Core Viewpoint - The Ministry of Water Resources has issued guidelines to prioritize water conservation in water diversion projects, aiming for sustainable development in water-receiving areas through systematic and long-term water-saving efforts [1][2]. Group 1: Water Conservation Strategy - The guidelines emphasize a dual approach of both water diversion and conservation, with a focus on enhancing water use efficiency and effectiveness in water-receiving areas [1]. - By 2030, the management of water-saving evaluations is expected to be improved, with water consumption per ten thousand yuan of GDP and industrial added value, as well as effective irrigation water utilization in agriculture, surpassing the national average [1]. - By 2035, the total water resource management and comprehensive conservation systems in water-receiving areas are to be further refined, achieving advanced levels of water resource conservation and utilization efficiency [1]. Group 2: Implementation Measures - During the planning phase of major water diversion projects, strict adherence to water-saving evaluation systems is required to scientifically determine project scale and layout [1]. - The guidelines call for the integration of water-saving facility construction during the project development phase and the strengthening of supervision over the execution of water-saving evaluations [1]. - Post-implementation, regular assessments of the effectiveness of water-saving measures in water-receiving areas will be conducted [1]. Group 3: Deep Water Control Strategy - The guidelines stress the implementation of a deep water control strategy, mandating the comprehensive application of the "Four Waters" principle, which includes determining urban planning, land use, population distribution, and production based on water availability [2]. - Key water-saving indicators are to be enforced with rigid constraints, optimizing multi-source water allocation and exploring water budgeting management [2]. - The establishment of a long-term mechanism for prioritizing water conservation in water-receiving areas is to be accelerated through detailed implementation of water-saving policies [2].

Core Viewpoint - The newly issued "Assessment Method for Implementing the Rigid Water Resource Constraint System" aims to enhance water resource management in China, replacing the previous strict water resource management assessment system, emphasizing the principle of "using water to determine cities, land, people, and production" [1][2][10] Group 1: Changes in Assessment Method - The new assessment method introduces a more rigorous framework for evaluating water resource management, focusing on total water usage and efficiency, while also highlighting the "Four Waters and Four Determinations" principle [2][3] - The assessment content has evolved from four main measures to five, including economic development based on water availability, water resource conservation, and regulatory compliance [3][4] Group 2: Implementation and Regional Adaptation - The assessment method incorporates feedback from various regions, emphasizing the need for local adaptations of water resource management strategies, such as defining available water quantities for different areas [3][5] - For instance, Ningxia has set specific water usage limits for agriculture and urban development based on available water resources, demonstrating a practical application of the new assessment principles [5][6] Group 3: Focus on Water Conservation - The assessment method places significant emphasis on water conservation, integrating efficiency targets into the evaluation criteria to promote sustainable water use across sectors [5][7] - Specific indicators for water resource protection and overload management have been established to address issues like river flow interruption and groundwater depletion [7][8] Group 4: Evaluation and Accountability - The assessment results will be categorized into four levels, serving as a critical reference for evaluating the performance of provincial governments in managing water resources [8][9] - The evaluation will utilize a scoring system, with a maximum score of 100, where poor performance in water resource management will prevent provinces from achieving higher ratings [9][10]

Core Viewpoint - The new assessment method for the rigid water resource constraint system emphasizes the principle of "using water to determine cities, land, people, and production," aiming to enhance water resource management and ensure sustainable development in the context of uneven water distribution across regions [1][2][3]. Group 1: Changes in Assessment Method - The newly issued assessment method replaces the previous strict water resource management assessment, which has been in place since 2013, to better align with the current water resource situation and the "14th Five-Year Plan" [1][2]. - The new assessment method introduces 18 articles and indicators, modifying the focus from total water usage and efficiency to include water resource protection and overload governance, while removing the water quality standard rate control target [3][4]. - The assessment now includes five key areas: economic and social development based on water availability, water resource conservation and efficient use, water resource protection and overload governance, water resource supervision, and responsibility implementation and reform innovation [3][4]. Group 2: Implementation and Regional Adaptation - The assessment method aims to set the available water volume as a boundary for economic and social development, promoting a coordinated approach between water resources and urban, agricultural, and industrial development [4][5]. - Regions like Ningxia are implementing specific water usage limits based on national total volume indicators, optimizing agricultural practices to reduce water-intensive crops and aligning industrial development with water resource conditions [7][8]. - The assessment emphasizes the importance of water conservation, with specific indicators for agricultural, industrial, and urban water-saving policies to enhance water use efficiency and reduce consumption [5][9]. Group 3: Monitoring and Evaluation - The assessment results will be categorized into four levels: excellent, good, qualified, and unqualified, serving as a significant reference for evaluating the performance of provincial governments [10][11]. - The Ministry of Water Resources plans to gradually integrate the new assessment tasks into the existing framework for 2024 and 2025, ensuring a smooth transition and alignment with previous assessments [10][11]. - Continuous monitoring and information technology will be employed to enhance the effectiveness of the assessment and ensure compliance with water resource management standards [9][11].

