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Filtering by: Committee Member Hibbs%2C David E. Remove constraint Committee Member: Hibbs%2C David E. Advisor Mote, Philip W. Remove constraint Advisor: Mote, Philip W.

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  • Developing a Drought Metric with Water Managers

    Creator:
    Moruzzi, Danielle L.
    Abstract:
    Though numerous drought metrics have been developed by the research community, adoption of these metrics by water managers has been limited. The reasons for this vary, but some include mismatches in time scales and spatial scales between the metric supplied and the operational decisions (e.g. water managers often work within...
    Resource Type:
    Masters Thesis
    Full Text:
    for this project and your connections with our stakeholders, Dr. David Rupp for providing input

  • Large Ensembles of Regional Climate Simulations over the western United States

    Creator:
    Li, Sihan
    Abstract:
    Large ensembles of regional climate simulations were generated from the weather@home distributed volunteer computing project over the western US domain. Weather@home uses the U.K. Met Office Hadley Centre’s regional climate model HadRM3P (~0.22°) nested within the atmospheric global model HadAM3P (1.875 longitude° by 1.25 latitude°). Simulations from HadRM3P were evaluated...
    Resource Type:
    Dissertation
    Full Text:
    By Sihan Li1, Philip W. Mote1, David E. Rupp1, Dean Vickers1, Roberto Mera2, Myles Allen3,4 1

  • Modeling Forest Response to Changing Climate Conditions in Western North America

    Creator:
    Hawkins, Linnia R.
    Abstract:
    Forests play an integral role in the global carbon cycle, regulating the atmospheric CO₂ concentration by sequestering nearly one third of anthropogenic carbon emissions and storing carbon for centuries. Forest ecosystems are integrated into the culture, ecology, and economy of western North America, supporting wildlife habitat, local economies, recreation, and...
    Resource Type:
    Dissertation
    Full Text:
    uncertainty in projected climate change impacts on western US forests Linnia R. Hawkins1, David E