马来西亚彭亨历史悠久的彭亨河鱼类的保护现状及威胁

Md. Asek Uddin, Mt. Nur-A-Sharmin Aktar
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引用次数: 0

摘要

本综述的目的是根据马来西亚彭亨历史上的彭亨河的鱼类多样性状况,代表鱼类组成状况及其与国际自然保护联盟的调查,以便将来对关键鱼类进行监测和保护。次要数据收集自发表的文章、评论、实地考察、GIS制图和书籍。在彭亨河水域共记录到鱼类259种,隶属于19目50科146属。鲤形目鲤科鱼类为优势鱼群,种类最多(87种),其次为棘鱼科(18种)、棘鱼科(16种)、棘鱼科(16种)、棘鱼科(12种)和棘鱼科(10种)。现有渔业资源需要谨慎管理,因为9种商业鱼类(28.8%)目前处于脆弱状态,并可能在不久的将来灭绝。此外,彭亨河水域中14种引进鱼类的存在也需要引起有关当局的注意,因为它们可能破坏水生系统和生态圈的平衡。彭恒河不断变化的土地利用问题,如淤积、流域破坏、雨林退化、将湿地转化为农业和工业发展、土地复垦、采矿和伐木、建造拦河坝和防洪渠道。此外,季节性大洪水和人类的不规则干扰等不稳定的气候模式、非法和破坏性捕捞、毒物和污染物造成的环境不平衡将成为历史悠久的彭恒河鱼类多样性管理的重大挑战。本研究旨在对彭亨河的水生动物进行生物监测,为进一步的研究和开发提供可持续管理的依据。因此,应该提出有效和必要的缓解措施,以保护我们宝贵的生物资源不受彭恒河的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Status of Ichthyofauna under Conservations and Threats in the Historical Pahang River, Pahang, Malaysia
The aim of the present review is based on fish diversity status in the historical Pahang River, Pahang, Malaysia to represent the status of fish composition and its investigation with IUCN status for future monitoring and conservation purposes to the critical fish species. Secondary data were collected from published articles, reviews, field visits, GIS mapping, and books. A total of 259 fish species belonging 19 orders, 50 families, and 146 genera were recorded from the Pahang River waters. Fish from the order Cypriniformes belongings to the family Cyprinidae was documented the most dominant fish group as highest number of species (87 species) followed by the family Siluridae (18 species), Bagridae (16 species), Cobitidae (16 species), Osphronemidae (12 species) and Balitoridae (10 species). Available fishery resources need to be managed carefully as 9 commercial fish species (28.8%) are currently vulnerable and may be extinct in near future. Furthermore, the presence of 14 introduced fish species in the Pahang River waters also requires attention from the respective authorities due to the potential disruption to balance of aquatic systems and ecological circles. Changing land use issues in the Pahang River such as siltation, watershed destruction, rainforest degradation, conversion of wetlands to agricultural and industrial development, land reclamation, mining and logging, construction of barrages and flood mitigation channels. In addition, unstable climatic pattern such as seasonal vast flooding and irregular disturbance by human, illegal and destructive fishing, environmental imbalanced through poisons and pollutants would be significant challenges to the fish diversity management in the historical Pahang River. This study implies to biomonitoring in the Pahang River to ensure sustainable management to aquatic fauna for further studies and development. Thus, effective and necessary mitigation steps should be proposed to protect our valuable bioresources from the Pahang River.
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