Soil Surface Management and Water Regime of Vineyards

This paper analyzes how adaptive soil surface management strategies in Mediterranean vineyards can stabilize water balance and agronomic performance under varying rainfall, reducing runoff compared to continuous approaches.

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Description détaillée

The study examines the impact of soil surface management on vineyard water regimes in Mediterranean climates with high inter-annual rainfall variability. Using a simulation-based design, it compares continuous management strategies, such as permanent tillage or cover cropping, with adaptive approaches that adjust the type, timing, and frequency of interventions based on climatic conditions. Results show that adaptive strategies can stabilize both agronomic outputs—yield and grape quality—and environmental outcomes, notably by reducing runoff, across contrasting years. The paper highlights the need to account for winter water recharge and soil depth, demonstrating that flexible soil maintenance enhances water use efficiency and performance stability in vineyards.

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Information détaillée sur la contribution

Projet

Innovations agronomiques

Innovations agronomiques

Localisation
France
Auteurs
Christian GARY, Rémi GAUDIN et Aurélie METAY
Objectif
Adopt innovative practices

Type de fichier
document
Publié sur
01 juil. 2014
Langue originale
French
Site officiel du projet
Innovations agronomiques
License
CC BY