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Ohio-Kentucky-Indiana Water Science Center images.

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Description: Maps showing the distribution of wells completed in glacial deposits used to create maps of hydrogeologic information and a three-dimensional volumetric model for the glacial deposits.
Map showing the distribution of wells in glacial deposits
Map showing the distribution of wells in glacial deposits
Map showing the distribution of wells in glacial deposits

Description: Maps showing the distribution of wells completed in glacial deposits used to create maps of hydrogeologic information and a three-dimensional volumetric model for the glacial deposits.

Description: Maps showing the distribution of wells completed in glacial deposits used to create maps of hydrogeologic information and a three-dimensional volumetric model for the glacial deposits.

Map showing thickness of coarse-grained deposits  Sources/Usage: USGS OKI Water Science Center, 2025
Map showing thickness of coarse-grained deposits
Map showing thickness of coarse-grained deposits
Map showing thickness of coarse-grained deposits

Map showing thickness of coarse-grained deposits created by scientists at the Ohio-Kentucky-Indiana Water Science Center

 

Block diagram showing the textural classes of lithologies in the study area
Block diagram showing the textural classes of lithologies in the study area
Block diagram showing the textural classes of lithologies in the study area
Block diagram showing the textural classes of lithologies in the study area

Block diagram showing the textural classes of lithologies in the study area, produced by the Ohio Kentucky Indiana Water Science Center

Volumetric model cross section through Allen, DeKalb, and Steuben Counties in Indiana
Volumetric model cross section through Allen, DeKalb, and Steuben Counties in Indiana
Volumetric model cross section through Allen, DeKalb, and Steuben Counties in Indiana
Volumetric model cross section through Allen, DeKalb, and Steuben Counties in Indiana

Volumetric model cross section through Allen, DeKalb, and Steuben Counties in Indiana created by the scientists of the Ohio-Kentucky-Indiana Water Science Center

 

Map showing existing groundwater-level networks enhanced through adding drilled wells and converting discrete wells
Existing USGS groundwater-level networks enhanced map
Existing USGS groundwater-level networks enhanced map
Existing USGS groundwater-level networks enhanced map

Existing USGS groundwater-level networks were enhanced through: 1) the addition of newly drilled deep wells that nearly reach bedrock, and 2) conversion of discrete wells to continuous, real-time wells 

Existing USGS groundwater-level networks were enhanced through: 1) the addition of newly drilled deep wells that nearly reach bedrock, and 2) conversion of discrete wells to continuous, real-time wells 

Ben Sperl USGS
Ben_Sperl_Photo.JPG
Ben_Sperl_Photo.JPG
Ben_Sperl_Photo.JPG

Ben Sperl is a Hydrologic Technician with the Indianapolis Office of the Ohio-Kentucky-Indiana (OKI) WSC.

Ben Sperl is a Hydrologic Technician with the Indianapolis Office of the Ohio-Kentucky-Indiana (OKI) WSC.

USGS hydrologists record field notes for dip and equal-width increment (EWI) water samples as an EWI streamflow measurement
USGS hydrologists record field notes for dip and equal-width increment (EWI) water samples as an EWI streamflow measurement is made.
USGS hydrologists record field notes for dip and equal-width increment (EWI) water samples as an EWI streamflow measurement is made.
View of the park and Chase Street flowing well
View of the park and Chase Street flowing well. January 2023 Pollard
View of the park and Chase Street flowing well. January 2023 Pollard
Current discharge from Chase Street
Current discharge from Chase Street. January 2023 Pollard
Current discharge from Chase Street. January 2023 Pollard
Current discharge from Chase Street. January 2023 Pollard

A photo of current discharge from Chase Street. This was taken in January of 2023 by Harvie Pollard.

USGS staff collecting water quality samples at USGS well B-8
USGS staff collecting water quality samples at USGS well B-8. October 2022 Pollard
USGS staff collecting water quality samples at USGS well B-8. October 2022 Pollard
algae and aquatic vegetation on a float
Algae and Aquatic Vegetation on a Float at Grand Calumet River at Cline Avenue, Indiana
Algae and Aquatic Vegetation on a Float at Grand Calumet River at Cline Avenue, Indiana
Algae and Aquatic Vegetation on a Float at Grand Calumet River at Cline Avenue, Indiana

Aquatic vegetation and algae are attached to polyvinyl chloride (PVC) and polyethylene foam (pool noodle) floats that hold water quality sondes. These sondes were part of a Great Lakes Restoration Initiative funded project assessing eutrophication in the Grand Calumet River Area of Concern.

