Core Insights - The training program for high-quality farmers in Shaoguan has successfully concluded, with 1,211 new farmers trained to empower agricultural development [2][4]. Group 1: Training Program Overview - The training program, organized by the Shaoguan Agricultural and Rural Bureau and conducted by Guangzhou Zhongning Agricultural Technology Development Co., Ltd., started in December 2025 and lasted for over a month, comprising four sessions [2][3]. - The program focused on cultivating leaders of new agricultural business entities and key talents for rural revitalization, effectively enhancing the professional skills and practical abilities of local agricultural practitioners [3][4]. Group 2: Curriculum and Practical Training - The curriculum was closely aligned with the actual development needs of Shaoguan's agricultural industry, addressing practical demands in areas such as rice and vegetable planting, digital agriculture, and agricultural machinery operation [6][7]. - Specialized courses were offered to address skill gaps among practitioners, particularly focusing on training agricultural machinery operators [8]. - The training included practical sessions at high-quality agricultural training bases and e-commerce operation bases in cities like Guangzhou, Jiangmen, Huizhou, and Foshan, allowing for field observation, discussions, and hands-on training [15][16]. Group 3: Future Plans and Support - The Shaoguan Agricultural and Rural Bureau plans to establish a follow-up service system for trainees, providing ongoing support through discussions, e-commerce skill enhancement, on-site expert guidance, and agricultural policy education [20][21]. - This initiative aims to help trainees convert their skill advantages into developmental benefits, ensuring that the training translates into practical production outcomes [22].

Core Viewpoint - Rural revitalization is considered the foundational support and key link for the comprehensive revitalization of Liaoning province, with a focus on transforming agriculture into an efficient and profitable industry [1] Group 1: Agricultural Innovation - Accelerating seed industry innovation is essential, emphasizing deep integration of production, education, and research led by enterprises to ensure their role as the main body of technological innovation [1] - There is a need to systematically deploy tasks related to variety cultivation, soil quality improvement, and agricultural machinery development to establish a robust technological platform [1] - The conversion of research results should actively engage researchers and relevant stakeholders, promoting the development of various agricultural technology social service organizations to enhance the agricultural innovation ecosystem [1] Group 2: Regional Advantages and Differentiated Development - It is important to leverage regional advantages and implement industry layouts tailored to local conditions for differentiated development [1] - Specialty products such as Dandong strawberries and Dalian cherries should focus on the three key aspects of "variety, quality, and brand" to promote standardized production [1] Group 3: New Cultivation Models - There is a strong emphasis on developing new cultivation models, particularly dense planting methods, which offer advantages such as labor-saving, time efficiency, and ease of mechanization [1]

1月22日，国务院新闻办公室举行新闻发布会。农业农村部副部长张兴旺在会上介绍，农业农村部将紧 紧围绕农业高质量发展，坚持产量产能、生产生态、增产增收一起抓，统筹发展科技农业、绿色农业、 质量农业、品牌农业，走产出高效、产品安全、资源节约、环境友好的现代农业发展之路，推动农业增 效益、农民增收入、农村增活力。 近年来，我国粮食连年丰收。张兴旺表示，我国粮食安全总体上有保障，但粮食等重要农产品的需求还 将增长，粮食产需紧平衡态势没有改变。提升产能方面，要继续在提高农业综合生产能力上下功夫，加 力实施新一轮千亿斤粮食产能提升行动，构建多元化食物供给体系，增强粮食等重要农产品供给保障能 力。扎实推进藏粮于地、藏粮于技，严守耕地红线，高质量推进高标准农田建设，选育推广高产优质突 破性新品种。同时，加强高端智能、丘陵山区适用农机装备研发应用。 谈及提升效益，张兴旺强调，重点是培育壮大乡村富民产业，推动延链补链强链。做强农产品加工业， 分类培育龙头企业、"链主"企业，协同推进农产品初加工、精深加工和副产物综合利用加工，加快补上 仓储保鲜、冷链物流、预冷烘干等短板，做足做活"粮头食尾""畜头肉尾""农头工尾"文章。同时，开发 ...

Core Insights - The event held in Shenyang focused on the development of the "Agricultural Science Silicon Valley" project, aiming to boost the agricultural technology industry in the Shenhe District through collaboration among government, enterprises, and educational institutions [1][2] Group 1: Event Overview - The "15th Five-Year" high-quality development and key project promotion meeting attracted over 500 guests, including experts, business elites, and financial representatives, to discuss innovation and development strategies for the agricultural technology sector [1][2] - The meeting highlighted the strategic vision for the Shenhe District, emphasizing the collaborative development of three main industries: financial commerce, cultural tourism, and agricultural technology [2] Group 2: Project Signings - A total of 17 quality projects were signed at the event, focusing on joint development, agricultural specialty trading platforms, and the transformation of agricultural technology achievements [3] - The projects aim to integrate resources and create a strategic community involving government, industry, academia, and finance, facilitating the transition of agricultural production towards precision and efficiency [3] Group 3: Expert Discussions - Industry representatives discussed key issues such as the integration of scientific research with practical applications in agriculture and the role of financial support in advancing agricultural technology [4] - Insights were shared on various innovative models, including AI-enabled retail for agricultural products and the collaboration of different sectors to enhance the agricultural industry [4] Group 4: Future Directions - The Shenhe District plans to leverage the momentum from the promotion meeting to optimize the business environment, strengthen policy support, and ensure the effective implementation of signed projects [5] - The goal is to establish the "Agricultural Science Silicon Valley" as a leading hub for agricultural innovation in Northern China, contributing to high-quality regional economic development [5]

