
专家齐聚探讨东北黑土地智慧农业规模化与普及化路径
9月21日,玉米智慧农场模式创制及应用示范现场观摩会在吉林公主岭举行。该基地由吉林省农科院与吉林省净发农业产业发展有限公司打造,通过无人机、智能机器狗及5G数据平台,实现玉米种植的数字化与精准化管理。
AI-generated summary
该千亩示范基地由吉林省农科院与吉林省净发农业产业发展有限公司联合打造,依托王立春院士团队技术支持。基地通过数字化手段实现玉米种植的精准化管理。
中新网长春9月21日电 (谭伟旗 金乔)21日,由吉林省农业科学院(中国农业科技东北创新中心)主粮工程研究中心主办的玉米智慧农场模式创制及应用示范现场观摩会在吉林公主岭举办。来自业内的院士、专家及各地新型农业经营主体代表齐聚田间,为东北黑土地智慧农业规模化、普及化发展探寻路径。
本次观摩的千亩示范基地由吉林省农业科学院与吉林省净发农业产业发展有限公司联合打造,依托中国工程院院士王立春团队的核心技术支撑,整合科研技术、基地资源与市场资金优势,将智慧农业技术从理论样板、展厅展示转化为田间实际生产力。
如今,该基地已建成立体化、数字化智慧种植体系。通过无人机遥感巡田、智能机器狗田间勘测、墒情传感器全天候监测等智能设备,搭配5G数据传输与智能管控平台,实现田间农情数据全域采集、智能分析,让农业生产摆脱传统经验判断,迈入“数据驱动、精准种植”的新阶段。
吉林省农业科学院研究员杨今胜介绍,团队自研的苗情智鉴系统可精准识别玉米出苗率、植株长势等关键信息,识别精度达88%;搭载激光雷达的智能机器狗,可精细化采集玉米茎粗、种植密度等数据,测量误差控制在5%以内,为田间精细化管理提供精准数据依据。
智慧农业技术的落地,有效推动田间作业提质增效。基地依托全生育期航拍监测,精准对比不同播种设备、作业参数下的作物长势差异,为优化种植流程、调整作业标准提供科学支撑,实现田间作业精准化、高效化升级。
王立春表示,智慧农业发展的核心是落地实用,需优先推广成本可控、操作简便、成效直观的农业技术,重点攻克低成本基础设施配套难题,在稳产增产的同时实现节本降耗,算好农业生产“经济账”。
此次观摩会还集中展示多项核心种植技术成果,科研专家现场答疑解惑,为50余名种植大户、家庭农场代表传授实操经验。吉林省净发农业产业发展有限公司总经理王志权表示,未来将持续完善智慧种植体系,总结可复制、可推广的种植模式,辐射带动区域农业数字化转型升级,激活黑土地增产增收新动能。
The passion fruit planting base in Shuibei Village, Dam Town, Heyuan City is ushering in the golden passion fruit mature season. The planting area is 300 acres, the yield per mu is about 3,000 kilograms, and the total output is expected to reach 1 million kilograms. The fruit is golden and juicy, and the supply exceeds demand. The picking cycle lasts from summer and autumn to early winter, and is mainly sold to the Pearl River Delta region. The person in charge of the base said that the peak picking period will last until December, and weeding operations will be carried out after the harvest to manage and protect the fruit trees. This industry contributes to rural revitalization and attracts villagers to work nearby.
At present, autumn grains across the country are entering the harvest season one after another. Rice in the southwest has entered its peak harvest. Guizhou has increased subsidies for the purchase of small agricultural machinery, adding more than 220,000 units. The rice harvest in the hilly areas of Sichuan has exceeded 11 million acres; Liuhe, Jilin, in the northeast Rice harvest has begun in Tongjiang, Heilongjiang, and corn is gradually maturing in the Huang-Huai-Hai region. Various places are seizing the window of fine weather to harvest and dry. Huaxian, Henan, Yuncheng, Shandong and other places have organized emergency service teams and drying points to operate at full capacity to ensure that grain particles are returned to warehouses.

The Shandong main event of the 2026 Chinese Farmers Harvest Festival was held on September 22 in Tianjiadianzi Village, Ju County, Rizhao City. The event showcased agricultural modernization achievements such as the construction of Shandong rural revitalization areas, smart agricultural machinery and equipment, integrated water and fertilizer technology, and marine ranching through 11 exhibition areas.
The 2026 Yunnan Dry Hot Valley Fig Industry Development Conference was held in Dongchuan, Kunming. Experts from China, Turkey, and Iran conducted exchanges around planting, breeding, and trade. The Yunnan Provincial Experts Association Fig Industry Professional Committee was established on the same day, aiming to promote the transformation of the Dongchuan fig industry from climate advantages to industrial advantages.
Tian Shaoqing, a member of the Kuomintang Revolutionary Party and deputy director of the Department of Rural Governance of Hainan University, suggested at the 2026 "15th Five-Year Plan: Concentrate on Free Trade Port" Salon that through technological empowerment, a supply chain-oriented "unveiling the list" mechanism, a cross-border information service ecology and a high-end brand path, we can solve problems such as the difficulty in transforming Hainan's tropical and efficient agricultural achievements, the lack of information services, and the unreleased brand value to promote high-quality development of the industry.

Ma Tengjiang, a 67-year-old farmer in Ningcheng County, Inner Mongolia, uses his mobile phone to remotely monitor the moisture, seedlings and insect conditions of 260 acres of corn fields through a smart agricultural management platform. This digital system achieves precise irrigation and fertilization, significantly improves farmland management efficiency, helps increase per-acre yield and reduces resource consumption.