Core Perspective - The core path to promote high-quality agricultural development is essential for revitalizing the agricultural industry, achieving agricultural modernization, and building a strong agricultural nation [1] Group 1: Financial Support for Agricultural Development - Financial empowerment of agricultural high-quality development hinges on how finance can enable agricultural technology innovation, emphasizing the need for technological empowerment, industry integration, and institutional innovation [2] - The 2025 Central Document No. 1 emphasizes the need to develop new agricultural productivity tailored to local conditions, highlighting the role of technological innovation in enhancing agricultural quality and efficiency [2] Group 2: Challenges in Agricultural Technology Innovation - Agricultural technology innovation faces significant challenges, including high risks and long cycles, with agricultural scientific and technological innovation requiring years of iteration and facing high failure rates [3] - The public good nature of agricultural technology innovation results in non-exclusivity and non-competitiveness, leading to positive externalities that many enterprises and farmers can benefit from without incurring costs [3] - The geographic and seasonal dependencies of agricultural technology innovation impose strict constraints on research cycles based on crop growth seasons [3] Group 3: Current State of Financial Support for Agricultural Technology - Despite various explorations to enhance financial services for agricultural technology innovation, the supply of agricultural technology finance remains extremely limited, with only 0.15% of agricultural loans allocated to agricultural technology loans [5] - Government and financial sectors have explored multiple angles to support agricultural technology innovation, including the establishment of guarantee funds and innovative loan models covering the entire seed industry chain [5] Group 4: Mechanisms for Financial Innovation in Agriculture - Financial mechanisms and model innovations are necessary to support high-quality agricultural development, including institutional breakthroughs and cross-sector integration [7] - The promotion of ESG-oriented investments and the integration of water-saving and fertilizer-saving technologies into ESG ratings can guide capital towards green agriculture [7] - The construction of an "industry-university-research-finance" ecosystem is essential for accelerating technology transformation in agriculture [7]

Core Insights - The establishment of the national small and micro enterprise fund flow credit information sharing platform has significantly aided financing for small and micro enterprises in Hubei province [1][2][3] - The platform allows banks to access companies' fund flow credit information, enabling them to match suitable loan products for businesses that have never received loans before [1][2] - Innovative financing solutions, such as patent pledge loans, have been developed to assist asset-light enterprises in overcoming financing challenges [2][3] Group 1 - As of the end of May, 19 pilot banks in Hubei have conducted 20,200 queries on the fund flow credit information platform, granting credit of 12.213 billion yuan and disbursing loans of 4.325 billion yuan to 997 enterprises [1] - A small e-commerce enterprise, previously classified as a "credit white household," successfully obtained a loan of 1.8 million yuan through the platform after its fund flow credit information was assessed [1] - A textile company utilized intellectual property pledges to secure financing of 5.173 million yuan, facilitated by real-time data from the fund flow information platform [2] Group 2 - An agricultural technology company received a credit loan of 1.5 million yuan after being evaluated through the fund flow information platform, which allowed for a more favorable assessment than traditional methods [3] - The fund flow information platform officially launched in October 2024, establishing credit profiles for small and micro enterprises, with 56 million enterprises and individual businesses covered by the end of 2024 [3]

此外，为了实现科研成果与生产实践的双向反馈，让先进技术真正"接地气"，一亩田APP上将开设张佳 宝院士及其团队专业课程专栏，突破传统农技推广的时空限制，让国家级科研成果以"零门槛"的方式直 达田间地头。 此次合作，一亩田集团将整合三方资源与技术，围绕种植者土壤改良需求，持续构建起"检测—诊断— 改良—增效"的闭环链路，助力破解土壤退化难题、提升农业综合效益。未来，一亩田集团也将以"沃土 计划"为起点，依托全产业链服务能力，进一步拓展农业科技服务边界，推动更多科研成果转化落地， 助力农业生产转型升级，让"每一亩田更有价值"。 张佳宝院士是国内研究土壤地力的领军人物，任第三次全国土壤普查专家技术指导组组长，曾多次获得 国家科学技术进步奖，其全国唯一一个院士工作站就建立在中向旭曜。自2016年以来，中国科学院南京 土壤研究所张佳宝院士团队与中向旭曜联合开展基于天然优质腐殖质材料快速构建优质耕作层的技术研 究。 为实现这一技术落地，中向旭曜在海外开发3.6亿吨天然优质腐殖质材料的矿产，并且在国内投入8亿 元，落地国内工厂，应用诸多国内首创的开发技术及设备，确保从原料到产品间的每个环节的完善。 此次三方合作，共同发起" ...

