Time for Managed Wildfire in Europe: The Pioneering Integrated Fire Management Plan of the Aran, Pyrenees

Author:

Oliveres Jordi1ORCID,Castellnou Marc2,Castellarnau Xavi2,Rosas-Casals Martí1,Brotons Lluis3,Duane Andrea4

Affiliation:

1. Universitat Politecnica de Catalunya

2. Generalitat de Catalunya

3. CREAF: Centre de Recerca Ecologica i Aplicacions Forestals

4. UdL: Universitat de Lleida

Abstract

Abstract

Background Recent extreme wildfire events in countries with high investments in fire extinction indicate that strategies focusing exclusively on fire suppression are ineffective. Although upgrading analytical capacities and technological-based solutions in emergency management is needed, shifting from fire suppression to strategic fire management in a resilience context is crucial to tackling climate change impacts. The present research aims to operationalize this adaptation gap by applying a new transdisciplinary approach based on conceptualizing the environmental fire flow, a novel standard proposed to scale up integrated fire management. Under this approach, unplanned ignited fires represent a window of opportunity where emergency responders can turn wildfires into managed wildfires to, counter-intuitively, increase social and ecological resilience in the medium-long term. Results Based on landscape modeling and assisted with technical expertise, we identify the environmental fire flows in the Aran region (~600km2 in the Spanish Pyrenees) and the critical environmental factors that can be impacted. This strategic innovation accomplishes specific social demands and ecological objectives in pre-defined areas outlined in a fire management plan. Conclusions This fire management plan represents the first official policy approved in Europe including monitoring and limited or no-suppression strategies (managed wildfire options). Although the framework is designed specifically for the Aran, this transdisciplinary approach may have a broader application in the Pyrenees and other European regions sharing similar challenges and opportunities.

Publisher

Springer Science and Business Media LLC

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3. Amblar-Francés, M. P., P. Ramos-Calzado, and J. Sanchis-Lladó et al. 2020. High-resolution climate change projections for the Pyrenees region. In: Advances in Science and Research.

4. Arias, P., N. Bellouin, and E. Coppola et al. 2021. IPCC AR6 WGI Technical Summary. pp 33–144.

5. (alphabetical order).

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