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Hydrogeology of the sandy uplands of the Bayfield Peninsula, Wisconsin
The sandy uplands of the Bayfield Peninsula are primary contributors to regional groundwater recharge and provide baseflow to streams in the area. Few data exist, however, to characterize upland hydrogeology or its susceptibility to groundwater contamination. Here, data from two new cores and wells, one existing well, and a lake in the sandy uplands...-
Rotosonic core data from the sandy uplands of the Bayfield Peninsula, Wisconsin [dataset 1]
2022
Data: Spreadsheets (.csv)
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Water-level measurements from two monitoring wells in the sandy uplands of the Bayfield Peninsula, Wisconsin [dataset 2]
2022
Data: Spreadsheets (.csv)
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Potential Effects of Climate Change on Stream Temperature in the Marengo River Headwaters
Cold-water trout habitat in Wisconsin is projected to substantially decrease as a result of climate change. The extent of habitat loss depends, in part, on groundwater discharge to streams, which can provide cool-water refuges for trout. Survey hydrogeologists used field measurements and models of groundwater flow and stream temperature to evaluate how...-
GFLOW Groundwater Flow Model of the Marengo River Headwaters [dataset 1]
2021
Data: Groundwater flow model
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Geodatabase - Three Baseflow Scenarios for the Marengo River Headwaters [dataset 2]
2021
GIS Data: File geodatabase
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Measurements of Water Chemistry, Streamflow, and Stream Temperature from the Marengo River Headwaters [dataset 3]
2021
Data: Data (spreadsheets)
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Simulated Baseflow of the Marengo River Headwaters with 21% Increase in Recharge [plate 2]
2021
Map: 11 in x 17 in
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Simulated Baseflow of the Marengo River Headwaters with 12% Decrease in Recharge [plate 3]
2021
Map: 11 in x 17 in
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Characterization of Groundwater Resources in the Chequamegon-Nicolet National Forest, Wisconsin
Results of a comprehensive review and analysis of groundwater resources in the Chequamegon-Nicolet National Forest. The study was divided by location into four reports corresponding to the four main land units: Medford, Nicolet, Park Falls, and Washburn/Great Divide. Each report describes the results of the inventory, modeling, and analysis.-
Characterization of Groundwater Resources in the Chequamegon-Nicolet National Forest, Wisconsin: Medford Unit [GIS data]
2018
GIS Data: Geodatabase, metadata
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Characterization of Groundwater Resources in the Chequamegon-Nicolet National Forest, Wisconsin: Medford Unit [plates]
2018
Map: 10 maps, 11 in x 17 in
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Characterization of Groundwater Resources in the Chequamegon-Nicolet National Forest, Wisconsin: Nicolet Unit [GIS data]
2018
GIS Data: Geodatabase, metadata
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Characterization of Groundwater Resources in the Chequamegon-Nicolet National Forest, Wisconsin: Nicolet Unit [plates]
2018
Map: 20 maps (10 each, northern and southern Nicolet Unit), 11 in x 17 in
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Characterization of Groundwater Resources in the Chequamegon-Nicolet National Forest, Wisconsin: Park Falls Unit [GIS data]
2018
GIS Data: Geodatabase, metadata
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Characterization of Groundwater Resources in the Chequamegon-Nicolet National Forest, Wisconsin: Park Falls Unit [plates]
2018
Map: 10 maps, 11 in x 17 in
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