Landlocked Atlantic salmon were extirpated from Lake Champlain in the early 1800s.  In 2010, we initiated a long‐term adaptive management project focused on increasing river‐runs of salmon to enhance in river fisheries and restore natural populations.  Major accomplishments include: Developed new hatchery methods to increase adult returns to rivers 3‐5 fold; Captured wild fry for first time in 150 years! (Winooski 2016, Boquet 2017); Established parentage based tagging program to evaluate broodstocks and stocking methods; Improved fish passage fish passage
Fish passage is the ability of fish or other aquatic species to move freely throughout their life to find food, reproduce, and complete their natural migration cycles. Millions of barriers to fish passage across the country are fragmenting habitat and leading to species declines. The U.S. Fish and Wildlife Service's National Fish Passage Program is working to reconnect watersheds to benefit both wildlife and people.

Learn more about fish passage
at dams; Identified reproductive success and habitats used in river; Supported adapt a salmon programs in schools.

Lake Champlain Angler Diary App Directions

RIVER RUN SALMON RESTORATION - FACT SHEET

Lake Champlain - FIsheries Restoration Reports

Contact Information

Atlantic Salmon, Saranac River, 2022
Program Manager
Additional Role(s)
Collateral Duty Safety Officer,
Western Division AFS President
Expertise
Anadromous Fish Restoration,
Habitat Restoration,
Salmonid Reintroduction,
Population Assessment
Area
VT
NY
Essex Junction,VT
2021 Adult Sampling, Saranac River, NY
Fish Biologist
Expertise
Salmonid restoration/ reintroduction,
Radio Telemetry,
Genetics/ Parent Based Tagging
Area
VT
NY
Essex Junction,VT

Species

Facilities

Biologists inventory fish downstream of a culvert that was replaced to improve natural stream flow and fish passage on Roaring Brook.
We work with others in Vermont and New York to protect and restore fish and wildlife, and their habitats throughout the Lake Champlain, Connecticut River, and Hudson River watersheds.