Home Point Study of Birds and Mammals Diversity Allied to Humans in Lockdown of COVID-19 at Bharatpur, Chitwan, Nepal

B. Chaudhary
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引用次数: 2

Abstract

The birds and mammals are nature gifted gene banks which differ greatly with variation in altitudes, climates, landscapes, vegetation and availability of food and water. The altitudinal variation in Nepal is 60 m to 8,848 m which affects climatic conditions and habitat types within short distance that influence species diversity of wild animals. Therefore, the objectives of this study were to reveal species richness, behaviors and luring factors for birds and mammals to attract to an urban area of Bharatpur Metropolitan City, the South-central lowland of Nepal. The methods applied to record species diversity of birds and mammals were made from a home point (a point of study made at the North-west corner of verandah in first floor of my home) located in Bharatpur-9, Saradpur, Sitalpath, in the coordinates of 27˚39'55"N and 84˚26'08"E. The animal species were observed thrice daily (at 7 AM, 10 AM and 2 PM) for 2 months beginning from 24 March to 23 May 2020 during the period of lockdown of COVID-19 and were listed in “Observation Data Sheet”. The photographs and/or videos were taken except one of the species of bats (i.e. Myotis formosus) and six species of birds which were flying swiftly over the sky in 70 m in diameter (i.e. 7,436 square meters or 22 kattha in area) of the home point. The results obtained from my study were; 83 species, 53 genera and 37 families of wild birds; and 6 species, 5 genera and 3 families of wild mammals. Among birds, Dicrurus and Ploceus were recorded the highest 7.54% (4/53); followed by Acridotheres, Megalaima, Merops, Oriolus, Psittacula and Streptopelia with 5.66% (3/53), and remaining twelve genera were found 3.77% (2/53), and thirty three genera were 1.88% (1/53). Similarly, 33.33% (2/6) of Herpestes; and 16.66% (1/6) of each Canis, Vulpes, Pipistrellus and Myotis were recorded among mammals. Conclusively, I found that the species of birds and mammals were lured to human settlement area due to availability of food (i.e. small in/vertebrates, kitchen garbage etc.); crops (i.e. maize, sesame etc.); vegetables (i.e. bean); fruits (litchi, mango, berries etc.); nesting places and healthy environment. However, there is great chance of transmission of viral (rabies, foot-mouth disease etc.), bacterial (tuberculosis) and parasitic zoonoses (echinococcosis, toxoplasmosis, helminthiasis etc.) to humans and domesticated animals through feces and saliva droppings in addition to the poultry raiding, biting to people and damage of fruits, vegetables and crops creating conflicts.
在尼泊尔奇旺巴拉特普尔封锁COVID-19期间,与人类相关的鸟类和哺乳动物多样性的定点研究
鸟类和哺乳动物是天生的基因库,它们因海拔、气候、景观、植被以及食物和水的可得性而有很大差异。尼泊尔的海拔高度在60 ~ 8848米之间,影响了短距离内的气候条件和生境类型,从而影响了野生动物的物种多样性。因此,本研究的目的是揭示尼泊尔中南部低地巴拉特普尔市市区鸟类和哺乳动物的物种丰富度、行为和吸引因素。鸟类和哺乳动物物种多样性的记录方法是在Sitalpath Saradpur的Bharatpur-9(位于我家一楼阳台的西北角),坐标为北纬27˚39'55"和东经84˚26'08"。从2020年3月24日至5月23日,在COVID-19封锁期间,每天观察三次(上午7点,上午10点和下午2点),并在“观察数据表”中列出。拍摄的照片及/或录影只包括其中一种蝙蝠(即福尔摩沙蝙蝠)及六种雀鸟,它们在本点直径70米(即7,436平方米或22卡塔面积)的天空中迅速飞行。我的研究结果是;野生鸟类37科53属83种;野生哺乳动物3科5属6种。鸟类中以Dicrurus和Ploceus最高,为7.54% (4/53);其次是acridoses、Megalaima、Merops、Oriolus、Psittacula和Streptopelia,占5.66%(3/53),其余12属占3.77%(2/53),33属占1.88%(1/53)。同样,33.33%(2/6)的疱疹;犬科、Vulpes、Pipistrellus和Myotis各占16.66%(1/6)。最后,我发现鸟类和哺乳动物被引诱到人类定居地区是由于食物的可获得性(即小型脊椎动物、厨房垃圾等);作物(如玉米、芝麻等);蔬菜(如豆类);水果(荔枝、芒果、浆果等);筑巢地点和健康的环境。然而,病毒(狂犬病、口蹄疫等)、细菌(结核病)和寄生虫病(棘球虫病、弓形虫病、蠕虫病等)很有可能通过粪便和唾液传播给人类和家畜,此外,家禽袭击、咬人以及水果、蔬菜和作物的破坏也会造成冲突。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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