Aquatic vegetation and algae are attached to polyvinyl chloride (PVC) and polyethylene foam (pool noodle) floats that hold water quality sondes. These sondes were part of a Great Lakes Restoration Initiative funded project assessing eutrophication in the Grand Calumet River Area of Concern.

USGS KY sediment lab - Kyle and Elisabeth
USGS KY sediment lab employees
USGS KY sediment lab employees
USGS KY sediment lab employees

Kyle Barnett and Elisabeth Hernandez analyzing sediment samples using the sand/fine break method

A woman stands in the water amongst lily pads holding a sampling bottle.
Collection of a discrete water-quality sample at the Grand Calumet Lagoon
Collection of a discrete water-quality sample at the Grand Calumet Lagoon
Collection of a discrete water-quality sample at the Grand Calumet Lagoon

On July 13, 2022, USGS scientists collected water quality samples at 3 sites in support of a study on eutrophication in the Grand Calumet River Area of Concern. The site pictured here is 413704087153501 Grand Calumet Lagoon at Marquette Park at Gary, IN, which was the background site for the study. Samples were collected for nutrients and isotopes.

On July 13, 2022, USGS scientists collected water quality samples at 3 sites in support of a study on eutrophication in the Grand Calumet River Area of Concern. The site pictured here is 413704087153501 Grand Calumet Lagoon at Marquette Park at Gary, IN, which was the background site for the study. Samples were collected for nutrients and isotopes.

Algae trails from the bottom of a float
Algae on a Float in the Grand Calumet River
Algae on a Float in the Grand Calumet River
Algae on a Float in the Grand Calumet River

A float built from polyvinyl chloride (PVC) and polyethylene foam (pool noodles). The float holds two water quality sondes. There are algae and aquatic plants all over the float and trailing off the bottom of it. 

A float built from polyvinyl chloride (PVC) and polyethylene foam (pool noodles). The float holds two water quality sondes. There are algae and aquatic plants all over the float and trailing off the bottom of it. 

Two water quality floats in a pool with lily pads
Two Water Quality Floats Holding Sondes
Two Water Quality Floats Holding Sondes
Two Water Quality Floats Holding Sondes

Two floats constructed of polyvinyl chloride (PVC) and polyethylene foam (pool noodles) float in a pool among lily pads. The floats each hold water quality sondes that collect data continuously. On the float on the left you can see the sonde hanging from the cross pieces, on the right-hand float the sondes are encased in the capped PVC tubes. 

Two floats constructed of polyvinyl chloride (PVC) and polyethylene foam (pool noodles) float in a pool among lily pads. The floats each hold water quality sondes that collect data continuously. On the float on the left you can see the sonde hanging from the cross pieces, on the right-hand float the sondes are encased in the capped PVC tubes. 

The blue sky is reflected in the water, disrupted by large green algal mats.
Algal Mats Floating on the Surface of the Grand Calumet River Near Kennedy Avenue, Hammond, IN.
Algal Mats Floating on the Surface of the Grand Calumet River Near Kennedy Avenue, Hammond, IN.
Algal Mats Floating on the Surface of the Grand Calumet River Near Kennedy Avenue, Hammond, IN.

Algal mats are floating on the surface of the water. This site is in the Grand Calumet River Area of Concern and has been dredged and capped to try to remediate pollution from historic industrial activity.

USGS staff conducting Borehole Geophysics at Chase Street
USGS staff conducting Borehole Geophysics at Chase Street. June 2022 Pollard
USGS staff conducting Borehole Geophysics at Chase Street. June 2022 Pollard
USGS groundwater monitoring well WM-111 in Williams County Ohio before and after conversion
USGS Groundwater Monitoring Well WM-111 Before and After Conversion
USGS Groundwater Monitoring Well WM-111 Before and After Conversion
USGS Groundwater Monitoring Well WM-111 Before and After Conversion

Picture of the USGS Groundwater Monitoring Well WM-111 in Williams County, Ohio before and after conversion to a Real-Time Monitoring well. 

USGS scientist crouching down in shallow lake collecting water sample with sampling equipment in orange raft
Water sampling at DeSoto National Wildlife Refuge
Water sampling at DeSoto National Wildlife Refuge
Water sampling at DeSoto National Wildlife Refuge

Microbiologist Erin Stelzer samples a wetland for infectious avian influenza virus at DeSoto National Wildlife Refuge, Iowa.

a brown outhouse-like structure sits beneath a bridge over the Wabash River
Super streamgage on the Wabash River near New Harmony, IN.
Super streamgage on the Wabash River near New Harmony, IN.
Super streamgage on the Wabash River near New Harmony, IN.

A super streamgage sits inside the brown structure underneath the bridge over the Wabash River linking Indiana and Illinois. The closest town is New Harmony, IN. 

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