105 parallel-computing-numerical-methods "https:" Postdoctoral positions at Cornell University
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mediated by a predatory stink bug and the prey itself to develop methods to control Colorado potato beetle. This position will combine field and lab experiments of insect behavior, movement, abundance, non
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formative and summative assessments of systems-thinking skills at the course and program levels; support scaffolding systems-thinking pedagogy across the E&S curriculum. The position is supported by Cornell’s
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the extent education is relevant to the position. Academic Discipline (faculty pay ranges reflects 9-month annual salary) Unique applicable skills. Application Materials Required: Further Info: https
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USDA NIFA Agricultural Microbiome Program. The individual will need to have the ability to drive to field sites in Geneva in order to collect samples and bring them back to the lab in Ithaca. Anticipated
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Dr. Joseph Amsili, Director of Cornell’s Soil Health Program. The ideal candidate will possess a PhD in economics, agricultural and resource economics, data science or closely related field, with
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Bioinformatics, Computational Biology, Genomics, Computer Science, or a related field. Strong programming skills and familiarity with Omics data analysis and integration. Track record of peer-reviewed publications
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; computer science; ecology; feminist, gender and sexuality studies; Indigenous studies; Latin American studies; medieval studies; performance and media studies; or science and technology studies. We seek applicants
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, limnology or related fields. Strong quantitative background: ability to deal with large datasets using computational methods, proficiency in R or other applicable software packages, ability to develop scripts
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, computing icequake source parameters, and detecting glaciohydraulic tremor. The ideal candidate will have a Ph.D. in Earth Sciences with a focus on either glaciology or seismology, demonstrated experience in
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Accelerator program in Future Water Systems, is addressing the water and wastewater capacity needs of very small communities (<1000 persons) across the United States. VersaWater technologies are prefabricated