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, and resistance, and potentially assess candidate functions using CRISPR and transgenic approaches. Anticipated Division of Time Research (55%): The Postdoctoral Associate will play a leading role in
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testing in molecular evolution. The individual will use methods such as RNA-seq to identify genes and regulatory sequences that drive plant toxin detoxification, transport, and resistance, and potentially
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, transport, and resistance, and potentially assess candidate functions using CRISPR and transgenic approaches. Anticipated Division of Time Research (55%): The Postdoctoral Associate will play a leading role
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pathogen diversity, virulence, fungicide sensitivity, and host resistance. The position integrates classical plant pathology with genomic and bioinformatic approaches, including population genomics
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-consumptive effects of predators, and plant induced resistance to investigate grower-friendly application methods that protect plants. Anticipated Division of Time Experiments: 55% Study ecology of predator
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laboratory, greenhouse, and field experiments addressing pathogen diversity, virulence, fungicide sensitivity, and host resistance. The position integrates classical plant pathology with genomic and
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. This information will be used to develop risk assessment models for mitigating insecticide resistance. This position will require collaboration with other entomologists, plant breeders, extension educators