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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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, learn how to handle and analyze different soils from across the U.S., and have the opportunity to learn how to generate user-friendly soil health reports for farmers. Mentor(s): The mentor
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and analyze different soils from across the U.S., and have the opportunity to learn how to generate user-friendly soil health reports for farmers. Mentor(s): The mentor for this opportunity is Kristen
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related to photosynthesis and secondary metabolism will also be assessed. Metabolomic profiling of the phytochemicals for the leafy greens grown in controlled environments with the modulation of different
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crop damage and yield. Also, the participant will collaborate with plant breeders to screen host plant resistance mechanisms of different cotton cultivars to cotton jassids using cotton varietal trials
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in gene expression during competition between aflatoxigenic A. flavus and non-aflatoxigenic A. tamarii that are associated with different competitive outcomes under a variety of biotic and abiotic
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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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evaluate how these different extraction processes impact the nutritional profile, physical properties, and effects on appearance, palatability, and flavor of a food product (functionality). Learning
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the nitrogen balance through careful measurements of N inputs and N outputs under different treatments and weather conditions. The research will utilize graphene sensors to measure N losses through the soil
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, such as atmospheric composition, and/or 2) Experience in forward models, which can take many different forms (e.g. climate, chemistry, cloud), as well as levels in complexity (e.g. 1D to 3D). However, we