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  • Mt. Bachelor Observatory 2014 data 

    Jaffe, Daniel A. (2014)
    The Mt. Bachelor Observatory (MBO) is a high altitude atmospheric research station that is located at the Mt. Bachelor ski area in central Oregon. The observatory was started by Prof. Dan Jaffe in 2004. Since then he and ...
  • Mt. Bachelor Observatory 2013 data 

    Jaffe, Daniel A. (2013)
    The Mt. Bachelor Observatory (MBO) is a high altitude atmospheric research station that is located at the Mt. Bachelor ski area in central Oregon. The observatory was started by Prof. Dan Jaffe in 2004. Since then he and ...
  • Mt. Bachelor Observatory 2012 data 

    Jaffe, Daniel A. (2012)
    The Mt. Bachelor Observatory (MBO) is a high altitude atmospheric research station that is located at the Mt. Bachelor ski area in central Oregon. The observatory was started by Prof. Dan Jaffe in 2004. Since then he and ...
  • Mt. Bachelor Observatory 2011 data 

    Jaffe, Daniel A. (2011)
    The Mt. Bachelor Observatory (MBO) is a high altitude atmospheric research station that is located at the Mt. Bachelor ski area in central Oregon. The observatory was started by Prof. Dan Jaffe in 2004. Since then he and ...
  • Mt. Bachelor Observatory 2010 data 

    Jaffe, Daniel A. (2010)
    The Mt. Bachelor Observatory (MBO) is a high altitude atmospheric research station that is located at the Mt. Bachelor ski area in central Oregon. The observatory was started by Prof. Dan Jaffe in 2004. Since then he and ...
  • Mt. Bachelor Observatory 2009 data 

    Jaffe, Daniel A. (2009)
    The Mt. Bachelor Observatory (MBO) is a high altitude atmospheric research station that is located at the Mt. Bachelor ski area in central Oregon. The observatory was started by Prof. Dan Jaffe in 2004. Since then he and ...
  • Mt. Bachelor Observatory 2008 data 

    Jaffe, Daniel A. (2008)
    The Mt. Bachelor Observatory (MBO) is a high altitude atmospheric research station that is located at the Mt. Bachelor ski area in central Oregon. The observatory was started by Prof. Dan Jaffe in 2004. Since then he and ...
  • Mt. Bachelor Observatory 2007 data 

    Jaffe, Daniel A. (2007)
    The Mt. Bachelor Observatory (MBO) is a high altitude atmospheric research station that is located at the Mt. Bachelor ski area in central Oregon. The observatory was started by Prof. Dan Jaffe in 2004. Since then he and ...
  • Mt. Bachelor Observatory 2006 data 

    Jaffe, Daniel A. (2006)
    The Mt. Bachelor Observatory (MBO) is a high altitude atmospheric research station that is located at the Mt. Bachelor ski area in central Oregon. The observatory was started by Prof. Dan Jaffe in 2004. Since then he and ...
  • Mt. Bachelor Observatory 2005 data 

    Jaffe, Daniel A. (2005)
    The Mt. Bachelor Observatory (MBO) is a high altitude atmospheric research station that is located at the Mt. Bachelor ski area in central Oregon. The observatory was started by Prof. Dan Jaffe in 2004. Since then he and ...
  • Mt. Bachelor Observatory 2004 data 

    Jaffe, Daniel A. (2004)
    The Mt. Bachelor Observatory (MBO) is a high altitude atmospheric research station that is located at the Mt. Bachelor ski area in central Oregon. The observatory was started by Prof. Dan Jaffe in 2004. Since then he and ...
  • Mt. Bachelor Observatory 2016 data 

    Unknown author (2016)
    The Mt. Bachelor Observatory (MBO) is a high altitude atmospheric research station that is located at the Mt. Bachelor ski area in central Oregon. The observatory was started by Prof. Dan Jaffe in 2004. Since then he and ...
  • Coastal Golf of Alaska model output 

    Siedlecki, Samantha; Pilcher, Darren; Coyle, Ken; Hermann, Al; Mathis, Jeremy (JGR-Oceans, 2017-09-10)
    Monthly averaged fields for the simulation year 2009 for the coastal gulf of alaska model anything else you want to include in the description of this record (keyworks, subject, etc): aragonite saturation state, glacial ...
  • Lightning Enhancement Over Major Oceanic Shipping Lanes 

    Thornton, Joel; Virts, Katrina; Holzworth, Robert; Mitchell, Todd (2017)
    Using twelve years of high resolution global lightning stroke data from the World Wide Lightning Location Network (WWLLN), we show that lightning density is enhanced by up to a factor of two directly over shipping lanes ...
  • Supporting data for Xu et al (2017): Differences in the Hydrological Cycle and Sensitivity Between Multiscale Modeling Frameworks with and without a Higher-order Turbulence Closure 

    Blossey, Peter; Xu, Kuan-Man; Stan, Cristiana; Cheng, Anning; Li, Zhujun (2017)
    This archive provides supporting data for the paper Xu et al (2017) Differences in the Hydrological Cycle and Sensitivity Between Multiscale Modeling Frameworks with and without a Higher-order Turbulence Closure which ...
  • Dataset to support the paper: Temperature Control of the Variability of Tropical Tropopause Layer Cirrus Clouds 

    Tseng, Hsiu-Hui; Fu, Queng (2017-08)
    Cirrus cloud fraction from CALIPSO satellite data from the NASA Langley Research Center Atmospheric Sciences Data Center. The temperature profile from COSMIC data obtained through the COSMIC Data Analysis and Archive Center, ...
  • Effect of snow grain shape on snow albedo 

    Dang, Cheng; Qiang, Fu; Warren, Stephen G. (Journal of the Atmospheric Sciences, 2016-06)
    Radiative transfer models of snow albedo have usually assumed a spherical shape for the snow grains, using Mie theory to compute single-scattering properties. The scattering by more realistic, nonspherical snow grains is ...
  • Parameterizations for narrowband and broadband albedo of pure snow, and snow containing mineral dust and black carbon 

    Dang, Cheng; Brandt, Richard E.; Warren, Stephen G. (Journal of Geophysical Research, 2015-04)
    The reduction of snow spectral albedo by black carbon (BC) and mineral dust, both alone and in combination, is computed using radiative-transfer modeling. Broadband albedo is shown for mass fractions covering the full ...
  • Measurements of light-absorbing particles in snow across the Arctic, North America, and China: effects on surface albedo 

    Dang, Cheng; Warren, Stephen G.; Fu, Qiang; Doherty, Sarah J.; Sturm, Matthew (Journal of Geophysical Research [in revision], 2017)
    Using field observation, we perform radiative transfer calculations on snowpacks in the Arctic, China, and North America to quantify the impact of light-absorbing particles (LAPs) on snow albedo and its sensitivity to ...
  • Supporting data for Bretherton & Blossey (2017): Understanding mesoscale aggregation of shallow cumulus convection using large-eddy simulation 

    Blossey, Peter; Bretherton, Christopher (2017)
    The data and MATLAB scripts included here should enable the reproduction of the plots in Bretherton & Blossey (2017, JAMES, submitted). The full dataset runs into the tens of gigabytes, so that only the data required for ...

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