股票简称：隆平高科 股票代码：000998 本公司全体董事、监事及高级管理人员承诺本上市公告书不存在虚假记载、 误导性陈述或重大遗漏，并对其真实性、准确性、完整性承担相应的法律责任。 公司监事签名： 袁定江 张 伟 邹振宇 袁隆平农业高科技股份有限公司 年 月 日 袁隆平农业高科技股份有限公司 向特定对象发行 A 股股票 上市公告书 保荐人（主承销商） 二〇二五年五月 发行人全体董事、监事、高级管理人员声明 本公司全体董事、监事及高级管理人员承诺本上市公告书不存在虚假记载、 误导性陈述或重大遗漏，并对其真实性、准确性、完整性承担相应的法律责任。 公司董事签名： | 刘志勇 | 张 | 坚 桑 | | 瑜 | | --- | --- | --- | --- | --- | | 许靖波 | 罗永根 | | 张 | 林 | | 李皎予 | 李少昆 | 刘贵富 | | | | | | 袁隆平农业高科技股份有限公司 | | | 年 月 日 发行人全体董事、监事、高级管理人员声明 发行人全体董事、监事、高级管理人员声明 本公司全体董事、监事及高级管理人员承诺本上市公告书不存在虚假记载、 误导性陈述或重大遗漏，并对其真实性 ...

Summary of Key Points Core Viewpoint The announcement details the results of the issuance of A-shares by Yuan Longping Agricultural High-Tech Co., Ltd., specifically targeting a specific entity, Citic Agricultural Technology Co., Ltd. The issuance involves 152,477,763 shares at a price of 7.87 yuan per share, raising approximately 1.2 billion yuan in total. Group 1: Issuance Overview - The total number of shares issued is 152,477,763 A-shares [1][2] - The issuance price is set at 7.87 yuan per share [2] - The shares will be listed on May 14, 2025, without ex-rights adjustments [1] Group 2: Fundraising Details - The total amount raised from the issuance is 1,199,999,994.81 yuan, with a net amount of 1,187,526,409.91 yuan after deducting issuance costs [3][4] - The lead underwriter for this issuance is CITIC Securities Co., Ltd. [3] Group 3: Compliance and Approval - The issuance has been approved by relevant regulatory bodies, including the China Securities Regulatory Commission [2][5] - The process followed all legal and regulatory requirements, ensuring fairness and compliance in the selection of the subscription object [5][6] Group 4: Shareholder Structure Changes - The issuance will not change the control of the company, as the controlling shareholder remains the same [8][9] - The shareholding structure will adjust, with the new shares increasing the total share count to 1,469,448,061 shares [8][9] Group 5: Use of Proceeds - The funds raised will be used primarily to repay bank loans and supplement working capital [9][10] - The company's main business operations will remain unchanged following the issuance [9]

Group 1 - The Beijing Digital Agriculture and Rural Promotion Center has announced the launch of a pilot project for the localization of environmental control technology in multi-span greenhouses [1] - The initiative aims to leverage Beijing's technological resources to advance key technologies for the localization of greenhouse environmental control systems, promoting innovation and application in agricultural technology [1] - The project will focus on tomato cultivation scenarios within multi-span greenhouses, conducting pilot tests to validate and optimize the performance and effectiveness of domestic greenhouse control systems [1] Group 2 - The project will provide three large multi-span greenhouse areas (400 square meters each) as testing grounds, along with one control greenhouse for managing tomato cultivation and agricultural operations [2] - Participating teams can include research institutions, universities, and technology companies, and must submit a detailed technical proposal to the organizers [2] - A selection process will be conducted to choose three teams that will sign experimental contracts with the organizers after a review of their proposals [2]

Group 1 - The Chinese government aims to establish an efficient agricultural technology innovation system by 2035, as outlined in a joint document by seven ministries [3][6][7] - The document emphasizes the need for a clear hierarchy, collaborative division of labor, and appropriate competition within the agricultural technology innovation system [6][7] - The focus is on enhancing the overall effectiveness of agricultural technology innovation to support sustainable agricultural development [6][7] Group 2 - A recent event in Gaozhou highlighted the launch of the 2025 Gaozhou Lychee Procurement Guide, aimed at facilitating the purchase of lychees for consumers and merchants [22][23][25] - The guide provides a convenient and authoritative market channel for selecting preferred lychee varieties, enhancing market efficiency [23][25] - This initiative is part of broader efforts to promote local agricultural products and improve market access for farmers [22][25]

