Cooperative Agreement for Affiliated Partner with the Colorado Plateau Cooperative Ecosystem Studies Unit (CESU)

About this archived opportunity

The U.S. Geological Survey (USGS) Southwest Biological Science Center (SBSC) is offering a funding opportunity to a CESU partner for research in developing multi-month forecasts of management-relevant rangeland drought forecasts and improve a platform for delivering those forecasts to resource managers across western rangelands.Research Objectives:Wildfire and invasive species are transforming dryland ecosystems of the western U.S., particularly across the vast western rangelands. Restoration treatments are much more likely to succeed if applied when conditions are favorable. This project will pursue two goals: 1) The project will develop gridded ecological drought forecasts to help rangeland managers target restoration investments in places and times where plant establishment is likely. Currently, the drought forecaster operates for a user-defined point. This work will generate wall-to-wall, monthly, weather and soil moisture forecasts using "real time" weather forecast data from the National Weather Service, which are updated each month. These rapid, real-time broad geographic assessments of regeneration potential will help inform resource allocation for management agencies. Using these wall-to-wall simulations, this project will produce continuously-updated forecast maps of near-term soil drought and seed establishment probabilities for the western US. 2) This project will synthesize establishment requirements for critical restoration species so managers know when and where species are likely to successfully establish.Deliverables from this project include synthesized information about related peer-reviewed publications about the establishment requirements (notably soil moisture conditions) for critical restoration species and continuously updated forecast maps of near-term ecological drought and establishment probabilities for the western US. These forecasts are currently used to target seeding for dryland restoration in locations and at times when conditions ar