Faunistic survey on freshwater annelids from Korea

Jeounghee Lee, J. Jung
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引用次数: 3

Abstract

Aquatic oligochaetes are an important organism in freshwater ecosystem. They are found in almost all fresh­ water environments and could be dominant in their hab­ itats depending on surrounding conditions (van Haaren, 2002; Behrend et al., 2009; Ragonha and Takeda, 2014). These worms act as mediators between the primary producers and the upper consumers, decomposers, or some times intermediate hosts of parasites in freshwater ecosystems (Pandit, 1980; Gardner et al., 1981). And withstanding water pollution, some species are preferred as biological indicators for freshwater environments (Chakrabarty and Das, 2006; Ferreira et al., 2011). Oligochaetes are known for more than 5,000 species around the world. Of these, approximately 1,600 spe­ cies are found in freshwater environment (Martin et al., 2008). Faunistic studies on freshwater oligochates have been actively carried out in the East Asian regions main­ ly by scientists of China and Japan (Hatai, 1898; Chen, 1940). Consequently, about 319 species and 438 species have been reported in China and Japan, respectively (Ohtaka and Nishino, 1999; 2006; Wang and Cui, 2007; Cui et al., 2008; 2015; Cui and Wang, 2009a; 2009b; He et al., 2010; Ohtaka, 2012; 2014; Pan et al., 2014). Riverine system of the Korean peninsula is composed of several geographically separated freshwater systems, each of which shows its unique freshwater fauna. There­ fore, this peninsula possesses biological diversity more than expected (Jung et al., 2009). Nonetheless, study of aquatic oligochaete fauna in Korea is still in its begin­ ning stages compared to those of China and Japan. In Korea, the number of reliable species of aquatic oligo­ chaetes is around 48 species (Brinkhurst et al., 1994; Yoon et al., 2000; Jung, 2011; 2012; Park et al., 2013a; 2013b; Lee and Jung, 2014a; 2014b; 2015). Here, we re­ port twenty­two species of aquatic annelids ­ 20 species of oligochaetes and one species of aelosomatid ­ as a result of faunistic studies on specimens collected during nationwide surveys conducted from 2013 to 2014.
标题韩国淡水环节动物的区系调查
水生寡毛藻是淡水生态系统中的重要生物。它们几乎在所有的淡水环境中都有发现,并可能在它们的栖息地中占主导地位,这取决于周围的条件(van Haaren, 2002;Behrend et al., 2009;Ragonha and Takeda, 2014)。这些蠕虫在淡水生态系统中充当初级生产者与上层消费者、分解者或有时是寄生虫的中间宿主之间的媒介(Pandit, 1980;Gardner et al., 1981)。有些物种在经受水污染的情况下,更倾向于作为淡水环境的生物指标(Chakrabarty And Das, 2006;Ferreira et al., 2011)。世界上已知的寡毛纲有5000多种。在这些物种中,大约有1600种是在淡水环境中发现的(Martin et al., 2008)。在东亚地区,淡水寡聚物的动物学研究主要是由中国和日本科学家进行的(Hatai, 1898;陈,1940)。在中国和日本分别报道了319种和438种(Ohtaka和Nishino, 1999;2006;Wang和Cui, 2007;崔等,2008;2015;崔、王,2009;2009 b;He et al., 2010;Ohtaka, 2012;2014;Pan et al., 2014)。朝鲜半岛的河流系统是由几个地理上分离的淡水系统组成的,每个淡水系统都有自己独特的淡水动物群。因此,这个半岛拥有比预期更多的生物多样性(Jung et al., 2009)。然而,与中国和日本相比,韩国水生寡毛动物群的研究仍处于起步阶段。在韩国,水生寡聚chaetes的可靠种数约为48种(Brinkhurst et al., 1994;Yoon et al., 2000;荣格,2011;2012;Park et al., 2013;2013 b;Lee and Jung, 2014a;2014 b;2015)。本文报道了2013年至2014年在全国范围内进行的调查收集的22种水生环节动物,其中20种为寡毛纲动物,1种为单毛纲动物。
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