Context Navigation

Changes between Version 111 and Version 112 of DevelopmentActivities/ORCHIDEE-CNP

-                      v111
+                      v112
 The code compiles but is not tested in debug mode and for mass conservation.
 When rain rain drainage is activated N losses are so high, that mineral N pools are close to zero. The parametrisation of rain drainage is anyway not needed for the 11 layer hydrology so I will not take over the rain drainage losses from OCN.
+'''2016/08/24''': When rain rain drainage is activated N losses are so high, that mineral N pools are close to zero. The parametrisation of rain drainage is anyway not needed for the 11 layer hydrology so I will not take over the rain drainage losses from OCN.
+'''2016/08/08''': The OCN anaerobic microsites reduce soil mineral N levels for 4 test sites. We take over anaerobic micro sites following OCN. The approach of OCN is a simplification of the one in ORCHIDEE-CN (DNDC) avoiding instability related to the diffusion term. In respect of global application of the model, without stability in calculations a superior process representation is useless.
+'''2016/08/08''': The OCN denitrification is a simplification of the one in ORCHIDEE-CN (DNDC) avoiding instability related to bacterial growth. Without prescribing maximal and minimal bacterial population sizes the ORCHIDEE-CN formulation leads to the extinction of bacteria and thus to zero denitrification. The more elegant simplification in OCN is thus preferable.