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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Evaluate

Supporting evaluation components of the Lake Huron Technical Committee’s Cisco reintroduction study: a multi-agency effort to promote Cisco recovery in the western main basin of Lake Huron (FY20)

Evaluate

Clarifying larval Cisco and Lake Whitefish spatial ecology across habitat gradients to support evaluation, restoration, and management

Planning

Evaluating genetic and phenotypic similarity of extant Cisco populations in coastal inland lakes to historic and contemporary Lake Michigan populations

Evaluate
Restore

Can hatchery-origin coregonines be used to identify potential spawning habitats in Lake Ontario?

Restore

What physical conditions reduce Bloater embryo survival and development?

Restore

Supporting cisco rearing science: evaluating the effects of rearing temperature and long-term OTC mark retention

Restore

Evaluating the effects of tank color and environmental complexity on cisco phenotypes, coloration, and epigenomics

Planning

Augmenting efforts to detect coregonine tributary spawning populations using eDNA

Planning
Restore

Structured Decision Making for Lake Erie Cisco: Operationalizing the Coregonine Restoration Framework

Planning

Implementing science planning methods within the Coregonine Restoration Framework via expert knowledge elicitation and workshop facilitation – Year 3