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A | 讯 8月19日,中共山西省委宣传部、山西省人民政府新闻办公室举办开局起步“十五五”系列主题新闻发布会(晋中市专场)。 (ECNS) -- The first phase of the middle route of China's South-to-North Water Diversion Project had transferred more than 80 billion cubic meters of water to northern China as of Friday, directly benefiting nearly 118 million people, according to the Changjiang Water Resources Commission. The water comes mainly from Danjiangkou Reservoir, where managers balance reservoir inflows, local demand in the Hanjiang River basin, northbound supplies, and downstream ecological needs. This summer, after forecasts pointed to below-normal rainfall, authorities adjusted reservoir operations to retain about 1.5 billion cubic meters more water as a buffer against possible drought. Technology is playing a growing role in monitoring water quality. An AI-powered floating platform works alongside satellites, drones, and ground monitoring stations, feeding data into a digital twin of Danjiangkou Reservoir that tracks water quality, simulates flood scenarios, and supports emergency planning. At Danjiangkou Reservoir, the core water source for the middle route, an autonomous vessel collects samples from different depths to monitor algae. Using AI-powered microscopy, the floating station identifies microorganisms quickly and tracks algal activity, giving early warning of blooms. The vessel is part of an integrated satellite, aerial, surface, and structural monitoring network that combines remote sensing, drones, ground-based stations, and sensors embedded in the dam. By fusing multi-source data in real time, the system has shifted water monitoring "from isolated points to full-area coverage," said Cui Dongdong, deputy director of the technology development department at a company under the Yangtze River Water Resources Commission of the Ministry of Water Resources. With the digital platform, a regulation plan that once took days to produce can now be generated in seconds. The platform runs more than 15 professional models covering flood routing, pollutant dispersion, and dam structure simulation. The 1,432-kilometer middle route canal carries water across the Yangtze, Huai, Yellow, and Hai river basins before it reaches households in the north. Water quality has also improved, and the nationally protected "crystal jellyfish," known as the "giant panda of the water," is now sighted frequently in the reservoir, an indicator of excellent conditions. (By Helen Mo, intern Yang Hongran)
。 会上,晋中市委常委、副市长,晋中国家农高区党工委书记、管委会主任李哲介绍,晋中坚持走有机旱作与特优农业融合发展之路,重点抓好5项工作。 一是聚焦空间布局,优化资源配置。根据地理气候、产业基础、资源禀赋,构建“两区三带”产业战略布局。两区,就是平川地区发展规模种养和精深加工,东山地区发展休闲农业和生态种养;三带,就是汾河百里设施蔬菜带、丘陵百里林果经济带、太行山百里“草畜粮”循环产业带。

B | 引导项目跟着产业走、资金跟着产业投、人才技术向产业聚,争取“十五五”期间新建3个国字号产业基地。 二是聚焦科技赋能,发展新质生产力。

C | 依托晋中国家农高区28个国省级重点实验室,开展玉米、谷子等良种繁育推广,推进节水农业、丘陵农机等关键技术攻关,发展智慧农业、合成生物产业,发挥农高区科技引擎作用,赋能特优农业发展。 三是聚焦稳粮保供,发展绿色有机农业。一方面,在资源条件好的区域建设高标准农田,发展现代灌溉农业,推广“一年两作、两年三作”,提升粮食单产,保障粮食安全。另一方面,选树可复制、可推广的先进典型,建设一批绿色、有机农业示范推广基地,生产出真正有机高品质的晋中地理标志性农产品,走向全国、全球高端市场,满足不同层次的消费需求。 四是聚焦精深加工,做好三产融合文章。跳出只卖原粮鲜果的老路,延伸产业链,提升附加值,以精深加工激活特优农业,把得天独厚的土特产资源优势转化为产业优势、经济优势。依托农高区牵引,突破加工技术瓶颈,健全标准体系,做强“农高晋品、太行山货”市级区域公用品牌,培育壮大市场主体,打造加工产业集聚区。“十五五”末,力争国家级龙头企业达到10家以上,农产品加工销售收入突破600亿元。 五是聚焦增产增收,强化惠农服务。建立“产业出题、院校揭榜、农高区中试熟化”机制,推动更多科技成果从实验室走向田间地头,把好技术转化成好收成。建设“1+N”现代农事综合服务中心,统筹提供“良种、良田、良机、良法”服务,助力农业生产降本增效。开发特优农业+文化、+旅游、+康养等新模式新业态,让农民在家门口就业增收。版权申明:凡注有“”或电头为“”的稿件,均为独家版权所有,未经许可不得转载或镜像;授权转载必须注明来源为“”,并保留“”的电头。 。

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