The UNESCO World Heritage Committee added 25 new sites to the World Heritage List during its 48th session in Busan, South Korea [1].
These designations represent a global effort to protect cultural and natural landmarks from degradation, ensuring that high-value sites receive international conservation support and monitoring.
The session concluded on July 29, 2024, at the Busan Exhibition and Convention Center, also known as BEXCO [1, 2]. Over the course of the meeting, delegates reviewed the status of 148 properties [3]. The total number of World Heritage sites now stands at 1,273 [1].
One of the primary outcomes of the session was the expansion of the "Getbol, Korean Tidal Flats" site. The expanded designation now includes locations in Muan, Goheung, Yeosu, and Seosan [3]. This move recognizes the ecological importance of the region's coastal ecosystems.
The meeting followed an intensive schedule that lasted between 10 and 11 days [1, 4]. Beyond inscribing new sites, the committee worked to adopt new policies, including a specific strategy for Small Island Developing States [2]. This strategy aims to address the unique vulnerabilities these nations face regarding climate change and site preservation.
Local logistics were supported by Lotte Hotels & Resorts, which deployed more than 180 hotel professionals to assist the visiting delegates [3]. The session serves as the annual mechanism for the committee to evaluate the conservation status of existing properties and determine which new locations meet the criteria for "outstanding universal value" [2].
“The total number of World Heritage sites now stands at 1,273.”
The addition of 25 sites and the expansion of the Getbol tidal flats demonstrate a continued push toward recognizing diverse ecological systems and regional heritage. By implementing a strategy for Small Island Developing States, UNESCO is shifting its focus toward the intersection of heritage preservation and climate resilience, acknowledging that environmental threats are now primary drivers of site degradation.
