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Project North Peninsula State Park Saltmarsh Restoration
This project will create a healthy, productive saltmarsh habitat (9 acres, including complete restoration of 2 acres of historical marsh habitat filled with spoil as a result of dredge activities and enhancement of 7 acres of saltmarsh) in North Peninsula State Park, Volusia County, Florida.
Located in Funded Projects / SARP Projects W2B
File application/x-maker October 2013 NFH Board Meeting Book
This document contains materials associated with the National Fish Habitat Board's October 22 - 23, 2013 in-person meeting.
Located in About EBTJV / National Fish Habitat Board Meetings / 2013 NFH Board Meetings
File Patch Metrics: A Cost Effective Method for Monitoring Brook Trout Populations - Hudy et al. 2013
This paper describes a cost effective method for monitoring short and long term trends of Chesapeake Bay's Brook Trout populations.
Located in Science and Data / Brook Trout Related Publications / Chesapeake Bay Brook Trout Management Strategy-References
File chemical/x-pdb Quantifying the effect of semi-natural riparian cover on stream temperatures: implications for salmonid habitat management
Previous studies examining the effects of riparian cover on stream temperatures have led to highly variable findings. In an attempt to reduce these uncertainties, this study examines the relationship between stream temperature variability and local climatic conditions over discrete 300-m sections of a watercourse. Seventeen stream sections were chosen within the Slaney catchment on the basis of riparian cover and size. Continuous monitoring over a 2-year period from May 2010 found that riparian cover had a measurable cooling effect on water temperatures at small spatial scales. The magnitude of this effect was dependent on stream size and local climactic conditions.
Located in Science and Data / Brook Trout Related Publications
Restoration of Natural Hydrology and Habitat Complexity in the Machias, Rivers, Maine
This project will remove 11 remnant log drive dams and add large woody material to restore fish passage, stream connectivity and natural stream processes that will passively restore cold water habitat in the tributaries of the Machias River. A total of 27.2 miles of stream upstream of the dam sites will be affected by the project.
Located in Projects / 2006 - 2018 Projects / 2013 Projects
Restoration of Natural Hydrology and Habitat Complexity in the Machias, Rivers, Maine
This project will remove 11 remnant log drive dams and add large woody debris to restore fish passage, stream connectivity and natural stream processes that will passively restore cold water habitat in the tributaries of the Machias River. A total of 27.2 miles of stream upstream of the dam sites will be affected by the project.
Located in Funded Projects / EBTJV Projects
Restoring Connectivity in the Sunday River and Martin Stream Watersheds, Maine
Subwatersheds of the Androscoggin River contain some of the finest intact and healthy brook trout habitat in the state of Maine. This project will remove two fish passage barriers providing a total of six miles of connectivity in the Sunday River and Martin Stream subwatersheds.
Located in Projects / 2006 - 2018 Projects / 2013 Projects
Restoring Connectivity in the Sunday River and Martin Stream Watersheds, Maine
Subwatersheds of the Androscoggin River contain some of the finest intact and healthy brook trout habitat in the state of Maine. This project will remove two fish passage barriers providing a total of six miles of connectivity in the Sunday River and Martin Stream subwatersheds.
Located in Funded Projects / EBTJV Projects
File SARP projects for W2B Science discussion 25Oct2013
Summary of SARP Science and Data projects as presented to Whitewater Bluewater partners on October 25, 2013.
Located in Library
Scott Brook Fish Passage Project, Maine
This project will replace an undersized and failing stream crossing on Scott Brook, a wild brook trout stream, with an open bottom arch culvert. Once complete, the project will restore access from Big Lake to approximately 3 miles of stream habitat for brook trout and other native species.
Located in Projects / 2006 - 2018 Projects / 2013 Projects