文章基本信息

标题：Stand structure of Unmanaged Red Meranti Plantation (Shorea leprosula Miq.) in Haurbentes Forest Research, Jasinga
其他标题：STRUKTUR TEGAKANTANAMAN MERANTI TEMBAGA (Shorea leprosula MIQ.) DI HUTAN PENELITIAN HAURBENTES, JASINGA
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作者：Prijanto Pamoengkas ; Prijanto Pamoengkas ; Exze Erizilina 等
期刊名称：Journal of Natural Resources and Environmental Management
印刷版ISSN：2086-4639
电子版ISSN：2460-5824
出版年度：2019
卷号：9
期号：1
页码：61-67
DOI：10.29244/jpsl.9.1.61-67
语种：English
出版社：Bogor Agricultural University
摘要：Natural regeneration of Dipterocarpaceae depends on the availability of the mother trees, flowering cycle, and favorable site conditions. Potential seed of Shorea leprosula in Haurbentes Forest Research, Jasinga District, Bogor, should be supported with sufficient regeneration ability. This research aims to identify the condition of regeneration of Shorea leprosula, environmental conditions and soil conditions that support for the sustainability of the S. leprosula regeneration in Haurbentes Forest Research, Jasinga, Bogor district. The results of the vegetation analysis showed that condition of the forest regeneration S. leprosula in KHDTK Haurbentes quite sufficient for seedling which are found quite a lot and dominating on every block of observations. However, seedlings are experiencing obstacles in resuming its growth to the level of sapling and poles. This can be seen by the existence of another species that dominates at the level of the sapling and the least amount of poles found. The existence of competition with other species and lack of space grows to regeneration due to the dominance of mature trees suspected that caused the regeneration S. leprosula on blocks of thisplant disturbed. Environmental conditions (temperature, humudity slope, and altitude), and soil condition (soil type and thickness of organic matter) sufficiently support growth of S. leprosula. However, the lack of light intensity that goes into the stands is suspected to be one of the barriers to regeneration of S. leprosula.
关键词：Haurbentes; regeneration; Shorea leprosula; stand structure