央视网消息：丰收时节，在希望的田野上，农业科技正在助力增产增收。 山东高唐：玉米丰收在望 AI技术助力田间管理 眼下，山东聊城高唐县的79万亩夏玉米正处于灌浆期，也是产量形成关键期。今年当地积极推广了"密植精准调控+水肥一体化"技术。 为确保玉米丰产丰收，当地还在示范区建设农情监测站，通过智慧化平台对苗情、墒情、病情、虫情进行实时监测，让田间管理更精准。 山东省高唐县农业农村局商思森称："监测系统通过远程设备定时拍摄田间虫类图像，结合AI识别技术，自动统计害虫种类与数量，数据 通过智慧农业平台实时推送给农技人员，然后指导农户进行精准防治。" 农技人员欧阳建林称："我算了一笔账，自从采用无人机飞防后，每亩稻田光是农药成本就降低了30%，防治效果更是提升了40%。" 虽然科技手段可以省钱又省力，但购买无人机设备、组建飞防服务队等都需要资金支持。为支持农业科技助农生产，今年，邮储银行广东 韶关分行推出"农担贷"等特色产品，累计发放涉农贷款超15亿元，支持129家新型农业经营主体发展智慧农业、绿色农业。 河南南阳：科技创新种植模式 实现"一田双收" 眼下，在河南南阳，1560万亩玉米、花生等秋作物全面进入生长后期，距 ...

Core Insights - The event "Industrial Revitalization · Park First" was launched on September 8 to showcase the achievements of modern agricultural industrial park construction in Shaanxi Province [1] - The initiative aims to explore replicable and easily promoted models and case studies to enhance the brand influence and construction level of modern agricultural industrial parks [1] Summary by Categories Event Overview - The event is organized by the Shaanxi Modern Agricultural Park Service Center and involves media from both central and provincial levels [1] - Activities include on-site visits and in-depth research to uncover the technological aspects behind smart agriculture, green planting, and deep processing [1] Industry Development - The focus is on how "Agriculture +" can connect industrial chains and enhance value chains, transforming agricultural products into sought-after goods [1] - The event will highlight the effectiveness of income generation for farmers and how industrial parks contribute to local employment and wealth creation [1] Achievements and Future Goals - A representative from the Provincial Department of Agriculture and Rural Affairs stated that the event will comprehensively showcase the practical achievements and valuable experiences of modern agricultural industrial park construction in Shaanxi [1] - Shaanxi has established 13 national modern agricultural industrial parks and 80 provincial modern agricultural industrial parks, demonstrating significant progress in the sector [1]

登录新浪财经APP 搜索【信披】查看更多考评等级 证券代码：603717 证券简称：天域生物 公告编号：2025-079 2025年09月10日，公司董事长兼代总裁罗卫国先生、独立董事梅婷女士、董事兼董事会秘书孟卓伟先 生、财务总监李执满先生出席了本次业绩说明会，就投资者关心的公司经营业绩等事项与广大投资者进 行充分交流。 二、本次会议投资者提出的主要问题及公司的回复情况 在本次业绩说明会上，公司在信息披露允许的范围内就投资者普遍关注的问题进行了回复。经梳理，主 要问题及回复如下： 1、投资者提问：请问贵公司未来盈利增长的主要驱动因素有哪些？谢谢。 天域生物科技股份有限公司 关于2025年半年度业绩说明会召开情况的公告 本公司董事会及全体董事保证本公告内容不存在任何虚假记载、误导性陈述或者重大遗漏，并对其内容 的真实性、准确性和完整性承担法律责任。 天域生物科技股份有限公司（以下简称"公司"）于2025年09月10日(星期三)下午13:00-14:00在上证路演 中心https://roadshow.sseinfo.com/）以网络互动方式召开2025年半年度业绩说明会。关于本次说明会的召 开事项，公司已于2 ...

科技创新为果业发展注入强大动力。现代农业技术在果业领域的应用日益广泛，从种苗繁育、果园管理 到采后处理的全产业链都发生了深刻变革。组培育苗、水肥一体化、病虫害绿色防控等新技术大幅提升 了生产效率和果品品质。无人机巡园、智能灌溉、物联网监测等智慧农业装备的应用，实现了果园管理 的精准化和智能化。特别是在采后环节，冷链物流、气调贮藏、商品化处理等技术的推广，有效延长了 水果保鲜期，减少了产后损失，使消费者能够品尝到更新鲜、更优质的水果。 果业产业结构持续优化升级。各地根据资源禀赋和市场需求，积极推进果树品种结构调整，大力发展特 色优势果品产业。新品种选育和引进力度不断加大，优质高效栽培技术广泛推广，果园基础设施条件显 著改善。特别是水果产业带建设取得明显成效，形成了多个具有区域特色的水果优势产区，如西北的苹 果产业带、长江流域的柑橘产业带、南方的热带水果产业带等。这些优势产区的形成，不仅提高了水果 生产的集中度和专业化水平，也为打造区域品牌奠定了坚实基础。 这场变革的深层意义，在于它重构了果业的产业生态。过去分散的小农经济正在向规模化、标准化转 型，通过"电商平台+合作社+农户"的模式，中小果农得以共享数字化红利 ...

