fire-resilience
Fire-resilience refers to the biological adaptations and physiological mechanisms that enable plants to survive, recover from, or persist through fire events. This is critical for plant science because fire is a major ecological disturbance that shapes plant evolution and community dynamics in fire-prone ecosystems. As climate change intensifies fire frequency and severity, understanding fire-resilience is essential for predicting ecosystem responses and developing effective conservation strategies.
PubMed · 2026-03-24
Fires in the Amazon disrupted how animals disperse seeds but had less impact on fruit dispersal by wildlife. This matters because seed-dispersal recovery may take over a decade, potentially limiting forest regeneration in burned areas.
Understory animal-fruit interactions remained similar across burned, edge, and undisturbed forests, demonstrating resilience to fire disturbance
Terrestrial animal-fruit interactions were 2x higher at unburned forest edges compared to burned forest interiors
Seed interactions declined significantly in burned forest interiors and edges; full recovery estimated at >10 years post-fire