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November 19-20, 2018 Paris, France
6
th
Global summit on Climate Change
Volume 9
Climate Change Summit 2018
Journal of Earth Science & Climate Change | ISSN : 2157-7617
Global warming effect and causes in Bangladesh
G
lobal warming significantly increases the sea surface temperature in the shallow Bay of Bengal
and also melting ice bar in the poles, which scientists believe has caused Bangladesh to suffer.
Some of the fastest recorded sea level rises in the world, storm surges from more frequent and
stronger cyclone, tornado push sea water with a range from 120 to 240 kilometers up to the coastal
areas. At the same time, meting of glaciers and snowpack in the Himalayas which hold the 3rd
largest body of snow on earth has swollen the rivers that flow in to Bangladesh from Tibet, Nepal,
Bhutan and India. Every four to five years, there is severe flood that may cover 60% of the country
rapid erosion of costal area has inundated dozens of islands in the Bay of Bengal. For example,
Swandip island near Chittagong has lost 90% of its original 23 square miles mostly in the last two
decades. Thus, the country loses huge fertile farm and liveable land. Because of climate change in
recent years, river bank erosion has annually displaced between 0.50 million to 2.00 million people,
a three foot rise in sea level would submerge 20% of the entire country and displaced more than
30 million people, some scientists project a five to six foot arise by 2100, which would displace
perhaps 50 million people. In this ways global warming affects both rich and poor countries like
Bangladesh severely.
Biography
Minto Barua has completed his Master’s degree in Industrial Psychology and LLB from National University
of Bangladesh. He is an Assistant Secretary of Atish Dipankar Society which is a humanitarian organization.
He has involved in various kinds of volunteer duties like blood donation and planting trees at local area etc.
mintobarua2010@gmail.comMinto Barua
Atish Dipankar Society, Bangladesh
Minto Barua, J Earth Sci Clim Change 2018, Volume:9
DOI: 10.4172/2157-7617-C5-051