Linked from

The 73 pages that link to Wildfire, each with the reason it gives.

• DroughtRelated: Drought dries fuels and can make fires easier to ignite and sustain.

• ConiferRelated: Conifer traits such as resin and dense stands can shape fire behavior.

• Mediterranean climateRelated: Summer heat and dry vegetation create a recurring season of high fire danger.

• Boreal forestRelated: Fire renews many boreal stands and determines which trees recolonize burned ground.

• Leaf litterRelated: Dry litter can provide fuel that helps surface fires spread.

• PeatRelated: Dried peat can smolder underground and sustain fires for long periods.

• Desert ecologyRelated: Changed fire frequency can transform deserts whose native plants are poorly adapted to repeated burns.

• EvergladesRelated: Periodic fires shape Everglades vegetation, while drought can make fires unusually damaging.

• Debris flowRelated: Burned slopes can become more susceptible to runoff-driven debris flows.

• LightningRelated: Lightning can ignite vegetation, especially where storms bring little rain.

• Heat waveRelated: Hot, dry conditions can dry fuels and increase fire danger, though heat alone does not cause ignition.

• TaigaRelated: Periodic fires renew taiga stands and influence which tree species dominate.

• Tropical forestRelated: Drought and human ignition can turn normally fire-resistant forests into sources of emissions.

• Thermal runawayRelated: Combustion can create self-reinforcing local heating, though spread also depends on fuel and weather.

• EucalyptusRelated: Volatile oils and accumulated leaf litter can make some eucalyptus forests burn intensely.

• Forest carbon cycleRelated: Combustion releases stored forest carbon, while fire also changes future growth and decomposition.

• Overhead power lineRelated: Faults, sparks, or contact with vegetation can make power lines an ignition source.

• PinusRelated: Pine needles and resin can influence fire spread, while some pine cones release seeds after heating.

• Forest diebackRelated: Dead or stressed trees can change forest fuels, though the effect on fire varies by setting.

• Okavango DeltaRelated: Fire shapes delta vegetation, but its frequency and intensity can threaten habitats.

• Cretaceous–Paleogene boundaryRelated: Impact heating may have ignited fires, though their global extent remains debated.

• Deforestation in MadagascarRelated: Repeated fires can escape fields, damage forest edges, and prevent young trees from recovering.

• Forest soilRelated: Fire can consume organic layers, alter nutrients, and change forest soil hydrology.

• Tropical savanna climateRelated: Dry-season vegetation can carry fires that maintain open savanna landscapes.

• Wildland–urban interfaceRelated: Wildfire can spread from vegetation into interface communities and threaten lives and property.

• Chicxulub impactRelated: Impact heating and returning ejecta may have ignited fires, though their global extent remains debated.

• DeadwoodRelated: Deadwood can add fuel, though its contribution to fire behavior depends on its amount and condition.

• Sediment pollutionRelated: After fires remove ground cover, rainfall can mobilize large quantities of soil.

• Climate change and forestsRelated: Hotter, drier conditions can lengthen fire seasons and increase fire-conducive weather.

• Extreme weatherRelated: Hot, dry, and windy weather can raise fire danger and intensify active fires.

• Transmission lineRelated: Damaged or fallen lines can ignite fires, while fire exposure can also threaten grid equipment.

• Mediterranean forests, woodlands, and scrubRelated: Recurring fire shapes vegetation structure, regeneration, and landscape patterns.

• MistralRelated: The mistral’s dryness and strength can rapidly spread fires in southern France.

• Sudanian SavannaRelated: Seasonal fires help maintain open grassland and shape tree regeneration.

• Great Basin DesertRelated: Changing fuel loads and climate influence fire risk in parts of the desert.

• SummerRelated: Hot, dry summer conditions can increase fire risk in many regions.

• Araucaria araucanaRelated: Severe fires can damage slow-growing trees and alter their Andean forest habitat.

• Dry seasonRelated: Dry vegetation and low humidity often raise fire danger during the dry season.

• NothofagusRelated: Fire can shape southern beech forests, though species differ in their capacity to recover.

• Table MountainRelated: Periodic fires renew fynbos communities but can threaten people and infrastructure.

• Temperate coniferous forestRelated: Fire can open conifer cones, clear competing vegetation, and reset forest succession.

• Doñana National ParkRelated: Fire can rapidly transform habitats and threaten wildlife in and around the park.

• Foehn windRelated: Foehn warmth and low humidity can dry fuels and worsen fire weather.

• Great Dismal SwampRelated: Drought can let fires smolder through the swamp’s peat for months.

• MudflowRelated: After wildfire removes vegetation and alters soils, intense rain can trigger mudflows.

• Pinus pineaRelated: Mediterranean fire regimes can damage stone pine groves and alter their regeneration.

• Torres del Paine National ParkRelated: Major fires have damaged forest and habitat in the park, making prevention central to management.

• Tropical and subtropical dry broadleaf forestsRelated: Dry-season vegetation and human ignitions can make fire a major ecological force.

• Virgin Komi ForestsRelated: Natural fires renew boreal stands, while fire suppression can alter their characteristic cycles.

• Abies grandisRelated: Fire can kill grand fir, especially where dense stands and dry conditions increase fire intensity.