<< Aqua Planet: SH_anm from 'control' Experiment; Model comparison >> control: [GT] [SH] [TR] [ML] [PF] [MOVIE] peaked: [GT] [SH] [TR] [ML] [PF] [MOVIE] [ML_anm] flat: [GT] [SH] [TR] [ML] [PF] [MOVIE] [ML_anm] Qobs: [GT] [SH] [TR] [ML] [PF] [MOVIE] [ML_anm] control5n: [GT] [SH] [TR] [ML] [PF] [MOVIE] [ML_anm] 1keq: [GT] [SH] [TR] [ML] [PF] [MOVIE] [SHanm] [SHanm_vect] [SHanm_lat0] [SHanm_vor] [ML_anm] 3keq: [GT] [SH] [TR] [ML] [PF] [MOVIE] [SHanm] [SHanm_vect] [SHanm_lat0] [SHanm_vor] [ML_anm] 3kw1: [GT] [SH] [TR] [ML] [PF] [MOVIE] [SHanm] [SHanm_vect] [SHanm_lat0] [SHanm_vor] [ML_anm] [ Model ] [SST distribution] [HOME]
	total precipitation flux
T39L48_eml_control_sh_tppn_anm (AGUforAPE)	CGAM_control_sh_tppn_anm	CSIRO_std_control_sh_tppn_anm	CSIRO_old_control_sh_tppn_anm
DWD_control_sh_tppn_anm	ECMWF_control_sh_tppn_anm	FRCGC_control_sh_tppn_anm	GFDL_control_sh_tppn_anm
GSFC_control_sh_tppn_anm	K1JAPAN_control_sh_tppn_anm	LASG_control_sh_tppn_anm	MIT_control_sh_tppn_anm
MRI_control_sh_tppn_anm	NCAR_control_sh_tppn_anm	UKMO_n48_control_sh_tppn_anm	UKMO_n96_control_sh_tppn_anm
	toa incoming shortwave flux
T39L48_eml_control_sh_sw_toai_anm (AGUforAPE)	CGAM_control_sh_sw_toai_anm	CSIRO_std_control_sh_sw_toai_anm	CSIRO_old_control_sh_sw_toai_anm
DWD_control_sh_sw_toai_anm	ECMWF_control_sh_sw_toai_anm	FRCGC_control_sh_sw_toai_anm	GFDL_control_sh_sw_toai_anm
GSFC_control_sh_sw_toai_anm	K1JAPAN_control_sh_sw_toai_anm	LASG_control_sh_sw_toai_anm	MIT_control_sh_sw_toai_anm
MRI_control_sh_sw_toai_anm	NCAR_control_sh_sw_toai_anm	UKMO_n48_control_sh_sw_toai_anm	UKMO_n96_control_sh_sw_toai_anm
	toa outgoing shortwave flux
T39L48_eml_control_sh_sw_toar_anm (AGUforAPE)	CGAM_control_sh_sw_toar_anm	CSIRO_std_control_sh_sw_toar_anm	CSIRO_old_control_sh_sw_toar_anm
DWD_control_sh_sw_toar_anm	ECMWF_control_sh_sw_toar_anm	FRCGC_control_sh_sw_toar_anm	GFDL_control_sh_sw_toar_anm
GSFC_control_sh_sw_toar_anm	K1JAPAN_control_sh_sw_toar_anm	LASG_control_sh_sw_toar_anm	MIT_control_sh_sw_toar_anm
MRI_control_sh_sw_toar_anm	NCAR_control_sh_sw_toar_anm	UKMO_n48_control_sh_sw_toar_anm	UKMO_n96_control_sh_sw_toar_anm
	toa outgoing longwave flux
T39L48_eml_control_sh_lw_toa_anm (AGUforAPE)	CGAM_control_sh_lw_toa_anm	CSIRO_std_control_sh_lw_toa_anm	CSIRO_old_control_sh_lw_toa_anm
DWD_control_sh_lw_toa_anm	ECMWF_control_sh_lw_toa_anm	FRCGC_control_sh_lw_toa_anm	GFDL_control_sh_lw_toa_anm
