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UNITED NATIONS, Jun 25 (IPS) - On June 23, the World Meteorological Organization (WMO) released their State of the Climate in Asia 2024 report, detailing the acceleration of the climate crisis in Asia. The report underscores the rapid rises in temperatures recorded across the continent and their implications on economies, ecosystems, and livelihoods.
According to WMO, 2024 was recorded as the hottest year in human history, marked by “widespread and prolonged” heatwaves. Additionally, 2024 was the first time global temperatures exceeded 1.5°C above pre-industrial temperatures, marking a significant setback for the goals in the 2015 Paris Agreement.
“It is essential to recognize that every fraction of a degree of warming matters,” said WMO Secretary-General Celeste Saulo. “Whether it is at a level below or above 1.5C of warming, every additional increment of global warming increases the impacts on our lives, economies and our planet.”
The climate crisis has been particularly pronounced in Asia, which has warmed at nearly double the rate of the rest of the world. Throughout 2024, Asia has experienced widespread natural disasters and extreme weather patterns, as well as the hottest marine heatwaves ever recorded. Additionally, glaciers are melting at an unprecedented rate, while sea levels in the Pacific and Indian Oceans have risen well above the global average.
“The State of the Climate in Asia report highlights the changes in key climate indicators such as surface temperature, glacier mass and sea level, which will have major repercussions for societies, economies and ecosystems in the region. Extreme weather is already exacting an unacceptably high toll,” said Saulo. She added that immediate action is needed to save lives and ensure planetary longevity.
According to the report, Asia experienced extreme heat events throughout 2024, as well as several new record-highs in temperature across the continent. Powerful and persistent heatwaves were recorded in Southeast Asia, Central Asia, and the Middle East, with Myanmar reaching a record-high temperature of 48.2°C. From April to November, extreme heat patterns loomed throughout East Asia, with Japan, Korea, and China reporting monthly average temperature records being broken one after the other.
In a 2025 assessment report from the Intergovernmental Panel on Climate Change, it is projected that cold extremes will occur less frequently while heat extremes will become more common in the coming decades. The Japan Meteorological Agency reports that areas in South and Southeast Asia, as well as the region spanning from the Indian Ocean to the western North Pacific, are projected to face “above-normal temperatures”, along with heightened risks of manmade fires and compromised air quality.
The WMO report also states that these extreme heat patterns in Asia are to have a significant adverse effect on the cryosphere. The High-Mountain Asia (HMA) region, located on the Tibetan Plateau, contains the largest mass of glacial ice outside of the north and south poles, spanning nearly 100,000 square kilometers of glaciers. Over the course of 2024, extreme heat patterns in the area resulted in a significant loss of glacial ice, with the Urumqi Glacier No.1 in Tian Shan experiencing its greatest loss in mass since 1959.
Additionally, the oceanic region in Asia has experienced significant ocean surface warming over the past few decades, which entails the disruption of numerous marine ecosystems, biodiversity loss, and reduced ocean health. Average sea temperatures in Asia have increased by roughly 0.24°C annually, which is nearly double the global average rate.
WMO estimates that between August and September 2024, roughly 15 million square kilometers, or one-tenth of the Earth’s entire ocean surface, was impacted by ocean surface warming, with the northern Indian Ocean and the waters surrounding Japan being especially affected. Furthermore, low-lying coastal communities residing by the Pacific and Indian Oceans are at heightened risks of flooding due to rampant sea level rises in those areas.
Throughout 2024, natural disasters and extreme weather events have ravaged communities across Asia, destroying critical civilian infrastructure, claiming thousands of lives, and wiping out livelihoods. Last July in northern India, violent landslides following a monsoon resulted in over 350 deaths. Two months later, severe flooding in Nepal killed over 246 people and resulted in damages of civilian infrastructure exceeding USD 94 million. In China, heatwaves triggered droughts that damaged over 335,200 hectares of crops, which is worth approximately $400 million USD.
WMO underscores the importance of anticipatory action and monitoring to build up resilience in vulnerable communities in Asia. A successful example of this was seen following the floods in Nepal last September, in which early flood monitoring systems enabled civilians to evacuate beforehand and allowed humanitarian workers to access the hardest-hit areas promptly and effectively.
“This is the first time in 65 years that the flooding was this bad. We had zero casualties thanks to preparedness and rescue measures, but the damage was extensive,” said Ramesh Karki, the Mayor of Barahakshetra, a municipality in Eastern Nepal.
In May of this year, climate experts, stakeholders, and policymakers convened in Singapore for the 2025 Climate Group Asia Action Summit, in which they discussed ways to fight the climate crisis and assist vulnerable communities in Asia. Most agreed that the implementation of sustainable practices is the most effective way to offset carbon emissions and reduce global temperatures.
"We should join hands to promote the sustainability of the global renewables industry…Vigorously developing renewable energy has become an important measure to help countries speed up green development and slow down global climate change,” said Yuechun Yi, the First Deputy Director-General of the China Renewable Energy Engineering Institute.
Furthermore, a host of experts agreed that it is imperative that governments have access to cutting-edge data on the acceleration of the climate crisis so that they can implement anticipatory measures to prevent large-scale disasters. "To be resilient, the measures need to be hyper local. You need to look at local conditions. What's happening on the ground? You need more computational power to get data at the level. Google is working with national authorities to provide information to help communities become more resilient,” said Spencer Low, the Head of Regional Sustainability at Google Asia-Pacific (APAC).
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