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transmission pathways and inform surveillance and control strategies. Secondary opportunities will be available to participate on projects on foot-and-mouth disease (FMD), African swine fever (ASF), vesicular
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team designs and carries out controlled experiments and develops, validates, and applies advanced mathematical models to investigate a wide range of agricultural challenges, including the impacts
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the U.S. Army Medical Research and Development Command of the U.S. Army Medicine Command. The Institute is the Army's lead research laboratory for improving the care of combat casualties. The mission
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of environmental factors affecting animal health and veterinary public health, including estimates of the likelihood of a damaging event and the resulting consequences. Multidisciplinary teams of specialists use
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. Possess advanced statistical and computational skills for analyzing large, complex omics datasets and generating biologically meaningful insights. Experience with controlled or field-based plant phenotyping
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, composite, Hochberg, win ratio, etc.) as well as the statistical analyses from recent submissions/literature with emphasis on clinical interpretability, multiplicity control, estimands, and alignment with
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Unix command-line tools Computer programming and computational biology experience Training or experience in plant biology Stipend $5,185.00 – $6,273.00 Monthly Point of Contact Janeen Eligibility
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to monitor evapotranspiration (ET) and other surface fluxes at sub-field scales using both in-situ and remotely sensed data. Apply remote sensing models to estimate ET and surface fluxes using high-resolution