制图：人民日报数字传播公司 种粮的接力棒，正在传递给新的一代：骨子里刻着农耕文明的基因，记忆里满是祖辈种地的辛劳；长大 后的他们走出了乡村，却又离开既定的"轨道"，转头选择了人生的旷野。 有人说，"50后、60后种不动，70后、80后不愿种，90后、00后不会种"，事实真是这样吗？走近这些年 轻的粮农，答案就写在他们家乡的田野上。 回到熟悉又陌生的土地上，寻找不一样的价值感 黑龙江肇东市尚家镇，大田进入了休耕期，垄沟间的细碎秸秆和车辙印，被几场新雪一扫而净。前不 久，我们联系到85后农机手张洋洋的时候，他正赶在土地上冻前整地起垄。他身后，一垄垄黑土带着杂 草和玉米根茬，被农机迅速翻起、压实，以备来年春播。 农机的轰鸣声，不时勾起张洋洋儿时的记忆："凌晨3点起来掰苞米，一直干到天黑。70亩要收上半个 月。"而现在，他一个月的作业服务面积就达上万亩。 张洋洋的成长轨迹，与农业现代化不期而遇。2008年，父亲张春喜购置了一台玉米收割机，这在当时的 肇东还是个新鲜玩意。尽管机收效率更高，但看到地里散落的玉米粒，张洋洋的爷爷坚持认为，机器远 不如人手可靠。 同年秋天，张洋洋从黑龙江省水利学校机械加工专业毕业。在家捣鼓农 ...

种粮的接力棒，正在传递给新的一代：骨子里刻着农耕文明的基因，记忆里满是祖辈种地的辛劳； 长大后的他们走出了乡村，却又离开既定的"轨道"，转头选择了人生的旷野。 有人说，"50后、60后种不动，70后、80后不愿种，90后、00后不会种"，事实真是这样吗？走近这 些年轻的粮农，答案就写在他们家乡的田野上。 回到熟悉又陌生的土地上，寻找不一样的价值感 黑龙江肇东市尚家镇，大田进入了休耕期，垄沟间的细碎秸秆和车辙印，被几场新雪一扫而净。前 不久，我们联系到85后农机手张洋洋的时候，他正赶在土地上冻前整地起垄。他身后，一垄垄黑土带着 杂草和玉米根茬，被农机迅速翻起、压实，以备来年春播。 农机的轰鸣声，不时勾起张洋洋儿时的记忆："凌晨3点起来掰苞米，一直干到天黑。70亩要收上半 个月。"而现在，他一个月的作业服务面积就达上万亩。 2016年，"粮三代"罗昇经历创业不顺，回到老家江西宁都县东山坝镇大布村，坐在田埂上听风、看 云，日渐放下了烦恼。看到日益寂寥的村庄，目睹父母躬耕田地的辛劳，他决定在家乡开启一份新事 业。 伴随着插秧机、无人机的应用，罗昇耕种管理的面积从100亩增长到1000多亩，在新农人这条赛道 上也愈加得 ...

种粮的接力棒，正在传递给新的一代：骨子里刻着农耕文明的基因，记忆里满是祖辈种地的辛劳；长大 后的他们走出了乡村，却又离开既定的"轨道"，转头选择了人生的旷野。 有人说，"50后、60后种不动，70后、80后不愿种，90后、00后不会种"，事实真是这样吗？走近这些年 轻的粮农，答案就写在他们家乡的田野上。 回到熟悉又陌生的土地上，寻找不一样的价值感 黑龙江肇东市尚家镇，大田进入了休耕期，垄沟间的细碎秸秆和车辙印，被几场新雪一扫而净。前不 久，我们联系到85后农机手张洋洋的时候，他正赶在土地上冻前整地起垄。他身后，一垄垄黑土带着杂 草和玉米根茬，被农机迅速翻起、压实，以备来年春播。 农机的轰鸣声，不时勾起张洋洋儿时的记忆："凌晨3点起来掰苞米，一直干到天黑。70亩要收上半个 月。"而现在，他一个月的作业服务面积就达上万亩。 张洋洋的成长轨迹，与农业现代化不期而遇。2008年，父亲张春喜购置了一台玉米收割机，这在当时的 肇东还是个新鲜玩意。尽管机收效率更高，但看到地里散落的玉米粒，张洋洋的爷爷坚持认为，机器远 不如人手可靠。 同年秋天，张洋洋从黑龙江省水利学校机械加工专业毕业。在家捣鼓农机时，他发现改造传动系统可以 ...

