Record heatwave spreads across Korean peninsula, prompting emergency response

A record-breaking heatwave has swept across the Korean peninsula, prompting authorities in both South Korea and North Korea to expand emergency measures. Temperatures have soared in South Korea, with the national weather agency forecasting further increases in western regions. In North Korea, state media reported temperatures nearing 40°C in parts of the country, marking the fifth consecutive tropical night in the capital Pyongyang.

As of Sunday, 14 deaths and 1,889 heat-related illnesses had been recorded since mid-May, according to the Korea Disease Control and Prevention Agency.

The Korea Meteorological Administration (KMA) noted that Yangsan recorded an unprecedented 42.5°C on Sunday, surpassing the previous national record by two days. Prime Minister Han Seong-sook has authorized the mobilization of all available resources to address heatwave and drought risks, elevating the heatwave alert to the second-highest level.

This action has unlocked funding for relief efforts and increased inspections in affected areas. Power authorities have implemented emergency measures to monitor electricity demand, which is expected to reach record levels due to increased air-conditioning usage.

Severe heatwave warnings have been issued for parts of Seoul and neighboring Gyeonggi Province, while the highest-level heat alerts remain in effect across southern regions such as Busan, Ulsan, South Gyeongsang, and parts of Gwangju and South Jeolla Province. Local governments have taken steps to protect vulnerable residents, with Seoul expanding cooling shelters, distributing free water and sun umbrellas, and Yangsan boosting water-spraying operations and water distribution.

The extreme heat has disrupted daily life, leading the Korea Baseball Organization to cancel games in Busan and Changwon and potentially adjust schedules further if conditions persist. Beaches, water parks, and riverside recreation areas have seen packed crowds as locals seek relief from the sizzling temperatures.