Maps showing where and how much ground water may be present and aquifer characteristics of the bedrock geologic units, scale 1:100,000, Fillmore County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22281.pdf
Map showing the susceptibility of the ground water system (bedrock and unconsolidated sediment aquifers) to contamination, scale 1:100,000, Fillmore County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22282.pdf
Falteisek, Jan; Witthuhn, Kathleen, M.; Alexander, E. Calvin, Jr.
Date Created:
1996
Description:
Map showing location of sinkholes and likelihood of future sinkhole development, scale 1:100,000, Fillmore County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22283.pdf
Falteisek, Jan; Alexander, E. Calvin, Jr.; Green Jeffrey A.; Alexander, Scott C.; Spong, Ronald C.
Date Created:
1996
Description:
Map showing the locations of springs and seeps and the interaction of surface drainage, karst (carbonate rock with caves, springs) ground water and subsurface flow, scale 1:100,000, Fillmore County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22284.pdf
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, Goodhue County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22321.pdf
Cross sections detailing how and when ground water moves through the bedrock and Quaternary (unconsolidated glacial and stream sediment overlying the bedrock) aquifers, scale 1:100,000, Goodhue County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22322.pdf
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, Goodhue County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22323.pdf
Falteisek, Jan; Alexander, E. Calvin, Jr.; Berner, David J.; Gao, Yongli; Green, Jeffrey A.
Date Created:
2003
Description:
Maps showing distribution of karst (carbonate rock with caves, springs) units and features and karst hydrology in carbonate rocks susceptible to being dissolved by acidic ground water, scale 1:100000, Goodhue County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22324.pdf
Maps showing ground water resources and aquifer characteristics in the bedrock, including the age of the water (how long since the water entered the ground), scale 1:100,000, Mower County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22311.pdf
Maps and cross sections detailing how and when ground water moves through the bedrock aquifers, scale 1:67,000, Mower County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22312.pdf
Falteisek, Jan; Green, Jeffrey A.; Alexander, E. Calvin Jr.; Marken, William J.; Alexander, Scott C.
Date Created:
2002
Description:
Maps showing distribution of karst (carbonate rock with caves, springs) units and features and karst hydrology in carbonate rocks susceptible to being dissolved by acidic ground water, scale 1:100000, Mower County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22314.pdf
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; 1:200,000, Mower County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22313.pdf
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, Pine County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22333.pdf
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, Pine County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22332.pdf
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 1:110,000, Pine County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22334.pdf
Cross sections detailing how and whe bedrock and Quaternary (unconsolidated glacial and stream sediment overlying the bedrock) aquifers, scale mixed, Pope County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22352.pdf
Maps showing the hydrolgic characteristics of buried aquifers in unconsolidated sediments overlying the bedrock and water table elevation and depth to water table in the buried aquifers, including the age of the water as determined from radioactive isotopes in the water, scale 1:100,000, Pope County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22351.pdf
Maps showing the ground water resources and hydrolgic characteristics of unconsolidated sediments found at the surface of the landscape and water table elevation and depth to water table, scale 1:100,000, Pope County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22350.pdf
Map showing the susceptibility of ground water in the buried unconsolidated sediment aquifers to contamination, including the age of the water as determined from radioactive isotopes in the water, scale 1:150,000, Pope County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22353.pdf
Maps showing ground water resources and aquifer characteristics in the bedrock, including the age of the water (how long since the water entered the ground), scale 1:100,000, Rice County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22292.pdf
Map showing the susceptibility of the ground water system (bedrock and unconsolidated sediments) to contamination,including the age of the water (how long since the water entered the ground), scale 1:100,000, Rice County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22293.pdf
Map showing sensitivity interpretations and how the age of the water as determined from radioactive isotopes (tritium) is related to the ease of pollution, scale 1:200,000, Rice County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22294.pdf
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. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22291.pdf
Maps showing ground water resources and aquifer characteristics of confined Quaternary aquifers (aquifer surrounded by water impermeable material, usually clayey glacial till) and bedrock aquifers, scale 1:100,000, Stearns County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22303.pdf
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, Stearns County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22302.pdf