Projects

Coregonine restoration has been supported by several agencies within the Great Lakes who have allocated funding to support  planning, restoration, or evaluation components of the Coregonine Restoration Framework.  Two agencies have provided the most direct support to these efforts: the Great Lakes Fishery Commission (GLFC) through the Fishery Research Program and the U.S. Environmental Protection Agency (EPA) through the Great Lakes Restoration Initiative (GLRI).  For example, using GLRI funds, federal agencies on the Coregonine Steering Committee annually solicit and select projects for funding. These proposals are led by Department of Interior agencies but often include partners from state agencies, Tribes, or academic institutions. Since 2017, more than $6.8 million USD have been invested, providing science and operational support.  Other Great Lakes agencies have also funded projects that have supported coregonine restoration and research, including the Great Lakes Fishery Trust and the U.S. Fish and Wildlife Service’s Great Lakes Fish and Wildlife Restoration Act.

Below, you can learn more about some of the projects that  have been funded since 2017 in support of coregonine restoration.

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Planning

Developing evaluation methods for stocked cisco in Lake Erie

Planning

Chemical composition of incubation substrates and their effect on survival of cisco (Coregonus artedi) embryos

Restore

Coregonine Captive Broodstock Developed from Wild-Caught Juveniles: Dual Strategies to Mitigate Barotrauma-Induced Mortality

Evaluate

Lake Superior Bloater Reproductive Biology

Evaluate
Planning

Development of eDNA markers for Coregonids in the Great Lakes

Evaluate
Planning

Determining when and how Cisco and Lake Whitefish recruitment can be reliably indexed to support evaluation, restoration, and management

Evaluate

Contemporary distribution and abundance of larval cisco in Lake Michigan

Planning

Investigating past and future climate conditions of coregonine restoration habitats: A case study of Cisco in Saginaw Bay

Restore

The role of DNA methylation in morphological deformities in artificially reared cisco (Coregonus artedi)

Restore

Impact of egg fatty acid signatures on embryo viability in wild and domesticated cisco