Core Viewpoint - The newly implemented "Water Resource Rigid Constraint System Assessment Method" emphasizes a quantitative approach to water resource management, aligning water usage with economic and social development needs, encapsulated in the phrase "how much soup, how much bread" [1][7]. Group 1: Implementation of the Assessment Method - The assessment method replaces the previous strict water resource management system assessment, which has been in place since 2013, to better reflect current water resource challenges and management needs [2][3]. - The new assessment method aims to enhance the control of total water usage and efficiency while emphasizing the principle of "Four Waters and Four Determinations" (using water to determine city planning, land use, population distribution, and production) [3][4]. Group 2: Changes in Assessment Criteria - The assessment retains targets for total water usage and efficiency but introduces new goals for water resource protection and overload management, while removing the water quality standard targets [4][10]. - The assessment criteria have shifted from four main measures to five, focusing on economic development aligned with water availability, water resource conservation, protection, and regulatory responsibilities [4][5]. Group 3: Regional Implementation Examples - In Ningxia, the local government has defined available water quantities for various regions, adhering to the "Four Waters and Four Determinations" principle to optimize agricultural practices and industrial layouts [8]. - Dezhou, previously classified as an overloaded water resource area, has successfully reduced its water usage from 1.5 billion cubic meters to 977 million cubic meters through stringent water conservation measures [9]. Group 4: Future Assessment Plans - The assessment results will be categorized into four levels and will serve as a significant reference for evaluating the performance of local government leaders [11][12]. - The Ministry of Water Resources plans to gradually integrate the new assessment tasks into the existing framework for 2024 and 2025, with a full transition expected by mid-2026 [11][12].

Core Viewpoint - The State Council has issued the "Assessment Method for Implementing the Rigid Water Resource Constraint System," which will replace the previous strict water resource management assessment system, emphasizing the importance of water resource management in economic and social development [1][2][10]. Group 1: Changes in Assessment Method - The new assessment method highlights the principle of "water determines city, land, people, and production," reinforcing the need for water resource management to align with economic and social development [2][3]. - The assessment will now include new targets for water resource protection and overload governance while removing the water quality compliance rate target [3][4]. - The assessment content has shifted from four original measures to five new categories, focusing on economic development based on water availability, water resource conservation, protection, and regulatory compliance [3][4]. Group 2: Implementation and Regional Adaptation - The assessment method aims to set boundaries for water use based on available water resources, promoting a coordinated approach between economic development and water resource conditions [4][5]. - Regions like Ningxia are implementing specific water usage limits and adjusting agricultural practices to align with available water resources, such as stabilizing irrigation areas and optimizing crop types [5][6]. - The assessment will also emphasize the importance of water resource protection and management, addressing issues like river flow interruption and groundwater depletion [7][8]. Group 3: Assessment Results and Future Plans - The assessment results will be categorized into four levels: excellent, good, qualified, and unqualified, influencing the evaluation of local government leadership [9][10]. - The transition from the old to the new assessment method will be gradual, with plans to incorporate the new tasks into the assessments for 2024 and 2025 while still adhering to the previous system for 2025 [8][9]. - By 2026, the new assessment method will be fully implemented, with results reported to the State Council [8][9].

Core Viewpoint - Inner Mongolia has significantly improved its water security and disaster prevention capabilities through comprehensive water management strategies, achieving substantial progress in water resource optimization and ecological protection during the "14th Five-Year Plan" period [1][2][3] Group 1: Water Disaster Prevention and Management - The overall water and drought disaster prevention capability in Inner Mongolia has significantly improved, with the completion of 49 dangerous reservoirs' reinforcement projects and the enhancement of flood control systems, achieving an 80.13% compliance rate for river embankments [1] - The monitoring and early warning capabilities have been strengthened, ensuring effective flood emergency response [1] Group 2: Water Resource Optimization and Infrastructure Development - Inner Mongolia has advanced its water resource optimization framework, focusing on modern water network construction and major water diversion projects, resulting in an additional water supply capacity of 600 million cubic meters [2] - The agricultural irrigation infrastructure has been improved, with 520 million acres of irrigation area enhanced through modernization projects [2] Group 3: Water Conservation Efforts - The total water usage in Inner Mongolia has been strictly controlled within 19.63 billion cubic meters, with water consumption per unit of GDP and industrial output decreasing by 14% and 15% respectively compared to 2020 [3] - The region has established 28 water-saving benchmark enterprises and 174 water-saving enterprises, with significant improvements in agricultural water use efficiency [3] Group 4: Ecological Protection and Governance - Inner Mongolia has implemented integrated protection and governance of mountains, rivers, forests, fields, lakes, grasslands, and deserts, leading to a reduction of 20,500 square kilometers in soil erosion area, representing a 3.55% decrease [3] - The ecological environment of rivers and lakes has shown continuous recovery, supported by effective water volume scheduling and management [3]

