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  5. Work Productivity, Costs and Environmental Impacts of Two Thinning Methods in Italian Beech High Forests

Work Productivity, Costs and Environmental Impacts of Two Thinning Methods in Italian Beech High Forests

Author(s)
Latterini, Francesco
Venanzi, Rachele  
Stefanoni, Walter
Sperandio, Giulio
Suardi, Alessandro
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Date Issued
2022
Type
article
Volume
14
Issue
18
DOI
10.3390/su141811414
Journal
SUSTAINABILITY  
Abstract
In the Mediterranean area, the most common management of beech forests relies on the shelterwood system. However, more effort has been put into developing alternative silvicultural treatments to enhance the forests’ capacity to provide the higher ecosystem services. The crop-tree management system seems to perform well, particularly under the economic point of view. Moreover, it can provide higher quality timber from thinning interventions which are carried out before the end of the rotation period. However, very few articles have been found in the literature dealing with evaluation of the economic and environmental performance of the alternative thinning method based on crop-tree management (AT) in comparison to the traditional thinning from below typical of the shelterwood system (TT). Therefore, three study areas in Italy were selected to assess working productivity, costs and GHG emissions associated with the two methods. In the study areas with the application of mechanized extraction systems, AT showed higher work productivity and lower costs than TT, whereas GHG emissions reduction by AT was observed only in one of the three study areas. There was not significant improvement related to AT application when using animals for extraction operations. AT was more economically sustainable for thinning interventions in beech high forests, but the reduction of GHG emissions was not as effective as in TT. Crop-tree management proved to be a suitable option to be applied in beech forest stands, although further studies should focus on the overall rotation cycle and include the evaluation of impacts on productivity of a higher presence of saplings expected after crop-tree intervention.
Subjects

GHG emissions; harves...

Handle
http://hdl.handle.net/2067/49440
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sustainability-14-11414.pdf

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