Core Viewpoint - The 2025 Zhengzhou Seed Industry Expo and the 10th Central Plains International Seed Technology Exhibition will take place from November 1 to 3, showcasing a significant focus on new vegetable varieties and advanced agricultural technologies [1] Group 1: Event Overview - The expo will be held at the National Crop Variety Display and Evaluation Base in Zhengzhou, organized by the Provincial Department of Agriculture and Rural Affairs and the Central Plains Agricultural Valley Management Committee [1] - Approximately 800 exhibitors are expected, featuring over 6,000 new and superior varieties from 321 breeding units, covering more than 50 categories including solanaceous vegetables, melons, legumes, leafy vegetables, sweet corn, and specialty vegetables [1] Group 2: Technological Innovations - The exhibition will showcase dozens of advanced practical production technologies, including water-saving irrigation, precision fertilization, organic fertilizer substitution, and non-chemical pest control techniques [1] Group 3: Industry Chain Integration - The second Zhengzhou Vegetable Agricultural Input Full Industry Chain Conference will occur concurrently, covering the entire industry chain from seeds, pesticides, fertilizers to agricultural machinery [1] - A mechanization display area will be set up in the fields to demonstrate the complete process of vegetable cultivation, from sowing, transplanting, integrated water and fertilizer management to harvesting, aiming to create a one-stop platform for the vegetable seed, agricultural input, and machinery industries in the Central Plains region [1] Group 4: Online Participation - To meet the needs of exhibitors and growers nationwide, an online cloud exhibition will be held, allowing participants to upload photos or videos of key stages in vegetable cultivation to a WeChat mini-program for online viewing and inquiry [1]

Group 1 - The core viewpoint emphasizes the importance of developing new agricultural productivity to achieve high-quality agricultural development and address the "three rural issues" in China [2][3] - The concept of new agricultural productivity involves optimizing traditional agricultural production factors through modern technology and innovative models, aiming to create a high-tech, efficient, and quality-driven agricultural system [3][4] - The development of new agricultural productivity is driven by technological, institutional, and market innovations, with a focus on enhancing productivity and sustainability [5][6] Group 2 - New agricultural productivity represents a qualitative leap in production factors and a paradigm shift in development paths, integrating new technologies and innovative production methods [4][5] - The transition from traditional agriculture to new agricultural productivity is essential for addressing issues like low efficiency, resource waste, and environmental pressures [5][6] - The current challenges include high technology costs, insufficient digital capabilities among farmers, and inadequate infrastructure [5][7] Group 3 - Opportunities for developing new agricultural productivity arise from the global technological revolution, with advancements in biotechnology and digital technology driving smart and automated agricultural practices [6][9] - The Chinese government is reinforcing agricultural technology independence and self-reliance, providing institutional support for the development of new agricultural productivity [6][9] - The integration of primary, secondary, and tertiary industries is fostering new agricultural business models, such as agricultural tourism and cross-industry collaborations [6][9] Group 4 - The focus on seed industry revitalization is crucial for ensuring food security, with initiatives aimed at achieving self-sufficiency in seed sources [11][12] - Upgrading agricultural machinery is vital for modernizing agriculture, with a need for small, intelligent, and multifunctional equipment tailored to specific regional needs [12][13] - The development of new agricultural productivity must consider regional resource endowments and explore tailored pathways for different areas [12][13]

Group 1 - The 32nd China Yangling Agricultural High-tech Fair was held with the theme "Technology Empowering New Quality Agricultural Productivity," attracting nearly 400 participants from various sectors [1] - A total of 61 projects were signed on-site with a total investment of 16.23 billion yuan, and an additional 61 projects will be signed later, amounting to 8.76 billion yuan, covering areas such as seed industry, smart agriculture, medicine, medical devices, and agricultural cultural tourism [1] - The Vice President of Northwest A&F University released the "2025 China Agricultural Industry Investment Report," highlighting the acceleration of capital inflow into emerging sectors like smart agriculture and biological breeding driven by policy and technology [1] Group 2 - The Secretary-General of the National Agricultural Technology Innovation Investment Consortium presented the "2025 China Agricultural Technology Innovation Investment Report," indicating that agricultural technology venture capital is focusing on sectors such as agricultural biotechnology, smart agriculture, innovative food and nutrition, and green low-carbon initiatives [1] - The Director of the Yangling Demonstration Zone Investment Promotion Bureau introduced the investment environment and invited global partners to collaborate in five key areas: seed industry, deep processing of agricultural products, biomedicine and health, smart agriculture and intelligent equipment manufacturing, and agricultural technology services [1] - Representatives from agricultural companies, including Beijing Dabeinong Technology Group and AgroFresh, shared cutting-edge technologies, new models, and practical cases during the event [2]

