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Filtering by: Creator Buizert, Christo Remove constraint Creator: Buizert, Christo Degree Field Earth, Ocean, and Atmospheric Sciences Remove constraint Degree Field: Earth, Ocean, and Atmospheric Sciences

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  • An Experimental Investigation of Interstitial Air Movement in Seasonal Snow

    Creator:
    Drake, Stephen A.
    Abstract:
    Atmospheric pressure changes do not stop at the permeable snow surface but rather propagate into it. These pressure changes range from high-amplitude, low-frequency events caused by seasonal cycles and synoptic weather systems to small-amplitude, high-frequency events caused by topographic features and turbulence. The effect of pressure changes on interstitial air...
    Resource Type:
    Dissertation
    Full Text:
    of snow/firn is on the order of 70 m (Dr. Christo Buizert, personal communication) so, using the 4