SWOT-AHP come strumento inclusivo di analisi della filiera foresta-legno-energia: il caso di studio della Val Sarentino (Alto Adige). SWOT-AHP as an inclusive analytical tool of the forest-wood-energy chain: the case study of the Sarntal (South Tyrol).

In the last years, the use of forest biomass for energy purpose is steadily increasing to tackle energy security issues and to mitigate climate change by stabilizing greenhouse gases (GHG) concentrations in the atmosphere. In Italy, the new National Energy Strategy established that the renewable energy must cover 20% of gross energy demand by 2020. In order to achieve this objective the forest biomass could be of fundamental importance. In this context of increasing extraction of wood residues from forests, it is relevant to analyse two key aspects: (1) the involvement of stakeholders in the strategy for the valorization of forestwood- energy chain at local level; and (2) the potential impacts of increased forest biomass extraction on environment. This paper analyses these two aspects through the stakeholders’ opinions in a case study in the Alto Adige (Sarentino valley). Stakeholders’ opinions concerning the analysis of SWOT categories (strengths, weaknesses, opportunities, threats) of the bioenergy supply chain were investigated using the SWOT-AHP (Analytical Hierarchy Process) approach. The results show that the local stakeholders emphasize some strengths (e.g., additional income over time for private forest owners) and opportunities (e.g., development of shared forest management strategies among small forest owners) of forest-wood-energy chain, and consi - der less relevant the weaknesses and threats. The results concerning one of most important potential threats - impacts on environment - show that all groups of stakeholders (public administrations, associations and NGO, research bodies and universities, and actors of rural sector) consider positive the impacts of increased forest biomass extraction on recreational activities and negative on other three ecosystem services (carbon sequestration, hydrogeological protection, and biodiversity).