Core Viewpoint - The Gansu Provincial Water Resources Department emphasizes the importance of rural water conservancy work and the need for high-quality development in rural water supply systems as part of the 14th Five-Year Plan and preparation for the 15th Five-Year Plan [1][2] Group 1: Meeting Overview - A provincial meeting was held to discuss rural water conservancy work and standardized management in irrigation areas, attended by key officials from various departments [1] - The meeting conveyed the spirit of the 2025 National Rural Water Conservancy and Hydropower Work Conference and reviewed the progress of Gansu's rural water conservancy work in the first half of 2025 [1] Group 2: Key Initiatives and Goals - The Gansu Provincial Water Resources Department aims to ensure the completion of the 14th Five-Year Plan and a smooth start to the 15th Five-Year Plan by focusing on four key transformations in rural water supply [2] - Emphasis is placed on improving irrigation management and construction to enhance food security and develop modern irrigation management systems [2] - The establishment of a five-item system for agricultural water conservation and efficiency is prioritized, including the enhancement of irrigation station networks and water pricing mechanisms [2] - A concentrated effort will be made to address issues in rural water supply projects, ensuring quality construction and effective management [2]

Core Points - The meeting emphasized the importance of risk awareness and bottom-line thinking during the critical flood prevention period from July to August, urging all departments to ensure no casualties, dam failures, or impacts on critical infrastructure [1][2] - Continuous enhancement of monitoring capabilities for rainfall and flood forecasting is crucial, along with the establishment of a comprehensive management system for identified risks [2][3] - The meeting called for strict adherence to a 24-hour flood prevention duty system and timely reporting of flood-related information to maintain effective emergency response [3] Group 1 - The current situation in Heilongjiang Province has entered a critical flood prevention period, necessitating a strong commitment to disaster prevention measures [1] - Departments are required to implement a comprehensive risk management approach, including the establishment of a database for identified issues and a timeline for resolution [2] - The meeting highlighted the need for close cooperation among various departments to prevent any gaps in flood prevention efforts [2] Group 2 - The importance of maintaining a state of readiness during the flood prevention period was stressed, with a focus on emergency command and monitoring [3] - The meeting underscored the need for proactive communication and public engagement to foster a positive social atmosphere regarding flood prevention efforts [3]

本站讯 近日，湖南省水利厅、省财政厅、省税务局、省工业和信息化厅联合发布《关于做好工业用水 效率达到国家用水定额先进值企业减税名单核定工作的通知》，组织开展节水工业企业水资源税减免工 作。 根据通知，依法取得取水许可证并缴纳水资源税、取水计量设施器具满足用水效率计算和准确计量要 求、上一年度用水效率达到国家用水定额先进值且不存在违法违规取用水行为的省内工业企业，本年度 可申请享受相应工业用水部分水资源税减征20%的优惠政策。符合申报条件的纳税人，可在规定时间内 向负责日常监管的水行政主管部门申报，水行政、财政、工业和信息化、税务部门通过审核、复核、公 示等程序，最终确定本年度符合减征优惠政策的纳税人名单。 实施节水工业企业水资源税减征优惠，有助于调动工业企业节约用水积极性，引导企业主动进行节水技 术改造、提高用水效率，进一步促进工业节水减排，是落实全面节约战略、推动节水型社会建设的一项 有力举措。 ...

本站讯 7月23日，甘肃省水利厅组织开展2025年洪水灾害防御演练，厅党组成员、副厅长廖赞担任指挥 长指挥演练。甘肃省应急厅、甘肃省气象局相关负责人应邀参加并指导，厅总规划师主持演练。 本次演练立足水旱灾害防御，以《甘肃省水利厅水旱灾害防御应急预案》为依据，采用桌面推演与现场 实战相结合的方式，结合山洪灾害防御"四预"能力建设、河流洪水风险图编制、水库汛期调度计划及涉 河在建水利工程度汛方案，模拟"七下八上"防汛关键期某场次强降雨导致甘肃省多地发生山洪灾害、多 条河流发生超警洪水、部分在建水利工程发生险情，省、市、县水务部门和基层防汛人员积极防御、有 效应对，保证了河道、水库行洪安全和人民群众生命财产安全。演练设置会商研判、山洪灾害防御、水 库防洪调度、河流洪水防御及在建水利工程险情处置共五个板块。 通过演练，检验了各项应急预案方案和洪水防御"四预"措施的实操性，进一步强化了洪水灾害防御监测 预报、风险分析、会商预警、工程调度及工程险情应急处置能力。 本次演练总指挥部设在甘肃省水利厅水旱灾害防御会商中心，厅防御处、厅办公室、甘肃省水文中心、 厅信息中心及相关项目建设单位有关负责同志在主会场参演。定西市、天水市 ...

Core Viewpoint - The meeting emphasized the importance of enhancing regulatory capabilities and risk prevention in the water conservancy engineering sector in Hubei Province, focusing on issues related to bidding activities and corruption prevention [1][2]. Group 1 - The meeting conveyed the spirit of the Central Financial Committee's sixth meeting and discussed the "Regulatory Capability Enhancement Work Plan for Water Conservancy Engineering" [1]. - Current prominent issues in the bidding activities of the water conservancy engineering sector were analyzed, with departments engaging in discussions to improve regulatory measures [1]. - The meeting highlighted the need to address corruption and improper practices in the water conservancy engineering sector, focusing on key areas such as bidding [1]. Group 2 - Responsibilities were emphasized for key areas, regions, and projects in water conservancy engineering, aiming to create a collaborative and unified approach to risk prevention [2]. - The meeting called for enhanced embedded supervision throughout the entire process, utilizing smart methods for source governance and accountability [2]. - Continuous risk prevention measures were stressed to ensure the modernization of regulatory capabilities in the water conservancy engineering sector [2].

