World

Climate change 42- time-old study of satellite images reveals India's flood tide- failure due to melting Arctic ice

TDN

The Democracy News | Indian scientists have unravelled the mystifications of climate change at the indigenous position through 42 times of exploration on satellite images. cataracts in some corridor of the country and failure- suchlike conditions in some places are the result of the worsening of the thunderstorm cycle.Scientists have attributed this to the nonstop melting of ocean ice in the Arctic.

The scientists delved the teleconnection between India's climate and Arctic ocean ice. It revealed that the nonstop melting of snow is directly affecting India's climate. The melting of snow has led to an increase in downfall in western India, while the Gangetic plains in the Barents Karasagar and northeast India have seen a drop in downfall.

The study, published in the special issue of Elsevier Medical Journal on Remote Sensing of the Environment, was conducted by experimenters from the National Centre for Polar and Ocean Research, Goa, and the Department of Marine Geology, Mangalore University, with authorization from the Ministry of Earth lores.

The Ministry of Earth lores said, the depth of snow on Sutri Dhaka glacier in the Himalayas was measured on 6th June 2023 and 8th June 2024. It revealed that there has been a drop of 85 cm of snow this time. On June 6, 2023, there was 145 cm of snow then, which was set up to be only 60 cm on June 8, 2024.

" The study shows that using unborn climate models, we can prognosticate India's thunderstorm much better," said a elderly functionary. This can greatly ameliorate our understanding.

For the study, the scientists examined changes observed between 1979 and 2021 through satellite imagery and climate models, wherein understanding the relationship between Arctic Sea Ice Concentration( SIC) and Indian Summer Monsoon Rainfall( ISMR) is pivotal for analysing indigenous climate change. It criticized changes in land- ocean temperatures, warming of the western Indian Ocean and changes in the Asian spurt sluice.