The article discusses water transport in angiosperms and conifers, focusing on structural factors that influence a plant's resistance to xylem cavitation. Such cavitation increases resistance to water flow, places limits on gas exchange, and may lead to starvation or death of the plant. The paper describes the geometry, material components, and functions of the xylem. It notes that pit membranes facilitate water flow between cells, but restrict passage of gases and pathogens. The pit membranes also account for a large proportion of the hydraulic resistance exhibited by the xylem
Water deficit is considered the main limiting factor for the establishment, survival, and growth of ...
Major restrictions to the hydraulic conductance of xylem (KXYL) in vascular plants have traditionall...
Major restrictions to the hydraulic conductance of xylem (KXYL) in vascular plants have traditionall...
Water transport in conifers occurs through single-celled tracheids that are connected to one another...
Water transport in conifers occurs through single-celled tracheids that are connected to one another...
Resistance to water-stress induced cavitation is an important indicator of drought tolerance in wood...
Cavitation resistance is a key parameter to understand tree drought tolerance but little is known ab...
Bordered pits are cavities in the lignified cell walls of xylem conduits (vessels and tracheids) tha...
Drought-induced forest dieback has been widely reported over the last decades, and the evidence for ...
Recent evidence of ion-mediated changes in pit membrane porosity suggests that plants may modulate t...
Recent initiatives to improve global land surface models have focused on including understanding abo...
Cohesion-tension transport of water is an energetically efficient way to carry large amounts of wate...
Abstract Water deficit is considered the main limiting factor for the establishment, survival, and g...
The evolution of xylem vessels from tracheids is put forward as a key innovation that boosted hydrau...
Trees acclimate to changing environment. Water transport occurs under negative pressure from the roo...
Water deficit is considered the main limiting factor for the establishment, survival, and growth of ...
Major restrictions to the hydraulic conductance of xylem (KXYL) in vascular plants have traditionall...
Major restrictions to the hydraulic conductance of xylem (KXYL) in vascular plants have traditionall...
Water transport in conifers occurs through single-celled tracheids that are connected to one another...
Water transport in conifers occurs through single-celled tracheids that are connected to one another...
Resistance to water-stress induced cavitation is an important indicator of drought tolerance in wood...
Cavitation resistance is a key parameter to understand tree drought tolerance but little is known ab...
Bordered pits are cavities in the lignified cell walls of xylem conduits (vessels and tracheids) tha...
Drought-induced forest dieback has been widely reported over the last decades, and the evidence for ...
Recent evidence of ion-mediated changes in pit membrane porosity suggests that plants may modulate t...
Recent initiatives to improve global land surface models have focused on including understanding abo...
Cohesion-tension transport of water is an energetically efficient way to carry large amounts of wate...
Abstract Water deficit is considered the main limiting factor for the establishment, survival, and g...
The evolution of xylem vessels from tracheids is put forward as a key innovation that boosted hydrau...
Trees acclimate to changing environment. Water transport occurs under negative pressure from the roo...
Water deficit is considered the main limiting factor for the establishment, survival, and growth of ...
Major restrictions to the hydraulic conductance of xylem (KXYL) in vascular plants have traditionall...
Major restrictions to the hydraulic conductance of xylem (KXYL) in vascular plants have traditionall...