对德国机动手动采伐的见解,最近的发展,以确保单株树木选择采伐的有效操作

S. Hoffmann, D. Jaeger
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引用次数: 4

摘要

尽管自20世纪90年代初以来,德国森林作业出现了集约机械化的趋势,但许多地点限制了全面机械化采伐系统的有效实施。主要限制因素是可通行性和基于单株选择收获的造林,重点是欧洲山毛榉等高茎量阔叶树。因此,电动手动操作仍然普遍存在,但需要进行调整,以在不断变化的工作环境中保持效率并提高安全性。新的砍伐技术和辅助工具的最新发展以及培训和工作组织的进步改善了职业健康和安全。此外,这些成就有助于避免原木因砍伐而贬值。总体数字化趋势也没有忽视电机的手动操作。智能手机应用程序已经可以为更高效的装箱、运营规划和车队管理做出贡献。然而,汽车手动操作仍将是成本密集型的,并使工人直接面临职业危害。因此,为了实现可行和适用的造林目标,作业应尽可能利用机械化系统。
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Insights on motor-manual tree felling in Germany, recent developments to ensure efficient operations in singletree selection harvest
Despite an intensive mechanization trend in German forest operations since the early 1990s, many sites restrict the efficient implementation of fully mechanized harvesting systems. Trafficability and singletree selection harvest-based silviculture, focusing on high stem volume broadleaves, such as European beech, are the main limitations. Thus, motor-manual operations are still prevalent but need to be adapted to stay efficient and improve safety in a changing work environment. Recent developments of new felling techniques and aiding tools and advances in training and work organization improved occupational health and safety. Also, these achievements help to avoid log devaluation due to felling damages. The general digitalization trend did not ignore motor-manual operations either. Smartphone applications can already contribute to more efficient bucking, operation planning and fleet management. Yet, motor-manual operations will remain cost-intensive, and expose worker directly to occupational hazards. Therefore, operations should take as much advantage of mechanized systems as possible for feasible and applicable silvicultural objectives.
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来源期刊
European Journal of Forest Engineering
European Journal of Forest Engineering Agricultural and Biological Sciences-Forestry
CiteScore
1.30
自引率
0.00%
发文量
6
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