为了把技术服务送到更多职工群众身边，我们建立了"网格化"的服务机制，分片负责、有呼必应，确保 问题能及时得到解决。我认为，比解决具体问题更重要的是，培养出更多能解决问题的人。因此，我坚 持"授人以渔"，组织现场观摩、邀请专家讲课、编写"技术要点"，就是希望能为连队培养出一批留得 住、用得上的"土专家""田秀才"。 如今，看到越来越多的职工群众成了技术能手，我打心底里高兴。组织强起来，人才旺起来，田野就更 有希望。未来，我会竭尽所能更好服务农场，为实现农业现代化贡献力量。 （徐志斌 口述 蒲子璇 整理） 作为服务六师奇台农场的一名科技特派员，我在这些年的实践中体会到：乡村全面振兴，关键靠组织， 根基在人才。我的任务，就是把实用的农业技术传下去、用起来。 我们探索出了"种业公司+合作社+职工"联动模式，这不仅仅是买卖种子、回收粮食那么简单，更重要 的是把分散种植的职工群众组织起来，建设一个"学习共同体""实践共同体"。我们把科技示范基地打造 成了大家的"田间课堂"，在这里提供从播种到收获的全程指导服务。但"指导"不是代替，而是手把手地 教大家怎么看土壤墒情、用无人机打药、做到节水又增产。 ...

天眼查App显示，近日，郴州谷满仓科技有限公司成立，法定代表人为吴水万，注册资本60万人民币， 经营范围为许可项目：肥料生产；农药零售。（依法须经批准的项目，经相关部门批准后方可开展经营 活动，具体经营项目以相关部门批准文件或许可证件为准）一般项目：生物有机肥料研发；新型有机活 性材料销售；肥料销售；农林废物资源化无害化利用技术研发；生物农药技术研发；食用农产品零售； 土地整治服务。（除依法须经批准的项目外，凭营业执照依法自主开展经营活动）。 ...

Core Insights - The article emphasizes the accelerated construction of an agricultural technology innovation system centered on high-quality farmland, seeds, opportunities, and methods, which is crucial for ensuring food supply and promoting high-quality agricultural development [1][2][3][4]. Group 1: High-Quality Farmland - The construction of high-standard farmland is a solid foundation supported by technological innovation for food production [1]. - The average grain production capacity per mu (0.067 hectares) of high-standard farmland has increased by approximately 10% [1]. - Modern monitoring techniques such as remote sensing and IoT are utilized for dynamic soil condition assessments, enhancing scientific planting [1]. Group 2: Seed Innovation - Breakthroughs in seed technology are identified as the core engine driving food production [2]. - The national coverage rate of quality seeds has exceeded 96%, with over 95% being independently bred [2]. - Key crops like rice, wheat, and corn have achieved self-sufficiency in seed sources, reinforcing food security [2]. Group 3: Agricultural Machinery Modernization - The total power of agricultural machinery in the country exceeds 11 billion kilowatts, with a comprehensive mechanization rate for major crops surpassing 75% [3]. - The integration of modern information technology with agricultural machinery has led to widespread application of technologies like Beidou navigation and IoT [3]. - The trend towards low-carbon and clean agricultural machinery is being explored through measures such as upgrading emission standards and piloting electric machinery [3]. Group 4: Technology Integration - The establishment of replicable and promotable technology integration models is an effective way to enhance food production [4]. - The implementation of green, high-quality, and efficient actions has covered thousands of major grain-producing counties, promoting standardized technology models [4]. - The focus on long-term agricultural innovation aims to deepen the integration of technology into the entire agricultural production process [4].

Group 1 - The 32nd China Yangling Agricultural High-tech Fair was held with the theme "Technology Empowering New Quality Agricultural Productivity," attracting nearly 400 participants from various sectors [1] - A total of 61 projects were signed on-site with a total investment of 16.23 billion yuan, and an additional 61 projects will be signed later, amounting to 8.76 billion yuan, covering areas such as seed industry, smart agriculture, medicine, medical devices, and agricultural cultural tourism [1] - The Vice President of Northwest A&F University released the "2025 China Agricultural Industry Investment Report," highlighting the acceleration of capital inflow into emerging sectors like smart agriculture and biological breeding driven by policy and technology [1] Group 2 - The Secretary-General of the National Agricultural Technology Innovation Investment Consortium presented the "2025 China Agricultural Technology Innovation Investment Report," indicating that agricultural technology venture capital is focusing on sectors such as agricultural biotechnology, smart agriculture, innovative food and nutrition, and green low-carbon initiatives [1] - The Director of the Yangling Demonstration Zone Investment Promotion Bureau introduced the investment environment and invited global partners to collaborate in five key areas: seed industry, deep processing of agricultural products, biomedicine and health, smart agriculture and intelligent equipment manufacturing, and agricultural technology services [1] - Representatives from agricultural companies, including Beijing Dabeinong Technology Group and AgroFresh, shared cutting-edge technologies, new models, and practical cases during the event [2]

