印度尼西亚普利亚斯湾红树林物种的多样性、分布和保护现状

IF 0.8 Q2 Environmental Science Biosystems Diversity Pub Date : 2023-07-15 DOI:10.15421/012331
S. Rahim, D. W. K. Baderan, M. S. Hamidun, A. Hasim, W. E. S. Anwar, M. H. Angio, A. Faqih, M. R. Hariri, S. Sunardi
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引用次数: 0

摘要

作为一个生态系统,红树林生态系统具有多种功能。本研究的目标是:(1)确定重要价值指数的群落结构;(2)评估托利托利行政区奥戈代德区普利亚斯湾红树林物种多样性指数的重要性。研究于 2021 年进行,采用定量描述方法和调查法。发现的物种数量将用于确定物种组成。通过计算相对密度(RD)和频率(FR)来评估红树林群落的结构。根据香农-维纳(Shannon-Wiener)公式,将数据列表以计算重要价值指数(IVI)值。共发现 18 种不同的红树林,包括红树(Rhizophora apiculata)、红树(Rh. mucronata)、红树(Rh. stylosa)、红树叶(Bruguiera parviflora)、红树叶(B. gymnorrhiza)、红树叶(Ceriops tagal)、红树叶(C. decandra)、白桑(Sonneratia alba)、白桑(S. caseolaris)、白桑(S. ovata)、白桑(Avicennia lanata)、木菠萝(Xylocarpus moluccensis)、金针菇(Acrostichum aureum)、红豆杉(Nypa fruticans)和酸浆杉(Pemphis acidula)。根据植被分析结果,每个观测站都以根瘤菌科植物为主。同时,最罕见的红树林物种是 Acrostichum aureum、Sonneratia casiolaris 和 Xylocarpus moluccensis,各有两个标本。群落结构显示,X. moluccensis 的 IVI 值最低,仅为 12.7%,而 Rhizophora mucronata 的 IVI 值为 101.3%。红树林多样性指数(H')值为 2.48,符合中等多样性标准。物理和化学参数测量结果通常表明,收集数据的四个站点或地点的条件相似。有趣的是,我们还发现了属于易危类别的红树林物种 Avicennia lanata。收集到的信息可用于管理托利托利行政区奥戈代德分区普利亚斯湾的红树林,并作为保护红树林和减轻全球变暖影响的数据库。
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Diversity, distribution and conservation status of mangrove species in Pulias Bay, Indonesia
As an ecosystem, the mangrove ecosystem serves various purposes. The objectives of this study are to (1) identify the community structure of the important value index; and (2) evaluate the importance of the mangrove species diversity index in Pulias Bay in Ogodeide District, Tolitoli Regency. The study was conducted in 2021 using a quantitative descriptive methodology and survey method. The number of discovered species will be used to establish the species composition. The structure of the mangrove communities is being evaluated by calculating the relative density (RD) and frequency (FR). The data is tabulated to calculate the Important Value Index (IVI) value according to the Shannon-Wiener formula. There were 18 different species of mangroves discovered, including Rhizophora apiculata, Rh. mucronata, Rh. stylosa, Bruguiera parviflora, B. gymnorrhiza, Ceriops tagal, C. decandra, Sonneratia alba, S. caseolaris, S. ovata, Avicennia lanata, Xylocarpus moluccensis, Acrostichum aureum, Nypa fruticans, and Pemphis acidula. The Rhizophoraceae family predominated at each observation station, according to the findings of the vegetation analysis. Meanwhile the most rarely found species of mangrove were Acrostichum aureum, Sonneratia casiolaris, and Xylocarpus moluccensis, each with two specimens. The community structure reveals that X. moluccensis has the lowest IVI value of 12.7%, while Rhizophora mucronata has an IVI value of 101.3%. The mangrove Diversity Index (H') has a value of 2.48 and meets the standards for moderate diversity. Physical and chemical parameter measurements often indicate that the four stations or sites where the data was collected have similar conditions. Interestingly, we also found Avicennia lanata, a mangrove species that falls under the Vulnerable category. The collected information can be used to manage the mangrove forest in Pulias Bay in the Ogodeide Sub-District of the Tolitoli Regency and serve as a database for efforts to conserve mangroves and mitigate the effects of global warming.
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