Understanding the interplay between belowground, trunk, and canopy hydraulics is crucial to grasp how grapevines ( Vitis vinifera ) adapt...

Understanding how soil influences plant water use is critical for predicting ecosystem responses to drought and climate change. Our...

Louvain-la-Neuve, 14th October 2024—Louis Delval has successfully defended his PhD thesis titled "Quantifying Soil-Grapevine Hydraulics...

The 1st International Summer school on advanced soil physics “Modeling Water Transport in the Soil-Plant System'' will be held at...

Meaningful assessment of pesticide fate in soils and plants is based on fate models that represent all relevant processes. With...

When soils dry out, their hydraulic conductivity decreases, which generates more negative tension in transpiring plants. In this review,...