Core Viewpoint - The Ministry of Agriculture and Rural Affairs emphasizes the goal of achieving high-level agricultural technology self-reliance by 2026, focusing on breakthroughs in key areas such as seed industry, agricultural machinery, and smart agriculture [1] Group 1 - The new system will leverage the advantages of a novel national framework to accelerate technological innovation [1] - There will be a solid push for the deep integration of technological innovation and industrial innovation [1]

聚焦粮油稳产与 智慧农业，湛江 421名基层农技 人员"充电"赋能 乡村振兴_南方 +_南方plus 近日，湛江市农 业农村局分两期 举办2025年基层 农技推广体系改 革与建设项目农 技人员培训班， 来自全市各县 （市、区）的 421名基层农技 人员齐聚参训。 此次培训以"粮 油稳产保 供"与"智慧农 业"为核心，通 过"理论+实 践"双轨教学， 为基层农技人员 更新专业知识、 提升实操能力， 为湛江推进中国 式农业现代化注 入坚实技术力 广东海洋大学李新慧副教授为学员讲授《党的二十届三中全会精神解读》课程 为精准对接农业 发展实际需求， 本次培训特邀广 东省农业科学 量。 开班仪式现场 作为广东农业第 一大市，湛江农 业发展底蕴深 厚、优势凸显。 2024年，全市粮 食播种面积达 426.44万亩，产 量159.58万吨， 占全省总产量的 12.15%，实现面 积、总产、单 产"三增长"，单 产创下历史最高 水平；特色热带 作物产业竞争力 持续领跑全省， 水果种植面积 178.44万亩、总 产量345.56万 吨，其中菠萝产 量占全省近九 成，蔬菜种植面 积255.49万亩、 产量485.37万 吨，均居 ...

Core Viewpoint - The case study of Huanji Agricultural Cooperative has been included in the "2025 National Smart Agriculture Typical Case Compilation" by the Ministry of Agriculture and Rural Affairs, showcasing the integration of digital agriculture in rural development [1] Group 1: Digital Agriculture System - Huanji Agricultural has developed a digital agriculture system characterized by "1 platform + 1 center + N applications" to create a digital rural complex [1] - The cooperative has deployed an Internet of Things (IoT) sensor network for real-time monitoring of environmental data such as soil moisture, air temperature and humidity, and light intensity [1] Group 2: Efficiency and Cost Reduction - The data collected is analyzed through a cloud platform, which enables a smart water and fertilizer integration system to perform precise irrigation and scientific fertilization [1] - This approach has resulted in a water and fertilizer savings of 30% to 50% and a reduction in labor costs by over 50% [1] Group 3: Diversification of Agricultural Functions - Huanji Agricultural has opened online sales channels, including live streaming, and established a digital agriculture research and tourism base [1] - This initiative allows citizens and tourists to experience modern agricultural technologies such as IoT planting and intelligent harvesting, promoting a shift from a single production function to a diversified model that includes "production + culture and tourism + education" [1]

Core Viewpoint - ST Weihai (002586.SZ) has been awarded a contract for the "Smart Agriculture Project in Luoping County, Qujing City, Yunnan Province," with a total contract value of 653.9 million yuan [1] Group 1 - The company is part of a consortium with China Construction Southwest Design and Research Institute Co., Ltd. for the project [1] - The contract was officially signed on December 10, 2025, and published on the Giant Tide Information Network [1] - The project falls under the category of engineering project general contracting (EPC) for the third bid section [1]

Core Viewpoint - ST Weihai (002586.SZ) has been awarded a contract for the "Yunnan Province Qujing City Luoping County Smart Agriculture Project Engineering General Contracting (EPC) Section 3" in partnership with China Construction Southwest Survey and Design Institute Co., Ltd, with a contract value of 653.9 million yuan [1]. Group 1 - The company announced the winning bid on December 10, 2025, through the Giant Tide Information Network [1]. - The signed contract price for the project is 65,390,000 yuan [1]. - The company is the leading party in the joint venture for this project [1].

Group 1 - The company has signed a construction contract for the "Smart Agriculture Project in Luoping County, Qujing City, Yunnan Province" with a contract value of 653.90 million yuan [1] - The contract amount represents approximately 26.34% of the company's audited operating revenue for 2024 [1] - The execution of this contract is expected to have a positive impact on the company's future operating performance and will not affect its business independence [1] Group 2 - The project has a construction period of 360 calendar days [1] - There are risks associated with the execution of the contract due to potential force majeure events [1]

Group 1 - The core viewpoint of the article highlights the innovative agricultural practices in Gansu Province, specifically the operation of a rose factory that utilizes smart technology to ensure year-round production of fresh-cut roses [2][5] - The rose factory, described as a "super factory," spans 200,000 square meters and is fully automated, showcasing advancements in smart agriculture that contribute to its success [5] - The fresh-cut roses produced are not only popular within China but also have a growing international market, indicating the factory's significant impact on both domestic and overseas sales [5]

