Core Viewpoint - The article discusses the completion of the technical review for the delineation of areas with severe water resource shortages and over-exploitation in the Songliao River Basin, which is a crucial step in implementing a rigid water resource constraint system and achieving differentiated water resource management [1] Group 1 - The delineation of severely short and over-exploited water resource areas is an important measure to enforce water resource constraints and manage water resources differently [1] - The Songliao Water Resources Commission guided provincial water authorities to communicate with natural resource departments and conduct the delineation work based on water resource endowments, river utilization levels, and actual water consumption over the past three years [1] - The preliminary results of the delineation were formed by considering upstream and downstream, left and right banks, local water, transit water, and external water [1] Group 2 - The Songliao Water Resources Commission conducted two rounds of technical reviews and communicated with provincial authorities to finalize the technical results of the delineation [1] - The next steps involve continuing the delineation work for severely short and over-exploited water resource areas and promoting the application of the results to guide economic and social development in the basin [1]

Core Viewpoint - The China Water Resources Strategic Research Association held its third member representative conference and the first meeting of the third council, emphasizing the importance of high-quality water resource development and security in China [1]. Group 1: Conference Highlights - The conference was chaired by Cai Qihua, the second council president, with the presence of Chen Min, Vice Minister of Water Resources, who highlighted the association's achievements in water resource strategy research and its contributions to national decision-making [1]. - The newly elected council president, Zhong Zhiyu, expressed the commitment to implement the spirit of the 20th National Congress of the Communist Party of China and to enhance the association's capabilities and influence in serving water resource practices [1]. Group 2: Strategic Focus - The association aims to focus on water security and high-quality development goals, leveraging its cross-disciplinary think tank advantages to better serve the advancement of water resources in China [1]. - Chen Min emphasized the need for the association to promote the dissemination of water management concepts and enhance China's international discourse power in water resources [1].

目前，"第三道防线"西江上游天生桥一级、光照、龙滩、百色4座水库总有效蓄水量188亿立方米；"第 二道防线"中游大藤峡水利枢纽有效蓄水量14.5亿立方米；"第一道防线"下游珠海供水水库群总有效蓄 水量5257万立方米。经会商研判，通过科学调度，可有效保障澳门、珠海等粤港澳大湾区城市供水安 全。 广西桂冠电力公司、大藤峡公司等相关负责同志表示将按照调度方案要求，全力配合珠江委做好水工程 联合调度工作，保障流域供水安全。 会商指出，珠江流域近期无明显降雨过程，江河来水逐渐下降，同时元旦期间正值天文大潮期，珠江河 口咸潮上溯开始活跃。各部门各单位要切实提高政治站位，立足供水最不利形势，落实落细各项保障措 施，坚决守住供水安全底线。 会商要求，一是密切关注流域雨水情和河口咸情变化，认真落实"四预"措施，滚动演算咸潮影响范围， 实时优化调度方案。二是科学调度西江上游龙滩等骨干水库持续向下游补水，调度西江中游大藤峡水库 维持较高水位运行，指导下游珠海本地水库群蓄水补库，确保供水安全。三是综合考虑供水、生态、发 电、航运等各方用水需求，实施多目标统筹调度，充分发挥水资源综合效益。四是指导相关地区加强取 水泵站、供水管线和设 ...

Core Viewpoint - The completion of the Beijiang Dike (Embankment) Reinforcement Project marks a significant achievement in flood control for the Guangdong-Hong Kong-Macao Greater Bay Area, transitioning into a critical operational management phase [1][2] Group 1: Project Overview - The Beijiang Dike Reinforcement Project is the highest standard, largest scale, and most technically complex upgrade in the history of Beijiang Dike construction, aimed at protecting the lives and property of over 32 million people in Guangzhou, Foshan, and Qingyuan [2] - The project began construction in October 2005 and has successfully withstood major flood tests, including those from floods rated at 22.6 and 24.4, earning multiple awards for excellence in water conservancy engineering [2] Group 2: Regulatory and Management Aspects - The project passed the completion acceptance inspection conducted by a committee comprising representatives from various governmental and regulatory bodies, resulting in the issuance of the completion acceptance certificate [1] - The successful completion of the project reflects the implementation of key directives from national leadership regarding disaster prevention and mitigation, transforming strategic decisions into actionable outcomes in the Pearl River Basin [2] Group 3: Future Directions - The Pearl River Commission is committed to fulfilling its responsibilities for unified basin management and aims to promote high-quality development in water conservancy with enhanced measures and a stronger sense of duty [2]