Group 1 - The article highlights the significant contributions of young scientists in technological innovation, particularly in addressing agricultural challenges in China's black soil regions [2][4] - Yang Fan's team at Northeast Agricultural University developed a water-thermal humification technology to restore degraded black soil by converting agricultural waste into high-efficiency humus [4][6] - The team faced numerous challenges, including slow decomposition rates of straw, but eventually succeeded in creating a "super pressure cooker" to accelerate the transformation process [6][8] Group 2 - The application of the technology led to a significant increase in organic matter content in the soil, with a reported 10% improvement and a 5% increase in rice yield [2][8] - Yang Fan emphasizes the importance of translating laboratory results into practical applications for farmers, addressing the economic feasibility of using their developed products [7][8] - The collaborative efforts between Northeast Agricultural University and the Max Planck Society aim to foster innovation and train the next generation of agricultural scientists [9][10]

Core Viewpoint - The article highlights the advancements in agricultural technology and innovation in Yangling, China, showcasing the integration of modern breeding techniques and smart agricultural practices to enhance productivity and efficiency in the agricultural sector [1][8]. Group 1: Agricultural Innovation - The Yangling Technology Center has developed multiple breeding technologies that significantly improve breeding efficiency, reducing the selection process from four years to less than one year [1]. - The center utilizes double haploid technology to produce haploid plants and then doubles the chromosome sets to restore normal chromosome numbers, making the breeding process more predictable and controllable [5][6]. - In 2024, 53 new plant varieties from Yangling will undergo national review, with four selected as national leading varieties, and three varieties expected to rank in the top ten for planting area among similar crops [7]. Group 2: Smart Agriculture - The "Shelter Manager" system integrates IoT, big data, and cloud computing to provide smart control of greenhouse environments, allowing farmers to manage large areas efficiently through mobile devices [9][11]. - Over 10,000 farmers have benefited from smart agriculture technologies, enhancing their productivity and operational efficiency [12]. - The Yangling Sheltering Manager Information Technology Company has seen its sales double annually due to the strong research atmosphere and high visibility in Yangling [13]. Group 3: International Collaboration - Yangling has established ten modern agricultural demonstration parks in Belt and Road countries, promoting 115 excellent varieties across over 30 million acres [20]. - The introduction of advanced agricultural technologies and equipment in Tajikistan is expected to enhance local agricultural mechanization, with projected sales of over 2,000 units of a new agricultural vehicle [18]. - Yangling has trained over 3,000 management and technical personnel for more than 110 countries and regions, strengthening international agricultural cooperation [20]. Group 4: Future Directions - The Yangling demonstration zone aims to align with global agricultural technology trends, focusing on talent, technology, and project exchanges to foster the development of high-quality agricultural varieties and technologies [21].

Group 1: Policy Support for AI Development - General Secretary Xi Jinping emphasized the importance of policy support for artificial intelligence (AI) as a new technology and field, advocating for the comprehensive use of intellectual property, fiscal taxation, government procurement, and facility openness to enhance technological finance [1] - The Tianfu New Area in Chengdu has accelerated the construction of an AI industry cluster through policy innovation, scene empowerment, and ecological construction, with a focus on the lakeside area [3][4] - Financial support for AI companies includes annual subsidies for computing power and R&D investments, with specific policies providing up to 300 million yuan in annual subsidies for eligible AI enterprises [4] Group 2: Financial Services and Growth of AI Companies - Shenzhen-based Yujian Technology has developed a humanoid robot capable of precise operations, attributing its growth to the support from financial institutions [6][7] - The China Bank has provided tailored financial services to Yujian Technology, increasing its credit limit to 60 million yuan to support its rapid development [8] - The bank's support includes loans for upgrading production lines and comprehensive financial services during the company's IPO process [8] Group 3: Tax Incentives and Innovation in AI - The emergence of large model training markets has highlighted the importance of AI in various industries, with companies like Tianyun Data benefiting from tax policies that support R&D expenses [10][11] - Tianyun Data's Elpis model, developed with significant financial backing, has reduced its R&D cycle by six months due to tax refunds, enabling faster technological advancements [10][11] - The company has successfully created a self-driven knowledge engine that enhances AI application efficiency across multiple sectors [12] Group 4: Investment in AI and Biotechnology - The AI biotechnology company Yingsi Intelligent has integrated AI into drug development, significantly reducing the time and cost of bringing new drugs to clinical trials [14] - The Shanghai government has launched a mother fund for AI, with a focus on smart computing and foundational models, aiming to attract market capital into the AI sector [15] - Yingsi Intelligent has secured $110 million in financing to further its AI-driven drug development efforts, positioning itself at the forefront of global competition [14][15] Group 5: Agricultural Technology and Insurance Support - The use of AI-driven agricultural drones has improved farming efficiency, with farmers reporting significant time and cost savings [17][18] - Insurance services have been developed to support the use of agricultural drones, providing quick repair services and reducing the financial burden on farmers [18] - The integration of IoT and AI technologies in agriculture is enhancing production efficiency and supporting the application of new technologies in the sector [18]

