NORMAL RUN VEGETATION TYPE biome type - NON-WOODY woody type - DECIDUOUS photosyn.type - C3 PSN CALCULATION METHODS hydrology - DSSAT temperature - MuSo photosynthesis - Farquhar evapotranspiration - Penman-Montieth radiation - based on SWabs soilstress - based on VWC transfer period - EPC q10 value - temperature dependent photosyn. acclim. - yes respiration acclim. - yes CO2 conduct. effect - reduction DATA SOURCES SGS data - model estimation (with GSI method) EGS data - model estimation (with GSI method) WPM data - annual varying MSC data - constant management - NO groundwater - NO CRITICAL VWC (m3/m3) AND PSI (MPa) VALUES OF TOP SOIL LAYER saturation: 0.480 -0.0036 field capacity: 0.360 -0.0344 wilting point: 0.170 -0.4235 hygroscopic water: 0.076 -158.4893 bulk density: 1.520 Clapp-Hornberger b parameter: 5.390 LIMITATION VALUES OF SWC (m3/m3) IN TOP SOIL LAYER SWC (limit1 and limit2): 0.360 0.474 INFORMATION ABOUT SGS AND EGS VALUES (yday of onday and offday) SGS value (min and max): 9 72 EGS value (min and max): 322 363 SOME IMPORTANT ANNUAL OUTPUTS FROM LAST SIMULATION YEAR Cumulative sum of GPP [gC/m2/year]: 1659.7 Cumulative sum of NEE [gC/m2/year): -63.5 Cumulative sum of ET [kgH2O/m2/year): 536.0 Cumulative sum of N2O flux [gN/m2/year): 4.3 Maximum projected LAI [m2/m2): 4.35 Humus carbon content (in 0-30 cm soil layer) [%]: 2.70 SOM carbon content (in 0-30 cm soil layer) [%]: 3.34 SOM nitrogen content (in 0-30 cm soil layer) [%]: 0.43 Available soil ammonium content (0-30 cm) [mgN/kg soil]: 2.4 Available soil nitrate content (0-30 cm) [mgN/kg soil]: 3.1 VWC of rootzone on last simulation day [m3/m3]: 0.340 10-base logarithm of the maximum carbon balance diff.: -13.7 10-base logarithm of the maximum nitrogen balance diff.: -14.8 10-base logarithm of the maximum water balance diff.: -11.6 10-base logarithm of the C-N calc. numbering error: -13.8 WARNINGS Limited transpiration due to dry soil SIMULATION STATUS [0 - failure; 1 - success] 1