iForest - Biogeosciences and Forestry (Oct 2016)

Opportunities for coppice management at the landscape level: the Italian experience

  • Mairota P,
  • Manetti Maria C,
  • Amorini E,
  • Pelleri F,
  • Terradura M,
  • Frattegiani M,
  • Savini P,
  • Grohmann F,
  • Mori P,
  • Terzuolo Pier G,
  • Piussi P

DOI
https://doi.org/10.3832/ifor1865-009
Journal volume & issue
Vol. 9, no. 1
pp. 775 – 782

Abstract

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Coppice silviculture has a long tradition in Italy. Societal demands have led to the development of forest management techniques for integrating wood production with other kinds of forest uses and regulations have been issued to limit forest degradation. In Italy, 35% of the national forest cover is currently managed under coppice silvicultural systems that provide 66% of the annual wood production. Fuel-wood demand is increasing and a large amount of fuel-wood is currently imported in Italy. Modern coppice practices differ from those adopted in the past and may have a reduced impact on ecosystem characteristics and processes. Nevertheless, coppice silviculture has a bad reputation mostly on grounds that are beyond economic, technical and ecological rationales. Neither cessation of use nor a generalized conversion from coppice to high forest are likely to respond simultaneously to the many demands deriving from complex and articulated political and economic perspectives operating at global, European, national, regional and forest stand-level scales. Different approaches of modern silviculture to coppice successfully tested in Italy for more than a decade are illustrated. We propose to combine different options at the stand and sub-stand level, including either development without human interference or conversion to high forest, and to apply these approaches within the framework of novel forest management plans and regionally consistent administrative procedures. This bottom-up approach represents a potential solution to the socio-economic and environmental challenges affecting coppicing as a silvicultural system.

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