Linked from

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

• Arbuscular mycorrhizaRelated: Mycorrhizal fungi can influence establishment of plants in restored soils.

• Coastal wetlandRelated: Restoration can reestablish tidal flows and vegetation in altered wetlands.

• Habitat destructionCompared with: Restoration attempts to rebuild ecological functions and habitat conditions after damage.

• Natura 2000Related: Restoration can help recover habitats and species in parts of the network.

• Wilderness areaRelated: Restoration sometimes conflicts with the goal of allowing natural processes to proceed unaided.

• Wildlife habitatBroader topic: Restoration rebuilds the conditions and resources wildlife needs.

• Aldo LeopoldRelated: Leopold’s work restoring a Wisconsin farm exemplified practical care for land.

• Cavity-nesting birdRelated: Restoration can increase the supply of suitable nesting cavities over time.

• Nature conservationRelated: Restoration repairs habitats whose condition limits biodiversity and natural processes.

• Nest boxRelated: Boxes provide a narrow habitat feature rather than restoring the full ecosystem.

• Snake conservationRelated: Restoring native habitat can rebuild the shelter and prey resources snakes need.

• Aquatic ecologyRelated: Uses ecological evidence to guide recovery of aquatic habitats and communities.

• CaatingaNarrower topic: Caatinga restoration is one regional application of this broader practice.

• Community (ecology)Related: Restoration aims to re-establish communities and the processes that sustain them.

• EcocentrismRelated: Restoration can prioritize ecosystem health and processes as ends in themselves.

• FynbosRelated: Restoring fynbos often requires invasive-plant removal and careful management of fire and native seed sources.

• Garden designCompared with: Restoration begins with ecosystem recovery, whereas garden design may prioritize human use or visual composition.

• HeathlandRelated: Restoration can recreate heathland where drainage, cultivation, or woodland planting removed it.

• MyrmecochoryRelated: Understanding ant dispersal can inform efforts to restore plant communities.

• Nature (natural world)Related: It uses knowledge of natural processes to help ecosystems recover.

• Plant conservationRelated: Restoration can rebuild plant communities after habitat loss or disturbance.

• TransplantingNarrower topic: Restoration projects may transplant native plants to re-establish local vegetation.

• Ecological integrityRelated: Restoration can aim to recover native composition, ecological processes, and relationships.

• GeoconservationCompared with: Restoration targets ecological recovery, whereas geoconservation may preserve natural geological change.

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

• Grassland restorationNarrower topic: Grassland restoration is the ecosystem-specific application of this broader practice.

• 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.

• Butterfly gardeningNarrower topic: Butterfly gardening can contribute locally to broader efforts to restore ecological function.

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

• Ocean conservationNarrower topic: It provides a broader framework for repairing damaged marine habitats and ecological functions.

• 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.

• WētāNarrower topic: Habitat restoration rebuilds the food and shelter resources wētā depend on.

• Environmental degradationCompared with: Restoration addresses damage by supporting ecosystem recovery rather than merely limiting new harm.

• 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.