Now showing items 1-20 of 33

    • Supporting data for Blossey et al (2016): CGILS Phase 2 LES intercomparison of response of subtropical marine low cloud regimes to CO2 quadrupling and a CMIP3-composite forcing change 

      Blossey, Peter (10/10/2016)
      This archive provides supporting data with forcings, data and plotting scripts for the paper P. N. Blossey, C. S. Bretherton, A. Cheng, S. Endo, T. Heus, A. Lock and J. J. van der Dussen, 2016. CGILS Phase 2 LES intercomparison ...
    • 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 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 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 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 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 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 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 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 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 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 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 ...
    • 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 ...
    • SMPS particle size data from the Mt. Bachelor Observatory for summer 2015 

      Jaffe, Daniel (2015-06-21)
      Aerosol size distributions from the Mt. Bachelor Observatory for 7/30/2015 to 9/23/2015.
    • Causes of variability in light absorption by particles in snow at sites in Idaho and Utah. 

      Doherty, Sarah; Hegg, Dean A.; Johnson, James E.; Quinn, Patricia K.; Schwarz, Joshua P.; Dang, Cheng; Warren, Stephen G. (2015-09-23)
      The data presented are from samples of snow gathered approx. every few days at three sites in central Idaho from 27 January to 24 March 2014. In most cases samples were gathered at intervals throughout the snowpack depth. ...
    • 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 ...
    • Formic acid mixing ratio (CIMS) and 3D wind data, plus SOSAA model runs -- Hyytiälä, Finland, Apr-Jun 2014 

      Schobesberger, Siegfried; Lopez-Hilfiker, Felipe D.; Taipale, Ditte; D'Ambro, Emma L.; Zhou, Putian; Thornton, Joel A. (2016)
      These are data of eddy covariance flux measurements of formic acid (HCOOH), performed by a chemical ionization mass spectrometer (CIMS) over a boreal forest canopy in Hyytiälä, Finland, in spring/summer 2014. Results from ...
    • The magnitude of the snow-sourced reactive nitrogen flux to the boundary layer in the Uintah Basin, Utah, USA 

      Zatko, Maria (Atmospheric Chemistry and Physics, 2016)
      Reactive nitrogen (Nr=NO, NO2, HONO) and volatile organic carbon emissions from oil and gas extraction activities play a major role in wintertime ground-level ozone exceedance events of up to 140 ppb in the Uintah Basin ...
    • 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 ...