推动智慧农业的 创新与发展，光 亚数智农业论坛 9日广州启幕_南 方+_南方plus 6月9至12日，广 州国际照明展览 会（GILE）将 在广州中国进出 口商品交易会展 馆A、B区举 办。 适逢三十 周年，展会 以"360º+1 —— 全方位实践光无 限，跨越一步开 启光照新生 活"为主题，并 首次推出"光亚 行"活动。该活 动旨在打造一个 多元融合、开放 共享的交流平 台，汇聚行业力 量，助力照明业 者突破传统思 维，探索照明技 术与多元领域融 合的无限可能， 推动"光+时 代"行业IP发 展，开拓新增长 点。 自2021年起，展 览会已连续五年 成功举办生物光 学与智慧农业国 际论坛及主题展 区。论坛开办以 来，汇聚了院士 在内近百位各学 科专家，分享技 术成果，推动学 科交叉融合与产 业生态创新。论 坛的持续举办有 效促进我国智慧 农业技术与生物 光学技术的产业 化发展，并加速 了相关产品的市 场化迭代。 今年论坛已全面 升级为"光亚数 智农业论坛" 。 三天的论坛围 绕"智慧农业与 智慧渔业""温室 新技术与能耗管 理""生物光学技 术与光伏农 业""技术创造未 来—企业家论 坛"四大板块。 除了论 ...

"每周我都要在全村范围内巡田两次，查看作物长势、病虫害防治、耕地保护等情况，用手机上的巡田APP记 录。看着目前新一季水稻长势良好，心里非常高兴。"四川省眉山市东坡区永丰村党委书记李雪平说。 永丰村是当地有名的种粮村，建有全省规模最大的水稻新品种新技术中试基地。2022年6月8日，习近平总书 记来到永丰村考察调研，了解当地推进高标准农田建设、加强粮食生产、推动乡村振兴等情况。总书记强调，成 都平原自古就有"天府之国"的美称，要严守耕地红线，保护好这片产粮宝地，把粮食生产抓紧抓牢，在新时代打 造更高水平的"天府粮仓"。 5月中旬的永丰村高标准农田场景（央广网记者 昌思荣 摄） "现在手机是'农具'，数据是'肥料'，我一个人就可以管理1500亩左右的稻田，这放在以前是根本不敢想象 的。"永丰村"00后"新农人王海聪说。2022年总书记来到永丰村，令当时还在上大学的王海聪倍感激动与自豪，下 定决心要学好农学建设家乡。 良田筑基，智慧赋能。如今，像王海聪这样带着专业知识、先进技术回到村里的年轻人越来越多，不断赋能 农业生产。去年，永丰村水稻再获丰收，粮食产量超4600吨，最高亩产达863公斤。 永丰村村民参加"村播" ...

Core Viewpoint - The article discusses the launch of agricultural unmanned vehicles by XAG, highlighting their potential to revolutionize crop protection and management through automation, especially in the context of reducing costs and increasing accessibility for farmers [1][4]. Group 1: Product Launch and Features - XAG introduced the R100 and R200 series agricultural unmanned vehicles, which can be controlled easily using a screen remote and joystick, allowing for precise spraying of pesticides [1][3]. - The unmanned vehicles can operate autonomously after setting a route, showcasing a significant advancement in agricultural automation [1]. Group 2: Cost Reduction and Market Potential - The price of XAG's unmanned vehicle kits has been reduced from approximately 70,000 yuan to around 20,000 yuan, a decrease of over 70%, making them more accessible to small-scale farmers [4]. - The reduction in cost is attributed to the use of mature drone production technologies and simplification of the vehicle's structure [4]. Group 3: Industry Context and Adoption - The agricultural unmanned vehicle market in China is still in its early stages, with a significant demand for such technology, particularly for crops that require more complex spraying solutions [4]. - The article notes that approximately 1,700 farm owners in China have already installed XAG's smart systems, indicating a growing interest in digital agricultural solutions [5]. Group 4: User Experience and Feedback - Users, such as a citrus farmer, expressed that unmanned vehicles may provide better coverage and safety compared to drones, particularly for crops with dense foliage [5]. - Another user, a vineyard owner, has already ordered 20 unmanned vehicles for transporting harvested grapes, highlighting the practical applications of this technology in agriculture [5]. Group 5: Vision for Smart Agriculture - XAG aims to create a comprehensive agricultural ecosystem through digital technology, similar to how Xiaomi has developed its smart home system [5]. - The "Super Farm" serves as a testing ground for XAG's unmanned technology, showcasing the potential for fully automated agricultural processes [6].

