title:
title:
1000 hPa vorticity
title:
title:
T39L48_eml_3kw1_sh_vor1000_anm: (AGUforAPE)
CGAM_3kw1_sh_vor1000_anm:
CSIRO_std_3kw1_sh_vor1000_anm:
CSIRO_old_3kw1_sh_vor1000_anm:
DWD_3kw1_sh_vor1000_anm:
ECMWF_3kw1_sh_vor1000_anm:
title: FRCGC_3kw1_sh_vor1000_anm
GFDL_3kw1_sh_vor1000_anm:
GSFC_3kw1_sh_vor1000_anm:
K1JAPAN_3kw1_sh_vor1000_anm:
LASG_3kw1_sh_vor1000_anm:
MIT_3kw1_sh_vor1000_anm:
MRI_3kw1_sh_vor1000_anm:
NCAR_3kw1_sh_vor1000_anm:
UKMO_n48_3kw1_sh_vor1000_anm:
UKMO_n96_3kw1_sh_vor1000_anm:
title:
title:
850 hPa vorticity
title:
title:
T39L48_eml_3kw1_sh_vor850_anm: (AGUforAPE)
CGAM_3kw1_sh_vor850_anm:
CSIRO_std_3kw1_sh_vor850_anm:
CSIRO_old_3kw1_sh_vor850_anm:
DWD_3kw1_sh_vor850_anm:
ECMWF_3kw1_sh_vor850_anm:
title: FRCGC_3kw1_sh_vor850_anm
GFDL_3kw1_sh_vor850_anm:
GSFC_3kw1_sh_vor850_anm:
K1JAPAN_3kw1_sh_vor850_anm:
LASG_3kw1_sh_vor850_anm:
MIT_3kw1_sh_vor850_anm:
MRI_3kw1_sh_vor850_anm:
NCAR_3kw1_sh_vor850_anm:
UKMO_n48_3kw1_sh_vor850_anm:
UKMO_n96_3kw1_sh_vor850_anm:
title:
title:
500 hPa vorticity
title:
title:
T39L48_eml_3kw1_sh_vor500_anm: (AGUforAPE)
CGAM_3kw1_sh_vor500_anm:
CSIRO_std_3kw1_sh_vor500_anm:
CSIRO_old_3kw1_sh_vor500_anm:
DWD_3kw1_sh_vor500_anm:
ECMWF_3kw1_sh_vor500_anm:
title: FRCGC_3kw1_sh_vor500_anm
GFDL_3kw1_sh_vor500_anm:
GSFC_3kw1_sh_vor500_anm:
K1JAPAN_3kw1_sh_vor500_anm:
LASG_3kw1_sh_vor500_anm:
MIT_3kw1_sh_vor500_anm:
MRI_3kw1_sh_vor500_anm:
NCAR_3kw1_sh_vor500_anm:
UKMO_n48_3kw1_sh_vor500_anm:
UKMO_n96_3kw1_sh_vor500_anm:
title:
title:
250 hPa vorticity
title:
title:
T39L48_eml_3kw1_sh_vor250_anm: (AGUforAPE)
CGAM_3kw1_sh_vor250_anm:
CSIRO_std_3kw1_sh_vor250_anm:
CSIRO_old_3kw1_sh_vor250_anm:
DWD_3kw1_sh_vor250_anm:
ECMWF_3kw1_sh_vor250_anm:
title: FRCGC_3kw1_sh_vor250_anm
GFDL_3kw1_sh_vor250_anm:
GSFC_3kw1_sh_vor250_anm:
K1JAPAN_3kw1_sh_vor250_anm:
LASG_3kw1_sh_vor250_anm:
MIT_3kw1_sh_vor250_anm:
MRI_3kw1_sh_vor250_anm:
NCAR_3kw1_sh_vor250_anm:
UKMO_n48_3kw1_sh_vor250_anm:
UKMO_n96_3kw1_sh_vor250_anm: