Core Viewpoint - The article highlights the significance of the Foziling Reservoir as a historical and cultural landmark in China's water conservancy efforts, emphasizing its role in preserving red culture and promoting education through various initiatives [1][2][3] Group 1: Historical Significance - The Foziling Reservoir, built in 1952, is recognized as the first reinforced concrete arch dam in New China, symbolizing a milestone in China's water conservancy history [1] - The management has focused on protecting and showcasing the rich red archives and water conservancy culture accumulated over 70 years [1] Group 2: Cultural Initiatives - The management has implemented a series of measures, including compiling the "Foziling Reservoir Group Chronicle," to enhance the foundation of red archives culture [1] - A cultural museum has been established to serve as a platform for red education, utilizing modern methods like scene restoration and multimedia presentations [2] - The management has registered the "Foziling" trademark to strengthen brand protection and promote red culture through cultural and educational products [2] Group 3: Archive Utilization - The management has digitized over 700,000 pages of archival materials and established an information management system to improve archive utilization efficiency [3] - A series of events, including a painting and photography exhibition, has been organized to celebrate the 70th anniversary of the reservoir, showcasing its development and achievements [3]

下一步，山东省将以此次灌区名录印发为契机，进一步强化灌区功能发挥，以用水需求为导向，夯实现 代化灌区建设管理工程基础，加强标准化、信息化运行管理，积极探索农业节水增效制度体系建设，加 强灌溉水节约集约利用，持续提升灌溉服务保障水平，全力推进具有山东特色的灌区高质量发展。 据山东省水利厅12月1日消息，近期，水利部印发全国大中型灌区名录，认定山东省共有大中型灌区401 处，设计灌溉面积5118万亩，其中，大型灌区42处、设计灌溉面积3085万亩，5万亩以上重点中型灌区 125处、设计灌溉面积1555万亩，一般中型灌区234处、设计灌溉面积478万亩。数量和面积占比均位居 全国前列。 灌区名录是灌区建设管理的基础性工作。2021年水利部部署开展大中型灌区名录调整工作以来，我省高 度重视，成立工作专班，委托技术支撑单位全面调查复核灌区实际管理运行情况，省水利厅分管厅长亲 自主持召开专家咨询会，厅党组会专题研究名录调整工作。经对各市上报名录及支撑材料审核确认，并 经相关流域管理机构复核，最终确定全省名录，同步绘制完成灌区"一张图"。 （新黄河） ...

新华社音视频部制作 记者：赵欢 记者近日从平陆运河集团获悉，开工建设三年多来，西部陆海新通道骨干工程——平陆运河土石方开挖 量突破3亿立方米，所涉土石方基本实现合理消纳与综合利用，广泛用于工程回填、园区建设、抬填造 地、矿坑修复和复垦造地等领域，有效提升资源利用效率。 ...

下一步，黄委将坚持精准援藏、系统援藏、长期援藏，细化工作措施，高质量完成各项任务，为水利援 藏工作贡献黄河力量。 五年来，黄委累计选派援藏干部41人次，组织培训32批次、培训西藏干部400余人次，积极发挥"传帮 带"作用，带动当地水利人才成长，增强发展内生动力；派出专家指导编制《日喀则市水网规划》《拉 洛灌区工程运行管理方案》等规划方案，参与在藏国家基本水文站提档升级、灌区续建配套等62个项 目，一大批水利项目在雪域高原"落地生根、开花结果"；筹措资金用于支持提升西藏自治区机动抢险 队、日喀则市水利局基础设施建设，有效提升当地水利工作信息化、智慧化水平。 本站讯 "十四五"期间，在水利部党组坚强领导下，黄河水利委员会围绕服务"稳定、发展、生态、强 边"四件大事，通过人才援藏、技术援藏、经济援藏等方式，全面完成各项援助任务，共同推动日喀则 水利工作取得新成效。 ...

昨天(12月1日)，第19届世界水资源大会在摩洛哥的马拉喀什开幕。大会主题为"变化世界中的水：创新 与适应"。 在本次大会上，中方代表将重点阐释中国洪水治理管理的三种模式：洪水控制、洪水利用、洪水塑造， 倡议各国全面认知洪水危害性、资源性和功能性。 中国水资源总量为2.8万亿立方米。这个数字看似很大，但实际上一直面临着严峻的水资源挑战。中国 水资源现状如何?又面临哪些挑战? 中国用水需求极为庞大。14亿人口的基本生活用水需求、近千万平方公里国土的生态系统用水需求、18 亿亩耕地的农田灌溉用水需求，以及世界第二大经济体的工业和服务业用水需求，共同构成了庞大而刚 性的用水需求体系。 从人均水资源角度看，中国人均水资源占有量在全球排名第106位。在农业方面，中国亩均耕地水资源 占有量约1400立方米，不足世界平均水平的1/2。 从水资源时空分布角度看，南方拥有81%的水资源，而北方仅占19%。然而北方拥有46%的国土面积、 44%的人口、40%的耕地和56%的国内生产总值。这种"南丰北缺"的水资源分布格局导致其与人口、耕 地、能源资源等要素在空间不匹配，北方水资源短缺问题愈发突出。 为了解决水资源短缺问题，"十四五 ...