Core Viewpoint - The company recognizes the development opportunities in the smart agriculture sector and aims to leverage its comprehensive advantages in agricultural machinery and technology to transition from providing equipment products to offering complete solutions and smart agricultural management plans [2] Group 1 - The company plans to utilize its "Dongfanghong" brand advantage, mature manufacturing system, and market network to explore new business models in smart agriculture [2] - The transition strategy includes moving towards providing integrated solutions rather than just equipment [2]

Group 1 - The event "Digital Silk Road" will showcase agricultural products from Lancang-Mekong countries through both online and offline exhibitions, highlighting regional agricultural cooperation achievements [1] - The event will include product tasting and trade matching sessions, as well as a platform for discussions on smart agriculture and cross-border industrial chain collaboration [1] Group 2 - The event is scheduled to take place from January 16 to January 18, 2026, in the ancient city of Taiping, Chongzuo, Guangxi [4]

Summary of Top Cloud Agriculture Conference Call Company Overview - Top Cloud Agriculture has developed a comprehensive digital solution that integrates artificial intelligence with agriculture, covering production, research, government management, and services, aiming for an efficient, intelligent, and sustainable modern agricultural model [2][3] Core Business Areas - The company focuses on three main areas: digital seed industry, digital farmland, and digital planting, utilizing a sky-ground integrated perception system combined with AI for precise control and full-chain services [2][5] - The company has established specialized solutions for digital fields, tea gardens, orchards, and parks [2] Technological Advancements - The application of AR technology in research has significantly improved efficiency and accuracy, shortening breeding cycles and enhancing pest monitoring [2][7] - High-throughput plant phenotype analysis and AR-assisted breeding management are key innovations that automate data collection and improve breeding outcomes [7] Government Collaboration - Top Cloud Agriculture assists government agencies in smart regulation through digital agricultural management, providing intelligent monitoring services for food security and farmland construction [6][11] Market Position and Growth - The company has seen a shift in revenue sources, with research contributing over 30% and government orders accounting for about 60% of total revenue [11][16] - The company is optimistic about future order growth, particularly in seed innovation and pest control, with expected investments in the tens of billions [11] Competitive Landscape - The smart agriculture sector is fragmented and at an early stage, with low standardization. Top Cloud Agriculture's competitive advantages include interdisciplinary integration, deep collaboration between hardware and software, and a comprehensive service offering [17][18] Financial Performance - The company has experienced an increase in large project orders, which has extended the payment cycle due to complex approval processes, but overall financial management remains stable with a gross margin around 50% [19] Future Plans - Top Cloud Agriculture plans to focus on domestic market expansion while gradually considering overseas markets in the next 3-5 years, with a high compatibility of products with international demand [20] Capital Expenditure - Future capital expenditures will primarily target AI and robotics, with a phased investment approach based on industry developments [14] Customer Segmentation - The customer base is primarily B2B, including large farm owners and agricultural companies, with a service model that emphasizes standardized solutions and annual service fees to enhance customer retention [16]

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 Viewpoint - The "Three Rural Issues" (agriculture, rural areas, and farmers) have become a prominent highlight in economic and social development, with significant achievements in agricultural production, farmer income growth, and rural stability, providing strong support for high-quality development [1][2][3] Summary by Sections Agricultural Production and Farmer Income - Agricultural production and farmer income are the most important indicators of "Three Rural Issues" development, with stable production and continuous income growth observed [5][6] - In 2025, grain production reached a new high, with per capita grain availability exceeding 500 kilograms, and a variety of agricultural products such as cotton, oil, sugar, and vegetables being sufficiently supplied [6][7] Policy and Technological Support - The increase in grain production is attributed to effective policies, technological advancements, and improved seed varieties, with over 90% of grain production growth coming from yield improvements [7] - The implementation of a compensation mechanism for grain production areas and the steady increase in minimum purchase prices for wheat and rice have motivated farmers to grow more [7] Poverty Alleviation and Rural Development - The two bottom-line tasks post-poverty alleviation are ensuring stable and safe supply of grain and important agricultural products, and consolidating the achievements of poverty alleviation to prevent large-scale return to poverty [5][8] - By the third quarter of 2025, the actual disposable income of rural residents in poverty-stricken counties grew by 6.5%, outpacing the national rural growth rate by 0.5 percentage points [8] Agricultural Innovation and New Trends - The emergence of new agricultural professions and the integration of technology into agriculture are reshaping the rural workforce, with new roles such as rural AI trainers and collective economic managers being recognized [14][15] - The trend of returning entrepreneurs to rural areas is significant, with over 15.1 million returnees expected by the end of 2025, indicating a positive shift in rural revitalization [15] Agricultural Processing and Tourism - The development of agricultural processing and rural tourism is crucial for enhancing rural economies, with a focus on cold chain logistics and deep processing of agricultural products like lychee [17][18] - Rural tourism has evolved from simple farm stays to cultural and experiential offerings, emphasizing the need for unique selling points to attract visitors [19]

