<< Aqua Planet: TR from 'control-5N' Experiment; Resolution comparison (Emanuel) >>





[GA (Global-time mean)]
control: [GT] [SH] [TR] [ML] [PF] [MOVIE] peaked: [GT] [SH] [TR] [ML] [PF] [MOVIE]
[MLanm]
flat: [GT] [SH] [TR] [ML] [PF] [MOVIE]
[MLanm]
Qobs: [GT] [SH] [TR] [ML] [PF] [MOVIE]
[MLanm]
control-5N: [GT] [SH] [TR] [ML] [PF] [MOVIE]
[MLanm]
1keq: [GT] [SH] [TR] [ML] [PF] [MOVIE]
[MLanm] [SHanm]
3keq: [GT] [SH] [TR] [ML] [PF] [MOVIE]
[MLanm] [SHanm]
3kw1: [GT] [SH] [TR] [ML] [PF] [MOVIE]
[MLanm] [SHanm]

control: [anim2hourly] [composite] [spctfilt]
[Resolution (Emanuel)] [Resolution (nocumulus)] [Cumulus scheme] [SST distribution]
[HOME]

 


precipitation flux


T39L24_eml_control-5N_tr_tppn



T39L48_eml_control-5N_tr_tppn



T39L96_eml_control-5N_tr_tppn



T79L48_eml_control-5N_tr_tppn



T159L48_eml_control-5N_tr_tppn



T319L48_eml_control-5N_tr_tppn




precipitation flux S-T power spectrum


T39L24_eml_control-5N_tr_tppn_spct



T39L48_eml_control-5N_tr_tppn_spct



T39L96_eml_control-5N_tr_tppn_spct



T79L48_eml_control-5N_tr_tppn_spct



T159L48_eml_control-5N_tr_tppn_spct



T319L48_eml_control-5N_tr_tppn_spct




precipitation flux WK1999 plot


T39L24_eml_control-5N_tr_tppn_sym_spct



T39L48_eml_control-5N_tr_tppn_sym_spct



T39L96_eml_control-5N_tr_tppn_sym_spct



T79L48_eml_control-5N_tr_tppn_sym_spct



T159L48_eml_control-5N_tr_tppn_sym_spct



T319L48_eml_control-5N_tr_tppn_sym_spct




toa outgoing longwave flux


T39L24_eml_control-5N_tr_lw_toa



T39L48_eml_control-5N_tr_lw_toa



T39L96_eml_control-5N_tr_lw_toa



T79L48_eml_control-5N_tr_lw_toa



T159L48_eml_control-5N_tr_lw_toa



T319L48_eml_control-5N_tr_lw_toa




toa outgoing longwave flux S-T power spectrum


T39L24_eml_control-5N_tr_lw_toa_spct



T39L48_eml_control-5N_tr_lw_toa_spct



T39L96_eml_control-5N_tr_lw_toa_spct



T79L48_eml_control-5N_tr_lw_toa_spct



T159L48_eml_control-5N_tr_lw_toa_spct



T319L48_eml_control-5N_tr_lw_toa_spct




toa outgoing longwave flux WK1999 plot


T39L24_eml_control-5N_tr_lw_toa_sym_spct



T39L48_eml_control-5N_tr_lw_toa_sym_spct



T39L96_eml_control-5N_tr_lw_toa_sym_spct



T79L48_eml_control-5N_tr_lw_toa_sym_spct



T159L48_eml_control-5N_tr_lw_toa_sym_spct



T319L48_eml_control-5N_tr_lw_toa_sym_spct




omega


T39L24_eml_control-5N_tr_om500



T39L48_eml_control-5N_tr_om500



T39L96_eml_control-5N_tr_om500



T79L48_eml_control-5N_tr_om500



T159L48_eml_control-5N_tr_om500



T319L48_eml_control-5N_tr_om500




omega S-T power spectrum


T39L24_eml_control-5N_tr_om500_spct



T39L48_eml_control-5N_tr_om500_spct



T39L96_eml_control-5N_tr_om500_spct



T79L48_eml_control-5N_tr_om500_spct



T159L48_eml_control-5N_tr_om500_spct



