7 LOCATING KARST CONDUITS IN CANE RUN WATERSHED OF CENTRAL KENTUCKY USING ELECTRICAL RESISTIVITY ... more 7 LOCATING KARST CONDUITS IN CANE RUN WATERSHED OF CENTRAL KENTUCKY USING ELECTRICAL RESISTIVITY METHODS Junfeng Zhu, Randall Paylor, James C. Currens, and James S. Dinger Kentucky Geological Survey University of Kentucky 504 Rose Street, ...
In karst terrains, mapping groundwater flow can be challenging because it is focused through cond... more In karst terrains, mapping groundwater flow can be challenging because it is focused through conduits that do not necessarily coincide with surface features. We applied electrical resistivity (ER) and self potential (SP) techniques at three sites to locate an inferred trunk conduit ...
7 LOCATING KARST CONDUITS IN CANE RUN WATERSHED OF CENTRAL KENTUCKY USING ELECTRICAL RESISTIVITY ... more 7 LOCATING KARST CONDUITS IN CANE RUN WATERSHED OF CENTRAL KENTUCKY USING ELECTRICAL RESISTIVITY METHODS Junfeng Zhu, Randall Paylor, James C. Currens, and James S. Dinger Kentucky Geological Survey University of Kentucky 504 Rose Street, ...
In karst terrains, mapping groundwater flow can be challenging because it is focused through cond... more In karst terrains, mapping groundwater flow can be challenging because it is focused through conduits that do not necessarily coincide with surface features. We applied electrical resistivity (ER) and self potential (SP) techniques at three sites to locate an inferred trunk conduit ...
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