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首页> 外文期刊>International Journal of Environment >The Unusual Reddish-Bloom Appearance in a Freshwater Fishpond at Kingolwira National Fish Farming Center, Morogoro, Tanzania
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The Unusual Reddish-Bloom Appearance in a Freshwater Fishpond at Kingolwira National Fish Farming Center, Morogoro, Tanzania

机译:坦桑尼亚莫罗戈·莫戈拉国家鱼类农业中心的淡水鱼塘中不寻常的红绽放出现

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The study aimed to examines a case of what constituted the uncommonly reddish-bloom appearance in the fishponds during the dry season (September 2018) at Kingolwira National Fish Farming Center located in Morogoro, Tanzania. The study used a benchtop FlowCAM? to investigate species' morphology. One-time assessment of physico-chemical characteristics during the event was performed from the reddish and non-reddish fishponds. Images were compared with the available literature, but also t-test statistics were performed to examine the difference between the fishponds. The results show that the fishponds were significantly (p0.05) different from each other in terms of physico-chemical parameters except for water temperatures. Furthermore, Microcystis species dominated the non-reddish fishpond whereas Euglenophytes species were pervasive in the reddish fishpond. The two species have the potential to produce secondary metabolites (toxins) or to produce a hypoxia condition that is harmful to the fishery, aquatic ecology, and human. To confirm toxicity nature and dynamics further, ?future studies should consider extensive and regular diurnal and long-term monitoring.
机译:该研究旨在审查在坦桑尼亚莫罗戈州德国国民养鱼中心的旱季(2018年9月)在丹尼罗拉国家鱼类农业中心在鱼塘中构成了罕见的红花外观。这项研究用了Benchtop FlowCam?调查物种形态。在活动期间对物理化学特性进行一次性评估,从红虫和非红渔品库中进行。将图像与可用文献进行比较,而且还进行了T检验统计,以检查鱼塘之间的差异。结果表明,除水温外,渔盒在物理化学参数方面均有显着(P <0.05)。此外,微囊囊物种占主导地位,而Duuglenophytes物种在红渔店中普遍存在。这两个物种有可能产生次生代谢物(毒素)或产生对渔业,水生生态和人类有害的缺氧条件。为了进一步确认毒性自然和动态,未来的研究应考虑广泛和定期的日期和长期监测。

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