Publications

Geologic Map of Mill Bluff State Park, Monroe and Juneau Counties, Wisconsin

The geologic map of the Mill Bluff State Park provides a detailed look at the bedrock geology present at one of Wisconsin's most cherished natural sites. The map and accompanying report present the Paleozoic bedrock stratigraphy of the visible formations, as well as an interpretation of their depositional environment. This map was created as part of an...
- WOFR2024-03
  
  Geologic Map of Mill Bluff State Park, Monroe and Juneau Counties, Wisconsin
  
  Barrera-Skibinkski, S.M.; Bremmer, S.E.; Stewart, E.D.;
  
  2024
  
  Map: 24 x 36 in, scale 1:12,000
- WOFR2024-03-supp
  
  Supplemental Report on the Geologic Map of Mill Bluff State Park, Monroe and Juneau Counties, Wisconsin [supplement]
  
  Barrera-Skibinkski, S.M.; Bremmer, S.E.; Stewart, E.D.;
  
  2024
  
  Report: 12 p.
Wisconsin Groundwater-Level Monitoring Network Improvements, 2020-2022

This report documents work completed as part of a grant from the U.S. Geological Survey's National Groundwater Monitoring Network (NGWMN) program. It provides an overview of the Wisconsin Groundwater-Level Monitoring Network (WGLMN) and provides detailed description of well evaluation and repair activities, and drilling of new monitoring wells across the...
- WOFR2024-04
  
  Wisconsin Groundwater-Level Monitoring Network Improvements, 2020-2022
  
  Bremmer, S.E.; Chase, P.M.; Parsen, M.J.;
  
  2024
  
  Report: 288 p.
Geologic Map of the Dells of the Wisconsin River State Natural Area

The geologic map of the Dells of the Wisconsin River State Natural Area provides a detailed look at the bedrock geology present at one of Wisconsin's most cherished natural sites. The map and accompanying report present the Paleozoic bedrock stratigraphy of the visible formations, as well as an interpretation of their depositional environment. This map...
- WOFR2023-05
  
  Geologic Map of the Dells of the Wisconsin River State Natural Area
  
  Bojdak-Yates, I.S.; Bremmer, S.E.; Stewart, E.D.;
  
  2023
  
  Map: 30 x 36 in, scale 1:12,000
- WOFR2023-05-supp
  
  Supplemental Report on the Geologic Map of the Dells of the Wisconsin River State Natural Area [supplement]
  
  Bojdak-Yates, I.S.; Bremmer, S.E.; Stewart, E.D.;
  
  2023
  
  Report: 10 p.
Geologic Map of the Fennimore and Mount Hope 7.5-Minute Quadrangles, Grant County, Wisconsin

The geologic map of the Fennimore and Mount Hope quadrangles includes 1:24,000-scale mapping of both surficial and bedrock geology. The mapping was initiated to support groundwater studies in the area. The map and accompanying report present the Paleozoic bedrock stratigraphy, including structures, as well as data from three new bedrock drill cores...
- WOFR2023-04
  
  Geologic Map of the Fennimore and Mount Hope 7.5-Minute Quadrangles, Grant County, Wisconsin
  
  Bremmer, S.E.; Stewart, E.D.; Batten, W.G.; Kusick, A.R.; McNall, N.;
  
  2023
  
  Map: 50.55 x 36 in, scale 1:24,000
- ZIP WOFR2023-04-dataset01
  
  Geologic Log Data for the Geologic Map of the Fennimore and Mount Hope 7.5-Minute Quadrangles, Grant County, Wisconsin [dataset 1]
  
  Bremmer, S.E.; Stewart, E.D.; Batten, W.G.; Kusick, A.R.; McNall, N.;
  
  2023
  
  Data: Excel spreadsheet
- ZIP WOFR2023-04-dataset02
  
  GIS Data for the Geologic Map of the Fennimore and Mount Hope 7.5-Minute Quadrangles, Grant County, Wisconsin [dataset 2]
  
  Bremmer, S.E.; Stewart, E.D.; Batten, W.G.; Kusick, A.R.; McNall, N.;
  
