Using Open Meteo as source for weather data
A new filter for reading the hourly data from the archive of 80 years of data from the planet is implemented. This make it easy to download data as a csv-file that can be converted […]
A new filter for reading the hourly data from the archive of 80 years of data from the planet is implemented. This make it easy to download data as a csv-file that can be converted […]
2 New video to help new users to learn how to use the CoupModel from start is made available on you tube. The first is about how to install the model and the second is […]
New variables to check and follow the turnover of carbon and nitrogen from seed to harvest and return to soil as litter are introduced and a number of bugs have been removed in connection to […]
New features for settings of Criteria for creating Ensembles prior start of simulation Most impotant advantage with this feature is that you can easily define many ensembles to test the performance and check various combination […]
A major update of the methane submodel is the most important change but besides that many minor issues are also updated and bugs have been removed. The methane submodel which is part of the GasModule […]
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 Growth Stage Index was reset to 0 instead of the Min_GSI parameter as specified in the parameter table Plant Behaviour. This caused strange behaviour since the Canopy Height Variable is assigned to 0 when […]
The purpose of the preperiod for simulation is that the initial values can be set prior the normal period of interest. This corresponds to what is commonly understood as a spin up period. Unfortunately this […]
An updated version has fixed bugs The Year scale when tranforming a PG-bin file date/time to year for some plotting is fixed 2) A misleading message about missing PG-files was showing up when creating new […]
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. […]