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首页> 外文期刊>Aquaculture Research >Butterfly diversity and seasonality of Ta Phin mountain area (N. Vietnam, Lao Cai province)
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Butterfly diversity and seasonality of Ta Phin mountain area (N. Vietnam, Lao Cai province)

机译:TA Phin Mountaina地区的蝴蝶多样性和季节性(Lao Cai省N.越南)

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摘要

Human pressures on the environment are changing spatially and temporally, with profound implications for the planet's biodiversity. Butterflies are important indicators for environmental change and are a suitable group to detect areas of high conservation concern and prioritize conservation efforts. To obtain data to support urgently-needed conservation measures, we surveyed the butterfly fauna in a mountainous region of northern Vietnam, using transect counts over 8 months (121 survey days) from June 2014 to April 2015. In total, we recorded > 26,000 butterflies belonging to 231 species, including at least two species new to Vietnam, three red-listed and protected species listed by CITES. Most species were rare: we recorded members of 100 species = 5 times and 52 species just once. Males dominated the sample, accounting for 81% of all observed butterflies and all members of 84 observed species. Species richness and abundance were highest in July, and there were surprisingly large changes in species composition between months. Species richness curves reached saturation, indicating that we detected most species present in the area, except for members of two families (Lycaenidae and Hesperiidae). Our results highlight the importance of thorough studies using standardized methods, capable of detecting most species in an area, over a whole season. There are urgent needs to integrate butterflies into conservation programs and use their potential as indicator species of habitat degradation and land use intensity.
机译:对环境的人类压力在空间和时间上发生变化,对地球生物多样性的深刻影响。蝴蝶是环境变革的重要指标,是检测高保性关注和优先保护工作的领域的合适组。要获得支持迫切需要的节约措施的数据,我们在越南北部的山区调查了蝴蝶动物,从2014年6月到2015年6月到2015年4月,我们录制了> 26,000毛花费属于231种,包括至少两种新的越南,三个被引用列出的红色列出和受保护的物种。大多数物种都很罕见:我们记录了100种的成员,只有一次5次和52种。雄性主导了样品,占所有观察到的蝴蝶的81%,所有84种观察物种的成员。物种丰富性和丰富于7月份最高,但月份之间的物种组成令人惊讶地变化。物种丰富性曲线达到饱和度,表明我们在该地区发现大多数存在的物种,除了两个家庭的成员(Lycaenidae和Hesperiidae)。我们的结果突出了使用标准化方法的彻底研究的重要性,能够在整个季节中检测到一个地区的大多数物种。迫切需要将蝴蝶融入保护计划,并使用其潜力作为栖息地降解和土地利用强度的指标。

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