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]

Core Viewpoint - The article discusses the transformation of traditional agriculture through modern technology and the importance of integrating education with practical experience in the field of smart agriculture [1][3]. Group 1: Modern Agriculture Practices - Modern agriculture is characterized by the integration of technology, which leads to standardized practices that stabilize yields, as demonstrated by the use of advanced machinery and techniques [3]. - The implementation of smart agricultural practices allows for efficient monitoring and management of crops, utilizing sensors and mobile applications to collect data on various agricultural parameters [5][7]. - The introduction of automated irrigation systems and digital controls has significantly reduced the need for manual labor, showcasing the shift towards a more efficient agricultural management approach [9]. Group 2: Educational Collaboration - The collaboration between agricultural companies and higher education institutions is crucial for developing a skilled workforce in smart agriculture, as seen in the partnership with Northeast Agricultural University [1][9]. - The establishment of training bases and demonstration areas for smart agriculture helps students and young professionals gain hands-on experience and understand the latest agricultural technologies [9]. - The ongoing dialogue between industry experts and academic institutions fosters a better understanding of the direction of smart agriculture, ensuring that educational programs align with industry needs [9].

走进全国首批、长三角唯一的国家级农高区，探究农业"科技密码" "农业小镇"蝶变"农科新城" 值得注意的是，"植物工厂"的屋顶上，一排排波浪形钢结构上是光伏面板，厂内消耗的电来自光伏发电。"在这里，我们推行'农光互补'的概念，用光伏发电 （采用悬空架高设计，模拟出适合植物生长的光照环境）的绿色低碳模式来赋能农、林、牧、渔的种植和培育；已套种葡萄、无花果、生菜等在内的10余个 果蔬品种。"汪路说，这个"植物工厂"每天蔬菜产量可达500斤，年营收约150万元。 据介绍，南京国家农高区以绿色智慧农业为主题，以生物农业为主导产业，协同推进农产品特色加工、农业智能装备制造、农业科技服务业，努力建设国际 农业科技合作示范区、长三角农业科技创新策源地、科技振兴乡村样板区。 从无土栽培到数据采集，从农业光伏到数字信息管理……在南京国家农高区，这样的智慧农业科技应用场景随处可见。目前，南京国家农高区正积极探索生 态价值转化路径，以生态环境导向开发赋能区域绿色低碳发展，实施生态环境保护与农业产学研融合发展EOD项目，打造"生态—农业—科技"产学研增长 链；依托碳达峰目标下绿色城乡建设试点区建设，开展典型绿色低碳技术模式应用试点。 ...

Core Insights - The article highlights the successful inclusion of Shouguang City's smart agriculture model in the Ministry of Agriculture and Rural Affairs' list of 14 typical cases of smart agriculture, marking it as the only case from Weifang [1] Group 1: Smart Agriculture Innovations - Shouguang City's smart agriculture technology park features a design that includes "sunken style, large slope, and external insulation," utilizing advanced technologies such as pressure ventilation, intelligent CO2 and fertilizer application, and integrated water and fertilizer management [1] - The smart greenhouse system has achieved 100% domestic replacement of key components, leading to precise environmental control, intelligent production management, and efficient resource utilization [1] Group 2: Performance Metrics - The implementation of the domestic smart greenhouse system has resulted in over a 30% reduction in operational energy consumption year-on-year, an increase in land utilization rate to over 80%, and a doubling of water and fertilizer efficiency [1] - Labor requirements have been reduced by more than two-thirds, showcasing significant improvements in operational efficiency [1] Group 3: Future Developments - Shouguang City plans to continue implementing a digital agriculture strategy, focusing on the innovation of digital seedlings and smart equipment, aiming for a comprehensive digital upgrade across the entire agricultural value chain [11] - The goal is to promote the transformation of facility agriculture towards greener, smarter, and higher-end practices, establishing a replicable "Shouguang model" for modern agricultural transformation nationwide [11]

