The Hong Kong Observatory recorded a new all-time high temperature of 36.9°C (98°F) on Sunday [1], [2].
This record-breaking heat highlights the volatile weather patterns affecting the region and the role of tropical storms in altering local temperatures.
According to the Hong Kong Observatory, the extreme heat was driven by the movement of Typhoon Dolphin [1], [2]. The storm swept warm air over the city, causing temperatures to climb to the unprecedented peak of 36.9°C (98°F) [1], [2].
Meteorologists tracked the temperature spike as the typhoon's influence shifted air masses across the territory. The event marks a significant milestone for the city's weather records, surpassing previous temperature peaks recorded by the observatory.
While typhoons are typically associated with heavy rain and wind, the interaction between the storm and surrounding air currents can occasionally lead to sudden heat increases in specific areas [1]. The observatory monitored the surge throughout Sunday as the city experienced the record-breaking conditions [2].
Local authorities have continued to monitor the effects of Typhoon Dolphin as it influences the regional climate. The recorded high remains the highest temperature ever documented by the observatory since its inception [1], [2].
“The Hong Kong Observatory recorded a new all-time high temperature of 36.9°C (98°F).”
The recording of an all-time high temperature during a typhoon event demonstrates the complex relationship between tropical cyclones and heat distribution. Rather than cooling the area, the atmospheric dynamics of Typhoon Dolphin acted as a mechanism to transport warm air into the urban center, illustrating how extreme weather events can produce contradictory climatic effects.