Core Viewpoint - Fubon Technology (300387) aims to become a global leader in agricultural technology services by leveraging biological and digital technologies to empower global agricultural development [1] Group 1: Company Strategy - The company is committed to deepening its involvement in the planting industry chain [1] - Fubon Technology plans to explore a differentiated approach combining "water, fertilizer, and pesticide coupling" with digital technology [1] - The goal is to create a modern agricultural ecosystem that integrates "seeds, fertilizers, pesticides, biological technology, and digitalization" [1]

Core Insights - The article discusses the impact of the China-Africa Agricultural Technology Centers, highlighting their role in enhancing agricultural productivity and training local farmers in Malawi, Zambia, and Brazil through innovative agricultural practices and technology transfer [14][15][20]. Group 1: Malawi Agricultural Technology Center - The Malawi China-Africa Agricultural Technology Center has implemented a model combining scientific research, technical training, and demonstration to improve local agricultural practices, significantly increasing maize yields and addressing food security [14][16]. - The project has trained over 100 students from 13 African countries, establishing six technology centers that cover 240 villages and 200,000 acres of farmland, with maize yields quadrupling in surrounding areas [16][17]. - Local farmers, such as Joyce Phiri, have seen substantial increases in crop yields and have begun sharing knowledge with their communities, demonstrating the project's success in fostering agricultural innovation [16][17]. Group 2: Zambia Soybean Technology Center - The Zambia Soybean Technology Center has achieved nearly a 40% increase in soybean yields, utilizing a closed-loop production model that integrates crops, fungi, and fertilizers [17][18]. - The center has established a 150-acre soybean demonstration base and trained over 300 individuals, creating a network of core soybean growers and enhancing local agricultural practices [18][19]. - Local farmers have adopted new techniques, leading to improved crop management and productivity, with a focus on practical, localized training methods [19]. Group 3: Brazil Agricultural Mechanization Technology Center - The China-Brazil Family Agricultural Mechanization Technology Center has significantly improved production efficiency, reducing labor time by 80% and production costs by 60%-80% through the introduction of Chinese agricultural machinery [20][21]. - The center has established two operational technology centers, with a focus on training local farmers and providing precise technical support to enhance agricultural practices [21][22]. - Collaborative efforts between Chinese and Brazilian institutions have fostered cultural exchange and the development of local agricultural talent, strengthening the agricultural sector in Brazil [22].

Core Insights - The "Science and Technology Small Courtyard" model integrates scientific innovation, social service, and talent cultivation in agriculture, expanding its services to countries like Malawi, Zambia, and Brazil since 2019, leveraging China's successful experiences to stimulate local agricultural development [1][2] Group 1: Malawi Case Study - The Malawi-China Science and Technology Small Courtyard project aims to transform local agriculture through hands-on training and technical support, significantly improving crop yields and food security for local farmers [3][4] - The project has trained over 100 agricultural students from 13 African countries, establishing six technology courtyards that impact 240 villages and 200,000 acres of farmland [3][4] - Local farmers, such as Joyce Phiri, have seen their maize yields quadruple, achieving self-sufficiency and surplus for sale, demonstrating the project's effectiveness in enhancing agricultural practices [3] Group 2: Zambia Case Study - The Zambia Soybean Technology Small Courtyard has increased soybean yields by nearly 40%, benefiting local farmers through improved agricultural techniques and practices [4][5] - The project focuses on a dual approach of cultivating edible fungi and improving soybean varieties, adapting to the local highland tropical climate [5][6] - The courtyard has established a 150-acre soybean demonstration base and trained over 300 individuals, creating a network of skilled agricultural technicians [6] Group 3: Brazil Case Study - The China-Brazil Family Agriculture Mechanization Technology Small Courtyard has significantly enhanced agricultural efficiency, reducing production costs by 60% to 80% and shortening operational time by 80% for local farmers [7][8] - The project has implemented two operational courtyards, focusing on mechanization needs and providing tailored training and technical support to local farmers [7][8] - The initiative fosters cultural exchange and collaboration between Chinese and Brazilian agricultural students, enhancing local agricultural practices and building a skilled workforce [9]

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].