Core Insights - The article highlights the innovative development model of Yejiji Village in Longkou City, Shandong Province, focusing on the integration of party building and the grape industry to enhance rural economic growth [1] Group 1: Party Building and Economic Development - Yejiji Village utilizes a "Party Building Chain" to connect the industrial chain, integrating over 300 acres of land to establish a smart grape industry park [2] - The village has formed a cooperative model involving party branches, leading enterprises, and farmers, resulting in an average annual income increase of over 30,000 yuan for more than 200 households [1][2] - The village signed a directed purchase agreement with Yantai Changyu Group, ensuring stable income for farmers through a complete "planting-processing-sales" industrial chain [2] Group 2: Technological Empowerment - The introduction of modern agricultural technology services, including soil testing and crop selection, has improved the smart farming level in Yejiji Village [3] - A "5G + Smart Agriculture" management system has been deployed, allowing real-time data collection for better farming practices, saving 200 yuan in labor costs per acre [3] - The development of a traceability app for grapes has increased the premium rate of Yejiji Village's grapes, with online sales exceeding 1.5 million yuan last year [3] Group 3: Diversified Income Generation - The village promotes the integration of agriculture, tourism, and education, establishing a high-end grape planting garden and a science museum, attracting over 50 research teams annually [4] - The transformation of idle farmhouses into "Grape Fragrance Homestays" has led to an average annual income increase of 25,000 yuan per household [4] - Collaboration with universities to develop deep-processing products has created job opportunities for local women, increasing their monthly income by 1,800 yuan [4] Group 4: Shared Prosperity Mechanisms - Yejiji Village has implemented a "secondary dividend" distribution model, with total dividends exceeding 400,000 yuan last year [5] - The establishment of an "Industry Development Fund" supports low-income families, helping 12 households achieve an average annual income increase of 15,000 yuan [5] - The village has also adopted a land management model that integrates village committees, cooperatives, and farmers, significantly increasing collective economic income [6] Group 5: Cross-Village Collaboration - The formation of a grape industry alliance with five neighboring villages has standardized technical practices and shared sales channels, leading to an average income increase of over 80,000 yuan for alliance villages [6]

图①："老宋瓜王"三代人。 图②：周春秀在介绍西瓜品种。本报记者 严 冰摄 图③：兴盛达农业的员工李艳君在瓜棚里摘瓜。 图④：王丽丽在为"永定河"牌西瓜做直播。 北京大兴区擦亮"西瓜产业"金招牌，深耕"农业绿色发展先行区"。从庞各庄的百年传承，到北臧村镇的创新突 破，大兴区在北纬39°的沃土上，生生不息地书写着智慧农业的"甜蜜"故事。 小西瓜：种出好味道 从北京市区出发，驱车沿着京开高速一路南行。下了高速，就进入大兴庞各庄镇，青皮西瓜在路边货车里堆叠成 山。摊主切开西瓜的瞬间，鲜红的果肉向路人露出"甜蜜微笑"。 庞各庄镇地处北纬39°，寒暑交界，光照充足。一路奔腾的永定河在此甩出一道温柔的弧线，冲积出条状带平原， 孕育出肥沃的沙壤，让这里成为西瓜的黄金产区，拥有百年的种植历史。 如今在这片土地上，"老宋瓜王"三代人的种瓜故事，续写着"西瓜之乡"的新篇章。走进庞各庄镇老宋瓜王"西瓜博 物馆"，一整面墙上陈列着30余年的光阴与荣誉，全国西甜瓜擂台赛瓜王冠军、世界水果种植者大赛银奖、北京市 著名商标……数不清的奖杯，让"老宋瓜王"的名号越来越响，也让大兴西瓜的名头走向世界。在第37届西瓜节开 幕式现场，"老宋瓜王" ...

