A landslide triggered by torrential rain killed one person and injured several others in Geoje city on Monday [1, 3].
The disaster underscores the increasing vulnerability of residential infrastructure to extreme weather events along South Korea's southern coast. As rainfall totals reach historic levels, the risk of slope failure in urban areas has become a critical public safety concern.
The landslide occurred in Gyeongsangnam-do Province, where a slope failed and buried the first floor of an apartment building [1, 2]. Emergency responders said one resident died in the collapse [3]. Reports on the number of injured people vary, with some sources saying three people were hurt [4], while others report two [5].
Weather data indicates the region experienced extreme precipitation. In Geoje, 577 mm of rain fell between midnight and 1 p.m. on Monday [1], marking the highest daily rainfall recorded since 1972 [1]. The total rainfall in the region over a three-day period reached nearly 800 mm [2].
The volume of water saturated the soil, leading to the structural failure of the hillside adjacent to the residential complex. Local authorities said they have been monitoring the heavy rains sweeping through the southern areas of the country as the weather system moved through the region [1, 2].
Rescue operations focused on the first floor of the building to ensure no other residents remained trapped under the debris. The intensity of the storm caused widespread disruption across the southern coast before the rain began to slow in other regions [2].
“A landslide triggered by torrential rain killed one person and injured several others in Geoje city.”
This event highlights a pattern of extreme precipitation in East Asia that exceeds historical infrastructure tolerances. The fact that the rainfall in Geoje was the highest since 1972 suggests that current urban planning and slope stabilization measures may be insufficient for the intensifying volatility of the region's monsoon seasons.
