A Hierarchical Timber Allocation Model to Analyze Sustainable Forest Management Decisions

Autori

  • Marian V. Marinescu The University of Florida, USA
  • Thomas C Maness The University of British Columbia, Canada

Parole chiave:

hierarchical planning, timber allocation, multi-criteria, sustainable forest management, optimization

Abstract

A two-level Hierarchical Timber Allocation model was developed that iteratively negotiates medium-term (sustainable forest management) decisions with operational (lumber production) plans. At the medium-term level, a multi-criteria timber allocation model optimally allocates forest land units, called stewardship units, to different forest products companies based on five sustainability criteria: profit, employment, wildlife habitat, recreation, and visual quality. At the operational level, a sawmilling model maximizes the profits resulting from optimally converting the timber allocated by the medium-term level into lumber products. An iterative algorithm was developed in which the decisions generated by the two hierarchical levels reach a mutually beneficial solution. The model was demonstrated in two cases and conclusions were presented about future development.  MCFNS 2(2):117-134.

Biografie autore

  • Marian V. Marinescu, The University of Florida, USA

    Assistant Professor
    Forest Utilization & Economic Sustainability, School of Forest Resources and Conservation

  • Thomas C Maness, The University of British Columbia, Canada
    Professor, Faculty of Forestry

Pubblicato

2010-08-28

Fascicolo

Sezione

Special Section on Systems Analysis in Forest Resources

Come citare

A Hierarchical Timber Allocation Model to Analyze Sustainable Forest Management Decisions. (2010). Mathematical and Computational Forestry & Natural-Resource Sciences (MCFNS), 2(2), Pages: 117-134 (18). https://mcfns.com/index.php/Journal/article/view/2.18

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