(7 我国农业科技创新整体水平 已进入世界第一方阵 ✓ 建成较为完备的农业科技创新体系 农业科研院校800多家 科研人员12厅多人 美键核心技术 实现较快突破 攻克一批底盘技术 · 挖掘出调控作物产量和品质、动物高繁等 具有重大应用价值的新基因 ·创制土壤养分预测、动物行为监测等自主 产权专用传感器 育成一批重大品种 √"中国粮"主要用"中国种" · 选育出优质高产水稻、节水抗病小麦、 + 11 = 11 = 11 = = = 1 / 一十九五日十 州以村和本木、高湖局广大显寺忌滞前秤 农作物自主选育品种面积占比超过 95% 农作物的良种覆盖率超过 96% 丰收答卷成色更足 国务院新闻办公室9月16日举行新闻发布 会介绍"十四五"时期农业农村发展成 就。"十四五"以来,我国把农业科技创 新摆在突出位置,坚持用现代设施装备武 装农业,用现代的科学技术服务农业,推 动农业现代化水平不断提高。 农业科技创新体系 整体效能显著提升 125 全国已建成50个现代农业产业技术体系 · 全国有40多万基层农技推广人员一年四季 活跃在一线、活跃在基层 · 综合运用科技特派员、科技小院、专家大 院等多元服务模式 · 围绕水稻、 ...

Core Viewpoint - China's agricultural technology innovation has reached a leading position globally, marking significant advancements in key agricultural technologies and self-sufficiency in crop varieties [1][2]. Group 1: Agricultural Technology Innovations - Over the past five years, China has made rapid breakthroughs in key core technologies in agriculture, developing essential crop varieties such as high-yield rice, drought-resistant wheat, and high-oil soybeans [1]. - The area of self-bred crop varieties has exceeded 95%, ensuring that "Chinese grain" primarily uses "Chinese seeds" [1]. - Self-bred livestock and aquaculture species have broken foreign monopolies, with market shares continuously increasing [1]. Group 2: Application of Agricultural Technology - A total of 50 modern agricultural industry technology systems have been established nationwide, providing comprehensive technology innovation services across the entire industry chain [2]. - Each year, 300 leading agricultural varieties and technologies are recommended to producers, enhancing the availability and customization of technological solutions [2]. - More than 1,000 enterprises are involved in ongoing national agricultural technology projects, accounting for 51% of total participating units [2].

Core Viewpoint - China's agricultural science and technology innovation has reached a leading position globally, with significant achievements during the "14th Five-Year Plan" period [1] Group 1: Agricultural Science and Technology Innovation System - The overall effectiveness of the agricultural science and technology innovation system has significantly improved, with over 800 agricultural research institutions and more than 120,000 researchers [2] - A policy framework has been established to integrate scientific resources and promote a structured, collaborative, and competitive agricultural innovation system [2] Group 2: Breakthroughs in Key Technologies - Rapid breakthroughs in core technologies have been achieved, including advancements in crop yield and quality control, and the development of proprietary sensors for soil nutrient prediction and animal behavior monitoring [2] - The area of independently bred crop varieties exceeds 95%, with major varieties such as high-yield rice and disease-resistant wheat being developed [2] Group 3: Integration of Industry, Academia, and Research - The deep integration of industry, academia, and research is progressing steadily, with over 1,000 enterprises participating in national agricultural science and technology projects, accounting for more than 51% of total participants [3] - A "Hundred-Thousand" project is being implemented to cultivate leading agricultural technology enterprises [3] Group 4: Application of Agricultural Technology Achievements - A nationwide agricultural technology promotion service system has been established, with over 400,000 grassroots agricultural technicians actively working to facilitate the application of scientific achievements [3] - 50 modern agricultural industry technology systems have been built around key crops, providing comprehensive technological services across the entire industry chain [3]

