125x Filetype PPTX File size 0.65 MB Source: presentations.copernicus.org
T Daily Meteo data: Soil: Crop: Management: T (min and max) Sand, Silt, Clay % Type, Organic and Mineral N fertilization: air Organic carbon Gross CO Absorption type, timing, amount, NH -N/total N, U Solar Radiation 2 4 Rainfall Bulk Density Growing Degree Days*** mineralization rate, C/N ratio, NO -N and NH -N 3 4 P Wind speed* Initialization of C-pools Crop coefficient (Kc)*** fractions N Relative Humidity (min Water retention and Partitioning*** Irrigation: Amount and timing (fixed dates or as I and max)* conductivity curve parameters** C and N fraction in residues function of depletion) Decomposition rate of Tillage: timing, index of soil perturbation and residues layer mixing INPUT EVAPOTRANSPIRA TION MODULE Daily calculation of the Bulk Density CROP MODULE e t a d p u Daily calculation of the retention and y WATER BALANCE MODULE l i conductivity curve a D C, N MODULE DAILY OUPUT T Water: Crop: Soil: Soil water content Stem biomass Mineral Pools: NH -N, NO -N 4 3 U Drainage water Storage biomass Organic Pools: N-stable fraction, N-litter, P Reference Evapotranspiration Root biomass N-manure, C-stable fraction, C-litter, C- (ET0) Leaves biomass (green and manure T Crop Evapotranspiration (ETc) dead) N crop uptake Actual Evapotranspiration (ETa) Leaf Area Index U Harvest Index NO3-N leaching O Development stage N2O-N emissions from denitrification Water stress coefficient NH-N emissions from volatilization 4 Nitrogen stress coefficient CO emissions from organic pools Valkama et al, Geoderma (2020) 2 https://doi.org/10.1016/j.geoderma.2020.114298 decomposition Simulated conventional and organic crop rotations in plant and animal production farms 09/02/2 3 022
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