北马鲁古省苏拉岛北曼戈利街道滨海Minaluli红树林生态系统半球面摄影评价条件

A. Baksir, M. Mutmainnah, N. Akbar, F. Ismail
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引用次数: 1

摘要

Minaluli村具有沿海地区红树林生态系统资源的可利用性。分布均匀的红树林生态系统的可用性可以对社区产生直接影响。红树林状况的测定以前采用样带象限和抽查等传统方法。半球面摄影法是印度尼西亚使用和发展的新方法之一。该研究于2018年7月在苏拉群岛北曼戈利区Minaluli村进行。北马鲁古省。研究目的是利用半球面摄影方法获取红树林生态系统状况的信息。环境参数测量结果表明,环境生态条件支持红树林的存在。形态学鉴定得到3科8种之多。站点I发现82%的红树林覆盖呈现值,站点II发现77%的覆盖呈现值,站点III发现78%的呈现值,而站点IV发现72%的红树林覆盖呈现值。根据红树林损害的标准,在固体类别中获得的红树林覆盖的总体情况。得到的红树林生态系统密度在各站点均表现出较高的密度。根据损害的标准标准,该地点的红树林密度处于中等至非常密集的类别,范围在1,067-2,022棵/公顷之间。各类型红树林的重要价值指数(INP)均在31.73 ~ 95.55之间,最高种的价值指数以茎尖型最高,为95.55%,其次是尖根,为95.08%,粗根,为81.05%,肉芽木为45.68,石首树为40.83%,海桑为36.27,木杉为31.73%。
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Assesment Condition Using Hemispherical Photography Method on Mangrove Ecosystem in Coastal Minaluli, North Mangoli Subdistrict, Sula Island Regency, North Maluku Province
Minaluli Village has the availability of mangrove ecosystem resources in coastal areas. The availability of evenly distributed mangrove ecosystems can have a direct impact on the community. Determination of mangrove status conducted previously using conventional methods such as transect quandrat and spot check. Hemispherical photography method is one of the new methods used and developed in Indonesia. The study was conducted in July 2018 in Minaluli Village, North Mangoli District, Sula Islands Regency. North Maluku Province. The research objective is to obtain information on the condition of the mangrove ecosystem using the Hemispherical photography method. The results of the study obtained measurements of environmental parameters showed that environmental ecological conditions support the existence of mangroves. Morphological identification was obtained as many as 8 species from 3 families. Station I found 82% mangrove cover presentation value, for station II found 77% cover presentation, at station III found a presentation found 78% while at station IV found a presentation of mangrove cover 72%. The total presentation of mangrove cover obtained in the solid category, based on the standard criteria for mangrove damage. The density of the mangrove ecosystem obtained shows high density at each station. Based on the standard criteria for damage, the density of mangroves in this location is in the medium to very dense category with a value range between 1,067-2,022 trees / ha. Important value index (INP) analysis of each type of mangrove found a range of values ​​between 31.73-95.55 The highest value index of the highest species was found in the Rhizophora stylosa type with a value of 95.55% then Rhizophora apiculata with a value of 95.08%, Rhizophora mucronata namely 81.05%, Xylocarpus granatum is 45.68, Ceriops stagal with value of 40.83%, Sonneratia alba with a value of 36.27 and Bruguiera gymnorhiza 31.73%.
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