Publications

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...
- WOFR2022-04
  
  Hydrogeology of the sandy uplands of the Bayfield Peninsula, Wisconsin
  
  Fehling, A.C.; Rawling, J.E., III; Graham, G.E.; Chase, P.M.; Swanson, S.K.;
  
  2022
  
  Report: 23p.
- ZIP WOFR2022-04-dataset01
  
  Rotosonic core data from the sandy uplands of the Bayfield Peninsula, Wisconsin [dataset 1]
  
  Fehling, A.C.; Rawling, J.E., III; Graham, G.E.; Chase, P.M.; Swanson, S.K.;
  
  2022
  
  Data: Spreadsheets (.csv)
- ZIP WOFR2022-04-dataset02
  
  Water-level measurements from two monitoring wells in the sandy uplands of the Bayfield Peninsula, Wisconsin [dataset 2]
  
  Fehling, A.C.; Rawling, J.E., III; Graham, G.E.; Chase, P.M.; Swanson, S.K.;
  
  2022
  
  Data: Spreadsheets (.csv)
- ZIP WOFR2022-04-dataset03
  
  Water chemistry field measurements, major ion sampling results, and stable isotope sampling results from three wells and a lake in the sandy uplands of the Bayfield Peninsula, Wisconsin [dataset 3]
  
  Fehling, A.C.; Rawling, J.E., III; Graham, G.E.; Chase, P.M.; Swanson, S.K.;
  
  2022
  
  Data: Spreadsheets (.csv)
Glacial Landscapes of the Southern Green Bay Lobe and the Northern Kettle Moraine

Field trip guidebook from the International Glaciological Society Symposium on Glacial Erosion and Sedimentation, May 15, 2019.
- WOFR2019-02
  
  Glacial Landscapes of the Southern Green Bay Lobe and the Northern Kettle Moraine
  
  Mickelson, D.M.; Rawling, J.E., III; Zoet, L.K.;
  
  2019
  
  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.

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3 publications found