GSFC_control_sh_lw_toa_anm	K1JAPAN_control_sh_lw_toa_anm	LASG_control_sh_lw_toa_anm	MIT_control_sh_lw_toa_anm
MRI_control_sh_lw_toa_anm	NCAR_control_sh_lw_toa_anm	UKMO_n48_control_sh_lw_toa_anm	UKMO_n96_control_sh_lw_toa_anm
	cloud area fraction
T39L48_eml_control_sh_cld_frac_anm (AGUforAPE)	CGAM_control_sh_cld_frac_anm	CSIRO_std_control_sh_cld_frac_anm	CSIRO_old_control_sh_cld_frac_anm
DWD_control_sh_cld_frac_anm	ECMWF_control_sh_cld_frac_anm	FRCGC_control_sh_cld_frac_anm	GFDL_control_sh_cld_frac_anm
GSFC_control_sh_cld_frac_anm	K1JAPAN_control_sh_cld_frac_anm	LASG_control_sh_cld_frac_anm	MIT_control_sh_cld_frac_anm
MRI_control_sh_cld_frac_anm	NCAR_control_sh_cld_frac_anm	UKMO_n48_control_sh_cld_frac_anm	UKMO_n96_control_sh_cld_frac_anm
	atmosphere cloud condensed water co
T39L48_eml_control_sh_cldw_anm (AGUforAPE)	CGAM_control_sh_cldw_anm	CSIRO_std_control_sh_cldw_anm	CSIRO_old_control_sh_cldw_anm
DWD_control_sh_cldw_anm	ECMWF_control_sh_cldw_anm	FRCGC_control_sh_cldw_anm	GFDL_control_sh_cldw_anm
GSFC_control_sh_cldw_anm	K1JAPAN_control_sh_cldw_anm	LASG_control_sh_cldw_anm	MIT_control_sh_cldw_anm
MRI_control_sh_cldw_anm	NCAR_control_sh_cldw_anm	UKMO_n48_control_sh_cldw_anm	UKMO_n96_control_sh_cldw_anm
	convective precipitation flux
T39L48_eml_control_sh_cppn_anm (AGUforAPE)	CGAM_control_sh_cppn_anm	CSIRO_std_control_sh_cppn_anm	CSIRO_old_control_sh_cppn_anm
DWD_control_sh_cppn_anm	ECMWF_control_sh_cppn_anm	FRCGC_control_sh_cppn_anm	GFDL_control_sh_cppn_anm
GSFC_control_sh_cppn_anm	K1JAPAN_control_sh_cppn_anm	LASG_control_sh_cppn_anm	MIT_control_sh_cppn_anm
MRI_control_sh_cppn_anm	NCAR_control_sh_cppn_anm	UKMO_n48_control_sh_cppn_anm	UKMO_n96_control_sh_cppn_anm
	large scale precipitation flux
T39L48_eml_control_sh_dppn_anm (AGUforAPE)	CGAM_control_sh_dppn_anm	CSIRO_std_control_sh_dppn_anm	CSIRO_old_control_sh_dppn_anm
DWD_control_sh_dppn_anm	ECMWF_control_sh_dppn_anm	FRCGC_control_sh_dppn_anm	GFDL_control_sh_dppn_anm
GSFC_control_sh_dppn_anm	K1JAPAN_control_sh_dppn_anm	LASG_control_sh_dppn_anm	MIT_control_sh_dppn_anm
MRI_control_sh_dppn_anm	NCAR_control_sh_dppn_anm	UKMO_n48_control_sh_dppn_anm	UKMO_n96_control_sh_dppn_anm
	total precipitation flux
T39L48_eml_control_sh_tppn_anm (AGUforAPE)	CGAM_control_sh_tppn_anm	CSIRO_std_control_sh_tppn_anm	CSIRO_old_control_sh_tppn_anm
DWD_control_sh_tppn_anm	ECMWF_control_sh_tppn_anm	FRCGC_control_sh_tppn_anm	GFDL_control_sh_tppn_anm
GSFC_control_sh_tppn_anm	K1JAPAN_control_sh_tppn_anm	LASG_control_sh_tppn_anm	MIT_control_sh_tppn_anm
