This guidance document includes best practices for consideration by agencies overseeing the implementation of stream restoration projects, as well as seasoned professionals, to minimize unintended impacts to riparian forests and ecosystems in the Chesapeake Bay watershed. It was developed collaboratively between the Center for Watershed Protection, Inc. (CWP), Chesapeake Bay Program (CBP), and stakeholders based on findings from a recent study, Maintaining Forests in Stream Corridor Restoration and Sharing Lessons Learned.
Trout Unlimited has several positions open now, including conservation and project managers in Pennsylvania and New Jersey.
Upcoming NE CASC Webinar on Brook Trout Dec 14, 4pm:
Matthew O’Donnell Wed Dec 14 4 pm This webinar will provide an update on the NE CASC project, "Understanding Brook Trout Persistence in Warming Streams". This research will be conducted in four small streams located in Western Massachusetts. However, because the work will occur across a large thermal gradient of stream temperatures, the results will be applicable across the entire range of Brook Trout. This project will allow scientists to determine whether Brook Trout are seeking out cold spots in warm streams, adapting to warming conditions, or some combination of the two. Results can help resource managers better understand how Brook Trout populations may persist as stream temperatures continue to rise.
Orvis Fly Fishing Podcast: how land use and geology affect trout streams.
Interview with geology professor Dr. Nelson Ham, who has been studying the effects of both geology and historical land use practices on rivers. Also see his presentation Geologic Controls on NE WI Trout Streams on YouTube.
Understanding brook trout invasions in Idaho high country bull trout streams
Understanding brook trout populations in Idaho is an important research topic for bull trout conservation, and one University of Idaho graduate student aims to do just that.
The Massachussetts Division of Fisheries and Wildlife explores how downed trees and limbs that fall into waterbodies provide countless benefits to fish and the entire aquatic ecosystem.
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