在福建省顺昌县，收获柑橘不再依靠传统的肩挑背扛，而是用轨道运输车，提高了效率；在江苏省浦口 渔场，远程监测和精准饲喂让青虾养殖的产量和品质明显提升……今年以来，我国智慧农业发展迅速， 关键核心技术不断获得突破，成为现代农业建设的突出亮点。 智慧农业让生产"更聪明"。通过技术与全产业链深度融合，智慧农业正在重塑农业生产方式，为实现乡 村全面振兴和农业强国建设提供关键支撑。 当前，我国农业管理精细化水平不断提升。人工智能技术依托多源数据采集与智能分析，将土壤温湿 度、养分含量、作物长势等海量农田数据汇入AI算法模型，生成农田精细化管理处方图，指导农机开 展变量施肥、精准播种、智能灌溉等作业，实现农田管理从粗放式向精细化的巨大转变。 另外，针对小农户生产规模小、技术基础弱、成本承受力有限等特点，轻量化、低成本的智能技术解决 方案加速落地，让先进农业技术红利更便捷地触达更多农户，让小农户在数字化转型中避免掉队、得到 实惠。比如，有大学研发的低成本智慧灌溉系统，有效帮助小农户增产增收。 当然，智慧农业发展也存在仍待改进的地方。例如，数字化基础设施布局尚不够均衡。中西部农村地区 网络覆盖的广度与深度不足，田间物联网监测设 ...

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]

Core Viewpoint - The article highlights the modernization efforts in agriculture within Tuanjie Village, Pengshan District, Meishan City, focusing on the adoption of drone technology and infrastructure improvements to enhance citrus production and market competitiveness [3][5][6]. Group 1: Agricultural Modernization - Tuanjie Village is training over 10 farmers to obtain agricultural drone pilot licenses, which will significantly improve efficiency in citrus harvesting [3][5]. - The village has implemented a water and fertilizer integration system, costing over 13 million yuan, allowing precise irrigation for each tree, with farmers contributing an average of 600 yuan [6]. - The village's citrus production is expected to reach 60 million pounds this year, showcasing the effectiveness of modern agricultural practices [6]. Group 2: Quality Improvement and Branding - Tuanjie Village aims to transition from passive supply to active pricing by differentiating its citrus varieties, including the development of a new variety that reduced fruit splitting from 80% to 10% [7][8]. - The village plans to upgrade its citrus sorting facility, increasing daily sorting capacity from 2 million to 5 million pounds, enhancing the quality and marketability of its products [8]. - Efforts are underway to establish a brand for Meishan citrus, leveraging e-commerce to increase sales from the current 10% to 30%, thereby gaining more pricing power in the market [9].