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direction and supervision. •Statistical analysis and database management. •Learn and execute on Systems dynamics modeling and/or microsimulation Mixed-methods community engagement methodological development
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related field • Strong quantitative background (e.g. ecological theory and mathematical modeling, hierarchical statistical modeling, machine learning, remote sensing, geospatial statistics) • Demonstrated
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data, identifying structural errors in the dataset, and for maintaining a record of all steps from data extraction to dataset assembly · Fitting of machine learning models · Development of instrumental
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analyzing flux tower, aerosol, and satellite remote sensing data • Familiarity with Earth system modeling and/or AI/ML applications is highly desirable • Strong written and oral communication skills and a
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language model training, and usage. They will also work with PIs to analyze data generated by these studies, write them up as scientific articles, and assist with grant-writing and other public outreach
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latent class models. Additional Information: The postdoc position is full-time with a competitive salary that includes excellent fringe benefits. The appointment is for a minimum of one year, with renewals
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in applied economic analysis (e.g., causal inference, econometrics, spatial equilibrium modeling). • Experience working with large-scale datasets and interdisciplinary research. • Demonstrated research
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neuroscience broadly defined (e.g., Psychology, Neuroscience, Computer Science, or a related field) are welcome to apply. Experience with computational modeling is required. Strengths in open science practices
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impacts on property values, tax revenues, and insurance markets; and - Collaborate on the development of an integrated modeling and decision-support framework that links risk, behavioral, and finance
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induced by radiation, focusing on mechanisms of regenerative reprogramming and stromal-epithelial interactions. Complementary approaches will be used, including genetically engineered mouse models