Linked from

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

• Gouldian finchRelated: Fire regimes can alter the seed supply and nesting habitat the finch depends on.

• MoorlandRelated: Dry moorland fuels can carry fires that damage habitats, soils, and stored peat carbon.

• Picea marianaRelated: Fire shapes black spruce stands, while its flammable canopy can support intense burning.

• Pinus ponderosaRelated: Large, severe wildfires can replace the frequent, lower-intensity fires of many ponderosa pine ecosystems.

• Tracer ammunitionRelated: Tracer ammunition can ignite dry vegetation under suitable conditions.

• TumbleweedRelated: Dry tumbleweeds can accumulate as fuel and carry fire across roads or barriers.

• BrackenRelated: Dry bracken fronds can provide highly flammable surface fuel.

• Effects of climate changeRelated: Hotter, drier conditions can increase fire weather and lengthen fire seasons.

• Pinus lambertianaRelated: Fire regimes shape sugar pine habitat, while severe fires can kill mature trees.

• PotorooRelated: Changes in fire frequency and intensity can alter the habitat and food supply potoroos need.

• Sky lanternRelated: A lantern’s burning fuel can ignite dry vegetation after the lantern lands.

• SubtropicsRelated: Hot, dry summers in some subtropical regions create conditions conducive to wildfire.

• Washingtonia filiferaRelated: Accumulated dry fronds can burn, affecting palms and surrounding desert habitat.