Core Viewpoint - Xiamen Water Conservancy Bureau is advancing the digital transformation of soil and water conservation management by establishing an integrated "sky-ground" regulatory system, enhancing the quality and efficiency of governance from passive response to proactive prevention [1][2] Group 1: Technological Integration - The bureau has developed a high-precision dynamic monitoring network using satellite remote sensing, drone aerial photography, and ground intelligent terminals, significantly expanding regulatory coverage and improving risk response efficiency [1] - The integration of Geographic Information Systems (GIS), big data analysis, and automatic interpretation of remote sensing images allows for real-time scanning and precise identification of soil erosion risk areas, creating a comprehensive regulatory framework [1] Group 2: Smart Regulatory Platform - The digital regulatory platform has been continuously optimized to integrate multiple data sources, establishing a complete closed-loop management mechanism for monitoring, early warning, and response [1] - The use of mobile intelligent terminals facilitates efficient connection between field verification and internal management, supporting standardized, regulated, and intelligent transformation of regulatory work [1] Group 3: Demonstration and Future Plans - The bureau's practice, titled "Digital Technology Creates a New Paradigm for Soil and Water Conservation 'Sky-Ground' Supervision," has been recognized as a demonstration case for the 2025 Digital Xiamen initiative [2] - Over the past three years, the bureau has conducted more than 4,200 supervisory monitoring activities and effectively verified over 4,300 violations, transitioning the regulatory model from problem-oriented to proactive prevention [2] - Future efforts will focus on deepening the integration of digital technology with soil and water conservation work to strengthen ecological safety and contribute to the city's ecological civilization and high-quality development [2]

循法而治，以知识智慧化支撑"法治化"。精炼收录公开发布的党纪法规523项、典型案例728个，形成覆 盖全面、权威规范、动态更新的纪检法规知识库和典型案例知识库，并通过文本大模型，提供法条检 索、智能类比案例参考以及定性量纪辅助分析。纪检AI助手智能问答功能将面向海委职工开放，使广 大干部职工学法用法更加高效便捷。 提能增效，以辅助智能化促进"正规化"。"海委纪检AI助手"通过智能问答、分析提示等功能，快速响应 涉纪涉法咨询，成为纪检新人的"随身导师"与资深人员的"智能参谋"。依托系统大数据分析能力，加强 对流程中沉淀数据多维度挖掘与分析利用，实现纪检信息数据的良性循环运用。 本站讯 近日，海河水利委员会开发部署了基于私有化大模型、以"智能辅助"和"流程管控"为核心功能 的"海委纪检AI助手"，标志着海委纪检工作在人工智能赋能方面迈出关键一步。 固本强基，以流程电子化推动"规范化"。该系统将纪检工作中信访举报、问题线索处置等9大核心业务 全面电子化、流程化，通过标准表单、文书模板等，智能引导规范填写，实现了业务信息"一次录入、 全程共享"，确保每一项工作轨迹清晰可查、每一个环节责任明确可溯。 下一步，海委机关纪 ...

Core Viewpoint - The Ministry of Water Resources of China has reported significant achievements in soil and water conservation during the 14th Five-Year Plan period, highlighting a net reduction of approximately 116,000 square kilometers of soil erosion and an increase in the national soil and water conservation rate to over 73% [1] Group 1: Institutional Improvements - The institutional mechanisms for soil and water conservation have been enhanced, including the establishment of inter-ministerial coordination meetings and a "big water conservation" framework [1] - A circular investment mechanism for soil and water conservation has been explored, encouraging social capital participation in soil erosion control projects [2] Group 2: Reform Progress - Major advancements in soil and water conservation reforms have been made, including the implementation of strategies to combat climate change and the introduction of methodologies for voluntary greenhouse gas reduction projects [2] - Local governments have been guided to explore sustainable land use practices that stabilize farmland and enhance soil quality [2] Group 3: Effective Management in Key Areas - Targeted efforts in regions such as the Yangtze River, Northeast black soil area, and the South-to-North Water Diversion area have led to the treatment of 67,000 square kilometers of soil erosion, with a reduction in soil erosion intensity by 15-20% [3] - The construction and renovation of nearly 7,000 sedimentation dams in the Loess Plateau have improved water retention and reduced sediment flow into the Yellow River [3] Group 4: Control of Human-Induced Erosion - A comprehensive regulatory framework for soil and water conservation has been established, including updated management methods for construction projects and a credit evaluation system for compliance [4] - The identification of key prevention and treatment areas for soil erosion has been completed, covering approximately 920,000 square kilometers of land [4] Group 5: Enhanced Management Efficiency - A robust monitoring and evaluation system for soil and water conservation has been developed, achieving nationwide coverage of soil erosion monitoring for eight consecutive years [5] - The construction of a digital twin system for soil and water conservation has been initiated, improving the functionality of information management systems [5]

