Using an original methodological and technical approach, we studied the real-time
dynamics of radial water transfer in roots and transpiration rate in intact maize plants in …

In this study, the effect of atmospheric carbon dioxide concentration increase on the
dynamics of radial intercellular water transfer in the root suction zone of intact maize plants …

The time dependent response of the hydrodynamic root system to PEG-induced water stress
was studied in intact maize Zea mays L. seedlings at intervals varying from several seconds …

The capacity of roots to take up water is determined in part by the resistance of living tissues
to radial water flow. Both the apoplastic and cell‐to‐cell paths mediate water transport in …

Water-transport pathways through the leaf are complex and include several checkpoints.
Some of these checkpoints exhibit dynamic behavior that may be regulated by aquaporins …

Drought is one of the most stressful conditions limiting plant yield around the world. Most
efforts have been made in studying how aerial parts contribute to plant drought tolerance …

Water is essential for life. The capacity of plants to tolerate droughts comes from the water
transport or from the water present in them but the level of water is altered according to the …

Soil water shortages can decrease root hydraulic conductivity and affect Ca uptake and
movement through the plant. In this study, the effects of extra Ca2+ applied in nutrient …

Water is one of the most critical resources limiting plant growth and crop productivity, and
root water uptake is an important aspect of plant physiology governing plant water use and …

A common effect of several abiotic stresses is to cause tissue dehydration. Such dehydration
is caused by the imbalance between root water uptake and leaf transpiration. Under some …