The generic tree-soil-crop interaction model WaNulCas for the evaluation of multi-species agro-ecosystems in the tropics : a case study with banane (<em>Musa</em> spp.)

When the model was driven by local meteorological observations, and local vegetation and soil texture observations, errors in ETR estimations were caused to a

Our goal was to parameterise the agro-ecosystem model CERES-EGC in order to estimate the daily NEP over crop rotations, assuming that the calibration against daily NEP data would

م لخد 24 اــم برــع ملكتــلمبا طبترــت ةــيلاعفنلاا ةــفيظولاف ،لاــصتلاا ةــيلمع تــسلا فئاــظولا هذــه دــستج وأ ةيكاردلإا ةفيظولاو ،تلااعفناو يرباعت

The lack of differences in the lower layer of forest soils may be due to similar soil organic matter contents in all stands and very slight differences in soil organic matter quality,

For example, over the past 15 years, the planting rate of rubber as main diversification crop for cocoa farmers in the department of Gagnoa, Côte d’Ivoire, tended to be

Intercropping has not been modelled extensively and models that simulate these cropping systems, such as STICS, have not often been evaluated for tropical conditions and for

WaNuLCAS was parameterised with soil and plant data collected in a previous study in Cameroon from 144 AFS distributed among three sites (Saj et al., 2017). The

Nevertheless, we identified 13 candidate regions potentially involved in the seedless pheno- type in banana, among which six appeared also significantly associated when analysing