Linked from

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

• Seed dispersalRelated: Restoration projects often introduce seeds or restore processes that spread them.

• Conservation biologyRelated: Restoration repairs ecological functions and habitats that conservation seeks to sustain.

• Biological pest controlRelated: Restoration may rebuild native enemy communities, while pest control focuses on suppressing target pests.

• MycorrhizaRelated: Restoration projects may use native mycorrhizal fungi to support plant establishment in depleted soils.

• Food webRelated: Restoration often aims to rebuild missing species interactions as well as populations.

• Biodiversity lossRelated: Restoration can rebuild habitat and ecological functions after degradation.

• Ecological successionRelated: Restoration projects often guide or accelerate successional change.

• Urban ecologyRelated: Restoration can improve the condition of urban streams, wetlands, and other disturbed sites.

• Wildlife managementRelated: Restoring ecological processes can change what wildlife goals and interventions are appropriate.

• Bird conservationRelated: Restoring suitable habitat can reverse a major cause of bird decline.

• Biodiversity conservationRelated: Restoration repairs damaged habitats when protection alone cannot recover ecological function.

• Freshwater ecosystemRelated: Restoration projects often rebuild freshwater habitat and recover native communities.

• Landscape architectureRelated: Restoration methods help landscapes support native species and recover ecological functions.

• Seed bankRelated: Locally appropriate stored seeds can help re-establish native plant communities.

• Ecological resilienceRelated: Restoration can rebuild conditions and feedbacks that support resilience.

• FrugivoryRelated: Restoration can use frugivores and their seed-transport behavior to support natural regeneration.

• Nature-based solutionsRelated: Restoration is one route for rebuilding the functions these solutions depend on.

• EcosystemRelated: Restoration applies ecological knowledge to recover ecosystem structure and function.

• Extinction debtRelated: Restoration may reduce future losses if it occurs before remnant populations disappear.

• Ecosystem engineeringRelated: Restoration projects sometimes reintroduce or encourage organisms whose engineering rebuilds habitat.

• FrugivoreRelated: Restoration can depend on frugivores bringing seeds into recovering sites.

• Managed retreatRelated: Vacated land may be restored to wetlands, dunes, or other habitats that also reduce hazard exposure.

• Fish stockingRelated: Stocking is sometimes used as one intervention in restoring depleted fish populations.

• Pollinator declineRelated: Restoring diverse habitats can rebuild nesting sites and season-long floral resources.

• Assisted migrationRelated: Assisted migration can be incorporated into restoration when local species are unlikely to persist.

• Biodiversity monitoringRelated: Monitoring tracks whether restoration produces lasting biological recovery.

• HabitatRelated: Restoration can recover habitat structure and ecological functions.

• Clonal colonyRelated: Clonal plants can stabilize soils and rapidly establish vegetation in restoration projects.

• De-extinctionRelated: A proxy cannot restore ecological functions if the habitat and its conditions have disappeared.

• Aquatic ecosystemRelated: Restoration can rebuild habitat structure and ecological processes in damaged waters.

• Plant successionRelated: Restoration projects use successional processes to guide or accelerate vegetation recovery.

• Wind dispersalRelated: Restoration plans account for whether desired plants can arrive naturally by wind.

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

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

• 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.

• 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.

• 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.

• 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.

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