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pmip3:design:lm:final [2010/08/02 14:35]
jypeter Change, and added links for all doi references
pmip3:design:lm:final [2010/09/16 12:26]
jypeter Added link to li:final
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 <​html><​a name="​page_top_tag">&​nbsp</​a></​html>​ <​html><​a name="​page_top_tag">&​nbsp</​a></​html>​
-//Go to =>// [ [[pmip3:​design:​pi:​final|PI]] ] - [ [[pmip3:​design:​6k:​final|6ka]] ] - [ [[pmip3:​design:​21k:​final|21ka]] ] - [ **LM** ]+//Go to =>// [ [[pmip3:​design:​pi:​final|PI]] ] - [ [[pmip3:​design:​6k:​final|6ka]] ] - [ [[pmip3:​design:​21k:​final|21ka]] ] - [ **LM** ​] & Non-CMIP5 exps: [ [[pmip3:​design:​li:​final|LI]] ​]
  
  
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 The stratospheric aerosol loadings (in units of Tg) provided in the IVI2 data set may be converted into aerosol optical depth (AOD) by dividing the loadings by 150 Tg (Stothers, 1984). The AOD time series can then be used to calculate the corresponding radiative forcing (in units of Wm-2) by multiplying it by (-20) (Wigley et al., 2005). The conversion to AOD is valid for aerosols with effective radius in the visible spectral range. The stratospheric aerosol loadings (in units of Tg) provided in the IVI2 data set may be converted into aerosol optical depth (AOD) by dividing the loadings by 150 Tg (Stothers, 1984). The AOD time series can then be used to calculate the corresponding radiative forcing (in units of Wm-2) by multiplying it by (-20) (Wigley et al., 2005). The conversion to AOD is valid for aerosols with effective radius in the visible spectral range.
  
-Further explanation is provided here {{:​pmip3:​design:​lm:​ivi2aodtsiconversion.pdf|}} ​+Notethe ''​IVI2TotalLoading501-2000.txt''​ dataset file has a misleading name and gives the //Total Injection//,​ **not** //Loading//.
  
 Gao, C., A. Robock, and C. Ammann: Volcanic forcing of climate over the last 1500 years: An improved ice-core based index for climate models. J. Geophys. Res., 113, D2311, doi:​[[http://​dx.doi.org/​10.1029/​2008JD010239|10.1029/​2008JD010239]] (2008). Gao, C., A. Robock, and C. Ammann: Volcanic forcing of climate over the last 1500 years: An improved ice-core based index for climate models. J. Geophys. Res., 113, D2311, doi:​[[http://​dx.doi.org/​10.1029/​2008JD010239|10.1029/​2008JD010239]] (2008).
pmip3/design/lm/final.txt · Last modified: 2014/10/02 20:05 by kaplan