Core Viewpoint - The transaction of water area indicators in Ningbo's Yinzhou District represents an innovative approach to water resource management, aiming to balance ecological preservation with development needs [1][2]. Group 1: Water Area Indicator Transaction - The first water area indicator transaction in Yinzhou District involved the purchase of 967 square meters for a total amount of 2.674681 million yuan [1]. - The district has a total water area of 59.5140 square kilometers, and the transaction is part of a broader initiative to implement dynamic protection of water resources through a "water bank" system [1]. Group 2: Water Management Reform - The Yinzhou District Water Resources Bureau is reforming the water management system to address challenges such as long compensation times and fragmented compensation processes for water area occupation [2]. - The district is collaborating with financial institutions to explore a "project + regional revenue" model, which aims to activate dormant water resources and enhance the value conversion of water ecological products [2]. Group 3: Monitoring and Planning - Ningbo City has been utilizing satellite imagery and remote sensing technology to monitor water area changes dynamically, ensuring better management and planning of water resources [3]. - The water area in Ningbo has shown a continuous upward trend for three consecutive years, indicating effective management and planning efforts [3].

Core Points - The Inner Mongolia Autonomous Region has issued the "Implementation Plan for the Construction of Happy Rivers and Lakes (2025-2030)" aiming to enhance river and lake management and protection by 2030 [1][2] - The plan focuses on 19 key rivers, including the Yellow River and Liao River, with the goal of establishing model happy rivers and lakes that will serve as benchmarks for broader regional development [1][2] - By 2035, the region aims to significantly improve the management and protection capabilities of its rivers and lakes, achieving a harmonious environment characterized by clean water and beautiful landscapes [1][2] Summary by Sections Implementation Plan Overview - The plan is guided by Xi Jinping's ecological civilization thought and aims to strengthen river and lake management while promoting high-level protection [2] - It outlines five main tasks: enhancing safety, maintaining ecological health, ensuring cleanliness, promoting ecological product value, and preserving river culture [2] Key Tasks and Measures - The plan includes eight specific measures to improve the governance system, such as enhancing the responsibility system for river and lake management and increasing public participation [2] - Five guarantee measures are established to ensure effective implementation, including strengthening leadership, diversifying funding sources, and standardizing management practices [2] Organizational Structure - A collaborative work mechanism is proposed, involving government leadership, river management heads, departmental coordination, and local responsibility [2] - The plan encourages a multi-faceted funding system that includes government guidance, local initiatives, market operations, and broad social participation [2]

Group 1 - The core viewpoint of the articles highlights the successful increase in summer grain production in Hubei, attributed to effective water management strategies by the local water resources department [1] - Hubei's water management efforts included the accumulation of 4.218 billion cubic meters of rainwater during the plum rain season and the transfer of 2.333 billion cubic meters of external water, providing a solid water supply for summer grain production [1] - The total water storage in Hubei's lakes and reservoirs increased from 15.738 billion cubic meters before the plum rain to 19.956 billion cubic meters after, indicating a recovery to levels consistent with historical averages despite a 13% decrease prior to the rainy season [1] Group 2 - The water resources department coordinated nearly 20 water projects along the Han River, supplying 2.251 billion cubic meters of water to support irrigation for 6.84 million acres of farmland during critical periods [1] - During the plum rain season, Hubei initiated the drainage of 1.04 billion cubic meters of floodwater from large and medium-sized pumping stations, effectively reducing the duration of waterlogging in agricultural fields [1] - The current flood and drought prevention situation remains severe, and the Hubei water resources department will continue to focus on both flood prevention and drought relief to ensure a successful autumn grain harvest [2]

Group 1 - The meeting highlighted significant achievements in river and lake management in Shaanxi Province over the past year, including the improvement of the river and lake chief system and effective management of water areas and shorelines [1][2] - Emphasis was placed on implementing comprehensive governance of rivers and lakes, focusing on water disasters, resources, ecology, and environment to create a harmonious living environment [1][2] - The meeting called for the continuous improvement of the river and lake chief system, enhancing collaboration among departments, and addressing issues such as illegal sand mining and construction project management [2] Group 2 - Specific actions were outlined for ecological restoration projects, including water resource scheduling and ecological flow control to ensure timely completion of annual tasks [2] - The meeting also addressed disaster prevention measures, such as earthquake resistance and drowning prevention in river areas, with representatives from several cities sharing their experiences [3]

Core Points - The National Flood Control and Drought Relief Headquarters held a meeting to analyze the flood situation in the Haihe River Basin due to continuous heavy rainfall [1] - Major rivers in the Haihe River Basin, including Yongding River and Chaobai River, have experienced the largest floods since measurement began, with Chaobai River recording the highest inflow since its reservoir was built in 1959 [1] - Emphasis was placed on ensuring the safety of people's lives and implementing precise flood control measures to achieve the "four no" goals: no casualties, no dam failures, no breaches in important levees, and no impacts on critical infrastructure [1] Flood Defense Measures - For Yongding River, flood defense measures include monitoring upstream flood volumes and peaks, controlling the operation of Guanting Reservoir, and evacuating personnel below flood inundation lines [2] - For Chaobai River, continuous monitoring and forecasting of the flood process are required, along with the effective use of Miyun Reservoir for flood control and timely evacuation of affected areas [2] - For the Puyihe River, precise forecasting and control of reservoir discharge are necessary to alleviate downstream flood pressure, with early warning systems in place for evacuating at-risk personnel [2] - For the Luan River, close monitoring of the flood process and coordinated operation of reservoirs are essential, along with timely evacuation of personnel from danger zones [2]