Publications - WGNHS

Stratigraphic Controls on Distribution of Hydraulic Conductivity in Carbonate Aquifers

Open-file report; contains unpublished data that has not yet been peer-reviewed.
- WOFR1999-06
  
  Stratigraphic Controls on Distribution of Hydraulic Conductivity in Carbonate Aquifers
  
  Muldoon, M.A.; Stocks, D.L.; Simo, J.A.;
  
  1999
  
  Report: 61 p.
Merging Pleistocene Lithostratigraphy with Geotechnical and Hydrogeologic Data--Examples from Eastern Wisconsin

Open-file report; contains unpublished data that has not yet been peer-reviewed.
- WOFR1988-09
  
  Merging Pleistocene Lithostratigraphy with Geotechnical and Hydrogeologic Data--Examples from Eastern Wisconsin
  
  Rodenbeck, S.A.;
  
  1988
  
  Report: 303 p. + data
Pleistocene Geology of the Door Peninsula

From Geological Society of American Bulletin, vol. 68, 1957.
- M029
  
  Pleistocene Geology of the Door Peninsula
  
  Thwaites, F.T.; Bertrand, K.;
  
  1957
  
  Map: Scale 1:250,000
A Subsurface Study of the St. Peter Sandstone in Southern and Eastern Wisconsin
- IC47
  
  A Subsurface Study of the St. Peter Sandstone in Southern and Eastern Wisconsin
  
  Mai, H.; Dott, R.H., Jr.;
  
  1985
  
  Report: 26 p. + maps (scale 1:750,000)
- IC47-plate01
  
  Plate 1: Structure Contour Map of the Pre-St. Peter Sandstone Erosion Surface in Southern and Eastern Wisconsin
  
  Mai, H.;
- IC47-plate02
  
  Plate 2: Paleogeologic Map of the Pre-St. Peter Sandstone Surface in Southern and Eastern Wisconsin & Thickness Map of the St. Peter Sandstone in Southern and Eastern Wisconsin
  
  Mai, H.;
A Preliminary Study of the Distribution of Saline Water in the Bedrock Aquifers of Eastern Wisconsin
- IC05
  
  A Preliminary Study of the Distribution of Saline Water in the Bedrock Aquifers of Eastern Wisconsin
  
  Ryling, R.W.;
  
  1961
  
  Report: 23 p.
Geoscience Wisconsin Volume 22

This special edition of Geoscience Wisconsin provides an overview of the Niagara Escarpment in Wisconsin. The papers cover the geology, processes that shaped the escarpment, biota, bats, caves and karst, and the concept of conservation geology.
- GS22
  
  + Geoscience Wisconsin, Volume 22: Wisconsin's Niagara Escarpment
  
  Stieglitz, R.D.;
  
  2016
  
  Journal: 86 p. (introduction, 6 articles)
- GS22-a01
  
  Geology of the Niagara Escarpment in Wisconsin
  
  Luczaj, J.A.;
  
  2013
  
  Journal: 34 p.
- GS22-a02
  
  Processes that Have Shaped the Niagara Escarpment
  
  Stieglitz, R.D.;
  
  2016
  
  Journal: 12 p.
- GS22-a03
  
  Biota of Wisconsin's Niagara Escarpment
  
  Howe, R.W.; Wolf, A.T.; Fewless, G.A.;
  
  2016
  
  Journal: 10 p.
- GS22-a04
  
  Bats of the Niagara Escarpment in Wisconsin
  
  Novy, R.;
  
  2016
  
  Journal: 4 p.
- GS22-a05
  
  Caves and Karst of the Niagara Escarpment: A Caver's Perspective
  
  Zachariasen, G.;
  
  2016
  
  Journal: 9 p.
- GS22-a06
  
  Building a Conservation Geology Ethic along the Great Arc
  
  Fowle, E.W.;
  
  2016
  
  Journal: 13 p.
- GS22-intro
  
  + Introduction to Wisconsin's Niagara Escarpment
  
  Stieglitz, R.D.;
  
  2016
  
  Journal: 4 p.
Geoscience Wisconsin Volume 08
- GS08
  
  Geoscience Wisconsin, Volume 8
  
  1983
  
  Journal: 58 p.
- GS08-a01
  
  Stratigraphy of Till Sheets in Part of Northeastern Wisconsin
  
  McCartney, M.C.;
  
  1983
  
  Journal: p. 1-21
- GS08-a02
  
  The Pleistocene Stratigraphy and Geomorphology of Central-Southern Wisconsin and Part of Northern Illinois
  
  Fricke, C.A.P.; Johnson, T.M.;
  
  1983
  
  Journal: p. 22-44
- GS08-a03
  
  Geophysical Evidence That the Haeger Till Member Underlies Southern Western Lake Michigan
  
  Welkie, C.J.; Meyer, R.P.;
  
  1983
  
  Journal: p. 45-58
Atlas of the Geological Survey of Wisconsin

Collection of most of the plates accompanying Chamberlin's four-volume Geology of Wisconsin: Survey of 1873-1879.
- G-atlas-plate01
  
  Plate 1: General Geologic Map of Wisconsin
  
  Chamberlin, T.C.;
  
  1881
  
  Map: Scale 1 in = 15 miles, 25.5 in x 30.3 in
- G-atlas-plate02
  
  Plate 2: General Map of the Quaternary Formations of Wisconsin
  
  Chamberlin, T.C.;
  
  1881
  
  Map: 28.2 in x 32.4 in
- G-atlas-plate02A
  
  Plate 2A: General Map of the Native Vegetation of Wisconsin
  
  Chamberlin, T.C.;
  
  1882
  
  Map: 28.2 in x 32.4 in,
- G-atlas-plate02B
  
  Plate 2B: General Map of the Soils of Wisconsin
  
  Chamberlin, T.C.;
  
  1882
  
  Map: 28.2 in x 32.5 in
- G-atlas-plate02C
  
  Plate 2C: General Map of Rainfall and Temperature of Wisconsin
  
  Chamberlin, T.C.;
  
  1882
  
  Map: 27.7 in x 32.5 in
- G-atlas-plate03
  
  Plate 3: Map of Subsoils and Map of Native Vegetation
  
  Chamberlin, T.C.;
  
  1876
  
  Map: 27.82 in x 32.17 in, scale 1 in = 12 miles
- G-atlas-plate04
  
  Plate 4: Map of Quaternary Formations and Map of Topography of Eastern Wisconsin
  
  Chamberlin, T.C.;
  
  1876
  
  Map: 27.83 in x 32.06 in, scale 1 in = 12 miles
- G-atlas-plate05
  
  Plate 5: Geology and Topography of the Lead Region
  
  Strong, M.;
  
  1876
  
  Map: 27.68 in x 32.18 in
- G-atlas-plate06
  
  Plate 6: Geology and Topography of the Lead Region
  
  Strong, M.;
  
  1876
  
  Map: 23.98 in x 28.94 in
- G-atlas-plate08
  
  Plate 8: Geology and Topography of the Lead Region
  
  Strong, M.;
  
  1876
  
  Map: 24.03 in x 28.38 in
- 23 more...
The Fossils and Stratigraphy of the Middle Devonic of Wisconsin
- B021
  
  The Fossils and Stratigraphy of the Middle Devonic of Wisconsin
  
  Cleland, H.F.;
  
  1911
  
  Report: 222 p.
- B021-map01
  
  Map 1: Geologic Map of Eastern Wisconsin
  
  Cleland, H.F.;

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