Core Insights - Intellectual property (IP) plays a dual role in rural industrial development: it serves as a "ballast" to protect achievements and clarify rights, while also acting as a "catalyst" to stimulate innovation and enhance value [1] Group 1: Role of Intellectual Property - The primary function of IP is to establish clear boundaries for rural industries, ensuring the authenticity of products through geographical indications, which act as a "anti-counterfeiting stamp" [2] - IP safeguards the source of innovation, particularly in agriculture, by protecting original seed varieties from imitation, thus encouraging breeders' innovation [2] Group 2: Impact on Agricultural Innovation - IP catalyzes technological advancements in agriculture, transforming breeding from experience-based practices to a more predictable and efficient "precision industry" [3] - The brand effect created by IP drives the extension of industrial chains, as seen in the case of "Jurong Strawberry," which has expanded beyond mere cultivation to include tourism and dining experiences [3] Group 3: Resource Utilization and Economic Growth - The establishment of a national crop germplasm resource information platform enhances the utilization of dormant genetic resources, facilitating higher-level innovations [4] - The integration of IP into agricultural practices is essential for improving production capacity and quality, linking farmers' incomes with national food security [4]

Core Insights - The 32nd China Yangling Agricultural High-tech Achievements Expo is being held from October 25 to 29, focusing on "New Quality Productivity and Agricultural New Future," showcasing technological innovations that are transforming agricultural production methods, market structures, and industrial upgrades [1] Group 1: Agricultural Innovation - The expo features over 1,800 enterprises from nearly 50 countries, highlighting the global interest in agricultural technology [1] - Agricultural experts are actively engaging with farmers, addressing issues such as crop diseases and fertilizer application, emphasizing the importance of high-quality seed breeding for food security [2] Group 2: Smart Agriculture - The event showcases smart agricultural tools, including drones and robots, which enhance precision farming and data-driven decision-making [3] - A smart nursery inspection robot developed by a university team can analyze crop health and predict yields, demonstrating the shift from traditional farming practices to technology-driven solutions [3] Group 3: Green Agriculture - The expo emphasizes the need for green transformation in agricultural practices, presenting technologies focused on resource conservation and environmental sustainability [4] - Companies are collaborating to address challenges such as crop residue utilization, aiming to reduce chemical pollution and improve resource recycling [4] Group 4: Future of Agriculture - The advancements in agricultural technology and practices showcased at the expo indicate a promising future for the agricultural sector in China [5]

Core Points - The National Intellectual Property Administration has announced the first batch of industry intellectual property operation centers, with Hainan's seed industry intellectual property operation center being selected [1] - The purpose of these centers is to promote deep integration of technological and industrial innovation, relying on key industry leaders, industrial parks, industry organizations, and research institutions [1] - The centers aim to create a comprehensive intellectual property operation ecosystem, gathering resources such as technology, data, talent, and capital to support high-quality creation and efficient transformation of intellectual property [1] Summary by Categories - **Establishment and Purpose** - The seed industry intellectual property operation center in Hainan is part of a broader initiative to enhance the integration of technology and industry [1] - These centers are designed to serve as functional carriers for collaborative development mechanisms, supporting industry-academia-research cooperation and promoting patent commercialization [1] - **Responsibilities and Functions** - The centers will undertake five main responsibilities: building collaborative development mechanisms, supporting industry-academia-research cooperation, facilitating transformation and connection, advancing patent commercialization, and providing professional services [1] - **Government Support and Management** - Local intellectual property management departments are encouraged to use these centers as key tools for enhancing the efficiency of industry intellectual property chains [1] - The National Intellectual Property Administration will continue to strengthen guidance and dynamic management to support the high-standard construction and operation of these centers [1]

俄罗斯种子公司正积极推广快速育种技术，将新杂交种培育周期从数年缩短至一到两个农业季。该技术的基础是在专用人工气候室中控制光照、温度和光周 期，促进植株快速成熟并加速杂交过程。这有助于迅速验证基因组合，向市场推出具有特定性质的高产杂交种。利用分子标记，公司可在早期发展阶段鉴别 种子的抗病性、抗逆性、产量和品质，大幅节省传统田间试验时间和成本。 农业生产商"艾夫科"公司（Efko）正实施一项大豆新品种培育综合科技项目。公司战略发展总监罗曼采夫说："作为俄罗斯最大油料加工企业之一，我们希 望确保行业可持续发展。育种和降低进口种子依赖，是整个产业链的起点。"克拉斯诺达尔边疆区副区长科罗布卡介绍说，该地区农业科学家每年都会推出 适应气候条件的新品种和杂交种，其加速推广有助于提高作物产量和农业生产效率。科罗布卡说："如今我区是当之无愧的国产种子生产领军者。这里聚集 了国内顶尖研究机构的强大科研潜力，如卢基亚年科国家粮食中心、普斯托沃伊特全俄油料作物研究所、联邦水稻研究中心等。"他们的工作成果是数百个 已推广应用的品种和杂交种，以及每年数十项最新研发成果。 【环球时报综合报道】俄罗斯科研机构和大型农业生产商正积极参与育种与 ...

