Abstract Background and Aims The effect of the timing of the initiation of irrigation during the
growing season on Vitis vinifera L. Cabernet Sauvignon vines was investigated during 5 …

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 …

The use of treated wastewater (TWW) for irrigation is constantly on the rise, while the long-
term impacts are not in consensus. In this study we examined the impact of 9 years of …

Numerous methodologies and technologies of varying levels of sophistication for irrigation
rate determination have been developed over the years to address limited irrigation water …

Plants require potassium (K) to support growth and regulate hydraulics. Yet, K's effects on
transpiration are still speculated. We hypothesized that K deficiency would limit grapevine …

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 …

Management zones (MZs) are efficient for applying site-specific management in agricultural
fields. This study proposes an approach for generating MZs using time-series clustering …

Seasonal grapevine crop coefficients (K c) were estimated from the shaded area (SA)
beneath grapevine canopies at solar noon in vineyards with different trellises and row …

The crop water stress index (CWSI) is widely used for assessing water status in vineyards,
but its accuracy can be compromised by various factors. Despite its known limitations, the …

Optimization of water inputs is possible through precision irrigation based on prescription
maps. The crop water stress index (CWSI) is an indicator of spatial and dynamic changes in …