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cannot be feasibly built across the wide range of environmental conditions present in U.S. croplands. To address this, computer simulations can evaluate the performance of different cropping systems across
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develop cost scenarios. Learn to design mitigation strategies to maximize benefits to infrastructure, ecosystems, and species of concern under different funding levels. Learn to integrate analyses into a
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, collaborating with USDA-ARS scientists across the country. Investigate the differences between the NISAR soil moisture and agricultural products (Crop Area) and provide recommendations on their relative strength
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grazing collaborative study. The fellow will have the opportunity to participate on a project that focuses on determining the impacts of adaptation to different grazing management systems and environments
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for US agriculture that are often grown in very different climates. The goal of the project is to learn about types of microbes that benefit crop yield or crop quality in the context of field agriculture