In the Mediterranean basin, coniferous reforestation mainly comprises forest stands highly
susceptible to fires. When silvicultural treatments have not been performed for decades after …

Numerical techniques for approximate solution of a system of reaction-diffusion-convection
partial differential equations modeling the evolution of temperature and fuel density in a …

Wildfires are a problem of great interest in the world because of the damage they cause
every year to forest, wild fauna and flora, an also threatening human lives, among others …

The propagation of a forest fire can be described by a convection–diffusion–reaction
problem in two spatial dimensions, where the unknowns are the local temperature and the …

In recent years, great attention has been focused by the scientific community on the study
and implementation of monitoring systems in urban and suburban areas for fire prevention …

Because wildfires are a phenomenon of worldwide relevance, the development of
computational tools is essential for the study of their dynamics. In [1] we presented a …

Wildfires are a latent problem worldwide that every year burns thousands of hectares,
negatively impacting the environment. To mitigate the damage, there is software to support …

Numerical techniques for approximate solution of a system of reaction-diffusion-convection
problem modelling the evolution of temperature and fuel density in a wildfire are introduced …

The analysis of the double-diffusion model and H (div)-conforming method introduced in
[Bürger, Méndez, Ruiz-Baier, SINUM (2019), 57: 1318–1343] is extended to the time …