Core Insights - The agricultural industry in Shouguang, Shandong Province, has achieved a breakthrough in online retail sales of agricultural products, surpassing 730 million yuan, driven by the integration of technology and innovative practices [1][2] Group 1: Industry Development - Shouguang City focuses on industrial development as a key driver for rural revitalization, leveraging agricultural resource advantages to create a comprehensive industrial system [1] - The city has implemented the "Digital+" initiative, emphasizing technological innovation to modernize agriculture, transitioning from traditional to smart agriculture [1] Group 2: Technological Integration - The modern agricultural park in Jidu showcases innovative models such as aquaponics and smart strawberry cultivation, utilizing IoT, blockchain, and 5G technologies to create optimal growing conditions [1] - The seventh generation of vegetable greenhouses in Shouguang features automatic temperature control and smart misting systems, with over 85% IoT application rate, doubling labor productivity [1] Group 3: Market Expansion - Shouguang supplies approximately 500,000 tons of vegetables annually to over 30 provinces nationwide through online channels, creating a favorable environment for small farmers to access large markets [2] - The establishment of brands like "Selenium Persimmon" and "Tianliu Selenium Vegetables" has enhanced product quality and market operations, significantly increasing online sales [2] Group 4: Employment and Economic Growth - The establishment of the Shennong Mulberry Processing Workshop has created over 200 jobs for local women and low-income individuals, contributing to a collective economic increase of over 600,000 yuan [2] - Shouguang collaborates with over 30 regions, deploying more than 8,000 technical personnel nationwide, with over half of new greenhouses incorporating "Shouguang elements" [2] Group 5: International Expansion - Shouguang enterprises have established over 300 planting parks in more than 20 countries and regions, promoting the "Shouguang model" internationally [2] - The city aims to leverage its billion-level facility vegetable industry cluster to innovate development methods and expand integrated development pathways [2]

从20年前接触第一台农机起，到如今驾驶、操纵新能源收割机，张永波见证了农机的持续迭代升 级，"如今，农机越来越智能了，作业越来越高效了，体验感越来越好了"。 我国有四大小麦主产区，分别是西南麦区、长江中下游麦区、华北和黄淮海麦区、西北麦区。"国家精 准农业应用项目数据服务平台"提供的数据显示，从5月15日西南麦区正式开镰收获，到5月26日全国小 麦大面积机收的开展，小麦机械化收获的重心逐步由四川、湖北，向河南、安徽和江苏转移。 麦浪滚滚，机声隆隆。眼下，正值"三夏"（夏收、夏种、夏管）农忙之时，在河南省遂平县的万亩麦田 里，一队中联重科"谷王"收割机正忙碌地作业。在轰鸣声中，金黄的麦穗被"吞"入机械。随后，麦粒如 溪流般从卸粮筒倾泻而出。 在今年的收割机队伍中，几台标注"超级电混"的混合动力收割机作为新力量现身。"如今，农业机械也 加速新能源化。这款混合动力收割机能够智能调节动力输出，在效率更高的同时，油耗比传统机型节省 30%。"农机手张永波介绍说。 据农业农村部消息，截至6月2日17时，全国已收获夏粮小麦面积1.48亿亩，收获进度达42.52%，同比快 约0.6个百分点。 这离不开新技术、新机械的助力。上 ...

央视网消息：眼下，全国已收获小麦1.48亿亩，进度过四成，夏种夏管也正同步展开。在田间地头，各地也在向科技要产能，助力 全年粮食丰收。 随着AI人工智能技术的发展，农田也变得更加"智慧"。在湖北宜昌，农民通过一部手机，巡田有智能"管家"、种植有科学指导，人 工智能技术的加持，让农民种田不再"看天吃饭"。 正是基于精准的气象预报，安徽全省组织"北机南下"加快雨前抢收。同时，调集履带式收割机准备雨后抢收，有力保障了夏粮丰收 到手。 无人机送秧苗 科技助力水稻插秧 而在吉林水稻主产区梅河口，2025年，当地采用空中运送秧苗的方式，让无人机化身"空中快递员"。无人机通过锁链将50多公斤秧 苗从运苗车上稳稳吊起，随后迅速、精准地将秧苗盘抛落到指定位置上，这一操作有效避免了人工往返取苗、插秧机等苗的时间损 耗。 AI赋能智慧田管 科学指导精准种田 数字气象让"三夏"更"聪明" 2025年，各小麦主产区通过构建"空天地"气象监测网络，精准预判天气、抢抓收获"窗口期"，提高麦收速度。在安徽省气象局，气 象和农业农村部门召开线上农情调度会，讨论近期的降雨过程。 精准的农业气象预报是如何实现的？工作人员介绍，安徽全省已布设了65 ...

