Linked from

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

• Flora of the MediterraneanRelated: Roads, farming, and development can isolate plant populations across the region.

• Formica rufaRelated: Fragmented forests can separate nests and reduce suitable habitat for mound-building colonies.

• Fruit doveRelated: Fragmented forests can reduce the connected feeding and nesting areas fruit doves use.

• GallicolumbaRelated: Fragmented forests can isolate already small island populations.

• GeobotanyRelated: Distribution maps reveal how fragmentation changes plant community extent and connectivity.

• Giant armadilloRelated: Fragmentation can isolate populations across the giant armadillo's broad range.

• Giant Gippsland earthwormRelated: Fragmentation can isolate the species’ small populations and limit their persistence.

• Giant otter shrewRelated: Fragmented waterways can isolate populations and interrupt movement along suitable stream habitat.

• GnatcatcherRelated: Development can divide the scrubland populations of California gnatcatchers.

• Gray foxRelated: Fragmentation may restrict gray fox movement and increase exposure to roads and competitors.

• Ground hornbillRelated: Fragmentation can separate ground hornbill groups and reduce suitable nesting sites.

• HandfishRelated: Small, isolated handfish populations can be especially exposed to local habitat loss.

• Hawar IslandsRelated: Development can divide or degrade the islands’ nesting and feeding habitats.

• Human activitiesRelated: Roads, farms, and settlements split habitats and restrict species movement.

• La Amistad International ParkRelated: Fragmentation outside protected boundaries can weaken ecological connections around La Amistad.

• Lake islandRelated: Lake islands isolate habitat and can limit movement between populations.

• Land change scienceRelated: Land development can fragment habitats even when some natural cover remains.

• Lesser floricanRelated: Fragmented grasslands reduce the space and connectivity available to populations.

• Lion tamarinNarrower topic: Fragmentation restricts dispersal and can leave lion tamarin groups isolated in forest remnants.

• MacrotisRelated: Fragmentation restricts populations’ access to suitable habitat and resources.

• Maternity denRelated: Fragmentation can reduce access to secluded den sites and safe routes between them.

• MergusRelated: Fragmented rivers and forests can restrict breeding and feeding habitat for rare mergansers.

• MesiteRelated: Fragmented Malagasy forests can separate mesite populations and reduce suitable territory.

• Misgurnus fossilisRelated: Dams and modified waterways can separate populations and restrict movement.

• Mole salamanderRelated: Roads and development can separate terrestrial refuges from breeding ponds.

• Montane grasslands and shrublandsRelated: Mountains naturally isolate populations, while roads and land conversion can intensify that separation.

• New World barbetRelated: Fragmented forests can reduce the connected habitat available to forest barbets.

• OcelotRelated: Fragmented landscapes restrict ocelot movement and expose animals to roads and development.

• Oriental giant squirrelRelated: Breaking forest canopy into patches can restrict movement and isolate squirrel populations.

• Pallas's catRelated: Development and infrastructure can isolate suitable habitat and populations.

• PaubrasiliaRelated: Fragmented Atlantic Forest populations face reduced connectivity and resilience.

• PedetesRelated: Agriculture and development can split open habitats used by springhares.

• Philippine eagleRelated: Fragmented forests can separate eagle pairs and reduce access to prey and nesting sites.

• Pinus elliottiiRelated: Development and forestry can fragment habitats within slash pine’s native range.

• Poecilotheria metallicaRelated: Fragmentation compounds the risks faced by a species with a very restricted range.

• PolylepisRelated: Polylepis woodlands often persist as separated patches, limiting ecological connectivity.

• PotamotrygonidaeRelated: Dams and other barriers can separate river populations and restrict movement.

• PotorooRelated: Fragmented forests can isolate potoroo populations and restrict their movement.

• PsophiaRelated: Fragmented forests can disrupt the movement of social, ground-dwelling trumpeters.

• Pterocarpus indicusRelated: Fragmented forests can isolate populations and complicate natural regeneration.

• RavineRelated: Steep ravines can act as barriers or corridors within a landscape, depending on species.

• Resplendent quetzalRelated: Fragmented forests threaten the feeding and nesting habitat quetzals need.

• Ruffed lemurRelated: Forest fragmentation restricts movement and isolates ruffed lemur populations.

• Rufous hummingbirdRelated: Fragmentation can reduce connected feeding and nesting habitat across the species’ range.

• Rusty-spotted catRelated: Fragmentation can isolate rusty-spotted cat populations and restrict access to prey.

• SaldidaeRelated: Development can separate the wet margins that support shore-bug populations.

• Saproxylic insectRelated: Isolated deadwood habitats can restrict movement and recolonization by some species.

• Seasonal tropical forestRelated: Fragmentation exposes seasonal forest edges to drying, fire, and further habitat loss.

• SemnopithecusRelated: Fragmentation can restrict movement and alter local langur populations.

• SengiRelated: Fragmented forests threaten species such as the golden-rumped sengi by isolating populations.