Changes between Version 44 and Version 45 of DevelopmentActivities/CMIP6/DevelopmentsCMIP6/soil_physic


Ignore:
Timestamp:
2015-05-26T16:57:24+02:00 (9 years ago)
Author:
fwang
Comment:

--

Legend:

Unmodified
Added
Removed
Modified

  • DevelopmentActivities/CMIP6/DevelopmentsCMIP6/soil_physic

    v44 v45  
    47247226-05-2015. 
    473473 
    474 Model: ORCHIDEE Trunk (no STOMATE, with river routing)[[BR]] 
    475 Forcing: CRU-NCEP/v5.3.2/twodeg[[BR]] 
     474Model:  
     475 ORCHIDEE Trunk (no STOMATE, with river routing)[[BR]] 
     476Forcing:  
     477 CRU-NCEP/v5.3.2/twodeg[[BR]] 
    476478Definition of vertical discretizations (VDs): [[BR]] 
    477 VD1: 2m for water, 5m for temperature (trunk)[[BR]] 
    478 VD2: 8m for water and temperature[[BR]] 
    479 VD3: 2m for water, 8m for temperature[[BR]] 
     479 VD1: 2m for water, 5m for temperature (trunk)[[BR]] 
     480 VD2: 8m for water and temperature[[BR]] 
     481 VD3: 2m for water, 8m for temperature[[BR]] 
    480482Simulations: [[BR]] 
    481 climatology simulations by repeating 1980-1989 for several loops[[BR]] 
    482 VD1: 5*10 years[[BR]] 
    483 VD2: 9*10 years[[BR]] 
    484 VD3: 5*10 years[[BR]] 
    485  
     483 climatology simulations by repeating 1980-1989 for several loops[[BR]] 
     484 VD1: 5*10 years[[BR]] 
     485 VD2: 9*10 years[[BR]] 
     486 VD3: 5*10 years[[BR]] 
     487Original data on dods:  
     488 VD1: http://dods.idris.fr/rlmd981/OL2/PROD/coseth20/COSETH20/ [[BR]] 
     489 VD2: http://dods.idris.fr/rlmd981/OL2/PROD/coseth14/COSETH14/ [[BR]] 
     490 VD3: http://dods.idris.fr/rlmd981/OL2/PROD/coseth30/COSETH30/ [[BR]] 
     491 (in VD3, the forcing between different decades has some differences because the interpolation of different calendar between CRU-NCEP and ORC) [[BR]] 
     492 
     493 For those who have an account on ERGON/IDRIS, the data can also be found from here:[[BR]] 
     494 VD1: /linkhome/rech/lmd/rlmd981/IGCM_OUT/OL2/PROD/coseth20/COSETH20/SRF/Output/MO [[BR]] 
     495 VD2: /linkhome/rech/lmd/rlmd981/IGCM_OUT/OL2/PROD/coseth14/COSETH14/SRF/Output/MO [[BR]] 
     496 VD3: /linkhome/rech/lmd/rlmd981/IGCM_OUT/OL2/PROD/coseth30/COSETH30/SRF/Output/MO [[BR]] 
    486497 
    487498Results: [[BR]] 
    488499 
    489500(1) Checking whether the spinup criteria (for soil moisture SM and soil temperature T) has been satisfied with different VDs.[[BR]] 
    490 https://forge.ipsl.jussieu.fr/orchidee/attachment/wiki/Meetings/CMIP6/Physic/spinup_histograms.pdf​ [[BR]] 
    491  
    492 Critetia1 for SM: (TMCend - TMCstard)/TMCmean,  with ±0.05 as threshold[[BR]] 
    493 Critetia2 for SM: (MCend-MCstart)/0.005, with ±1 as threshold.[[BR]] 
    494 Critetia for T: (Tend-Tstart), with ±0.1 as threshold. [[BR]] 
     501 https://forge.ipsl.jussieu.fr/orchidee/attachment/wiki/Meetings/CMIP6/Physic/spinup_histograms.pdf​ [[BR]] 
     502 
     503 Critetia1 for SM: (TMCend - TMCstard)/TMCmean,  with ±0.05 as threshold[[BR]] 
     504 Critetia2 for SM: (MCend-MCstart)/0.005, with ±1 as threshold.[[BR]] 
     505 Critetia for T: (Tend-Tstart), with ±0.1 as threshold. [[BR]] 
    495506 
    496507(2) The comparison of E, D, R, Ts, and H for the 3 VDs after spin-up (Annual, January, July, Amplitudes)[[BR]] 
    497 (E: evapotranspiration, D: drainage, R: surface runoff, Ts: surface temperature, H: sensible heat flux)[[BR]] 
    498  
    499 Annual:  https://forge.ipsl.jussieu.fr/orchidee/attachment/wiki/Meetings/CMIP6/Physic/vd1_vd2_vd3_SurfMet_Annual.pdf​ 
    500  
    501 January: https://forge.ipsl.jussieu.fr/orchidee/attachment/wiki/Meetings/CMIP6/Physic/vd1_vd2_vd3_SurfMet_January.pdf​ 
    502  
    503 July:  https://forge.ipsl.jussieu.fr/orchidee/attachment/wiki/Meetings/CMIP6/Physic/vd1_vd2_vd3_SurfMet_July.pdf​ 
    504  
    505 Amplitudes: https://forge.ipsl.jussieu.fr/orchidee/attachment/wiki/Meetings/CMIP6/Physic/vd1_vd2_vd3_SurfMet_amplitude.pdf​ 
