农业观察 说话间，一架无人机从空中飞过。"无人机不仅可以打药、施肥，还能自主巡田。"冯卫东给记者算了一笔账，无人机巡2000亩地，需要半天时间，靠人工则 要5天时间，除了节省成本、提高效率之外，利用科技装备使巡田的覆盖面更广。 这些从天空与田间收集的数据，最终汇向稻田旁的江苏农垦智慧农业科技园。在全域农情测控平台上，管理员鲍传华根据数据情况，将生产指令传到田间地 头。工作人员通过智能终端或者手机，即可操作农机、无人机进行田间作业。 "智慧农业是破解'谁来种田，如何科学种田'的最优解，目前，智能闸门等设施已经向其他分公司推广。"冯卫东说。 丰收的田野和无人化农机，勾勒出现代智慧农业的生动画卷。正如冯卫东所言，智慧农业贯穿耕、种、管、收的全过程，让"看天吃饭"变为"知天而作"。未 来，苏垦农发将和高校合作，研发更加聪明的种田"大模型"，提升生产效率，谱写全新的智慧农业篇章。 经济观察网 据央广网报道，满目金黄的稻田里，一棵棵水稻长势喜人，稻穗腰身低垂，微风吹过，稻香阵阵。远处，无人收割机正在北斗导航的指引下， 按照既定轨迹作业，切割、脱粒、粉碎等一气呵成，同步作业的无人耕地机将稻田平整，准备投入新一季农作物种植。 ...

中国经济网北京10月31日讯(记者梁木)10月29日，北京市政协召开"充分发挥科技优势，加快发展都市 型现代农业"协商座谈会。北京市政协副主席陈军出席并讲话。 "一核"即"农业中关村"，目前推动形成以平谷为核心区、12个辐射区错位发展、互利共促的协同创新格 局。北京市政协委员，平谷区政协党组书记、主席张晓峰建议进一步支持农业科技资源向农业中关村核 心区集聚，打造全国农业科创中心。当前，平谷农业中关村已进入2.0时代，发展全面提速，对金融支 撑的需求日益迫切。张晓峰建议进一步优化金融资源配置，全面提升金融服务农业中关村建设效能。 分区施策，是在土地资源稀缺、功能需求多元的超大城市发展都市型现代农业的重要举措。北京市政协 委员、北京林业大学生物科学与技术学院院长付玉杰建议以"3+N"主体功能分区体系为基础，即城市化 地区、农产品主产区、重点生态功能区与多个具体功能平台的布局，实施差异化的科技赋能路径。通 过"一区一策"，将科技资源精准滴灌到最适宜的领域，形成错位发展、功能互补的都市农业发展新格 局。 北京市政协委员、中国农业大学资源与环境学院教授芮玉奎在发言中提到，北京市农业在承担稳产保供 功能基础上，要更加注重 ...

注入科技力量！ 喻景权院士指 导"岭南蔬菜之 乡"建设_南方+_ 南方plus 10月30日，怀集 县与浙江大学喻 景权院士团队通 过视频会议形 式，围绕岭南蔬 菜之乡产业示范 带建设，探讨了 共建科技小院、 引进新品种新技 术、打造高标准 示范大棚等合作 内容，为怀集 的"岭南蔬菜之 初步达成共识， 计划在高标准玻 璃温室大棚中开 展果菜与叶菜新 品种展示、低成 本无土栽培模式 示范，并结合怀 集气候条件筛选 适宜推广的优质 品种。 怀集县作为"岭 南蔬菜之乡" ， 地处粤桂湘三省 交汇处，是粤港 澳大湾区面积最 大的县级行政 区。近年来，怀 集依托得天独厚 的自然条件和区 位优势，大力推 进蔬菜产业规模 化、标准化、品 牌化发展。 近年来，怀集县 创新探索"国有 企业+土地流转 +N"发展模式， 成功创建怀集蔬 菜、怀集稻蔬两 个省级现代农业 产业园。目前， 全县蔬菜种植面 积26.82万亩， 年产量超70万 吨，已初步构建 从田头到餐桌的 全程冷链仓储保 乡"建设注入科 技力量。 会议明确，将以 喻景权院士团队 为技术引领，聚 焦蔬菜种业振 兴、绿色高效栽 培、智慧农业等 关键领域，共 建"科技小院" ...