Group 1 - The core viewpoint emphasizes the importance of leveraging digital technology to enhance agricultural productivity and rural development, highlighting the need to bridge gaps and address shortcomings in rural areas [1][2] - Digital transformation is reshaping rural landscapes, with examples from Henan Lankao County showcasing smart farming techniques and the integration of digital platforms in specialty industries [1][2] - The "2025 Digital Rural Development Work Points" outlines nine key tasks, including accelerating smart agriculture development, indicating a strategic focus on digitalization in rural areas [2] Group 2 - The digital divide remains a challenge, with rural areas facing weaker digital infrastructure and slower internet speeds compared to urban counterparts, necessitating targeted improvements [2][3] - Successful case studies demonstrate the potential of digital agriculture, such as the "New Retail + Digital Agriculture" model, which enhances product traceability and quality control while ensuring profitability for farmers [3] - Enhancing digital literacy among farmers is crucial for effective digital integration, with ongoing efforts to provide training and resources to empower rural residents to utilize digital tools effectively [3][4]

Core Viewpoint - The Chinese government has issued a plan to accelerate the construction of a strong agricultural nation from 2024 to 2035, emphasizing the upgrade of agricultural machinery and the importance of smart agricultural machinery in enhancing production efficiency and quality while reducing operational costs [1] Group 1: Agricultural Machinery Development - China's agricultural machinery and mechanization levels have seen significant growth, with over 200 million agricultural machines in use and a comprehensive mechanization rate exceeding 75% for major crops like wheat, rice, and corn [1] - The total power of agricultural machinery in China exceeds 11 billion kilowatts, indicating a shift from reliance on human and animal power to mechanical power in agricultural production [1] Group 2: Policy Support for Smart Agricultural Machinery - A series of policies have been implemented to support the development of smart agricultural machinery, including the "14th Five-Year" national agricultural mechanization development plan and the "Action Plan for Promoting Large-Scale Equipment Renewal" [2] - The National Smart Agriculture Action Plan (2024-2028) emphasizes the need for precision operations in various agricultural processes, supported by a comprehensive policy framework [2] Group 3: Challenges and Solutions - Challenges facing the smart agricultural machinery sector include insufficient funding support, product homogeneity, weak core technology innovation capabilities, and lagging rural infrastructure [2][3] - Recommendations include enhancing funding policies for smart machinery purchases, promoting flexible purchasing models, and improving digital infrastructure in rural areas to support smart agricultural machinery [3] Group 4: Social Service Organizations for Smart Agricultural Machinery - The establishment of social service organizations for smart agricultural machinery is encouraged, promoting a collaborative service model that integrates machinery, agronomy, and finance [4] - The creation of smart agricultural machinery management centers aims to reduce operational costs and improve efficiency through large-scale operations [4]

