Core Viewpoint - The rapid advancement and integration of agricultural machinery, particularly drones and smart equipment, are significantly enhancing productivity and efficiency in China's agricultural sector, supported by government policies and technological innovations [1][2][3][5][6]. Group 1: Agricultural Drone Utilization - Agricultural drones are increasingly used for transporting crops, with one drone capable of transporting 30,000 jin (15 tons) of oranges daily, significantly reducing labor time [1]. - The total number of agricultural drones in China has surpassed 300,000, with an annual operational area exceeding 460 million acres [1]. Group 2: Domestic Agricultural Machinery Development - The domestic agricultural machinery industry is evolving, with companies like Weichai Lovol upgrading key components to enhance reliability and performance in various soil conditions [2]. - The market acceptance of domestic agricultural machinery has improved, meeting over 90% of domestic demand, with a comprehensive mechanization rate of 76.7% for crop farming [3]. Group 3: Research and Development Integration - The integration of research, production, and application is emphasized, with 500 agricultural machinery application test sites established across various regions to accelerate product development and deployment [5]. - Companies are focusing on addressing specific agricultural challenges through targeted product development, such as a new type of tractor designed for narrow plots that can increase yield [4]. Group 4: Policy Support and Emergency Response - Government policies are facilitating quick access to agricultural machinery, enabling timely harvesting and processing, especially during adverse weather conditions [6]. - A robust network of agricultural service centers and emergency response teams has been established to ensure efficient machinery deployment during critical farming periods [6]. Group 5: Future Directions and Goals - The Ministry of Agriculture aims to enhance technology innovation and shorten the agricultural machinery development cycle, focusing on equipment needed for diverse food supply [7].

为此，她建议首先要提升全省种业产业化能级，破解优秀育种成果"走出实验室、迈向生产线"的转化难题。省级层面应在产业前端牵头建立健全生产标准体 系，指导东风区与崖州湾等国家实验室、院士专家团队及标准制定机构深化合作，系统制定寒地种子质量、种植企业规范、品质评价等全链条标准，以标准 化培育推动优良新品种、先进新技术落地转化，引领种业产业提质增效。 其次要聚力打造区域优质种业品牌。建议统筹整合全省优质种业资源，在产业后端强化基层品牌建设与市场推广支撑，系统推进品牌定位、市场拓展、选品 培育等重点工作，打造特色鲜明、口碑过硬的黑龙江种业名片；同时主动对接国内国际大型采购商与农业合作项目，推动我省种业技术优势向品牌优势、市 场话语权转化，切实打通优质种子推广的"最后一公里"，为佳木斯现代化大农业先行示范注入强劲动能，为全省种业振兴筑牢坚实根基。 记者：李雪君；摄影：姜轶东；视频：姜轶东 "种子是农业的'芯片'，是筑牢粮食安全根基的核心支撑，更是培育农业新质生产力的关键所在。"今年黑龙江省两会期间，省人大代表钟华聚焦种业振兴， 结合佳木斯市打造现代化大农业先行示范地的目标，围绕破解产业发展瓶颈、提升核心竞争力提出针对性建议 ...

南农晨读丨广货 行天下 年菜香 上海_南方+_南 方plus 【今日关注】 成果丰硕！广东 九大农业科技主 攻方向赋能高质 量发展 12月12日，由广 东省农业农村厅 主办的第二十四 届广东种业博览 会在广州开幕。 同期举办的广东 省农业科技创新 成果展，集中展 示了"十四五"期 间全省布局的九 大农业科技创新 主攻方向所取得 的关键进展，涵 盖种业振兴、疫 病防控、智能装 备、加工增值、 耕地保护与绿色 低碳等重点领 域，展现了广东 省破解农业核心 技术与推动产业 升级的系统性成 果。 点赞！广东这些 硬核农业科技斩 获农业技术推广 一等奖 12月12日，第二 十四届广东种业 博览会在广州开 幕。同期举办的 广东省农业科技 创新成果展，集 中展示了获得农 业技术推广一等 奖的重大成果， 涵盖了智慧养 快评丨预制菜第 一省？粤菜 真"魂"不怕工 业"火" 在广东省两会期 间，省人大代 表、广东省烹饪 协会特邀副会长 梁思桥提交建 议，呼吁全省凝 聚共识，将建 设"中国预制菜 第一省"作为系 统性工程全力推 进，依托"食在 广东"金字招 牌，推动预制菜 产业高质量发 展，为农业新质 生产力培育、乡 村全面振兴 ...

