U.S. Dept. of the Interior – Southwest Climate Science Center

This project examines community perceptions and decisions about climate science, economics, and policies associated with resilience strategies that address increasing water scarcity in the Southwest. Strategies to be evaluated include: investments in built infrastructure (e.g., reservoirs and pipelines); incentive-based risk-sharing agreements; and watershed ecosystem services. The project emphasizes how ecosystem services can buffer water impacts of climate change, as well as the potential for climate mitigation as a strategy to enhance water supply security. Project outputs will include a replicable method for co-producing resilient water-related climate adaptation and mitigation strategies, including scientific and economic evaluation. Potential outcomes include improved water supply reliability and cooperation on adapting to shortages for a regional economy that exceeds $3 trillion annually.

Impact Case Study - Water Resource Planning: Community-Based Responses to Climate-Related Water Challenges

Project Partners: School of Natural Resources and the Environment, U.S. Bureau of Reclamation, Arizona Department of Water Resources, U.S. Department of Agriculture, Central Arizona Project, Salt River Project, University of Nevada, Reno,  University of Colorado, Sonoran Institute, The Nature Conservancy
 

Additional Funders: U.S. Dept. of the Interior – Southwest Climate Science Center, U.S. Department of Interior—Landscape Conservation Cooperatives

The purpose of this project is to investigate Colorado River basin droughts, and the climatic factors that influence those droughts. The project uses paleoclimatic data to extend instrumental climate and flow records, along with climate change projections to assess the range of possible conditions that may be expected to occur and to determine how warming temperatures may influence river flow and water supply in the future.

Collaborator(s) / Affiliation(s): G. Pederson (U.S. Geological Survey – Bozeman), A. Csank (Desert Research Institute), S. Gray (Alaska Climate Science Center; U.S. Geological Survey), S. McAfee (Univ. of Nevada – Dept. of Geography), G. McCabe (U.S. Geological Survey – Denver)
 

Project Partners: Alaska Climate Science Center, Denver Water, Desert Research Institute, NOAA – Colorado Basin River Forecast Center, Salt River Project, U.S. Bureau of Reclamation, U.S. Geological Survey, University of Nevada - Department of Geography
 

Additional Funders: U.S. Dept. of the Interior – Southwest Climate Science Center

The Federal Emergency Management Agency (FEMA) plays a critical role in helping land, water, and coastal managers prepare for and respond to diverse weather and climate-driven extreme events. Challenges to accessing, interpreting, and disseminating diverse climate and weather (C&W) information, however, limit FEMA’s use of this information, which can impede pre-positioning resources in high-risk areas, delay advanced warnings, and spur misunderstanding. Strategic partnerships that link information producers and consumers and provide opportunities for co-developing useful C&W information can help agencies like FEMA better fulfill their mandate to safeguard life and property. This project examines the process of developing strategic partnerships, communication strategies, and relevant C&W information to support FEMA’s hazards monitoring efforts in Arizona, Nevada, and California. This study examines the end-to-end process of decision support and will be conducted within a framework advocated by the National Research Council. This incudes: assessing FEMA’s C&W information needs and gaps; coproducing a decision-support tool; and measuring impacts, successes, and limitations of the decision-support tool, engagement process, and partnership. The objectives are to better understand how to provide climate services and develop strategies that seamlessly transition from research to operations, while assessing the role of ‘boundary organizations’ (e.g., RISAs) in developing and mediating partnerships that advance climate services and long-term adaptation efforts.

The decision support tool developed through this project is a climate dashboard. It presents historical hydroclimate risk, current climate conditions, and information about future climate. http://www.climas.arizona.edu/content/fema-dashboard-2

Collaborator(s) / Affiliation(s): Andrea Bair, NOAA Climate Services Program Manager, Steven Bryson, Federal Emergency Management Agency, DHS – Federal Emergency Management Agency NOAA – National Weather Service, Western Region DOI – Southwest Climate Science Center Partners, Region 9 of the Federal Emergency Management Agency
 

Project Partners: Federal Emergency Management Agency, National Weather Service  Federal Emergency Management Agency, NOAA National Weather Service Western Regional Headquarters, U.S. Dept. of the Interior – Southwest Climate Science Center, Region 9 - Federal Emergency Management Agency
 

Additional Funders: Federal Emergency Management Agency, National Weather Service,  NOAA Climate Program Office, NOAA National Weather Service Western Regional Headquarters