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methods and tools that will facilitate precision breeding and genetic improvement Identifying and optimizing appropriate molecular, genomic, and computational techniques to better characterize and predict
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through scientific excellence. Research Project: The overall research goal of the lab is to develop, improve, optimize, and disseminate aflatoxin biocontrol technologies to growers. This is accomplished
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optimizing trap placements and pesticide applications, determining release sites for parasitoids, and setting quarantine boundaries after incursions. We are uniquely positioned to collect insect movement data
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to, big data mining, protein structure and function prediction, protein-ligand interaction, molecular modeling, molecular toxicology, workflow development, gene knockout design and optimization, and genetic
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fertilizer and irrigation applications to optimize cotton yield while lowering input costs. Experiments are conducted in the field, in a greenhouse, and in specialized PGR 15 plant growth chambers
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Project: The overall research goal of the lab is to develop, improve, optimize, and disseminate aflatoxin biocontrol technologies to growers. This is accomplished through a combination of laboratory and
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through scientific excellence. Research Project: The overall research goal of the lab is to develop, improve, optimize, and disseminate aflatoxin biocontrol technologies to growers. This is accomplished
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markers and development of rapid-cycling breeding systems to support the process of continuous germplasm improvement, discovery trait research and methodology optimization to reach greater breeding
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optimizing trap placements and pesticide applications, determining release sites for parasitoids, and setting quarantine boundaries after incursions. We are uniquely positioned to collect insect movement data
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advanced vehicle concepts and better control systems. Actively changing the geometry of the aerodynamic lifting and control surfaces, enables reconfiguration of vehicle structure in real-time to optimized