猪牛羊禽肉产量达10072万吨，比上年增长4.2%；农业科技进步贡献率超64%，农作物耕种收综合机械 化率达76.7%；农村居民人均可支配收入达到24456元，比上年实际增长6%……2025年，农业农村发展 保持稳中有进势头，为经济社会发展提供了基础支撑。 底线任务筑牢 "十五五"规划建议把提升农业综合生产能力和质量效益摆在更重要位置。2026年是"十五五"开局之年， 做好"三农"工作至关重要。各地正扎实推进乡村全面振兴，努力把农业建成现代化大产业、使农村基本 具备现代生活条件、让农民生活更加富裕美好。 "三农"工作的底线任务有两个：一是确保粮食和重要农产品稳定安全供给，筑牢国家粮食安全底线；二 是巩固拓展脱贫攻坚成果，筑牢不发生规模性返贫致贫底线。由此来看，2025年的"三农"成绩单颇为亮 眼。 基础研究取得重大发现，克隆出全球首个水稻耐高温基因，为水稻在高温环境下稳产提质提供新方案， 被列为2025年度全球十大科学突破；前沿研究取得重大突破，农业生物制造实现原创突破，"人工智能 +农业"加快布局，智慧农业大模型不断迭代应用；产业技术取得重大成果，育成扬麦53小麦新品种， 新能源农机投入使用，农业机器人加快 ...

在分中心那本厚厚的《农情服务记录簿》上，清晰记载着每一次问询与解答。分中心每位农技人员的名 字背后，都链接着数十户像袁兴富这样的规模经营主体。他们已从过去的"技术员"，转变为随叫随到 的"田保姆"和"首席顾问"。 稻麦 两季产量超2000斤的"吨粮田"成为江苏粮食高产高效的显著标志。 （南通市农业农村局供图） "好政策是底气，好服务是福气。现在遇到难题，心里不慌，手中有方。"袁兴富的感慨，道出了众多新 型农业经营主体的心声。这份踏实感，正源于南通市一场始于基层、源于实践的农技推广体系"微改 革"。 "301亩小麦，去年11月10日之后才播种，出苗时还不到10万基本苗。听了分中心指导，抗旱施了苗肥， 现在总茎蘖数上来了。接下来怎么管，才能确保高产？" 1月7日，一通来自种粮大户的咨询电话，打进了如东县农业技术服务第三分中心。电话那头，是马塘镇 许楼村的家庭农场主袁兴富。电话这头，包片农技员迅速调取田块档案，并赶到田头进行"会诊"，一份 针对性管理方案随即生成：补施磷钾锌肥促壮秆，及时清沟理墒防渍害，并密切监测蚜虫与杂草动 态…… "改革的目标非常明确，就是让专业的人回归专业的事，构建一个高效专注的技术推广体系。 ...

转自：成都日报锦观 让乡亲们的生活更有甜头、更有奔头 ▶把农业建成现代化大产业 ▶使农村基本具备现代生活条件 ▶让农民生活更加富裕美好 "成都造"巡田机器人。 正在召开的成都两会上，"城乡融合""高质量发展""乡村振兴"成了代表委员提案上的热词。 会场外的成都平原。兴隆湖畔中国农业科学院都市农业研究所内，无人化垂直植物工厂正在24小时运转；蒲江县柑橘园里，成箱的耙耙柑被装 上冷链车，发往全国各地乃至海外市场；郫都区战旗村的乡村十八坊，磨坊飘出豆香，染坊蓝布轻扬，游客络绎不绝，传统技艺与田园风光交 相辉映。 从智慧育种的实验室，到硕果累累的新乡村，这些生动的画面，共同勾勒出成都这座常住人口超2000万的超大城市，推动城乡融合和乡村振兴 美美与共的生动实践。 代表委员的热议，更是描绘出中国式现代化农业农村的"成都路径"：深入贯彻党的二十届四中全会和省委十二届八次全会、市委十四届八次全 会精神，成都将锚定"五中心五地"发展定位，以"创新驱动、开放引领、科产融合、强县活区"战略为牵引，统筹"强县活镇、兴村美乡、立产 优业、惠农富民"一体发展，确保2026年一产业增加值增长2.8%以上，农村居民人均可支配收入与经济增长 ...

Group 1 - The provincial government emphasizes the importance of agricultural modernization through technological innovation, aiming to integrate agricultural science and industry to support the construction of a strong agricultural province [1][2] - The government plans to focus on key areas such as seeds, agricultural machinery, biomanufacturing, and marine fisheries to enhance research and development efforts, promoting a "five excellence" strategy in agriculture [2] - The meeting highlighted the establishment of a policy framework to support agricultural technology innovation, including the introduction of a modern biotechnology industry investment fund [3] Group 2 - The provincial government aims to attract strong agricultural technology enterprises and encourage non-agricultural tech companies to apply advanced technologies in agriculture [2] - The initiative includes optimizing policies, financial support, and talent mechanisms to empower young people and new farmers in rural areas [2] - The meeting featured expert lectures and experience sharing from various agricultural technology enterprises and institutions, indicating a collaborative approach to advancing agricultural technology [3]

