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  • Readme_MicrometeorologicalStationSnowDebrisSnowWaterEquivalent.txt

    Creator:
    Gleason, Kelly E and Nolin, Anne W
    Abstract:
    As a result of warming temperatures and subsequently declining snowpacks, forest fires are increasing in frequency, intensity and extent across the western USA. In turn, forest fire disturbance affects patterns of snow accumulation and ablation by reducing canopy interception and modifying the snowpack energy balance. Following a 2011, high severity...

  • MicrometeorologicalStation.csv

    Creator:
    Gleason, Kelly E and Nolin, Anne W
    Abstract:
    As a result of warming temperatures and subsequently declining snowpacks, forest fires are increasing in frequency, intensity and extent across the western USA. In turn, forest fire disturbance affects patterns of snow accumulation and ablation by reducing canopy interception and modifying the snowpack energy balance. Following a 2011, high severity...

  • SnowWaterEquivalent.csv

    Creator:
    Gleason, Kelly E and Nolin, Anne W
    Abstract:
    As a result of warming temperatures and subsequently declining snowpacks, forest fires are increasing in frequency, intensity and extent across the western USA. In turn, forest fire disturbance affects patterns of snow accumulation and ablation by reducing canopy interception and modifying the snowpack energy balance. Following a 2011, high severity...

  • SnowSurfaceDebris.csv

    Creator:
    Gleason, Kelly E and Nolin, Anne W
    Abstract:
    As a result of warming temperatures and subsequently declining snowpacks, forest fires are increasing in frequency, intensity and extent across the western USA. In turn, forest fire disturbance affects patterns of snow accumulation and ablation by reducing canopy interception and modifying the snowpack energy balance. Following a 2011, high severity...

  • Snow water equivalent, snowpack surface debris concentrations, and micrometeorological conditions over snow in burned and unburned forest sites for three years following fire

    Creator:
    Gleason, Kelly E. and Nolin, Anne W.
    Abstract:
    As a result of warming temperatures and subsequently declining snowpacks, forest fires are increasing in frequency, intensity and extent across the western USA. In turn, forest fire disturbance affects patterns of snow accumulation and ablation by reducing canopy interception and modifying the snowpack energy balance. Following a 2011, high severity...
    Resource Type:
    Dataset