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have a PhD in environmental engineering, earth or environmental engineering, or related fields, with a background in ecohydrology. Experience in ecohydrological modeling and remote sensing is desired
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diverse soil and management conditions - Excellent technical knowledge of nitrogen dynamics and loss pathways in crop production - Proficiency in GIS and remote sensing workflows, using tools like QGIS, R
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the fate and distribution of contaminants in the environment. The researcher will be directly supervised by PI Cara Santelli, who has a diverse lab that is committed to inclusivity and creating a sense of
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Plaza, 2221 University Ave SE, Minneapolis, Twin Cities Campus - East-bank. The successful candidate is expected to have access to a reliable internet connection for duties undertaken remotely
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Profile Profile 1, Office Lab-Based - is expected to work primarily on-site in the office/lab. Only occasionally and inconsistently working remotely. Your office/lab will be located at The Hormel Institute
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transcriptomic data • Demonstrated productivity through first-author and collaborative publications in immunology Job description: To investigate the role of cell death sensing in regulating immune responses, with
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cellular tools (e.g., gene knockdown, qPCR) to dissect cell death sensing pathways • Perform retinal functional assessments (e.g., ERG) and gene expression analysis in RPE and photoreceptors • Perform high
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. Work Profile Profile 1, Office Lab-Based - is expected to work primarily on-site in the office/lab. Only occasionally and inconsistently working remotely. Your office/lab will be located at The Hormel
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are required to be performed in-person at University of Minnesota Twin Cities location; working remote is not an option. Job Duties/Responsibilities: •Neuroimaging and neuromodulation data collection (25
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specific areas identified for professional growth, relevant to the project work scope. This position is based on campus. Per UMN policy, work may be done remotely when appropriate and approved by your