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Dreissena rostiformis bugensis: desiccation of adult quagga mussels found in Lake Mead as a preventive measure against overland dispersal in the western United States

机译:Dreissena rostiformis bugensis:在米德湖发现的成年斑驴贻贝脱水作为美国西部陆地扩散的预防措施

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摘要

The expansion of civilization across all borders of the world has proven to affect major components of ecosystems. Since the introduction and establishment of the aquatic invasive species (AIS),Dreissena rostiformis bugensis, commonly known as the quagga mussel, into the United States there has been an extensive amount of time and money spent on controlling and preventing their expansion across the United States. The quagga mussel is of major concern because of its ability to disrupt the ecological communities in previously non-infested bodies of water, which may cause a loss in biodiversity and effect environmental health. The quagga mussel has spread rapidly from the eastern United States to the western United States since their discovery in Lake Erie in 1986. The quagga mussel was discovered in Lake Mead on January 6, 2007 at the Lake Mead Boat Harbor and Nevada has inherited the problems for which there are currently no known solutions. Lake Mead could contribute to the further spread of these dressenid species to non-infested bodies of water in the western United States, i.e. Lake Tahoe, due to overland dispersal by contaminated watercraft. Previous studies on adult quagga mussels have been conducted on mussels east of the 100thmeridian. The United States is host to multiple biomes that provide different climates for terrestrial and aquatic life to acclimate. To date there are no known studies on desiccation resistance with adult quagga mussels from the southwest region of the United States. The results of this study suggest that overland dispersal is possible depending on temperature and relative humidity. Based on this study, adult quagga mussels can survive for less than a day in hotter conditions (30°C or higher). In cooler conditions, adult quagga mussels can survive longer than five days. The data generated from this study may be helpful in preventing further establishment of the quagga mussel.
机译:事实证明,世界各地的文明扩展都影响到生态系统的主要组成部分。自从在美国引入和建立水生入侵物种(Dreissena rostiformis bugensis,通常被称为quagga贻贝)以来,已经花费了大量时间和金钱来控制和阻止其在美国的扩展。夸加贻贝是主要关注的问题,因为它有能力破坏以前未受感染的水域中的生态群落,这可能导致生物多样性丧失并影响环境健康。自1986年在伊利湖发现以来,斑节贻贝已从美国东部迅速扩散到美国西部。斑节贻贝于2007年1月6日在米德湖的米德湖船港被发现,内华达州继承了这些问题。当前没有已知的解决方案。由于受污染的船只在陆地上的扩散,米德湖可能促使这些衣着动物进一步扩散到美国西部未受污染的水域,即太浩湖。早先关于成年杂种贻贝的研究是在第100个子午线以东的贻贝上进行的。美国拥有多个生物群落,这些生物群落为陆生和水生生物提供了不同的气候。迄今为止,尚无来自美国西南地区成年斑g贻贝的抗干燥性研究。这项研究的结果表明,取决于温度和相对湿度,可能会在陆地上扩散。根据这项研究,成年的杂种贻贝在较热的条件下(30°C或更高)可以存活不到一天。在较凉的条件下,成年杂种贻贝可以存活超过五天。这项研究产生的数据可能有助于防止夸口贻贝的进一步建立。

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    Kappel Matthew;

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  • 年度 2012
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