Linked from

The 120 pages that link to Ecological restoration, each with the reason it gives.

• GlomeromycotaRelated: Introducing suitable mycorrhizal fungi can help restore plant–soil interactions at some sites.

• Insect conservationRelated: Restoring degraded sites can rebuild the resources insect populations need.

• Native speciesRelated: Restoration projects often use native species to recover regional ecological functions.

• Soil ecologyRelated: Restoration often depends on rebuilding soil communities and their interactions.

• Soil ecosystemRelated: Restoring soil conditions and biological communities can help reestablish ecosystem function.

• TranslocationRelated: Moving organisms can restore missing species and ecological interactions.

• VegetationRelated: Restoration often aims to re-establish characteristic native vegetation.

• NumbatRelated: Restoring woodland and ground cover improves conditions for numbat populations and their prey.

• PhytogeographyRelated: Historical plant distributions can inform choices about restoration targets and species.

• OtterRelated: Otter reintroductions have been used to restore predator-driven ecological processes.

• CarexRelated: Native Carex species are planted to rebuild wetland and shoreline communities.

• Environmental protectionRelated: Restoration repairs ecological damage that prevention alone cannot avoid.

• ProteaceaeRelated: Native Proteaceae species are used to re-establish vegetation in some Southern Hemisphere habitats.

• Aldabra giant tortoiseRelated: Tortoises have been introduced to islands to restore lost grazing and seed-dispersal functions.

• Chinese alligatorRelated: Restoring wetlands can improve the limited habitat available for wild alligators.

• Long Island SoundRelated: Restoration projects target wetlands, eelgrass, and other habitats around the Sound.

• Mascarene IslandsRelated: Restoration is central to rebuilding the islands’ fragmented native forests.

• Ulmus pumilaRelated: Removing established Siberian elm can be part of restoring invaded grasslands.

• Environmental philosophyRelated: Restoration forces decisions about historical baselines, human intervention, and what counts as ecological repair.

• Galápagos tortoiseRelated: Restoring island habitats supports tortoise populations alongside direct breeding and release programs.

• Landscape designRelated: Restoration projects use spatial design to support ecological recovery and public use.

• Acacia melanoxylonRelated: Planting blackwood can contribute to revegetation, though its suitability depends on local ecology.

• Acadia National ParkRelated: Restoration helps address habitat disruption and ecological change within the park.

• Amsterdam IslandRelated: Eradicating introduced animals has enabled native vegetation to recover.

• Controlled burnRelated: Fire can restore ecological processes disrupted by suppression or land-use change.

• Lar gibbonRelated: Restoring connected forest can improve habitat available to isolated lar gibbon groups.

• Alnus glutinosaRelated: Its rapid establishment and nitrogen enrichment make it useful in wetland restoration.

• Amazon parrotRelated: Restoring forest habitat supports wild populations beyond captive breeding efforts.

• BrackenRelated: Restoration projects may need to manage bracken before other vegetation can recover.

• BulbulRelated: Bulbul seed dispersal can support the return of native plants in recovering habitats.

• Coastal fishRelated: Restoring reefs, wetlands, or seagrass can recover fish habitat.

• Flora of Central EuropeRelated: Restoration raises practical questions about native species, reference conditions, and future climates.

• History of ecologyRelated: Restoration turns ecological knowledge into deliberate intervention in altered landscapes.

• Juniperus californicaRelated: Planting locally appropriate junipers can help restore native shrubland and woodland structure.

• Juniperus phoeniceaRelated: Its drought tolerance and coastal occurrence can make it relevant to restoring Mediterranean habitats.

• Multi-organism systemsRelated: Restoration often succeeds by reestablishing interactions, not merely adding individual species.

• PolylepisRelated: Restoration projects use native Polylepis to rebuild depleted high-Andean woodlands.

• Shelford's law of toleranceRelated: Restoration succeeds only when environmental conditions fall within the tolerances of target species.

• SolidagoRelated: Native goldenrods can establish in restoration sites and support local food webs.

• XanthorrhoeaRelated: Grass trees can be incorporated into restoration of suitable Australian heathland and woodland habitats.