5月21日上午，来自国内100多家媒体的社长、总编辑及骨干记者齐聚潍坊，共同启动了"全国主流媒体 社长（总编辑）潍坊行"活动。21日下午，采访团走进潍柴雷沃智慧农业科技股份有限公司，参观潍柴 雷沃样机区和拖拉机工厂，探寻其以科技创新驱动农业现代化、以产业链协同赋能高质量发展的"新质 密码"。 5月20日至23日，"全国主流媒体社长（总编辑）潍坊行"活动在潍坊举行，来自全国100多家主流媒体的 社长、总编辑及骨干记者走进潍坊，深入了解潍坊在经济、文化、社会等各领域的发展成果与创新实 践，借助党媒及权威媒体的影响力和传播力，营造团结奋进的主流舆论，赋能更好潍坊发展。 在2025全国农机春季展期间，潍柴雷沃智慧农业重磅发布了"智慧农场整体解决方案"，以物联网、人工 智能和大数据为核心，基于智慧农业管理平台实现了农情信息综合监测系统、智能农机系统和精准作业 系统互通，依托大数据进行科学决策，实现农业生产从种植到收获全过程的智能化、精细化和绿色化， 构建起覆盖耕、种、管、收全周期的数智化农业生产体系，扎实推动现代农业高质量发展，是国内首个 实现打通智慧农业数据全链条的整体解决方案。 潍柴雷沃智慧农业科技股份有限公司是山 ...

Core Viewpoint - The event showcased the application of smart agricultural technologies in rice planting, highlighting the efforts of Shenyang's Shenbei New District to modernize agriculture and promote the establishment of a national-level agricultural high-tech industry demonstration zone [1][3]. Group 1: Smart Agriculture Technologies - The event featured various demonstrations of smart agricultural technologies, including the use of unmanned rice transplanters and drones for seedling transportation, which significantly save time and labor in rice planting [1][3]. - A digital rice seedling cultivation center was presented, showcasing smart devices that enable precise planting and visual management, capable of cultivating 835 trays of seedlings in a 35-square-meter space, meeting the seedling needs for 40 acres while reducing land use by 80% and labor by 90% [3][6]. Group 2: Agricultural Integration and Development - The event emphasized the integration of the entire rice industry chain, including planting, processing, sales, and comprehensive cultivation in rice paddies, laying a solid foundation for enhancing regional agricultural product brand influence and promoting the integration of agriculture, culture, and tourism [3][7]. - Future plans for Shenbei New District include strengthening the promotion of smart agricultural technologies, organizing training and experience exchanges, deepening industry-academia-research cooperation, and accelerating the transformation of scientific achievements to contribute to the high-quality development of modern agriculture [7].

记者获悉，5月18日，山东重工集团旗下潍柴雷沃智慧农业举行智能拖拉机制造基地首批价值客户交机 活动，这标志着国内农机行业首家"智慧工厂"正式投产。该基地占地776亩、总投资30亿元，具备年产 10万台100马力以上动力换挡及CVT拖拉机产能。 ...

Core Viewpoint - The Yangling Demonstration Zone is leveraging advanced agricultural technologies to enhance productivity and quality in fruit cultivation, particularly in kiwi and other crops, while also contributing to poverty alleviation and sustainable development in the region [1][2][4]. Group 1: Technological Innovations - The Yangling International Kiwi Innovation and Entrepreneurship Park is transforming traditional kiwi farming methods with innovative techniques such as "oxygen-enhanced temperature control," allowing for pre-ripening of kiwis in storage, making them ready for immediate consumption [1]. - The park utilizes smart retractable protective shelters that integrate IoT and meteorological big data to safeguard kiwi quality and yield against extreme weather conditions [1]. - The sales of kiwis from the park increased by 20% year-on-year, with the price per pound rising by nearly 2 yuan [1]. Group 2: Agricultural Education and Training - The Yangling Demonstration Zone has established a "laboratory + field" model for technology innovation and promotion, with demonstration areas covering 2,000 acres in various counties [2]. - The region has hosted over 180 international seminars and training sessions, benefiting over 5,000 agricultural technicians from more than 130 countries and regions [2]. - New agricultural education projects, such as collaborations with universities, are producing skilled "new farmers" who can effectively manage and modernize agricultural practices [3]. Group 3: International Cooperation and Impact - The Shanghai Cooperation Organization (SCO) Agricultural Technology Exchange and Training Demonstration Base plays a crucial role in technology cooperation, talent cultivation, and trade promotion, enhancing China's agricultural services on a global scale [2][4]. - The implementation of Yangling's daylight greenhouse technology has reportedly increased winter vegetable yields in Uganda by 50% [2]. - The base has trained thousands of agricultural technology talents, contributing to poverty alleviation and sustainable development in SCO member states [4].

