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  • README.txt

    Creator:
    Drake, Stephen A, Selker, John S, and Higgins, Chad W
    Abstract:
    This dataset was used to determine the attenuation of an audio signal by reticulated foam samples that span the natural range of intrinsic permeability for seasonal snow. Data are audio measurements acquired on a two-channel oscilloscope.

  • Permeameter_AC.zip

    Creator:
    Drake, Stephen A, Selker, John S, and Higgins, Chad W
    Abstract:
    This dataset was used to determine the attenuation of an audio signal by reticulated foam samples that span the natural range of intrinsic permeability for seasonal snow. Data are audio measurements acquired on a two-channel oscilloscope.

  • Figure_Generation.txt

    Creator:
    Drake, Stephen A, Selker, John S, and Higgins, Chad W
    Abstract:
    This dataset was used to determine the attenuation of an audio signal by reticulated foam samples that span the natural range of intrinsic permeability for seasonal snow. Data are audio measurements acquired on a two-channel oscilloscope.

  • README_Permeameter_AC.txt

    Creator:
    Drake, Stephen A, Selker, John S, and Higgins, Chad W
    Abstract:
    This dataset was used to determine the attenuation of an audio signal by reticulated foam samples that span the natural range of intrinsic permeability for seasonal snow. Data are audio measurements acquired on a two-channel oscilloscope.

  • README_Matlab_Scripts.txt

    Creator:
    Drake, Stephen A, Selker, John S, and Higgins, Chad W
    Abstract:
    This dataset was used to determine the attenuation of an audio signal by reticulated foam samples that span the natural range of intrinsic permeability for seasonal snow. Data are audio measurements acquired on a two-channel oscilloscope.

  • Matlab_Scripts.zip

    Creator:
    Drake, Stephen A, Selker, John S, and Higgins, Chad W
    Abstract:
    This dataset was used to determine the attenuation of an audio signal by reticulated foam samples that span the natural range of intrinsic permeability for seasonal snow. Data are audio measurements acquired on a two-channel oscilloscope.

  • A low-cost acoustic permeameter

    Creator:
    Drake, Stephen A., Selker, John S., and Higgins, Chad W.
    Abstract:
    This dataset was used to determine the attenuation of an audio signal by reticulated foam samples that span the natural range of intrinsic permeability for seasonal snow. Data are audio measurements acquired on a two-channel oscilloscope.
    Resource Type:
    Dataset

  • 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...