中央一号文件《中共中央 国务院关于锚定农业农村现代化 扎实推进乡村全面振兴的意见》发布，意见指出，提升农业科技创新效能。 统筹科技创新平台基地建设，加强农业关键核心技术攻关和科技成果高效转化应用，培育壮大农业领域科技领军企业。 深入实施种业振兴行动，加快选育和推广突破性品种，推进生物育种产业化。 因地制宜发展农业新质生产力， 促进人工智能与农业发展相结合，拓展无人机、物联网、机器人等应用场景，加快农业生物制造关键技术创新。 加快高端智能、丘陵山区适用农机装备研发应用，加强林草机械装备研发推广。 ...

促进"菜篮子"产业提质增效。坚持农林牧渔并举，推动构建多元化食物供给体系。强化生猪产能综合调 控，巩固肉牛、奶牛产业纾困成果，促进供求平衡、健康发展。多措并举促进乳制品消费。支持发展青 贮玉米、苜蓿等饲草料生产，促进草原畜牧业转型升级。支持设施农业更新改造，稳定发展蔬菜生产， 推进深远海养殖和现代化远洋捕捞，积极发展森林食品和生物农业。严格落实食品安全责任制，强化多 部门协同和全链条监管，严查严惩非法添加和农兽药残留超标等问题。 多措并举扩大乡村消费。支持乡村消费扩容升级，提升消费设施和服务水平，培育丰收市集、非遗工 坊、休闲露营等消费新业态新模式新场景。支持县乡村流通基础设施建设更新，促进农村及偏远地区商 贸流通降本增效。支持新能源汽车、智能家电、绿色建材下乡，健全农村废旧家电家具等再生资源回收 体系。依法严厉打击农村地区制售假冒伪劣商品行为。 2月3日，2026年中央一号文件《中共中央 国务院关于锚定农业农村现代化 扎实推进乡村全面振兴的意 见》发布。 意见提出，提升农业科技创新效能。统筹科技创新平台基地建设，加强农业关键核心技术攻关和科技成 果高效转化应用，培育壮大农业领域科技领军企业。深入实施种业振兴 ...

中共中央 国务院关于锚定农业农村现代化 扎实推进乡村全面振兴的意见 （2026年1月3日） （四）提升农业科技创新效能。 统筹科技创新平台基地建设，加强农业关键核心技术攻关和 科技成果高效转化应用，培育壮大农业领域科技领军企业。深入实施种业振兴行动，加快选育 和推广突破性品种，推进生物育种产业化。加快高端智能、丘陵山区适用农机装备研发应用， 加强林草机械装备研发推广。因地制宜发展农业新质生产力，促进人工智能与农业发展相结 合，拓展无人机、物联网、机器人等应用场景，加快农业生物制造关键技术创新。深化农业科 研院所改革。推进基层农技推广体系改革与建设，推动农业科技成果进村入户。深化涉农高校 教育教学改革，以需求为导向加快新农科建设，推动涉农专业人才定向培养。 （五）强化农业防灾减灾体系建设。 开展农业气候资源普查和区划，加强气象、水文、地质 灾害监测预报预警，提高应对极端天气能力。推进大江大河控制性枢纽、堤防达标提标和蓄滞 洪区建设，强化病险水库、大中型病险水闸除险加固，加强农田沟渠修复整治、中小河流和平 原涝区治理，提升山洪沟风险管控与防洪治理能力，做好灾毁设施恢复重建。加强北方地区防 洪排涝体系建设，适度提高 ...

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 ...

