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Filtering by: Subject Birds -- Washington (State) Remove constraint Subject: Birds -- Washington (State) Committee Member Lancaster, Stephen Remove constraint Committee Member: Lancaster, Stephen

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  • Debris flows in glaciated catchments : a case study on Mount Rainier, Washington

    Creator:
    Legg, Nicholas T.
    Abstract:
    Debris flows, which occur in mountain settings worldwide, have been particularly damaging in the glaciated basins flanking the stratovolcanoes in the Cascade Range of the northwestern United States. This thesis contains two manuscripts that respectively investigate the (1) initiation processes of debris flows in these glaciated catchments, and (2) debris...
    Resource Type:
    Masters Thesis
    Full Text:
    on Mount Rainier, Washington AN ABSTRACT OF THE THESIS OF Nicholas T. Legg for the degree of

  • The changing glaciers of Mt. Hood, Oregon and Mt. Rainier, Washington : implications for periglacial debris flows

    Creator:
    Ellinger, Jonathan R.
    Abstract:
    Mountain glaciers are receding worldwide with numerous consequences including changing hydrology and geomorphology. This study focuses on changes in glacier area on Mt. Hood, Oregon and Mt. Rainier, Washington where damaging debris flows have occurred in glaciated basins. Landsat imagery is used to map debris-free ice on a decadal time...
    Resource Type:
    Masters Thesis
    Full Text:
    : The Changing Glaciers of Mt. Hood, Oregon and Mt. Rainier, Washington: Implications for Periglacial

  • Regional scale sandbar variability : observations from the U.S. Pacific Northwest

    Creator:
    Di Leonardo, Diana R.
    Abstract:
    Understanding sandbar dynamics and variability is integral to developing a predictive capacity for nearshore flows, sediment transport, morphological change, and ultimately for determining coastline exposure to damaging storm waves. Along the high-energy U.S. Pacific Northwest (PNW) coast, sandbars typically dominate the bathymetry of the active zone. Here we report on...
    Resource Type:
    Masters Thesis
    Full Text:
    cooperative effort by the Washington Department of Ecology, the U.S. Geological Survey, and Oregon State