Core Insights - The article highlights the technological advancements and collaborative efforts in the orange industry of Xinfeng County, Jiangxi Province, showcasing the transformation from traditional farming to a smart agricultural model [1][2][3]. Group 1: Industry Development - Xinfeng County has developed a total planting area of 285,000 acres for navel oranges, with an annual production exceeding 280,000 tons and a total industrial output value surpassing 7 billion yuan [1]. - The county's navel orange processing output value is expected to exceed 2 billion yuan in 2024, driven by the development of over 30 deep-processing products [2]. Group 2: Technological Integration - Smart agriculture is being implemented with sensors and automated irrigation systems that optimize water and fertilizer usage based on soil data [2]. - The intelligent sorting line in the processing facilities achieves a grading accuracy of 98% through spectral scanning of each fruit [2]. Group 3: Collaborative Models - The county has established a cooperative model involving 165 cooperatives and 8,346 farmers, providing unified services in seedling cultivation, technology, processing, and sales [2][3]. - Farmers like Gu Bin have reported increased incomes of around 200,000 yuan annually due to partnerships with companies that provide technical support and market access [3]. Group 4: Policy Support and Training - The county allocates 50 million yuan annually for targeted support in key areas of industry development, including subsidies for disease-resistant seedlings and new pesticide systems [3]. - Training programs for over 20,000 farmers each year are conducted to enhance skills and encourage innovation in farming practices [4]. Group 5: Marketing and Global Reach - Xinfeng County has launched a global recruitment initiative for marketing representatives, with a total funding of 3 million yuan to promote navel oranges [5][6]. - The county's navel oranges are not only sold domestically but also exported to markets in Singapore, Vietnam, and the European Union, with a projected 25% increase in export volume in 2024 [6]. Group 6: Future Goals - The "Fifteen-Five" plan aims to achieve a comprehensive output value exceeding 10 billion yuan by 2030, with over 15% of the output being exported and an average income for farmers exceeding 100,000 yuan [6].

（来源：黑龙江日报） 农场聚焦水稻育、插、管、收全链条，以技术突破破解单产提升瓶颈。育苗推广智能双氧催芽+温湿度 传感器管控，种子发芽率提至95%以上，壮苗率达100%；栽培采用宽窄行插秧模式，配套智能农机， 结合36个叶龄跟踪点实现数字化管控，无人机精准施药让病害发生率降至2%以下；施肥全覆盖测土配 方+侧深施肥，53万亩稻田按需精准用肥，实现节本增效。多举措发力下，2025年军川农场水稻最高亩 产达835公斤，培育25户示范户、3条示范带及3处核心示范区，形成可复制推广经验。 当前军川农场借冬训精进技术，围绕智慧农业设备实操、良种筛选、田间精细化管理等重点内容集中充 电，将高产经验转化为备耕硬举措，强化科技创新驱动，提升农业从业者种植水平，以技术深耕、管理 提质持续夯实粮食生产根基，筑牢粮食安全防线，为2026年农业丰产丰收、职工增收致富筑牢坚实基 础。 本报讯（杨倩 记者刘畅）近日，北大荒集团军川农场抢抓冬闲时节，复盘2025年水稻单产提升经验， 研讨智慧农业设备应用，将冬闲转化为赋能备耕的黄金期，全力为今年农业生产开好局。 水稻作为军川农场核心作物，2025年农场以"藏粮于地、藏粮于技"为指引，将水稻 ...