     508 (E: evapotranspiration, D: drainage, R: surface runoff, Ts: surface temperature, H: sensible heat flux)[[BR]] 
     509 
     510 Annual:  https://forge.ipsl.jussieu.fr/orchidee/attachment/wiki/Meetings/CMIP6/Physic/vd1_vd2_vd3_SurfMet_Annual.pdf​ [[BR]] 
     511 January: https://forge.ipsl.jussieu.fr/orchidee/attachment/wiki/Meetings/CMIP6/Physic/vd1_vd2_vd3_SurfMet_January.pdf​ [[BR]] 
     512 July:  https://forge.ipsl.jussieu.fr/orchidee/attachment/wiki/Meetings/CMIP6/Physic/vd1_vd2_vd3_SurfMet_July.pdf​ [[BR]] 
     513 Amplitudes: https://forge.ipsl.jussieu.fr/orchidee/attachment/wiki/Meetings/CMIP6/Physic/vd1_vd2_vd3_SurfMet_amplitude.pdf​ [[BR]] 
    506514 
    507515(3) The evaluation of evapotranspiration with other datasets (climatology)[[BR]] 
    508 https://forge.ipsl.jussieu.fr/orchidee/attachment/wiki/Meetings/CMIP6/Physic/vd1_vd2_vd3_Eobs.pdf 
    509  
    510 The ET products include Jung, LandFluxEVAL, Fisher, and GLEAM.[[BR]] 
    511 The maps are plotted for different seasons (MAM, JJA, SON, DJF, Annual).[[BR]] 
    512 Figs. a-e are the ORCHIDEE reference value.[[BR]] 
    513 Figs. f-j:   ORC - Jung[[BR]] 
    514 Figs. k-o: ORC - LandFluxEVAL[[BR]] 
    515 Figs. p-t:  ORC - Fisher[[BR]] 
    516 Figs. u-y: ORC - GLEAM [[BR]] 
    517 Zonal means coming soon ! 
     516 https://forge.ipsl.jussieu.fr/orchidee/attachment/wiki/Meetings/CMIP6/Physic/vd1_vd2_vd3_Eobs.pdf 
     517 
     518 The ET products include Jung, LandFluxEVAL, Fisher, and GLEAM.[[BR]] 
     519 The maps are plotted for different seasons (MAM, JJA, SON, DJF, Annual).[[BR]] 
     520 Figs. a-e are the ORCHIDEE reference value.[[BR]] 
     521 Figs. f-j:   ORC - Jung[[BR]] 
     522 Figs. k-o: ORC - LandFluxEVAL[[BR]] 
     523 Figs. p-t:  ORC - Fisher[[BR]] 
     524 Figs. u-y: ORC - GLEAM [[BR]] 
     525 Zonal means at the 4th page ! 
    518526 
    519527(4) The comparison (climatology) of hydrographs between ORCHIDEE (VD1, VD2, VD3) and GRDC data [[BR]] 
    520 https://forge.ipsl.jussieu.fr/orchidee/attachment/wiki/Meetings/CMIP6/Physic/vd1_vd2_vd3_hydrographs_grdc.pdf​  
    521  
    522 Data used for ORCHIDEE: the last decades of spin up for each VDs.[[BR]] 
    523  
    524 Another simulation did by Sarah: [[BR]] 
    525 It is with the WFDEI corrected with GPCC data forcing file (at 3 hourly time step) [[BR]] 
    526 https://forge.ipsl.jussieu.fr/orchidee/attachment/wiki/Meetings/CMIP6/Physic/Sarah_debits-ob-yenesi-lena.pdf​ [[BR]] 
     528 https://forge.ipsl.jussieu.fr/orchidee/attachment/wiki/Meetings/CMIP6/Physic/vd1_vd2_vd3_hydrographs_grdc.pdf​ [[BR]] 
     529 Data used for ORCHIDEE: the last decades of spin up for each VDs.[[BR]] 
     530 These selected basins have a catchment area > 1.5e6 km^2. [[BR]] 
     531 
     532 ''' Notes:''' These hydrographs are going to be checked again by using Jan's Python script. [[BR]] 
     533 The new results will put here as soon as I finish it. [[BR]] 
     534 
     535 Another simulation did by Sarah: [[BR]] 
     536 It is with the WFDEI corrected with GPCC data forcing file (at 3 hourly time step) [[BR]] 
     537 https://forge.ipsl.jussieu.fr/orchidee/attachment/wiki/Meetings/CMIP6/Physic/Sarah_debits-ob-yenesi-lena.pdf​ [[BR]] 
    527538 
    528539(5) The snow mass by ORCHIDEE [[BR]] 
    529 Comparing over the last decades of each VDs.[[BR]] 
    530 https://forge.ipsl.jussieu.fr/orchidee/attachment/wiki/Meetings/CMIP6/Physic/vd1_vd2_vd3_swe.pdf​​ [[BR]] 
    531  
    532  
     540 Comparing over the last decades of each VDs.[[BR]] 
     541 https://forge.ipsl.jussieu.fr/orchidee/attachment/wiki/Meetings/CMIP6/Physic/vd1_vd2_vd3_swe.pdf​​ [[BR]] 
     542 '''Notes:''' Sorry I made a mistake on the SWE unit when plotting the original maps. [[BR]] 
     543 It has been corrected. Now the unit of SWE is the same with that of ORCHIDEE standard output (Kg/m²). [[BR]] 
     544