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pmip3:design:6k:index [2009/02/05 19:15]
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pmip3:design:6k:index [2009/07/21 14:57]
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 ~~DISCUSSION~~ ~~DISCUSSION~~
  
-//Go to =>// [ [[pmip3:​design:​pi:​index|PI]] ] - [ [[pmip3:​design:​21k:​index|21ka]] ] - [ [[pmip3:​design:​lm:​index|LM]] ] +<​html><​a name="​page_top_tag">&​nbsp</​a></​html>​ 
-====== 6ka Experimental Design ======+//Go to =>// [ [[pmip3:​design:​pi:​index|PI]] ​] - [ **6ka** ​] - [ [[pmip3:​design:​21k:​index|21ka]] ] - [ [[pmip3:​design:​lm:​index|LM]] ] - [ [[pmip3:​design:​li:​index|LI]] ] - [ [[pmip3:​design:​plio:​index|Plio]] ]
  
  
 +====== 6ka Experimental Design ======
 +
 +<note warning>​**Page in progress**: this is not the final version!\\ \\ Use the [[index#​page_bottom_tag|discussion]] panel at the end of the page for comments </​note>​
  
 ===== Boundary conditions ===== ===== Boundary conditions =====
  
-**Summary of 6ka boundary conditions ​**+==== Summary of 6ka boundary conditions ​====
  
-^      ^   ​PMIP3 ​ ^  ​Alternative ​solution ^ + 
-|  Orbital parameters ​ |  ecc= obl=  , ​peri=  | | +^      ^   PMIP3/​CMIP5 ​ ​^  ​Minimum ​solution ​ 
-|  ​date of the Vernal ​equinox | March 21 at Noon  | | +|  Orbital parameters ​ |  ​[ **ecc** 0.018682 ] - [ **obl** 24.105° ] - [ **peri-180°** ​0.87° ]  ​| ​ 
-|  Trace Gazes  ​| ​ | | +|  ​Date of vernal ​equinox ​  March 21 at noon  | | 
-|  Aerosols ​    ​|  Same as in PI  | |+|  Trace gases  ​| ​ [ **CO<​sub>​2</​sub>​** = 280 ppm ] - [ **CH<​sub>​4</​sub>​** = 650 ppb ] - [ **N<​sub>​2</​sub>​O** = 270 ppb ] - [ **CFC** = 0 ] - [ **O<​sub>​3</​sub>​** = same as PI ]  | | 
 +|  Aerosols ​ |  Same as PI  | |
 |    | |  | |    | |  |
-|  Solar constant | 1365W/m2 |  As in PI  | +|  Solar constant ​  1365 W/m<​sup>​2</​sup>  ​|  As in PI  | 
-|  Vegetation ​    ​| ​Interactive ​  See specific note below +|  Vegetation ​    ​|  ​prescribed or interactive as in CMIP5 PI  |    ​
-|  Ice sheet      ​| ​remnant ​Laurentide ice-sheet (provided) | Same as in PI | +|  Ice sheets ​     ​| ​ ​Remnant ​Laurentide ice-sheet (provided*  Same as PI  
-|  Topography and coastline ​| Modification of the Hudson Bay (provided) | Same as in PI  |+|  Topography and coastlines  ​ Modification of Hudson Bay coastlines ​(provided*  Same as PI  |
  
-** Vegetation ​ ** +*For the ice-sheet reconstruction,​ see discussion on LGM wiki page
-Depending on the complexity of the model used the vegetation will be either \\ +
-computed by the model \\ +
-- prescribed to PI \\ +
-- prescribed to 6ka vegetation reconstructed from a combination of model output and data analyses (please use the map provided here) +
  
-** For Earth System Model with interactive carbone cycle ** +Please use the [[index#​page_bottom_tag|discussion]] panel to **comment** this table!
-The simlations are force by the CO2 concentrations. Please use the same protocal as in CMIP5 to store the carbone fluxes and the variables needed for PCMIP (see list here) +
  
-** Insolation ** 
-Note that insolation should follows PMIP requirements. Please check it carefuly using the following tables ​ 
  
 +==== Vegetation ====
  
 +Depending on the complexity of the model used the vegetation will be either
  
-===== Initial conditions =====+  * computed by the model 
 +  * prescribed to PI (some ESM may only compute vegetation phenology and carbon cycle) 
 +  * prescribed to 6ka vegetation reconstructed from a combination of model output and data analyses (please use the map provided here) 
 +  * Obtained from asynchronous coupling with a DVGM ([[http://​pmip2.lsce.ipsl.fr/​synth/​biome4.shtml|Biome 4 model]] provided) ​
  
-^  ^ PMIP3 ^ Alternative solution ^ 
-| Initial conditions |  branch off PI after adjustement | Same as in PI | 
-| Model spin up      |  Same as in PI |  | 
  
 +==== For Earth System Models with interactive carbone cycle ====
 +
 +The simulations are forced by CO2 concentrations. Please use the same protocol as in CMIP5 to store the carbone fluxes and the variables needed for PCMIP (see list here) 
 +
 +==== Insolation ====
 +
 +Note that insolation should follows PMIP requirements. Please check it carefully using the following tables ([[http://​pmip2.lsce.ipsl.fr/​design/​tables/​inso_tables_6k.shtml|6ka BP insolation tables]])
 +
 +
 +
 +
 +
 +===== Initial conditions =====
 +
 +^  ^  PMIP3  ^  Alternative solution ​ ^
 +| Initial conditions |  Branch off PI after adjustement ​ |  Same as in PI  |
 +| Model spin up      |  Same as in PI  |  |
  
  
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pmip3/design/6k/index.txt · Last modified: 2010/09/16 12:35 by jypeter