Série de simulations préparatoires à CMIP6, LMDZ-Orchidee, CTRL : LMDZOR.CLIM

RUN Atlas YEAR Atlas --DJF-- Atlas --JJA-- Outputs Model Parameters Tested Parameter Period bils rt rst rlut rlutcs crest crelt cret eva pr prw
CLIMATOS 7.097 0.7823 240.4 239.6 269.4 -47.05 29.84 -17.21 3.415 2.61 27.46
LMDZOR.CLIM G - - G - - G - - X X LMDZOR CLIM 1990_2009 4.4014 3.249 238.023 234.774 261.374 -47.6764 26.6 -21.0764 2.94327 24.573
LMDZOR.Z0.CTRL G - - G - - G - - X X LMDZOR CLIM Z0 1990_2009 2.8241 1.723 237.77 236.047 262.281 -48.2707 26.234 -22.0367 3.09072 26.5899
LMDZOR.Z0.qh G - - G - - G - - X X Z0 avec f_z0qh_oce=1 1990_1999 3.5039 2.418 238.349 235.931 262.215 -47.9941 26.284 -21.7101 3.07178 26.3819
LMDZOR.Z0.cdrag G - - G - - G - - X X Z0 avec f_cdrag=0.9 1990_1999 3.7474 2.664 238.418 235.754 262.078 -47.8434 26.324 -21.5194 3.03168 25.8825
LMDZOR.GUST.CTRL G - - G - - G - - X X LMDZOR CLIM GUST 1990_2009 1.4234 0.273 236.812 236.539 262.921 -49.2505 26.382 -22.8685 3.09531 26.5968
LMDZOR.GUST.cdrag G - - G - - G - - X X GUST f_cdrag=0.9 1990_1999 2.6314 1.496 237.566 236.07 262.553 -48.7023 26.483 -22.2193 3.03038 25.8328
LMDZOR.GUST.2bl G - - G - - G - - X X GUST 2xf_gust_bl 1990_1999 0.9284 -0.236 236.892 237.128 263.395 -49.4575 26.267 -23.1905 3.125 26.8324
LMDZOR.GUST.minwind G - - G - - G - - X X GUST minwind=1 1990_1999 0.8634 -0.28 236.717 236.997 263.371 -49.6429 26.374 -23.2689 3.16146 27.3497

Multi atlas, YEAR, simulation de référence : LMDZOR.CLIM_1990_2009 (MAPS)

2d vars

  • VARIABLE
    		•  OBSERVATIONS LMDZOR.CLIM_1990_2009 LMDZOR.Z0_1990_2009 LMDZOR.Z0.qh_1990_1999 LMDZOR.Z0.cdrag_1990_1999 LMDZOR.GUST_1990_2009 LMDZOR.GUST.cdrag_1990_1999 LMDZOR.GUST.2bl_1990_1999 LMDZOR.GUST.minwind_1990_1999
  • Precipitation (pr)
    		•
  • Precipitation (pr)
    		•
  • Precipitation (pr)
    		•
    -
  • 2M Temperature (tas)
    		•
  • 2M Temperature (tas)
    		•
  • 2M Temperature (tas)
    		•
    -
  • Latent Heat Flux (hfls)
    		•
  • Latent Heat Flux (hfls)
    		•
  • Latent Heat Flux (hfls)
    		•
    -
  • Total Radiation TOA (rtt)
    		•
  • Total Radiation TOA (rtt)
    		•
  • Total Radiation TOA (rtt)
    		•
    -
  • Clear Sky Planetary albedo (albtcs)
    		•
  • Clear Sky Planetary albedo (albtcs)
    		•
  • Clear Sky Planetary albedo (albtcs)
    		•
    -
  • Planetary albedo (albt)
    		•
  • Planetary albedo (albt)
    		•
  • Planetary albedo (albt)
    		•
    -
  • Upward SW rad at TOA - Clear Sky (rsutcs)
    		•
  • Upward SW rad at TOA - Clear Sky (rsutcs)
    		•
  • Upward SW rad at TOA - Clear Sky (rsutcs)
    		•
    -
  • Clear Sky OLR (rlutcs)
    		•
  • Clear Sky OLR (rlutcs)
    		•
  • Clear Sky OLR (rlutcs)
    		•
    -
  • Upward SW rad TOA (rsut)
    		•
  • Upward SW rad TOA (rsut)
    		•
  • Upward SW rad TOA (rsut)
    		•
    -
  • Outgoing Long Wave Radiation (rlut)
    		•
  • Outgoing Long Wave Radiation (rlut)
    		•
  • Outgoing Long Wave Radiation (rlut)
    		•
    -
  • Total CRE TOA (crett)
    		•
  • Total CRE TOA (crett)
    		•
  • Total CRE TOA (crett)
    		•
    -
  • Shortwave Cloud Radiative Effect TOA (crest)
    		•
  • Shortwave Cloud Radiative Effect TOA (crest)
    		•
  • Shortwave Cloud Radiative Effect TOA (crest)
    		•
    -
  • Longwave Cloud Radiative Effect TOA (crelt)
    		•
  • Longwave Cloud Radiative Effect TOA (crelt)
    		•
  • Longwave Cloud Radiative Effect TOA (crelt)
    		•
    -
  • Surface albedo (albs)
    		•
  • Surface albedo (albs)
    		•
  • Surface albedo (albs)
    		•
    -
  • Total CRE surface (crets)
    		•
  • Total CRE surface (crets)
    		•
  • Total CRE surface (crets)
    		•
    -
  • SW CRE surface (cress)
    		•
  • SW CRE surface (cress)
    		•
  • SW CRE surface (cress)
    		•
    -
  • LW CRE surface (crels)
    		•
  • LW CRE surface (crels)
    		•
  • LW CRE surface (crels)
    		•
    -