Rising global air temperatures will lead to an increased evapotranspiration and altered
precipitation pattern. In many regions this may result in a negative water balance during the …

Spectral-based vegetation indices (VI) have been shown to be good proxies of grapevine
stem water potential (Ψstem), assisting in irrigation decision-making for commercial …

In the future drought events are expected to occur more frequently, with unpredictable rain
and heat events. In current research we investigated how different water availability patterns …

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 …

The interactions between temperature, relative humidity, radiation, wind speed and their
effect on plant transpiration in the context of water consumption for irrigation purposes have …

Despite Vitis vinifera L. is a drought-tolerant species—rainfed traditionally grown in a very
diversity of climates—irrigation has more and more become a usual practice aimed to obtain …

Climate change has posed mammoth challenges for the global viticulture, and almost all the
growing regions are facing the mounting pressure exerted owing to this unchecked climatic …

Perennial plants perpetually adapt to environmental changes in complex and yet
insufficiently understood manner. We aimed to separate the intra-seasonal temperature …

The effect of nitrogen (N) nutrition on grapevine carbon (C) dynamics has been well studied
at the annual scale, but poorly addressed at a pluriannual timescale. The aim of this study …

Testou-se a capacidade do modelo SIMDualKc para a modelação do uso da água e da
evapotranspiração cultural (ET c) em cobertos lenhosos descontínuos, em consociações de …