Consequence of Climate Change on Biodiversity and Biome of Antarctica - A Short Review

IF 0.7 Q4 METEOROLOGY & ATMOSPHERIC SCIENCES
Shaheen Manna, Dipanwita Das, A. Saha, Sayantika Mukherjee
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引用次数: 0

Abstract

In specific areas of the Arctic and Antarctic regions, air temperatures are expanding at rates more than two times the international average; additionally, there are other direct human impacts on polar regions. A quick change in climate impacting the polar regions will similarly have huge physical and biological consequences for the last existing parts of the planet since the ice-engulfed Arctic Ocean, the Antarctic landform, and the worldwide eminent Antarctic Circumpolar Current (ACC) serve a basic job in managing the Earth’s current circumstance and ocean systems. Polar biodiversity is presently responding to this rapid climate change and more massive impacts will happen in this era. Intensifying the danger to polar biodiversity is the certainty that numerous polar environments have restricted functional redundancy; in case of the disappearance of a solitary keystone species, they may possibly be exposed to descending impacts and complete biological system rebuilding. This study focussed on the contributing factors of ecological change, the effects of natural change on the Antarctic environment, next to the effects of environmental change on the types of Antarctic biodiversity. The most rapidly changing biological agenda on our planet are arranged in the polar regions. This issue is picked to research the effects of natural change on a particular region’s biodiversity.
气候变化对南极洲生物多样性和生物群系的影响
在北极和南极地区的特定地区,气温的上升速度是国际平均水平的两倍以上;此外,人类对极地地区还有其他直接影响。影响极地地区的快速气候变化同样会对地球上最后存在的部分产生巨大的物理和生物后果,因为被冰吞没的北冰洋、南极地貌和举世闻名的南极环极流(ACC)在管理地球当前环境和海洋系统方面发挥了基本作用。极地生物多样性目前正在对这种快速的气候变化做出反应,在这个时代将发生更大规模的影响。许多极地环境限制了功能冗余,这无疑加剧了对极地生物多样性的危险;如果一个单独的关键物种消失,它们可能会受到下降的影响和完整的生物系统重建。本研究的重点是生态变化的影响因素,自然变化对南极环境的影响,其次是环境变化对南极生物多样性类型的影响。地球上变化最快的生物议程安排在极地地区。这个问题被选来研究自然变化对特定地区生物多样性的影响。
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来源期刊
Journal of Climate Change
Journal of Climate Change METEOROLOGY & ATMOSPHERIC SCIENCES-
自引率
16.70%
发文量
18
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