亚齐群岛白化事件前珊瑚礁状况与珊瑚礁鱼类丰度的关系

U. J. Wisha, K. Ondara, W. A. Gemilang, G. A. Rahmawan, R. Dhiauddin, I. Ilham
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引用次数: 3

摘要

西穆鲁群岛毗邻印度洋,是印度尼西亚最外层的岛屿之一,位于亚齐省西部。由于未受污染的条件和大量的生物量,斯穆卢埃水域是生产区。特别观察到三个区域,即Simeuluecaut、Ganting和Labuhan Bajau。在这些地区,现有的海洋旅游活动可能会影响所研究的珊瑚礁生态系统。本研究旨在评估2016年ENSO引发大规模白化事件之前,这三个特定地区的珊瑚和珊瑚礁鱼类的状况。采用点截断面法(PIT)记录珊瑚覆盖率、物种多样性和珊瑚礁鱼类。甘亭水域是一个中等生态系统区,其珊瑚覆盖率高达45.62%。但在四木勒切和拉布汉巴乔水域,珊瑚礁群落表现良好,珊瑚覆盖率分别达到83.12%和81.25%。在Simueluecut水域观察到珊瑚礁鱼类丰度最高的属。这一情况在2016年发生了相反的变化,当时由于ENSO现象引发的温度异常,大规模白化威胁到了四莫鲁水域。在6个月的时间里,温度上升了近3摄氏度,这无疑会导致白化,约50%的珊瑚群落的珊瑚覆盖率和珊瑚数量急剧下降。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
CORAL REEF CONDITION IN RELATION TO CORAL REEF FISH ABUNDANCES BEFORE MASS BLEACHING EVENT IN SIMEULUE ISLANDS, ACEH
Bordered with the Indian Ocean, Simeulue Islands is one of the outermost islands in Indonesia located in the west part of Aceh Province. Simeulue waters are productive areas due to the unpolluted condition yet and great of biomass. Three regions were particularly observed, those are Simeuluecut, Ganting, and Labuhan Bajau. In those areas, the existing marine tourism activities might influence the coral reef ecosystem studied. This study aimed to evaluate the condition of coral and coral reef fish in those three particular regions before mass bleaching event in 2016 triggered by ENSO. Point Intercept Transect (PIT) method was employed to record the percentage cover of coral, species diversity, and coral reef fish. Ganting waters was a moderate ecosystem area whith the percentage coverage was up to 45.62%. However, in Simeuluecut and Labuhan Bajau waters, the coral reef communities were excellent with coral percentage coverage reached 83.12% and 81.25 %, respectively. The highest  abundance genera of coral reef fish was observed in Simueluecut waters. This condition was changed oppositely in 2016 when mass bleaching threatened Simeulue waters due to temperature anomaly triggered by ENSO phenomenon. The temperature increases almost 3oC for 6 months that undoubtedly induced bleaching that about 50% of coral colonies were dramatically declined in coral coverage and coral recruitment.
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