Overview
Typhoon Lekima is the designated name for multiple tropical cyclones that have formed in the western North Pacific Ocean. The name appears on lists maintained by the World Meteorological Organization's Typhoon Committee and has been assigned to several systems of varying intensity, from tropical storms to powerful typhoons. The most widely reported instance in recent years was a strong 2019 typhoon that produced heavy rains, destructive winds, and significant impacts on coastal areas of East Asia.
Naming and origin
Names for western North Pacific storms are chosen from a rotating list contributed by member countries and territories of the Typhoon Committee. Each name is intended to be short and culturally meaningful; "Lekima" was submitted to those lists and subsequently used when storms reached the naming threshold. National agencies often apply local names as well, so a single system can be known by different names in different countries.
Characteristics and behaviour
Storms carrying the Lekima name have shown the same range of behaviour seen in other Pacific tropical cyclones. They form over warm ocean waters, develop organized convection, and can intensify into tropical storms or typhoons depending on environmental conditions. Typical hazards include high sustained winds, damaging gusts, torrential rainfall, inland flooding, and coastal storm surge. Tracks commonly take systems toward the northwest or north, threatening islands, Taiwan, and eastern China during the peak season.
Notable impacts
The most notable Lekima event in public memory occurred in 2019, when the system reached major typhoon strength and affected densely populated coastal regions. That event prompted widespread evacuations, disruptions to transport and industry, and damage to agriculture and infrastructure. Emergency responses emphasized flood control, sheltering of residents, and restoration of services after landfall and heavy rains.
Context and significance
Typhoon Lekima illustrates how a single storm name can refer to multiple meteorological events across years, each with different tracks and intensities. Like other named typhoons, Lekima has been studied for its meteorological structure and societal impacts, and it highlights the importance of early warning systems, preparedness measures, and resilient infrastructure in typhoon-prone regions.