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5 results returned

  1. Title: Geologic atlas of Rice County, Minnesota, C-9, Part B, Plate 7, Water-Table Hydrogeology

    Contributors:

    Summary: Maps showing ground water resources and aquifer characteristics in the bedrock and unconsolidated sediments (glacial and stream sediments) overlying the bedrock and interactions between surface and bedrock aquifers, scale 1:100,000, Rice County.

  2. Title: Ancient shorelines of Southwestern Lake Michigan

    Contributors:

    Summary: Includes illustrations, text, graphs showing "Lake-level fluctuations over the past 4,700 years" and a timeline showing historical events since 1166 B.C. tied to specific beach ridges. "Poster 1.1.""The map below was created by tracing beach ridges from a series of aerial photographs of northern Lake and Porter Counties taken in 1938." Imprint: [Bloomington, Ind.] : Indiana University, Indiana Geological Survey, 2000. Dimensions: 76 x 87 cm; Scale: 1:59,000 Coordinates: W0873136 W0871307 N0414539 N0410943

  3. Title: Geologic atlas of Wabasha County, Minnesota, C-14, Part B, Plate 9, Hydrogeologic Cross Sections

    Contributors:

    Summary: Cross sections detailing how and when ground water moves through the bedrock and Quaternary (unconsolidated glacial and stream sediment overlying the bedrock) aquifers, scale mixed, Wabasha County.

  4. Title: Geologic atlas of Wabasha County, Minnesota, C-14, Part B, Plate 8, Hydrogeology of the Unconsolidated and Bedrock Aquifers

    Contributors:

    Summary: Maps showing ground water resources and aquifer characteristics in the bedrock and unconsolidated sediments overlying the bedrock, including the age of the water as determined from radioactive isotopes in the water, scale 1:150,000, Wabasha County.

  5. Title: Geologic atlas of Wabasha County, Minnesota, C-14, Part B, Plate 10, Sensitivity to Pollution of the Uppermost Aquifers

    Contributors:

    Summary: Map showing the susceptibility of ground water in the upper most bedrock aquifers to contamination, including the age of the water as determined from radioactive isotopes in the water, scale 1:100,000, Wabasha County.

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