GEOGRAPHICALANALYSIS WITH GIS METHODOLOGY FOR A SUSTAINABLE USE OF LOGGING RESIDUES IN MOUNTAINOUS AREA

A GIS-based approach is presented in order to define a decision support system tool for strategic planning of forest biomass supply chain for a heating/energy use. The presented GIS-based approach focus its analysis on forest management data, road network characteristics, terrain features and chippi...

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Main Authors: Raffaele Cavalli, Stefano Grigolato
Format: Article
Language:English
Published: PAGEPress Publications 2007-09-01
Series:Journal of Agricultural Engineering
Subjects:
Online Access:http://www.agroengineering.org/index.php/jae/article/view/112
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author Raffaele Cavalli
Stefano Grigolato
author_facet Raffaele Cavalli
Stefano Grigolato
author_sort Raffaele Cavalli
collection DOAJ
description A GIS-based approach is presented in order to define a decision support system tool for strategic planning of forest biomass supply chain for a heating/energy use. The presented GIS-based approach focus its analysis on forest management data, road network characteristics, terrain features and chipping and transporting cost. According to two different heating plants location, results on the availability of logging residues for energy use are presented in form of cost supply curves. For the investigated case study, supply curves evidence that, also at local level, different locations of heating plants can affect the cost-efficient use of logging residues in form of wood chips.
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spelling doaj.art-c5865b8facdd4480907fa06739f8883f2022-12-21T22:37:54ZengPAGEPress PublicationsJournal of Agricultural Engineering1974-70712239-62682007-09-01383293710.4081/jae.2007.3.29103GEOGRAPHICALANALYSIS WITH GIS METHODOLOGY FOR A SUSTAINABLE USE OF LOGGING RESIDUES IN MOUNTAINOUS AREARaffaele CavalliStefano GrigolatoA GIS-based approach is presented in order to define a decision support system tool for strategic planning of forest biomass supply chain for a heating/energy use. The presented GIS-based approach focus its analysis on forest management data, road network characteristics, terrain features and chipping and transporting cost. According to two different heating plants location, results on the availability of logging residues for energy use are presented in form of cost supply curves. For the investigated case study, supply curves evidence that, also at local level, different locations of heating plants can affect the cost-efficient use of logging residues in form of wood chips.http://www.agroengineering.org/index.php/jae/article/view/112Forest Operations, GIS, Logging residues, Wood Energy.
spellingShingle Raffaele Cavalli
Stefano Grigolato
GEOGRAPHICALANALYSIS WITH GIS METHODOLOGY FOR A SUSTAINABLE USE OF LOGGING RESIDUES IN MOUNTAINOUS AREA
Journal of Agricultural Engineering
Forest Operations, GIS, Logging residues, Wood Energy.
title GEOGRAPHICALANALYSIS WITH GIS METHODOLOGY FOR A SUSTAINABLE USE OF LOGGING RESIDUES IN MOUNTAINOUS AREA
title_full GEOGRAPHICALANALYSIS WITH GIS METHODOLOGY FOR A SUSTAINABLE USE OF LOGGING RESIDUES IN MOUNTAINOUS AREA
title_fullStr GEOGRAPHICALANALYSIS WITH GIS METHODOLOGY FOR A SUSTAINABLE USE OF LOGGING RESIDUES IN MOUNTAINOUS AREA
title_full_unstemmed GEOGRAPHICALANALYSIS WITH GIS METHODOLOGY FOR A SUSTAINABLE USE OF LOGGING RESIDUES IN MOUNTAINOUS AREA
title_short GEOGRAPHICALANALYSIS WITH GIS METHODOLOGY FOR A SUSTAINABLE USE OF LOGGING RESIDUES IN MOUNTAINOUS AREA
title_sort geographicalanalysis with gis methodology for a sustainable use of logging residues in mountainous area
topic Forest Operations, GIS, Logging residues, Wood Energy.
url http://www.agroengineering.org/index.php/jae/article/view/112
work_keys_str_mv AT raffaelecavalli geographicalanalysiswithgismethodologyforasustainableuseofloggingresiduesinmountainousarea
AT stefanogrigolato geographicalanalysiswithgismethodologyforasustainableuseofloggingresiduesinmountainousarea