Doppler current profiler measurement of flooded river from bridge
Acoustic Doppler current profiler measurement of Wolf River in New London, Wisconsin
Acoustic Doppler current profiler measurement of Wolf River in New London, Wisconsin
Acoustic Doppler current profiler measurement of Wolf River in New London, Wisconsin

Hydrologic technician performs a moving bed test using an acoustic Doppler current profiler (ADCP) on the main channel of the Wolf River off of the Shawano Street bridge in New London, Wisconsin.

https://waterdata.usgs.gov/monitoring-location/USGS-04079000/

hydrologic technician prepares to measure streamflow on flooded creek with ADCP
Hydrologic technician prepares to measure streamflow on flooded Duck Creek with ADCP
Hydrologic technician prepares to measure streamflow on flooded Duck Creek with ADCP
Hydrologic technician prepares to measure streamflow on flooded Duck Creek with ADCP

USGS hydrologic technician prepares to measure streamflow on the flooded Duck Creek in Howard, Wisconsin with an acoustic Doppler current profiler (ADCP).

Hydrologic technician measures streamflow off bridge using ADCP on flooded river
Measuring streamflow with ADCP on flooded Manistique River
Measuring streamflow with ADCP on flooded Manistique River
Measuring streamflow with ADCP on flooded Manistique River

USGS hydrologic technician Steven (Stosh) Sendek measures streamflow on the flooded Manistique River in the Upper Peninsula of Michigan near streamgage 04056500.

https://waterdata.usgs.gov/monitoring-location/USGS-04056500/

Hydrologic technician views submerged streamgage house in flooded lake
Underwater streamgage at flooded Van Ettan Lake
Underwater streamgage at flooded Van Ettan Lake
Underwater streamgage at flooded Van Ettan Lake

Hydrologic technician Ed Lipinksi looks out over a flooded Van Etten Lake near Oscoda, Michigan. The top of the streamgage housing sticks up over the surface of the flooded lake.

Van Etten Lake NR Oscoda, MI (3 FT BL LK Surf) - USGS Water Data for the Nation

Hydrologic technician Ed Lipinksi looks out over a flooded Van Etten Lake near Oscoda, Michigan. The top of the streamgage housing sticks up over the surface of the flooded lake.

Van Etten Lake NR Oscoda, MI (3 FT BL LK Surf) - USGS Water Data for the Nation

Washed out bridge over raging flood waters on a gray day
Washed out bridge over flooded Boardman River near Traverse City
Washed out bridge over flooded Boardman River near Traverse City
Washed out bridge over flooded Boardman River near Traverse City

A bridge over the Boardman River near Traverse City, Michigan is washed out from raging flood waters. The white pipe on the left houses the data loggers for the streamgage at this site.

Boardman River at Beitner RD NR Traverse City, MI - USGS Water Data for the Nation

Streamgage at river with buildings on shore, sandbags in foreground
Streamgage 04132052 Cheboygan River at Lincoln Ave at Cheboygan, Michigan
Streamgage 04132052 Cheboygan River at Lincoln Ave at Cheboygan, Michigan
Streamgage 04132052 Cheboygan River at Lincoln Ave at Cheboygan, Michigan

Streamgage 04132052 Cheboygan River at Lincoln Ave at Cheboygan, Michigan.

Sandbags are located in the foreground and along shoreline of the river to mitigate flooding to the Cheboygan Dam.

https://waterdata.usgs.gov/monitoring-location/USGS-04132052/

Eleven people at a conference standing in a line smiling for the camera
Attendees at the Wisconsin American Water Resources Association Conference 2026
Attendees at the Wisconsin American Water Resources Association Conference 2026
ELISA analysis plates prepared for cyanotoxin analysis, with labeled sample tubes in the background
Enzyme-linked immunosorbent assay (ELISA) plates prepared for cyanotoxin analysis
Enzyme-linked immunosorbent assay (ELISA) plates prepared for cyanotoxin analysis
Enzyme-linked immunosorbent assay (ELISA) plates prepared for cyanotoxin analysis

Enzyme-linked immunosorbent assay (ELISA) plates prepared for cyanotoxin analysis, with labeled sample tubes in the background. ELISA is a laboratory technique used to detect and quantify specific antibodies, antigens, proteins, or hormones in biological samples.

Enzyme-linked immunosorbent assay (ELISA) plates prepared for cyanotoxin analysis, with labeled sample tubes in the background. ELISA is a laboratory technique used to detect and quantify specific antibodies, antigens, proteins, or hormones in biological samples.

Rotary evaporation system set up in laboratory fume hood
Rotary evaporation system set up in laboratory fume hood
Rotary evaporation system set up in laboratory fume hood
Rotary evaporation system set up in laboratory fume hood

Rotary evaporation system used to evaporate methanol from plant extracts, concentrating the sample so crystals containing cyanotoxins can form on the glassware.

Closeup of crystals containing extracted cyanotoxins forming on the glassware during extraction process
Crystals containing extracted cyanotoxins forming on glassware
Crystals containing extracted cyanotoxins forming on glassware
Crystals containing extracted cyanotoxins forming on glassware

A closeup of crystals containing extracted cyanotoxins forming on the glassware during rotary evaporation extraction process. The crystals are then resuspended and added to a sterile tube.

Rotary evaporation system set up in laboratory
Rotary evaporation system set up in laboratory
Rotary evaporation system set up in laboratory
Rotary evaporation system set up in laboratory

Rotary evaporation system used to evaporate methanol from plant extracts, concentrating the sample so crystals containing cyanotoxins can form on the glassware.

Rotary evaporation system used to evaporate methanol from plant extracts, concentrating the sample so crystals containing cyanotoxins can form on the glassware.

Outreach materials on a USGS table on display at a career fair
Outreach materials on display at a career fair
Outreach materials on display at a career fair
Outreach materials on display at a career fair

A day at the University of Wisconsin-Milwaukee School of Freshwater Sciences career fair! Staff and students learned about USGS with career cards, a USGS poster and field work equipment including: a churn splitter (back left corner), a peristaltic pump (back right corner) and a solid phase adsorption toxin tracking (SPATT) sampler (front right corner).

A day at the University of Wisconsin-Milwaukee School of Freshwater Sciences career fair! Staff and students learned about USGS with career cards, a USGS poster and field work equipment including: a churn splitter (back left corner), a peristaltic pump (back right corner) and a solid phase adsorption toxin tracking (SPATT) sampler (front right corner).

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