Differences

This shows you the differences between two versions of the page.

--- pmip3:design:6k:index [2009/02/06 21:03] – first draft of boundary conditions pasb
+++ pmip3:design:6k:index [2009/02/10 17:27] – Cosmetic changes jypeter
@@ Line 3: / Line 3: @@
 //Go to =>// [ [[pmip3:design:pi:index|PI]] ] - [ [[pmip3:design:21k:index|21ka]] ] - [ [[pmip3:design:lm:index|LM]] ]
-====== 6ka Experimental Design ======
+====== 6ka Experimental Design ======
+<note warning>**Page in progress**: this is not the final version\\ \\ Use the discussion panel below for comments</note>
 ===== Boundary conditions =====
-**Summary of 6ka boundary conditions **
+==== Summary of 6ka boundary conditions ====
-^      ^   PMIP3  ^  Alternative solution ^
-|  Orbital parameters  |  **ecc**=0.018682,   **obl**=24.105 °,   **peri-180°**= 0.87 °  | |
+^      ^   PMIP3  ^  Alternative solution  ^
-|  date of the Vernal equinox  |  March 21 at Noon  | |
+|  Orbital parameters  |  **ecc** = 0.018682\\   **obl** = 24.105°\\   **peri-180°** = 0.87°  | |
-|  Trace Gazes  |  **CO2** = 280 ppm, **CH4** = 650 ppb, **N2O** = 270 ppb, **CFC** = 0, O3 = same as PI  | |
+|  Date of vernal equinox  |  March 21 at noon  | |
+|  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  |  1365W/m<sup>2</sup>  |  As in PI  |
 |  Vegetation     |  Interactive  |  See specific note below |
-|  Ice sheet      |  remnant Laurentide ice-sheet (provided)  |  Same as PI  |
+|  Ice sheets      |  Remnant Laurentide ice-sheet (provided)  |  Same as PI  |
-|  Topography and coastline  |  Modification of the Hudson Bay (provided)  |  Same as PI  |
+|  Topography and coastlines  |  Modification of Hudson Bay coastlines (provided)  |  Same as PI  |
-** Vegetation  **
+==== Vegetation ====
 Depending on the complexity of the model used the vegetation will be either \\
 - computed by the model \\
-- prescribed to PI \\
+- 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 asynschonous coupling with a DVGM (Biome 4 model provided )
+- Obtained from asynchronous coupling with a DVGM (Biome 4 model provided)
+==== 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]])
-** For Earth System Model with interactive carbone cycle **
-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
@@ Line 41: / Line 50: @@
 ===== Initial conditions =====
-^  ^ PMIP3 ^ Alternative solution ^
+^  ^  PMIP3  ^  Alternative solution  ^
-| Initial conditions |  branch off PI after adjustement | Same as in PI |
+| Initial conditions |  Branch off PI after adjustement  | Same as in PI |
-| Model spin up      |  Same as in PI |  |
+| Model spin up      |  Same as in PI  |  |