Core Insights - The article highlights the establishment of a national key laboratory for smart farming technology and systems in Heilongjiang, emphasizing the importance of talent and innovation in modern agriculture [1][2]. Group 1: Talent Attraction and Policy Support - The laboratory, built in collaboration with major universities, aims to address talent acquisition challenges through the support of the "60 Measures for Talent Revitalization in Heilongjiang" policy [2]. - The laboratory has successfully attracted 12 national-level talents and 29 provincial-level talents, with a total of over 300 staff, including 142 PhDs and 109 master's degree holders, achieving over 80% of high-education personnel [2]. - The laboratory has secured 20 million yuan in provincial financial support to enhance its research platform and talent development [2]. Group 2: Talent Development and Training - A comprehensive talent development system has been established, including a "growth mentor" program and interdisciplinary team formation to nurture young talents [4]. - The laboratory has trained 998 students from 2022 to 2025, with students participating in significant research projects and winning national-level awards [5]. - The laboratory promotes a collaborative education model that integrates industry, education, talent, and innovation [4]. Group 3: Research Achievements and Innovations - The laboratory has made significant advancements in crop modeling, precision control, smart equipment, and large-scale applications, resulting in notable research outcomes [6]. - The BDH-Crop series crop model and AgroStudio simulation platform have been developed, leading to a 3% reduction in seed costs and a 4% increase in yield through precision planting prescriptions [6]. - The laboratory's innovations in automated farming have led to a 50.3% reduction in labor for paddy fields and a 51.5% reduction for dry fields, significantly improving operational efficiency [7]. Group 4: Industry Empowerment and Rural Revitalization - The laboratory's work aligns closely with industry needs, facilitating the rapid application of innovative results to enhance agricultural quality in Heilongjiang [8]. - The digital smart farm management system has been successfully implemented in multiple farms, projecting significant economic benefits from increased yields [8]. - The North China Agricultural Service APP has become the largest digital agricultural service platform in China, covering over 113 farms and facilitating loans exceeding 29 billion yuan [8].

Core Insights - The third Xiong'an Future City Scenario Conference will focus on cutting-edge technologies and future industries, launching 12 specialized competitions to promote the large-scale application and industrialization of new technologies, products, and scenarios in Xiong'an New Area and Hebei Province [1][2] Group 1: Competitions and Events - The conference will feature 12 specialized competitions, including the Xiong'an Aerospace Information Innovation Technology Competition, Xiong'an Low-altitude Transportation Innovation Technology Application Competition, and Xiong'an International Robot Competition, among others, covering a total of 35 tracks [1] - New competitions have been added, such as the Green Energy Competition and Smart Express Logistics Competition, indicating an expansion and optimization of the event compared to previous editions [1] Group 2: Project and Resource Development - The event will leverage the modern urban construction of Xiong'an and the rich resource scenarios in Hebei, identifying nearly 100 key directions for scenario development and a number of major engineering projects to support the implementation of these scenarios [2] - The competitions are scheduled to take place from April to June next year, with online registration already open for participating teams and companies through the official platform [2]

Core Insights - The modernization of agriculture in China is being driven by advancements in land resource utilization, core germplasm research capabilities, and agricultural digital infrastructure, forming a new framework for the agricultural technology system [1] - The comprehensive utilization of saline-alkali land is being promoted through collaborative innovation of new varieties, technologies, and systems, transforming "white deserts" into "high-efficiency farmland," which is crucial for food security and presents new structural opportunities in the agricultural technology industry [1] Group 1 - The Yellow River Delta Agricultural High-tech Industry Demonstration Zone is a key area gathering research forces from breeding, ecological restoration, agricultural machinery, and smart agriculture, serving as a testing ground for salt-tolerant varieties and a platform for the transformation of agricultural technology achievements [1] - Research teams have made breakthroughs in breeding, overcoming the bottleneck of achieving both high yield and quality, and have developed new varieties of soybeans, rice, and wheat suitable for saline-alkali land [1] - The trend of agricultural technology deeply integrating into production is evident, with systematic technology integration promoting soil quality improvement [1] Group 2 - Researchers have been conducting targeted experiments to enhance the stress resistance, yield, and regional adaptability of plants in saline-alkali areas, leading to significant yield increases for certain salt-tolerant soybean varieties [3] - The agricultural provinces like Shandong are leveraging smart agriculture technologies to elevate the value of traditional industries, incorporating intelligent greenhouses, water-saving irrigation, pest monitoring, and digital management across the entire production chain [3] - The application of advanced equipment and real-time feedback from big data and IoT systems in production has improved planting precision and enhanced the competitiveness of agricultural products in the market [3] Group 3 - The changes in the agricultural technology industry chain are generating increasing demand for market observation, with users seeking a systematic understanding of the structural factors, policy directions, and cyclical characteristics behind agricultural technology innovation [5] - Professional investment advisory firms are positioned to provide clearer industry insights based on public data and logical analysis of industry trends, particularly in the context of agricultural technology driving new productive forces [5] - The company, as a licensed securities advisory institution, emphasizes compliance and objective analysis in its investment advisory services, focusing on agricultural technology and other structural industries [5]

