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  • Periglacial debris-flow initiation and susceptibility and glacier recession from imagery, airborne LiDAR, and ground-based mapping

    Creator:
    Lancaster, Stephen T., Nolin, Anne W., Copeland, Elizabeth A., and Grant, Gordon E.
    Abstract:
    Climate changes in the Pacific Northwest, USA, may cause both retreat of alpine glaciers and increases in the frequency and magnitude of storms delivering rainfall at high elevations absent significant snowpack, and both of these changes may affect the frequency and severity of destructive debris flows initiating on the region's...
    Resource Type:
    Article

  • Present-day and future contributions of glacier runoff to summertime flows in a Pacific Northwest watershed: Implications for water resources

    Creator:
    Nolin, Anne W., Phillippe, Jeff, Jefferson, Anne, and Lewis, Sarah L.
    Abstract:
    While the impacts of long-term climate change trends on glacier hydrology have received much attention, little has been done to quantify direct glacier runoff contributions to streamflow. This paper presents an approach for determining glacier runoff contributions to streamflow and estimating the effects of increased temperature and decreased glacier area...
    Resource Type:
    Article

  • Recent advances in remote sensing of seasonal snow

    Creator:
    Nolin, Anne W.
    Abstract:
    Remote sensing offers local, regional and global observations of seasonal snow, providing key information on snowpack processes. This brief review highlights advancements in instrumentation and analysis techniques that have been developed over the past decade. Areas of advancement include improved algorithms for mapping snow-cover extent, snow albedo, snow grain size,...
    Resource Type:
    Article

  • Locations_SnowWaterEquivalent_and_SnowDepth.csv

    Creator:
    Roth, Travis R. and Nolin, Anne W.
    Abstract:
    The Forest Elevation Snow Transect (ForEST) project is a paired site elevational snow study. It is designed to measure how snow accumulates and ablates under different forest structures across an elevation range. The ForEST project has been ongoing since the winter of 2011-2012 within the McKenzie River Basin of the...

  • Locations_SnowWaterEquivalent_and_SnowDepth.csv

    Creator:
    Roth, Travis R. and Nolin, Anne W.
    Abstract:
    The Forest Elevation Snow Transect (ForEST) project is a paired site elevational snow study. It is designed to measure how snow accumulates and ablates under different forest structures across an elevation range. The ForEST project has been ongoing since the winter of 2011-2012 within the McKenzie River Basin of the...

  • Locations_MetStation.csv

    Creator:
    Roth, Travis R. and Nolin, Anne W.
    Abstract:
    The Forest Elevation Snow Transect (ForEST) project is a paired site elevational snow study. It is designed to measure how snow accumulates and ablates under different forest structures across an elevation range. The ForEST project has been ongoing since the winter of 2011-2012 within the McKenzie River Basin of the...

  • GapLightAnalyzer.csv

    Creator:
    Roth, Travis R. and Nolin, Anne W.
    Abstract:
    The Forest Elevation Snow Transect (ForEST) project is a paired site elevational snow study. It is designed to measure how snow accumulates and ablates under different forest structures across an elevation range. The ForEST project has been ongoing since the winter of 2011-2012 within the McKenzie River Basin of the...

  • TreeSurvey.csv

    Creator:
    Roth, Travis R. and Nolin, Anne W.
    Abstract:
    The Forest Elevation Snow Transect (ForEST) project is a paired site elevational snow study. It is designed to measure how snow accumulates and ablates under different forest structures across an elevation range. The ForEST project has been ongoing since the winter of 2011-2012 within the McKenzie River Basin of the...

  • MetStation_10minute.csv

    Creator:
    Roth, Travis R. and Nolin, Anne W.
    Abstract:
    The Forest Elevation Snow Transect (ForEST) project is a paired site elevational snow study. It is designed to measure how snow accumulates and ablates under different forest structures across an elevation range. The ForEST project has been ongoing since the winter of 2011-2012 within the McKenzie River Basin of the...

  • MetStation_Raw.csv

    Creator:
    Roth, Travis R. and Nolin, Anne W.
    Abstract:
    The Forest Elevation Snow Transect (ForEST) project is a paired site elevational snow study. It is designed to measure how snow accumulates and ablates under different forest structures across an elevation range. The ForEST project has been ongoing since the winter of 2011-2012 within the McKenzie River Basin of the...