Core Points - The 2024 Guangdong "Hundred Thousand Million Project" Agricultural Technology Expert Short Video Activity results were announced, recognizing ten individuals as "Top Experts" and another ten as "Outstanding Experts" [2][3][26]. - The activity aimed to utilize short videos to widely disseminate practical agricultural techniques and support the ongoing development of the "Hundred Thousand Million Project" [5][12]. Group 1 - The event started on November 25, 2024, and lasted several months, involving public voting, expert evaluation, and review processes [4][26]. - A total of over 3,500 entries were received, with the videos collectively achieving over 100 million views, creating popular topics on platforms like Douyin [12][24]. - Participants included agricultural technology specialists, local experts, family farm owners, cooperative leaders, and technical personnel from agricultural enterprises [7][8][22]. Group 2 - The short videos produced focused on Guangdong's characteristic agricultural industries, addressing key agricultural seasons, production cycles, and regional demands [9][10][23]. - Content covered various agricultural topics, including lychee flower thinning, aquaculture disease management, smart agricultural equipment applications, and e-commerce sales techniques [11][12]. - The activity fostered an interactive online environment, resembling a "Cloud Agricultural Academy," where viewers engaged in discussions about technical challenges [13][14].

Group 1 - The article highlights the financial support system established by the Suzhou Municipal Finance Bureau to ensure agricultural production during the summer harvest and planting season, with a total of 60.4 million yuan allocated for this purpose [1] - The summer grain harvesting area is expected to reach 1.147 million acres, while the planned autumn grain planting area is 1.7979 million acres, an increase of 10,300 acres compared to the previous year [1] - A "three-preparation and three-protection" emergency response mechanism has been established to address extreme weather impacts, with 15.3 million yuan allocated for drought relief and various measures implemented to enhance crop drought resistance [1] Group 2 - A "three-in-one" financial policy system has been constructed to stabilize planting area, optimize structure, and increase yield, with 35.1 million yuan allocated for high-quality seed subsidies covering 1.1576 million acres of wheat and 1.1891 million acres of rice [2] - The promotion of smart agriculture has led to the establishment of 11 provincial-level smart seedling centers, achieving a 15% reduction in fertilizer use per acre and a cost reduction of 30 yuan per acre [2] - Financial support of 6.5 million yuan has been allocated for agricultural machinery construction, enhancing the mechanization rate to 98.6% in key processes through the establishment of a "15-minute agricultural machinery service circle" [2] Group 3 - The Finance Bureau has innovated a management model combining financial funds and digital technology, creating an integrated monitoring system with an investment of 1.5 million yuan for an agricultural IoT platform [3] - The implementation of AI technology in agricultural fund management has streamlined subsidy distribution, reducing the fund disbursement cycle to three working days [3] - A comprehensive performance evaluation mechanism for the "three summer" funds has been established, ensuring a closed-loop management system from budget preparation to project evaluation [3]

央视网消息：随着"三夏"生产进入关键期，河南省境内豫南地区麦收进度加快，豫北地区正积极备战，在濮阳市濮阳县，当地在开展农机 检修的同时，创新引入AI大模型，为夏粮收获注入"智慧动能"。 在濮阳市濮阳县农机服务中心检修现场，农机手们正仔细排查油路，同时，对收割机切割器、脱粒滚筒等关键部件进行调理试，确保农机 性能良好。 目前，当地已维修保养小麦收割机1400余台、拖拉机1300余台、玉米播种机820台（套），培训机手2100余人，为三夏生产提供保障。 不同于传统农业传感器，智能环对微小形变具有高灵敏度，能精准捕捉低于10微米级的茎秆周长变化。农场内，一株株黄瓜也安装了"智 能环"，这个黑白色纳米材料的传感装置，通过旁边的小绿盒子收集数据，并传输到云服务器上，作为农户们田间管理的依据，从而进行远程 灌溉、施肥。 除了检修农机具外，濮阳县的"农机云AI智慧调度平台"，深度整合县域内各乡镇的种植面积、气象环境、机具保有量等数据资源，通过智 能算法的归纳分析，能够自动生成精准化的AI调度建议，科学匹配农事服务中心及应急作业队。 据了解，截至5月25日，河南省已收获小麦2312.4万亩。 浙江杭州："智能环"守护农作物 ...

