培训聚焦"智慧农业"核心主题，紧密围绕农业数字化、智能化、网络化的发展方向，设置了涵盖智慧农 业技术应用、农产品电商运营与品牌建设、休闲农业与乡村旅游创新、现代农业经营管理等前沿实用课 程。通过专家授课、案例分析、实地研讨、经验交流等多种形式，为学员提供了系统性、前瞻性的学习 体验，助力其提升在新技术、新模式、新业态下的引领带动能力。 中新网安徽新闻1月6日电 近日，肥西县新产业新业态带头人（智慧农业）高素质农民培训班举行结业 仪式。本次培训旨在积极顺应现代农业发展新趋势、新要求，着力培育一批具备互联网思维、掌握现代 科技、善于创新经营的新产业新业态骨干力量，为肥西县农业转型升级和乡村振兴注入新动能。 主办方希望，各位学员将所学的新知识、新思路转化为推动实际产业发展的具体行动，积极应用智慧农 业技术，探索融合发展的新业态、新模式，切实发挥好"领头雁"的示范带动作用，团结和带领更多农户 增收致富。 此次培训由肥西县农业农村局主办、合肥优曼人力资源咨询有限公司承办。（完） 来自肥西县的40名优秀学员参加了本次培训。学员均是活跃在农业生产经营一线的杰出代表，包括农民 合作社负责人、家庭农场主、乡村旅游开发者、农产品 ...

不久前举行的第三十二届杨凌农高会农机装备展上，一批先进的农业现代化智能装备亮相，令参展 观众眼前一亮。从智能装备、生物技术到新材料、新工艺，现代科技正悄然改变着传统农业的生产方 式。12月8日，记者走进西北农林科技大学，探秘硬核农机装备如何重塑农耕图景。 机器人让采摘苹果变轻松 今年秋收，在黄陵县的苹果全程机械化试验站里，被果农亲切地称为"大娃""小娃"的两台机器人， 轻巧地穿梭于果林之间。"大娃"伸展机械臂采摘高处的苹果，"小娃"轻柔摘取低处的苹果。 "过去种地全凭经验，漏播现象时有发生。如今，借助无人驾驶装备，苗出得整齐划一，仿佛用尺 子量过一般。机器还能24小时不间断作业。"王浩杰对智能农机赞不绝口。这些先进技术源自西北农林 科技大学机械与电子工程学院教授陈军团队的多年潜心研究。 "农业装备智能化的目的并非炫技，而是要让人少受累、多增收。"陈军告诉记者，由他带领团队打 造的北斗导航智能农作系统，在宝鸡无人农场落地3年，效果非常明显。 陈军说，未来农场将向"农机、农艺、农信深度融合"的方向升级，通过智能调度实现多机协同作 业，服务于播种、植保、收割等环节，进一步提升效益，惠及更多农户。 破解丘陵山区播种难 ...

Core Viewpoint - The article discusses the modernization and upgrading of agricultural practices in China, highlighting advancements in technology and infrastructure that enhance productivity and resilience against climate challenges. Group 1: Equipment and Technology Upgrades - Farmers are adopting advanced equipment such as precision seeders, harvesters, and drones to improve efficiency and yield [2][8] - Digital production methods are being implemented, leading to higher crop yields through scientific management [4] - Data platforms allow for real-time monitoring of agricultural activities, significantly improving oversight and productivity [6][12] Group 2: Infrastructure Improvements - China plans to build and renovate 80 million acres of high-standard farmland, enhancing irrigation and drainage systems to ensure stable yields [17] - The construction of drainage channels, known as "毛渠," is crucial for effective water management, helping to mitigate drought and flooding risks [21][23] - Modernization of irrigation systems and water infrastructure is a key focus, with significant investments aimed at securing food supply [25][39] Group 3: Agricultural Data and AI Integration - Remote sensing satellites and AI models are being utilized to monitor crop growth and optimize agricultural practices [29][31] - The contribution of agricultural technology to productivity is significant, with a reported 63.2% contribution rate from technological advancements [35] - The integration of big data models is replacing traditional farming methods, leading to more scientific decision-making in agriculture [35] Group 4: High-Standard Farmland Development - Over 100 million acres of high-standard farmland have been established, ensuring effective water management and pest control [41] - The government provides over 2,000 yuan per acre in subsidies for high-standard farmland, promoting tailored agricultural practices based on regional needs [39][36] - By 2030, the goal is to expand high-standard farmland to 135 million acres, further securing food production for the future [41]

