鱼在南苏拉威西苏拉威西坦佩湖不同水坑区的分布情况

R. Dina, Eko Harsono, G. Wahyudewantoro, Lukman Lukman, R. Kurniawan, Agus Waluyo, Jojok Soedarso, M. Widoretno
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引用次数: 2

摘要

南苏拉威西坦佩湖不同淹没区的鱼类分布。坦佩湖区域由永久积水区和非永久积水区(泛洪区)组成。本研究旨在调查不同地区优势种的种类及其相对丰度分布,以及优势种的大小、条件因子和性腺成熟期的分布。在高水位期(2017年3月、6月和8月)对18个站点进行采样,其中站1 ~ 13为非永久性淹没区,站14 ~ 18为永久性淹没区。鱼是用各种工具捕获的。对鱼进行形态鉴定,并对鱼的数量进行统计。测定优势种大小,确定性腺成熟期。数据分析采用描述性和推断性统计。研究结果表明,非永久性淹没区物种数量最多。只在非永久性淹没区发现的物种有batrachus、Anabas testudineus、Pangasianodon hypoopthalmus和Trichopodus pectoralis。非永久性淹没区内的优势鱼类为斑点毛鳞鱼(Oxyeleotris marmorata)、棘鱼(Channa striata)、nilochromis、Trichopodus trichopterus和Pterygoplichthys pardalis。这些鱼类对捕捞渔业生产作出了重大贡献。最丰富的鱼类是gonionotus。两个地区的条件因子和性腺成熟期无显著差异。当水位上升时,永久淹没区鱼的体积更大,且相对丰度更高。这些不同淹没区的存在对坦佩湖的渔业生产力有重要影响
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Distribusi Ikan pada Wilayah Genangan Berbeda di Danau Tempe, Sulawesi Selatan
Fish Distribution at Different Inundation Areas in Lake Tempe, South Sulawesi. Lake Tempe area consists of permanent standing watersand non-permanent area (flooded area). This study aims to investigate the species and its relative abundance distribution, as well as the distribution of size, condition factor, and gonad maturity stage of dominant species at those different areas. Sampling was carried at high water level period (March, June, and August 2017) in 18 stations, stations 1 to 13 represent the non-permanent inundation areas, and stations 14 to 18 represent the permanent inundation area. Fish was caught using various gears. Fish was identified morphologically and the number was counted. The size of the dominant species was measured and the gonad maturity stage was determined. Data were analyzed using descriptive and inferential statistics. The results of this study show that the highest number of species is found in non-permanent inundation areas. Species that are only found in non-permanent inundation areas are Clarias batrachus, Anabas testudineus, Pangasianodon hypopthalmus, and Trichopodus pectoralis. The dominant fish in the non-permanent inundation area are Oxyeleotris marmorata, Channa striata, Oreochromis niloticus, Trichopodus trichopterus, and Pterygoplichthys pardalis. These fishes have contributed significantly to capture fisheries production. The most abundant fish is Barbonymus gonionotus. The condition factor and the gonad maturity stage of the B. gonionotusin in the both areas were not significantly different. Larger fishes and higher relative abundance of B. gonionotus, when the water level was rising, were found in permanent inundation area. It can be concluded that the existence of those different inundation areas is important for fisheries productivity in Lake Tempe
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