Information about new model features
One Bug are related to the introduction to introduction of version 6 and may have large impacts on some perennial ecosystem simulation where nitrogen is a major growth regulator. So if you have current studies […]
The default option for estimating the soil thermal conductivy is based on Kerstens equation but also the Balland & Arp approach from 2005 (Modelling soil thermal conductivities over a wid range of conditions, J. Eng. […]
The new version 6.1.0 of the model includes a new option that allows simple extrapolation into the future based on the previous year. To perform such a simulation we need climate data from a complete […]
During GrainFilling with a change of GSI from 2 to 3. Allocation to Grain is governed by parameters to reallocate from Leaf, Stem and Root. This allocation rate is by a first order parameter for […]
The use of the newly introduced switch WaterUptakeFunction. For the new specific option for each plants now also the temperature impact on the water uptake is considered. In addition the Mass Balance Check for the […]
The Plant Mobile Pool is active for seasonal reallocation of Nitrogen and Phosphor. The New P model was using a common function to estimate C/P ratios and C/N ratios. However because of problems when the […]
Previous version only considered C Root and not C Old Root for estimating the root length. This is now changed so both Fine root pools are considered.
The growth stage funtion is now updated to the post harvest value (GSI Post Harvest) as assigned by the user from the plant behaviour Table During winter regulation of plant The GSI will be assigned […]
The Last stage of GSI from 3 to 4 according to the scale from full grain filling to a stage of harvest was previously regulated only by a time function. This step has now been […]
The new version is now including optional outputs to compare the global warming potential of greenhouse gas emissions using the conversion factor for CO2 equivalents. The recent factors are based on IPCC recommendation with 28 […]