Publications

Quaternary Geology of Waupaca County, Wisconsin

The Quaternary geologic map of Waupaca County, Wisconsin, provides details about the surficial sediment and landscapes that were formed underneath and adjacent to the Laurentide Ice Sheet during the late Wisconsin Glaciation (ca. 20,000 years before present). These landscapes include lowlands underlain by glacial and postglacial lake sediment, uplands...
- M509
  
  Quaternary Geology of Waupaca County, Wisconsin
  
  Mode, W.M.; Hooyer, T.S.; Attig, J.W.; Clayton, Lee; Rawling, J.E., III;
  
  2023
  
  Map: 29 in x 23 in, scale 1:100,000
- ZIP M509-dataset01
  
  Geologic Log Data for Quaternary Geology of Waupaca County, Wisconsin [dataset 1]
  
  Mode, W.M.; Hooyer, T.S.; Attig, J.W.; Clayton, Lee; Rawling, J.E., III;
  
  2023
  
  Data: Excel spreadsheet
- ZIP M509-dataset02
  
  GIS Data for Quaternary Geology of Waupaca County, Wisconsin [dataset 2]
  
  Mode, W.M.; Hooyer, T.S.; Attig, J.W.; Clayton, Lee; Rawling, J.E., III;
  
  2023
  
  GIS Data: GeMS file geodatabase, shapefiles, geopackage, metadata
- M509-supp
  
  Quaternary Geology of Waupaca County, Wisconsin [supplement]
  
  Mode, W.M.; Hooyer, T.S.; Attig, J.W.; Clayton, Lee; Rawling, J.E., III;
  
  2023
  
  Report: 8 p.
Quaternary Geology of Fond du Lac County, Wisconsin

The Quaternary geology of Fond du Lac County consists of glacial deposits and landforms dating to the last part of the Wisconsin Glaciation (ca. 20,000 to 12,000 yr BP) and nonglacial deposits and landforms of Holocene age (11,700 yr BP to present). Glacial till and meltwater sediment were deposited by the Green Bay and Lake Michigan Lobes of the...
- B116
  
  Quaternary Geology of Fond du Lac County, Wisconsin
  
  Mode, W.N.; Hooyer, T.S.; Rawling, J.E., III;
  
  2021
  
  Report: 19 p.
- ZIP B116-dataset01
  
  Geologic Logs [dataset 1]
  
  Mode, W.N.; Hooyer, T.S.; Rawling, J.E., III;
  
  2021
  
  Data: Data (spreadsheet)
- B116-plate01
  
  Quaternary Geology of Fond du Lac County, Wisconsin [plate 1]
  
  Mode, W.N.; Hooyer, T.S.; Rawling, J.E., III;
  
  2021
  
  Map: 32 in x 20.25 in, scale 1:100,000

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2 publications found