Core Viewpoint - The article highlights the integration of drone technology in agricultural practices in Qingxin District, Guangdong, emphasizing its role in enhancing fertilizer application efficiency and promoting sustainable agricultural development [2][42]. Group 1: Drone Technology in Agriculture - A drone equipped with an advanced fertilization system autonomously flies at a height of 3.5 meters above rice fields, applying fertilizer based on pre-set parameters [3][4]. - The live demonstration of drone fertilization attracted over 50 offline participants and more than 60,000 online viewers, showcasing the growing interest in modern agricultural techniques [6][7]. - The use of drones significantly improves the efficiency of fertilizer application, allowing farmers to manage their operations better with limited manpower [30]. Group 2: Scientific Fertilization Techniques - Traditional fertilization methods have led to soil degradation, resulting in poor rice growth and low yields, prompting the promotion of scientific fertilization techniques in Qingxin District [8][9]. - Since 2009, Qingxin District has implemented various scientific fertilization projects, improving soil structure and increasing fertilizer utilization rates from 40.17% in 2021 to 42.52% in 2023 [10][16]. - The district's new project aims to establish demonstration areas for various fertilization techniques, including drone application, with a target of achieving an 80% fertilizer application rate and reducing chemical fertilizer usage by over 3% [20][21]. Group 3: Future Agricultural Development - The integration of data-driven and intelligent decision-making processes in agriculture is being explored in Qingxin District, setting a precedent for high-quality agricultural development in the province [43][46]. - The emphasis on scientific fertilization and modern agricultural practices is seen as crucial for enhancing food security and increasing crop yields in the context of national food production goals [24][25].

Core Insights - During the "14th Five-Year Plan" period, Shaanxi is enhancing the extension of technological innovation resources to rural revitalization, aiming to inject strong technological momentum into rural development [1][2] - The province is implementing a "one county, one topic" model for key technology research and development projects, focusing on supporting local leading industries [1] - A dual-action approach is being adopted to promote innovation in county-level industries, combining national and provincial technology service teams [1][2] Group 1 - Shaanxi plans to support 137 rural revitalization and key assistance projects by 2025, prioritizing the introduction of new varieties and technologies [1] - The province is organizing the "Hundred Technology Specialists Assist Hundred Villages" initiative, sending 100 technology specialists to provide targeted support [1] - Approximately 1,000 "three regions" technology talents are dispatched annually to provide technical services for key county industries [1] Group 2 - Shaanxi is building an "online + offline" service platform to support technology specialists with project incubation, technical research, and training [2] - A national training base for technology specialists has been established, training over 40,000 individuals annually to meet modern agricultural development needs [2] - The province has developed a cloud platform for technology specialists, creating a new model of "Internet + technology management + agricultural technology services" [2]

Core Insights - The Huanghuaihai region is a crucial grain production area in China, facing challenges due to continuous rainy weather, prompting the Ministry of Agriculture and Rural Affairs to implement a series of solutions to ensure timely harvesting and sowing of winter wheat [1] Group 1: Solutions Implemented - Solution 1: Equipment Enhancement - The deployment of 240,000 tracked harvesters to navigate muddy conditions, acting as "off-road tanks" for agricultural machinery [3] - Over 2,000 mobile drying machines have been organized into a rapid drying network to assist with wet grain, complemented by local drying center hotlines [5] - The Ministry has coordinated with 24 agricultural machinery manufacturers to supply necessary disaster relief equipment to affected areas in Henan within a day [5] Group 2: Technological Advancements - Solution 2: Technological Support - Agricultural experts have provided a "late sowing guide" to mitigate the impact of delayed harvests on winter wheat planting [5] - Recommendations include using more resilient seed varieties, increasing sowing density, and ensuring adequate fertilization for optimal growth [5] - The overarching goal is to minimize current losses while securing future yields through advanced agricultural techniques [5] Group 3: Systematic Agricultural Response - The response to extreme weather has evolved into a systematic approach, integrating machinery deployment and technical support to stabilize food production [5] - The government is enhancing emergency disaster relief capabilities in agriculture, focusing on dual-use agricultural machinery and establishing regional emergency service centers [6] - Strengthening agricultural emergency response capabilities is essential for enhancing the resilience of grain production in China [6]

