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on the intricate world of floral chemistry and its ecological impacts. This project explores the chemical-mediated interactions between flowers, pollinators, and microbes, with the goal of identifying floral
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and training in plant-pathogen interactions between wheat and mycotoxigenic fungi, with a focus on understanding factors that contribute to improved wheat resilience to fungal disease. Under
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research on interactions between maize and agriculturally important fungal pathogens, initially emphasizing Fusarium and Aspergillus species. These fungi cause crop diseases and mycotoxin contamination
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pharmaceutical issues, and effectively interact with colleagues of varying experience and skill levels. Ability to effectively communicate in varying writing formats to broad audiences of different experience and
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? As an Oak Ridge Institute for Science and Education (ORISE) participant, you will join a community of scientists and researchers studying adversarial interactions, multi-agent systems, and decision
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institutions, and research consortiums. Uniquely, you will also have collaborative interactions with the ultimate targeted audience of their research: swine industry stakeholders, such as practicing swine
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of several scientists, you will gain exposure to field and laboratory methods used to understand soil-plant-water interactions, crop needs, and conservation processes. Specific learning activities include
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to advance basic and applied research goals, such as understanding host-pathogen interactions or efficacy of viral control strategies. You will be involved in all phases of research, with an emphasis placed
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agents to advance basic and applied research goals, such as understanding host-pathogen interactions or efficacy of viral control strategies. You will be involved in all phases of research, with
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interacts with the human body—making it a key factor in both product performance and consumer satisfaction. You will also apply statistical and machine-learning tools to explore how cotton fiber properties