Première version sur la plateforme BioRxiv au lien suivant : http://www.biorxiv.org/content/early/2017/01/10/099531Stomata play a significant role in the Earth’s water and carbon cycles, by regulating gaseousexchanges between the plant and the atmosphere. Under drought conditions, stomatal control oftranspiration has long been thought to be closely coordinated with the decrease in hydrauliccapacity (hydraulic failure due to xylem embolism). We tested this hypothesis by coupling a metaanalysisof functional traits related to the stomatal response to drought and embolism resistancewith simulations from a soil–plant hydraulic model. We report here a previously unreported phenomenon:the existence of an absolute limit by which stomata closure m...
Attempts to understand mechanisms underlying plant mortality during drought have led to the emergenc...
• Background and Aims Stomatal closure allows plants to promptly respond to water shortage. Although...
Water saving under drought stress is assured by stomatal closure driven by active (ABA-mediated) and...
Première version sur la plateforme BioRxiv au lien suivant : http://www.biorxiv.org/content/early/...
The current trend towards linking stomata regulation to plant hydraulics emphasizes the role of xyle...
It's commonly accepted that the universal trade-off between water saving and CO2 capture driven by s...
Drought negatively impacts plant growth and survival. The ability to maintain hydraulic functionalit...
Drought-induced tree mortality alters forest structure and function, yet our ability to predict when...
Drought represents a major abiotic constraint to plant growth and survival. On the one hand, plants ...
Isohydry (maintenance of plant water potential at the cost of carbon gain) and anisohydry (gas excha...
Drought represents a major abiotic constraint to plant growth and survival. On the one hand, plants ...
Plants are continuously subject to changes in climate and soil conditions and their ability to promp...
Drought represents a major abiotic constraint to plant growth and survival. On one hand, plants keep...
Understanding stomatal regulation during drought is essential to correctly predict vegetation-atmosp...
The ability to resist hydraulic dysfunction in leaves, stems, and roots strongly influences whether ...
Attempts to understand mechanisms underlying plant mortality during drought have led to the emergenc...
• Background and Aims Stomatal closure allows plants to promptly respond to water shortage. Although...
Water saving under drought stress is assured by stomatal closure driven by active (ABA-mediated) and...
Première version sur la plateforme BioRxiv au lien suivant : http://www.biorxiv.org/content/early/...
The current trend towards linking stomata regulation to plant hydraulics emphasizes the role of xyle...
It's commonly accepted that the universal trade-off between water saving and CO2 capture driven by s...
Drought negatively impacts plant growth and survival. The ability to maintain hydraulic functionalit...
Drought-induced tree mortality alters forest structure and function, yet our ability to predict when...
Drought represents a major abiotic constraint to plant growth and survival. On the one hand, plants ...
Isohydry (maintenance of plant water potential at the cost of carbon gain) and anisohydry (gas excha...
Drought represents a major abiotic constraint to plant growth and survival. On the one hand, plants ...
Plants are continuously subject to changes in climate and soil conditions and their ability to promp...
Drought represents a major abiotic constraint to plant growth and survival. On one hand, plants keep...
Understanding stomatal regulation during drought is essential to correctly predict vegetation-atmosp...
The ability to resist hydraulic dysfunction in leaves, stems, and roots strongly influences whether ...
Attempts to understand mechanisms underlying plant mortality during drought have led to the emergenc...
• Background and Aims Stomatal closure allows plants to promptly respond to water shortage. Although...
Water saving under drought stress is assured by stomatal closure driven by active (ABA-mediated) and...