【2h】

Bioinvasion: a paradigm shift from marine to inland ecosystems

机译:生物入侵:从海洋到内陆生态系统的范式转变

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摘要

Anisakidosis is one of the most fearsome zoonotic food borne disease in aquaculture. The natural infections by anisakidoids or related variety in freshwater fish are not known, though sporadic experimental reports are available abroad (Butcher and Shamsi ). Invasive severity of anisakidoids in fish from Gangetic riverine ecosystems, i.e., in river Ganges at Fatehpur and Allahabad, as well as in river Yamuna at Allahabad, and molecular heterogeneity among these worms have been extensively investigated. The pathways of transmission of non-native alien species due to long distance migratory habits of Rita rita, man-made alterations including dredging in long stretches of the river bed of Ganges to facilitate ballast water transfer mechanism owing to the commercial ship movements between Haldia and Allahabad; and sudden water chemistry (salinity, hardness, alkalinity) alteration (due particularly to rainy period) oriented micro-fauna interchange are identified, and remedial measures suggested.
机译:Anisakidosis是水产养殖中最可怕的人畜共患食源性疾病之一。尽管国外有零星的实验报告(Butcher和Shamsi),但淡水鱼中茴香基类动物或相关品种的自然感染尚不清楚。在来自Gangetic河流生态系统的鱼类中,即法塔赫布尔和阿拉哈巴德的恒河以及阿拉哈巴德的Yamuna河中,鱼类中的茴香基类动物的侵入性严重程度,这些蠕虫中的分子异质性已得到广泛研究。由于丽塔丽塔(Rita rita)的长距离迁徙习惯而造成的非本地外来物种的传播途径,人为改变,包括在恒河长河段中进行疏ging,以促进压载水的转移机制,这是由于哈迪亚(Haldia)和哈迪亚(Haldia)之间的商船运动造成的。安拉阿巴德并确定了突然的水化学(盐度,硬度,碱度)变化(特别是由于雨季)导致的微型动物区系互换,并提出了补救措施。

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