Core Viewpoint - Fubon Technology aims to enhance its innovative model of "water-fertilizer-pesticide coupling + digital technology" by 2025, focusing on smart precision control systems to optimize resource utilization and promote sustainable agriculture [1] Group 1: Technological Innovations - The company plans to upgrade its intelligent precision control system using smart sensors, big data analysis, and precise control technology for real-time monitoring and dynamic adjustment of crop growth environments [1] - Fubon Technology is committed to providing comprehensive solutions from soil testing to harvesting, tailored to meet the specific needs of different crops and growth stages through deep customization services [1] Group 2: Environmental Sustainability - The company is driving the green transformation of modern agricultural products by implementing precise fertilization and reducing pesticide use, thereby minimizing environmental pollution and supporting sustainable agricultural development [1] Group 3: Business Strategy - Fubon Technology aims to offer cost-reduction and yield-increasing solutions for large agricultural enterprises through technological innovation and service upgrades, promoting the transition of agriculture towards intelligence, greenness, and efficiency [1]

Core Insights - The Qinglv Smart Agricultural Project in Jiepai Town, Danyang City has transitioned from construction to operation, showcasing a modern agricultural model that utilizes technology for efficient farming [1][2] - The project, covering approximately 1000 acres with a total investment of 33 million yuan, aims to achieve full-process intelligence in farming, integrating cloud computing and big data [2][3] Group 1: Project Overview - The Qinglv Smart Agricultural Project is designed to create a modern digital agricultural industrial park focused on rice, wheat, and oil production [2] - The core hardware facilities have been completed, and the smart agricultural platform is operational, enabling efficient management of agricultural activities [2][3] Group 2: Technological Integration - The project employs a network of sensors, cameras, and IoT devices to collect critical data on soil, climate, and pests, facilitating real-time monitoring and management [2][3] - The shift from traditional observation methods to data-driven approaches enhances decision-making and operational efficiency in agricultural practices [3] Group 3: Future Implications - The project aims to serve as a demonstration site, with plans to extend its benefits to approximately 6000 acres of farmland in the surrounding area [3] - The initiative is positioned as a key driver for regional agricultural modernization, promoting smart, digital, and precise farming practices among local farmers [3]

Group 1 - The core viewpoint of the articles emphasizes the significant advancements in agricultural mechanization and smart technology in China, leading to a modernized agricultural system that enhances efficiency and productivity [1][2][3] Group 2 - By the end of 2024, the comprehensive mechanization rate of major crops in China is expected to exceed 75%, with specific regions like Zhejiang and Hunan achieving even higher rates of 90.5% and 89.72% respectively [1][6][8] - The integration of IoT, AI, and big data technologies in agriculture is transforming traditional farming practices into high-tech, market-oriented, and eco-friendly operations [1][2] - Mechanization and automation are addressing labor shortages due to urbanization and an aging workforce, allowing for increased production efficiency and reduced reliance on manual labor [1][2][4] Group 3 - In regions like Zhejiang, the use of advanced agricultural machinery, such as drones for pesticide application, has significantly increased operational efficiency, allowing one drone to cover 400 acres in a day compared to manual labor [4][5] - Hunan's agricultural sector has seen a rise in the total power of agricultural machinery to 123.02 million kilowatts, with a total of 21.01 million machines in operation [8][9] - The establishment of digital platforms for monitoring agricultural machinery usage is enhancing operational efficiency and resource allocation in regions like Hunan [9][10] Group 4 - The articles highlight the importance of developing a supportive agricultural technology application system tailored to China's diverse regional conditions, emphasizing the need for small-scale machinery in certain areas [3] - The promotion of new agricultural machinery and technology is supported by government subsidies, which aim to encourage the adoption of modern farming practices [6][13] - In Tibet, the mechanization rate for major crops like barley has reached 73.4%, with ongoing efforts to adapt machinery for the region's unique geographical challenges [12][14]

Core Insights - The 2025 International Agricultural Service Trade Conference was held in Nansha, focusing on "Innovation-Driven Digital Empowerment - Sharing New Opportunities in Global Agricultural Service Trade" [1] - The conference aimed to create a high-level dialogue and cooperation platform for global agricultural service trade, promoting deep integration and innovative development of global agricultural industry chains, supply chains, and value chains [1] Group 1: Conference Highlights - Approximately 200 domestic and international guests, including agricultural ministers, ambassadors, international organization representatives, and industry experts from companies like Louis Dreyfus, BASF, DJI, and Beidahuang, attended the conference [1] - The event showcased the technological frontiers of international agricultural trade to the world [1] Group 2: Cambodia's Agricultural Goals - Cambodia is advancing towards three main agricultural development goals: enhancing agricultural technology, promoting fairness and inclusivity in agricultural service trade, and widespread adoption of agricultural intelligence [1] - The focus on improving digital levels aims to increase price transparency, traceability of product sources, and efficiency in transportation [1] Group 3: ASEAN-China Agricultural Cooperation - Current collaborations between ASEAN countries and China in agricultural trade include mutual recognition of trade standards, development of product traceability and quarantine systems, cold chain transportation, and market access standards [2] - Cambodia is in the early stages of agricultural production restructuring and is closely cooperating with Chinese authorities to ensure that more Cambodian agricultural products meet the standards for entry into China [2]