Core Viewpoint - The article highlights the success of the "Super Cotton Field" in Xinjiang, managed by two young individuals, which has achieved significant breakthroughs in cotton production through the integration of advanced agricultural technologies and practices [1][3]. Group 1: Production Achievements - The "Super Cotton Field" spans 3,000 acres and has seen continuous improvements in total and per-acre yield from 2021 to 2024, with a notable per-acre yield of over 520 kilograms in 2024, ranking among the best in the region [1][4]. - The management team, consisting of two individuals, has successfully implemented a 75% automation rate in the cotton farming process, utilizing various advanced technologies [3][4]. Group 2: Technological Integration - The farming process in the "Super Cotton Field" incorporates a range of technologies, including agricultural drones, autonomous farming machinery, smart irrigation systems, and remote sensing drones, all controlled via a mobile application [3][4]. - The project has faced challenges such as severe weather events, including windstorms and unexpected snow, which have tested the resilience and adaptability of the farming techniques employed [3][4]. Group 3: Knowledge Dissemination and Impact - The success of the "Super Cotton Field" has led to increased interest from local farmers seeking technological support, with the project now extending its influence to over 1,200 farms across the region, covering an area of 700,000 acres [6][4]. - The initiative is seen as a microcosm of the broader agricultural transformation in Xinjiang, where digital empowerment and technological innovation are driving significant changes in traditional farming practices [6][4].

Group 1 - The article highlights the significance of the White Dew solar term, marking the arrival of autumn and the harvest season, emphasizing the role of technology in ensuring agricultural yields [1] - New agricultural machinery with straw recovery functions is becoming increasingly important in fields, particularly in Shandong Heze, enhancing efficiency in crop harvesting [3][22] - The use of heavy-duty drones has revolutionized the transportation of harvests from mountainous areas, significantly reducing transport time from 50 minutes to just 10 minutes [6][8] Group 2 - An unmanned plant factory in Chengdu, Sichuan, has achieved over 100 times the production efficiency compared to traditional farming methods, showcasing advancements in agricultural technology [9][11] - The plant factory employs automated systems for planting and transporting crops, ensuring a fully automated growth cycle [13] - In Jiangxi Yongxin, modern agricultural machinery is being utilized to expedite the harvesting of over 200,000 acres of rice, with nearly 3,100 machines deployed for efficient operations [18][20] Group 3 - In Shandong Yuncheng, new corn harvesting machines are being introduced that can simultaneously harvest corn and collect straw, streamlining the entire process [22] - In Xinjiang Kunyu, the region is experiencing a bumper harvest of processing tomatoes, with an expected yield of around 9 tons per acre, thanks to favorable climatic conditions [25][31] - The implementation of an order-based agricultural model in Kunyu ensures quality control and efficient management throughout the tomato growing process, enhancing the overall yield and quality [31][29]

Group 1 - The core viewpoint of the news highlights the advancements in smart agriculture in Nanjing, showcasing automated processes in rice cultivation, poultry management, and intelligent control of water and fertilizer in tomato greenhouses [1][2] - The fifth Sustainable Development Big Data International Forum (FBAS 2025) was held in Beijing, focusing on the promotion of digital and data solutions in agriculture, environmental protection, and energy sectors [1] - Nanjing has established four smart agriculture parks, one smart fishery park, and eleven digital farms since 2022, indicating significant progress in agricultural digitalization [2] Group 2 - The forum aimed to share successful cases of digital solutions and big data applications, exploring the potential for replicating these best practices in developing countries [1] - Experts discussed ways to assist Nanjing in building channels and providing information to facilitate international cooperation [2] - The Food and Agriculture Organization (FAO) expressed interest in collaborating with Nanjing to explore the feasibility of smart agriculture technology research and application scenarios in the context of China-Africa cooperation [2]

