新华社北京9月29日电（记者魏弘毅）水利部部长李国英29日表示，近5年我国实施了1959处大中型 灌区现代化改造，新增恢复和改善灌溉面积超2亿亩。 这是记者在国新办举行的"高质量完成'十四五'规划"系列主题新闻发布会上获悉的。 推进农业节水增效，是农业生产提质增效的重要一环。李国英表示，水利部着力建立健全科学灌溉 制度、用水计量监测、农业水价政策、节水市场制度、节水技术及服务等农业节水制度政策体系。 "截至2024年底，全国节水灌溉工程面积已达6.38亿亩，较'十三五'末提高12.5%，耕地灌溉亩均用 水量降低4%。"李国英说。 粮食生产，命脉在水利。李国英介绍，近5年我国新建吉林水网骨干工程、黑龙江粮食产能提升工 程等30项重大引调水和重点水源工程，配套新建了191处灌区。截至2024年底，全国耕地灌溉面积较"十 三五"末增加4900万亩，2024年全国耕地灌溉面积上生产的粮食产量占比超80%。 强化粮食安全水利保障，要精细实施抗灾保产。记者了解到，通过调度流域防洪工程体系，"十四 五"前4年共减淹耕地7360万亩，避免粮食减产量530亿斤。 记者了解到，我国已建成世界上服务人口最多的农村集中供水体系，成为 ...

强化粮食安全水利保障，要精细实施抗灾保产。记者了解到，通过调度流域防洪工程体系，"十四 五"前4年共减淹耕地7360万亩，避免粮食减产量530亿斤。 推进农业节水增效，是农业生产提质增效的重要一环。李国英表示，水利部着力建立健全科学灌溉 制度、用水计量监测、农业水价政策、节水市场制度、节水技术及服务等农业节水制度政策体系。 "截至2024年底，全国节水灌溉工程面积已达6.38亿亩，较'十三五'末提高12.5%，耕地灌溉亩均用 水量降低4%。"李国英说。 新华社北京9月29日电（记者魏弘毅）水利部部长李国英29日表示，近5年我国实施了1959处大中型 灌区现代化改造，新增恢复和改善灌溉面积超2亿亩。 这是记者在国新办举行的"高质量完成'十四五'规划"系列主题新闻发布会上获悉的。 粮食生产，命脉在水利。李国英介绍，近5年我国新建吉林水网骨干工程、黑龙江粮食产能提升工 程等30项重大引调水和重点水源工程，配套新建了191处灌区。截至2024年底，全国耕地灌溉面积较"十 三五"末增加4900万亩，2024年全国耕地灌溉面积上生产的粮食产量占比超80%。 供水效率提升，同样为农村百姓生活带来更多便利。与"十三五"末相比 ...

水利部：近5年新增恢复和改善耕地灌溉面积超2亿亩 中新网9月29日电 国新办29日举行"高质量完成'十四五'规划"系列主题新闻发布会，介绍"十四五"时期 水利高质量发展成就。水利部部长李国英介绍，近5年实施了1959处大中型灌区现代化改造，新增恢复 和改善灌溉面积超2亿亩。 会上，有记者问。"十四五"以来，我国粮食产能稳步提升。水利部门在保障粮食安全方面采取了哪些措 施？ 对此，李国英介绍，"十四五"以来，水利部门从三个方面强化粮食安全的水利保障。 第二，精细实施抗灾保产，少损失。近年来频发的严重水旱灾害给粮食生产带来严峻挑战。在应对干旱 中，坚持精准范围、精准对象、精准时段、精准措施，全力保障灌区农作物生产。比如2022年夏秋季 节，在水稻主产区长江流域中下游地区发生了严重干旱，实施两轮"长江流域水库群抗旱保供水联合调 度"专项行动，精准确定干旱区域，精准掌握受旱农作物结构，精准对接农作物生长阶段需水过程，精 准释放水利工程流量水量，科学调度75座大中型水库累计向下游补水62亿立方米，保障了1.83亿亩秋粮 作物灌溉用水需求，实现大旱之年供水无虞、粮食丰收。在应对洪涝中，通过调度流域防洪工程体 系，"十四五 ...

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 Viewpoint - Jiangxi Province has initiated an action plan to establish a comprehensive agricultural water-saving and efficiency improvement policy system, marking a significant step in promoting agricultural water conservation efforts in the region [1][2]. Summary by Relevant Sections Agricultural Water Usage - Agriculture accounts for approximately 65% of the total water usage in Jiangxi, indicating a substantial potential for water conservation [1]. Policy Framework - The action plan focuses on five key institutional frameworks: scientific irrigation, water measurement, agricultural water pricing, water-saving market, and technology and services [1][2]. Scientific Irrigation System - The plan aims to accelerate the construction of irrigation experimental stations and improve the standards for agricultural irrigation water quotas, enhancing the water supply security and precision of irrigation practices [1]. Water Measurement Monitoring System - A comprehensive agricultural water measurement and monitoring system will be established to ensure accurate and practical monitoring of agricultural water usage, aligning with initial water rights and precise irrigation decisions [1][2]. Agricultural Water Pricing Policy - The plan includes the refinement of the agricultural water pricing mechanism, implementing precise subsidy mechanisms, and establishing a dynamic pricing adjustment system to curb unreasonable water demand without increasing the financial burden on farmers [2]. Water-Saving Market System - The action plan promotes the establishment of a fair water rights trading market to facilitate water rights transactions among agricultural users, thereby enhancing market vitality for water conservation [2]. Technology and Service System - Emphasis will be placed on the research, integration, and promotion of efficient water-saving irrigation technologies, alongside the development of a specialized technical service network to support agricultural water-saving initiatives [2]. Future Actions - Jiangxi will implement strict policy enforcement, enhance facility construction, and strengthen public awareness to continuously improve the agricultural water-saving and efficiency system [2].