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video thumbnail: Removing cement-lined channels in the Kinnickinnic River, Wisconsin Removing cement-lined channels in the Kinnickinnic River, Wisconsin
Removing cement-lined channels in the Kinnickinnic River, Wisconsin
Removing cement-lined channels in the Kinnickinnic River, Wisconsin

Faith Fitzpatrick (U.S.

video thumbnail: Urban stream restoration and combined sewer overflows, Kinnickinnic River, Wisconsin Urban stream restoration and combined sewer overflows, Kinnickinnic River, Wisconsin
Urban stream restoration and combined sewer overflows, Kinnickinnic River, Wisconsin
Urban stream restoration and combined sewer overflows, Kinnickinnic River, Wisconsin

Faith Fitzpatrick (U.S. Geological Survey) and Dave Fowler (Milwaukee Metropolitan Sewerage District) describe how the deep tunnel system in the Milwaukee area has allowed enough flood storage to be able to take out the cement-lined channel and recreate a more natural riffle-pool type of channel with improved fish habitat and fish passage.

Faith Fitzpatrick (U.S. Geological Survey) and Dave Fowler (Milwaukee Metropolitan Sewerage District) describe how the deep tunnel system in the Milwaukee area has allowed enough flood storage to be able to take out the cement-lined channel and recreate a more natural riffle-pool type of channel with improved fish habitat and fish passage.

video thumbnail: Fishway allows fish to bypass dam, Milwaukee River at Thiensville, Wisconsin Fishway allows fish to bypass dam, Milwaukee River at Thiensville, Wisconsin
Fishway allows fish to bypass dam, Milwaukee River at Thiensville, Wisconsin
Fishway allows fish to bypass dam, Milwaukee River at Thiensville, Wisconsin

Faith Fitzpatrick (U.S. Geological Survey), Matt Aho (Ozaukee County), and Tom Slawski (Southeastern Wisconsin Regional Planning Commission), discuss solutions for fish passage barriers in urban watersheds.

Faith Fitzpatrick (U.S. Geological Survey), Matt Aho (Ozaukee County), and Tom Slawski (Southeastern Wisconsin Regional Planning Commission), discuss solutions for fish passage barriers in urban watersheds.

video thumbnail: Alternative to Dam Removal: Wisconsin Fish Passage Project Milwaukee River at Thiensville, Wisconsin Alternative to Dam Removal: Wisconsin Fish Passage Project Milwaukee River at Thiensville, Wisconsin
Alternative to Dam Removal: Wisconsin Fish Passage Project Milwaukee River at Thiensville, Wisconsin
video thumbnail: Linking stormwater management and stream rehabilitation, Underwood Creek, Wisconsin Linking stormwater management and stream rehabilitation, Underwood Creek, Wisconsin
Linking stormwater management and stream rehabilitation, Underwood Creek, Wisconsin
Linking stormwater management and stream rehabilitation, Underwood Creek, Wisconsin

Faith Fitzpatrick (U.S. Geological Survey), Tom Slawski (Southeastern Wisconsin Regional Planning Commission), and Dave Fowler (Milwaukee Metropolitan Sewerage District) talk about how stormwater management allows removal of cement lined channels and fosters stream rehabilitation for the highly urban Underwood Creek.

Faith Fitzpatrick (U.S. Geological Survey), Tom Slawski (Southeastern Wisconsin Regional Planning Commission), and Dave Fowler (Milwaukee Metropolitan Sewerage District) talk about how stormwater management allows removal of cement lined channels and fosters stream rehabilitation for the highly urban Underwood Creek.

video thumbnail: Monitoring stream rehabilitation at Underwood Creek, Wisconsin Monitoring stream rehabilitation at Underwood Creek, Wisconsin
Monitoring stream rehabilitation at Underwood Creek, Wisconsin
Monitoring stream rehabilitation at Underwood Creek, Wisconsin

Faith Fitzpatrick (U.S. Geological Survey) and Tom Slawski (Southeastern Wisconsin Regional Planning Commission) show how streamgaging and water quality monitoring are important for stream rehabilitation planning, design and monitoring.

Faith Fitzpatrick (U.S. Geological Survey) and Tom Slawski (Southeastern Wisconsin Regional Planning Commission) show how streamgaging and water quality monitoring are important for stream rehabilitation planning, design and monitoring.