MRI_control_sh_tppn_anm	NCAR_control_sh_tppn_anm	UKMO_n48_control_sh_tppn_anm	UKMO_n96_control_sh_tppn_anm
	surface downwelling shortwave flux
T39L48_eml_control_sh_sswi_anm (AGUforAPE)	CGAM_control_sh_sswi_anm	CSIRO_std_control_sh_sswi_anm	CSIRO_old_control_sh_sswi_anm
DWD_control_sh_sswi_anm	ECMWF_control_sh_sswi_anm	FRCGC_control_sh_sswi_anm	GFDL_control_sh_sswi_anm
GSFC_control_sh_sswi_anm	K1JAPAN_control_sh_sswi_anm	LASG_control_sh_sswi_anm	MIT_control_sh_sswi_anm
MRI_control_sh_sswi_anm	NCAR_control_sh_sswi_anm	UKMO_n48_control_sh_sswi_anm	UKMO_n96_control_sh_sswi_anm
	surface upwelling shortwave flux
T39L48_eml_control_sh_sswr_anm (AGUforAPE)	CGAM_control_sh_sswr_anm	CSIRO_std_control_sh_sswr_anm	CSIRO_old_control_sh_sswr_anm
DWD_control_sh_sswr_anm	ECMWF_control_sh_sswr_anm	FRCGC_control_sh_sswr_anm	GFDL_control_sh_sswr_anm
GSFC_control_sh_sswr_anm	K1JAPAN_control_sh_sswr_anm	LASG_control_sh_sswr_anm	MIT_control_sh_sswr_anm
MRI_control_sh_sswr_anm	NCAR_control_sh_sswr_anm	UKMO_n48_control_sh_sswr_anm	UKMO_n96_control_sh_sswr_anm
	surface downwelling longwave flux
T39L48_eml_control_sh_slwd_anm (AGUforAPE)	CGAM_control_sh_slwd_anm	CSIRO_std_control_sh_slwd_anm	CSIRO_old_control_sh_slwd_anm
DWD_control_sh_slwd_anm	ECMWF_control_sh_slwd_anm	FRCGC_control_sh_slwd_anm	GFDL_control_sh_slwd_anm
GSFC_control_sh_slwd_anm	K1JAPAN_control_sh_slwd_anm	LASG_control_sh_slwd_anm	MIT_control_sh_slwd_anm
MRI_control_sh_slwd_anm	NCAR_control_sh_slwd_anm	UKMO_n48_control_sh_slwd_anm	UKMO_n96_control_sh_slwd_anm
	surface upwelling longwave flux
T39L48_eml_control_sh_slwu_anm (AGUforAPE)	CGAM_control_sh_slwu_anm	CSIRO_std_control_sh_slwu_anm	CSIRO_old_control_sh_slwu_anm
DWD_control_sh_slwu_anm	ECMWF_control_sh_slwu_anm	FRCGC_control_sh_slwu_anm	GFDL_control_sh_slwu_anm
GSFC_control_sh_slwu_anm	K1JAPAN_control_sh_slwu_anm	LASG_control_sh_slwu_anm	MIT_control_sh_slwu_anm
MRI_control_sh_slwu_anm	NCAR_control_sh_slwu_anm	UKMO_n48_control_sh_slwu_anm	UKMO_n96_control_sh_slwu_anm
	surface upward latent heat flux
T39L48_eml_control_sh_slh_anm (AGUforAPE)	CGAM_control_sh_slh_anm	CSIRO_std_control_sh_slh_anm	CSIRO_old_control_sh_slh_anm
DWD_control_sh_slh_anm	ECMWF_control_sh_slh_anm	FRCGC_control_sh_slh_anm	GFDL_control_sh_slh_anm
GSFC_control_sh_slh_anm	K1JAPAN_control_sh_slh_anm	LASG_control_sh_slh_anm	MIT_control_sh_slh_anm