"人才是农业农村现代化的核心支撑。乡村振兴，关键在人，关键在干。"广西农业工程职业技术学 院党委书记马敏表示，学院将紧紧围绕发展农业新质生产力的要求，聚焦广西特色农业提质、智慧农 业、数字乡村建设等关键领域，紧密对接广西现代种植业、畜牧业、渔业等产业转型升级需求，优化专 业设置，深化产教融合、校企合作，推动教育链、人才链与产业链、创新链有机衔接，着力培养一批懂 技术、善经营、会管理、能创新的高素质"新农人"。 全会要求"扎实推进宜居宜业和美乡村建设"，需统筹生态保护与民生改善。融水苗族自治县香粉乡 党委副书记、乡长张翠华介绍，香粉河入选广西首批美丽幸福河湖，香粉河水利风景区2024年更被认定 为自治区水利风景区，该乡以"大方汽车营地—雨卜苗寨—滨水平台—嵘溪瀑布"旅游示范带为轴，配套 露营基地、民宿集群，推出金秋烧鱼节、苗绣研学等项目，将生态优势转化为发展优势与民生福祉。龙 胜各族自治县龙胜镇金结村驻村第一书记颜强认为，乡村全面振兴必须把生态保护与村民增收统筹起 来，让发展成果真正惠及每一位村民。"现在村里环境美了，游客多了，不少外出打工的年轻人都回来 了。"颜强介绍，金结村聚焦农旅融合发展，依托山水资源打造 ...

在种植端，乔文志表示，要积极锚定绿色生态方向，守护稻米品质，践行"提升农业质量效益"要求，呵 护消费者"舌尖上的安全"。 （文章来源：经济日报） 智慧农业为传统种粮注入了新动能。如今，田间不再是"靠天吃饭"的旧图景，通过无人机巡田、物联网 监控系统，能实时掌握作物长势与病虫害情况；智能灌溉等技术的应用，让种植更高效、更精准。种粮 大户从"会种田"向"慧种田"转变。 党的二十届四中全会提出，加快农业农村现代化，扎实推进乡村全面振兴。"这正是咱种粮人奋斗的方 向。"黑龙江省五常市乔府大院农业股份有限公司党委书记、董事长乔文志谈及全会精神，满是实干激 情。他表示，种粮不仅要保障供给，更要守住安全与生态的底线。 "守好黑土地，种出好稻米，用实干助力农业强国建设，是种粮人的责任。"乔文志的话语，道出了新时 代种粮人的担当与追求。 黑土地是五常大米的根基，"既要种得好，更要护得牢。"乔文志表示，"只有守住土地生态，才能让种 粮事业长久发展。" ...

Core Viewpoint - The article highlights the successful transformation of XinJian Village in Tianyang District, Baise City, through the integration of party leadership and industrial development, leading to diversified income sources for villagers [9][10]. Group 1: Agricultural Development - XinJian Village has established a vegetable planting base, focusing on high-quality organic vegetables, particularly soft-skinned chili peppers, leveraging local soil and climate conditions [30][31]. - The village has integrated nearly 750 acres of land for standardized and large-scale vegetable cultivation, creating a solid foundation for industrial growth [34]. - The vegetable industry has generated nearly 14 million yuan in output value this year, with products being supplied directly to supermarkets in Guangdong-Hong Kong and sold nationwide through e-commerce platforms [57]. Group 2: Employment Opportunities - The establishment of a garment workshop in XinJian Village has created around 60 local jobs, allowing residents to work close to home while supporting their families [70][71]. - The garment factory, part of Guangxi Guangmei Garment Co., has seen a continuous increase in orders, prompting plans to expand production and hire more workers [63][64]. - The village's employment initiatives have significantly improved the livelihoods of residents, reducing the need for them to seek work far from home [72]. Group 3: Community and Economic Impact - The average disposable income for farmers in XinJian Village is projected to reach 24,590 yuan in 2024, with collective economic income surpassing 570,000 yuan [10]. - The village has developed a "1+1+N" benefit-sharing mechanism involving a leading enterprise, village collective, and local residents, ensuring that all parties benefit from the agricultural initiatives [53]. - The community has successfully attracted returning talents and enhanced local capabilities through training and collaboration with agricultural experts [24][26].

