| Literature DB >> 35592830 |
Carmen Rodríguez Fernández-Blanco1,2,3,4, Elena Górriz-Mifsud1,3, Irina Prokofieva1, Bart Muys4, Constanza Parra4.
Abstract
Mediterranean territories have co-evolved and been shaped by fire throughout history. However, global environmental change conditions are increasing the size, intensity and severity of wildfires, which have gone from a regular natural disturbance to a serious threat for civil protection, surpassing firefighting capacities. Therefore, building resilience in fire-prone territories is an increasingly relevant policy and management objective. However, the notion of resilience has been criticized for paying insufficient attention to key social issues such as socio-political dynamics, power imbalances and societal change. At the same time, social science contributions to wildfire research are still rather limited. In this paper, we bridge social innovation theory to resilience theory in order to create a territorially embedded and socially sensitive framework for assessing socio-ecological resilience. From this perspective, we then examine how Forest Defence Groups (ADFs, by their Catalan acronym) have evolved from grassroots, bottom-up initiatives to well-established bottom-linked institutions and we evaluate their contributions to socio-ecological resilience in the territories where they operate. Our results show that ADFs contribute in several aspects to socio-ecological resilience and that the pave the way for opening up spaces of dialogue and collaboration through which local communities can engage with the issues that directly affect them, such as wildfires.Entities:
Keywords: ADF; Bottom-linked social innovation; Social innovation; Socio-ecological resilience; Wildfire
Year: 2022 PMID: 35592830 PMCID: PMC8988239 DOI: 10.1016/j.forpol.2022.102719
Source DB: PubMed Journal: For Policy Econ ISSN: 1389-9341 Impact factor: 3.673
Fig. 1Emerging elements when looking at the three-defining characteristics of socio-ecological resilience from a social innovation standpoint. Source: Authors' elaboration based on Moulaert et al. (2013) and (Berkes et al., 2008).
Fig. 2Location map of Catalonia in Spain. On the right, a map of Catalonia showing the areas with active ADFs, in combination with the areas burnt between 1986 and 2020. Source: Authors' elaboration based on OpenMaps and DARP.
Stratified fire statistics. Source: Departament d'Agricultura. Generalitat de Catalunya (2021).
| Fire size (ha) | 1983–1992 | 1993–2002 | 2003–2012 | |||
|---|---|---|---|---|---|---|
| % of fires | % burnt ha | % of fires | % burnt ha | % of fires | % burnt ha | |
| < 1 | 50,93% | 0,54% | 77,23% | 0,79% | 85,08% | 1,89% |
| 1–10 | 38,62% | 4,54% | 18,85% | 3,12% | 11,86% | 5,10% |
| 10–100 | 8,14% | 10,05% | 2,79% | 5,71% | 2,24% | 10,77% |
| 100–500 | 1,55% | 13,85% | 0,76% | 11,11% | 0,58% | 19,07% |
| > 500 | 0.76% | 71,02% | 0,37% | 79,27% | 0,24% | 63,17% |
Fig. 4Timeline of the evolution the ADF history, including at the bottom the most visible elements of our SI-SER framework for each time period. Source: Authors' elaboration.
Fig. 3Wildfires that triggered significant governance changes within the ADF history. Source: Authors' elaboration with data from Institut Cartogràfic i Geològic de Catalunya.