Group 1: Agricultural Production Updates - The northeastern, southwestern, and northwestern major grain-producing areas have harvested over 85% of their autumn grain, while the Huang-Huai-Hai region has also surpassed 80% [1] - The Yangtze River middle and lower reaches have completed 75% of their autumn grain harvest [1] - Winter wheat sowing has begun across the country, with over 10% completed nationally, and the Huang-Huai-Hai region has started sowing while the northwestern wheat area has exceeded 70% [1] Group 2: Apple Industry in Shanxi - Shanxi's Ruicheng County has 203,000 acres of apples entering the harvest season, with high-quality development supported by new varieties and smart management [2] - The apple yield per acre is reported to be over 3,000 pounds, with pre-orders at over 3 yuan per pound [4] - The county has established a smart sorting center and large cold storage facilities, achieving automated cleaning, drying, and sorting of apples [6] - The processing capacity has doubled to 100,000 pounds per day [7] - The apple planting area remains stable at over 203,000 acres, with an annual output of 321,000 tons and a production value of 1.51 billion yuan [7] Group 3: Giant Rice in Jiangxi - The "giant rice" variety has successfully completed its first harvest in Jiangxi's De'an County, with plants exceeding 1.8 meters in height [8] - The yield of giant rice is significantly higher than that of ordinary rice, with each ear containing 360-500 grains compared to 150-200 grains for regular rice, resulting in an output of 1,600-2,000 pounds per acre [10] - The straw from giant rice can also be utilized, providing an additional income stream, with an estimated straw yield of 5 tons per acre valued at around 400 yuan per ton [12][14]

Core Insights - The article highlights the challenges faced by China's agriculture sector due to urbanization and an aging rural population, leading to a significant decline in rural workforce and an increase in the aging rate [1] - The global trend of labor shortage in agriculture is driving the adoption of agricultural robotics, presenting new growth opportunities for agri-tech companies [1] - The company XAG Technology is positioned as a leader in the agricultural robotics market, particularly in the post-planting management segment, which has low mechanization rates [1][3] Industry Overview - China's rural population is projected to decrease from 510 million in 2020 to 460 million by 2024, with an aging rate rising from 17.7% to 18.7% during the same period [1] - The mechanization rates for tillage, sowing, and harvesting in China are expected to reach 87%, 65%, and 70% respectively by 2024, while the post-planting management mechanization is only at 12% [1] - The OECD forecasts a 2.0% annual decline in agricultural workforce among its member countries from 2020 to 2030, indicating a global trend towards automation in agriculture [1] Company Positioning - XAG Technology has achieved a revenue growth of 73.40% year-on-year, reaching 1.066 billion yuan in 2024, and holds a market share of 10.7% globally and 18.0% in China [3] - The company has developed a comprehensive smart agricultural ecosystem, integrating aerial and ground robotics, IoT systems, and mobile applications for remote management [3][4] - XAG's innovation is supported by a robust supply chain and a strong technical foundation, with over 420 R&D personnel and more than 2,600 patents [4] Market Strategy - XAG has established a "knowledge-intensive network" to penetrate the fragmented farmer market, utilizing a dealer system for sales, training, and maintenance [6] - The company has built a dealer network covering over 900 counties in China, enhancing market reach and service capabilities [6][7] - XAG's international expansion is supported by partnerships with major organizations, allowing for a broad market presence across nearly 60 countries [7] Future Outlook - The upcoming IPO in Hong Kong is expected to provide XAG with new capital and industry momentum, positioning the company for a new growth phase as demand for agricultural automation continues to rise [8]

Core Insights - The integration of drone technology in agriculture is significantly enhancing efficiency and reducing costs in mountainous regions, particularly in Guiyang and Gui'an [1][2][3] - Drones are transforming agricultural practices from traditional methods to data-driven decision-making, marking a shift towards smart agriculture [1] - The demand for drone services in rural areas is increasing, leading to a shortage of qualified drone operators [3] Group 1: Agricultural Efficiency - Drones have improved operational efficiency in agricultural tasks, such as pesticide application, with efficiency increasing by 20% and pesticide usage decreasing by 20% [1] - The transportation of perishable goods like peaches and kiwis has seen a cost reduction of over 50% due to drone delivery, which also minimizes product damage [2] - The use of drones has reduced the loss rate of products, such as the cracking rate of watermelons from 15% to 3% [2] Group 2: Data-Driven Agriculture - The implementation of a monitoring system in fields allows for real-time data collection on environmental conditions, which aids in risk prediction and management [1] - The transition from experience-based management to data-driven decision-making signifies a major advancement in agricultural practices [1] Group 3: Industry Growth and Training - The establishment of cooperative networks utilizing drones for agricultural services is expanding, with significant transportation volumes reported [3] - There is a growing interest in drone operation training, with nearly 800 participants in recent training sessions, indicating a strong demand for new technology in rural areas [3]