Abstract

In the Mediterranean region, human and economic losses due to forest fires at the urban-wildland interface have increased in the past decades. To counter this trend, economic and human resources are generally invested to combat and suppress wildfires, with much less invested to adapt through ecosystem-based management. Ecosystem services for fire regulation are rarely accounted for in the literature and are generally excluded from ecosystem service classifications. This gap causes fire-regulating services to be overlooked in socio-ecological assessments and in economic valuations, potentially further hampering the design and implementation of ecosystem-based approaches. We review the literature on fire risk reduction related to ecosystem management to define and characterize fire-regulating services and disservices. We then suggest indicators for the assessment of these services and disservices, and we propose a conceptual framework linking fire risk, ecosystem services and ecosystem management practices. In the second part of the paper, we apply these concepts to the historical development of the social-ecological system of the Haifa-Mount Carmel region in Israel, including pre- and post-fire forest management practices. To inform the case study we investigate reports, relevant scientific articles, and policy documents, all corroborated with information from expert lectures on the topic. We conclude by suggesting that human capital should become an integral part of the description and definition of fire-regulating services and disservices, especially for highly modified urban and peri-urban environments.

Highlights

  • Forest fires have caused extensive damage in Europe and in the U.S in recent years

  • We integrate information derived from expert lectures regarding fire management in the area, including those from focused lecture series about fire ecology, management and policy held in the immediate aftermath of large-scale fires that occurred in the region in 2010 and 2016

  • This hampers biophysical and economic valuations that might contribute to the design and implementation of effective ecosystem-based approaches for fire risk reduction

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Summary

Introduction

Forest fires have caused extensive damage in Europe and in the U.S in recent years. In July 2018, Greece experienced its worst fire since 2007, which caused the death of 126 people in the Attica region surrounding its capital, Athens (CRED, 2019). More than 3,200 houses were destroyed or damaged during this event. In the same summer period, forest fires affected large parts of Sweden due to unusually warm and dry conditions. In November 2018, in California, the Camp Fire burned more than 60,700 hectares, killing 85 people and destroying more than 18,800 structures (WERT, 2018). These catastrophic fires led to smoke-related health problems and the degradation of ecosystems

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