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regulation, weed suppression, pest-pathogen regulation, crop yield, and biodiversity. Results of the research will inform the design of agroforestry systems adapted to New England’s unique biophysical and
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externally funded applied research projects. The person filling this position will: Design, develop, and execute grant-funded social science research and evaluation projects. Collect, manage, and analyze
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developing engineering principles to guide on-demand biosensor design towards Industry 4.0 applications. The selected postdoctoral researcher will become part of the BIO-SENS leadership team, engage with
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applications of irrigation, fertilization, light, and pruning/trellising regimes in both the field and the greenhouse, as well as the design and maintenance of all associated systems; Operating of a wide variety
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). The postdoctoral researcher will: Contribute to the design and execution of experiments in the FPF with a focus on (a) detailed flow measurements around a turbine and a model wind farm array, (b) the very far-field
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developing engineering principles to guide on-demand biosensor design towards Industry 4.0 applications. The selected postdoctoral researcher will become part of the BIO-SENS leadership team, engage with
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tasks include: · Design VR environments in Unity, augmenting prior art from the CCOM/JHC DVRL on interactive point-cloud manipulation and flow visualization. · Support local manipulation of streaming data
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.) Ability to design, conduct, and evaluate independent research and supervise all phases of project for which responsible. Publication record, including peer reviewed publications, which reflects experience
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, analysis, and modeling. The researcher should plan to lead publication writing and development of grant proposals. The applicant does not need to have considerable expertise in UAVs and airborne sensors