Core Viewpoint - The article highlights the efforts and strategies implemented in Yexian County, Henan Province, to ensure a successful summer harvest, focusing on agricultural mechanization, technology integration, and safety measures. Group 1: Agricultural Production and Mechanization - Yexian County has a cultivated area of 1.23 million acres, with 960,000 acres dedicated to wheat planting this year [1] - The county relies on 37 agricultural machinery cooperatives, managing over 5,000 machines, with a peak daily harvesting capacity expected to exceed 86,000 acres [1] - A green channel has been established to facilitate the safe passage of agricultural machinery, with over 20 service stations set up for free repairs and fuel supply [1] Group 2: Technology Integration - The county is promoting a "smart summer harvest" system through the Ministry of Agriculture and Rural Affairs' demonstration project, utilizing drone remote sensing for real-time monitoring of wheat fields [2] - The efficiency of harvesting has improved by over 30% due to the use of mobile technology for monitoring crop maturity and moisture levels [2] - A weather monitoring system has been implemented, providing updates every three hours and ensuring timely weather alerts to farmers [2] Group 3: Safety and Emergency Management - Regular safety inspections are conducted on grain storage facilities and drying centers, with immediate rectifications for identified issues [3] - Training sessions on safe operation and production standards for machinery operators have been organized, with over 300 safety warning signs distributed [3] - Emergency management departments have prepared resources for potential adverse weather conditions, including water pumps and waterproof materials [2][3]

Digital Rural Development - The digital rural development strategy is a key direction for rural revitalization, with a focus on enhancing digital governance and building smart beautiful villages by 2025 [4] - By the end of 2024, China aims to achieve county-wide gigabit connectivity, 5G access in towns, and broadband in villages, with rural internet users reaching 313 million [4] Agricultural Technology Integration - The integration of IoT and digital technologies in agriculture is transforming traditional farming practices, allowing for remote management and precision farming [5][6] - In Jiangsu Province, a rose garden utilizes a comprehensive IoT management platform, enabling real-time monitoring of soil conditions and automated irrigation, significantly improving efficiency [6] Smart Agriculture - The emergence of "smart agriculture" is characterized by the use of AI, big data, and autonomous machinery, enhancing productivity and efficiency in farming operations [7] - As of January 2023, the Ministry of Agriculture and Rural Affairs has supported the establishment of 34 national digital agriculture innovation centers and 116 smart agriculture application projects [7] E-commerce and Digital Economy - The digital economy is opening new revenue channels for farmers, with rural e-commerce sales reaching 2.56 trillion yuan in 2024, a 6.4% increase year-on-year [10] - The "live streaming + e-commerce" model is effectively promoting local agricultural products, with significant increases in sales and customer loyalty observed [9][10] Smart Living and Governance - The establishment of smart living centers in rural areas is enhancing healthcare access and community services, integrating various digital applications for improved quality of life [11][12] - Digital platforms are being utilized for efficient rural governance, monitoring infrastructure, and providing real-time alerts for safety and environmental management [14]

Core Viewpoint - The article highlights the journey of a young drone operator, Xiao Yin, who has embraced modern agricultural practices through the use of drones and other machinery, showcasing the potential for innovation in the agricultural sector [1][3]. Group 1: Background and Education - Xiao Yin, a 19-year-old from Chongqing, has been operating drones for four years and is currently a professional drone pilot involved in rice planting [1]. - He initially studied accounting but switched to a program focused on smart agriculture, which allowed him to work outdoors and discover his passion for flying drones [3]. - The establishment of a smart agriculture vocational program in collaboration with agricultural cooperatives provided him with practical training opportunities [3]. Group 2: Skills Development and Experience - Xiao Yin quickly became proficient in operating agricultural drones, receiving hands-on experience and earning income through practical applications [5]. - He has expanded his skill set by learning to operate various agricultural machinery, including tractors and tillers, preparing for his graduation in 2024 as a "new farmer" [7]. - His drone operation has covered over 50,000 acres, demonstrating significant experience in the field [7]. Group 3: Future Aspirations and Modern Agriculture - Xiao Yin is proactive in learning new technologies, such as autonomous rice transplanters, and is pursuing further education at Sichuan Agricultural University to enhance his knowledge in both machinery and agricultural techniques [9]. - He envisions a modernized approach to agriculture, contrasting traditional farming methods with technological advancements, and aims to become an agricultural expert to better serve local farmers [11].