马来西亚半岛木材采伐规划的选择性采伐优化模型

Munaisyah Abdullah, S. Abdullah, A. Hamdan, R. Ismail
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引用次数: 0

摘要

木材采伐计划(THP)模型用于确定在不同时期哪些森林区域采伐,目标是在采伐法规的约束下实现利润最大化。西方国家基于优化方法开发了各种THP模型,以产生最佳或可行的收获计划。然而,类似的研究在热带国家得到的关注较少。因此,本研究提出了一个反映马来西亚半岛选择性切割的THP优化模型。该模型在七个街区进行了测试,这些街区共有636棵不同大小和种类的树木。我们发现,优化方法可以产生具有更高体积和更少损害的选择性木材采伐计划。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Optimisation model of selective cutting for Timber Harvest Planning in Peninsular Malaysia
Timber Harvest Planning (THP) model is used to determine which forest areas to be harvested in different time periods with objective to maximize profit subject to harvesting regulations. Various THP models have been developed in the Western countries based on optimisation approach to generate an optimal or feasible harvest plan. However similar studies have gained less attention in Tropical countries. Thus, this study proposes an optimisation model of THP that reflects selective cutting in Peninsular Malaysia. The model was tested on seven blocks that consists a total of 636 trees with different size and species. We found that, optimisation approach generates selectively timber harvest plan with higher volume and less damage.
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