Core Viewpoint - The development of smart agriculture in China is gaining momentum, leveraging technologies such as IoT, cloud computing, big data, and artificial intelligence to enhance agricultural productivity and efficiency [1][2]. Group 1: Market Growth and Trends - China's smart agriculture market is projected to grow from 38.774 billion yuan in 2017 to approximately 100 billion yuan by 2024, with a compound annual growth rate of about 15% [1]. - Major global economies are actively advancing smart agriculture, with examples including Germany's smart breeding technologies, the Netherlands' intelligent greenhouse agriculture, and Japan's focus on small smart equipment development [1]. Group 2: Challenges and Policy Recommendations - The agricultural sector in China faces challenges such as fragmented smallholder farming, weak information infrastructure, low data quality, and limited adoption of smart technologies [2]. - Recommendations include enhancing the policy framework for smart agriculture, optimizing strategic goals, and providing financial support for agricultural technology innovation [2]. Group 3: Data Integration and Management - There is a need to deepen the integration of agricultural data resources and establish unified standards for data collection and transmission [3]. - The development of a comprehensive agricultural big data platform is essential to improve data management and enhance production efficiency [3]. Group 4: Regional Development Strategies - Smart agriculture development should be tailored to China's diverse geographical and climatic conditions, focusing on automation in northern plains and precision management in southern hilly areas [4]. - Examples include the establishment of unmanned farms in northern regions and the use of small intelligent machinery in southern areas to improve agricultural practices [4].

Core Insights - The article discusses the emergence of agricultural unmanned vehicles, highlighting their potential for widespread adoption due to decreasing costs and ease of use [1][4][7]. Company Developments - XAG launched the R100 and R200 series of agricultural unmanned vehicles on June 5, demonstrating their operation at a super farm in Guangzhou [4]. - The new unmanned vehicles are designed to be user-friendly, allowing operation similar to remote-controlled toy cars, with features for precise spraying of pesticides [4][8]. - XAG's previous unmanned vehicle models faced challenges in market penetration due to high costs, with earlier models priced around 70,000 yuan, limiting accessibility for small-scale farmers [7]. Cost Reduction and Market Potential - The price of the unmanned vehicle has been significantly reduced from approximately 70,000 yuan to around 20,000 yuan, representing a decrease of over 70% [7]. - The cost reduction is attributed to the use of mature drone manufacturing technologies and simplification of the vehicle's structure [7]. - The new pricing is expected to make unmanned vehicles more accessible to farmers with around 20 acres of land, potentially leading to broader adoption in the agricultural sector [7][8]. Industry Trends - The demand for unmanned vehicles in agriculture is growing, particularly for crops that require precise application methods, such as those grown in greenhouses or with vertical growth patterns [7]. - The article notes that XAG is expanding its product offerings in smart agriculture, including automatic valves and self-driving agricultural machinery, positioning itself as a key player in the digital transformation of agriculture [8][9]. Future Vision - XAG aims to create a new agricultural ecosystem through digital technology, similar to Xiaomi's smart home systems, with around 1,700 farm owners already utilizing XAG's smart systems [9]. - The super farm serves as a testing ground for XAG's unmanned technology, showcasing the potential for a fully automated agricultural process from planting to harvesting [9].

济宁玉米大豆田里的"营养师" 传统的农业生产方式中对化肥、农药等化学物质的过度使用不仅导致土壤污染，破坏生态环境，还影响农业可持续发 展。在济宁市梁山县、汶上县，中国联通"元景"大模型化身农田"营养师"，用算法重新定义精耕细作。 "灌溉靠吼、巡田靠走"的旧剧本，正在临沂平邑县高标准农田里被颠覆。18个搭载联通5G摄像头和AI算法的"数字守 田人"，通过视联专网与云端大脑无缝连接，构筑起全天候智慧监控防线。 面对万亩农田"设备分散、巡查困难"的痛点，临沂联通在泵站、水闸等18处关键节点部署高清智能摄像头。依托5G网 络毫秒级回传能力，海量视频数据在视联网平台实时聚合分析——渠道渗漏、水流异常、设备故障等都可及时进行智 能识别和预警。 "视频画面清晰，数据分析精准，仿佛置身于现场，我们可以合理调配水资源，确保每一块农田都能得到及时、适量 的灌溉。"项目管理人员介绍。 风吹麦成浪，蝉鸣夏始忙。芒种时节，田间地头忙碌的景象依旧，但耕作的内涵已悄然生变。AI模型精准推演、无人 机空中巡诊、智能系统按需灌溉……以人工智能为核心的新一代信息技术，正深度融入农业生产的肌理，让古老 的"芒种"告别"盲种"，迎来"慧种"新时代。 ...

