Core Viewpoint - The article emphasizes the strategic importance of seed industry revitalization in China, highlighting its role in ensuring food security and agricultural modernization [4][6][8]. Group 1: Strategic Importance - The "Seed Industry Revitalization Action Plan" was approved to transition China from a major seed industry country to a strong one, focusing on self-reliance and risk control in seed sources [4]. - Xi Jinping's remarks underline that seeds are foundational to agricultural modernization and national security, linking seed industry development to broader national strategies [4][6]. Group 2: Historical Context - Xi Jinping's early experiences with seed cultivation have shaped his understanding of the seed industry's significance, as he engaged in seed breeding and research during his youth [5]. - Historical anecdotes, such as the story of "King Goujian of Yue," illustrate the critical nature of controlling food sources for national strength [6]. Group 3: Modern Agricultural Development - The article stresses the need for innovation in the seed industry to support modern agriculture and fisheries, with Xi Jinping advocating for the protection and cultivation of diverse varieties [7]. - The concept of a "big food perspective" is introduced, suggesting that addressing food security requires expanding beyond traditional agricultural practices [7]. Group 4: Future Directions - The article calls for collective efforts to advance the seed industry revitalization, emphasizing the urgency and strategic significance of this initiative for the Chinese nation [8].

Core Viewpoint - The article emphasizes the importance of accelerating agricultural technology innovation and application to achieve high-level self-reliance in agricultural science and technology, supporting rural revitalization and the construction of a strong agricultural nation [1] Group 1: Agricultural Technology Innovation - The government aims to implement the strategy of "storing grain in the land and technology" to accelerate breakthroughs in key agricultural technologies [1] - There is a focus on modernizing agricultural technology and developing new productive forces tailored to local conditions [1] - The promotion of advanced agricultural machinery and the exploration of modern production models such as facility agriculture and synthetic biology are highlighted to improve agricultural efficiency and effectiveness [1] Group 2: Seed Industry and Intellectual Property - The government is committed to revitalizing the seed industry by accelerating innovation breakthroughs to meet industry needs and enhancing the self-control capability of seed sources [1] - Strengthening intellectual property protection and promoting standardized development in the seed industry are key objectives [1] Group 3: Data and AI in Agriculture - The application of advanced technologies such as big data and artificial intelligence in agriculture is encouraged to empower modern agricultural development [1] - The establishment of a collaborative and efficient agricultural technology innovation system is essential to enhance overall innovation effectiveness [1] Group 4: Agricultural Productivity and Farmer Income - There is a strong emphasis on increasing the yield of grain and oil crops through technology integration and high-standard farmland construction [1] - The government aims to enhance agricultural efficiency and increase farmers' income by promoting agricultural technology services targeted at smallholders [1]

Core Viewpoint - Dunhuang Seed Industry (600354) expects a significant increase in net profit for the first half of 2025, indicating strong financial performance and growth potential [1] Financial Performance - The company anticipates a net profit attributable to shareholders of approximately 55 million yuan for the first half of 2025, which represents an increase of about 23.6 million yuan compared to the same period last year, reflecting a year-on-year growth of approximately 75.17% [1] - The expected net profit after deducting non-recurring gains and losses is around 50 million yuan, with an increase of about 27.7 million yuan compared to the previous year, indicating a year-on-year growth of approximately 124.65% [1]

Core Viewpoint - Biobreeding is highlighted as a cutting-edge innovation in the seed industry, offering advantages such as efficiency, precision, and targeted breeding, which can lead to the development of high-yield, high-quality, and disease-resistant crop varieties while reducing pesticide use [1] Group 1: Laboratory and Research Advancements - The Baoji Biobreeding Laboratory is a key agricultural technology innovation base in Northwest China, featuring seven core breeding experimental units that cover the entire research and development chain from germplasm innovation to variety cultivation [3] - The laboratory employs advanced technologies such as artificial lighting and intelligent temperature and humidity control to create a controllable plant growth environment, enabling rapid breeding cycles of 3 to 4 generations per year [3] - Recent efforts include molecular marker-assisted selection and gene function validation, leading to the successful development of new varieties like "Baodou No. 10," which has achieved record soybean yields in Shaanxi Province [5] Group 2: Collaboration and Future Plans - The Baoji Biobreeding Laboratory collaborates with institutions like Northwest A&F University and the Shaanxi Oilseed Center to tackle cutting-edge topics such as microspore breeding and gene editing [7] - Future plans include enhancing the laboratory's construction, promoting the transition from traditional to modern biobreeding, and establishing demonstration bases around leading industries in various counties [7] - The 2024 Shaanxi Province action plan aims to cultivate a billion-level biobreeding innovation cluster, focusing on germplasm cultivation, breeding, and the development of efficient gene editing technologies [7]