Group 1: Agricultural Technology Advancements - The introduction of mechanized harvesting in Guangyuan City has significantly improved efficiency, with a harvesting machine completing the task for over 40 acres in just 4 hours, while also reducing pest populations and disease transmission [1] - The use of automated seedling production lines and advanced equipment in rice cultivation has reduced the time for transplanting seedlings by approximately 15 days, while increasing rice yield by about 10% per acre [2][3] - The establishment of a digital agriculture platform in the modern agricultural park allows for real-time monitoring of environmental conditions, enhancing the management of kiwi fruit cultivation [5] Group 2: Crop and Livestock Production Goals - Guangyuan City plans to plant 125,000 acres of rice by 2025, with transplanting expected to be completed by early June [4] - The implementation of double-layer chicken housing has doubled the capacity for raising chickens, allowing for 200,000 meat chickens to be produced this year, generating an estimated output value of 120 million yuan [7][8] Group 3: Sustainable Agricultural Practices - The district is focusing on high-quality grain production and the promotion of modern agricultural practices, including the replacement of traditional methods with technology-driven solutions [8]

央视网消息：眼下，我国小麦、油菜籽即将从南向北陆续收获，新一季夏粮即将上市。下面，我们就一起走进希望的田野。 江西九江：抢抓晴好天气 5.5万亩小麦收割忙 位于江西省九江市柴桑区的江洲镇今年种植小麦5.5万亩，占九江市小麦种植面积的三分之一。眼下那里的小麦已经成熟，为了抢抓晴好 天气，当地积极组织机械收割。 今年在江洲镇小麦地里穿梭的收割机有了明显的变化。最明显就是它们的轮胎变了。以前当地农户使用的是常用于收割水稻的履带式收割 机进行收割，今年经过农技人员指导，开始采用更适合当地旱地和沙地土质的轮式收割机。别看只是换了个轮胎，可收割速度更快了，机动性 能也更好。此外，收割机的驾驶室也更加人性化，驾驶室通过加压使密封性更好，大程度隔绝了麦收时的灰尘，同时里面的空调也能让农户们 驾驶起来更加舒适。整个收割机外共安装着四路摄像头，监控着收割机转轮和关键部位，同时监控也连接着收割机的9路报警系统，农户可以 更直观地发现故障点，也可以根据视频画面进行调整操作，不用再将头伸出车窗去"吃土"。 通过航拍镜头我们可以看到，江洲镇其实就是在长江中的一座岛屿。因为这里的土质是典型的沙性土，再加上地势较高存不住水，不太适 合种植水 ...

Group 1 - The core viewpoint of the article highlights the innovative agricultural practices in Jiangsu and Hubei provinces, focusing on the cultivation of watermelons and tomatoes using advanced techniques such as hanging cultivation and smart greenhouses [1][3][5] - In Lianyungang, the "hanging cultivation" method for watermelons involves grafting watermelon scions onto pumpkin roots, resulting in higher density, increased yield, and improved quality compared to traditional ground cultivation [3][5] - The expected yield from the first harvest of watermelons is around 10,000 pounds, with an increase in revenue of nearly 6,000 yuan per acre compared to traditional methods [5] Group 2 - In Hubei's Jingmen, tomatoes are also grown in a suspended manner, allowing for multiple harvests within a year, showcasing the versatility of modern agricultural techniques [5][7] - The tomato cultivation employs a semi-closed hydroponic system using rock wool and coconut coir, with natural pollination by bumblebees and a water-fertilizer integration system that adjusts based on real-time soil conditions [9][11] - The carefully cultivated tomatoes can produce fruit from the end of the year until June of the following year, primarily targeting markets in Shanghai and Shenzhen, while local initiatives aim to involve more villagers in smart agricultural practices [11]

