10.6078/D19M21
Chiang, John
0000-0001-7723-9544
University of California, Berkeley
Kong, Wenwen
University of California, Berkeley
Wu, Chi-Hua
Academia Sinica
Battisti, David
University of Washington
Data from: Origins of East Asian Summer Monsoon Seasonality
Dryad
dataset
2019
National Science Foundation
https://ror.org/021nxhr62
AGS-1405479
United States Department of Energy
https://ror.org/01bj3aw27
DE‐SC0014078
2018-05-17T07:00:00Z
2018-05-17T07:00:00Z
en
9023343104 bytes
6
Creative Commons Attribution 4.0 International (CC BY 4.0)
Climatological model output used in Chiang et al. (2019), "Origins of
East Asian Summer Monsoon Seasonality".
There are two sets of data, corresponding to the 'Realistic' and
'Idealized' runs as listed in Table 1 of Chiang et al. (2019).
All data are in tar files, sorted by variable. Individual data files are
in NetCDF format. The 'Realistic' set are daily climatologies
averaged over years 6-55 of the simulations, and with the following
variables: 2D: Total precipitation (prect.tar), convective precipitation
(precc.tar), and large-scale precipitation (precl.tar) 3D: Pressure
vertical velocity (omega.tar), Specifc humidity (Q.tar), Zonal wind
(U.tar), and Meridional wind (V.tar) All variables contain data for the
'Full Plateau' and 'No Plateau' configurations. In
addition, there is data for the 'Thin Plateau' for V, and for
the 25%, 50% and 75% Plateau for precc, precl and prect. The
'Idealized' set are pentad climatologies averaged over years
6-35 of the simulations, and with the following variables: 2D: Total
precipitation (aqua_prect.tar) 3D: Specifc humidity (aqua_Q.tar), Air
temperature (aqua_T.tar), Geopotential height (aqua_Z3.tar), Zonal wind
(aqua_U.tar), and Meridional wind (aqua_V.tar) All variables contain data
for the land only, land+Plateau, and Plateau only configurations.
Finally, the topographic boundary conditions used for the set of Realistic
simulations are also given in topo