Linked from

The 366 pages that link to Habitat fragmentation, each with the reason it gives.

• Protected areaRelated: Protected areas can limit habitat loss but may remain isolated within fragmented landscapes.

• DeforestationRelated: Deforestation can leave forest species in isolated patches with reduced habitat.

• Island biogeographyRelated: Habitat fragments can function like islands, though they differ in important ways.

• Wildlife corridorRelated: Fragmentation creates the barriers and isolation that corridors are designed to counter.

• Human–wildlife conflictRelated: Fragmented habitats can bring wildlife into farms, roads, and settlements.

• Urban sprawlRelated: Development at the urban fringe can split natural areas and disrupt wildlife movement.

• Wildlife conservationRelated: Fragmentation isolates populations and can make otherwise suitable habitat harder to reach.

• Tropical rainforestRelated: Roads and cleared land expose rainforest fragments to edge effects and isolation.

• Biodiversity lossRelated: Isolation restricts movement and gene flow between populations in separated habitat patches.

• Urban ecologyRelated: Roads and development can isolate urban habitat patches and restrict movement between them.

• Endangered speciesRelated: Fragmented habitat can isolate populations and increase their vulnerability to extinction.

• Gene flowRelated: Fragmentation can restrict movement and reduce gene flow among populations.

• ExtinctionRelated: Fragmentation restricts movement and gene flow, making local populations more vulnerable to disappearance.

• Land-use changeRelated: Conversion for farms, roads, and settlements can fragment habitats.

• Land-use planningRelated: Roads and development can break up ecosystems across a planned landscape.

• Population viability analysisRelated: Models can estimate how isolation and reduced habitat affect population persistence.

• Biodiversity conservationRelated: Fragmentation isolates populations and makes landscapes harder to conserve as connected systems.

• Pleistocene megafaunaRelated: Fragmented ranges could leave large animals with fewer resources and less room to move.

• Road ecologyRelated: Roads can split habitat and restrict movement between otherwise connected patches.

• AmphibianRelated: Fragmentation can restrict amphibian movement between breeding and terrestrial habitats.

• Land useRelated: Roads, farms, and development divide habitats and impede species movement.

• CanalRelated: Canal embankments and construction can divide habitats and alter wildlife movement.

• Differential erosionRelated: Erosion-created cliffs, gullies, and ridges can divide or connect habitats across a landscape.

• Extinction debtRelated: Fragmented habitat can leave populations alive but too small or isolated to persist.

• Amphibian conservationRelated: Fragmentation separates populations and limits movement between breeding and feeding habitats.

• Animal migrationRelated: Fragmented landscapes can block routes and separate migrants from essential stopovers.

• Desert ecologyRelated: Roads, development, and infrastructure can divide desert habitats and disrupt movement.

• Ex situ conservationRelated: Fragmentation can make wild populations vulnerable enough to prompt ex situ intervention.

• MetapopulationRelated: Fragmentation creates the spatial separation that makes patch connections consequential.

• Atlantic ForestRelated: Fragmentation isolates Atlantic Forest populations and changes ecological processes.

• Freshwater fishRelated: Barriers can isolate fish populations and prevent access to spawning or feeding grounds.

• Amphibian declineRelated: Isolation reduces movement and recolonization, leaving local amphibian populations more vulnerable.

• DispersalRelated: Fragmentation alters movement routes and the distance between destinations.

• Landscape ecologyRelated: Fragmentation changes patch size and isolation, altering persistence and movement.

• Pearl River DeltaRelated: Urban and industrial expansion has divided wetlands and other delta habitats.

• MicroclimateRelated: Fragment edges experience altered light, temperature, and moisture compared with habitat interiors.

• Pollinator declineRelated: Fragmented landscapes reduce nesting sites and separate pollinators from flowering resources.

• Brown bearRelated: Fragmented landscapes can restrict bear movement and isolate populations.

• Cloud forestRelated: Fragmented mountain forests leave moisture-dependent species with fewer routes to shift upslope.

• HabitatRelated: Fragmentation changes habitat size, connectivity, and exposure to surrounding land.

• Host plantRelated: Fragmentation can separate insects from host plants needed for feeding or reproduction.

• Inland waterway transportRelated: Locks, dams, and channel modifications can obstruct aquatic species movement.

• Old World monkeyRelated: Fragmented forests isolate populations and restrict movement for many species.

• African wild dogRelated: Fragmented landscapes restrict dispersal between wild dog packs.

• Minimum viable populationRelated: Fragmentation can shrink populations and disrupt the dispersal that supports persistence.

• Carboniferous rainforest collapseRelated: The collapse left formerly connected rainforest ecosystems increasingly isolated.

• Edge effectsRelated: Fragmentation creates more boundary relative to interior habitat.

• Extinction riskRelated: Fragmentation isolates populations and can increase local extinction risk.

• HummingbirdRelated: Fragmented landscapes can limit access to flowers, nesting sites, and migration stopovers.

• MyrmecophagyRelated: Large, specialized foragers can lose access to suitable feeding grounds when habitats fragment.