The FIRE research project: Landscape architecture’s role in modelling multi-criteria risk scenarios in Ischia

Ischia is the largest of the islands in the Gulf of Naples, located in the Mediterranean. The fragility of its landscape and territorial system, recently made even more vulnerable by the effects of ongoing climate change, stems from the coexistence and interconnection of seismic, hydrogeological, and wildfire risks. In this context, the ongoing FIRE research project aims to develop multi-criteria risk scenarios that systematize climatic variables, ecosystem changes, landscape evolutions, and wildfire propagation dynamics. Through the presentation of the case study, this paper seeks to explore the role that landscape architecture can play in interdisciplinary dialogue aimed at risk scenario modeling. It challenges a technocratic and sectoral approach to risk reduction while contributing to the disciplinary debate, from a technical and operational perspective, on interpreting fire not solely as a destructive element but as a generative force for envisioning new potential pyro-landscapes.

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Publication Details

Journal
Journal of Landscape Architecture
Published
2025-05-04
DOI
https://doi.org/10.1080/18626033.2025.2480920
Primary Topic
Fire effects on ecosystems
Type
article
Field-Weighted Citation Impact
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article

The FIRE research project: Landscape architecture’s role in modelling multi-criteria risk scenarios in Ischia

Anna Lei, Matteo Ferrarotti, Gian Marco Marmoni, Salvatore Martino et al.
Journal of Landscape Architecture
Fire effects on ecosystems
article

The FIRE research project: Landscape architecture’s role in modelling multi-criteria risk scenarios in Ischia

Anna Lei, Matteo Ferrarotti, Gian Marco Marmoni, Salvatore Martino, Matteo Fiorucci
article en

Abstract

Ischia is the largest of the islands in the Gulf of Naples, located in the Mediterranean. The fragility of its landscape and territorial system, recently made even more vulnerable by the effects of ongoing climate change, stems from the coexistence and interconnection of seismic, hydrogeological, and wildfire risks. In this context, the ongoing FIRE research project aims to develop multi-criteria risk scenarios that systematize climatic variables, ecosystem changes, landscape evolutions, and wildfire propagation dynamics. Through the presentation of the case study, this paper seeks to explore the role that landscape architecture can play in interdisciplinary dialogue aimed at risk scenario modeling. It challenges a technocratic and sectoral approach to risk reduction while contributing to the disciplinary debate, from a technical and operational perspective, on interpreting fire not solely as a destructive element but as a generative force for envisioning new potential pyro-landscapes.

Journal of Landscape ArchitectureVol. 20(1-2)
Università degli studi di Cassino e del Lazio Meridionale (IT), Sapienza University of Rome (IT)
Openalex Percentile: Top 64%
Fire effects on ecosystems
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