Group 1 - The core objective of the emergency drill is to enhance geological disaster prevention and response capabilities across various departments and raise public awareness about disaster risk reduction [1][2] - The drill is the first provincial-level special exercise in Yunnan, organized in a realistic manner with four phases: early warning, response initiation, emergency handling, and termination of response [1][2] - A total of over 300 rescue personnel from various sectors, including fire rescue, medical, electricity, and public security, were involved, utilizing advanced equipment such as drones and underwater surveying vessels [1][2] Group 2 - The exercise adhered to the principle of "prevention first, combining prevention and control, and community involvement," reinforcing an emergency mechanism characterized by unified leadership and local responsibility [2] - Scenarios simulated extreme rainfall and landslide disasters in specific areas of Kunming, Qujing, and Zhaotong, focusing on potential disaster chains following major geological events [2] - The drill effectively tested the coordination functions of geological disaster emergency command and improved the management capabilities of the natural resources system at the grassroots level [2]

Core Viewpoint - The Hunan Provincial Natural Resources Department has issued the "2025 Geological Disaster Prevention Plan," outlining the goals, main tasks, and prevention measures for geological disaster management in the province for the current year [1] Group 1: Overall Situation - The overall situation of geological disaster prevention in Hunan is severe, with disasters likely to occur during the flood season [1] - Key areas for disaster prevention include northern Hunan, which is at risk from continuous rainfall, and southern and eastern regions, which need to guard against typhoons and heavy rain [1] Group 2: Key Tasks - The plan outlines six key tasks, including the establishment of a comprehensive disaster prevention system focused on risk control to minimize disaster losses [2] - It emphasizes the need for updated surveys of disaster risk points and areas, along with the development of categorized risk control measures [2] - The plan calls for the enhancement of the disaster monitoring network and the construction of additional meteorological stations to improve early warning capabilities [2] - It includes the implementation of micro-governance for 3,000 disaster risk points and significant engineering projects for 20 critical disaster areas [2] - The plan highlights the importance of technological advancements in disaster prevention, including the development of an AI model for precise disaster warnings [2] - It aims to establish a dual control system for disaster risk management, clarifying responsibilities and improving regulatory mechanisms [2] Group 3: High-Risk Areas - The plan identifies 53 counties and districts as high-risk areas for landslides, collapses, and mudslides, and 27 areas for ground subsidence [3] - It emphasizes the need to focus on registered disaster risk points in high, medium, and low-risk areas, particularly in rural housing and densely populated locations such as schools and hospitals [3] - The plan calls for enhanced prevention efforts in areas prone to extreme rainfall, including new disaster risk points and critical infrastructure like transportation and water conservancy projects [3]

Core Viewpoint - The Ministry of Natural Resources has announced the top ten successful geological disaster risk avoidance cases for 2024, highlighting the importance of grassroots disaster prevention and mitigation experiences, with the Wangjiabawan landslide case in Lanhua County being recognized as a model for effective risk management [1][2]. Group 1: Case Details - On August 12, 2024, a landslide occurred in Wangjiabawan, Lanhua County, resulting in the complete destruction of a two-story building and partial encirclement of two other buildings by landslide debris [1]. - The successful evacuation of threatened individuals prior to the disaster was crucial in preventing casualties [1]. Group 2: Monitoring and Response - Crack meters installed at the geological disaster risk point issued two yellow warnings on May 18 and 19, 2024, indicating potential risks [2]. - Following multiple rounds of rainfall in July, local authorities organized the evacuation of at-risk residents on July 23 and restricted access to threatened buildings [2]. - A warning alert was issued at 1:34 AM on August 12, indicating signs of disaster at the Wangjiabawan site, leading to immediate action from monitoring personnel [2]. Group 3: Importance of Preparedness - The landslide occurred suddenly after 12 days of clear weather, emphasizing the need for continuous monitoring and preparedness [2]. - The monitoring equipment provided a 26-minute advance warning, showcasing the effectiveness of combining human and technical defenses in disaster prevention [2].

Core Viewpoint - The Yunnan Provincial Department of Natural Resources has issued the "2025 Geological Disaster Prevention and Control Plan," which outlines the trends and key prevention areas for geological disasters in the province for the upcoming year [1][2]. Group 1: Geological Disaster Trends and High-Risk Areas - The high incidence period for geological disasters in Yunnan is from early June to early October [1]. - Key high-risk areas include the northeastern high mountainous region, the "Three Rivers" basin in northwestern Yunnan, the southwestern segment of the Wuliang Mountain in the Hengduan Mountains, and several other specific regions identified as vulnerable [1]. - The plan identifies eight major high-risk areas for landslides and mudslides, including the upper reaches of the Nu River and the upper and lower reaches of the Jinsha River [1]. Group 2: Comprehensive Prevention and Control Measures - The plan emphasizes three main lines of action: hazard prevention, technological empowerment, and public participation [2]. - Six precise strategies are proposed, including strengthening risk source control, enhancing investigation capabilities, and improving monitoring and early warning systems [2]. - The plan also calls for steady progress in comprehensive governance and risk relocation, as well as increased public awareness and training [2].

