EBTJV

USDA Conservation Stewardship Program: The Conservation Stewardship Program (CSP) helps agricultural producers maintain and improve their existing conservation systems and adopt additional conservation activities to address priority resources concerns. Participants earn CSP payments for conservation performance—the higher the performance, the higher the payment.
Located in The Story of Wild Brook Trout / Landowner Resources
Restoration of Riverine Process and Habitat Suitability In the Upper Narraguagus River and Northern Stream Focus Areas (Maine): This project decreases embeddedness by mobilizing the river bed, increasing sediment sorting; increases the number and depth of pools; increases retention of allochthonous organic material that the aquatic food web relies on; reduces the dead waters and over-widened channels in legacy reservoirs; and, increases cold-water fish population resiliency to climate change. The project cost is $155,737 and the estimated socioeconomic benefit is $1.6 million.
Located in Projects / 2019 Projects
A Map of Maine Wild Brook Trout Patches: The map provides a visual depiction of the distribution of Maine's wild Brook Trout patches.
Located in Science and Data / … / EBTJV State Maps and Resources / State Maps of Wild Brook Trout Patch Distribution
Restoring habitat connectivity in Machias and Saint Croix River tributary streams, ME_FY11 Project: Through this project, Downeast Lakes Land Trust (DLLT) continued its work with partners to restore brook trout habitat on priority streams within its 55,678-acre Downeast Lakes Community Forest by removing passage barriers. Of the four sites included in the original proposal (Billy Brown Brook/Shaw St., Amazon Brook/Amazon Rd., Grand Lake Brook/Fourth Lake Rd., and Fourth Lake Trib./Belden Brook Rd), two were completed using NRCS funding received after the initial proposal was submitted to USFWS. As a result, Eastern Brook Trout Joint Venture funding was used to restore fish passage at two additional sites at South Branch/Little River Rd and Towers Brook/Little River Rd.
Located in Projects / Project Completion Reports
Jam Black Brook Culvert Replacement, ME_FY12 Project: The goals of the project were: (1) To remove an obstruction to upstream fish passage for brook trout, Atlantic salmon and other resident and migratory fish. (2) To restore access to 9.8 miles of stream habitat upstream of the obstruction. (3) To restore natural sediment and woody debris transport through the crossing site. (4) To improve flood capacity at the Magog Road crossing, reducing the risk of debris jams or overtopping the road. (5) To provide a demonstration site in mid‐coast Maine for an appropriate stream crossing developed in cooperation with the municipality.
Located in Projects / Project Completion Reports
Carloe Brook Fish Passage Restoration, ME_FY11 Project: The project replaced an undersized and failing stream crossing on Carloe Brook a major tributary to Clifford Lake that has wild brook trout. This stream crossing currently limits passage for trout and other aquatic organisms. The current crossing is also a significant sediment source due to improper construction and overtopping. The crossing was replaced with a 1.2 bankfull open bottom arch culvert (15ft wide) designed to allow passage at all flows.
Located in Projects / Project Completion Reports
Assessing the Efficacy of Remediating Episodic Low pH (and High Aluminum) Concentrations in Headwater Brook Trout Streams with Clam Shell Additions_FY09 Project: This project demonstrated that clam shells could be utilized to increase pH and decrease detrimental inorganic aluminum concentrations. In Dead Stream, water chemistry has improved by approximately 1.0 pH unit, and total fish densities increased two-fold. In Canaan Brook water chemistry has improved by 1.0 pH unit and First Lake Stream improved by 0.7 pH unit, while fish densities have increased 2- and 6- times, respectively. Macroinvertebrate communities have improved somewhat, especially among mayflies and stoneflies, while amphipods and snails have appeared for the first time. However, even at treated sites, macroinvertebrate communities continue to have low diversity and may not achieve Class A water quality. Overall, by adding buffering capacity, there has been a boost to the bottom of the food chain which has contributed to improved fish abundance and diversity. In the fourth year, biological communities are still adapting to the new conditions.
Located in Projects / Project Completion Reports
South Bog Stream Restoration Project, Maine: South Bog Stream is a tributary of Rangeley Lake in Franklin County, Maine. Historically, the stream was known as the lake’s primary brook trout spawning tributary and it still supports a population of wild brook trout. However, Rangeley Lake, once known for its large brook trout, no longer has a thriving wild brook trout fishery. South Bog Stream no longer contributes a substantial number of brook trout to the lake. This fact is one possible reason for the decline of Rangeley’s renowned brook trout fishery. A 2001 stream survey revealed habitat degradation along the lower reaches of the 6.3-milelong stream, presumably as a result of the log-driving era in the late 1800s and early 1900s. Sections of the stream are shallow and wide. There are very few deep pools which provide essential habitat for brook trout. Because of habitat degradation, the stream produces fewer trout than it did prior to stream alterations over a century ago. The Maine Department of Inland Fisheries and Wildlife is restoring sections of the stream by rebuilding pools, narrowing and deepening the channel.
Located in Projects / 2006 - 2018 Projects / 2006 Projects
Chop and Drop in the Sunday River, Maine: Brook trout habitat in the Sunday River drainage has been degraded by poor land use practices, including timber harvesting, log driving, farming, and commercial and recreational development. Much of the river and its tributaries are unstable, over-widened, and lacking in deep pools, thereby reducing nursery and adult brook trout habitat. Although degradation is being addressed through a comprehensive watershed survey and main-stem restoration effort, the causal problem of accelerated runoff has not been addressed. This proposal will assess the efficacy of adding woody debris to reduce peak flows, create pools, and trap organics to enrich depauperate headwater streams.
Located in Projects / 2006 - 2018 Projects / 2007 Projects
Relocation of an Unnamed Sea-Run Brook Trout Stream, Maine: This project seeks to reconnect the freshwater-estuarine interface on a historic sea-run brook trout stream. At some point in the past, the stream channel was diverted from its natural channel to its present location. The presence of a low-head dam and two marginally passable culverts have blocked connectivity to the marine environment for several decades. A partially degraded stream channel will be relocated back to its original position and rehabilitated to its historic function to allow brook trout to access both freshwater and marine environments. Once complete, the project will provide access to approximately 1 mile of stream habitat and an undetermined amount of marine habitat.
Located in Projects / 2006 - 2018 Projects / 2008 Projects

« Previous 10 items Next 10 items » 1 [2] 3 4 5 6

Sections

Personal tools

Search results