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Our objective is to improve the scientific understanding of the modes, rates, and mechanisms of carbon stabilization and losses in soils from Alaska, California, and other Western states. We focus on the biophysical and microbial mechanisms that drive carbon gains and losses, and to use our data to improve models of soil carbon cycling. This catalog supports research from several projects focused on soil carbon cycling. It encompasses multiple types of datasets including environmental, ecological, biological, isotopic, mineralogical, genomic, flux, and modeled data from water, vegetation, soil, and atmospheric matrices. The catalog will be available online and to the public. Therefore, publication of data through...
We aim to create a user-friendly, online tool that will provide predictions about the upcoming year’s grassland and rangeland productivity for the southwestern U.S. This tool will allow land managers, policy makers, ranchers, scientists, and the general public to visualize and forecast grassland production for the upcoming season. The tool will integrate data from remote sensing, climate, and modeling techniques and, on a county-by-county scale, will provide updated forecasts every two weeks. This tool will have many uses, including for those who need to make decisions about wildlife, livestock, restoration, and fire.


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