<< Aqua Planet: TR from 'GSFC' Experiment; SST distribution comparison >>




[GA (Global-time mean) sst]
AGUforAPE: [GT] [SH] [TR] [ML] [MOVIE] CSIRO: [GT] [SH] [TR] [ML]
FRCGC: [GT] [SH] [TR] [ML] GSFC: [GT] [SH] [TR] [ML] [MOVIE]
K1JAPAN: [GT] [SH] [TR] [ML] [MOVIE] LASG: [GT] [SH] [TR] [ML] [MOVIE]
MGO: [GT] [SH] [TR] [ML] NCAR: [GT] [SH] [TR] [ML] [MOVIE]
UKMO_n48: [GT] [SH] [TR] [ML] [MOVIE] UKMO_n96: [GT] [SH] [TR] [ML] [MOVIE]
[ Model ] [SST distribution]
[HOME]
 
precipitation flux

control_tr_tppn
flat_tr_tppn
peaked_tr_tppn
1keq_tr_tppn

3keq_tr_tppn
3kw1_tr_tppn
qobs_tr_tppn
control5n_tr_tppn
precipitation flux S-T power spectrum

control_tr_tppn_spct
flat_tr_tppn_spct
peaked_tr_tppn_spct
1keq_tr_tppn_spct

3keq_tr_tppn_spct
3kw1_tr_tppn_spct
qobs_tr_tppn_spct
control5n_tr_tppn_spct
precipitation flux WK1999 plot

control_tr_tppn_sym_spct
flat_tr_tppn_sym_spct
peaked_tr_tppn_sym_spct
1keq_tr_tppn_sym_spct

3keq_tr_tppn_sym_spct
3kw1_tr_tppn_sym_spct
qobs_tr_tppn_sym_spct
control5n_tr_tppn_sym_spct
toa outgoing longwave flux

control_tr_lw_toa
flat_tr_lw_toa
peaked_tr_lw_toa
1keq_tr_lw_toa

3keq_tr_lw_toa
3kw1_tr_lw_toa
qobs_tr_lw_toa
control5n_tr_lw_toa
toa outgoing longwave flux S-T power spectrum

control_tr_lw_toa_spct
flat_tr_lw_toa_spct
peaked_tr_lw_toa_spct
1keq_tr_lw_toa_spct

3keq_tr_lw_toa_spct
3kw1_tr_lw_toa_spct
qobs_tr_lw_toa_spct
control5n_tr_lw_toa_spct
toa outgoing longwave flux WK1999 plot

control_tr_lw_toa_sym_spct
flat_tr_lw_toa_sym_spct
peaked_tr_lw_toa_sym_spct
1keq_tr_lw_toa_sym_spct

3keq_tr_lw_toa_sym_spct
3kw1_tr_lw_toa_sym_spct
qobs_tr_lw_toa_sym_spct
control5n_tr_lw_toa_sym_spct
omega

control_tr_om500
flat_tr_om500
peaked_tr_om500
1keq_tr_om500

3keq_tr_om500
3kw1_tr_om500
qobs_tr_om500
control5n_tr_om500
omega S-T power spectrum

control_tr_om500_spct
flat_tr_om500_spct
peaked_tr_om500_spct
1keq_tr_om500_spct

3keq_tr_om500_spct
3kw1_tr_om500_spct
qobs_tr_om500_spct
control5n_tr_om500_spct
omega WK1999 plot

control_tr_om500_sym_spct
flat_tr_om500_sym_spct
peaked_tr_om500_sym_spct
1keq_tr_om500_sym_spct

3keq_tr_om500_sym_spct
3kw1_tr_om500_sym_spct
qobs_tr_om500_sym_spct
control5n_tr_om500_sym_spct
eastward wind

control_tr_u250
flat_tr_u250
peaked_tr_u250
1keq_tr_u250

3keq_tr_u250
3kw1_tr_u250
qobs_tr_u250
control5n_tr_u250
eastward wind S-T power spectrum

control_tr_u250_spct
flat_tr_u250_spct
peaked_tr_u250_spct
1keq_tr_u250_spct

3keq_tr_u250_spct
3kw1_tr_u250_spct
qobs_tr_u250_spct
control5n_tr_u250_spct
eastward wind WK1999 plot

control_tr_u250_sym_spct
flat_tr_u250_sym_spct
peaked_tr_u250_sym_spct
1keq_tr_u250_sym_spct

3keq_tr_u250_sym_spct
3kw1_tr_u250_sym_spct
qobs_tr_u250_sym_spct
control5n_tr_u250_sym_spct
northward wind

control_tr_v250
flat_tr_v250
peaked_tr_v250
1keq_tr_v250

3keq_tr_v250
3kw1_tr_v250
qobs_tr_v250
control5n_tr_v250
northward wind S-T power spectrum

control_tr_v250_spct
flat_tr_v250_spct
peaked_tr_v250_spct
1keq_tr_v250_spct

3keq_tr_v250_spct
3kw1_tr_v250_spct
qobs_tr_v250_spct
control5n_tr_v250_spct
northward wind WK1999 plot

control_tr_v250_sym_spct
flat_tr_v250_sym_spct
peaked_tr_v250_sym_spct
1keq_tr_v250_sym_spct

3keq_tr_v250_sym_spct
3kw1_tr_v250_sym_spct
qobs_tr_v250_sym_spct
control5n_tr_v250_sym_spct
air pressure at sea level

control_tr_mslp
flat_tr_mslp
peaked_tr_mslp
1keq_tr_mslp

3keq_tr_mslp
3kw1_tr_mslp
qobs_tr_mslp
control5n_tr_mslp
air pressure at sea level S-T power spectrum

control_tr_mslp_spct
flat_tr_mslp_spct
peaked_tr_mslp_spct
1keq_tr_mslp_spct

3keq_tr_mslp_spct
3kw1_tr_mslp_spct
qobs_tr_mslp_spct
control5n_tr_mslp_spct
air pressure at sea level WK1999 plot

control_tr_mslp_sym_spct
flat_tr_mslp_sym_spct
peaked_tr_mslp_sym_spct
1keq_tr_mslp_sym_spct

3keq_tr_mslp_sym_spct
3kw1_tr_mslp_sym_spct
qobs_tr_mslp_sym_spct
control5n_tr_mslp_sym_spct
Last update: Mon Apr 11 01:45:48 JST 2005
Copyright © AGU for APE 2005 (YAMADA Yukiko)