Welcome to FIREPATHS a research project aimed at assessing the future trajectories of wildfires under global change and the potential of forest management to mitigate the increasing hazard.
Wildfires pose an increasing threat to society, requiring appropriate approaches to understand the components of risk to design …
Wildfires are particularly prevalent in the Mediterranean, being expected to increase in frequency due to the expected increase in …
Wildfire frequency, magnitude and impacts in wildland–urban interface (WUI) areas are increasing in the Mediterranean Basin. We …
Online app published!
This study explores the coupling of ignition models with initial attack success predictions to anticipate extreme wildfire events under …
This contribution presents an analysis of fire hazard trajectories under different scenarios of climate change and forest management. …
Este estudio analiza el potencial de recuperación post-incendio de cuatro comunidades arbóreas mediterráneas representativas (Pinus …
El objetivo principal de este estudio es predecir condiciones extremas de incendios forestales proporcionando un producto que describa …
El verano de 2022 se distinguió por ser una de las peores temporadas de incendios en la Europa Mediterránea debido a las repetidas olas …
Dead fine fuel moisture content (FM) is one of the most important determinants of fire behavior. Fire scientists have attempted to …
The accumulation of fuel and the homogenization of the landscape in Mediterranean forests are leading to an increasingly hazardous …
Nota de investigación sobre el Proyecto FirePATHS, liderado por Marcos Rodrigues y financiado por el Ministerio de Ciencia e Innovación …
Third plenary meeting.
Online app published!
Climate change is altering the fire regime and compromising the post-fire recovery of vegetation worldwide. To understand the factors …
En la actualidad, existe una gran preocupación por los incendios forestales y su creciente impacto debido al cambio climático. El papel …
This study evaluates the likelihood of human-caused wildfire ignitions across Europe using a Random Forest model. Key drivers include …
Wildfire is a common phenomenon in Mediterranean countries but the 2022 fire season has been extreme in southwest Europe (Portugal, …
Climate teleconnections (CT) remotely influence weather conditions in many regions on Earth, entailing changes in primary drivers of …
Lightning is the most common origin of natural fires, being strongly linked to specific synoptic conditions associated with atmospheric …
Forests are exposed to changing climatic conditions reflected by increasing drought and heat waves that increase the risk of wildfire …
Wildland fire is expected to increase in response to global warming, yet little is known about future changes to fire regimes in …
Second plenary meeting.
Spatial wildfire ignition predictions are needed to ensure efficient and effective wildfire response, and robust methods for modeling …
Mediterranean forests and fire regimes are closely intertwined. Global change is likely to alter both forest dynamics and wildfire …
As the large fires threaten human assets in Mediterranean areas, creating fire-adapted communities became a core long-term goal to cope …
In recent years, the EU has implemented several firefighting-related policies to battle and reduce the negative impacts of wildfires. …
Mediterranean forests are strongly influenced by forest fires; however, global change is threatening the provision of ecosystem …
Lightning‐caused fires are comparatively rare in Europe, but they may affect remote forested areas and result in large‐scale burnings. …
Kick-off meeting.