Linked from

The 16 pages that link to Carboniferous rainforest collapse, each with the reason it gives.

• DevonianRelated: It followed the forest expansion whose earliest stages occurred in the Devonian.

• CarboniferousBroader topic: It shows how climatic shifts disrupted the coal-forming tropical forests.

• PaleozoicBroader topic: It shows how environmental change reorganized Paleozoic land ecosystems.

• PaleobotanyBroader topic: Its fossil plants document a major reorganization of tropical ecosystems.

• AmnioteRelated: Changing habitats may have favored terrestrial adaptations among early amniote lineages.

• LepidodendronRelated: The changing forests altered the habitats in which Lepidodendron had dominated.

• Evolution of insectsRelated: It altered habitats available to early insects and other terrestrial arthropods.

• TerrestrializationBroader topic: It shows how changing terrestrial climates reshaped habitats and vertebrate evolution.

• Coal forestRelated: The collapse altered forest habitats and curtailed the vast wetland systems that produced coal.

• HylonomusRelated: This environmental shift frames questions about how early amniotes persisted as habitats changed.

• Early PermianRelated: Its aftermath influenced the environments inherited by Early Permian ecosystems.

• LepospondyliRelated: Environmental change may help explain shifts in habitats available to lepospondyls, though its impact is uncertain.

• History of EarthBroader topic: It illustrates how climate shifts and habitat fragmentation changed life on land.

• Late Paleozoic icehouseRelated: The collapse reflects environmental changes within the icehouse and altered carbon storage in vegetation.

• LycopodiaceaeRelated: The collapse reshaped lycophyte-rich ecosystems, though the giant tree forms were not modern Lycopodiaceae.

• Evolutionary history of plantsRelated: It reshaped plant communities and contributed to the spread of drier-adapted vegetation.