Case Study

Climate Modeling and Partnerships for Freshwater Mussel Conservation in Central Texas

Research conducted by Texas A&M, USFWS, and The Nature Conservancy is utilizing high resolution, downscaled climate projections to model the extent of climate impacts on streamflow and stream temperature in the San Saba and Llano Rivers. During this project, researchers calculated the degree to which changes in streamflow and temperature will impact the population of the Texas fatmucket. From this information, land managers and conservationists can determine the best steps for protecting the species in the future.

Location Texas

Year

2024

Details

Hazards

Shifting Species, Habitats, and Ecosystems

Assets

Aquatic and Marine Resources

Water Infrastructure – General

Sources

Follow the link below to read the full case study from the FWS Conservation and Adaptation Resources Toolbox (CART) case study library:

Climate Modeling and Partnerships for Freshwater Mussel Conservation in Central Texas

Funding & Building Capacity

This project was funded by U.S. Geological Survey and U.S. Fish and Wildlife Service.

Organizations

US Fish & Wildlife Service

Relevant Options

Include proper care and maintenance of habitats for native pollinators and beneficial species into a community-wide integrated pest management strategy. Educate about the benefits of native species to decrease the use of invasive species. Support research efforts to better understand forest ecosystems, local climate change and impacts to farms, wetlands, forests and ecosystem services.

Steps to Resilience

Understand Exposure

Assess Vulnerability & Risk

Investigate Options

Prioritize & Plan

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Image Credit

USFWS