Merge-Hydro Branch

This version will merge the version of ORCHIDEE developed at LMD with the 11-layer hydrological scheme into the latest version of the trunk (1.9.5.2). Based on the differences between the LMD version and those from which it originates (either 1_9 or 1_9_4_1) (see the attachments), several notes have been written in order to prepare the merge. Here below are the links to these notes.

The hydrology group is : isabelle.gouttevin,jpolcher,aducharne,aurelien.campoy,matthieu.guimberteau,gerhard.krinner,nathalie.de-noblet,catherine.ottle,pierre.brender.
All those people can download the new version with modipsl and two commands in modipsl/util :

1. Get the ORCHIDEE TOOLS-box

   > svn co svn://forge.ipsl.jussieu.fr/orchidee/trunk/TOOLS
   

2. Get the hydrology version (with mail of Martial, please)

   > TOOLS/recup_my_ORCHIDEE my_svn.login_name branches/Hydrology  Martial.Mancip _ at _ ipsl.jussieu.fr
   

Notes to prepare the merge

Note on CWRR

Note on evapnu

Note on dpu

Note on flag couple

Note on logz0

Note on LAI

Note on Soil Map

Note on Interpolations

Martial notes for the merge

Testing the Merge-Hydro version

Matthieu Guimberteau: Off-line tests in the Amazon with bug corrections

Aurélien Campoy (Feb 2012) - test peformed off-line using 50 years of SAFRAN met forcing for the SIRTA site, without routing, without STOMATE : compares reasonably well with the CWRR version of ORCHIDEE before the merge

Jan Polcher (March 2012) - Off-line simulation over Europe using the WATCH forcing data set : simulation performed, to be analyzed

Nicolas Vuichard (March 2012) - off-line tests at FLUXNET sites using STOMATE : ongoing

Fabienne Maignan (March 2012) - global off-line simulation

• forcing: ERA-Interim regular grid 0.72°
• computer: LSCE/obelix*
• sequential or 4/8/16 procs
• sechiba only
• no routing
• segmentation fault SIGSEGV here:

   Projection arrays for Slope map                      : 
   nbvmax =           16
   We will work with      1000105  points of the fine grid
   Aggregate_2d : Slope map                     
   
   aggregate_2D nbvmax =           16 max used =           16
  

Frédérique Cheruy - global simulation coupled to LMDz : to be done