Few attempts have been made to study the alleviating effects of signal molecules on
zoysiagrass (Zoysia japonica) under drought stress. Calcium chloride has been shown to …

Leaf water uptake (LWU) has been observed in plants of different ecosystems and this
process is distinct among different species. Four plant species from the Brazilian fog …

Foliar water uptake (FWU) is one of the primary water sources for desert plants. Desert
plants' water uptake capacity is essential in maintaining the balance of carbon and water …

The ability of leaves to absorb fog water can positively contribute to the water and carbon
balance of plants in montane ecosystems, especially in periods of soil water deficit …

Urban vegetation can influence urban hydrology and reduce the risk of flooding. Urban
forestry studies have suggested that tree type and species choice affect the amount of …

Foliar water uptake (FWU) is considered to be a common phenomenon in most terrestrial
plants. As a supplementary water source, it plays an important role in the growth and …

Andean ecosystems are characterized by high humidity, mainly from rain and fog events.
Because of differences in altitude two Andean ecosystems–sub‐Andean forest and Páramo …

In arid ecosystems, foliar water uptake (FWU) plays an important role in improving plant
physiological performance. However, the structural and physiological response mechanism …

Premise Fog is a frequent event in Brazilian rupestrian field and plays an important role in
the physiology of several plant species. Foliar water uptake (FWU) of fog may be fast or slow …

There is growing evidence that foliar water uptake (FWU) positively contributes to the water
status of plants. However, the morpho-anatomical traits and the mechanisms responsible for …