Âé¶¹ÒùÔº

June 27, 2025

Western Japan sees earliest end to rainy season on record

Japan's rainy season usually lasts from June to July.
× close
Japan's rainy season usually lasts from June to July.

Japan's rainy season ended at the earliest date on record in the country's western regions, meteorologists said Friday, as climate change makes global weather patterns less predictable.

The usually lasts from June to July, but for a large swath of the country—from Kyoto to the southern island of Kyushu—it ended roughly three weeks earlier than usual, the national weather agency said.

Previous records for the earliest ending to the rainy season in those areas were in early July, logged in the 1960s through the 1990s, added the Japan Meteorological Agency (JMA).

Japan endured its hottest summer on record last year as climate change pushes up temperatures worldwide.

Increasingly dry winters have also raised the risk of wildfires. A blaze that broke out in the city of Ofunato in early March was Japan's worst in over half a century.

For the nation's Pacific coast, last winter was the driest since records began in 1946, according to the JMA.

Strong typhoons have also triggered floods and landslides in recent years.

"Currently, in the western regions, we are seeing a strong high-pressure system that is not likely to weaken in the foreseeable future," a JMA meteorologist told AFP on Friday.

He said it was not possible to draw a direct link between the current weather conditions and .

But a changing climate has been observed "over many years," he added.

Load comments (0)

This article has been reviewed according to Science X's and . have highlighted the following attributes while ensuring the content's credibility:

fact-checked
reputable news agency
proofread

Get Instant Summarized Text (GIST)

Western Japan experienced its earliest end to the rainy season on record, with the season concluding about three weeks earlier than usual. This shift coincides with record-high temperatures, drier winters, and increased wildfire risk, reflecting broader trends of changing weather patterns and climate variability in the region.

This summary was automatically generated using LLM.