在绿色能源领域，中新建电力集团一五〇团"光伏＋防沙治沙"及生态农业工程项目，采用"林光互 补""草光互补"创新模式，在光伏板间隙种植沙棘、枸杞等植被，构建防风固沙生态体系。该项目已顺 利送电，预计年提供绿色电力约1.5亿千瓦时，减少碳排放约7.8万吨，实现生态与经济效益双赢。 在农业科技创新方面，新疆天业集团蘑菇湖现代节水农业示范基地引入智能打顶机器人，融合三维重 建、AI规划等技术，精准完成棉花摘顶作业；自主研发的"暗管排水控盐"技术，有效破解盐碱地种植难 题。基地还广泛应用节水灌溉技术，依托大数据平台提升农业生产效率，成为兵团现代农业的典范。 石河子市持续加码政策支持，出台"科技创新十条"，对科技成果转化项目最高奖励500万元，设立10亿 元产业基金支持龙头企业发展。经开区修订《关于加快推进石河子国家自主创新示范区建设的若干政 策》，加大人才引育力度，设立"人才发展专项资金"，赋予人才管理自主权，为创新人才提供子女就 学、医疗服务等绿色通道。 从昔日屯垦戍边的垦区，到今日科技创新的高地，石河子市用产业与智慧的交融，在亚欧大陆腹地书写 着新时代的产业传奇。当"一带一路"的春风拂过新疆广袤的土地，这颗戈壁明珠 ...

Group 1 - The Beijing Agricultural Artificial Intelligence and Robotics Research Institute was established to focus on five key technology areas: agricultural large models, intelligent agricultural robots, smart agricultural equipment, AI breeding, and autonomous unmanned systems [1] - The institute aims to become a leader and backbone in the innovation and development of agricultural artificial intelligence in China [1] - The "QeeG" large model, developed by the team led by Academician Zhao Chunjiang, is the first of its kind in the agricultural field with a knowledge resource scale of over ten million, expected to serve more than 100 agricultural universities, research institutes, and enterprises nationwide [2] Group 2 - The computational power of the "QeeG" model reaches 31 PetaFLOPS, filling a domestic technical gap in multi-modal agricultural data generation and knowledge graph visualization [2] - The initiative aims to establish a PB-level open agricultural dataset for ten categories of crops, positioning Haidian as a national center for agricultural data knowledge value extraction and service distribution [2] - Agricultural AI equipment, such as strawberry picking robots and tomato spraying robots, was showcased, highlighting the collaboration between Haidian District Agricultural and Rural Bureau and Beijing Academy of Agriculture and Forestry Sciences [2]

聚焦科技前沿， 推动成果落地！ 广州从化科技活 动周启动_南方 +_南方plus 在科技飞速发展 的当下，创新已 成为推动社会进 步的核心动力。 为积极响应 "矢 志创新发展，建 设科技强国" 的 号召，近日，广 州市从化区科技 工业和信息化局 以及广东荔博园 种业科技有限公 司联合承办广州 市从化区科技周 活动。本次科技 周聚焦农业科技 前沿，涵盖了农 业人工智能、中 草药技术在家庭 花卉种植中的应 用、荔枝保鲜技 术等多个热门领 域，吸引了众多 科技爱好者、学 生以及农业从业 者的积极参与。 从化区科技工业 和信息化局相关 负责人表 示："此次科技 周是推动农业科 技成果落地的重 要契机，希望通 过搭建这样的平 台，让更多前沿 技术走进田间地 头，助力从化农 业实现从传统到 智能的跨越，为 乡村振兴装上科 技'引擎' 。 " 科技科普展：多 元科技成果齐亮 相 步入科技周的科 普展区，宛如踏 入一座充满奇思 妙想的科技乐 园，各类前沿科 技成果与传统文 化创新展示交相 辉映，令人目不 暇接。 华南农业大学电 子工程学院（人 工智能学院）带 来了智能小车、 仿生机器狗等科 技成果作品展 示，学院三下乡 博士 ...

