倪文进强调，下一步，水利部将聚焦"加力实施新一轮千亿斤粮食提升行动，增强粮食等重要农产品供 给保障能力"，科学布局"十五五"发展规划，整装推进大中型灌区现代化建设和改造，提升灌排泵站能 力，持续健全农业节水增效政策体系，为保障国家粮食安全和水安全提供更加有力的支撑。 来源：中国新闻网 编辑：张澍楠 水利部：到2025年底，我国耕地灌溉面积达10.9亿亩 中新网1月9日电 国新办9日举行新闻发布会，介绍加快国家水网建设进展情况。水利部农村水利水电司 司长倪文进在会上表示，水利是农业的命脉。到2025年底，我国耕地灌溉面积达到了10.9亿亩，比"十 三五"末增加了5300万亩以上，耕地灌溉面积的粮食产量达到了80.76%。 其中，大中型灌区粮食播种面积占全国的38.89%，粮食产量占全国总量的50.9%，亩均产量1164斤，是 全国耕地平均水平的1.5倍，是雨养耕地的2.7倍，大中型灌区的粮食生产"主力军"作用得到凸显。 倪文进介绍，在保障粮食安全、夯实水利基础方面，水利部重点做了三方面工作： 第一，夯实灌排工程的基础。以"两重"建设为契机，去年水利部新开工了7处大型灌区，推进了15处在 建大型灌区建设和157处 ...

国家统计局最新数据显示，2025年，全国粮食总产量14298亿斤，比2024年增加168亿斤，增长1.2%。 沉甸甸的丰收答卷背后，离不开水利的支撑保障。 截至2025年底，全国耕地灌溉面积已超过10.9亿亩，较2020年底增加5300万亩以上。2025年耕地灌溉面 积上粮食产量占全国粮食总产量的80.76%，较去年提高0.41个百分点，其中，大中型灌区粮食播种面积 占全国的38.89%，粮食产量占全国总产量的50.90%。水利部门在精准应对水旱灾害、大力推进灌区现 代化建设、深化农业节水增效等方面持续发力，为端牢中国饭碗注入"水动力"。 旱涝同治 筑牢粮食生产安全屏障 针对西南、部分北方冬麦区、黄淮、江淮等地旱情，水利部精准调度流域骨干水库群和引调水工程，有 力保障旱区群众饮水安全和灌区农作物时令灌溉用水需求。统筹秋汛防御和汛末蓄水，三峡水库第14次 实现蓄满目标，丹江口水库继2021年、2023年后第3次蓄至170米正常蓄水位，纳入联合调度的长江流域 58座控制性水库死水位以上蓄水量再次突破"千亿"，创历史新高，为今冬明春抗旱保灌蓄足水源。 针对海河"25·7"区域性大洪水、珠江流域台风暴雨洪水、黄河流域 ...

水利是农业的命脉，以水利领域"两重"建设为契机，水利部加强大中型灌区现代化建设与改造，不断完 善灌排工程体系。今年新开工7处大型灌区，设计灌溉面积超过560万亩；持续推进建设15处大型灌区， 设计灌溉面积达1130万亩；实施157处大中型灌区现代化改造项目，年度建设内容完成后将新增恢复和 改善灌溉面积近2000万亩。 本报北京12月25日电记者陈晨25日从水利部获悉，截至2025年底，全国耕地灌溉面积超10.9亿亩，较 2020年底增加5300万亩以上。2025年耕地灌溉面积上粮食产量占全国粮食总产量的80.76%，较去年的 80.35%提高0.41个百分点，其中，大中型灌区粮食播种面积占全国的38.89%，粮食产量占全国总产量的 50.90%。 据介绍，水利部将完善"大中型灌区一张图"，联动调整大中型灌区名录，推进精细化管理，以水利建设 持续提升粮食安全保障能力。与农业农村部建立信息共享机制，完成灌区一张图与高标准农田、国土三 调等工作，指导各地做好大中型灌区与高标准农田等项目衔接，整装推进灌区现代化建设与改造。 此外，水利部门协同推进"硬投资"和"软建设"，健全运行管护机制、水价形成机制、深化投融资机制改 ...