点赞！广东这些 硬核农业科技斩 获农业技术推广 一等奖_南方+_ 南方plus 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 殖、绿色防控、 智能装备、种质 创新、加工增 值、生态循环等 多个关键领域， 全面展示了广东 以科技创新驱动 农业转型升级、 引领现代农业发 展的核心成果。 1.生猪行为智能 感知的环境动态 调控与精准饲喂 关键技术推广应 用（牵头单位： 华南农业大 学）。解决行为 监测不准、环境 调控滞后、饲喂 粗放等问题。核 万亩。 4.华南主要经济 林害虫绿色防控 关键技术应用与 推广（牵头单 位：广东省林业 心包括行为驱动 的环境动态调控 技术和精准饲喂 决策模型。近3 年推广智能装备 18.5万套，服务 生猪406.1万 头，新增销售额 13.5亿元。 2.种养殖数智化 与质量安全关键 技术推广应用 （牵头单位：仲 恺农业工程学 院）。解决数据 采集落后、模型 精度不足、数据 孤岛等问题。核 心技术包括物联 网智能感知、大 数据AI精准管 控、质量安全溯 源等。已建立多 元协作 ...

Core Viewpoint - The Guangdong Province has made significant advancements in agricultural technology during the "14th Five-Year Plan" period, focusing on nine key innovation areas to enhance high-quality agricultural development [3][4][5]. Group 1: Agricultural Technology Innovations - The Guangdong Seed Industry Expo showcased key progress in nine major agricultural technology innovation directions, including seed industry revitalization, disease prevention, smart equipment, processing value addition, and soil protection [2][3][4]. - The South American white shrimp breeding and industrialization project led by Sun Yat-sen University has established a genetic resource bank and developed two national approved shrimp varieties, resulting in over 200 billion shrimp larvae sold [8][10][11]. Group 2: Disease Prevention and Control - The new comprehensive disease prevention technology project, undertaken by the Guangdong Academy of Agricultural Sciences, has developed remote monitoring and early warning systems for major livestock diseases, along with six new diagnostic technologies and vaccines [17][19][20]. - The integrated technology system has been applied in core breeding and large-scale farming sites, achieving a contract value of 5.4 million yuan from two technology transfers [21]. Group 3: Smart Harvesting Technologies - The intelligent harvesting technology for Lingnan specialty fruits, led by Jiaying University, has developed various harvesting equipment and filed 39 invention patents, with contracts worth nearly 1 million yuan for the lychee harvesting robot [22][24][26]. Group 4: Functional Gene Exploration - The project on functional gene exploration and application for important crops has identified 25 new genes and created 41 new breeding materials, with over 50 published SCI papers [34][36][38]. Group 5: Soil Degradation Control - The soil degradation control technology project has developed 14 technologies and established demonstration projects covering over 10,000 acres, with a projected sales increase of 18.74 million yuan in 2024 [47][50][52]. Group 6: Carbon Neutrality Initiatives - The microbial group research and application technology for achieving "carbon peak" and "carbon neutrality" has led to a 14-53% reduction in greenhouse gas emissions and a 90% reduction in livestock waste odor [54][56][59].

Core Viewpoint - Jiangsu province is leveraging technological innovation as a driving force to enhance agricultural modernization, aiming to integrate agricultural technology innovation with industry innovation for sustainable growth [1][7]. Group 1: Policy Measures - The Jiangsu provincial government has introduced several policy measures to strengthen the role of technological innovation in agricultural development, focusing on immediate technical challenges and long-term productivity growth [2]. - The measures are categorized into four parts: layout of innovation forces, strengthening innovation entities, implementation of innovation results, and ensuring innovation support [2]. - Key areas of focus include biological agriculture, smart agriculture, and marine technology, with plans to enhance strategic platforms like national key laboratories and breeding research centers [2]. Group 2: Implementation Strategies - A new system for promoting agricultural innovations has been established to facilitate the transition from laboratory results to practical applications in the field [3]. - The integration of agricultural education, technology, and talent development is emphasized, aligning research topics with industry needs and optimizing agricultural education programs [3]. - Financial innovations such as technology insurance and intellectual property pledges are being introduced to provide diverse funding channels for agricultural tech startups [3]. Group 3: Local Practices and Innovations - Various regions in Jiangsu are implementing unique strategies for technological agriculture, such as the "Yazhuang Experience" in Jiujiang, which creates a comprehensive technology service network [4]. - Suzhou Huaxuan Horticulture Co., Ltd. is focusing on seed innovation and has established modern smart greenhouses, achieving a 20% reduction in labor costs and a 95% seedling quality compliance rate [4]. - Nanjing is developing into an "agricultural Silicon Valley" with over 90 high-tech agricultural enterprises and numerous research platforms, fostering a robust innovation ecosystem [4]. Group 4: Future Directions - The Jiangsu provincial agricultural department plans to enhance the foundational support for agricultural technology, focusing on the development of key platforms and a nurturing environment for agricultural tech enterprises [6]. - There is a commitment to accelerate the supply of innovative results and establish mechanisms for collaborative problem-solving in technology [6]. - The aim is to address challenges in agricultural technology innovation, such as fragmentation and low conversion rates, by creating leading research centers in critical agricultural fields [6].

