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identifying grapevines tolerance to adverse growing conditions. The postdoc will be able to establish robust collaborations with faculty at Cornell University, Cornell Agri-tech, Geneva Campus, and USDA-ARS
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of Defense, academia, and commercial companies. Furthermore, you will be challenged to develop new and innovative methods for analyzing bacterial genomes and will have the opportunity to make significant
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production systems, soil ecology, forage production, forage quality, nutrient management, and ecosystem services. Research Project: The perennial grass breeding program at the USDFRC develops cool and warm
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include the development of rapid detection and diagnostics tests, novel therapeutants, and improved diet formulations that will enhance resistance to infectious bacteria, viruses, and parasites of warm
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peer-reviewed journal articles, and research project design and management, with the goal of developing skills required to become a principal investigator. Mentor(s): The mentor for this opportunity is
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current experiences by: Developing an advanced knowledge of flow cytometric techniques; Designing and characterizing new probes against immune system proteins for use in flow cytometric assays; Identifying
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analyses to analyze complex microbial communities. Develop robust screening assays for diverse fungal and bacterial microorganisms. Cultivate agricultural crops in a greenhouse and/or the field. Mentor(s
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method development, validation and application of novel methods for analysis of per- and polyfluoroalkyl substances (PFAS) in food and food packaging, develop and validate new analytical methods for PFAS
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biological development, reproduction, sex determination, and/or olfaction/chemical sensing in tephritid pests of agriculture. The research opportunity will allow the postdoc to develop and/or improve
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, the fellow will learn about and gain experience in: Conducting independent research aimed at developing sustainable management tactics for invasive species Conducting chemical ecology studies with