Group 1: Rice Harvesting and Agricultural Innovations - The white dew period marks the key harvesting season for rice in the Chengdu Plain, with significant activity in Meishan's Yongfeng Village, where rice harvesting is underway [1][3] - Yongfeng Village serves as Sichuan's only rice variety testing and technology research platform, having introduced over 600 rice varieties since 2016, with 30 high-yield varieties identified for local adaptation [5][3] - The average yield for two tested rice varieties reached 906 kg and 847 kg per mu, showcasing the effectiveness of ongoing agricultural research [5][3] Group 2: Smart Agriculture Technologies - The introduction of AI-driven agricultural inspection robots in Sichuan has improved efficiency in crop management, allowing for real-time monitoring and disease identification [9][11] - A smart agricultural system has been developed that can predict crop growth cycles and yield, as well as provide early warnings for pest risks, enhancing proactive management for farmers [11][13] - The integration of smart technologies in agriculture is expected to expand beyond rice and wheat to include various crops such as corn, tea, and vegetables [11][13] Group 3: Vertical Farming Innovations - A vertical plant factory in Chengdu has achieved over 100 times the production efficiency compared to traditional farming methods, utilizing automated systems for planting and harvesting [15][17] - The facility has developed 1238 light formulas for 72 types of crops, significantly enhancing light utilization efficiency and crop growth [17][15] Group 4: Agricultural Machinery Advancements - In Shandong's Yuncheng, new multifunctional corn harvesters are streamlining the harvesting process by simultaneously collecting corn and processing straw, promoting efficient agricultural practices [19][21] - The integration of advanced machinery in Yuncheng is creating a sustainable agricultural cycle by providing quality resources for local livestock farming [19][21] Group 5: Tomato Production in Xinjiang - Xinjiang's Kunyu City has successfully harvested over a thousand acres of processing tomatoes, achieving a yield of approximately 9 tons per mu [21][23] - The use of tomato harvesting machines equipped with color sorting technology ensures high-quality raw materials for processing, with a sorting accuracy of 97% [25][27] - The implementation of a contract farming model in Kunyu City ensures technical guidance throughout the tomato production process, enhancing quality control [27][21]

中国农业正在经历一场结构性重构，而这一次，不是靠人多地广的资源优势，不是靠农资和机械的粗放投入，而 是靠科技的深度介入与系统性革新。所谓"智慧农业"，正是这场变革的核心关键词。新创人农业生态有限公司， 以"让农业真正实现智能决策、绿色发展和数据增值"为使命，走出了一条从试点到复制、从平台到生态的智慧农 业实战路径。 在传统农业模式下，种什么、怎么种、什么时候播、什么时候收，很多决策依靠经验、习惯甚至天气预判。这种 模式不仅效率低，风险高，而且很难规模化、标准化。而智慧农业的逻辑完全不同——它是感知优先、数据驱 动、系统响应、全链条协同的产业新物种。新创人正是从"重构农业基础设施"入手，构建起一个以数据中枢为核 心、以物联网为神经、以AI模型为大脑的农业运营平台。 在这个平台上，每块土地都有自己的"数字身份证"，每一次农事操作都有记录，每一笔投入与产出都清晰可视。 通过布设土壤传感器、环境气象站、摄像头、无人机等感知设备，系统能实时获取作物生长状况；借助算法分析 和历史数据积累，平台能推算出最佳播种期、施肥量和水分管理方案；配套的智慧灌溉系统和病虫害AI识别系统 则能精准、高效地执行操作，真正实现"种田像管车间 ...

Core Viewpoint - The training program aims to enhance the marketing system for agricultural products in Guangdong, focusing on the "12221" marketing framework to address the challenges of selling agricultural products and promote rural revitalization [4][5][16]. Group 1: Training Program Overview - The second phase of the training for the Guangdong agricultural marketing system was held in Huizhou, attended by participants from Huizhou, Heyuan, and Shanwei [4][19]. - The training emphasizes the importance of a long-term commitment to building a robust agricultural marketing system, which is essential for improving market capabilities and serving the agricultural sector [20][22]. Group 2: "Media+" Concept - The "Media+" initiative is designed to reshape the value creation process in the agricultural industry by integrating media with agricultural practices, rather than merely increasing communication channels [24][25]. - The initiative aims to leverage cultural insights, resource connections, and matrix communication to enhance market and brand development across the agricultural supply chain [26][34]. Group 3: Agricultural Branding and Marketing - The "Yue" brand serves as an identity for Guangdong's agricultural products, with detailed guidance provided on the application and management of this branding [46][47]. - The training included practical case studies and methodologies to inspire participants to enhance product value and improve the branding of Guangdong agricultural products [50][51]. Group 4: Smart Agriculture and AI Integration - The integration of AI in agriculture is highlighted as a means to redefine industry rules, focusing on smart planting and breeding to enhance efficiency and productivity [53][58]. - The use of deep learning and AI is emphasized for data-driven decision-making in agricultural production, showcasing a trend towards modern agricultural practices [61][63]. Group 5: Local Agricultural Innovations - Local agricultural products from Huizhou, Heyuan, and Shanwei were showcased, emphasizing the importance of quality management and the application of new technologies in service delivery [66][68]. - The training encouraged participants to adopt innovative marketing strategies, including the use of short video content to promote local agricultural products effectively [100][102].