Linked from

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

• Golden moleRelated: Fragmented soils can isolate golden mole populations and restrict movement.

• Gouldian finchRelated: Fragmented grassland and woodland can constrain populations and access to resources.

• Ground rollerRelated: Fragmented forests can isolate populations of ground rollers.

• HamsterRelated: Fragmented farmland and development can isolate wild hamster populations.

• Honduran white batRelated: Fragmentation can reduce the connected lowland forest available to the species.

• Honey possumRelated: Fragmented heathland can separate honey possums from food plants and suitable habitat.

• Indian flying foxRelated: Fragmented landscapes can alter access to feeding sites and safe roosts.

• Kangaroo ratRelated: Roads and development can isolate populations and disrupt desert habitat.

• MacawRelated: Fragmented forests can separate macaw nesting sites from feeding areas and reduce population connectivity.

• Malus sieversiiRelated: Fragmented forests can isolate wild apple populations and reduce their long-term diversity.

• MantellaRelated: Forest loss and fragmentation threaten populations with restricted Malagasy ranges.

• Marsupial moleRelated: The effects of land disturbance on suitable sandy habitat remain difficult to assess.

• MoorhenRelated: Fragmented wetlands can separate moorhen populations and reduce suitable nesting areas.

• Mountain goatRelated: Roads and development can separate suitable mountain goat ranges.

• Musk deerRelated: Roads, settlement, and land use can isolate musk deer populations.

• PanjinRelated: Infrastructure and industry can disrupt connected habitats across the delta.

• PeccaryRelated: Fragmented forests can restrict movement and isolate peccary populations.

• PhalangeriformesRelated: Fragmented forests can restrict movement and reduce resources for tree-dwelling possums.

• SolenodonRelated: Forest conversion separates populations and reduces suitable solenodon habitat.

• South American foxRelated: Roads and land conversion can isolate populations across the genus’s range.

• Squirrel monkeyRelated: Fragmentation can isolate squirrel monkey populations and restrict movement.

• TinamouRelated: Fragmented forests can restrict movement and reduce suitable habitat for forest-dwelling tinamous.

• Tropical and subtropical coniferous forestsRelated: Fragmented mountain forests can isolate populations and restrict movement between suitable sites.

• VireoRelated: Fragmented forests can reduce breeding success for some forest-dwelling vireos.

• Wild water buffaloRelated: Fragmented wetlands and grasslands restrict movement between buffalo populations.

• AgalychnisRelated: Fragmented forests can isolate Agalychnis populations and reduce access to breeding sites.

• Ankarana Special ReserveRelated: Fragmentation around the reserve can isolate wildlife populations and weaken habitat connections.

• Asiatic linsangRelated: Fragmented forests may isolate linsang populations and restrict movement.

• Astacus astacusRelated: Barriers and altered waterways can isolate noble crayfish populations and limit recolonization.

• Banded palm civetRelated: Fragmented forests may isolate populations, but species-specific effects remain poorly measured.

• BantengRelated: Fragmented forests can isolate banteng groups and reduce access to suitable habitat.

• BassaricyonRelated: Forest loss and fragmentation threaten the connected canopy habitats olingos use.

• Black storkRelated: Fragmented forests and wetlands can disrupt nesting and feeding areas used by black storks.

• Blue-eared pheasantRelated: Fragmentation can isolate populations in the mountain forests it inhabits.

• Bornean bearded pigRelated: Fragmented forests may isolate populations and restrict seasonal movements.

• Ceroxylon quindiuenseRelated: Conversion of Andean forests and grasslands reduces and isolates suitable palm habitat.

• ChlorocebusRelated: Agriculture and development can isolate Chlorocebus populations and restrict movement.

• CirsiumRelated: Fragmented habitats can isolate rare Cirsium populations and restrict gene flow.

• Coastal fishRelated: Coastal development can isolate feeding, nursery, and spawning areas.

• Common collared lizardRelated: Roads and development can isolate suitable rocky habitat and impede movement.

• Common midwife toadRelated: Roads and land-use change can isolate the species' local populations.

• Cuckoo-rollerRelated: Forest loss and fragmentation affect the habitats on which the species depends.

• CurassowRelated: Fragmented forests can isolate curassow populations and limit movement.

• DunnartRelated: Fragmentation can restrict movement between dunnart populations and expose them to local threats.

• Eastern lowland gorillaRelated: Fragmentation can isolate gorilla groups and restrict access to forest resources.

• Environmental issuesRelated: Roads, farms, and development isolate populations and disrupt ecological processes.

• European spadefoot toadRelated: Fragmented landscapes can separate breeding ponds from terrestrial refuges.

• Ferret-badgerRelated: Fragmented forests can restrict movement between ferret-badger populations.

• Finless porpoiseRelated: Dams and altered river channels can separate porpoise habitat and restrict movement.

• Flora of Central EuropeRelated: Fragmentation can restrict dispersal and isolate plant populations.