粮食丰收离不开水利保障。水利部相关负责人介绍，2025年耕地灌溉面积上粮食产量占全国粮食总产量 的80.76%，较去年80.35%提高0.41个百分点。其中，大中型灌区粮食播种面积占全国的38.89%，粮食产 量占全国总产量的50.9%。 夯实灌排工程基础的同时，水利部等五部门联合出台《关于全面构建节水制度政策体系的意见》，建立 健全农业节水增效制度政策体系，持续提高农业用水效率和效益。截至2025年底，全国农田灌溉水有效 利用系数提高至0.583。 本报北京12月25日讯（记者吉蕾蕾）从水利部获悉，截至目前，全国耕地灌溉面积已超过10.9亿亩，较 2020年底增加5300万亩以上。 今年以来，以"两重"建设为契机，水利部加强大中型灌区现代化建设与改造，不断完善灌排工程体系。 2025年新开工7处大型灌区、设计灌溉面积超过560万亩；持续推进建设15处大型灌区、设计灌溉面积达 1130万亩，实施157处大中型灌区现代化改造项目，年度建设内容完成后将新增恢复和改善灌溉面积近 2000万亩。 ...

光明日报北京12月25日电 记者陈晨25日从水利部获悉，截至2025年底，全国耕地灌溉面积超10.9亿亩， 较2020年底增加5300万亩以上。2025年耕地灌溉面积上粮食产量占全国粮食总产量的80.76%，较去年 的80.35%提高0.41个百分点，其中，大中型灌区粮食播种面积占全国的38.89%，粮食产量占全国总产量 的50.90%。 在夯实灌排工程基础的同时，水利部等五部委联合出台《关于全面构建节水制度政策体系的意见》，建 立健全农业节水增效制度政策体系，持续提高农业用水效率和效益。截至2025年底，全国节水灌溉工程 面积达6.38亿亩，耕地灌溉亩均用水量降至342立方米，在农业用水保持稳定的情况下，实现灌溉面积 和粮食产量稳步增加。 《光明日报》（2025年12月26日 01版） [ 责编：姜姝琪 ] 此外，水利部门协同推进"硬投资"和"软建设"，健全运行管护机制、水价形成机制、深化投融资机制改 革，"两手发力"推进大中型灌区现代化建设与改造。 据介绍，水利部将完善"大中型灌区一张图"，联动调整大中型灌区名录，推进精细化管理，以水利建设 持续提升粮食安全保障能力。与农业农村部建立信息共享机制，完成灌区 ...

助力农业节水增效 敦煌精准发放112.89万元节水奖补资金 责任编辑：顾洋 奖补资金发放不仅降低了农户生产用水成本，而且对促进用水户主动采用节水技术、转变灌溉方式起到 了积极的引导作用。下一步，敦煌市将持续优化奖补机制，推广先进节水技术模式，助力农业高质量发 展和水资源可持续利用。 （据敦煌融媒） 每日甘肃网12月25日讯 据酒泉日报敦煌报道 近日，敦煌市农业节水精准补贴和节水奖励资金发放工 作圆满完成，发放112.89万元资金，覆盖18.29万亩农田，惠及4995户用水户，以"真金白银"激发农户节 水积极性，助力农业节水增效和水资源可持续利用。 此次奖补严格依据《敦煌市农业用水精准补贴和节水奖励资金筹集使用管理办法（试行）》，通过"村 级初审公示—镇级审核确认—市级联合复核"三级闭环核验，精准核定补贴面积7.61万亩、奖励面积 10.68万亩。目前，36.28万元精准补贴、76.61万元节水奖励已足额进入用水户账户，实现"政策红利"快 享直达。 ...

（来源：东北新闻网） 近日，由省水利厅和国网辽宁省电力有限公司申报的《基于"以电折水"场景的电力数据流通安全应用案 例》，成功入选国家数据局第二批数据流通安全治理典型案例。目前，全省已完成近6万眼农灌机井"水 —电"信息关联建档，对推进全省农业灌溉机井"以电折水"取水计量体系建设起到积极作用，为农业节 水增效提供保障。 "以电折水"，就是通过电能的消耗来推算水的使用量。我省是农业大省，同时也是严重缺水省份之一， 年农业用水量超过全社会用水总量的一半。由于我省现有农灌机井基本未配备取用水计量设施，如何科 学管理水资源、精准核算农业灌溉用水量成为一项难题。作为国家首批"以电折水"试点省份，我省水利 部门与电力部门密切合作，针对不同区域水资源条件、农灌机井结构及灌溉方式等实际情况，在全面摸 清农灌机井数量和分布底数的基础上，通过布设样本井监测用水数据，估算定点区域用水量，并通过数 据联动形成全域农业用水图谱。 2022年以来，我省已完成2639眼样本井的建设，全面实现样本井取水在线计量。在选取样本井时，我省 还充分考虑作物类型与灌溉方式差异，核算不同条件下的用水定额。"全省农灌机井数量庞大，如果全 部安装取水计量设 ...