"措施紧扣江苏农业发展实际，既立足当下破解技术瓶颈，更着眼长远培育新质生产力。"季辉表示，措 施内容总体分为4个部分，分别聚焦创新力量怎么布局、创新主体怎么强、创新成果怎么落地、创新保 障怎么实。围绕生物农业、智慧农业、海洋科技等核心领域，做强在苏农业领域全国重点实验室、生物 育种钟山实验室等战略平台，赋予农业科技创新"坚实载体"。在企业培育上，将涉农企业纳入高新技术 企业、专精特新企业认定支持范围，重点培育头部企业、预备上市企业、初创企业"三类企业"，目标是 三年内推动农业科技企业研发投入占比超3%、新增涉农上市企业3家以上。 为打通从实验室到田间地头的"最后一公里"，《政策措施》提出实行农业新成果首推广制度，支持首台 （套）农机装备、农业领域首版次软件推广，推动科技成果转化为现实生产力。体制机制上，深化农业 教育、科技、人才一体化改革，让科研选题跟着产业需求走，让有转化前景的成果应转尽转；人才培养 上，优化涉农高校学科布局，推动涉农专业人才定向培育；金融服务上，创新科技保险、科创债券、知 识产权质押等工具，发挥省战略性新兴产业母基金作用，给种子期、初创期农业科技企业提供更加丰富 的融资渠道；科研经费上，加 ...

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].

Core Insights - The article highlights the innovative agricultural practices in Juyuan Town, focusing on the development of virus-free strawberry seedlings and air pineapples, which are expected to enhance crop quality and yield [1][2][3][4] Group 1: Strawberry Seedling Development - Jiangsu Jutu Modern Agricultural Technology Co., Ltd. has established a tissue culture laboratory capable of producing 3 million virus-free strawberry seedlings annually [1] - The company has developed over 30 varieties of strawberries, including award-winning strains, and aims to address issues like low yield and pest problems through advanced breeding techniques [1][2] - The success of the virus-free seedling project has led to a survival rate of over 90% for transplanted seedlings and a 20% increase in yield per acre [2] Group 2: Air Pineapple Innovation - Juyuan Slow Life Ecological Agriculture Co., Ltd. is focusing on air pineapples, utilizing a unique naming auction strategy to engage customers and promote new varieties [3] - The company has successfully launched 100 to 200 new air pineapple varieties annually through hybridization and other innovative methods [3] - The sales revenue for the company reached over 3.9 million yuan last year, with expectations for further growth due to the expansion of their tissue culture laboratory [3] Group 3: Agricultural Innovation in Juyuan Town - Juyuan Town is shifting its agricultural model from "growing fruit to selling fruit" to "breeding seedlings to selling seedlings," aiming to create new income opportunities for farmers [4] - The local government is supporting agricultural technology innovation through the establishment of modern agricultural industrial parks and collaborative projects with educational institutions [4]