Introduction to the Typhoon Season
Asia is facing one of the most intense typhoon seasons on record, with a succession of tropical storms and typhoons hitting the region in recent weeks. According to the meteorology company Tropical Storm Risk, the expectation is that typhoon development will be 60% above the historical average, characterizing an "exceptionally active season".
What's Happening
An estimated 20 typhoons are expected to form in East Asia this season, a significantly higher number than the average of 14.2 typhoons per season over the last 10 years. Of these, 13 are expected to be intense, with the northwest Pacific already showing intense storm activity, including three category 5 typhoons recorded by August 1st.
Recently, the storm Chan-hom hit Japan, causing damage and disruptions to electricity and public transportation services in Tokyo. Additionally, the remnants of Typhoon Dolphin continue to cause damage in northern China, with thousands of people being evacuated from risk areas due to expectations of historic rainfall.
Why It Matters
The intensification of the typhoon season has significant implications for the region, including risks to human safety, damage to infrastructure, and economic impacts. Intense rainfall and flooding can lead to landslides, loss of life, and displacement of communities, as well as affecting agriculture and the local economy.
Furthermore, the increase in frequency and intensity of typhoons is directly related to El Niño, which tends to intensify these events until the end of autumn in the Northern Hemisphere. This highlights the importance of understanding the underlying causes and developing adaptation and mitigation strategies to deal with the effects of global warming.
The Science Behind Typhoons
Typhoons are intense tropical storms that form over the warm oceans of the Pacific. They are fueled by the energy released when warm ocean water evaporates and condenses into clouds, creating a feedback cycle that can lead to the formation of a typhoon.
El Niño, a natural climate phenomenon that occurs when the surface temperature of the Pacific Ocean rises above average, can intensify typhoon formation. This occurs because El Niño alters atmospheric and oceanic circulation, creating more favorable conditions for the formation of tropical storms.
Bigger Picture
The typhoon season in Asia is not an isolated event, but rather part of a broader pattern of global climate change. Global warming is altering the frequency and intensity of extreme weather events, including typhoons, hurricanes, and storms.
Additionally, the Pacific region is particularly vulnerable to the effects of global warming, due to its location and natural climate conditions. This highlights the importance of developing adaptation and mitigation strategies to deal with the effects of global warming and protect the communities and ecosystems of the region.
What's Next
With the typhoon season still underway, it is essential that authorities and communities in the region are prepared to deal with the effects of these events. This includes developing emergency plans, strengthening infrastructure, and promoting awareness of the risks associated with typhoons.
Furthermore, it is crucial to continue monitoring climate conditions and developing adaptation and mitigation strategies to deal with the effects of global warming. This includes investing in climate research, developing sustainable technologies, and promoting international cooperation to address the global challenges of global warming.
Source / Reference
This report was based on information released by ClimaInfo, Bloomberg, AP, Guardian, and Reuters, and can be consulted at https://climainfo.org.br/2026/08/12/temporada-de-tufoes-na-asia-deve-ser-uma-das-mais-intensas-ja-registradas/