TAIPEI (TVBS News) — Heavy rainfall has caused a section of the historic Tainan Prefectural City Gate and Wall Remains (臺灣府城城門及城垣殘蹟) to lean and sink, triggering urgent intervention from cultural preservation authorities. Officials conducted an on-site assessment Wednesday (Aug. 7) to develop an immediate restoration plan for the damaged South Gate section. The incident highlights the vulnerability of Taiwan's centuries-old cultural monuments to extreme weather conditions.
National Tainan Girls' Senior High School (國立台南女中) reported the partial collapse Tuesday (Aug. 6), immediately alerting Taiwan's Ministry of Culture (文化部) Bureau of Cultural Preservation (文化資產局) and the Tainan Municipal Administration of Cultural Heritage (台南市文化資產管理處). Both agencies swiftly dispatched preservation specialists to the historic site to assess structural damage and coordinate emergency intervention measures. The rapid response demonstrates Taiwan's commitment to protecting its cultural heritage assets from environmental threats.
Cultural preservation experts attribute the structural damage to soil and rock erosion beneath a 30-meter (98-foot) section of the ancient wall's foundation, directly caused by prolonged heavy rainfall. Specialists recommend implementing a carefully phased restoration approach that prioritizes immediate structural stabilization to prevent additional deterioration. The Tainan Municipal Administration of Cultural Heritage confirmed that the city government will provide comprehensive technical support and assistance with funding subsidy applications.
Construction of the South Gate section was completed in 1788, and the historic wall segment stands on Shulin Street (樹林街) in Tainan's West Central District (中西區), directly adjacent to National Tainan Girls' Senior High School. The ancient fortification became integrated into the school's perimeter over time and received official designation as a third-class monument in 1985. This recognition triggered comprehensive archaeological investigations and restoration efforts that have maintained the wall's current preserved state.