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and microbiological tools, perform field collections of invasive ants and whole nests, and participate in rearing fire ant colonies. Learning Objectives: You will: Gain experience in experimental design
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publications and public health practice. You will also participate in identifying research gaps, developing research questions, and engaging in studies designed to improve understanding of ALS etiology and
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Objectives: Under the guidance of a mentor, you will: Learn electrical geophysics and bNMR survey design. Understand the deployment and maintenance of buried ERT arrays and bNMR access tubes for time-lapse
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environmental stresses. Hands-on experience in measuring leaf gas exchange (LICor 6800XT) , plant water/nutrient hydraulics, chlorophyll fluorescence, and root system architecture adaptation. Designing
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improve food safety. Strengthen skills in experimental design, data analysis, scientific communication, and interdisciplinary research. Mentor(s): The mentor for this opportunity is Sohyun Cho (sohyun.cho
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Public Health Strategic Plan. Under the guidance of a mentor, participants will engage in training activities that explore rural public health transformation approaches, strategic planning processes, and
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modeling techniques to identify patterns, trends, and emerging public health concerns. Design and evaluation of interactive data visualizations and dashboards to communicate scientific findings. Best
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. You will engage in analytical chemistry investigations designed to characterize volatile and non-volatile metabolites associated with fruit quality and disease responses. Research activities may include
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of offshore development. Up-to-date science and research are foundational to support accurate analyses. We develop productive solutions, cutting-edge innovation, and cost-effective public and private
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-making under uncertainty relevant to security and defense settings. Research activities will focus on methodological innovation, theoretical development, and applied mathematical/statistical modeling. Why