  2023
  
  GIS Data: GeMS file geodatabase, metadata
- WOFR2023-04-supp
  
  Supplemental Report on the Geologic Map of the Fennimore and Mount Hope 7.5-Minute Quadrangles, Grant County, Wisconsin [supplement]
  
  Bremmer, S.E.; Stewart, E.D.; Batten, W.G.; Kusick, A.R.; McNall, N.;
  
  2023
  
  Report: 19 p.
Evaluating pXRF instrument performance using reference materials

The portable X-Ray Fluorescence (pXRF) instrument provides fast, real-time, non-destructive, multi-element geochemical data (i.e. elemental concentrations) on rocks and minerals at a relatively low cost and with minimal sample preparation. This study quantifies the precision and accuracy of measurements collected by the WGNHS pXRF on reference materials...
- WOFR2023-01
  
  Evaluating pXRF instrument performance using reference materials
  
  Bremmer, S.E.; Ames, C.J.; Stewart, E.K.; Haas, L.D.;
  
  2023
  
  Report: 50 p. (report) + 31 p. (appendices)
Wisconsin Groundwater-Level Monitoring Network Improvements, 2018-2021

This report documents work completed as part of a grant from the U.S. Geological Survey’s National Groundwater Monitoring Network (NGWMN) program. It provides an overview of the Wisconsin Groundwater-Level Monitoring Network (WGLMN) and provides detailed description of well evaluation and repair activities, and drilling of new monitoring wells across the...
- WOFR2022-02
  
  Wisconsin Groundwater-Level Monitoring Network Improvements, 2018-2021
  
  Bremmer, S.E.; Parsen, M.J.; Chase, P.M.; Genthe, A.;
  
  2022
  
  Report: 495p.
Elemental Chemostratigraphy of the Cottage Grove Hole MP-18 Core: Implications for Litho- and Hydrostratigraphy in Southcentral Wisconsin

Part of a larger regional study of the Eau Claire Formation, the core, from Dane County, Wisconsin, was tested using a portable x-ray fluorescence (pXRF) elemental analyzer. The report presents the data set and discusses lithologic interpretations, subsurface lithostratigraphic correlations, and hydrostratigraphic frameworks. Includes photos of the core.
- WOFR2017-03
  
  Elemental Chemostratigraphy of the Cottage Grove Hole MP-18 Core: Implications for Litho- and Hydrostratigraphy in Southcentral Wisconsin
  
  Zambito, J.J., IV; McLaughlin, P.I.; Bremmer, S.E.;
  
  2017
  
  Report: 51 p.
- ZIP WOFR2017-03-appendices
  
  Elemental Chemostratigraphy of the Cottage Grove Hole MP-18 Core: Implications for Litho- and Hydrostratigraphy in Southcentral Wisconsin [appendices]
  
  Zambito, J.J., IV; McLaughlin, P.I.; Bremmer, S.E.;
  
  2017
  
  Data: Excel spreadsheet
Sampling Methodologies and Data Analysis Techniques for Geologic Materials Using Portable X-Ray Fluorescence (pXRF) Elemental Analysis

Details the current WGNHS approach to pXRF analysis, including usage guidelines, sample preparation, calibration, and plotting techniques.
- WOFR2016-02
  
  Sampling Methodologies and Data Analysis Techniques for Geologic Materials Using Portable X-Ray Fluorescence (pXRF) Elemental Analysis
  
  Zambito, J.J., IV; McLaughlin, P.I.; Haas, L.D.; Stewart, E.K.; Bremmer, S.E.; Hurth, M.J.;
  
  2016
  
  Report: 12 p.
- ZIP WOFR2016-02-appendices
  
  Sampling Methodologies and Data Analysis Techniques for Geologic Materials Using Portable X-Ray Fluorescence (pXRF) Elemental Analysis [appendices]
  
  Zambito, J.J., IV; McLaughlin, P.I.; Haas, L.D.; Stewart, E.K.; Bremmer, S.E.; Hurth, M.J.;
  
  2016
  
  Data: PDF files + Excel spreadsheet

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8 publications found