CRITERIA-1D Crop development and water balance ...
The CRITERIA-1D (Consoli et al., 2016) model computes the crop development and the dynamics of soil water fluxes in agricultural soils, the model is driven by daily weather data, namely minimum and maximum temperature, precipitation and, if available, hypodermic water table depth. CRITERIA-1D assumes a multi-layered soil and computes daily actual evaporation and transpiration, water flows among soil layers, deep drainage, surface and subsurface flows. The soil water retention and hydraulic conductivity are described by a modified version of van Genuchten–Mualem model (Chitu et al., 2020).
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Distribution Format | HTML |
License | Creative Commons Attribution 4.0 International (CC BY 4.0) LINK |
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Last updated | unknown |
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Format | HTML |
Created | over 3 years ago |
distribution format | HTML |
format | HTML |
id | dd442afc-40cc-436c-828f-d52f046430fd |
license type | https://w3id.org/italia/controlled-vocabulary/licences/A21_CCBY40 |
package id | 1c68d20a-a15b-430a-8bb2-07954e40ca1d |
revision id | e9e522e9-149d-4478-8153-af8fe46208a2 |
state | active |