Reprint

Forest Operations, Engineering and Management

Edited by
August 2018
416 pages
  • ISBN978-3-03897-184-9 (Paperback)
  • ISBN978-3-03897-185-6 (PDF)

This book is a reprint of the Special Issue Forest Operations, Engineering and Management that was published in

Biology & Life Sciences
Environmental & Earth Sciences
Summary

The book gathers 28 quality papers containing new and important knowledge on forest operations, engineering and management. Active forest management is indeed applied through forest engineering, and careful forest tending is conditional to the implementation of sound operational methods, which may guarantee cost-effective management while protecting environmental functionality and worker health. Efficiently managed forest operations offer the highest benefit and the lowest cost, in all fields: financial, social and environmental. While maintaining a cross-disciplinary character, forest engineering represents a special sector of interest within the field of forestry and aims at increasing the overall efficiency of forest operations. Forest engineering often deals with practical issues that have a strong economic impact, and for this reason the industry has always had a strong interest in forest engineering, which explains the close connection between scientists and economic operators.

 

The central role of forest engineering in modern forestry is demonstrated by the many sessions gathered under this general label at the IUFRO 125th Anniversary Congress, which offered a great opportunity for catching up with the latest results of sector research. Over the years, much progress has been done in the field of forest engineering, which has been supported by the dramatic technology advances of the most recent times. The 28 papers contained in this book come from many different countries and cover a large variety of subjects, from pure productivity, to resource availability, operation planning, environmental impacts and operator safety and health. Energy biomass is also represented, as a witness to the growing role of forestry in the quest for renewable energy sources.

Format
  • Paperback
License
© 2019 by the authors; CC BY license
Keywords
deadwood management; decay rate; decomposition; density loss; Mediterranean; soil erosion; GIS (Geographic Information System); forest residues; energy valuation; harvesting management; open pile burning; burning consumption rates; costs; hand-pile burning; clean burn; forest operations; timber harvesting; timber extraction; forest development types; species suitability map; biomass; storage; feedstock; forest; harvest residues; comminuted biomass; tarps; covering; biorefinery; best management practices; forest operations; riparian species; silviculture; wildlife; GNSS-RF; GPS; GNSS positioning error; logging safety; geofences; forest harvesting contractor; supply chain alignment; customer-perceived value; contractor profitability; business relationship; supply risk; productivity; logging; steep terrain; cable logging; Acacia mangium; land expectation value; thinning; Eucalyptus globulus; stocking density; harvesting productivity; Australia; hemispherical photography; RIL; line planting; light condition; lowland dipterocarp forest; case study; labor force; management guideline; secondary transportation; fuel reduction; slash pile; grinding operation; grapple excavator; horizontal grinder; simulation; Sierra Nevada, California; wildfire; workplace injuries; musculoskeletal disorders; diesel exhaust exposure; mechanized logging; situational awareness; frame structure; two-axle trailer; crawl tractor; wheel tractor; safety; forestry; chainsaw; filing; sawdust; safety; logging business; woody biomass; forest harvesting; biomass equations; beta regression; multinomial logistic regression; Dirichlet regression; small trees; bladed skid trails; forest operations; forest harvesting; soil erosion modeling; best management practices; efficiency; contractors; benchmark; logging; work efficiency; biomass; benchmarking; costing; winch-assist; harvester; forwarder; tensile force; steep terrain harvesting; cut-to-length; WMSD; OWAS; ergonomics; safety; logging; root rot; biotic factor; forest health; tree growth; stump protection; wood harvesting; timber transport; axle load; gross vehicle weight; timber load; empty vehicle weight; harvesting; steep terrain; forest operations; forest road network; optimization heuristics; aggregate crushing; particle-size distribution; road aggregate; subgrade mixing; sweeping; carbon stock; woody litter; bioenergy potential; resources map; aboveground biomass, underground biomass