This meltdown has caused concern, as continued large-scale melting of Greenland’s ice could lead to flooding in coastal cities worldwide.
As many as 15 million people and 1,829 square km land in seven Asian cities could be affected by extreme sea-level rise and coastal flooding by 2030, a recent report by Greenpeace East Asia flagged.
Sea-level rise, which has accelerated in recent decades, threatens to permanently inundate densely populated coastal cities and communities, other low-lying lands and costly infrastructure by 2100.
According to a new study, up to half of the world’s sandy beaches are at risk of disappearing by the end of this century if no action is taken to limit greenhouse gas emissions.
Millions of people in Myanmar are threatened by flooding and rapid soil erosion caused by rising sea levels. One village of 1,500 residents had to relocate entirely, moving further inland to escape the rising water, and abandoning farmland in the process.
Researchers say two-metre sea level rise is possible if global temperatures warm by five degrees Celsius by 2100.
Hawaii’s iconic Waikiki Beach could soon be underwater as rising sea levels caused by climate change overtake its white sand beaches and bustling city streets.
New science suggests Greenland may be approaching a dangerous tipping point, with implications for global sea-level rise.
Satellite images released this week reveal that the entirety of East Island was basically wiped out by powerful storm surges in the wake of Hurricane Walaka, one of the most intense Pacific hurricanes on record.
In the wake of the latest tsunami to hit the Indonesian coast, research shows how even slight sea-level rises linked to climate change could significantly increase the devastating effects of tidal waves.
A new research suggests a 2ºC (3.6ºF) rise in global temperatures could melt more than a million square kilometers (386,000 square miles) of ice if the temperatures are sustained long enough.
Arctic sea ice isn't just threatened by the melting of ice around its edges, a new study has found: Warmer water that originated hundreds of miles away has penetrated deep into the interior of the Arctic.