早晨6点，天光大亮。在常州市武进区前黄镇这家农业专业合作社的农机库里，郭楠正和父亲郭飞 一起，为无人驾驶收割机做开镰前的最后检查。 央广网北京6月2日消息（记者钱成 江苏台记者孙昕 刘正则）据中央广播电视总台中国之声《新闻 和报纸摘要》报道，江苏小麦大面积机收正自南向北全面展开。在常州市武进区的金色麦田里，一 位"95后"农机手正操控"无人驾驶收割机"抢抓农时、争分夺秒，赶在主汛期来临前将小麦颗粒归仓。中 国之声特别策划《麦收时节》，本期推出《父女俩的"智慧"麦收》。 郭飞：我们这个是无人驾驶的收割机，你不在上面，而是在下面操作的，所以要特别要注意车子的 状况。 依托北斗卫星导航、激光雷达等技术，无人收割机能在不同麦种、地形中实时调整作业姿态。郭楠 介绍，苏南地区田块分散，且地面高低不平。这要求作业必须更精细，也更考验机手的经验。 郭楠：经验老道的师傅知道，因为这块地它不是完全的平整，所以他知道这个地方需要抬一点，那 个地方需要降一点。 用一部手机就能指挥农机收割，这是郭飞过去难以想象的。 郭楠大学学的是自动化专业，对农机有着非同一般的兴趣。2022年底，在父亲的鼓励下，她辞去镇 上的工作，返乡成为了一名"农 ...

为了打造这一富民产业，明水县着力建设标准化黑豆种植基地，扩大种植面积，打造以黑豆专业村、种 植专业合作社为主导的黑豆示范带。今年，全县黑豆种植面积超2000亩的乡镇达到4个。"黑豆的亩产与 普通大豆接近，收购价高于普通大豆，村民的种植积极性很高，今年我们村连片种植了1500亩黑 豆。"在明水县东利村黑豆种植基地，村党支部书记张伟东说。 在扩大黑豆种植面积的同时，明水县还大力推动黑豆产业链条的培育与延伸。如今，明水县已形成从黑 豆种植到深加工的全产业链条，黑豆加工产业由单一化开发利用向综合化开发利用转变，由开放型短产 业链向封闭型长产业链转变。曾经只能做粥或焖饭的黑豆被转化为黑豆粉、黑豆油、黑豆酒、黑豆醋等 精深加工产品，实现了就地生产、就地转化增值。 近日，随着最后一台北斗导航播种机驶过黑龙江省绥化市明水县双兴镇东利村的黑土地，今年全县2.35 万亩黑豆的种植任务全面完成。 明水县坐落于北纬47°的农产品"黄金种植带"上，日照时间长。这里的寒地黑土拥有较高的肥力，平均 厚度达1.5米以上。优良的气候与土壤条件使明水县成为黑豆等农作物的理想产地。 近年来，明水县依托资源优势，以"智慧农业+全产业链"战略为引擎， ...

Core Insights - The establishment of the wheat technology center in Xiaomeng Town represents a significant shift from traditional farming to modern, technology-driven agriculture, enhancing efficiency and productivity in wheat cultivation [1][2][3] Group 1: Agricultural Innovation - The Xiaomeng Town wheat technology center integrates research, education, and practical application, creating a full industrial chain for grain production [1][2] - Advanced wheat varieties such as Nongda 753, Nongda 761, and Shan Nong 116, along with innovative farming techniques, have contributed to a total grain output of over 130 million jin annually in Xiaomeng Town [2] - The center has developed various water-saving and nitrogen-efficient cultivation techniques, promoting sustainable agricultural practices [2][3] Group 2: Economic Impact - The technology center has enabled farmers to increase their income by over 100 yuan per mu through improved grain storage and drying solutions [2] - A complete industrial chain has been established, encompassing seed cultivation, large-scale planting, drying, storage, and order-based purchasing, providing financial stability for farmers [2] - The center has trained over 500 new professional farmers, facilitating the adoption of modern agricultural technologies and practices [2] Group 3: Technological Advancements - The use of tractors equipped with Beidou navigation systems for wheat sowing has improved land utilization and reduced labor intensity [3] - The transition from traditional to smart farming is being driven by the integration of cutting-edge technologies, enhancing overall agricultural productivity [3] - The strategy of "storing grain in the land and technology" is being effectively implemented in the fields, promoting a sustainable agricultural future [3]