转自：北京日报客户端 一是坚持分类指导，避免"一哄而上"。科教资源集中的地区可聚焦量子科技、人工智能等前沿技术研 发，能源丰富地区可重点发展新能源和储能产业，农业主产区可推进智慧农业、农产品精深加工，让各 区域都能找到契合自身的发力点。 二是强化创新融合，打通转化堵点。搭建类似中试平台的公共服务体系，促进产学研深度融合，强化企 业创新主体地位，打通从技术到产业的"最后一公里"。 三是完善制度保障，优化发展生态。要健全与新质生产力相适应的生产关系，加强新领域制度供给，发 挥市场在资源配置中的决定性作用，同时通过绿色金融、技改奖补等政策工具，为各地特色发展提供支 撑。 面对新一轮科技革命和产业变革加速演进，发展新质生产力是赢得未来的关键。面向"十五五"，发展方 向已然明晰，关键在于高效落实。各地必须把因地制宜发展新质生产力摆在更加突出的战略位置，以科 技创新为引领、以实体经济为根基，加快建设现代化产业体系。唯有深刻把握"创新是核心、质优是关 键、先进是本质"的内涵，立足资源禀赋、产业基础、科研条件精准施策，才能让新质生产力在广袤的 土地上落地生根、枝繁叶茂，为高质量发展注入澎湃而持久的动力。 来源：经济日报 中央 ...

2025年，农业大省河南有效应对春季极端干旱、夏季严重干旱、秋收持续阴雨等自然灾害，粮食总产 1350.97亿斤，比上年增产7.1亿斤，连续9年稳定在1300亿斤以上。在与会专家学者看来，这离不开智慧 化农业的广泛应用。 2025乡村振兴与产业发展大会聚焦提升农业"智力" "这款设备具备多种控制方式，经过AI模型训练，能识别包括河南方言在内的多种地方语言，方便一线 农户操作。"河南某科技装备有限公司工程师蒋倩向中新社记者介绍，该设备搭载农作物生长模型、结 合土壤墒情传感器，可智能判断土壤干旱程度与缺肥情况，实施精准灌溉、施肥，已在河南二十多个县 市投产超万台。 近年来，农业智慧化应用在河南山区农村尤为普遍。譬如，位于太行山区的安阳林州今年开通"无人机 山区邮路"。与会的中国邮政集团有限公司安阳市分公司工作人员黄智广告诉记者，目前，无人机送快 递已在当地覆盖11个行政村，4000多名村民告别"物流上山难"，新鲜土特产的及时运出销售，也帮助农 民增收。(完) 中新社郑州12月26日电 (记者 韩章云)以"承五年振兴硕果，启农业强国新程"为主题的2025乡村振兴与 产业发展大会暨第四届乡村振兴论坛26日在河南郑州启 ...

Core Viewpoint - The integration of digital technologies such as big data, cloud computing, and artificial intelligence is crucial for advancing China's rural revitalization strategy, positioning the digital economy as a key driver for high-quality economic development and revitalizing rural economies [1] Group 1: Digital Infrastructure Development - Digital infrastructure is essential for the operation of the rural digital economy, influencing its breadth, depth, and speed of development [2] - The construction of a comprehensive digital infrastructure should adhere to principles of being appropriately advanced, efficient, and environmentally friendly [2] - There is a need to enhance network coverage in rural areas through the deployment of high-speed fiber networks and mobile communication technologies [2] Group 2: Integration and Empowerment of New Digital Business Models - The deep integration of the digital economy with rural industries is vital for stimulating internal motivation and enhancing development capabilities [3] - Emphasis on smart agriculture through the application of IoT, big data, and AI in agricultural production processes is necessary to improve productivity and resource utilization [3] - The promotion of e-commerce models and the development of diverse marketing strategies such as live streaming and social e-commerce are essential for expanding rural market access [3] Group 3: Innovation-Driven Ecosystem Development - A supportive development ecosystem is crucial for the sustainable growth of the rural digital economy, requiring the removal of institutional barriers and optimization of policy frameworks [4] - The cultivation of local digital talent through training programs for rural stakeholders is necessary to enhance digital skills and knowledge [4] - The advancement of digital governance through integrated online government service platforms can improve rural management and public service delivery [4]