Group 1 - Jiangsu Xuzhou's Feng County has 650,000 acres of wheat entering the filling stage, supported by IoT pest monitoring, drone protection, and scientific irrigation measures [1][5] - The IoT pest monitoring system collects data on pest types, quantities, and activity, enabling timely responses to agricultural pest issues [1][3] - In 2025, Feng County received 60.9 mm of rainfall, which is 40% of the average for the same period over the past decade, prompting local authorities to adjust irrigation based on weather and soil moisture data [5][12] Group 2 - In Shandong Jining's Yanzhou District, 390,000 acres of wheat are also in the critical filling stage, with various meteorological observation devices capturing data to support increased yields [6][8] - The meteorological stations provide real-time monitoring of key weather elements, aiding scientific decision-making in agriculture [10][12] - The integration of technology in agriculture, such as the use of drones for precise spraying, enhances productivity and efficiency [6][21] Group 3 - In Hubei Shishou, the introduction of ducks and frogs in rice fields reduces the need for chemical fertilizers and pesticides, achieving a 46% reduction in fertilizer use and a 90% reduction in pesticide use [19][26] - The "duck-frog-rice" model allows for sustainable pest management, with 15,000 frogs introduced during the rice heading stage to replace chemical insecticides [19] - The use of smart machinery, such as unmanned transplanting machines, significantly reduces labor time and improves planting efficiency [21][24] Group 4 - In Guizhou Qiannan, a group of "post-90s" new farmers is enhancing agricultural mechanization through a full-chain service model, providing drone and machinery services for over 270,000 acres of farmland in 2024 [29][35] - This young workforce is not only operating advanced agricultural machinery but also innovating and localizing equipment to better suit local needs [33] - The increasing demand for their services reflects a growing trend towards modernization and efficiency in local agriculture [35]

证券代码：000816 证券简称：智慧农业 公告编号：2025-036 江苏农华智慧农业科技股份有限公司 关于为全资子公司提供担保的进展公告 本公司及董事会全体成员保证信息披露的内容真实、准确和完整，没有虚假 记载、误导性陈述或者重大遗漏。 一、担保情况概述 江苏农华智慧农业科技股份有限公司（以下简称"公司"）分别于 2025 年 3 月 26 日、2025 年 4 月 18 日召开了第九届董事会第十九次会议、2024 年度股东大会，会议 审议通过了《关于 2025 年度为子公司提供担保额度的议案》，同意公司为控股子公 司（含授权期限内新设立或纳入合并范围的子公司）提供不超过人民币 4亿 元的担 保额度，具体内容详见公司于 2025 年 3 月 28日在巨潮资讯网披露的《关于 2025 年度为子公司提供担保额度的公告》。 2025 年 5 月 9 日，公司与中国农业银行股份有限公司盐城中汇支行签署了《最 高额保证合同》及《最高额抵押合同》，由公司对全资子公司江苏江淮动力有限公 司与中国农业银行股份有限公司盐城中汇支行开展的各类约定业务所形成的债权提 供担保。江苏江淮动力有限公司对本次担保不提供反担保。 二、被 ...

Core Viewpoint - The article highlights the integration of advanced agricultural technologies in various regions of China to enhance grain production efficiency and ensure a successful harvest during the critical planting season [1][8]. Group 1: Technological Advancements in Agriculture - In Shaanxi, the traditional method of rice transplanting is being replaced by modern, efficient practices, including the use of smart agricultural machinery [2][4]. - The introduction of unmanned rice transplanting machines equipped with Beidou navigation systems allows for precise operations, achieving a planting error margin of within 3 centimeters and covering nearly 40 acres in a single day [4][8]. - A smart seedling factory in the region has significantly reduced the rice seedling growth cycle from 40 days to approximately 18 days, effectively doubling efficiency and providing over 5,000 acres of machine-transplanted seedlings annually [6][8]. Group 2: Regional Agricultural Practices - In Gansu, the corn planting progress has exceeded 90%, utilizing Beidou navigation-equipped sowing machines to enhance planting efficiency [9][10]. - The sowing machines in Gansu can achieve a planting error margin of 2.5 centimeters, improving accuracy by over 80% compared to traditional methods, and increasing efficiency by three times [12]. - In Shanxi, unmanned aerial vehicles (UAVs) are employed for pest control and fertilization in wheat fields, ensuring stable yields during critical growth periods [16][21]. Group 3: Crop Management and Yield Optimization - In Xinjiang, 3.8 million acres of winter wheat are currently in the heading stage, with local farmers utilizing UAVs for pest control and fertilization to maximize yield [22][23]. - The region has implemented timely irrigation and fertilization strategies during key growth phases to ensure high production levels [23].