Core Insights - The 20th Central Committee's Fourth Plenary Session emphasizes enhancing agricultural production capacity and quality, promoting rural development, and improving agricultural policies' effectiveness [1] - The recent "National Smart Agriculture Action Plan (2024-2028)" aims to reshape the agricultural value chain driven by data elements, increasing the informatization rate of agricultural production [1] Group 1: Current Developments - Significant advancements in smart agriculture have been made in network infrastructure, data volume, and application scenarios, with notable pilot projects and innovations across various regions [1] - As of July 2023, there are approximately 4.6 million 5G base stations nationwide, with over 99% broadband coverage in administrative villages, facilitating extensive data collection and application in agriculture [1] Group 2: Challenges and Shortcomings - The industry faces issues such as data silos, a talent gap, inconsistent data standards, and a shortage of skilled professionals who understand both agriculture and technology [2] - Key technologies like agricultural sensors and AI models are at risk of being "stuck," with high equipment costs and low return on investment hindering large-scale application [2] Group 3: Strategic Recommendations - Establish a unified provincial-level system for land coding, equipment interfaces, and traceability standards to enhance data flow and value realization [2] - Implement a "Smart Agriculture Talent Plan" to support the establishment of interdisciplinary programs in universities and regional operation centers to cultivate skilled professionals [2] Group 4: Technological and Economic Solutions - A special fund for smart agriculture technology will prioritize support for domestic solutions that are interconnectable, easy to maintain, and upgradeable, aiming to reduce integration and operational costs [3] - Financial support should include subsidies for key smart equipment and promote light-asset models like leasing and managed services to lower costs for farmers [3] Group 5: Sustainable Application Scenarios - Develop a low-altitude precision agricultural service model that integrates drone technology for real-time monitoring and precise farming operations, enhancing yield and quality stability [4] - Establish a low-altitude scheduling platform to improve operational efficiency and link performance metrics to incentives, thereby enhancing the overall agricultural value chain [4]

（原标题：大疆农业全球政策负责人：把农业从靠"天数"转变为看"数据"） 南方财经 21世纪经济报道记者 黄子豪 吴婉婕 广州报道 10月28日，2025年国际农业服务贸易大会在广州南沙国际会展中心顺利召开。本次大会吸引包括多国农 业部长、驻华大使、国际组织代表以及路易达孚、巴斯夫、大疆、北大荒等行业巨头在内约200名国内 外嘉宾齐聚南沙，共赴农业开放合作的南沙之约。 在大会现场，大疆农业全球政策负责人王亚琼在接受南方财经21世纪经济报道记者采访时强调，推动农 业从"靠天吃饭"向数字化管理转型至关重要。她表示，无人机可全面采集农田数据，并将其可视化、数 字化，从而指导智慧农业作业。据悉，目前大疆的无人机产品已在全球100多个国家的农业领域推广应 用。 策划：赵海建 出品：南方财经全媒体集团 监制：黄燕淑 内容：黄子豪 吴婉婕 海外运营监制: 黄燕淑 海外运营内容统筹: 黄子豪 海外运营编辑：庄欢 吴婉婕 龙李华 郑全怡 ...

Core Points - The 2025 Africa International Agricultural Expo opened in Nairobi, Kenya, featuring over 100 Chinese exhibitors across various sectors including agricultural machinery, veterinary medicine, breeding, and food processing [1] - The expo serves as a platform for promoting innovation, technology application, and market access, which are key drivers for agricultural transformation in Kenya [1] - The event emphasizes smart agriculture, agricultural fintech, and women's empowerment, reflecting the principles of inclusivity and sustainable development [1] - Chinese companies presented low-cost practical technologies suitable for Africa's diverse environments, aimed at helping smallholder farmers increase yields, reduce post-harvest losses, and enhance resilience to climate change [1] Agreements and Collaborations - During the expo, multiple agreements were signed between Chinese and African enterprises, covering trade cooperation, procurement, tea importation, and strategic partnerships [2] - The event is co-hosted by the Kenyan Ministry of Agriculture and Livestock Development, African Agricultural Exhibitions Ltd., and Hunan Hongxing International Exhibition Co., Ltd., and lasts for four days [2]

Core Insights - Recent international agricultural exhibitions in China, such as the 2025 China International Agricultural Machinery Exhibition and the 32nd China Yangling Agricultural High-tech Achievements Expo, showcase advancements in "smart agricultural machinery + smart agriculture," highlighting the increasing competitiveness of technology in agriculture [1][6] Group 1: Agricultural Machinery Exhibitions - The 2025 China International Agricultural Machinery Exhibition is the largest in Asia, featuring smart agricultural machinery as a major attraction, including pure electric new energy tractors and AI-powered laser weeding robots [1] - The exhibition has seen a growing number of foreign exhibitors and buyers, indicating its role as a catalyst for industry upgrades towards high-end, intelligent, and green development [4] Group 2: Agricultural Technology Cooperation - The 2025 China-Africa Agricultural Technology Innovation Alliance Conference marks a new phase in systematic and effective agricultural technology cooperation between China and Africa [8] - The China Agricultural Research Institute plans to enhance the entire industry chain by improving the yield of tea and sesame through technology, with expectations of visible results within three years from the implementation of six initial projects [11] Group 3: Agricultural High-tech Achievements Expo - The 32nd China Yangling Agricultural High-tech Achievements Expo attracted over 1,800 enterprises from nearly 50 countries, showcasing practical applications of smart agricultural equipment and cloud platforms [6]