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首页> 外文期刊>Marine & freshwater research >Invasive character of the brine shrimp Artemia franciscana Kellogg 1906 (Branchiopoda : Anostraca) and its potential impact on Australian inland hypersaline waters
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Invasive character of the brine shrimp Artemia franciscana Kellogg 1906 (Branchiopoda : Anostraca) and its potential impact on Australian inland hypersaline waters

机译:盐水虾Artemia franciscana Kellogg 1906(Branchiopoda:Anostraca)的入侵特征及其对澳大利亚内陆高盐度水域的潜在影响

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摘要

Brine shrimp (Artemia species) are a major faunal element in many hypersaline biotopes throughout the world and are used extensively in aquaculture, the aquarium trade, solar salt fields and in toxicity bioassays. Commercially available brine shrimp are generally Artemia franciscana cysts, primarily harvested from Great Salt Lake, Utah, USA. The invasive potential of this species raises concerns about its presence in Australia. We reviewed recent overseas reports of the occurrence of A. franciscana populations and confirm that the use of this species has extended its natural geographic range through both deliberate and inadvertent releases. In Australia, Artemia species have been previously identified as being a threat to ecosystem health and biodiversity; however, the specific recognition of A. franciscana was not made. In reviewing the biogeography of Artemia species in Australia, we provide a collation of the reported populations of A. franciscana. The biological attributes of this species contributing to its invasive success are also compiled. The implications of further releases and increases in the range of this species to Australian inland waters are discussed. We appeal for increased vigilance regarding the importation and use of this potentially highly invasive species and monitoring for its presence.
机译:盐水虾(卤虫种)是全世界许多高盐生物群落中的主要动物区系元素,广泛用于水产养殖,水族馆贸易,太阳盐田和毒性生物测定中。商业上可获得的盐水虾通常是主要从美国犹他州大盐湖收获的大青蒿囊肿。该物种的入侵潜力引起人们对其在澳大利亚的存在的担忧。我们回顾了最近海外有关A. franciscana种群发生的报道,并确认该物种的使用通过有意和无意的释放扩大了其自然地理范围。在澳大利亚,先前已将卤虫物种鉴定为对生态系统健康和生物多样性的威胁;然而,并未明确识别方济会。在回顾澳大利亚卤虫物种的生物地理时,我们提供了已报道的法国弗朗西斯科菌种群的整理。该物种的生物学特性也有助于其入侵成功。讨论了进一步释放和增加该物种对澳大利亚内陆水域的影响。我们呼吁人们提高对这种潜在高度入侵物种的进口和使用的警惕,并监测其存在。

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