In this study we review the state of the art of different physiologically-based water-saving
irrigation strategies and methods used to improve productive water use efficiency (WUE …

The leaf of a deciduous species completes its life cycle in a few months. During leaf
maturation, osmolyte accumulation leads to a significant reduction of the turgor loss point …

Grapevine simulation models are mostly used to estimate plant development, growth and
yield at plot scale. However, the spatial variability of pedologic and micro-climatic conditions …

Estimating vine water status is essential for achieving the desired balance between wine
grape quality and yield in viticulture management and irrigation planning. The growing …

Daily or weekly irrigation monitoring conducted per sub-field or management zone is an
important factor in vine irrigation decision-making. The objective is to determine the crop …

The strong societal demand to reduce pesticide use and adaptation to climate change
challenges the capacities of phenoty** new varieties in the vineyard. High-throughput …

Vineyard irrigation management relies on accurate assessment of crop evapotranspiration
(ET c). ET c is affected by the by type of plant, its physiological properties, and …

Majority of viticulture regions are located in mid-latitudes characterized by weather variability
and stressful environments relying on irrigation for mitigating environmental stress during …

'Malbec'grapevines commonly have high yield, thus intermittently negatively affecting wine
quality parameters. Here, we describe the use of late shoot pruning (LSP) practice applied …

Assessing the interrelationships between belowground, trunk and canopy hydraulics, under
various edaphic conditions, is essential to enhance understanding of how grapevine (Vitis …