The introduction of CaMa-Flood in the IFS permit to consider a tighter coupling between the inundated areas and the atmosphere, as well as the soil below. A set experiments has been prepare to support the development of the 2-way coupling, starting from re-evaporating from temporarily inundated areas. CAMA-Coupling of lakes and inundation require alignment with the Hydro branches. Here work in progress experiments:


1SurfaceivkrTCo3991980-2025pad_CY49R1_control_50R1_esuiteCONTROL

4 Layers as in 49r1 Oper. 
CAMA-Flood is coupled 1way

2Surfaceivk9
TCo3991980-2025pad_CY49R1_control_50R1_esuiteCAMA2WAYCAMA-Flood is coupled 2way with impact on Evaporation
3Surfaceiw03
TCo3991980-2025pad_CY49R1_control_50R1_esuiteCAMA2WAYCAMA-Flood is coupled 2way with impact on Evaporation, and with water extracted from rivers (LWEVAP=.true.)


A set of case studies is identified and the plan is to compare with the operational runs and the Atos DestinE Extremes DT run. The control TEST: Run ecLand/CaMa-Flood with SDFOR instead of SDOR can provide the starting point from both 9 and 4km coupled testing. Offline DestinE new experiments are also providing a useful batch.