Great Lakes Restoration Initiative
Semi-Annual Progress Report #3 for GL-00E00553-0 Sensiba State Wildlife Area Wetland Restoration (pending project title change from âIntegrated Stream and Wetland Restoration in the Duck-Pensaukee Watershed of Lower Green Bay").
Stream re-meander project – South Branch Suamico River (Oneida Nation)
Two fish passage projects – South Branch Suamico River (Oneida Nation)
Re-meandering of creek around a golf course pond – Duck Creek (Oneida Nation)
Wooded wetland restoration – Trout Creek (tributary to Duck Creek) (Oneida Nation)
Unnamed tributary and riparian wetland restoration (Brown County )
Culvert removal – Lancaster Brook (tributary to Duck Creek) (Oneida Nation)
Stream restoration at Sensiba Wildlife Area – Suamico River (WDNR and DU).
Habitat Restoration - Instream
This proposal addresses two interrelated BUIs in the Lower Green Bay-Fox River AOC: Degraded Fish and Wildlife Populations, and Loss of Fish and Wildlife Habitat. Additionally a third BUI, Degraded phytoplankton / zooplankton populations, is addressed through one component in the proposal. To advance delisting, specific actions will restore, improve or create habitat for fish and wildlife populations specifically noted in the delisting targets (WDNR 2009). Quality fish spawning habitats, hydrologic connectivity between interior and coastal wetlands and the AOC, and habitat diversity supporting multiple life stages of target fish and wildlife species were specifically listed as essential for the delisting of these use impairments (WDNR 2009) and will be restored through actions in this proposal. Fish and wildlife populations expected to benefit from this work include top predator fish (northern pike), native forage fish, native furbearers, amphibians, wetland associated reptiles, dabbling ducks and marsh nesting birds. Long term benefits will accrue through effective protection and restoration of priority habitats identified by this project. Degraded phytoplankton / zooplankton populations will be advanced through the development of a nutrient and sediment management framework for this watershed.