首页> 外文OA文献 >Rediscovery of the endemic gastropod Dianella schlickumi (Gastropoda, Hydrobiidae) and its discrimination from Dianella thiesseana: environmental correlates and implications for their conservation
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Rediscovery of the endemic gastropod Dianella schlickumi (Gastropoda, Hydrobiidae) and its discrimination from Dianella thiesseana: environmental correlates and implications for their conservation

机译:重新发现的食物胃肠杆菌辛拉米拉Schlickumi(Gastropoda,Hydrobiidae)及其从Dianella Thieseana的歧视:环境相关性和对其保护的影响

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摘要

The aquatic snail genus Dianella (Gastropoda: Hydrobiidae) has only two representatives in Greece: Dianella schlickumi Schütt, 1962 and Dianella thiesseana (Kobelt, 1878). D. schlickumi, a narrow endemic species to Lake Amvrakia (in Aitoloakarnania, western-central Greece), is considered as Critically Endangered (Possibly Extinct, sensu IUCN 2017). Our study confirmed its presence in Lake Amvrakia, where it had not been detected for more than 30 years. We document the unknown anatomical characters based on the D. schlickumi specimens. Moreover, the presence of D. thiesseana in the nearby lakes Trichonis and Lysimachia was also confirmed, while morphometric analyses enabled the discrimination between the two species. Redundancy Analysis revealed conductivity, dissolved oxygen and pH as the main environmental variables related to the above species’ distribution, shaping their community structure. Both Dianella species require urgent conservation measures to be enforced, due to their habitat degradation from human activities, which are limiting and fragmenting their range. For that purpose, effective management plans have to be elaborated and implemented at the mentioned lakes, focusing on the reduction of human pressures and on the improvement of their habitats.
机译:水生蜗牛属狄吩(Gastrophoda:Hydrobiidae)只有两名代表在希腊中,达安拉·施洛克努利·斯·斯·斯·斯蒂特,1962年和Dianella Thieseana(Kobelt,1878年)。 D.Schlickumi是Amvrakia湖(Aitoloakarnaia)的狭窄的地方物种(在希腊西部地区,希腊Aitoloakarnaia)被认为是危害的(可能已灭绝,Sensu Iucn 2017)。我们的研究证实了它在Amvrakia湖中的存在,在这里尚未检测到30多年。我们根据D. Schlickumi标本记录未知的解剖结构。此外,还确认了附近的湖泊和LysiaChia在附近的湖泊和LysiaChia的D. Thieseana的存在,而形态学分析使两种物种之间的歧视能够实现。冗余分析显示导电性,溶解氧和pH作为与上述物种分布相关的主要环境变量,塑造其社区结构。由于他们的栖息地从人类活动的栖息地降解,这两个枝氏菌物种都需要强制保护措施,这是限制性和分段的范围。为此目的,必须在提到的湖泊中阐述和实施有效的管理计划,重点是减少人类压力以及改善栖息地。

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