Which risk increases when a tree experiences reduced stomatal conductance?

💡 Explanation

Xylem cavitation increases because reduced stomatal conductance hinders transpiration influencing the cohesion-tension mechanism. Lack of sufficient water movement increases tension within the xylem, therefore creating a risk of forming cavitation bubbles, rather than reduced photorespiration or enhanced water absorption.

• Which gas exchange outcome occurs in succulents when CAM pathway stomata open at night?
• Which mechanism causes rapid ATP depletion from active muscle tissue during intense cold exposure and shivering thermogenesis?
• Which outcome occurs when soil undergoes compaction around legume roots?
• Which physiological outcome arises when a non-venomous viceroy butterfly shares coloration patterns with a monarch butterfly that uses aposmatism?
• Which outcome occurs when Indigo Buntings raised indoors are seasonally exposed only to artificial, static light?
• Which risk increases for sea turtle hatchlings migrating near coastal power lines?