T319L48_eml_control-5N_tr_om500_spct




omega WK1999 plot


T39L24_eml_control-5N_tr_om500_sym_spct



T39L48_eml_control-5N_tr_om500_sym_spct



T39L96_eml_control-5N_tr_om500_sym_spct



T79L48_eml_control-5N_tr_om500_sym_spct



T159L48_eml_control-5N_tr_om500_sym_spct



T319L48_eml_control-5N_tr_om500_sym_spct




eastward wind


T39L24_eml_control-5N_tr_u250



T39L48_eml_control-5N_tr_u250



T39L96_eml_control-5N_tr_u250



T79L48_eml_control-5N_tr_u250



T159L48_eml_control-5N_tr_u250



T319L48_eml_control-5N_tr_u250




eastward wind S-T power spectrum


T39L24_eml_control-5N_tr_u250_spct



T39L48_eml_control-5N_tr_u250_spct



T39L96_eml_control-5N_tr_u250_spct



T79L48_eml_control-5N_tr_u250_spct



T159L48_eml_control-5N_tr_u250_spct



T319L48_eml_control-5N_tr_u250_spct




eastward wind WK1999 plot


T39L24_eml_control-5N_tr_u250_sym_spct



T39L48_eml_control-5N_tr_u250_sym_spct



T39L96_eml_control-5N_tr_u250_sym_spct



T79L48_eml_control-5N_tr_u250_sym_spct



T159L48_eml_control-5N_tr_u250_sym_spct



T319L48_eml_control-5N_tr_u250_sym_spct




northward wind


T39L24_eml_control-5N_tr_v250



T39L48_eml_control-5N_tr_v250



T39L96_eml_control-5N_tr_v250



T79L48_eml_control-5N_tr_v250



T159L48_eml_control-5N_tr_v250



T319L48_eml_control-5N_tr_v250




northward wind S-T power spectrum


T39L24_eml_control-5N_tr_v250_spct



T39L48_eml_control-5N_tr_v250_spct



T39L96_eml_control-5N_tr_v250_spct



T79L48_eml_control-5N_tr_v250_spct



T159L48_eml_control-5N_tr_v250_spct



T319L48_eml_control-5N_tr_v250_spct




northward wind WK1999 plot


T39L24_eml_control-5N_tr_v250_sym_spct



T39L48_eml_control-5N_tr_v250_sym_spct



T39L96_eml_control-5N_tr_v250_sym_spct



T79L48_eml_control-5N_tr_v250_sym_spct



T159L48_eml_control-5N_tr_v250_sym_spct



T319L48_eml_control-5N_tr_v250_sym_spct




air pressure at sea level


T39L24_eml_control-5N_tr_mslp



T39L48_eml_control-5N_tr_mslp



T39L96_eml_control-5N_tr_mslp



T79L48_eml_control-5N_tr_mslp



T159L48_eml_control-5N_tr_mslp



T319L48_eml_control-5N_tr_mslp




air pressure at sea level S-T power spectrum


T39L24_eml_control-5N_tr_mslp_spct



T39L48_eml_control-5N_tr_mslp_spct



T39L96_eml_control-5N_tr_mslp_spct



T79L48_eml_control-5N_tr_mslp_spct



T159L48_eml_control-5N_tr_mslp_spct



T319L48_eml_control-5N_tr_mslp_spct




air pressure at sea level WK1999 plot


T39L24_eml_control-5N_tr_mslp_sym_spct



T39L48_eml_control-5N_tr_mslp_sym_spct



T39L96_eml_control-5N_tr_mslp_sym_spct



T79L48_eml_control-5N_tr_mslp_sym_spct



T159L48_eml_control-5N_tr_mslp_sym_spct



T319L48_eml_control-5N_tr_mslp_sym_spct


Last update: Thu Jan 10 16:44:09 JST 2008
Copyright © AGU for APE 2007 (YAMADA Yukiko)