Linked from

The 66 pages that link to Ecological succession, each with the reason it gives.

• G. Evelyn HutchinsonRelated: Hutchinson treated succession as a problem requiring both historical explanation and ecological theory.

• Bill MollisonRelated: Mollison’s designs drew on succession to guide landscapes toward productive, stable states.

• Doñana National ParkRelated: Dune vegetation changes as sand moves and successive plant communities establish.

• Natural environmentRelated: Succession explains how communities and habitats change after disturbance or new formation.

• r/K selection theoryRelated: Successional stages have often been interpreted as shifting from ruderal toward competitive strategies.

• ShrublandRelated: Succession can move vegetation into or out of shrubland, depending on disturbance and conditions.

• Controlled burnRelated: Fire alters succession, and its absence can shift the habitats managers aim to restore.

• Masanobu FukuokaRelated: Fukuoka observed succession and used it to guide the recovery of neglected land.

• Alnus rubraRelated: Red alder rapidly establishes on disturbed ground and can prepare sites for later forest growth.

• Biological phenomenaBroader topic: It shows biological change unfolding across communities and habitats.

• CooloolaRelated: Vegetation changes as dunes stabilize and soils develop.

• GeobotanyRelated: Succession means a mapped plant community can reflect disturbance history as well as present conditions.

• Human activitiesCompared with: It shows how ecosystems change through internal dynamics as well as human disturbance.

• Marine coastal ecosystemRelated: New or disturbed coastal surfaces are recolonized through orderly, but context-dependent, change.

• MeadowRelated: Without recurring disturbance, shrubs and trees may replace open meadow vegetation.

• Tropical and subtropical grasslandsRelated: Changes in fire, grazing, and rainfall can shift grassland toward shrubland or woodland.