Linked from

The 137 pages that link to Wildlife corridor, each with the reason it gives.

• Protected areaRelated: Corridors can connect protected areas and reduce isolation of their populations.

• Human–wildlife conflictRelated: Corridors can guide movement away from dangerous or heavily settled areas.

• Conservation biologyRelated: It applies connectivity principles to landscapes divided by roads, farms, or development.

• Wildlife conservationRelated: Corridors help animals move between protected habitats and maintain population connectivity.

• Biodiversity lossRelated: Corridors can restore movement and gene flow across fragmented landscapes.

• Camera trapRelated: Trap records at crossings can show which species use a corridor.

• Wildlife managementRelated: Habitat planning can maintain movement and gene flow between fragmented populations.

• Endangered speciesRelated: Corridors can reconnect isolated populations and support dispersal.

• Gene flowRelated: Corridors can enable dispersal and reproduction between fragmented populations.

• National parkRelated: Corridors can connect parks to larger habitats and reduce isolation of wildlife populations.

• Biodiversity conservationRelated: Corridors can reconnect populations divided by roads, farms, or development.

• Road ecologyRelated: Corridor planning can preserve landscape connectivity disrupted by road networks.

• PoachingRelated: Corridors support wildlife movement but can also require monitoring against illegal take.

• Urban wildlifeRelated: Greenways and waterways can connect otherwise isolated city habitats.

• EthologyRelated: Movement and habitat-use studies help assess whether corridors support animal behavior and dispersal.

• Amphibian conservationRelated: Corridors can reconnect amphibian habitats and support dispersal between populations.

• FrugivoreRelated: Connected habitats let mobile frugivores carry seeds across fragmented landscapes.

• MetapopulationRelated: Corridors can increase dispersal and reconnect local populations.

• Home rangeRelated: Corridors can connect home ranges separated by roads or developed land.

• Marine mammal conservationRelated: Protecting movement routes helps maintain access to seasonal habitats and breeding grounds.

• Riparian bufferRelated: Continuous riparian vegetation can connect otherwise separated habitats along waterways.

• Seasonal migrationRelated: Habitat connectivity can determine whether seasonal animal routes remain usable.

• Brown bearRelated: Corridors can help brown bears cross developed landscapes and maintain gene flow between populations.

• Trophy huntingRelated: Hunting revenue can be used to maintain habitat beyond protected-area boundaries, including movement corridors.

• African savannaRelated: Corridors help migratory and wide-ranging savanna animals persist across fragmented landscapes.

• African wild dogRelated: Corridors can connect ranges and support movement between populations.

• Wildlife tourismRelated: Corridors can guide animal movement across landscapes used by wildlife tourism.

• Edge effectsRelated: Corridors can improve movement between patches, though their own edges may expose organisms to risk.

• CoyoteRelated: Connectivity affects coyote movement through fragmented and developed landscapes.

• Forest ecologyRelated: Connectivity can sustain movement and gene flow across fragmented forest landscapes.

• Satellite telemetryRelated: Tracking data can identify movement routes that conservation plans need to keep connected.

• Wildlife monitoringRelated: Monitoring movement and occupancy can show whether a corridor connects populations.

• EcotoneRelated: Corridors can link ecotones and help species track shifting environmental conditions.

• HedgeRelated: Connected hedges can link habitats across farmland and settlements.

• Temperate deciduous forestRelated: Corridors can reconnect forest patches fragmented by farms, roads, and settlements.

• Anti-poachingRelated: Monitoring corridors can help identify routes used by both wildlife and hunters.

• Bengal tigerRelated: Corridors can link tiger populations and reduce isolation between reserves.

• Crepuscular animalRelated: Corridor monitoring must account for movement peaks at dawn and dusk.

• Primate conservationRelated: Corridors can reconnect primate populations isolated by roads, farms, or settlement.

• Flying squirrelRelated: Connected tree cover can preserve movement routes across gaps in flying squirrel habitat.

• Habitat destructionRelated: Corridors can restore movement between patches divided by habitat destruction.

• Protected area managementRelated: Corridor planning can extend conservation benefits beyond protected area boundaries.

• Wilderness areaRelated: Wilderness areas can anchor large connected habitats across developed landscapes.

• American black bearRelated: Connected habitat lets black bears travel between feeding areas and maintain populations across landscapes.

• Nature reserveRelated: Corridors can connect reserves and support movement across fragmented landscapes.

• ProcyonidaeRelated: Corridors can help forest-dependent procyonids move through fragmented landscapes.

• Snake conservationRelated: Connected habitat lets snakes disperse and reduces isolation between populations.

• Bactrian camelRelated: Connected habitat can help wild camels move between feeding areas and populations.

• Forest conservationRelated: Corridors help forest species move through fragmented landscapes.

• PumaRelated: Corridors let pumas disperse and connect populations separated by development.