人民网记者欧阳易佳 世界东方，中国西部，岷江上游，矗立着一座跨越两千多年时光的水利丰碑——都江堰。公元前256 年，秦国蜀郡太守李冰率众凿山开江，垒石为堋，以"乘势利导、因时制宜"的哲思驯服岷江，造就"水 旱从人，不知饥馑"的天府之国。 而今，这座灌溉面积超千万亩、惠泽数千万人口的古老生态灌区，正将"尊重自然、因势利导"的古老智 慧，注入数字时代的磅礴脉动，谱写守护天府安澜的新篇章。12月中旬，人民网记者跟随水利部、四川 省水利厅调研组深入四川省都江堰灌区进行实地调研。 在灌区千余处关键断面，计量设施如同精密的"水表"，实时感知水流。近三百座关键闸门经过自动化改 造，告别了人工操作开关闸门的模式。 都江堰灌区指挥中心主任李劲介绍，在应对2024年都江堰鱼嘴近十年最大洪峰过境，2025年成都市中心 城区极端暴雨过程中，数字孪生系统提前模拟出水流路径与工程响应，为现实中的安澜度汛提供了精准 导航。"我们通过打造'一云、一网、一中台、一平台'信息化架构，灌区汇聚了海量数据（603138）资 源。已完成渠首26.7平方公里实景建模，接入了百余个视频监控与安全监测设备，并依托共享的水利模 型与算法平台，基本完成了'算据 ...

Group 1 - The core viewpoint of the articles highlights the significant increase in irrigated farmland area in China, aiming to exceed 10.9 million acres by the end of 2025, which is an increase of over 5.3 million acres compared to the end of 2020 [1] - By 2025, the grain output from irrigated farmland is expected to account for 80.76% of the national total, a rise of 0.41 percentage points from the previous year [1] - The construction and modernization of large and medium-sized irrigation districts are being prioritized, with 7 new large irrigation districts starting construction this year, covering over 5.6 million acres [1] Group 2 - The Ministry of Water Resources is enhancing the management of large and medium-sized irrigation districts through a unified mapping system and information sharing with the Ministry of Agriculture and Rural Affairs [2] - A policy framework for water conservation in agriculture is being established, aiming to increase water use efficiency, with a target of 6.38 million acres of water-saving irrigation projects by the end of 2025 [2] - The average water usage per acre of irrigated farmland is set to decrease to 342 cubic meters, while maintaining stable agricultural water use, thereby allowing for an increase in both irrigated area and grain production [2]

Core Viewpoint - The launch of the online hydrological data compilation platform by the Haihe River Water Resources Commission marks a significant advancement in the intelligent management of hydrological data, enhancing the level of information technology in water resource management [1] Group 1: Platform Overview - The platform is the first online compilation business platform of the Haihe River Water Resources Commission, integrating core business processes with advanced information technology for standardized and intelligent management of hydrological data [1] - It enables a seamless online process from data entry, verification, review to the generation and submission of compiled results, significantly improving the quality and timeliness of data compilation [1] Group 2: Operational Efficiency - The online compilation model supports real-time collaboration among personnel at various levels and positions, greatly enhancing the efficiency of the compilation work [1] - Currently, the platform provides support services for 59 hydrological monitoring stations and technical management units under the commission, with over 100 registered personnel utilizing the system [1] Group 3: Future Developments - The Haihe River Water Resources Commission plans to continuously optimize the platform's functionality and accelerate its integration with smart hydrological station management and modern monitoring scenarios [1] - The aim is to expand the application scope of the platform and strengthen the foundation for the development of intelligent hydrology, contributing to high-quality development in watershed water management [1]