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mortality impacts of climate-related hazards and will translate results for policymakers and practitioners. Immediate priorities include a series of case-crossover analyses of wildfire smoke and heat in
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nationwide. The postdoctoral associate will apply statistical and epidemiological models to examine the mortality impacts of climate-related hazards and will translate results for policymakers and
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in education, working with a team of postdoctoral researchers, PhD students, and Master’s/undergraduate researchers across multiple universities and organizations. The research team collaborates
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are especially excited to hear from candidates eager to invent new tools, wetlab approaches for circulating nucleic acids, interpretable machine learning for biomarker discovery, and methods we haven’t imagined
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Lab programs and experts from across the University. Any area of inquiry related to the Lab’s mission "to interpret and conserve the Earth's biological diversity through research, education, and citizen
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, and (ii) translate these genomic insights into actionable, decision-ready strategies for conservation. This position offers a unique opportunity to work at the frontier of AI, genomics, and conservation
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assemblies and multimodal biological datasets to uncover the genomic determinants of species resilience, adaptation, and extinction vulnerability, and (ii) translate these genomic insights into actionable
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mission "to interpret and conserve the Earth's biological diversity through research, education, and citizen science focused on birds and nature" is potentially appropriate. Activities involving research
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, and research models of host-microbe interactions (including gnotobiotic systems). The lab's work spans from mechanistic studies of microbial metabolism to translational questions about how diet
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new tool development CAROW advances the work of faculty and institutes conducting translational labor research and brings them together to drive new insights. Responsibilities: This position will