Group 1: Overall Financial Performance - In the first three quarters of 2025, the company's total revenue reached 20.744 billion CNY, a year-on-year increase of 3% [3] - The net profit attributable to shareholders was 2.57 billion CNY, reflecting a significant year-on-year growth of 92.56% [3] - In Q3 2025, the company achieved a revenue of approximately 7.184 billion CNY, marking a year-on-year increase of 1.94% [3] Group 2: Revenue Breakdown by Business Segment - Feed products generated revenue of 13.423 billion CNY, a decline of 4.67%, accounting for 64.71% of total revenue [3] - The pig farming segment reported revenue of 4.903 billion CNY, a year-on-year increase of 49.03% [3] - Seed products achieved revenue of 513 million CNY, showing a remarkable growth of 81.07% [3] Group 3: Profitability Analysis - The feed segment contributed a profit of approximately 400 million CNY, while the pig farming segment also reported a profit of around 200 million CNY [3] - The seed segment incurred a loss of approximately 15 million CNY [3] - Total losses from other businesses and public expenses amounted to about 480 million CNY [3] Group 4: Cost Management - Selling expenses decreased by 3.58% to 817 million CNY, while management expenses fell by 5.66% to 1.019 billion CNY [3] - Financial expenses were reduced by 9.51% to 359 million CNY [3] Group 5: Business Segment Performance - In the feed business, external sales volume reached 4.0162 million tons, a year-on-year increase of 2.9% [4] - The pig farming segment saw an output of 3.1608 million pigs, generating revenue of 4.903 billion CNY [5] - The seed segment sold 20.44 million kilograms of crops, a significant increase of 151% year-on-year, with sales revenue exceeding 500 million CNY [5] Group 6: Seed Business Developments - The company ranked third among the top 20 enterprises in national seed sales, leading in the private seed industry [6] - The company has developed six nationally approved high-yield soybean varieties, contributing to domestic self-sufficiency [7] - The company holds a leading position in the domestic market for genetically modified traits, with 59% of approved corn varieties utilizing its traits [8]

Core Viewpoint - The revitalization of China's seed industry has led to significant achievements, with over 95% of crop varieties being independently bred [1] Group 1: Seed Industry Achievements - The foundation of germplasm resources has been solidified, with a total of 580,000, 1.4 million, and 140,000 long-term preserved germplasm resources for crops, livestock, and aquatic products respectively, making the total resources the largest in the world [1] - Key technical breakthroughs have been made, including the breeding of high-quality, high-yield rice, drought-resistant and disease-resistant wheat, and high-oil, high-yield soybeans, ensuring that "Chinese grain" primarily uses "Chinese seeds" [1] - The market share of independently bred varieties such as white-feathered broilers, Huaxi cattle, and South American white shrimp continues to rise [1] Group 2: Safety and Support Measures - The level of seed source safety assurance has improved, with a total of 10 billion yuan allocated by the central government over five years to enhance the modernization of seed-producing counties [1] - The seed supply guarantee rate of national seed industry bases has increased from 70% in 2021 to 78% [1] - A total of 270 advantageous enterprises have been selected to form a national seed industry enterprise array, with targeted support measures enhancing market competitiveness [1]

Core Insights - The article discusses the integration of AI technology in agricultural breeding, specifically through the "Fengdeng" project, which aims to enhance crop breeding efficiency using advanced AI models [1][2]. Group 1: AI in Crop Breeding - The "Fengdeng" project, launched by a collaborative team including Shanghai Artificial Intelligence Laboratory and other research institutions, introduced the "Fengdeng·Seed Industry Large Model" in April 2024, followed by the "Fengdeng·Gene Scientist" AI tool in July 2024 to assist researchers in exploring and validating unknown gene functions [1][2]. - The AI model is trained on vast datasets to accurately identify the relationship between genes and traits, enabling precise predictions and experimental designs in breeding [2]. Group 2: Breeding Efficiency and Challenges - Traditional breeding methods are time-consuming and heavily reliant on expert experience, often taking years to validate hypotheses with limited success rates [1]. - The increasing frequency of extreme climate events has made reliance on manual experience even less effective, highlighting the need for data-driven approaches in breeding [1]. Group 3: Research Outcomes and Future Directions - The "Fengdeng" project has identified new gene functions related to plant height and photosynthetic efficiency in rice, and accurately predicted candidate genes associated with traits in corn, aligning well with field trial results [3]. - The research team plans to expand the system to incorporate more crop data, environmental data, and breeding knowledge, evolving towards a comprehensive intelligent breeding platform [3].