Changes between Version 145 and Version 146 of DevelopmentActivities/ORCHIDEE-DOFOCO

Timestamp:

2017-06-22T16:50:32+02:00 (7 years ago)

Author:

luyssaert

Comment:

--

DevelopmentActivities/ORCHIDEE-DOFOCO

@@ -95 +95 @@
 ORCHIDEE-CN-CAN calculates the number of individuals and uses this as a criterion to initiate a stand replacing disturbance. This approach, guided by the self-thinning relationship, avoids the need for a stand-level turnover time. ORCHIDEE-CN, ORCHIDEE-CNP and ORCHIDEE-MICT still make use of stand-level turnover.
 
-There are no options to revert to the allocation based on resource limitation. All references and parameters for allocation based on resource limitation have been removed from the code. 
-
-MENTION K_LATOSA, CONDUCTIVITIES, SLA, RESPIRATION_COEFF, ... TAU_SAP, TAU_WOOD, ...
+There are no options to revert to the allocation based on resource limitation. All references and parameters for allocation based on resource limitation have been removed from the code. Allometric allocation makes use of the following PFT-specific parameters: '''sla''', '''tau_root''', '''tau_leaf''', '''tau_sap''', '''pipe_density''', '''tree_ff''', '''pipe_tune_x''', '''k_latosa_max''', and '''k_latosa_min'''. In addition to this set of parameters that mainly describe the allometric relationships and the longevity of the different tissues, the calculation of the allocation coefficients makes use PFT-specific tissue conductivities, i.e., '''k_sap''', '''k_root''', and '''k_leaf''' (see also plant water stress). As such there is a functional link between C and N-allocation and the hydraulic architecture of a plant. Details on the parameters can be found in the SI of Naudts et al 2015 in GMD or in src_parameters/constantes_mtc.f90.
 
 === Background albedo ===
@@ -181 +179 @@
 === Plant water stress ===
 MENTION 2 OPTIONS
-MENTION conductivities and cavitation
+
+PHI_LEAF_xx
+PHI_50_xx
+K_SAP_xx
+K_ROOT_xx
+K_LEAF_xx
+PHI_SOIL_TUNE_xx
+
 
 === Recruitment ===