The resilience of tropical ecosystem forests and savannas to fire is based on short long term responses and can take different trajectories. Here, we propose a session to assess responses at the level of individual to community, and across different vegetation types and contexts.
The area of old-growth tropical forest worldwide has decreased by over 80 million hectares since 1990, and more than 100 million hectares of forest are affected by different drivers such as agricultural expansion and fires. Wildfires that destroy tropical forests are increasing every year. Between 2018 and 2019 Brazil, Bolivia and Peru were among the five countries with most forest loss due to fire. Nowadays there are millions of hectares of fire-affected forest ans savannas that are in the process of recovering. However, the speed and direction of recovery of such communities are still poorly understood. A better understanding of natural plant community recovery and resilience to fire will help design effective and efficient forest restoration plans.
Fire impacts depend on fire intensity and frequency and on local climatic conditions and global climate. To understand these responses, scientists have assessed short-term fire responses and long-term forest resilience by establishing permanent monitoring plots to. In this symposium, we will assess resilience across different forest types and using different approaches. . This symposium will focus on the resilience and response to fire of tropical forest and savanna. We invite presentations of people working across different forest types including savannas, to show potential differences in their resilience.
Fire resilience of dry tropical forests in Bolivia (Max Hartung)
Fire season determines tree responses to fire in the Neotropical savannas - how does it inform fire management? (Isabel Schmidt)
Passive restoration and resilience of dry and sub-humid tropical ecosystems after fire in Bolivia (Bonifacio Mostacedo)
Geovana Carreño-Rocabado, CIFOR-ICRAF
Masha van der Sande, University of Amsterdam
Response to wildfire: what do we know about plant community regeneration [S-19]