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grant applications. Collaborate with computational and wet lab teams across multiple institutions. Data Management & Infrastructure Organize and back up sequencing data and analysis results using lab
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backgrounds are essential. Good written and spoken skills in English are essential. Successful applicants are expected to have experience in molecular genetics wet-lab work. Basic skills in R and strong
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phosphate reserves are expected to worsen these challenges, as low soil moisture reduces P availability, driving up fertilizer demand and costs. Most plants naturally partner with mycorrhizal fungi to boost P
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repeated global LiDAR measurements related to biomass. Sentinel missions offer increased temporal resolution in both multispectral (for vegetation indices) and SAR data (for moisture and structure
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and/or wet lab experience a candidate with (or obtaining by January 2026) a final degree in medicine, biology, chemistry, bioinformatics, computer science or a related scientific or technical field
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design. This role is ideal for candidates with strong wet-lab experience in microbiology, molecular cloning, and antimicrobial assays. A working knowledge of basic statistics is required. Additional
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in an academic biosciences lab. Basic wet laboratory skills in biosciences (biology, biochemistry, biochemical engineering): e.g., molecular biology techniques, cloning, gel preparation, media
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will work on projects where research meets real-world challenges. This includes developing soil moisture maps to reduce damage from forest machinery, testing innovative methods to control pests in
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dissecting RNA structure ensembles in living cells. Particularly, you will: Develop novel methods (both wet and computational) for the accurate interrogation of RNA 2D and 3D structures in living cells. Apply
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. Assess ecological change by applying shotgun metagenomics and amplicon sequencing to track microbial community shifts under persistent wet skimming. Translate lessons learned into engineering design rules