Linked from

The 155 pages that link to Biodiversity, each with the reason it gives.

• PollinationRelated: Pollination supports plant reproduction and the ecological relationships built around flowering plants.

• Ecosystem serviceRelated: Biodiversity supports ecosystem processes, though its value is not limited to human benefits.

• Crop rotationRelated: A broader crop mix can provide more varied habitats and resources on farmland.

• Urban ecologyRelated: Urban ecology measures how city conditions affect the variety of organisms and habitats.

• Keystone speciesRelated: Keystone effects are often identified by changes in local species diversity after a species is removed.

• GrasslandRelated: Grasslands support distinctive plant, insect, bird, and mammal communities.

• PeatlandRelated: Peatlands support specialized species adapted to waterlogged, nutrient-poor conditions.

• EcologyRelated: Ecological interactions help shape biodiversity and its distribution.

• Primary productionRelated: Differences in production help determine which species and ecological interactions an ecosystem can sustain.

• ReforestationRelated: Species composition and habitat quality determine how much biodiversity reforestation supports.

• PaleobiogeographyRelated: Past geographic changes help explain how present-day diversity arose and is distributed.

• Blue carbonRelated: Blue-carbon habitats also support diverse coastal species, making conservation benefits broader than carbon storage.

• EcosystemRelated: Biodiversity describes the variety of living components within and across ecosystems.

• Old-growth forestRelated: Old-growth features provide specialized habitat for species that depend on mature forest conditions.

• Riparian zoneRelated: The mix of water, land, and changing disturbance supports diverse communities.

• TranshumanceRelated: Seasonal grazing can maintain varied habitats, though outcomes depend on intensity and location.

• Ecosystem engineerRelated: New or altered habitats can change which species occur and how many coexist.

• Ecosystem engineeringRelated: Engineered structures can create, remove, or connect habitat for different species.

• PeatRelated: Peat deposits form distinctive habitats, and extraction can damage their species and ecological communities.

• IntercroppingRelated: Adding crop species changes field habitat and can support more varied biological communities.

• Deep ecologyRelated: The Deep Ecology Platform calls for protecting the richness and diversity of life.

• AntRelated: Ant diversity and abundance make them useful indicators of ecological change.

• SilvopastureRelated: Tree cover and managed pasture can create habitat features absent from treeless grazing land.

• TaxonRelated: Counts of recognized taxa shape estimates of biodiversity.

• Edge effectsRelated: Edge-associated gains in local species counts can coexist with losses of interior specialists.

• Perennial plantRelated: Perennial plant communities can support diverse organisms across seasons.

• Plant-based dietRelated: Food production choices can affect habitats and species diversity.

• PollinatorRelated: Pollinator activity supports reproduction in many wild plants and helps sustain diverse communities.

• Restoration ecologyRelated: Biodiversity is one dimension of recovery, though it does not by itself establish ecosystem function.

• Botanical gardenRelated: Gardens conserve and interpret plant diversity beyond the boundaries of natural habitats.

• Forest ecologyRelated: Its patterns and effects are central to understanding forest communities.

• Aquatic ecosystemRelated: Its measurement helps assess how aquatic communities respond to stress and conservation.

• NematodeRelated: Nematodes are exceptionally diverse and abundant in many ecosystems.

• Rotational grazingRelated: Grazing timing and intensity can shift plant and wildlife habitat conditions.

• WindbreakRelated: Planted barriers can provide habitat and movement routes for some wildlife.

• ForestryRelated: Species richness and habitat quality are central measures of forest conservation outcomes.

• Rangeland managementRelated: Grazing intensity and timing can reshape species composition and habitat structure.

• Wild boarRelated: In introduced ranges, boar predation and rooting can reduce native species and alter habitats.

• Forest certificationRelated: Forest standards often set requirements for conserving habitats and species.

• AnoxiaRelated: Persistent anoxia excludes many organisms and reshapes ecological communities.

• Coastal wetlandRelated: Wetland habitat mosaics sustain diverse plants, animals, and microbial communities.

• Forest diebackRelated: Dieback changes habitat and resources, benefiting some species while harming others.

• Sustainable useRelated: Sustainable use concerns not only harvested populations but also biological diversity.

• BiosphereRelated: Biodiversity measures a central dimension of the biosphere's living variety.

• GlyphosateRelated: Glyphosate-driven weed control can alter food and habitat available to other organisms.

• Mesopredator releaseRelated: Released mesopredators can reduce vulnerable prey and alter local species diversity.

• Natural History Museum, LondonRelated: The museum's biological collections document biodiversity across places and historical periods.

• RangelandRelated: Rangeland management influences habitat diversity and the species that depend on it.

• Sustainable harvestingRelated: Selective or excessive extraction can reduce species abundance and genetic diversity.

• EcocentrismRelated: Its conservation is a central practical concern where ecological wholes have moral value.