In the context of climate change and of agriculture increasingly relying on groundwater irrigation, it is crucial to develop reliable methods for sustainability assessment of current and alternative agricultural systems. The project will develop an integrated model (in agronomy, hydrogeology and economics) and scenarios of evolution of agricultural systems and water management policies will be tested both at the farm scale and the watershed scale in the case of an experimental watershed in Peninsular India. A methodology combining remote sensing, field surveys and inverse modelling for retrieving spatially distributed relevant biophysical parameters, determining factors of cropping systems and socio-economics will be developed. A farmer decision model will be developed to investigate the farming system adaptability to changing climate and economic context.

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eng

Champs de la table attributaire

ID: numéro identifiant

Longueur: longueur du segment en mètre

CodeHydro: code hydrologique du cours d'eau (BD Carthage)

ZoneEtude: cours d'eau situé sur la zone d'étude

Régulier: cours d'eau alimenté plus de huit mois dans l'année

(NA: non renseigné)

genealogie bidon

fre

441894c8-4a05-436a-b849-6d83f8d08bce

ISO 19115:2003/19139

1.0