Wildfires might seem like dramatic events, even in ecosystems where they are fully natural. Yet plants and animals have evolved all sorts of strategies to cope with them. But what happens to sensitive animal-plant interactions after a fire? Our recent studies show that fire-adapted Mediterranean plants can quickly adjust to post-fire losses of beneficial insects, and even benefit from the loss of antagonistic onesPeer reviewe
Quantifying interactive effects of environmental drivers on population dynamics can be critical for ...
Fire is a major agent involved in landscape transformation and an indirect cause of changes in speci...
Background and aims Assessing the resilience of plant-animal interactions is critical to understan...
Fire has a key role in the ecology and evolution of many ecosystems, yet its effects on plant–insect...
Wildfires underpin the dynamics and diversity of many ecosystems worldwide, and plants show a pletho...
Devastation of both natural and human habitats due to wildfires is becoming an increasingly prevalen...
[Background and aims] Assessing the resilience of plant–animal interactions is critical to understan...
Despite the existing large body of research on plant–animal interactions, plant research and animal ...
1. Quantifying interactive effects of environmental drivers on population dynamics can be critical f...
We know quite a lot about how animals respond to edges in modified and fragmented landscapes, but wh...
Conserving animals and plants in fire-prone landscapes requires evidence of how fires affect modifie...
Despite the abundance of plants that benefit from fire in Mediterranean ecosystems, little is known ...
Fires impact ecosystems globally and due to climate change, there are shifts in fire regimes that im...
Conserving animals and plants in fire-prone landscapes requires evidence of how fires affect modifie...
Fires impact ecosystems globally and due to climate change, there are shifts in fire regimes that im...
Quantifying interactive effects of environmental drivers on population dynamics can be critical for ...
Fire is a major agent involved in landscape transformation and an indirect cause of changes in speci...
Background and aims Assessing the resilience of plant-animal interactions is critical to understan...
Fire has a key role in the ecology and evolution of many ecosystems, yet its effects on plant–insect...
Wildfires underpin the dynamics and diversity of many ecosystems worldwide, and plants show a pletho...
Devastation of both natural and human habitats due to wildfires is becoming an increasingly prevalen...
[Background and aims] Assessing the resilience of plant–animal interactions is critical to understan...
Despite the existing large body of research on plant–animal interactions, plant research and animal ...
1. Quantifying interactive effects of environmental drivers on population dynamics can be critical f...
We know quite a lot about how animals respond to edges in modified and fragmented landscapes, but wh...
Conserving animals and plants in fire-prone landscapes requires evidence of how fires affect modifie...
Despite the abundance of plants that benefit from fire in Mediterranean ecosystems, little is known ...
Fires impact ecosystems globally and due to climate change, there are shifts in fire regimes that im...
Conserving animals and plants in fire-prone landscapes requires evidence of how fires affect modifie...
Fires impact ecosystems globally and due to climate change, there are shifts in fire regimes that im...
Quantifying interactive effects of environmental drivers on population dynamics can be critical for ...
Fire is a major agent involved in landscape transformation and an indirect cause of changes in speci...
Background and aims Assessing the resilience of plant-animal interactions is critical to understan...