Add to ORKGThe underlying measurements for predicting the hydraulic per-formance of a woody species under drought stress have always been tricky. We are still lacking standard protocols for estimat-ing hydraulic functioning of woody stems, and the discussion on the most suitable method for estimating vulnerability to cavitation in long-vesseled angiosperm species, which started some years ago, has not reached a consensus yet (Cochar
he reliability of a double-ended pressure sleeve technique was evaluated on three woody angiosperm s...
Root vulnerability to cavitation is challenging to measure and under-represented in current datasets...
The vascular system of grapevine has been reported as being highly vulnerable, even though grapevine...
The underlying measurements for predicting the hydraulic per-formance of a woody species under droug...
The hydraulic performance of woody species during drought is currently of high interest in the conte...
Drought vulnerability of trees and other woody plants is much debated in the context of climate chan...
Times Cited: 0Xylem cavitation resistance has profound implications for plant physiology and ecology...
lant drought responses are still not fully understood. Improved knowledge on drought responses is, h...
Xylem cavitation resistance has profound implications for plant physiology and ecology. This process...
consistently overestimates vulnerability to water stress-induced cavitation in grapevines as confirm...
Among woody plants, grapevines are often described as highly vulnerable to water-stress induced cavi...
Maintaining xylem water transport under drought is vital for plants, but xylem failure does occur wh...
Water transport from soils to the atmosphere is critical for plant growth and survival. However, we ...
Xylem vulnerability to cavitation is a key parameter in understanding drought resistance of trees. W...
Three methods are in widespread use to build vulnerability curves (VCs) to cavitation. The bench dry...
he reliability of a double-ended pressure sleeve technique was evaluated on three woody angiosperm s...
Root vulnerability to cavitation is challenging to measure and under-represented in current datasets...
The vascular system of grapevine has been reported as being highly vulnerable, even though grapevine...
The underlying measurements for predicting the hydraulic per-formance of a woody species under droug...
The hydraulic performance of woody species during drought is currently of high interest in the conte...
Drought vulnerability of trees and other woody plants is much debated in the context of climate chan...
Times Cited: 0Xylem cavitation resistance has profound implications for plant physiology and ecology...
lant drought responses are still not fully understood. Improved knowledge on drought responses is, h...
Xylem cavitation resistance has profound implications for plant physiology and ecology. This process...
consistently overestimates vulnerability to water stress-induced cavitation in grapevines as confirm...
Among woody plants, grapevines are often described as highly vulnerable to water-stress induced cavi...
Maintaining xylem water transport under drought is vital for plants, but xylem failure does occur wh...
Water transport from soils to the atmosphere is critical for plant growth and survival. However, we ...
Xylem vulnerability to cavitation is a key parameter in understanding drought resistance of trees. W...
Three methods are in widespread use to build vulnerability curves (VCs) to cavitation. The bench dry...
he reliability of a double-ended pressure sleeve technique was evaluated on three woody angiosperm s...
Root vulnerability to cavitation is challenging to measure and under-represented in current datasets...
The vascular system of grapevine has been reported as being highly vulnerable, even though grapevine...