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Modeling and simulating two cut-to-length harvesting systems in central Appalachian hardwoodsAuthor(s): Jingxin Wang; Chris B. LeDoux; Yaoxiang Li
Source: In: Proceedings of the 26th Annual Meeting of Council on Forest Engineering. Forest operations among competing forest users; 2003 September 7-11; Bar Habor, ME; Corvalis, OR: Council of Forest Engineers. 1-5
Publication Series: Scientific Journal (JRNL)
Station: Northern Research Station
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DescriptionThe production rates and costs of two cut-to-length harvesting systems was simulated using a modular ground-based simulation model and stand yield data from fully stocked, second growth even aged central Appalachian hardwood forests. The two harvesters simulated were a modified John Deere 988 tracked excavator with a model RP 1600 single grip sawhead and an excavator based Timbco 425 with an ultimate 5600 single grip sawhead. The forwarder used in the simulations was a Valmet 524 with 8-foot log bunks. Production rates and costs were simulated for a range of stand conditions. The results should be valuable to managers, planners, and loggers considering the use of CTL and forwarding systems in the region.
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CitationWang, Jingxin; LeDoux, Chris B.; Li, Yaoxiang. 2003. Modeling and simulating two cut-to-length harvesting systems in central Appalachian hardwoods. In: Proceedings of the 26th Annual Meeting of Council on Forest Engineering. Forest operations among competing forest users; 2003 September 7-11; Bar Habor, ME; Corvalis, OR: Council of Forest Engineers. 1-5
- Simulating cut-to-length harvesting operations in Appalachian hardwoods
- Modeling ground-based timber harvesting systems using computer simulation
- Estimating and validating ground-based timber harvesting production through computer simulation
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