1. Quantifying interactive effects of environmental drivers on population dynamics can be critical for a robust analysis of population viability. Fire regimes, among the most widespread disturbances driving population dynamics, are increasingly modified by and interact with human activities. However, viability of fire-adapted species is typically assessed overlooking disturbance interactions, potentially resulting in suboptimal management actions
This paper focuses on fire and grazing with an emphasis on work in Mediterranean environments. Fire ...
Fire has a key role in the ecology and evolution of many ecosystems, yet its effects on plant–insect...
Natural disturbances occur in various ecosystems and have resulted in the evolution of life historie...
1. Quantifying interactive effects of environmental drivers on population dynamics can be critical f...
Quantifying interactive effects of environmental drivers on population dynamics can be critical for ...
1. Quantifying interactive effects of environmental drivers on population dynamics can be critical f...
1. Quantifying interactive effects of environmental drivers on population dynamics can be critical f...
1. Quantifying interactive effects of environmental drivers on population dynamics can be critical f...
1. Quantifying interactive effects of environmental drivers on population dynamics can be critical f...
Natural disturbances occur in various ecosystems and have resulted in the evolution of life historie...
Natural and anthropogenic disturbances co-occur in most systems, but how they interact to shape demo...
Natural and anthropogenic disturbances co-occur in most systems, but how they interact to shape demo...
Fire is a powerful ecological and evolutionary force. Animals that modify drivers of fire behaviour ...
Fire is a powerful ecological and evolutionary force. Animals that modify drivers of fire behaviour ...
Wildfires might seem like dramatic events, even in ecosystems where they are fully natural. Yet pla...
This paper focuses on fire and grazing with an emphasis on work in Mediterranean environments. Fire ...
Fire has a key role in the ecology and evolution of many ecosystems, yet its effects on plant–insect...
Natural disturbances occur in various ecosystems and have resulted in the evolution of life historie...
1. Quantifying interactive effects of environmental drivers on population dynamics can be critical f...
Quantifying interactive effects of environmental drivers on population dynamics can be critical for ...
1. Quantifying interactive effects of environmental drivers on population dynamics can be critical f...
1. Quantifying interactive effects of environmental drivers on population dynamics can be critical f...
1. Quantifying interactive effects of environmental drivers on population dynamics can be critical f...
1. Quantifying interactive effects of environmental drivers on population dynamics can be critical f...
Natural disturbances occur in various ecosystems and have resulted in the evolution of life historie...
Natural and anthropogenic disturbances co-occur in most systems, but how they interact to shape demo...
Natural and anthropogenic disturbances co-occur in most systems, but how they interact to shape demo...
Fire is a powerful ecological and evolutionary force. Animals that modify drivers of fire behaviour ...
Fire is a powerful ecological and evolutionary force. Animals that modify drivers of fire behaviour ...
Wildfires might seem like dramatic events, even in ecosystems where they are fully natural. Yet pla...
This paper focuses on fire and grazing with an emphasis on work in Mediterranean environments. Fire ...
Fire has a key role in the ecology and evolution of many ecosystems, yet its effects on plant–insect...
Natural disturbances occur in various ecosystems and have resulted in the evolution of life historie...