Workflow
数字孪生灌区
icon
Search documents
湖北多举措护航“荆楚粮仓”硕果丰盈
Zhong Guo Xin Wen Wang· 2025-09-16 10:13
湖北多举措护航"荆楚粮仓"硕果丰盈 中新网武汉9月16日电 (记者 梁婷)记者从湖北省政府新闻办16日举行的新闻发布会上获悉,"十四五"以 来,湖北粮食和重要农产品供给保障能力不断增强,多举措护航"荆楚粮仓"硕果丰盈。 据湖北省农业农村厅数据显示,"十四五"以来,该省新建高标准农田1184万亩,在55个产粮大县实施粮 油作物大面积单产提升行动,粮食和重要农产品供给保障能力不断增强。2024年,全省粮食总产557亿 斤,近4年粮食年均产量稳定在550亿斤以上。 湖北持续强龙头、延链条、促融合、树品牌,打造万亿级现代农产品加工业。2024年,该省十大重点农 业产业链综合产值达1.09万亿元,优质稻米、生猪、淡水产品、蔬菜4条产业链过千亿元;打造小龙 虾、生猪、香菇等供应链平台,上链运营主体4500余家。 数据显示,"十四五"以来,湖北新增规上农产品加工企业1181家、目前总数达5922家;新增国家级重点 龙头企业36家、达到98家;建成国家级优势特色产业集群9个、现代农业产业园13个、农业产业强镇86 个,推动一、二、三产业融合发展。 此外,湖北省在漳河、吴岭等灌区开展数字孪生灌区试点,实时掌握气象趋势及灌区蓄水 ...
滨州市全省首创水网统一调度机制,水网格局实现“三级互联”
Qi Lu Wan Bao Wang· 2025-09-16 07:32
农田灌溉有序有效。大力推进"灌溉一张图"建设,加快构建"引黄+引河+井灌"灌溉供水保障格局。争取 新增2.78亿方引黄计划,争取水量全省第1。严格引调水秩序,按照"先远后近、先下游后上游" 的原 则,制定"错峰引水+区域轮灌"措施,提前将灌溉计划通报至乡镇、村居,整个春灌期间引水调水井然 有序。今年,全市545万亩冬小麦实现普浇一遍,各级平台受理灌溉问题同比下降90%以上。 城乡供水保障有力。攻坚城市供水水质提升三年行动,104个小区供水设施改造项目已开工,其中41个 小区已完工,改造小区管网50公里、市政管网11公里。积极推进已改造供水设施移交至供水企业管理, 推动供水企业直管到户,滨州市保障城市供水安全、老旧供水管网改造、加压设施专业化运维等3条经 验做法入选住建部可复制政策清单。积极推进农村供水县域统管改革,黄河以北五个县区农村供水全部 实现公司直管到户,打通农村供水服务"最后一米"。 9月10日,滨州市召开"抓改革创新 促高质量发展——亮进度"主题系列新闻发布会市城乡水务局专场。 围绕2025年城乡水务重点工作及现代水网、水资源节约集约利用等方面有关情况进行介绍,并回答记者 提问。 据市城乡水务局党组 ...
东营水务进一步全面深化改革,助力高水平现代化强市建设
Qi Lu Wan Bao Wang· 2025-08-09 02:39
Core Viewpoint - Dongying City is focusing on reform and innovation in the water sector to promote high-quality development, establishing a robust institutional framework for sustainable water management and ecological protection [3][4]. Group 1: Reform and Innovation - The Dongying water system is prioritizing reform as a key strategy for development, with multiple reform experiences being promoted by the Ministry of Water Resources [4]. - The city has set 2025 as the "Reform Offensive Year," aiming to implement nine key reform objectives to address challenges in water management [4][5]. - Key reform areas include water resource management, disaster response mechanisms, agricultural water pricing, and ecological product value realization [4]. Group 2: Major Projects - During the 14th Five-Year Plan period, Dongying will focus on building three major systems: water supply security, flood reduction, and ecological protection, with a total investment of 32.2 billion yuan across 111 key projects [5][6]. - In 2025, 35 modern water network projects will be implemented with a total investment of 10.1 billion yuan, aiming to enhance water management efficiency [6]. Group 3: Disaster Prevention and Management - The water system is enhancing its flood and drought disaster response capabilities, having identified and rectified 1,589 flood risk issues [7][8]. - Comprehensive preparations for flood prevention include the establishment of emergency response plans and the deployment of resources across the city [8]. Group 4: Water Conservation and Utilization - Dongying is committed to water resource conservation, achieving a reduction in water usage per unit of GDP and industrial output by over 19% since 2020 [9]. - The city aims to increase the urban recycled water utilization rate to 60.79% and has established a comprehensive water-saving society across six districts [9]. Group 5: River and Lake Management - A four-level river and lake management system has been established, with 960 river chiefs actively monitoring and managing water bodies [10][11]. - The city is implementing a digital river and lake management system to enhance monitoring and governance capabilities [10]. Group 6: Ecological Environment Improvement - Dongying is focusing on urban drainage improvements and has initiated multiple projects to enhance wastewater treatment and reduce pollution [12]. - The city aims to maintain dynamic zero pollution in urban and rural water bodies, with significant progress in rural wastewater management [12][13]. Group 7: Public Welfare and Water Supply - The city has developed a comprehensive rural water supply network benefiting 1.19 million people, achieving 100% coverage in various water supply metrics [13]. - Plans are in place to upgrade rural water supply infrastructure, with significant improvements already made in irrigation efficiency [13].