Group 1 - Agricultural Bank of Hangzhou is driving the integration of digital economy and modern agriculture by launching various financial products such as "Loquat Loan," "Tea Aroma Loan," and "Aquatic Products Loan," benefiting over 50,000 farmers across more than 1,500 villages in Hangzhou [1] - Siwei Ecological Technology has partnered with Saudi MOWREQ to introduce its vertical agriculture system to the Middle East, utilizing AI, IoT, and big data to enhance agricultural productivity, achieving a yield increase of 50 to 100 times compared to traditional methods [2] - Hangzhou Binfu Biotechnology is transforming organic waste into valuable resources through black soldier fly larvae, which can consume 200,000 times their weight in kitchen waste, supported by over 3.8 million yuan in loans from Agricultural Bank of Hangzhou [3][4] Group 2 - The Agricultural Bank of Hangzhou is focusing on "smart agriculture" to promote mechanization and digitalization in farming, enhancing productivity and efficiency in agricultural practices [4] - The development of the "insect economy" ecosystem is being supported by financial technology, which is expected to activate new productive forces in modern agriculture [4]

Group 1 - The core viewpoint highlights the transformation of agricultural practices in Daan Town, Shandong Province, through the adoption of advanced agricultural machinery, leading to increased efficiency and productivity in wheat harvesting [1][2] - Daan Town has invested significantly in agricultural machinery, with 310 combined harvesters deployed, including 265 self-propelled models, and additional equipment for drying and processing, ensuring a robust response to the summer harvest [1] - The local agricultural machinery industry has a strong foundation, with an annual output value of nearly 2 billion yuan, supported by major companies and over 100 related enterprises [1] Group 2 - The recycling of straw has created a green industrial chain, enhancing farmers' income while avoiding pollution from burning, thus achieving both economic and ecological benefits [2] - The introduction of precision seeding technology, such as the air-suction corn precision seeder, has streamlined the planting process, reducing labor and seed costs for farmers [2] - Daan Town's total summer grain production is expected to exceed 420,000 tons this year, supported by 65,000 acres of high-standard farmland [3]

Core Viewpoint - The integration of new technologies and equipment in agriculture is transforming traditional farming practices into smart farming, enhancing efficiency and precision in crop production [1][5]. Group 1: Technological Advancements - In Mengcheng County, advanced agricultural machinery such as air-suction precision seeders are being utilized, allowing for precise seed placement at predetermined distances and depths, achieving a one-seed-per-hole planting effect [3]. - The use of new technology has reduced the seed usage for planting one acre of corn to only 1.5 kilograms, significantly lower than previous amounts [5]. - Tractors equipped with BeiDou navigation systems are now capable of autonomous operation, improving both the width of the sowing and the precision and efficiency of the work [5]. Group 2: Agricultural Mechanization - By 2025, Mengcheng County is expected to have over 30,000 agricultural machinery units available, including more than 6,600 seeders, with a comprehensive mechanization rate for crop planting and harvesting exceeding 96% [7]. - The current wheat harvest in Anhui Province, covering over 43 million acres, is nearing completion, with nearly 95% of the crop already harvested [16]. Group 3: Crop Management and Yield - The 2025 summer harvest will focus on selecting high-quality seeds and improving agricultural techniques to ensure a solid foundation for summer grain production [8]. - In Suqian City, Jiangsu Province, large-scale wheat harvesting is underway, with mechanized operations significantly enhancing harvesting efficiency [18]. - The harvested wheat is being transported to drying facilities, where it is processed for sale to grain purchasing enterprises [20].

Core Insights - The article highlights the innovative development model of Yejiji Village in Longkou City, Shandong Province, focusing on the integration of party building and the grape industry to enhance rural economic growth [1] Group 1: Party Building and Economic Development - Yejiji Village utilizes a "Party Building Chain" to connect the industrial chain, integrating over 300 acres of land to establish a smart grape industry park [2] - The village has formed a cooperative model involving party branches, leading enterprises, and farmers, resulting in an average annual income increase of over 30,000 yuan for more than 200 households [1][2] - The village signed a directed purchase agreement with Yantai Changyu Group, ensuring stable income for farmers through a complete "planting-processing-sales" industrial chain [2] Group 2: Technological Empowerment - The introduction of modern agricultural technology services, including soil testing and crop selection, has improved the smart farming level in Yejiji Village [3] - A "5G + Smart Agriculture" management system has been deployed, allowing real-time data collection for better farming practices, saving 200 yuan in labor costs per acre [3] - The development of a traceability app for grapes has increased the premium rate of Yejiji Village's grapes, with online sales exceeding 1.5 million yuan last year [3] Group 3: Diversified Income Generation - The village promotes the integration of agriculture, tourism, and education, establishing a high-end grape planting garden and a science museum, attracting over 50 research teams annually [4] - The transformation of idle farmhouses into "Grape Fragrance Homestays" has led to an average annual income increase of 25,000 yuan per household [4] - Collaboration with universities to develop deep-processing products has created job opportunities for local women, increasing their monthly income by 1,800 yuan [4] Group 4: Shared Prosperity Mechanisms - Yejiji Village has implemented a "secondary dividend" distribution model, with total dividends exceeding 400,000 yuan last year [5] - The establishment of an "Industry Development Fund" supports low-income families, helping 12 households achieve an average annual income increase of 15,000 yuan [5] - The village has also adopted a land management model that integrates village committees, cooperatives, and farmers, significantly increasing collective economic income [6] Group 5: Cross-Village Collaboration - The formation of a grape industry alliance with five neighboring villages has standardized technical practices and shared sales channels, leading to an average income increase of over 80,000 yuan for alliance villages [6]