Publications

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.
Assessing private well contamination in Grant, Iowa, and Lafayette counties: The southwest Wisconsin groundwater and geology study

The southwest Wisconsin groundwater and geology study (SWIGG) was a cooperative effort between Grant, Iowa, and Lafayette county governments, with scientists from the U.S. Geological Survey, U.S. Department of Agriculture, Marshfield Clinic Research Institute, and WGNHS. Researchers tested water quality in hundreds of private water wells across the three...
- WOFR2023-02
  
  Assessing private well contamination in Grant, Iowa, and Lafayette counties: The southwest Wisconsin groundwater and geology study
  
  Stokdyk, J.P.; Borchardt, M.A.; Firnstahl, A.D.; Bradbury, K.R.; Muldoon, M.A.; Kieke, B.A., Jr.;
  
  2023
  
  Report: 47 p. (report) + 24 p. (appendices)
Geologic map of the Bloomington and Brodtville 7.5-minute quadrangles, Grant County, Wisconsin

The geologic map of the Bloomington and Brodtville quadrangles includes 1:24,000 scale mapping of both surficial and bedrock geology. There is little structural folding or faulting in this portion of the Driftless Area. Thus, it is ideal for studying the hydrostratigraphic framework of the mapped units. The accompanying report presents stratigraphic...
- WOFR2022-03
  
  Geologic map of the Bloomington and Brodtville 7.5-minute quadrangles, Grant County, Wisconsin
  
  Stewart, E.D.; Mauel, S.W.; Graham, G.E.; Carson, E.C.;
  
  2022
  
  Map: 41 in x 35 in, scale 1:24,000
- ZIP WOFR2022-03-dataset01
  
  GIS data for the geologic map of the Bloomington and Brodtville 7.5-minute quadrangles, Grant County, Wisconsin [dataset 1]
  
  Stewart, E.D.; Mauel, S.W.; Carson, E.C.; Graham, G.E.;
  
  2022
  
  GIS Data: File geodatabase
- WOFR2022-03-supp
  
  Supplemental report on the geologic map of the Bloomington and Brodtville 7.5-minute quadrangles, Grant County, Wisconsin
  
  Stewart, E.D.; Mauel, S.W.; Graham, G.E.; Carson, E.C.;
  
  2022
  
  Report: 10 p.
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.
Geologic map of the Castle Rock and Long Hollow 7.5-minute quadrangles, Grant County, Wisconsin

The geologic map of the Castle Rock and Long Hollow quadrangles includes 1:24,000 scale mapping of both surficial and bedrock geology. The accompanying report presents new observations about bedrock folds and fracture sets in this portion of the Driftless Area that lies just north of the main Upper Mississippi Valley zinc-lead mineral district. The...
- WOFR2022-01
  
  Geologic map of the Castle Rock and Long Hollow 7.5-minute quadrangles, Grant County, Wisconsin (revised 2022)
  
  Stewart, E.D.; Mauel, S.W.; Carson, E.C.; Graham, G.E.;
  
  2022
  
  Map: 48 in x 36 in, scale 1:24,000
- ZIP WOFR2022-01-dataset01
  
  GIS data for the geologic map of the Castle Rock and Long Hollow 7.5-minute quadrangles, Grant County, Wisconsin [dataset 1]
  
  Stewart, E.D.; Mauel, S.W.; Carson, E.C.; Graham, G.E.;
  
  2022
  
  GIS Data: File geodatabase
- WOFR2022-01-supp
  
  Supplemental report on the geologic map of the Castle Rock and Long Hollow 7.5-minute quadrangles, Grant County, Wisconsin
  
  Stewart, E.D.; Mauel, S.W.; Carson, E.C.; Graham, G.E.;
  
  2022
  
  Report: 9 p.
Geochemistry and Mineralogy of the Wonewoc-Tunnel City Contact Interval Strata in Western Wisconsin

Results of regional study characterizing the elemental composition of rocks found at the Wonewoc-Tunnel City contact interval in west-central and southwest Wisconsin.
- WOFR2019-01
  
  Geochemistry and Mineralogy of the Wonewoc-Tunnel City Contact Interval Strata in Western Wisconsin
  
  Zambito, J.J., IV; Haas, L.D.; Parsen, M.J.; McLaughlin, P.I.;
  
  2019
  
  Report: 28 p.
- ZIP WOFR2019-01-appendices
  
  Geochemistry and Mineralogy of the Wonewoc-Tunnel City Contact Interval Strata in Western Wisconsin [appendices]
  
  Zambito, J.J., IV; Haas, L.D.; Parsen, M.J.; McLaughlin, P.I.;
  
  2019
  
  Data: PDF files + Excel spreadsheet
Field Trip: Cambrian and Ordovician Stratigraphy of Southwestern Wisconsin

Field trip route and notes looking at Cambrian and Middle Ordovician rocks of southwestern Wisconsin.
- WOFR2018-02
  
  Field Trip: Cambrian and Ordovician Stratigraphy of Southwestern Wisconsin
  
  Zambito, J.J., IV; McLaughlin, P.I.; Batten, W.G.;
  
  2018
  
  Report: 23 p.
Late Cenozoic Evolution of the Lower Wisconsin River Valley: Evidence for the Reversal of the River

Field trip guidebook describes the evidence suggesting that the Wisconsin River once flowed from west to east. (Prepared for the 2015 Geological Society of America North-Central Section Meeting.)
- WOFR2015-02
  
  Late Cenozoic Evolution of the Lower Wisconsin River Valley: Evidence for the Reversal of the River
  
  Carson, E.C.; Rawling, J.E., III;
  
  2015
  
  Report: 21 p.
Aggregate Resources of the Sinnipee Group in Eastern and Southern Wisconsin

Open-file report; contains unpublished data that has not yet been peer-reviewed.
- WOFR1999-07
  
  Aggregate Resources of the Sinnipee Group in Eastern and Southern Wisconsin
  
  Brown, B.A.;
  
  1999
  
  Report: 37 p.
Availability of Groundwater in Grant County, Wisconsin

Open-file report; contains unpublished data that has not yet been peer-reviewed.
- WOFR1968-05
  
  Availability of Groundwater in Grant County, Wisconsin
  
  Olcott, P.G.;
  
  1968
  
  Report: 11 p.
Discussion of the Phenomena of Local Glaciation in the Driftless Region

Open-file report; contains unpublished data that has not yet been peer-reviewed.
- WOFR1916-02
  
  Discussion of the Phenomena of Local Glaciation in the Driftless Region
  
  Squier, G.H.;
  
  1916
  
  Report: 15 p.
Studies in the Driftless Region of Wisconsin

Open-file report; contains unpublished data that has not yet been peer-reviewed.
- WOFR1905-01
  
  Studies in the Driftless Region of Wisconsin
  
  Squier, G.H.;
  
  1905
  
  Report: 19 p.

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12 publications found