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. Please note that field research may occur during adverse weather (e.g., extreme heat or cold, during rainfall events). Laboratory activities may include processing soil, plant or water samples for analysis
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(GGRU), USDA aimed to understand the grapevine response to environmental stresses like cold/freezing, drought, heat, and nutrient stresses. The research goal is to expedite research findings
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light management practices for leafy green production under protective structures. Evaluate plant materials for responses to abiotic and biotic stress (high salinity, heat, and pathogen challenges
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datasets associated with heat and other extreme weather events. Observe and collaborate on the evaluation and enhancement of extreme weather and health data visualization tools, including the HeatRisk Tool
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interpret extreme weather, environmental, and public health datasets associated with heat and other extreme weather events. Observe and collaborate on the evaluation and enhancement of extreme weather and
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life of foods containing fats and oils. Many processed foods have high saturated fat content and healthy saturated fat replacements are needed to improve their nutritional value. However, oils high in
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-develop plant genetic materials with tolerance to abiotic stresses (salt, heat, or drought tolerance). Improve controlled environment agriculture for crop production, including plant growth, fruit
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with a focus on improving drought, heat, and salinity tolerance in different turfgrass species and understanding how turfgrass quality attributes contribute to ecosystem services. As part of
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Service (ARS), National Cold Water Marine Aquaculture Center, located in Franklin, Maine The Agricultural Research Service (ARS) is the U.S. Department of Agriculture's chief scientific in-house research
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conferences. Designing and fabricating detailed heat trapping and thermal management materials and stacks of materials, using infrared (IR) management principles (radiation physics and resonant nanoparticles