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spatial and temporal information, harnessing remote sensing data, using climate information, and running near-real-time wildfire simulations to design and assess various scenarios for obtaining feasible
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, graphene, additive manufacturing of electronics, 3d printer ink design, waveguide and fiber devices, PCB fabrication, SMT pick and place, and electronics chip design at microwave and THz frequencies
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stakeholders' decisions to adapt to increasingly variable water supply. 3) Co-production of new knowledge, in partnership with an interdisciplinary science team and rural community stakeholders, designed
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the most widespread and successful adaptations in the plant kingdom for mitigating drought stress, and thus, represent highly useful traits for the design of climate-resilient crops. The goal of this project
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of electronics, 3d printer ink design, waveguide and fiber devices, PCB fabrication, SMT pick and place, and electronics chip design at microwave and THz frequencies are encouraged to apply. Required
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to practicum students, interns, postdoctoral fellows, and our professional staff. We believe staff diversity improves teamwork, promotes innovation, enriches the training experience, enhances learning, and helps
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distinguishing fuel-limited vs. climate-limited fire regimes in the Great Basin. 3) Manager-oriented decision support products that are designed specifically to meet the expressed needs in regional land management