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Nash Stream Restoration Project, Coos County, New Hampshire
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This project will restore approximately 5.5 miles of instream habitat on the mainstem of Nash Stream between its confluence with Emerson and Long Mountain Brooks. Restoration activities will include boulder placement, pool construction, large wood additions, floodplain reconnection, and riparian vegetation.
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Culvert Replacement and Instream Habitat Restoration in the Nulhegan River Vermont
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This project will replace three fish passage barriers and install approximately 3 miles of chop and drop instream restorations on the East Branch of the Nulhegan River and its tributaries.
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Oats Run, Upper Shavers Fork, Aquatic Passage Project in Pocahontas County, WV
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This project will restore habitat linkages between a brook trout spawning tributary in Oats Run and the mainstem of the Upper Shaver's Fork at Spruce West Virginia. One passage barrier will be removed and replaced with passage friendly culverts and natural stream design techniques will be utilized above and below the new structure to ensure fish passage. The project will provide 4 miles of passage for brook trout.
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Restoring Aquatic Organism Passage within Wolf Laurel Branch, NC
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This project will replace the existing double culverts with a bottomless structure to provide passage for brook trout and native nongame species. Replacement of these culverts will eliminate all artificial barriers within the Sand Creek drainage and reconnect existing populations of southern strain brook trout within approximately 2 miles of suitable habitat.
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Brook Trout Catchment Scale and Climate Change Vulnerability Assessment
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Climate change is currently a high risk threat to the current range of the brook trout due to changing thermal regimes. The effects of climate change may be exacerbated by greater fragmentation from land use changes. In order to effectively rank projects and work strategically, the Eastern Brook Trout Joint Venture is working on refining the status map to the catchment scale and establishing climate change resiliency rankings for brook trout populations throughout the partnership boundary from Georgia to Maine. JMU in partnership with the U.S. Forest Service and the Service have initiated efforts to determine resiliency rankings for brook trout populations in Virginia, Maryland and West Virginia. This project will allow the partnerhsip to expand this analysis to cover all brook trout habitat from Georgia to Maine.
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Marshall Brook Culvert Replacement, Hancock County, Maine
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This project will replace two existing undersized, improperly set round culvert inhibiting fish passage at the road / stream crossing of Marshall Brook with the Seal Cove Road in Southwest Harbor, Maine with an open bottom culvert. This will provide 4 miles of passage and reconnect a historic sea run brook trout stream with the estuary at Bass Harbor.
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Restoring Habitat Connectivity in Machias and Saint Croix River Tributary Streams, Maine
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This project will restore habitat connectivity on three brook trout habitat streams and eliminate ongoing risks of sedimentation during culvert failure, in watersheds identified as brook trout habitat priorities. Removal of four fish passage barriers will reopen 3 miles of passage for brook trout.
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Upper Shavers Fork Aquatic Passage Project, West Virginia
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This project seeks to restore habitat linkages between two spawning tributaries and the mainstem of Upper Shaver's Fork between Cheat Bridge and Spruce, West Virginia. Poor tributary-mainstem connections continue to threaten the sustainability and expansion of brook trout populations in genetically isolated tributaries as well as those in the mainstem of Upper Shaver's Fork. To address these problems, two blocking railroad culverts will be replaced with passage-friendly culverts to provide over 8 miles of passage for brook trout.
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Carloe Brook Fish Passage Restoration Project, Washington County, Maine
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This project will replace an undersized and failing stream crossing on Carloe Brook, a major tributary to Clifford Lake, a wild brook trout water. This stream crossing currently limits passage for trout and other aquatic organisms. The crossing will be replaced with a bottomless arch culvert designed to allow flows at all levels. This will open approximately 3 miles of passage for brook trout and other aquatic organisms.
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Thunder Brook Dam Removal, Chesire, Massachusetts
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This project seeks to restore natural riverine functions and values to Thunder Brook, a tributary to the South Branch of the Hoosic River. In its current condition, an aging dam and failing culvert fragment this valuable coldwater stream and prevent fish passage between the Hoosic and the high quality headwaters of Thunder Brook on Mount Greylock. This project will remove 2 fish passage barriers and open 2.4 miles of stream for brook trout passage. The project will also re-establish the river's natural flow regime, improve sediment dynamics and water quality, and restore natural clean gravel and cobble necessary for brook trout and other species of interest.
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