记者从中国南水北调集团有限公司获悉：12月1日，南水北调中线一期工程启动2025至2026年度冰期输 水工作，工程运行管理正式进入冰期输水阶段，预计到2026年2月底结束。 （文章来源：人民日报） 该工程各级运行管理单位充分发挥数字孪生南水北调中线系统预报、预警、预演、预案作用，提升监测 感知能力。制定详细调度方案，优化动态调度，提前布设并调试拦冰、融冰、扰冰、排冰设备，对相关 建筑物采取保温措施，提升防御能力。做好各项应急准备，加强巡查值守，发挥多层次抢险救灾队伍作 用，开展冰冻灾害演练，切实筑牢安全防线。 目前，该工程向京津冀豫四省市供水730亿立方米，近1.18亿人受益，工程综合效益不断提升。 ...

Core Viewpoint - China Power Construction Group (China Power) has acknowledged serious quality issues in the construction of the Yong'an Pumped Storage Power Station and has established an investigation team to address these concerns and ensure compliance with regulations [1][4]. Group 1: Quality Issues - Reports indicate that the construction of the lower reservoir at the Yong'an Pumped Storage Power Station has been criticized for significant cost-cutting measures [4]. - The project, undertaken by subsidiaries of China Power, has revealed severe quality defects in the hundreds of anchor piles used for reinforcing the dam shoulder, with actual lengths significantly shorter than the design specifications [5][8]. - Many anchor piles were not constructed according to the required standards, with some being less than one-third of the specified length, and inadequate cement grouting was performed [5][8]. Group 2: Construction Practices - Experts have highlighted that the stability of the dam is critically dependent on the integrity of the anchor piles, which are essential for reinforcing the dam's slope [7]. - The design specifications required a complete structure for the anchor piles, but many were only connected using simple "spot welding," failing to meet the necessary structural integrity [7][8]. - On-site workers reported that the actual lengths of some anchor piles were as short as 2 to 5 meters, with significant discrepancies in the lengths of the reinforcing steel bars [8][9]. Group 3: Oversight and Accountability - Concerns have been raised regarding the oversight of the project, as the supervising entity is a subsidiary of the same parent company responsible for the design and construction, leading to questions about accountability [9]. - Reports of inappropriate conduct among monitoring personnel, including accepting entertainment from the construction team, have surfaced, raising further doubts about the integrity of the oversight process [11]. - The Yong'an Pumped Storage Power Station project has a total investment of 7.5 billion yuan, with expected annual power generation of 12.6 billion kilowatt-hours, contributing to significant carbon reduction and economic benefits [11].

Core Viewpoint - The construction of the Fujian Yong'an pumped storage power station, a key project under China's 14th Five-Year Plan, is facing serious quality issues, particularly in the dam construction, raising concerns about safety and compliance [2][5][7]. Group 1: Project Overview - The Yong'an pumped storage power station has a total investment of 7.5 billion yuan and is the first large-scale energy storage project approved in Fujian's 14th Five-Year Plan [9]. - Once operational, the project is expected to generate an average annual electricity output of 12.6 billion kilowatt-hours, saving 660,000 tons of standard coal and reducing carbon dioxide emissions by 1.65 million tons, resulting in carbon reduction benefits of 153 million yuan and tax revenues of 180 million yuan [9]. Group 2: Quality Issues - Reports indicate that the construction of hundreds of anchor piles for the dam has significant quality defects, with actual lengths falling short of design standards, some being less than one-third of the required length [5][7]. - Many anchor piles were not properly filled with cement mortar as per regulations, with the construction team only performing minimal sealing at the pile openings to pass inspections [7]. Group 3: Investigation and Response - China Power Construction Group has taken the allegations seriously, forming an investigation team to thoroughly verify the claims and handle the situation according to legal and regulatory standards [2]. - The local water conservancy bureau has also established a special investigation team to assess the situation on-site [9]. Group 4: Company Performance - In the first three quarters of the year, China Power Construction Company reported a total operating revenue of 439.553 billion yuan, a year-on-year increase of 3.05%, while the net profit attributable to shareholders decreased by 14.86% to 7.474 billion yuan [9].

"此次金峰水库蓄水突破470米高程，是对水库工程建设质量与运行可靠性的一次全面检验。"运管 中心相关负责人表示，接下来将持续聚焦工程安全运行和精细化管理，深化信息化技术运用，密切监测 工程设施运转，不断优化完善调度运行机制，为灌区经济社会发展提供坚实水安全保障。（李文冬 邓 香铭 记者 邵明亮） 金峰水库是武都引水工程二期西梓干渠上的囤蓄水库，控灌盐亭、南部、射洪、蓬溪、船山、西充 等县（市、区）166.38万亩农田，并为灌区百万余人口提供饮用水水源。此次蓄水首次突破470米高 程，标志着该水库2025年度蓄水任务圆满完成，为今冬明春武引灌区充分发挥灌溉、供水、生态等综合 效益提供有力保障。 11月26日，记者从四川省武都引水工程运管中心（下称运管中心）获悉，近日，位于武引灌区内的 金峰水库水位首次突破470米高程（海拔），达到470.06米，库容达到8389.98万立方米，创下自2022年6 月下闸蓄水以来的历史最高纪录。 ...

Group 1 - The meeting focused on the implementation of the digital twin water conservancy system, summarizing the achievements of the "14th Five-Year Plan" and planning for the "15th Five-Year Plan" [1][2] - The conference showcased the application of digital twin technology in flood defense, water resource allocation, and water conservancy project management [1] - Participants discussed the effectiveness, existing issues, and future strategies for the digital twin water conservancy construction [1][2] Group 2 - The meeting emphasized the need to integrate monitoring systems across various dimensions, ensuring comprehensive and continuous data collection [2] - A call was made to strengthen data collection and sharing, utilizing multi-source and multi-dimensional approaches [2] - Future efforts will focus on enhancing technological innovation and advancing the digital twin construction to support modernized governance in the river basin [2]