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-borne disease systems. Conduct research on tick distribution and tick-borne disease risk using climate-informed predictive modeling and geospatial analyses, producing hazard maps and decision-support
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, or guides) that advance collaboration and knowledge sharing in vector-borne disease systems. Conduct research on tick distribution and tick-borne disease risk using climate-informed predictive modeling and
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Doctoral Scholar to join the School of Earth Sciences at The Ohio State University studying the impacts of climate change on corals, the underlying drivers of coral resilience, and technologies that can help
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Sciences | Earth Sciences Post Doctoral Scholar to join the School of Earth Sciences at The Ohio State University studying the impacts of climate change on corals, the underlying drivers of coral resilience
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soils, with applications in permafrost engineering, cold-regions geotechnics, and climate-driven ground processes. The postdoctoral scholar will lead applied modeling and data-constrained analyses using