这次案例推选得到各省（区、市）和基层地质灾害防治工作者积极响应，推选工作综合考虑了监测研判 与预警准确性、响应行动与避险时效性、危害程度及诱发因素、灾种典型性等多方面因素，旨在帮助各 地从案例中学习经验、查找不足，进一步提升基层防灾减灾水平。 据介绍，2024年，各级自然资源主管部门扎实推进地质灾害防治体系建设，地质灾害防治工作取得积极 成效。为巩固提升基层防灾减灾能力与实效，自然资源部地质勘查管理司组织中国地质灾害防治与生态 修复协会等单位，通过推荐、征集、筛选、初选、网络投票、专家评选等环节，从各省（区、市）自然 资源主管部门选送案例中选出30个入选案例，再从中评选出了十大典型案例。 在今年5月12日第17个全国防灾减灾日到来之际，自然资源部地质勘查管理司公布2024年度全国地质灾 害成功避险十大典型案例，同步推广20个入选案例，进一步增强公众的地质灾害风险意识，提升防灾减 灾能力。 十大典型案例分别是：福建松溪"6·16"吴山头村滑坡灾害避险、湖北秭归"7·10"张家红屋场滑坡灾害避 险、广西德保"6·15"暮洞村泥石流灾害避险、重庆武隆"6·28"长田坎滑坡灾害避险、陕西岚皋"8·12"王家 湾滑坡灾 ...

Group 1 - The Hubei Province Badong County Natural Resources and Planning Bureau is actively implementing measures to prevent geological disaster risks during the flood season, focusing on high-level deployment, comprehensive inspections, enhanced training, and strict duty management [1][2] - The bureau has established a five-level geological disaster prevention and control plan, updating the responsibilities of disaster prevention personnel across various levels, including 12 network responsibility persons, 12 network administrators, 4 co-managers, 159 dedicated managers, 20 professional monitors, and 275 community monitoring personnel [1] - A comprehensive "net-like" inspection has been conducted, covering 481 geological disaster risk points, with 14 inspection teams and over 680 personnel involved in the patrol [1][2] Group 2 - The bureau has organized extensive training sessions for grassroots officials and the public, utilizing a combination of theoretical explanations and case analyses to enhance skills in disaster monitoring, early warning, and emergency response [2] - Over 200 personnel from relevant units have participated in geological disaster prevention training, and more than 2000 community members have been educated on disaster risks and avoidance strategies [2] - A 24-hour duty system has been established to ensure timely reporting and handling of emergencies, with 22 geological disaster risk investigations conducted and 13 reports issued to ensure prompt response to incidents [2]

●地灾重点防范期汛期（5月—9月）是全省地质灾害的重点防范期，高峰时段在主汛期（6月—8 月） ●地灾重点防范区龙门山地区、川西高山峡谷地区、川东北秦巴山区、川东川南中低山丘陵区、攀 西地区等 《四川省2025年地质灾害防治方案》（简称《方案》）近日发布，经研判，今年四川崩塌、滑坡、 泥石流等地质灾害仍将呈频发、多发、高发态势，总体发生数量与常年平均水平相当。 《方案》指出，汛期（5月—9月）是全省地质灾害的重点防范期，高峰时段在主汛期（6月—8 月），特别是特大暴雨、大暴雨、连日降雨、持续绵雨、短时强降雨时段及雨后2至3天，需予以重点关 注。非汛期（1月—4月、10月—12月），盆周山区、攀西地区及川南地区，特别是乌蒙山区，需注意防 范连续性降雨可能引发的崩塌、滑坡；川西高山峡谷区需注意防范冰雪冻融可能引发的滑坡、泥石流。 此外，全年需重点防范地质灾害易发区内工程建设及矿产资源开发等人为活动诱发的地质灾害。 《方案》提出了9条防灾措施，包括逐级压紧压实防灾责任、强化风险隐患动态排查、加强监测预 警响应联动、全面落实主动避险转移、扎实开展避险搬迁和综合治理、推进科技赋能防灾减灾救灾、大 力开展宣传培训演练行动 ...

智通财经5月4日电，自然资源部日前召开2025年全国汛期地质灾害防治工作视频会议，指出今年气候年 景总体偏差，极端气候事件总体呈多发强发态势，地质灾害防治形势严峻复杂。要充分认识近年来地质 灾害极端性、反常性愈发突出的趋势，重点关注区域群发、复合链生灾害风险，注意防范近几年地震影 响区、森林火灾发生区域强降雨引发群发性滑坡、泥石流，防范长时序变形积累叠加短期环境急变引发 的大型崩塌、滑坡和泥石流灾害。 自然资源部部署汛期地灾防治 ...

Group 1 - The meeting on April 15, 2025, in Wuhan summarized the achievements in geological disaster prevention in the Three Gorges Reservoir area for 2024 and discussed trends and countermeasures for 2025 [1][2] - The China Geological Survey has established a regular consultation mechanism with provinces and cities in the Three Gorges Reservoir area, achieving "zero casualties" from geological disasters for 22 consecutive years [1] - In 2024, various management departments and technical units actively monitored geological disaster risk points and implemented comprehensive prevention measures, successfully responding to extreme weather events such as heavy rainfall in Zigui [1] Group 2 - The meeting highlighted new challenges in geological disaster prevention due to global climate change and enhanced navigation capacity in the Three Gorges Reservoir area [2] - There is a focus on developing core technologies for monitoring and early warning of geological disasters, aiming to establish a multi-source integrated observation system [2] - The meeting emphasized the need for risk assessment, orderly relocation of communities in high-risk areas, and the formulation of a geological disaster prevention plan for 2026-2035 [2]