.. 安澜间 在 球 的足迹 第梦 k lgto -2011 参考以及 A PAGE FI 7 PV L - 12-01- 平台 慧 管 视 图 青春当以不息活力破水利难题。面对水资源短缺、水生态修复等时代课题，青年科研者以江河奔涌般的活力攻克技术难关。他们反复调试水质检测传感 器，优化智慧水利算法模型，用严谨的实验论证生态治水方案的可行性。这份冲劲是对水利事业的敬畏——每一组精准数据，都可能关系到千万人的用水 安全；每一项技术突破，都可能为国家水利发展打开新空间。青春的智慧，就在这一次次实验、一遍遍测算中，转化为守护江河的"硬核力量"。 青春当以坚实担当拓智慧新篇。在数字化浪潮席卷各行各业的今天，年轻一代坚守创新初心，主动扛起"科技治水"的大旗。这份坚实的担当，是青春敢闯 敢试的底气，也是他们用"数字赋能"为传统水利注入的全新活力。 青春当以奉献情怀润民生沃土。青年们默默奉献，带着设备走进田间地头。他们手把手教农户操作节水灌溉设备，让干旱地区的麦田也能"喝上饱水"；他 们沿着田埂排查灌溉渠道漏洞，用脚步丈量每一寸农田的用水需求；他们坐在村民家中倾听诉求，因地制宜设计小型供水工程，让偏远山村的老人孩子也 能随 ...

Core Viewpoint - The article emphasizes the importance of technological advancements in water management and flood prevention along the Yellow River, highlighting a shift from traditional methods to intelligent and sustainable practices [3][10]. Group 1: Technological Innovations in Water Management - The use of the "Hua Shui No. 1" satellite for real-time monitoring of water bodies and sediment levels is a significant advancement in understanding and managing the Yellow River's complex hydrology [4][5]. - The development of a satellite remote sensing intelligent perception center allows for detailed analysis of water conditions and management strategies, enhancing flood response capabilities [5][6]. - The integration of a digital twin model of the Yellow River with physical models provides a comprehensive decision-making framework for flood prevention and water resource management [9]. Group 2: Flood Prevention Strategies - A flood simulation experiment conducted in June aimed to predict the behavior of the Yellow River under extreme weather conditions, providing critical data for flood management [7][8]. - The model of the Yellow River has been enhanced with AI and digital technologies, allowing for real-time data collection and analysis to improve flood response strategies [8][9]. - The collaboration of various models (prototype, model, and digital twin) creates a robust system for assessing flood risks and implementing preventive measures [9]. Group 3: Sustainable Resource Management - The article discusses the transition from passive to active management of sediment in the Yellow River, utilizing innovative biological engineering techniques to strengthen riverbanks and reduce erosion [11][12]. - Research into the resource potential of Yellow River sediment is ongoing, with efforts to convert sediment into valuable construction materials and improve soil quality [12][13]. - The development of technologies to activate and utilize sediment not only addresses environmental concerns but also reduces costs in construction and agricultural applications [13].

Core Insights - The Yangtze River Anqing River Section Governance Project I has achieved a significant milestone with the successful acceptance of its concealed works, laying a solid foundation for the restoration of navigation [1][3] Project Overview - The project is located in Anqing City, Anhui Province, and is one of the 150 major water conservancy projects prioritized in the national "14th Five-Year Plan" [3] - It involves the construction of 2.3 kilometers of new riverbank protection, including waterborne slopes and underwater footings, as well as the reinforcement of 1.1 kilometers of existing riverbank [3] - Upon completion, the project will facilitate the coordinated development of flood control and ecological protection, providing robust water conservancy support for the industrial transfer demonstration zone along the Wanjiang River and the integrated development of the Yangtze River Delta [3] Technical Innovations - The concealed works, primarily consisting of underwater footings, are critical for stabilizing the river's flow and ensuring flood safety [3] - The project team conducted research on key technologies for positioning stone throwing, successfully applying for a patent for a device that reduces stone drift distance, improving construction accuracy by over 30% [3] - To minimize ecological impact during construction, the team designed the slope protection using prefabricated ecological blocks, which include ecological holes and permeable concrete to support aquatic life [3] Future Developments - The project team will focus on advancing subsequent tasks related to landscape greening and ecological restoration, marking the beginning of a new chapter in ecological repair and functional enhancement [3][4]