Linked from

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

• Indian rhinocerosRelated: Floodplains and grasslands can become isolated, restricting movement between populations.

• MudflatRelated: Coastal barriers and development can break up connected mudflat habitat.

• New World warblerRelated: Fragmentation can reduce breeding success for warblers that need extensive forest.

• Nicobar pigeonRelated: Forest loss and fragmentation can reduce suitable habitat across its island range.

• RamphastidaeRelated: Fragmented forests can isolate populations and reduce suitable habitat.

• Red junglefowlRelated: Fragmentation can isolate red junglefowl populations as forests and scrublands change.

• River dolphinRelated: Barriers and altered river flows can split dolphin populations into isolated groups.

• TapirRelated: Fragmentation restricts tapir movement and separates populations.

• Temperate forestRelated: Roads, farms, and settlements can isolate temperate forest populations.

• Tree-kangarooRelated: Fragmented rainforest can restrict tree-kangaroo movement and isolate populations.

• African civetRelated: Breaking up suitable habitat can restrict civet movement and alter local populations.

• Agricultural expansionRelated: New fields and pasture can split habitats even where some natural cover remains.

• BabirusaRelated: Fragmented forests can restrict movement and isolate babirusa populations.

• BaboonRelated: Fragmented landscapes can bring baboons into closer contact with farms and settlements.

• Black rhinocerosRelated: Fragmented ranges can isolate populations and constrain their long-term recovery.

• Cross River gorillaRelated: Roads, farms, and settlements divide the forests Cross River gorillas depend on.

• Diving duckRelated: Fragmented wetlands reduce the connected breeding and feeding areas some species need.

• Grévy's zebraRelated: Fences, settlements, and land conversion can obstruct movement between resources.

• OsteoglossiformesRelated: Dams and other barriers can disrupt river habitats used by freshwater members of the order.

• Ring-tailed lemurRelated: Fragmented forests can restrict movement and separate ring-tailed lemur populations.

• River ecosystemRelated: Dams and barriers can isolate populations and interrupt movement through river networks.

• Spectacled bearRelated: Roads, farming, and settlement can isolate bear populations across the Andes.

• SturgeonRelated: Dams can isolate sturgeon spawning grounds from feeding and nursery habitats.

• Sumatran tigerRelated: Fragmented forests isolate tiger groups and restrict movement.

• African wild assRelated: Fragmented desert range can restrict movement between the species’ sparse resources.

• AntilocapridaeRelated: Fences, roads, and development can obstruct pronghorn movement between seasonal ranges.

• AquilaRelated: Fragmentation can reduce nesting and foraging habitat for Aquila populations.

• Araucaria araucanaRelated: Fragmented forests can reduce connectivity among Araucaria araucana populations.

• CercopithecinaeRelated: Fragmentation threatens many forest cercopithecines and isolates their populations.

• Chinese alligatorRelated: Dikes, roads, and development have separated populations and wetlands.

• Chinese giant salamanderRelated: Dams and other barriers can isolate stream populations and restrict movement.

• Environmental impact of aviationRelated: Runways, roads, and airport development can divide habitats and impede wildlife movement.

• EstrildidaeRelated: Fragmented grasslands and woodlands can restrict estrildids’ access to food and nesting sites.

• Giant otterRelated: Dams and land conversion can separate suitable river habitats and restrict giant otter groups.

• Great Limpopo Transfrontier ParkRelated: Roads, fences, and settlement can undermine the connectivity the transfrontier project seeks.

• GuanacoRelated: Fences, roads, and land conversion can obstruct guanaco movement.

• IndriRelated: Fragmented forests restrict movement between indri groups.

• Insular biogeographyRelated: Fragmented habitat patches often function like islands surrounded by unsuitable land.

• Juniperus oxycedrusRelated: Development and land-use change can isolate populations within the species' Mediterranean range.

• KiangRelated: Roads, fences, and development can interrupt movement across kiang range.

• MacaronesiaRelated: Land conversion can further isolate already range-restricted island populations.

• Monitor lizardRelated: Fragmentation can restrict movement and reduce viable populations of range-limited monitors.

• New World quailRelated: Fragmented grasslands and forests can reduce habitat available to local quail populations.

• 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.