Hong Kong hits record temperature as Typhoon Dolphin approaches

On August 8, 2026, Hong Kong experienced an unprecedented heatwave, officially recording its highest temperature of 36.9C since records began in 1884. This extreme weather event was significantly influenced by Typhoon Dolphin, which swept warm air over the city. The Hong Kong Observatory reported that the previous record was 36.6C, set on August 22, 2017, before Typhoon Hato made landfall. The observatory's headquarters recorded this new high, although temperatures in other areas of the city exceeded 39C, with Sheung Shui logging a remarkable 39.8C, the highest since the introduction of automatic weather stations in the 1980s.

The Hong Kong Observatory issued a 'very hot weather warning' as the heatwave persisted, advising residents to stay hydrated and limit outdoor activities. The approaching Typhoon Dolphin, which made landfall in Zhejiang province, China, around 5:30 PM local time, contributed to the extreme temperatures. The storm brought maximum sustained winds of 94 mph, equivalent to a category 1 hurricane, and triggered mass flight cancellations and evacuations along China's east coast.

Meteorologists noted that the outer subsiding air from Typhoon Dolphin would continue to bring extremely hot weather to Hong Kong for several days. The situation highlights the growing concern over climate change, as scientists indicate that human-driven factors are making extreme heat events more frequent and intense worldwide. The combination of the typhoon's influence and the ongoing climate crisis raises alarms about the future of weather patterns in the region.

As the city grapples with this record-breaking heat, the implications for public health, infrastructure, and emergency services are significant. Authorities are urged to prepare for potential heat-related health issues and to ensure that residents are informed and protected during such extreme weather events. The record temperature serves as a stark reminder of the urgent need to address climate change and its impacts on urban environments.