枣阳某纺织有限公司是国家级高新技术企业、省级制造业单项冠军企业，主营天然植物纤维编织制造及 纺织品加工，持有30项有效专利及2项软件著作权。目前一方面订单增长需要扩张产能，但另一方面前 期账款回款周期较长，公司面临短期流动资金缺口。中国人民银行襄阳市分行了解到相关情况后，指导 建设银行襄阳分行通过资金流信息平台，实时获取了这家公司近3年资金往来、交易趋势及区间明细等 资金流数据，并结合税务、社保等多源信息交叉验证，精准研判企业经营轨迹与发展潜力。基于数据评 估，建设银行襄阳分行组建专项服务团队，创新设计"善科贷+专利权质押"组合融资方案，同时将资料 提交枣阳市知识产权局进行线上审批。通过银政企三方协同，高效完成517.3万元贷款发放，及时解决 了公司资金缺口问题。 "我们企业一直经营正常，但由于缺少抵押、担保，很难获得银行贷款，经营规模一直难以扩大。"武汉 某电子商务有限公司负责人刘先生介绍，公司是一家从事电子商务的小微企业，此前从未获得过银行贷 款，属于典型的"信用白户"。工商银行湖北省分行客户经理陆某说："以前该公司这种情况在工行很难 申请到贷款。资金流信息平台上线以后，通过查阅该公司资金流信用信息，按照 ...

原标题：科技报国正当时 对他们来说，5月30日或许是平凡的一天：照常出现在实验室，专心完善一组实验数据；如约现身 车间码头，着力解决一个技术难题；准时走上三尺讲台，开始讲解一个科学原理……他们是默默无闻的 科技工作者，日复一日地在科研一线攻坚克难，在科学前沿乘风破浪。 今年5月30日是第九个全国科技工作者日。千千万万个科技工作者奋斗的足迹，浓缩成中国科技的 不凡历程。 书写精彩创新答卷 嫦娥六号飞越38万公里，在人类历史上首次实现了月球背面采样返回；"梦想"号正式入列，1.1万 米最大钻深能力助力大洋探秘；南极秦岭站建成并投入使用，开启新时代极地科考新征程……中国科技 奏响创新强音，科技工作者以更加昂扬的斗志，以更加坚定有力的步伐朝着科技强国建设目标前进。 他们敢为人先。 嫦娥六号之前，人类开展的10次月球采样均位于正面，想要揭开更多的月球起源和演化奥秘，必须 到月背去。 但月背采样，没有先例。研制团队攻克了月球逆行轨道设计与控制、月背智能快速采样和月背起飞 上升等多项关键技术，完成了中国航天史上迄今为止技术水平最高的月球探测任务。 如今，科研人员围绕月壤开展了多领域研究，已经发表了100多篇科技论文。 他们 ...

原标题：农科开放日：好看，好吃，好玩 户外广场化身"农业科技乐园"。 "农场对对碰"游戏中，孩子们通过匹配昆虫与天敌卡片，领悟"以虫治虫"的生态智慧；"寻宝大作 战"要求从虫粪中分离幼虫，考验着"小侦探"们的观察力；在"转运RNA送货奇遇记"游戏中，家长和孩 子协助，根据氨基酸卡片从"脱氧核糖核苷酸卡片池"中找到匹配的密码子，在亲子互动中学习生物遗传 学知识。 自2019年首次举办以来，农科开放日已累计吸引超过4112万人次线上线下参与，成为我国农业科普 领域的品牌活动。"通过开展以农科开放日为代表的科普品牌活动，面向全社会开展科普解读、实验室 参观、动手实验等科普活动，生动展现农业新质生产力和农业科技成果，吸引社会公众和中小学生走进 农科、探秘农科。"中国农业科学院党组书记杨振海表示。 全国科技活动周期间，第七届农科开放日在中国农业科学院中关村院区举行。这场以"农业科普赋 能 助力全民科学素质提升"为主题的科普盛会，集结了全国36个院属单位同步参与，通过前沿科技展 示、实验室探秘、趣味互动体验等形式，向社会公众揭开农业科技的神秘面纱。 在植保5号楼大厅，27个展板和15张展台犹如一座"农业科技博物馆"。 " ...