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台风“桦加沙”登陆后造成哪些影响?专家解读
Yang Shi Wang· 2025-09-24 23:48
Core Viewpoint - Typhoon "Haikui" has significantly impacted Guangdong, causing severe damage to infrastructure and prompting a shift from prevention to rescue and recovery efforts [1][5]. Group 1: Impact of Typhoon "Haikui" - The typhoon caused maximum gusts exceeding level 17 in Jiangmen, breaking local historical records [3]. - Rainfall in Shenzhen and Jiangmen exceeded 250 millimeters within 24 hours, with tidal levels in several cities surpassing red alert levels [3]. - As of 8 PM on September 24, approximately 56,300 users were without power, over 3,900 communication stations were down, and more than 500 water conservancy projects were damaged [3]. Group 2: Ongoing Monitoring and Future Risks - Although the typhoon's intensity is decreasing, areas like Yangjiang, Maoming, and Zhanjiang will continue to experience wind and rain effects, with strong winds expected until September 25 and heavy rainfall until September 26 [3]. - There is a heightened risk of secondary disasters such as mudslides, urban flooding, and river flooding due to saturated soil and accumulated water from previous typhoons [3]. Group 3: Recovery Efforts - The focus will shift from prevention to rescue, with continuous emergency response and recovery operations being prioritized [5][6]. - Efforts will include restoring transportation, electricity, and communication services, as well as ensuring basic living conditions for affected populations [6]. Group 4: Trends in Typhoon Activity - The frequency and intensity of typhoons making landfall in China have increased, with the proportion of strong typhoons rising from 35% to 42% in recent years [8]. - The size of Typhoon "Haikui" was notable, with a diameter exceeding 1,000 kilometers, leading to prolonged wind and rain impacts [8]. Group 5: Recommendations for Future Preparedness - There is a need to enhance early warning systems and disaster response mechanisms, including the use of artificial intelligence for information dissemination and disaster management [10].