Core Points - The 2025 National Science and Technology Awards nomination process is underway, with over 1300 achievements nominated for the general category and around 200 for the specialized category [1] - The National Science and Technology Award is the highest honor in China's science and technology sector, with a maximum of two recipients each year [1] - A total of 16 scientists, including 15 academicians, are proposed for the National Science and Technology Award [2] Group 1: National Science and Technology Awards - The nomination deadline for the general projects is June 30, 2025, with over 120 units participating in the nomination process [1] - The proposed nominees for the National Science and Technology Award include notable figures from various fields, such as crop genetics, marine geology, and aerospace engineering [2] - The awards aim to recognize outstanding contributions in the field of science and technology, with a focus on innovation and research [1][2] Group 2: Nominees for the National Science and Technology Awards - The list of nominees includes prominent scientists such as Fu Tingdong from Huazhong Agricultural University and Wang Pinxian from Tongji University [2] - The nominees represent a diverse range of disciplines, including geochemistry, computer science, and agricultural science [2] - The nomination process involves various stakeholders, including national ministries, provincial governments, and academic institutions [1][2] Group 3: Summary of Achievements - A total of 115 nominating units have submitted over 1290 achievements for the three major national science and technology awards, including the Natural Science Award, the Technological Invention Award, and the Science and Technology Progress Award [3] - Among these, 17 achievements are nominated for the Special Prize for Science and Technology Progress [3] - The achievements cover a wide array of research areas, highlighting the innovative efforts within the scientific community [3]

智通财经7月8日电，农发种业(600313.SH)公告称，公司所属子公司自主培育的小麦新品种"泛麦9号"已 通过国家审定。该品种适宜在黄淮冬麦区南片水地组的河南省除信阳市（淮河以南稻茬麦区）和南阳市 南部部分地区以外的平原灌区，以及陕西、江苏、安徽等地区的高中水肥地块早中茬种植。这将为公司 的持续健康发展提供强有力的品种支撑，公司将积极开拓市场，提高市场占有率。 农发种业：公司小麦新品种通过国家审定 ...

Core Insights - The "Tianshu Plan" aims to decode the genetic information of major crops, specifically rice, wheat, corn, and soybeans, to facilitate intelligent breeding [1][2] - The plan has identified 4,500 core rice germplasm resources, covering over 80% of the core rice planting areas [1] - The initiative is a collaboration between the Chinese Academy of Agricultural Sciences, the National Crop Germplasm Resource Bank, and Tencent, with the second phase, "Tianshu Plan 2.0," launched in May 2023 [1] Germplasm Construction - The construction of core germplasm will involve genotype identification of 223,000 germplasm resources across the four major crops, ensuring coverage of over 95% of genetic diversity [2] - A standardized process for core germplasm selection will be established, incorporating excellent foreign germplasm [2] Genetic Decoding and Breeding Models - The focus will be on integrating phenotype, environmental, and genotype datasets to create a comprehensive crop genome map, breaking the limitations of single genomes [2] - The plan will explore the formation rules of crop phenotypes and develop relevant models to decode genetic information [2] Intelligent Breeding Platform - An open intelligent breeding platform will be established, integrating a gene bank, breeding tools, and a big data platform to serve domestic agricultural research institutions and enterprises [2] - A collaborative network will be created to ensure data security and promote efficient resource and technology utilization [2] Implementation Timeline - "Tianshu Plan 2.0" is set to be implemented over three years, from 2023 to December 2027, with the goal of selecting 10,000 core germplasm resources in the first year [2] - The second year will focus on field genotype and phenotype identification, while the third year will involve building the intelligent breeding platform through data mining model construction [2]

