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intensification of agriculture, climate mitigation and adaptation, livestock systems, and healthy and sustainable diets, providing analysis and insights aimed at helping to shape the decision-making process at all
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decision-making Preferred Qualifications: Previous experience with passive acoustic monitoring and/or eBird data Strong background in statistical modeling Familiarity with ecology and/or ornithology
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monitoring of avian populations, and strengthening conservation decision-making. The specific methodological direction is intentionally flexible and will be developed jointly based on the interests and
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to provide insights into what is (not) work in tutoring sessions and make recommendations for decisions-support. Other relevant research directions, as proposed by the applicant. Strong applicants will bring
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systems in India. The model will be used to identify how farmer decision-making, profitability, and system feedbacks influence methane mitigation outcomes and environmental rebound effects. In
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(ATAC-seq, single-cell and single-nucleus RNA-seq, splicing variant analysis) with the sex-determination cascade to dissect how chromatin accessibility, transcriptional regulation, and alternative
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. The successful candidate will combine functional genomics approaches (ATAC-seq, single-cell and single-nucleus RNA-seq, splicing variant analysis) with the sex-determination cascade to dissect how chromatin
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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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, decision-ready strategies for conservation. This position offers a unique opportunity to work at the frontier of AI, genomics, and conservation biology, collaborating with world-class researchers while
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biological mechanisms driving spillover to understanding distal anthropogenic drivers such as land use change and climate variation. Successful applicants will have a PhD in systems science, systems biology