Model Name : FGOALS2_s
LASG/IAP (Li and Bao)
Describe the modeling activities of your group (what meteorological, chemical transport and/or radiative transfer models are you using)
In our group, we use
prescribed aerosol dataset to consider aerosol direct climate effects. This
aerosol mass dataset we used is simulated from NCAR CAM3.5 with a bulk aerosol
model and recommended by CMIP5 project (http://cmip-pcmdi.llnl.gov/cmip5). The
emissions of aerosol dataset are from CMIP5 mission inventories (Lamarque et
al., 2010) and include natural and anthropogenic sources. The aerosol species
include sulfate, dust, black carbon, organic carbon and sea salt. An updated
radiation scheme (Edward and Slingo, 1996; Sun and Rikus, 1999a, 1999b; Sun,
2005, 2008, 2011; Li et al., 2009) is used to parameterize the optical properties
of aerosols in our AGCM. In addition, the volcanic aerosol is from NCAR CAM3.0.
Currently, model processes involved in aerosol indirect effects is still in
developing in our GCM. We also plan to incorporate a basic aerosol transport
module. Therefore, if we participate into ABC model project, our focal points
are mainly on the aerosol direct effects on Asian monsoon regions. The
interaction of aerosol processes and regional climate couldn’t be included into
our simulation at current period.
What emissions inventories are you using.
At present, we can only use prescribed aerosol dataset and the
associated emissions are referred to CMIP5 project (Lamarque et al., 2010).
A list of your publications that are related to the above.
Jiandong Li，Zhian Sun，Yimin Liu，Jiangnan Li，Wei-Chyung Wang，Guoxiong Wu,
2011. A study of sulfate optical properties and direct radiative forcing using
LASG-IAP AGCM. To be submitted
Li Jiandong, Liu Yimin and Wu Guoxiong, 2010.
Impacts of cooperative adjustment between cumulus convection and cloud physics
processes on climate simulation. Chinese J. Atmos. Sci., 34(5): 891-904.
Li Jiandong, Liu Yimin, Sun Zhian and Wu
Guoxiong, 2009. The impacts of the radiation and cumulus convective
parameterization on the radiation fluxes in SAMIL. Acta Meteorologica Sinica(in
Chinese), 67(3):355-369
Corresponding authors
1.
Jiandong
Li
LASG, Institute of
Atmospheric Physics, Chinese Academy of Sciences, China
lijd<at>mail.iap.ac.cn
2.
Qian
Bao
LASG, Institute of
Atmospheric Physics, Chinese Academy of Sciences, China
baoqing<at>mail.iap.ac.cn