Core Insights - The "Science and Technology Courtyard" serves as a crucial platform for cultivating graduate students and is a key battleground for rural development initiatives [1] - As of now, there are over 1,800 Science and Technology Courtyards established across 31 provinces in China, with 14 international courtyards set up in 11 countries [1] - The model has significantly transformed agricultural practices in regions like Quzhou County, leading to increased grain production and farmer income [1] Group 1 - The "2+X" experimental model is designed to address various agricultural challenges through collaborative solutions involving students and farmers [2] - Each courtyard aims to implement a system that combines traditional farming methods with innovative solutions tailored to specific production issues [2] - The practical approach emphasizes hands-on experience for students, allowing them to work closely with farmers to solve real-world problems [2] Group 2 - The "3+X" and "4+X" experimental models have evolved from the initial "2+X" framework, showcasing the adaptability and scalability of the approach [3] - A notable success includes a wheat-corn planting trial in Quzhou County, which achieved a 40% increase in yield and efficiency, alongside significant reductions in emissions and water usage [3] - The average income increase per mu of land was reported at 795 yuan, highlighting the economic benefits of the initiative [3]

科研院所和高校是农业科技创新的重要策源地。针对不同层级、不同类型的科研院所和高校，实施意见 作出明确职责分工：中央级科研院所要聚焦服务国家重大需求，主攻全局性、战略性、前瞻性农业重大 科技问题。地方科研院所要着力支撑区域发展，主攻区域性、特色性产业科技问题。高校要强化为农服 务使命，以立德树人为根本，以强农兴农为己任，大力培养知农爱农新型人才，加快提升农业科技创新 能力。 南京农业大学副教授仇童伟表示，这些部署为不同科研院所和高校划好重点，有助于各司其职，各展其 长，避免重复劳动，推动科研院所之间形成合理分工、良性竞争的创新局面，提升农业科技创新的整体 效率。 新华社北京5月9日电 题：提升农业科技创新体系整体效能！这份实施意见作出明确部署 此外，实施意见还就提升农业科技条件支撑能力、加快农业科技成果转化、推动农业科技高水平开放合 作等方面作出部署，为提升农业科技创新体系整体效能打造良好环境。 新华社记者古一平 农业农村部等7部门近日联合印发《关于加快提升农业科技创新体系整体效能的实施意见》。记者注意 到，实施意见聚焦更好发挥科研院所、企业、人才等各方面力量，部署推动提升农业科技创新体系整体 效能，为农业科技 ...

Core Viewpoint - Pakistan is committed to enhancing the China-Pakistan Economic Corridor (CPEC) through high-quality cooperation under the Belt and Road Initiative, focusing on industrial collaboration and economic zone development to unlock its economic potential [1][2]. Group 1: Agricultural Cooperation - A memorandum of understanding was signed between Chinese companies and Pakistan to introduce advanced molecular breeding technology into Pakistan's agricultural system, transitioning from traditional breeding to precision breeding [1]. - The collaboration aims to establish a national molecular breeding laboratory in Pakistan and share genetic resources, utilizing big data platforms for targeted gene aggregation [1][2]. - The agricultural technology cooperation is crucial for Pakistan, where 43% of the workforce is employed in agriculture, and it is expected to significantly enhance food production and farmers' income [2][9]. Group 2: Economic Corridor Development - The upgraded CPEC will emphasize production development, particularly establishing manufacturing bases in Pakistan for goods production and export in collaboration with Chinese enterprises [8]. - The initial phase of CPEC focused on infrastructure development, which is now transitioning to stimulate industrial growth and economic development [7]. - The successful implementation of CPEC is seen as a pathway to improve regional cooperation and connectivity, benefiting not only Pakistan but also extending to Iran, Turkey, and Europe [6][8]. Group 3: Bilateral Relations - The relationship between Pakistan and China is described as a "all-weather strategic partnership," which is considered vital for Pakistan amidst changing international dynamics [3][4]. - Pakistan's leadership expresses a strong commitment to deepening ties with China, with plans for high-level visits to further enhance bilateral cooperation [5]. - The ongoing collaboration under the Belt and Road Initiative positions Pakistan as a key player in regional economic integration, benefiting multiple countries in the region [10]. Group 4: Regional Economic Cooperation - The Shanghai Cooperation Organization (SCO) is highlighted as a platform for enhancing regional economic cooperation, emphasizing infrastructure development and mutual benefits among member states [11]. - The potential impact of U.S. tariff policies on Pakistan's exports is acknowledged, with ongoing negotiations aimed at mitigating adverse effects on trade competitiveness [12].