@incollection{cominiAbioticStressorsFire2013,
  title = {Abiotic Stressors - {{Fire}} Hazard},
  booktitle = {Management {{Strategies}} to {{Adapt Alpine Space Forests}} to {{Climate Change Risks}}},
  author = {Comini, Bruna and Cocca, Giampaolo and Gagliazzi, Elena and Nastasio, Paolo and Calvo, Enrico and Colombo, Roberto and Di Mauro, B. and Busetto, Lorenzo and Skudnik, Mitja and Sturm, Tomaz and Breznikar, Andrej},
  editor = {Cerbu, Gillian},
  date = {2013-08},
  publisher = {{InTech}},
  doi = {10.5772/56273},
  url = {https://doi.org/10.5772/56273},
  abstract = {Introduction.

Forest fires are worldwide recognized as one of the main factors affecting the forest ecosystem equilibrium, leading to direct and indirect impacts on the functions provided by forests (production, protection, wildlife, tourism, etc..). Forest fire ignition and propagation are closely linked to site-specific conditions: fuel characteristics, forest structure and composition, weather and topography. Within the MANFRED project, ERSAF was aimed to identifying potential evolution scenarios of forest fires danger due to climate change in the Alpine Space.},
  isbn = {978-953-51-1194-8},
  keywords = {*imported-from-citeulike-INRMM,~INRMM-MiD:c-12628166,forest-fires,forest-resources,postfire-recovery,remote-sensing}
}

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