Year 2024

• An intelligent cellular automaton scheme for modelling forest fires

  Publication

  • J. Boters Pitarch
  • M. Signes-Pont
  • J. Szymański
  • H. Mora-Mora

  - Ecological Informatics - Year 2024

  Forest fires have devastating consequences for the environment, the economy and human lives. Understanding their dynamics is therefore crucial for planning the resources allocated to combat them effectively. In a world where the incidence of such phenomena is increasing every year, the demand for efficient and accurate computational models is becoming increasingly necessary. In this study, we perform a revision of an initial proposal...

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Year 2023

• Application of a stochastic compartmental model to approach the spread of environmental events with climatic bias

  Publication

  • J. Boters Pitarch
  • M. Signes-Pont
  • J. Szymański
  • H. Mora-Mora

  - Ecological Informatics - Year 2023

  Wildfires have significant impacts on both environment and economy, so understanding their behaviour is crucial for the planning and allocation of firefighting resources. Since forest fire management is of great concern, there has been an increasing demand for computationally efficient and accurate prediction models. In order to address this challenge, this work proposes applying a parameterised stochastic model to study the propagation...

  Full text available to download