Core Points - The Sixth Agricultural Water Saving and Rural Water Supply Technology Development Forum and the 2024-2025 (10th) Agricultural Water Saving Science and Technology Award Ceremony were held in Guangzhou, highlighting advancements in agricultural water-saving technologies and rural water supply systems [2][3][4]. Group 1: Event Overview - The forum was organized by the China Agricultural Water Saving and Rural Water Supply Technology Association and the Agricultural Water Saving Science and Technology Award Committee [3]. - Key figures in attendance included the association president, academician Kang Shaozhong, and former association president Zhai Haohui, who delivered speeches emphasizing the importance of the event [4][5][12]. Group 2: Achievements and Developments - The association has witnessed significant growth over the past 30 years, contributing to the evolution of agricultural water saving and rural water supply in China [12][13]. - A report highlighted the need for mechanization, automation, and smart technologies in agriculture to address strict constraints on water usage metrics [15][16][18]. Group 3: Policy and Future Directions - The forum emphasized the association's role as a policy advisor, technology innovator, and service provider within the industry [20][22]. - Future focus areas include enhancing agricultural water efficiency, high-quality rural water supply development, and the modernization of irrigation systems [26][28]. Group 4: Data and Impact - Over the past decade, China's agricultural water usage has decreased by 185 billion cubic meters, while maintaining high levels of grain production [30][34]. - Guangdong province has invested over 10 billion annually in rural water supply construction, significantly improving irrigation capabilities [40][41]. Group 5: Awards and Recognition - The 10th Agricultural Water Saving Science and Technology Award recognized 49 technological achievements, including 12 first prizes and 17 second prizes [44][45]. - The event also featured the launch of a publication reviewing 30 years of agricultural water saving and rural water supply technology [49][50]. Group 6: Industry Collaboration - The forum included strategic cooperation agreements and discussions on industry collaboration to foster a new development pattern [50][61]. - Participants engaged in parallel sessions addressing key topics such as agricultural water saving and rural water supply, showcasing innovative practices and technologies [61][63].

Core Insights - The Ministry of Water Resources held a conference on agricultural water-saving efficiency in Dezhou, highlighting Shandong's significant progress in irrigation practices [1] Summary by Sections Agricultural Water-Saving Initiatives - Shandong has established a water-saving irrigation area of 63.24 million acres, accounting for nearly 70% of the total irrigation area [1] - The province has invested a total of 14.6 billion yuan since the start of the 14th Five-Year Plan, implementing modernization projects in 74 large and medium-sized irrigation districts [1] Technological Advancements - The construction of a digital twin irrigation district has led to the establishment of a water resources data center and a provincial irrigation management system, integrating over 2.2 million data points related to water conditions, usage statistics, and water extraction permits [1] - Irrigation efficiency has improved by over 10% across the province [1] Policy and Market Developments - Shandong is actively exploring agricultural water pricing policies and practices such as water rights trading, with Dezhou completing 4,864 transactions involving 982 million cubic meters of water and a transaction value of 2.23 million yuan [1] - The province utilizes approximately 1% of the national water resources to irrigate about 5% of the national arable land, contributing to around 8% of the country's grain production, thereby playing a vital role in ensuring national food security [1]

Group 1: Water Resource Management - The Ministry of Water Resources has modernized 1,959 large and medium-sized irrigation areas in the past five years, adding and restoring over 20 million acres of irrigation area [1] - By the end of 2024, the irrigated area of arable land is expected to increase by 49 million acres compared to the end of the 13th Five-Year Plan, with over 80% of the grain production coming from this irrigated area [1] - The implementation of flood control projects has reduced flooded arable land by 73.6 million acres, preventing a reduction in grain production of 53 billion jin [1] Group 2: Agricultural Water Efficiency - The Ministry of Water Resources is establishing a comprehensive agricultural water-saving policy system, including scientific irrigation systems, water measurement monitoring, and water pricing policies [1] - By the end of 2024, the area of water-saving irrigation projects is expected to reach 63.8 million acres, a 12.5% increase compared to the end of the 13th Five-Year Plan, with a 4% reduction in average water usage per acre of irrigated land [1] Group 3: Rural Water Supply Improvement - The proportion of rural population served by large-scale water supply projects has increased by 15 percentage points compared to the end of the 13th Five-Year Plan, with the number of small-scale centralized and decentralized water supply projects reduced by nearly half [2] - China has established the world's largest rural centralized water supply system, becoming the country with the most significant efforts to improve drinking water conditions for rural populations [2] - By the end of the 14th Five-Year Plan, the national tap water coverage rate in rural areas is expected to reach 96% [2]