Nazarov Roman A, Abduraupov Timur V, Shepelya Evgeniya Yu, Gritsina Mariya A, Melnikov Daniel A, Buehler Matthew D, Lapin Jack D, Poyarkov Nikolay A, Grismer Jesse L
Zoological Museum, Lomonosov Moscow State University, B. Nikitskaya 2, 125009 Moscow, Russia.
Institute of Zoology Academy of Science of the Republic of Uzbekistan, Bagishamol Str., 232b, Tashkent 100053, Uzbekistan.
Animals (Basel). 2023 Aug 4;13(15):2516. doi: 10.3390/ani13152516.
The high level of endemism in Fergana Valley has been well documented in numerous studies for various groups of animals and plants. In a relatively small area, there are 45 endemic plant species, five endemic insect species, and five endemic reptile species. In surveying this area for data on distribution, abundance, acoustics, and genetic samples for species of reptiles, we discovered two new species of gecko from the genus . Phylogenetic analyses of mitochondrial DNA sequences indicate the relatives of these new species are the even-fingered gecko, , and the southern even-fingered gecko, , located hundreds of kilometers to the northwest and southwest of the Fergana Valley. The threats to these new endemic species are significant given the amount of continued agricultural development that involves new territories previously considered "unsuitable" for any species of significance that is leading to the further reduction in, fragmentation of, and degradation of the remaining natural ecosystems in the Fergana Valley. The conservation of these rare and locally endemic species depends directly on the readiness of the state to create areas with IUCN I and II protection. The many studies documenting levels of endemism, along with the data published in this study, are the basis for the justification for state-protected areas in the Fergana Valley.
费尔干纳山谷的高度特有性在众多针对各类动植物的研究中已有详尽记录。在一个相对较小的区域内,有45种特有植物物种、5种特有昆虫物种和5种特有爬行动物物种。在对该区域进行爬行动物物种的分布、丰度、声学及基因样本数据调查时,我们从该属中发现了两种新的壁虎物种。线粒体DNA序列的系统发育分析表明,这些新物种的亲缘关系是距费尔干纳山谷西北和西南数百公里处的半叶趾虎和南部半叶趾虎。鉴于持续的农业开发涉及到以前被认为对任何有重要意义的物种“不适合”的新区域,这导致费尔干纳山谷剩余自然生态系统进一步减少、碎片化和退化,这些新的特有物种面临的威胁很大。这些珍稀和本地特有物种的保护直接取决于国家是否愿意创建具有世界自然保护联盟一级和二级保护的区域。众多记录特有性水平的研究,以及本研究中公布的数据,是费尔干纳山谷设立国家保护区的依据。