57 advance-soil-structure-modelling Postdoctoral positions at University of Minnesota
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DeComposition or other similar process based crop and soil models Preferred Qualifications Post-doctoral experience related to soil carbon science and accounting and a demonstrated ability to independently lead
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across time and contexts. Job Description: You will develop and apply mathematical models and machine learning algorithms to analyze the structure and evolution of knowledge systems across different
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computing skills: knowledge of R and/or mPlus, longitudinal data analysis, structural equation modeling Evidence of ability to work as an independent scientist while collaborating with teams of peer
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above-ground and below-ground. Demonstrated experience in conducting research in insect biology, ecology and insect resistance management. Conscience etiquette for working chemical safety. Excellent
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that adhere to University policy. Assist other lab/community members, as needed. Qualifications Required Qualifications PhD in Structural Engineering, Civil Engineering, or closely related field Preferred
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Regular Job Code 9546 Employee Class Acad Prof and Admin Add to My Favorite Jobs Email this Job About the Job *Duties/responsibilities: -Lead and conduct advanced experimental and translational research
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to collaborate with labs with expertise in molecular modeling, data science and analytics and structural biology to further both their project and career goals. As we are broadly pursuing how to translate
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of Otolaryngology) and Dr. Hubert Lim (Departments of Biomedical Engineering and Otolaryngology) to design, test, and validate advanced auditory stimulation strategies and neurotechnology solutions. Key
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variety of topics, with particular emphasis on assessing links between microbial interactions and ecosystem functioning (e.g. soil C and N cycling) during organic matter decomposition. The research will
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inflammation can promote atrial electrical, Ca2+-handling and structural remodeling that initiates AF in a model of metabolic syndrome. You will be expected to use mouse models to be both mechanistic and