Linked from

The 16 pages that link to Drought stress, each with the reason it gives.

• XylemRelated: Drought increases tension in xylem and can impair water delivery.

• Drought toleranceNarrower topic: It is the environmental challenge against which drought tolerance is assessed.

• DesiccationRelated: It connects water loss in organisms to the wider effects of dry environments.

• Forest carbon cycleRelated: Drought can suppress tree growth, increase mortality, and alter carbon exchange.

• Abscisic acidRelated: Drought often raises abscisic acid levels and activates water-conserving responses.

• Forest diebackRelated: Prolonged water shortage can disrupt tree water transport and trigger widespread mortality.

• Climate change and forestsRelated: Reduced soil moisture limits tree growth and can weaken defenses against pests.

• River red gumRelated: Long dry periods can weaken river red gums and reduce canopy condition.

• Abies albaRelated: Periods of low soil moisture can reduce growth and damage silver fir stands.

• EndodermisRelated: Endodermal barrier properties can change as roots respond to limited water.

• Fusarium wiltCompared with: Drought also causes wilting, but lacks the infectious cause and vascular colonization of Fusarium wilt.

• Picea abiesRelated: Prolonged drought can weaken Norway spruce and increase its vulnerability to pests.

• Pinus pineaRelated: Prolonged drought can reduce cone development and challenge stone pine plantations.

• Abies grandisRelated: Grand fir growth and survival can decline when dry conditions persist.

• Fagus sylvaticaRelated: Severe drought can damage European beech, especially near the warm and dry edges of its range.

• Seasonal tropical forestRelated: Dry-season water deficits constrain tree growth and influence which species persist.