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Folders: ROOT > ScienceBase Catalog > National and Regional Climate Adaptation Science Centers > Midwest CASC > FY 2020 Projects ( Show all descendants )

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Waterfowl are of substantial economic and cultural importance, with over 1 million hunters contributing approximately $700 million in total expenditures to local and regional economies annually. However, shifts or expansions in waterfowl distribution driven by the interacting effects of a warming climate, changes in habitat resources, and altered anthropogenic pressures will present challenges to effective management and conservation. Understanding historical changes in waterfowl distributions and the associated drivers of these changes would improve the ability of natural resource managers to anticipate future changes and develop more adaptive conservation and management approaches for potential shifts in waterfowl...
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Stocking, or raising fish in hatcheries and releasing them into a body of water, is routinely used to supplement or maintain fisheries when natural populations are low or nonexistent. Demand for stocking cool and coldwater fish species that support important fisheries will likely increase as a result of climate change, but fish available for stocking are a limited resource. Consequently, climate change will likely affect supply-and-demand tradeoffs associated with stocking fish in the future, where demand for fish is likely to exceed supply. Researchers will examine supply-and-demand tradeoffs using walleye, which represent an ideal species for this assessment because they are a native coolwater species supporting...
    map background search result map search result map Supply-and-Demand Dynamics Associated with Using Stocking to Maintain Walleye Fisheries in the Face of Climate Change Identifying Effects of Weather and Land Use on Autumn and Winter Waterfowl Distribution Dynamics in the 21st Century Supply-and-Demand Dynamics Associated with Using Stocking to Maintain Walleye Fisheries in the Face of Climate Change Identifying Effects of Weather and Land Use on Autumn and Winter Waterfowl Distribution Dynamics in the 21st Century