Effects of Historical Logging on Geomorphology, Hydrology And
Effect of Historical Logging on Geomorphology, Hydrology, and Water Quality in the Little Fork River Watershed By Jesse Anderson, Nolan Baratono, Andrew Streitz, Joe Magner, and E. Sandy Verry Minnesota Pollution Control Agency and Ellen River Partners Effect of Historical Logging on Geomorphology, Hydrology, and Water Quality in the Little Fork River watershed Jesse Anderson, Nolan Baratono, Andrew Streitz, Joe Magner, Ph.D. and E. Sandy Verry, Ph.D. * Environmental Outcomes and Regional Divisions Minnesota Pollution Control Agency * Ellen River Partners; Research Hydrologist, Emeritus, USDA Forest Service November 2006 Acknowledgements: US Geological Survey, Water Science Center, Minnesota: Kevin Guttormson, Greg Melhus, James Fallon, Jeff Stoner, and Greg Mitton for providing access to historical data and local expertise regarding Little Fork hydrology Minnesota Historical Society: permissions to publish photos and a manuscript from their collection University of Minnesota, Duluth: Dr. Howard Mooers, Professor of Geology- technical assistance- peatland hydrology and geology Minnesota Pollution Control Agency: Duane Duncanson (pilot for aerial reconnaissance survey); Lynda Nelson and Bob Murzyn (GIS assistance); John Genet and Mark Gernes, (Wetland Delineation GIS Analysis), Jaramie Logelin (DELTA database); Nathan Schroeder, Carrie Robertson, Louise Hotka, Katie Brosch (field assistance) Bois Forte Band of Chippewa: Chris Holm, Les Connor, Louis Drift- local expertise on the River, and permission to access the River within the Reservation. The authors also thank Scott Erickson for permission to access the river from his property. Study support / funding: Minnesota Pollution Control Agency Manuscript Review: Faith Fitzpatrick, Ph.D., Research Hydrologist / Fluvial Geomorphology, U. S. Geological Survey, Water Science Center, Wisconsin Tom Winterstein, US Geological Survey, Water Science Center, Minnesota Debra Taylor, U.S.
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