董良瀚委员代表民革福建省委员会的发言：建议树立"以智能化引领全局"的理念，系统塑造农业新质生产力：一是强化规划引领，搭建人工智 能技术底座。结合我省"十五五"农业规划编制实施，统筹布局智能感知网络、产业大脑、行业大模型、农业机器人，推动"AI+农业"深度融 合。二是聚焦精准攻关，研发高端智能农业装备。推动相关高校、科研院所成立AI农业研究院，聚焦我省农业发展痛点难点集中发力，重点 攻关智能山地农机、绿色防控系统、智能养殖装备，以及专用生产与品控模型。三是整合数据资源，打造"1+N"农业模型与数据体系。由省级 统一构建1个农业大模型基础平台，汇聚各类数据，重点孵化N个深度赋能产业的应用模型。四是健全培训机制，加强智慧农业人才培养。将 AI操作、数据分析纳入"田间课堂"与高素质农民培育核心课程，鼓励校企共建实验室，在实践中培养人才。五是深化产业融合，实现全链条数 智赋能。打通"育、种、管、加、储、销、服"全链条服务环节，设立AI农业专项资金与专项基金，加速AI农业技术模式落地。 ...

Core Viewpoint - The transition from an agricultural power to an agricultural strong nation is essential for high-quality development, national security, and the well-being of the populace [1] Group 1: Government Initiatives - The government work report emphasizes "promoting rural revitalization" and outlines a strategic direction for agricultural modernization through urban-rural integration during the 14th Five-Year Plan [1] - The report focuses on developing modern urban agriculture to enhance farmers' sense of gain, happiness, and security [1] Group 2: Agricultural Practices and Innovations - The cooperative in Jinhai District has transitioned traditional watermelon cultivation to a technology-driven and brand-oriented model, with plans to produce over 20 million seedlings next year [2] - The cooperative has implemented smart temperature control and integrated water and fertilizer systems, increasing watermelon yield to 6,000 pounds per acre and annual revenue exceeding 55 million yuan [2] Group 3: Representative Suggestions - A representative calls for increased agricultural technology support, the establishment of a "local expert team" for ongoing guidance, and the promotion of "farmland + research + tourism" integration to enhance agricultural experiences [3] - The representative emphasizes the importance of government initiatives in modern facility agriculture to drive growth and income [3] Group 4: Expert Insights - Experts highlight the critical role of agricultural technology innovation in driving modernization and ensuring food security, with the establishment of nine innovation teams since 2016 focusing on key agricultural challenges [4][5] - Recommendations include increasing financial support for agricultural technology and fostering collaboration between research institutions and agricultural enterprises to expedite the transition of innovations from labs to fields [6] Group 5: Future Directions - The development of new agricultural productivity is essential for modernizing agriculture in Tianjin, with a focus on utilizing technology to overcome resource limitations and enhance production capabilities [7] - Strategies include promoting advanced agricultural technologies, developing high-value products, and integrating agriculture with tourism to boost economic returns for farmers [7]

Core Viewpoint - The Chinese government is focusing on enhancing agricultural technology innovation and financial support for the agricultural sector to ensure food security and promote high-quality agricultural development by 2026 [1][2]. Group 1: Financial Support for Agricultural Innovation - Financial institutions are encouraged to provide targeted financial services to support agricultural technology innovation, with a goal of exceeding 64% contribution from agricultural technology progress by 2025 [1]. - The People's Bank of China and the Ministry of Agriculture and Rural Affairs have issued guidelines to enhance financial support for rural reforms and agricultural productivity [2]. - Financial products such as "Agricultural Machinery Loans" and "Agricultural Science Loans" are being developed to address specific needs in the agricultural sector [5]. Group 2: Policy and Structural Support - The government is implementing policies to create a supportive environment for financial institutions to lend to agricultural technology projects, including fiscal subsidies for equipment updates [3]. - Collaborative efforts between fiscal and financial sectors aim to achieve greater policy effectiveness, with initiatives like the "technology contract + plant variety rights" dual pledge loan model being introduced [6]. - The establishment of a comprehensive support system is crucial for linking financial services with agricultural innovation, ensuring that various stakeholders collaborate effectively [9]. Group 3: Digital Financial Services - The development of digital financial services is being prioritized to enhance efficiency and effectiveness in agricultural financing, with a focus on utilizing big data and cloud computing [8]. - Financial institutions are adopting innovative digital solutions to meet the specific and urgent funding needs of agricultural enterprises, exemplified by the "Yinong Quick Loan" [7]. - The improvement of financial data capabilities in the banking sector is seen as a strategic asset for driving innovation and expanding business boundaries [8]. Group 4: Long-term Investment and Ecosystem Building - There is a need for a long-term vision in creating a comprehensive ecosystem for agricultural technology innovation, moving beyond short-term financial support [10]. - The integration of supply chain finance and collaboration among government, financial institutions, enterprises, and research units is essential for fostering a sustainable agricultural ecosystem [9]. - Attracting social capital through government-guided funds and policy financial tools is crucial for building a diverse and healthy financial ecosystem in agricultural technology [10].