Forestry Applications  book cover
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Forestry Applications





ISBN 9780367571801
Published June 29, 2020 by Routledge
152 Pages

 
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Book Description

In 2012, a Forestry Special Interest Group (FSIG) was founded within the Canadian Operational Research Society (CORS). Besides a general commitment to promoting the application of operational research (OR) to forest management and forest products industry problems, the FSIG has two concrete mandates: organizing the forestry cluster at the annual CORS conference, and managing the editorial process for forestry-themed special issues of INFOR. The FSIG has been very successful in the first of these two mandates, with record attendance at the forestry cluster over the last four years, hosting of several special sessions, financial and in-kind support from the NSERC Strategic Network on Value Chain Optimization (VCO), and the inauguration of the David Martell Student Paper Prize in Forestry (DMSPPF). This is the first compilation of forestry-themed papers since the inauguration of the CORS FSIG. The six pieces selected for the special issue, now published as a book, feature applications of OR to a wide range of forest management and forest products industry contexts, including supply-chain planning, lumber production planning, demand-driven harvest and transportation planning, and fire-aware wood supply planning. This book was originally published as a special issue of the INFOR: Information Systems and Operational Research journal.

Table of Contents

Introduction  1. Centralized supply chain planning model for multiple forest companies  2. Benefits of inter-firm relationships: application to the case of a five sawmills and one paper mill supply chain  3. Advances in profit-driven order promising for make-to-stock environments – a case study with a Canadian softwood lumber manufacturer  4. Analysis of uncontrollable supply effects on a co-production demand-driven wood remanufacturing mill with alternative processes  5. Development of a threat index to manage timber production on flammable forest landscapes subject to spatial harvest constraints  6. A model approach to include wood properties in log sorting and transportation planning

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Editor(s)

Biography

Gregory Paradis is a forest engineer working on linking forest ecosystem management and forest products supply chain planning. He is currently affiliated with the Department of Forest Resources Management at the University of British Columbia, Canada.