印度奥兰加巴德(马哈拉施特拉邦)Gautala保护区森林的季节性爬行动物多样性。

Amrin Naimoddin Mirza, Satish S. Patil
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摘要

爬行动物在生态学中起着至关重要的作用。这些爬行动物表现出各种各样的栖息地适应能力。它们分布在极端的沙漠条件下以及低温地区,它们广泛分布在世界各地。爬行动物的出现是生物多样性和生态丰富的标志。为了评估爬行动物在特定地区的分布,在Gautala保护区森林进行了爬行动物物种调查,在雨季、冬季和夏季选择了15个不同的地点。为2017-2018年期间创建了一份清单。调查共发现爬行动物6科28种。采用样条法对爬虫类的直接和间接证据进行了取样。本文讨论了爬行动物多样性的季节变化和统计分析方法。与目前研究中报道的Colubridae科的大量物种相比,Boidae科的物种比其他科少。根据世界自然保护联盟,三种爬行动物,普通沙蟒(Gongylophis Conicus),印度岩蟒(Python molurus molurus)和约翰沙蟒(Eryx johnii),是近危(NT-减少),一种爬行动物,冈特的Racer (Coluber gracilis),是数据缺乏(未知)。剩下的24种爬行动物被认为是最不受关注的。为目前的调查收集了这些爬行动物物种恢复力的基线信息。这些细节将有助于未来规划保护爬行动物的多样性。
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Seasonal Reptilian Diversity at Gautala Reserve Forest, Aurangabad (Maharashtra), India.
Reptiles are playing a vital role in ecology. These reptiles show a diverse range of habitat adaptations. They are dispersed in extreme desert conditions as well as in low-temperature areas and they are broadly dispersed across the world. The occurrence of reptiles is a sign of rich biodiversity and ecology. To assess the distribution of the reptile species in a given area, a reptilian species survey was carried out in the Gautala Reserve Forest, where 15 different spots were selected during the rainy, winter, and summer seasons. A checklist was created for the period of 2017-2018. During the investigation, a total of 28 species of reptiles from 6 families were found. The transect method was used to sample direct and indirect evidence of reptilian species. This paper discusses seasonal variations in reptilian diversity and statistical analysis methods. The Boidae family has fewer species than various other families, compared to the huge number of species of the Colubridae family reported in the current study. According to the IUCN, Three species of reptiles, the Common Sand Boa (Gongylophis Conicus), India Rock Python (Python molurus molurus), and John's Sand Boa (Eryx johnii), are Near Threatened (NT- Decreasing), and one species of reptile, the Gunther's Racer (Coluber gracilis), is Data Deficient (DD-Unknown). The remaining 24 species of reptiles are considered Least Concerned. Baseline information on the resilience of these reptile species was collected for the current investigation. These details will be useful for future planning on the preservation of reptile diversity.
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