The North Central Climate Adaptation Science Center is a partnership between the US Geological Survey, the University of Colorado Boulder and five consortium partners. The NC CASC fosters innovative and applied research in support of tribal, federal, state, and local natural resource management and decision-making. The North Central center is one of eight regional climate centers in the national CASC network created to help meet the changing needs of land and resource managers across the country. It serves Colorado, Wyoming, Montana, North Dakota, South Dakota, Kansas and Nebraska. 



NC CASC Seeking Postdoc for Wildfire Research

The NC CASC is seeking a postdoctoral scholar to conduct wildfire research, "Understanding and Managing Changing Wildfire Risk".

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NC CASC Collaborting with NPS to Develop RSS for Yellowstone National Park's Northern Range

NC CASC ecologist Brian Miller is collaborating with NPS Denver Service Center, Climate Change Response Program, and park staff to develop a climate-informed Resource Stewardship Strategy (RSS) for Yellowstone National Park's Northern Range.

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NC CASC Announces FY20 Funding Opportunity

This solicitation invites proposals for projects to be initiated in Fiscal Year (FY) 20

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Project Examines Emerging Challenges Related to Climate Change, Disease, and Wildlife Health

The USGS National Wildlife Health Center, in partnership with the USGS Climate Adaptation Science Center Network, is leading a one-year project to understand and prepare for emerging challenges related to fish and wildlife health, disease, and climate change across North America.

The objectives of this national-scale project are to review and synthesize existing information on the impacts of climate change on fish and wildlife health and disease. Project partners will then use this information to highlight gaps in our current understanding of the problem and identify  unique areas of concern.

“Climate change will continue to have significant effects on the health of fish and wildlife,” says Olivia LeDee, Deputy Director of the Northeast Climate Adaptation Science Center. “Understanding future disease risk across the country is crucial for preparing for and potentially warding off serious threats to important natural resources.”

Shifts in temperature and precipitation can increase the physiological stress of wildlife, while changes in the timing of life cycle events (known as phenology) can increase the exposure of wildlife to threatening pathogens. Simultaneously, changes in climate can increase the risk of disease transmission by affecting the range and distribution of diseases and the emergence or altered survival of pathogens. The resulting impacts on the reproduction and survival of some wildlife species could have broad implications, potentially posing challenges to recreationally and commercially harvested fish and wildlife populations, threatened and endangered species, and human communities.

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