Linked from

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

• Proboscis monkeyRelated: Logging and land conversion can separate groups and restrict movement between habitats.

• QuokkaRelated: Fragmented mainland habitat can isolate quokka populations and restrict movement.

• QuollRelated: Fragmented landscapes can isolate quoll populations and limit access to resources.

• Serra do MarRelated: Roads and settlement across the range can break up its forest cover.

• Southern giraffeRelated: Fragmentation can restrict movement between southern giraffe populations.

• TakinRelated: Fragmented mountain forests can restrict movement between takin populations.

• TarsierRelated: Fragmented forests can restrict movement between tarsier groups and reduce suitable hunting grounds.

• Thar DesertRelated: Roads, farms, and energy projects can divide wildlife habitat across the desert.

• WētāRelated: Fragmented forests can isolate wētā populations and limit their movement between suitable sites.

• Wild Bactrian camelRelated: Fragmented desert range can isolate populations and impede movement between resources.

• Bighorn sheepRelated: Roads and development can block movement between bighorn seasonal ranges.

• CharacidaeRelated: Dams and altered waterways can isolate characid populations and disrupt movement.

• Crab-eating foxRelated: The fox’s ability to use disturbed areas affects its response to fragmented landscapes.

• DholeRelated: Fragmented forests can isolate dhole populations and disrupt access to prey.

• Environmental degradationBroader topic: Fragmentation restricts movement and can isolate populations even where habitat remains.

• European minkRelated: Fragmented river habitats isolate populations and make recolonization less likely.

• False gharialRelated: Fragmented wetlands can isolate local populations and limit movement between them.

• Fishing catRelated: Fragmented wetlands can isolate populations and restrict movement between habitats.

• GerenukRelated: Fragmented scrub and woodland can restrict movement between gerenuk populations.

• Horned lizardRelated: Fragmented landscapes can isolate horned lizard populations and disrupt movement.

• Japanese giant salamanderRelated: Dams and other barriers can separate populations and block movement between stream sections.

• Kavango–Zambezi Transfrontier Conservation AreaCompared with: KAZA’s corridors seek to counter the isolation that fragmentation creates.

• MacropodiformesRelated: Fragmented habitats isolate macropodiform populations and expose them to local threats.

• Mediterranean forestsRelated: Fragmentation isolates populations and makes recovery from disturbance more difficult.

• Montane ecosystemRelated: Roads, farms, and settlements can isolate populations across mountain terrain.

• Murray codRelated: Dams and weirs can isolate populations and restrict movement through the basin.

• Ocellated turkeyRelated: Fragmentation can isolate populations across the turkey’s forest range.

• PademelonRelated: Fragmented forests can restrict movement between pademelon populations.

• PandanaceaeRelated: Fragmentation threatens habitat-dependent plants, including narrowly distributed island species.

• PeramelemorphiaRelated: Fragmented landscapes restrict movement and recovery for surviving populations.

• PteropusRelated: Forest clearing reduces feeding and roosting habitat for many Pteropus populations.

• SeriemaRelated: Conversion of South American open habitats can isolate seriema populations.

• ShrublandRelated: Agriculture and development can split shrublands into disconnected remnants.

• Side-striped jackalRelated: Land conversion can break up the woodland and savanna landscapes the species uses.

• Spatial planningRelated: Development patterns can disrupt ecological connections across landscapes.

• Steppe eagleRelated: Development and land conversion can reduce or disrupt the eagle’s open-country habitat.

• TamanduaRelated: Fragmented forests can increase tamanduas’ exposure to roads and restrict movement.

• TyphaCompared with: Dense, uniform Typha can reduce open-water habitat, though this is not the same process as fragmentation.

• WildebeestRelated: Fences and development can block routes wildebeest need to reach seasonal forage.

• WildlifeRelated: Roads and development can isolate wildlife populations and restrict movement.

• AccipiterRelated: Fragmented forests can affect nesting sites and prey availability for woodland hawks.

• Borneo lowland rain forestsRelated: Roads and clearings isolate forest populations across the lowlands.

• Bush dogRelated: Fragmentation may restrict movement and separate bush dog groups.

• ChachalacaRelated: Fragmentation can alter the woodland and scrub habitats used by chachalacas.

• Common nightingaleRelated: Fragmented scrub and woodland can reduce suitable breeding habitat for nightingales.

• Common ringtail possumRelated: Fragmented tree cover can restrict movement between possum populations.

• CurlewRelated: Fragmented breeding and feeding habitats can reduce curlew populations.

• CyprinodontiformesRelated: Aquifer loss and altered waters can isolate populations with little room to recover.

• FrancolinRelated: Fragmented grasslands and scrub can reduce suitable territory for ground-dwelling francolins.

• Giant salamanderRelated: Dams and other barriers can isolate salamanders in separate river reaches.