Linked from

The 113 pages that link to Ecosystem service, each with the reason it gives.

• BiodiversityRelated: This framework connects biodiversity to human well-being and decisions about nature.

• Ecological restorationRelated: Restoration can recover services, though service gains do not always match biodiversity goals.

• Biodiversity lossRelated: Biodiversity loss can weaken the ecological processes that sustain these benefits.

• Urban ecologyRelated: This framework links urban ecological processes to benefits such as shade and water regulation.

• Land-use changeRelated: Land transitions can strengthen some ecosystem benefits while diminishing others.

• Environmental flowRelated: Environmental flows can sustain river benefits such as fisheries, water quality, and floodplain productivity.

• National parkRelated: Parks can protect ecological processes that support people beyond park borders.

• Biodiversity conservationRelated: This framework makes human dependence on functioning ecosystems explicit in conservation decisions.

• Forest restorationRelated: Projects framed around services may prioritize benefits differently from projects centered on native biodiversity.

• AmphibianRelated: Amphibians consume many invertebrates and serve as prey for other wildlife.

• Land useRelated: Land-use choices affect the ecological processes that supply these benefits.

• EcologyRelated: Ecological processes underpin many benefits that human societies rely on.

• AnthropocentrismRelated: The concept makes nature legible through benefits to humans, while informing conservation decisions.

• Blue carbonRelated: Carbon storage is one benefit among the wider services supplied by blue-carbon habitats.

• EcosystemRelated: This framework connects ecosystem processes to benefits and costs for people.

• Ecosystem engineerRelated: Engineered wetlands and reefs can influence services such as water regulation and coastal protection.

• Ecosystem engineeringRelated: Engineering can affect services such as flood buffering, water filtration, and coastal protection.

• Wildlife traffickingRelated: Wildlife losses can disrupt ecological processes that support these benefits.

• IntercroppingRelated: Intercrops can provide services such as erosion control or pest regulation alongside harvests.

• Regenerative agricultureRelated: Regenerative farming seeks to sustain production alongside ecological functions.

• Forest degradationRelated: Forest condition influences services such as clean water, local climate regulation, and livelihoods.

• Coastal squeezeRelated: Squeezed habitats may provide less flood protection, nursery habitat, and carbon storage.

• Earth system scienceRelated: System interactions shape the ecological processes that sustain these benefits.

• Ecological economicsRelated: They make visible how economies depend on ecological functions that markets often omit.

• Restoration ecologyRelated: Projects may track services such as water regulation alongside ecological goals.

• Aquatic ecosystemRelated: Valuing aquatic benefits raises questions about which ecological changes matter and to whom.

• Illegal wildlife tradeRelated: Wildlife depletion can disrupt ecological functions that support human livelihoods.

• Land sparingRelated: Land-use choices affect services supplied by both farms and spared habitat.

• Seabird conservationRelated: Seabirds transport nutrients and support cultural and economic values around coastal communities.

• EntomologyRelated: Insects provide services that support food production and ecosystem function.

• PolycultureRelated: Polyculture may support services such as pollination, pest regulation, and soil protection.

• Sacred grovesRelated: Groves may provide practical benefits alongside their sacred significance.

• Flying squirrelRelated: Flying squirrels transport fungal spores that contribute to forest nutrient relationships.

• Habitat destructionRelated: Destroying natural environments can impair services on which human communities depend.

• Protected area managementRelated: Protected areas can sustain benefits that extend well beyond their boundaries.

• Sustainable useRelated: Resource use depends on ecological benefits that extraction can either maintain or impair.

• Wildlife habitatRelated: Wildlife habitat can sustain ecological processes that benefit people.

• BiosphereRelated: This framework links biospheric processes to human well-being and decision-making.

• Nature conservationRelated: Healthy ecosystems can sustain benefits that conservation helps maintain.

• Integrated multi-trophic aquacultureRelated: The system may provide food while also producing nutrient-regulation benefits.

• Mesoamerican Biological CorridorRelated: The initiative can conserve ecological functions on which communities depend.

• Nature (natural world)Related: It describes how human well-being depends on ecological functions.

• Plant conservationRelated: Plant conservation helps sustain services provided by plant communities.

• Crop diversificationRelated: Crop mixtures can support services that simplify or uniform cropping systems may reduce.

• Natural resourceRelated: Some resources matter through ecological functions, not just harvested materials.

• Ocean conservationRelated: Healthy oceans support benefits that conservation seeks to maintain.

• River red gumRelated: River red gum forests provide habitat, shade, and riverine ecosystem functions.

• Andean condorRelated: By consuming carcasses, condors help remove animal remains from landscapes.

• Tropical forest conservationRelated: Forest protection can sustain water regulation, climate moderation, and resources used by nearby communities.

• Environmental protectionRelated: Environmental damage can undermine natural systems that support human life.