Core Viewpoint - The article emphasizes the implementation of a systematic approach to water resource management in the Pearl River Basin, focusing on standardization, specialization, and precision to enhance the efficient and safe use of water resources [1][4]. Standardized Management - The management framework is centered on processes, standards, and regulations, including the development of job descriptions for 67 business types, clarifying responsibilities and operational guidelines [2] - Business standards are being refined based on legal requirements, with the creation of technical requirements for water extraction facility acceptance and evaluation reports [2] - A new system for informing water users of their responsibilities has been introduced, alongside the establishment of a comprehensive water resource management manual with over 160 regulatory documents [2] Specialized Management - The focus is on technology, talent, and intelligent applications, with initiatives to enhance technical capabilities in ecological flow assurance and water resource scheduling [3] - A professional team is being developed by leveraging the technical strengths of affiliated units, promoting deep integration of management and technical expertise [3] - An advanced water resource management system with AI capabilities has been established, enabling intelligent query and document retrieval to improve management efficiency [3] Precision Management - A rigid indicator system for total water use, allocation, ecological flow, and available water has been established to set clear limits on water resource development [4] - Strict measures are being implemented for total water use control, ensuring comprehensive management of water extraction and monitoring systems [4] - The assessment of water resource carrying capacity in 385 counties has been conducted for nine consecutive years, enforcing policies on water extraction limits and addressing areas of severe water scarcity [4]

Group 1 - The first China Water Conservation Award ceremony was held in Beijing, recognizing 149 units and 199 individuals for their contributions to water conservation efforts [1][3] - The award aims to encourage various sectors of society to actively participate in water-saving practices and promote water conservation work [1][3] - The Minister of Water Resources, Li Guoying, emphasized the significant achievements in water conservation since the 14th Five-Year Plan, highlighting that total water usage has achieved "zero growth" despite economic expansion and increased grain production [3] Group 2 - The event featured representatives from award-winning collectives and individuals, with six representatives sharing their experiences [1][2] - Li Guoying called for the implementation of President Xi Jinping's water management philosophy, focusing on prioritizing water conservation and promoting a comprehensive policy framework for agricultural, industrial, and urban water efficiency [3] - The ceremony aimed to foster a societal trend of participation in water conservation and enhance the efficient and safe utilization of water resources [3]

Core Viewpoint - The Shandong Provincial Government is implementing a policy to prioritize water conservation and promote the efficient use of water resources, as outlined in the recent press conference by the Provincial Water Resources Department [1]. Group 1: Policy Implementation - The Shandong Provincial Water Resources Department has completed technical reviews of 110 planning water resource demonstration reports since the start of the 14th Five-Year Plan, including 62 chemical parks and 48 economic development and high-tech industrial zones [3][5]. - The government has established a framework to ensure that economic and social development aligns with water resource capacity, including the approval of water resource demonstration reports for five national industrial parks [4]. Group 2: Research and Development - The Provincial Water Resources Department has conducted assessments of water resource carrying capacity and developed a related indicator system to support the planning water resource demonstration work [4]. - The department emphasizes the importance of scientific support for high-quality economic and social development through systematic analysis of water resource planning [4]. Group 3: Regulatory Measures - Strict controls are in place for planning related to industrial, agricultural, and energy sectors, ensuring compliance with water resource development and utilization regulations [4][5]. - The department aims to enhance supervision and accountability in water resource planning, promoting reasonable water use while curbing unreasonable demand [5].

Core Viewpoint - Shandong Province faces significant challenges in water resource distribution, heavily relying on external water sources, which constrains high-quality economic and social development [2][4]. Group 1: Water Resource Management - The Shandong government emphasizes a water-saving priority approach, aiming for sustainable economic development with limited water resources [4]. - The province has implemented various measures to enhance water-saving awareness and efficiency, achieving a GDP output of 426 yuan per cubic meter of water [6]. - By 2024, Shandong aims to reduce water consumption per unit of GDP by 21.28% and per unit of industrial added value by 19.69% compared to 2020 [6]. Group 2: Policy Implementation - The "Opinions on Implementing the Water-Saving Priority Policy" was officially issued on November 20, 2025, outlining 15 specific measures to promote comprehensive water-saving efforts [7]. - The document aligns with national laws and regulations, including the Yellow River Protection Law and the Water Conservation Law, focusing on rigid water resource constraints [7]. Group 3: Specific Goals and Measures - Shandong has set specific targets for 2030, including controlling groundwater extraction to 9.018 billion cubic meters and improving irrigation water efficiency to 0.655 [8]. - The province aims to reduce urban public water supply pipeline leakage to 7.85% and achieve a 60% reuse rate of urban reclaimed water [8]. Group 4: Institutional Mechanisms - The province plans to enhance the water-saving institutional framework, including strict water pricing standards and the promotion of water-saving technologies [10]. - Initiatives include the establishment of water budget management trials and the development of a water-saving industry worth 150 billion yuan [10]. Group 5: Future Directions - The Shandong Water Resources Department will focus on promoting the implementation of the water-saving policy, enhancing the management of the entire water resource process, and fostering a water-saving society [11]. - The province aims to strengthen the market for water rights trading and improve water resource utilization efficiency to support green and low-carbon development [11].