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-resistant weeds, supporting the development of sustainable agricultural practices. The successful candidate is expected to (1) help develop novel methods that incorporate advanced technologies for detecting
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insects respond to environmental stress. Activities may include: Physiological assays to measure thermal tolerance and/or desiccation resistance Methods development for quantifying thermal microclimates
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and poultry to generate knowledge and technology that reduces economic losses, prevents foodborne illnesses, and decreases animal suffering and death. Our prion research program at Virus and Prion
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and methods in generation of functional genomic and population genetic data including whole genome sequencing, full-length transcriptomics, epigenetics, and genome structure. This research would include
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environmental and social impacts; 2) enhance the integrity and efficiency of the FPL’s research efforts through the development, evaluation, and application of modern statistical methods; and 3) provide life
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machine learning methods for disease quantification. Through the course of the project, they will gain in-depth knowledge of issues and the latest research at the junction of plant pathology and plant
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adapting methods from published literature. Through meticulous record-keeping, data tabulation, statistical analysis, and summarization using computer software, you will gain practical experience in managing
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dairy production systems, soil ecology, forage production, forage quality, nutrient management, and ecosystem services. Research Project: The perennial grass breeding program at the USDFRC develops cool
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state-of-the-art experimental and computational models for solving water resource problems worldwide. CHL research and development addresses water resource and navigation challenges in a variety of
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molecular and non-destructive sensing methods to identify, quantify, and track the prevalence and spatial dissemination of pathogenic enteric bacteria (e.g., Salmonella, E. coli, Listeria) across dairy