Core Viewpoint - The article emphasizes the importance of cultivating new farmers as a key force in the modernization and transformation of agriculture, highlighting the innovative training methods and smart agricultural technologies employed by Beidahuang Group to enhance the skills and capabilities of these new farmers [1]. Group 1: Innovative Training Approaches - Beidahuang Group is utilizing innovative training models to nurture new farmers, focusing on technology and management skills essential for high-quality agricultural development [1]. - The Friendship Branch of Beidahuang Agriculture has established an immersive experience center that serves as a knowledge hub for new farmers, showcasing the unique value of black soil and the importance of its protection [2]. - The center features interactive demonstrations of agricultural technologies, such as the "contour farming" technique, which visually illustrates how protective farming practices can benefit black soil [2]. Group 2: Systematic Training Framework - A comprehensive training system has been developed by the Friendship Branch, combining immersive and interactive experiences to facilitate the practical application of smart agricultural technologies [3]. - The training includes various formats such as on-site teaching, online lectures, and field classes, creating a complete training chain from observation to practical application [3]. - Over 4,000 new farmers have been trained through this system, with more than 1,600 technical manuals and resources distributed to support their growth [3]. Group 3: Collaborative Efforts and Knowledge Sharing - Beidahuang Group recognizes the importance of collaboration and has built a multi-faceted training ecosystem that includes external experts and local practitioners [6]. - External experts provide insights into advanced agricultural concepts and innovations, broadening the horizons of new farmers and keeping them updated on industry trends [6]. - Local experts share practical experiences and techniques that are directly applicable to the challenges faced by new farmers, enhancing their problem-solving capabilities [6]. Group 4: Inter-Farm Collaboration - There is active technical exchange and cooperation among different farms, allowing new farmers to learn from each other's strengths and successful practices [7]. - Activities such as technical observation and experience-sharing sessions promote the adoption of new technologies and varieties across farms, accelerating the transformation of agricultural scientific achievements [7]. - Beidahuang Group aims to continue exploring innovative training models to cultivate more outstanding talents for agricultural modernization [7].

Core Viewpoint - The article highlights the transformation of agriculture in the Zhoukou National Agricultural High-tech Zone through the adoption of smart agricultural technologies, showcasing how these innovations enhance efficiency and productivity in farming practices [1][2][4]. Group 1: Technological Advancements - The use of drones and big data in agriculture allows for precise fertilizer application and real-time monitoring of soil conditions, significantly improving farming efficiency [1][2]. - The Zhoukou National Agricultural High-tech Zone has established a comprehensive smart agriculture information platform, integrating various advanced technologies such as soil moisture monitoring systems and AI pest prediction [4][5]. - The implementation of automated irrigation systems and precision farming techniques has led to substantial water savings and increased crop yields, demonstrating a shift from traditional farming methods to technology-driven practices [4][5]. Group 2: Training and Skill Development - New farmers in the region are actively learning drone operation and data analysis, indicating a cultural shift towards embracing modern agricultural technologies [2][5]. - The local government provides expert guidance and free training in smart agricultural techniques, facilitating the skill development of farmers [4]. Group 3: Economic Impact - The integration of technology in agriculture not only enhances productivity but also strengthens the confidence of farmers, enabling them to better manage their operations [2][5]. - The collaboration between local enterprises and farmers, such as direct supply chains for high-quality wheat, reflects a growing recognition of the importance of agriculture in the economy [5].

Core Insights - The article highlights the transformation of agricultural practices in Suining, Sichuan, through the introduction of modern technologies by a group of post-2000s youth, who aim to teach local villagers smart farming techniques [1][12]. Group 1: Technological Advancements - The "post-2000s" farming class utilizes drones for pest control, smart irrigation, and digital management to enhance productivity on previously barren land [1][3]. - The implementation of digital management has increased the output value per acre from 30,000 yuan to 120,000 yuan, a fourfold increase [7]. - An automated fertilization and irrigation system was developed, allowing for efficient nutrient delivery to the soil [16][18]. Group 2: Community Engagement and Training - The youth have initiated training sessions for local villagers, with over 100 villagers now employed in smart greenhouses [22]. - The program aims to expand the smart greenhouse model to surrounding villages, with a target of establishing 10,000 acres of smart greenhouses [22][26]. - The training includes hands-on demonstrations of modern agricultural techniques, making it accessible for the local population [20]. Group 3: Product Development and Certification - The farming class has successfully cultivated over 20 new varieties of fruits and vegetables, with 11 varieties receiving China Green Food certification [18][20]. - The focus on quality and certification is aimed at enhancing marketability and ensuring traceability in production [20].