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Asia: On the Front Lines of Climate Change

The ripple effects of climate rapid change can affect the entire Asian continent. Explore the Impacts, Risks, and Actions to Address Climate Change in Asia.

Quick Facts

Asia leads with 11 of 20 most climate vulnerable countries from 2000–2019.
Arctic warms 4x faster than average, driving global impacts, including in Asia.
Arctic ice loss reduces solar reflection, amplifying global temperatures.
Arctic warming intensifies heat stress, economic losses, and storms across Asia.
Greenland’s ice loss drives sea-level rise, guaranteeing 27 cm even with immediate emissions cuts.
Rapid sea-level rise in areas like Bay of Bengal worsens flooding and crop failures. Sea-level rise along the Indian coast reached approximately 4.9 mm per year between 1999–2025, exceeding the global average rate of about 3.6 mm per year.
Marine heatwaves affected more than 10 million km² of Asia's oceans during July–September 2025, an area larger than China or the United States. 
All 23 monitored glaciers in High Mountain Asia lost mass during the 2025 glaciological year (October 2024–September 2025) due to reduced winter snowfall and persistent summer warming.

Asia is warming 2X faster than the global average but the Arctic is warming even faster than that.

It amplifies climate change effects in Asia.

Understanding Climate Change Impacts in Asia: The Arctic Connection

The Arctic is warming at an alarming rate, four times faster than the global average (Rantananen et al., 2022), with profound consequences for the Asian continent. This rapid warming triggers a cascade of environmental and socio-economic impacts, threatening livelihoods, economies, and ecosystems across the region.

The Asian continent has 9 out of the 20 countries identified as the most affected by climate-related disasters over the period 1995–2024 (Germanwatch Climate Risk Index 2026). Socio-economic impacts of climate change have a negative impact on people’s livelihoods and wider economies. Read more on our Socio Economic Impacts page.

As the Arctic snow and ice melts, more of the sun’s energy is absorbed rather than reflected back to space. Thus temperatures around the world rise, as the Arctic is less able to act as the global refrigerator.

This warming is not just localised to the Arctic, however, but extends globally. Not only are temperatures rising throughout Asia, leading to more heat stress events and loss in economic productivity, but a warmer atmosphere can hold more moisture, which can increase the intensity of storms (IPCC AR6 WG1, 2021).

Melt from Greenland is currently the world’s largest contributor to sea level rise. Even if all fossil fuel emissions are cut immediately and further warming stymied, the existing destabilisation of the Greenland ice cap through Arctic warming guarantees at least 27cm of sea level rise (Box et al., 2022). Read more about how sea level rise threatens Bangladesh here.

Equatorial waters, such as the Bay of Bengal and South China Sea, are seeing the fastest rise of seas, due largely to ocean dynamics.

In addition to flooding territory, salt water intrusion can lead to crop failure and even drought–in areas not covered by rising waters, especially when the changing climate alters previously predictable patterns of precipitation.

When coupled with powerful cyclones, sea level rise also compounds storm damage as higher seas increase storm surge and flooding.

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