Core Insights - The visit by the French media group to the Syngenta Group's MAP technology service center in Pinghu, Zhejiang, highlighted the significant digital transformation occurring in Chinese agriculture, showcasing advanced agricultural practices that enhance efficiency and precision [1][4]. Group 1: Digital Transformation in Agriculture - The MAP center utilizes satellite remote sensing and IoT sensors to gather real-time data on soil moisture, crop growth, and weather forecasts, which are analyzed by AI systems to provide precise agricultural recommendations [2]. - Since 2017, the MAP model has been implemented across major grain-producing areas in China, covering over 40 million acres, offering comprehensive services from seed selection to product sales [2][3]. Group 2: Impact on Farming Practices - The MAP approach focuses on green and efficient planting, incorporating techniques such as seedling cultivation, navigation for transplanting, precise water and fertilizer application, and effective pest control, resulting in increased rice yields and quality [3]. - Farmers have reported significant improvements in operational efficiency, with one farmer noting that managing 3,000 acres now requires only a smartphone, leading to an increase in yield of over 100 pounds per acre compared to traditional methods [3]. Group 3: Global Perspective on Chinese Agriculture - The French media group expressed surprise at the advanced state of Chinese agriculture, recognizing its importance in the global agricultural landscape and the innovative potential it represents for the future [4]. - The digital revolution in agriculture not only aims to increase food production but also signifies a shift from traditional farming methods to modern, sustainable practices that harmonize technology with natural processes [4].

Core Viewpoint - The article highlights the emergence of fraudulent agricultural practices disguised as scientific advice, which mislead farmers and disrupt market order, leading to financial losses and potential environmental harm [1] Group 1: Issues Identified - Some individuals posing as "agricultural technology experts" are promoting low-quality or counterfeit agricultural products on short video platforms [1] - The fraudulent practices exploit farmers' eagerness to learn new technologies for increased production and income, indicating a structural supply-demand imbalance in agricultural technology services [1] Group 2: Recommendations - It is essential for relevant authorities to enhance governance of online platforms, increasing regulation, crackdown, and exposure of fraudulent activities [1] - There is a need to enrich the supply of agricultural technology services to bridge knowledge and information gaps [1] - Strengthening agricultural science popularization and education is crucial to improve farmers' scientific literacy and ability to discern quality agricultural products [1]

Financial Performance - In the first half of 2025, the company achieved a revenue of 684.60 million CNY, a year-on-year increase of 6.50% [2] - Domestic revenue was 365.06 million CNY, up 5.10%, accounting for 53.32% of total revenue; overseas revenue was 319.54 million CNY, up 8.16%, accounting for 46.68% [2] - Net profit attributable to shareholders was 61.22 million CNY, with net assets of 1,470.95 million CNY, a year-on-year increase of 9.53% [2] - The modern agriculture business generated a revenue of 122.37 million CNY, with a growth rate of 13.31% [3] Research and Development - The company has established a robust R&D innovation mechanism to ensure continuous investment in core technologies [3] - Collaborations with top research institutions focus on key technologies, including nitrogen-fixing and nematode control [3] - The company is developing a complete chain from laboratory research to field demonstration in modern agriculture [3] Product Development and Market Strategy - The "Tian Sheng Dan" series products are undergoing market promotion through demonstration experiments across multiple provinces, covering over 10 crop types [4] - The company launched the "Million Mu Technology Assistance Project" to apply advanced agricultural technologies in practice [4] - Future strategies include a focus on "biotechnology + digital technology" to drive global agricultural modernization [5] Digital Agriculture Solutions - The digital agriculture segment emphasizes data-driven and intelligent decision-making, exploring areas like agricultural big data and IoT [5] - The company aims to provide comprehensive solutions from planting planning to harvest, enhancing efficiency in large-scale agricultural operations [7] - AI technologies are being integrated into soil testing, irrigation management, and yield estimation to optimize agricultural practices [9] Collaborations and Innovations - Partnerships with institutions like China Agricultural University and Huazhong Agricultural University enhance the company's R&D capabilities [6] - The company is actively developing new multifunctional additives and has achieved international recognition for its heavy metal remediation technology [8]