Bartsch, WillCai, MeijunJohnson, KrisNixon, KristiSprague, TiffanyWright, ChrisOlsen, LouisReed, Jane2023-11-082023-11-082023-07https://hdl.handle.net/11299/258034Camp Ripley is a military training facility located in central Minnesota. It is surrounded by the 750,000-acre Camp Ripley Sentinel Landscape (CRSL). Created in 2015, the CRSL consists of working and natural lands surrounding Camp Ripley with the purpose of protecting the training mission of the facility. The rural character of this landscape is generally compatible with that mission. However, it could be compromised by development, which could diminish habitat quality and raise the potential for conflict with landowners. The ability of Camp Ripley to maintain its mission is also threatened by a changing climate, which is projected to get warmer and wetter with a higher frequency of large precipitation events in the region. To help ensure the viability of the mission, the Natural Resources Research Institute assessed climate vulnerabilities and developed strategies to build and enhance climate resilience. Specifically, we 1) evaluated and selected Global Climate Models (GCM) that are expected to perform well in the region, 2) modeled stream water quantity and quality under different land use and climate scenarios, 3) characterized the landscape using Geographic Information Systems, 4) modeled and identified high-quality habitat for at-risk species, 5) evaluated and ranked parcels for conservation and restoration opportunities, 6) created afforestation plans for individual parcels, and 7) amended the Camp Ripley Strategic Plan with climate resilience language and strategies. Modeling stream quantity and quality under different land use scenarios indicates generally increased flow and sediment and nutrient concentration in scenarios where forest land is converted to agriculture or developed. Modeling under different future climate scenarios generally predicts decreased summer baseflow and increased nutrient and sediment concentrations. A suite of environmental data was acquired and developed to help characterize the landscape and prioritize parcels for conservation or restoration activity. Habitat models were developed for the Red-shouldered hawk, Golden-winged warbler, Northern long-eared bat, and Blanding’s turtle, all listed as at-risk or endangered under the Endangered Species Act. Afforestation plans with carbon sequestration modeling and carbon market participation compensation estimates were completed for two parcels within the landscape, illustrating an economically viable, market-driven solution. Climate resilience language was added to the strategic plan with emphasis placed on the restructuring and expansion of the strategy table while improving alignment with Minnesota’s Climate Adaptation Framework.enNatural Resources Research InstituteUniversity of Minnesota DuluthclimateresilienceafforestationcarbonhspfmodelgisTechnical Report