Group 1 - The article emphasizes the acceleration of building a modern transportation and logistics system to support the new development pattern in China [1] - The "Encouragement of Foreign Investment Industry Catalog (2025 Edition)" was released today, indicating a focus on attracting foreign investment [8] - The National Grid's fixed asset investment is projected to exceed 650 billion yuan by 2025, highlighting significant infrastructure investment [10] Group 2 - The article mentions the positive progress in soil and water conservation during the "14th Five-Year Plan" period, reflecting environmental sustainability efforts [6] - The construction of smart agriculture in China is accelerating, indicating advancements in agricultural technology [7] - The "Special Governance Action Plan for the Quality and Safety of Industrial Products Sold Online (2025-2027)" was published, aiming to enhance product safety standards [10]

Group 1 - The core viewpoint of the articles highlights the rapid advancement of smart agriculture in China, showcasing its strong momentum and the new landscape of modern agricultural development [1] Group 2 - In Fujian Shunchang, 100,000 acres of citrus have been harvested, with rail transport vehicles and heavy-duty drones replacing traditional methods, significantly improving efficiency [2] - In Inner Mongolia's Dongwuzhumuqin Banner, herders are using smart collars for cattle, allowing real-time monitoring of activity levels and health status via mobile phones [2] - In Jiangsu Pukou, smart aquaculture has enabled remote monitoring and precise feeding of shrimp, with expected production increases of around 20% compared to the same period last year, alongside noticeable quality improvements [2] Group 3 - During the 14th Five-Year Plan period, China is implementing smart agriculture actions, with continuous improvements in innovation capabilities [4] - Breakthroughs have been made in 104 key technologies, including smart monitoring and robotic systems for field crops, and 62 types of intelligent equipment [4] - A total of 116 national smart agriculture innovation application projects have been established, with over 30 key technologies promoted and a technology implementation rate exceeding 95% [4] Group 4 - The application scenarios for smart agriculture are expanding across the entire chain, with 16 typical case studies released covering breeding, cultivation, processing, and sales [4] - A smart empowerment plan for farms and fisheries has been initiated, aiming to train over 1,500 leaders of large-scale entities within three years to develop smart agricultural practices [4] Group 5 - As China's agricultural digital transformation accelerates, grain production is moving towards precision and intelligence, while facility agriculture is beginning to achieve digital cultivation [5] - The entire agricultural industry chain is rapidly transitioning to digital and intelligent modifications, injecting strong momentum into agricultural modernization [5]

每经头条（nbdtoutiao）——左手"欠款"右手"豪购"！杨陵江收购"国内酒庄第一股"，1919是否重启上 市？"吹太多牛都实现了，但千亿还没实现，我很着急" （记者 曾健辉） 每经AI快讯，托普云农（SZ 301556，收盘价：99.3元）12月24日晚间发布公告称，公司于近日收到君 享 1 号资管计划管理人出具的《关于股份减持计划实施完成的告知函》。截至本公告披露日，本次减持 计划已实施完成，公司股东君享1号资管计划减持公司股份约197万股，减持股份占公司总股份为 2.3%。 2024年1至12月份，托普云农的营业收入构成为：智慧农业行业占比100.0%。 截至发稿，托普云农市值为85亿元。 ...

Core Insights - The development of smart agriculture in China is rapidly advancing, leveraging technologies such as AI, IoT, big data, and robotics to enhance productivity and resource utilization in agriculture [1][2] Group 1: Technological Advancements - Smart agriculture utilizes advanced technologies for information perception, intelligent decision-making, and precise operations, significantly improving land output and labor productivity [1] - The integration of sensors, data processing, and remote sensing technologies has enabled the collection of critical data on environmental conditions, pest monitoring, crop growth, and yield [1] - Intelligent decision-making is supported by agricultural knowledge graphs and core algorithms, generating precise prescriptions for environmental control and pest management [1] Group 2: Industry Advantages and Challenges - China possesses unique advantages in smart agriculture, with state-owned enterprises driving innovation and providing significant application scenarios for technology [2] - New infrastructure development in rural areas is reducing the costs associated with deploying smart agriculture solutions, although challenges such as data barriers and limited application scope remain [2] Group 3: Policy and Standardization - Establishing a mechanism for linking technological innovation outcomes with standardization is crucial for addressing issues like data barriers and system integration in smart agriculture [3] - The development and implementation of national and industry standards for smart agriculture are essential to enhance applicability and innovation, fostering a virtuous cycle of technology innovation and industry application [3] Group 4: Implementation Strategies - A comprehensive approach involving pilot demonstrations and application promotion is recommended to enhance the resilience of smart agriculture [3] - Setting up leading areas for smart agriculture in regions with better foundational conditions can facilitate the application of smart planting, livestock, and aquaculture solutions [3]