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Original Articles

Simulating Cut-to-Length Harvesting Operations in Appalachian Hardwoods

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Pages 11-27 | Published online: 18 Jun 2013

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Read on this site (7)

Simon Schmiedel, Daniel Beaudoin & Mikael Rönnqvist. (2022) Stand-specific working methods for harvester operators: a simulation study. International Journal of Forest Engineering 33:3, pages 250-261.
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Simon Berg, Dan Bergström & Tomas Nordfjell. (2014) Simulating conventional and integrated stump- and round-wood harvesting systems: a comparison of productivity and costs. International Journal of Forest Engineering 25:2, pages 138-155.
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Linus Jundén, Dan Bergström, Martin Servin & Urban Bergsten. (2013) Simulation of boom-corridor thinning using a double-crane system and different levels of automation. International Journal of Forest Engineering 24:1, pages 16-23.
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Daniel Beaudoin, Luc LeBel & Mohamed Amine Soussi. (2012) Discrete Event Simulation to Improve Log Yard Operations. INFOR: Information Systems and Operational Research 50:4, pages 175-185.
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Lars Sängstuvall, Dan Bergström, Tomas Lämås & Tomas Nordfjell. (2012) Simulation of harvester productivity in selective and boom-corridor thinning of young forests. Scandinavian Journal of Forest Research 27:1, pages 56-73.
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Raffaele Spinelli, Natascia Magagnotti & Gianni Picchi. (2010) Deploying Mechanized Cut-to-Length Technology in Italy: Fleet Size, Annual Usage, and Costs. International Journal of Forest Engineering 21:2, pages 23-31.
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Aaron Kash & Elizabeth M Dodson. (2010) Production of a Roll-off Equipped Harwarder for Forest Biomass Utilization. International Journal of Forest Engineering 21:1, pages 48-56.
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Articles from other publishers (11)

Jingxin WangJingxin Wang. 2022. Forest and Biomass Harvest and Logistics. Forest and Biomass Harvest and Logistics 135 158 .
Jingxin WangJingxin Wang. 2022. Forest and Biomass Harvest and Logistics. Forest and Biomass Harvest and Logistics 73 91 .
Jingxin WangJingxin Wang. 2022. Forest and Biomass Harvest and Logistics. Forest and Biomass Harvest and Logistics 43 58 .
Jingxin WangJingxin Wang. 2022. Forest and Biomass Harvest and Logistics. Forest and Biomass Harvest and Logistics 221 247 .
Sättar Ezzati, Farzam Tavankar, Mohammad Reza Ghaffariyan, Rachele Venanzi, Francesco Latterini & Rodolfo Picchio. (2021) The Impact of Weather and Slope Conditions on the Productivity, Cost, and GHG Emissions of a Ground-Based Harvesting Operation in Mountain Hardwoods. Forests 12:12, pages 1612.
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Pavel Budnik, Ilya Shegelman & Vyacheslav Baklagin. (2020) Variability of forwarder truckload parameters in the Pryazha forestry division of the Republic of Karelia (Russia): A computer experiment. Central European Forestry Journal 66:1, pages 12-22.
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Raffaele Spinelli & Angelo de Arruda Moura. (2019) Decreasing the Fuel Consumption and CO2 Emissions of Excavator-Based Harvesters with a Machine Control System. Forests 10:1, pages 43.
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Bruce Talbot, Karl Stampfer & Rien Visser. (2015) Machine function integration and its effect on the performance of a timber yarding and processing operation. Biosystems Engineering 135, pages 10-20.
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Lars Sängstuvall, Tomas Lämås & Tomas Nordfjell. (2012) Application of a primarily deductive framework describing time consumption for hauling of logs to road-side. Annals of Operations Research 219:1, pages 477-489.
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Jingxin Wang, Damon Hartley & Weiguo Liu. 2013. Wood-Based Energy in the Northern Forests. Wood-Based Energy in the Northern Forests 101 120 .
Jingxin Wang, Benktesh D. Sharma, Yaoxiang Li & Gary W. Miller. (2009) Modeling and validating spatial patterns of a 3D stand generator for central Appalachian hardwood forests. Computers and Electronics in Agriculture 68:2, pages 141-149.
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