MRI_control_sh_slh_anm	NCAR_control_sh_slh_anm	UKMO_n48_control_sh_slh_anm	UKMO_n96_control_sh_slh_anm
	surface upward sensible heat flux
T39L48_eml_control_sh_ssh_anm (AGUforAPE)	CGAM_control_sh_ssh_anm	CSIRO_std_control_sh_ssh_anm	CSIRO_old_control_sh_ssh_anm
DWD_control_sh_ssh_anm	ECMWF_control_sh_ssh_anm	FRCGC_control_sh_ssh_anm	GFDL_control_sh_ssh_anm
GSFC_control_sh_ssh_anm	K1JAPAN_control_sh_ssh_anm	LASG_control_sh_ssh_anm	MIT_control_sh_ssh_anm
MRI_control_sh_ssh_anm	NCAR_control_sh_ssh_anm	UKMO_n48_control_sh_ssh_anm	UKMO_n96_control_sh_ssh_anm
	evaporation flux
T39L48_eml_control_sh_evap_anm (AGUforAPE)	CGAM_control_sh_evap_anm	CSIRO_std_control_sh_evap_anm	CSIRO_old_control_sh_evap_anm
DWD_control_sh_evap_anm	ECMWF_control_sh_evap_anm	FRCGC_control_sh_evap_anm	GFDL_control_sh_evap_anm
GSFC_control_sh_evap_anm	K1JAPAN_control_sh_evap_anm	LASG_control_sh_evap_anm	MIT_control_sh_evap_anm
MRI_control_sh_evap_anm	NCAR_control_sh_evap_anm	UKMO_n48_control_sh_evap_anm	UKMO_n96_control_sh_evap_anm
	surface downward eastward stress
T39L48_eml_control_sh_tauu_anm (AGUforAPE)	CGAM_control_sh_tauu_anm	CSIRO_std_control_sh_tauu_anm	CSIRO_old_control_sh_tauu_anm
DWD_control_sh_tauu_anm	ECMWF_control_sh_tauu_anm	FRCGC_control_sh_tauu_anm	GFDL_control_sh_tauu_anm
GSFC_control_sh_tauu_anm	K1JAPAN_control_sh_tauu_anm	LASG_control_sh_tauu_anm	MIT_control_sh_tauu_anm
MRI_control_sh_tauu_anm	NCAR_control_sh_tauu_anm	UKMO_n48_control_sh_tauu_anm	UKMO_n96_control_sh_tauu_anm
	surface downward northward stress
T39L48_eml_control_sh_tauv_anm (AGUforAPE)	CGAM_control_sh_tauv_anm	CSIRO_std_control_sh_tauv_anm	CSIRO_old_control_sh_tauv_anm
DWD_control_sh_tauv_anm	ECMWF_control_sh_tauv_anm	FRCGC_control_sh_tauv_anm	GFDL_control_sh_tauv_anm
GSFC_control_sh_tauv_anm	K1JAPAN_control_sh_tauv_anm	LASG_control_sh_tauv_anm	MIT_control_sh_tauv_anm
MRI_control_sh_tauv_anm	NCAR_control_sh_tauv_anm	UKMO_n48_control_sh_tauv_anm	UKMO_n96_control_sh_tauv_anm
	surface air pressure
T39L48_eml_control_sh_ps_anm (AGUforAPE)	CGAM_control_sh_ps_anm	CSIRO_std_control_sh_ps_anm	CSIRO_old_control_sh_ps_anm
DWD_control_sh_ps_anm	ECMWF_control_sh_ps_anm	FRCGC_control_sh_ps_anm	GFDL_control_sh_ps_anm
GSFC_control_sh_ps_anm	K1JAPAN_control_sh_ps_anm	LASG_control_sh_ps_anm	MIT_control_sh_ps_anm
MRI_control_sh_ps_anm	NCAR_control_sh_ps_anm	UKMO_n48_control_sh_ps_anm	UKMO_n96_control_sh_ps_anm
Last update: Thu Jan 10 16:15:24 JST 2008 Copyright © AGU for APE 2007 (YAMADA Yukiko)