Changes between Version 132 and Version 133 of Documentation/TrunkFunctionality4

Timestamp:

2022-12-20T16:58:44+01:00 (18 months ago)

Author:

knaudts

Comment:

--

Documentation/TrunkFunctionality4

@@ -269 +269 @@
 === Hydraulic architecture ===
 
-Describes r7829. A new numerical solution for hydraulic architecture has been implemented in the hydrol.f90 module of ORCHIDEE trunk. This hydraulic architecture is controlled thanks to a set of flags. The flag '''ok_hydrol_arch''' imposes the model to solve a hydraulic architecture. By default, the hydraulic architecture developed in ORCHIDEE-CAN is solved (in hydraulic_arch.f90 module). To use the hydraulic architecture developed following Tuzet et al. (2017) model, another flag needs to be set : '''is_tuzet_hydrol_arch'''. When this hydrualic architecture is set up, several options can be added. 
+Describes r7829. A new numerical solution for hydraulic architecture has been implemented in the hydrol.f90 module of ORCHIDEE trunk. This hydraulic architecture is controlled thanks to a set of flags. The flag '''ok_hydrol_arch''' imposes the model to solve a hydraulic architecture (note that '''energy_control''' should be set to 1 to control this). By default, the hydraulic architecture developed in ORCHIDEE-CAN is solved (in hydraulic_arch.f90 module). To use the hydraulic architecture developed following Tuzet et al. (2017) model, another flag needs to be set : '''is_tuzet_hydrol_arch'''. When this hydrualic architecture is set up, several options can be added. 
 
 Two different ways of solving root absorption are implemented. One with low calculation time using a dynamic resistance or another one solving radially Richards' diffusion equation around the roots. The flag '''ok_tuzet_hydrol_arch_muff''' permits to activate the radial resolution around the roots (by default, it is set to False and the dynamic resistance is used).