Structural Features of Coronavirus and the COVID-19 Pandemic's Impact in India.

Ankur Jaiswal, V. Babu, M. Sethi, Basant Baishya, Pallavi Jaiswal, R. Joshi, Sudhir Jugran, B. Ramola, Avnish Kumar
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Abstract

The rapid transmission of COVID-19 infection around the world in a brief timeframe has caused an exponential decline in street traffic and other industrial activities in various parts of the world. The confined human collaboration with the nature at the time of this emergency has shown up as an advantage for Mother Nature after COVID-19 flare because the air present in the atmosphere and water flowing in river streams is upgrading and untamed life is blossoming. India, being consistently seen as the center of contamination due to a tremendous population, overwhelming road traffic and industries which contribute to heavy pollution prompting rise in air quality index for almost all the big cities of the country. However, after the announcement of lockdown because of COVID-19, the air quality begun to upgrade and other environmental variables, for example, water quality in streams and waterways have begun offering a positive hint towards restoration. This review gives a brief knowledge on the structure and genomic organization of novel coronavirus as well as it focuses on alterations in air and water quality along with its environmental consequences at specific locations of the country during lockdown due to this pandemic circumstance.
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冠状病毒的结构特征和COVID-19大流行对印度的影响。
COVID-19感染在短时间内迅速在世界各地传播,导致世界各地的街道交通和其他工业活动呈指数级下降。在这次紧急情况下,人类与自然的有限合作在COVID-19爆发后成为自然母亲的优势,因为大气中的空气和河流中的水流正在升级,未驯服的生命正在开花。印度一直被视为污染中心,因为人口众多,道路交通拥挤,工业造成了严重污染,导致该国几乎所有大城市的空气质量指数都在上升。然而,在新冠肺炎疫情宣布封锁后,空气质量开始改善,溪流和水道水质等其他环境变量开始提供积极的恢复信号。这篇综述简要介绍了新型冠状病毒的结构和基因组组织,并重点介绍了由于这种大流行的情况,在封锁期间,该国特定地区空气和水质的变化及其对环境的影响。
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