Core Viewpoint - The article highlights the successful development of hybrid rice seed production in Ninghua County, Fujian Province, showcasing modern agricultural practices and the economic benefits derived from mechanization and cooperative farming models [3][4]. Group 1: Economic Impact - The area for hybrid rice seed production in Lake Village Town is close to 2,000 acres, with mechanized transplanting reducing costs by 220 yuan per acre compared to manual labor, resulting in a cost of only 160 yuan per acre [3]. - The total hybrid rice seed production area in Lake Village Town has reached over 8,000 acres, with an expected annual output value of 29 million yuan, benefiting over 500 villagers with an average annual income increase of over 20,000 yuan [3][4]. Group 2: Agricultural Development - Ninghua County has over 470,000 acres of arable land, with 340,000 acres of high-standard farmland, benefiting from a favorable climate and unique topography for rice seed production [4]. - The county has integrated seed production into its six major agricultural industry systems and aims to increase hybrid rice seed production area to over 57,000 acres by 2024, with 147 registered varieties [4]. Group 3: Industry Structure - Ninghua County is establishing a modern seed industry system that integrates breeding, propagation, and promotion, with a focus on a cooperative model involving seed enterprises, cooperatives, and farmers [4]. - More than 50 seed companies, including major players like Qianyin High-Tech and Longping High-Tech, have established production bases in the county, with 25 of these bases exceeding 1,000 acres [4]. Group 4: Future Plans - The county plans to enhance the seed production base towards standardization, mechanization, and information technology, aiming to make "Ninghua Rice Seed" a key driver for rural revitalization [5].

Group 1 - The forum on "AI Empowering High-Quality Development of Seed Industry" was successfully held, focusing on the integration of AI technology with modern seed industry, attracting over 100 representatives from academia, industry, and research [1][3] - AI is seen as a key engine for achieving breakthroughs in the seed industry, particularly in core breeding processes such as gene mining, phenotypic analysis, parent selection, and variety design [1][3] - The Beijing International Seed Industry Technology Park is building an intelligent breeding industry ecosystem to promote the industrialization of intelligent breeding [3][4] Group 2 - The "Heavenly Book Plan" for crop germplasm resources was introduced, which aims to utilize AI for genetic information analysis and accelerate the discovery of superior genes and variety design [5][7] - The plan includes the establishment of a data-sharing platform and the selection of core germplasm, with an initial completion of 10,000 core germplasm selections [5] - The forum highlighted the importance of collaboration among government, enterprises, and research institutions to foster innovation in the seed industry [3][4] Group 3 - The forum featured discussions on the challenges faced in the new breeding era, including the lack of training data and the need for AI-driven precision breeding [7] - Companies like Changsha Bai'ao Cloud Data Technology Co., Ltd. are developing platforms to centralize breeding data management and facilitate AI breeding model construction [7] - The integration of high-throughput molecular detection, rapid breeding, and gene editing technologies is being emphasized to lower R&D barriers and support industry innovation [7][8]

Core Insights - The article highlights the advancements in soybean production in Suzhou, Anhui, focusing on the use of root nodule bacteria to enhance yield and nutritional value [1][3]. Group 1: Agricultural Innovations - The use of root nodule bacteria has led to an average yield increase of 10% and a protein content increase of 1% to 2%, while reducing nitrogen fertilizer usage by 5% to 20% [1][3]. - The application of root nodule bacteria in soybean cultivation is still low in China compared to major soybean-producing countries like Argentina and Brazil, which have an application rate of 85% [3]. - Since 2020, a collaboration between China Agricultural University and local enterprises has promoted the industrialization of root nodule bacteria technology, covering over 800 million mu (approximately 53 million acres) across 17 provinces [3]. Group 2: Research and Development - Suzhou has established itself as a hub for seed technology innovation, with multiple research institutions and seed enterprises setting up operations in the region [4]. - The Nanjing Agricultural University Soybean Breeding Center has developed 32 high-yield, high-quality soybean varieties, increasing protein content by over 9% and yield by over 10% [4]. - The establishment of a smart agriculture digital platform in the Seed Technology Valley has enhanced the precision of seed breeding and propagation through real-time monitoring and intelligent analysis of key agricultural data [4]. Group 3: Seed Industry Landscape - Suzhou has 175 certified seed enterprises, ranking second in Anhui province, and annually breeds nearly 100 crop varieties, contributing significantly to national seed resources [5].