Group 1 - The core viewpoint of the article highlights the significant advancements in agricultural machinery and technology that are enhancing the efficiency of wheat harvesting and planting during the "Three Summers" period in 2025 [1][3][19] - The nationwide winter wheat harvest has reached its final stages, with major harvesting areas seeing a shift of combine harvesters from southern regions to northern ones, indicating a well-coordinated harvesting effort [3][16] - The integration of smart agricultural machinery equipped with technologies such as Beidou navigation and touch control systems is playing a crucial role in improving operational efficiency in the fields [5][11] Group 2 - In Henan's Anyang, a new precision seeding machine utilizing Beidou navigation is being employed, ensuring accurate seed spacing and contributing to effective crop management [8][11] - The establishment of the "Tian Guanjia" platform in Xinxiang, Henan, leverages digital technology for better agricultural management and machinery scheduling, enhancing wheat harvesting speed [14] - In Jiangsu's Yancheng, an AI platform is capable of automatically determining the maturity of wheat, allowing for timely harvesting with yields reaching up to 1,400 jin per mu [15] Group 3 - The agricultural machinery scheduling network in Shandong has improved significantly, with a 50% increase in scheduling accuracy due to the expansion of communication points and the establishment of regional agricultural machinery service centers [18][22] - The introduction of collaborative service packages that combine various types of machinery is enhancing the efficiency of both wheat and corn crop rotations [22] - The overall increase in harvesting and planting speed is attributed not only to the power of individual machines but also to the effective coordination among different types of agricultural machinery [21][22]

Core Insights - The harvesting of winter wheat in China has entered its final stages, with a significant increase in the use of advanced agricultural machinery across various provinces [1][3] - The integration of smart agricultural equipment has enhanced efficiency in the "Three Summers" production process, with over 17 million agricultural machines deployed nationwide [3][10] Group 1: Technological Advancements - The use of intelligent agricultural machinery equipped with Beidou navigation and monitoring systems has improved operational efficiency during the harvesting season [5][6] - In Jiangsu, AI platforms are utilized to determine the optimal harvesting time for wheat, achieving yields of up to 1,400 jin per mu [8] - The introduction of high-capacity combine harvesters has increased daily harvesting efficiency to over 150 mu per machine [10] Group 2: Precision Agriculture - Precision seeding machines have gained popularity, with significant subsidies encouraging their adoption, particularly in Henan [12][14] - The implementation of precision planting techniques, including the use of air-suction seeders, has improved planting accuracy and efficiency [12][14] - The demand for mobile grain drying equipment has surged due to extreme weather conditions, leading to innovations in agricultural technology [14][16] Group 3: Market Dynamics - The agricultural machinery sector is experiencing a shift towards larger, smarter, and greener equipment, driven by government subsidies and market demand [10][16] - Companies producing precision seeding machines are operating at full capacity, indicating strong market growth potential [12][14] - The ongoing "short-board" action in agricultural machinery aims to enhance production efficiency and expand market opportunities for manufacturers [16]

Core Insights - The harvesting of winter wheat in China has entered its final stages, with significant advancements in agricultural machinery and technology enhancing efficiency during the "Three Summers" period [1][3][21] - The integration of smart agricultural equipment, such as those equipped with Beidou navigation and AI, has improved operational efficiency and productivity in wheat harvesting and planting [4][10][19] Group 1: Agricultural Machinery and Technology - Over 17 million agricultural machines were deployed nationwide during this year's "Three Summers" [3] - The use of high-capacity combine harvesters has increased, with machines capable of harvesting over 150 acres daily [8] - The introduction of precision seeding machines has gained traction, allowing for more efficient planting and reduced seed usage by approximately 10% [16][23] Group 2: Smart Farming Initiatives - The "Tian Guanjia" platform in Xinxiang, Henan, utilizes digital technology to manage farmland and optimize machinery deployment [4] - Real-time monitoring systems, such as the "Blue Sky Guardian," enable the tracking of unharvested wheat and adverse conditions across vast areas [6] - AI platforms in smart farms can automatically determine the optimal harvesting time based on soil and weather conditions, achieving yields of 1300 to 1400 jin per acre [6] Group 3: Policy and Market Trends - The government has implemented targeted subsidies for agricultural machinery, promoting the adoption of large, intelligent, and green farming equipment [10][19] - The demand for mobile grain dryers has surged, with companies adapting technologies from other industries to meet agricultural needs [25] - The focus on "short board" actions in agricultural machinery aims to enhance production efficiency and open new market opportunities for manufacturers [21][25]

Group 1 - The current wheat harvesting season is progressing smoothly across China, with large-scale mechanized harvesting moving northward, laying a solid foundation for autumn grain production [1] - In Tianjin's Xizhaizhuang Town, over 24,000 acres of winter wheat have been planted, with full harvesting expected to be completed in 4-5 days [1] - The wheat harvesting in Tianjin is expected to last for about three weeks, with corn planting also commencing simultaneously [1] Group 2 - As of June 14, Henan Province has completed 92.8% of its planned summer planting area, totaling 83.53 million acres, with efforts focused on irrigation and pest control to ensure a good autumn harvest [2] - In Anhui Province, summer planting has reached nearly 50 million acres, exceeding 75% of the planned area, with advanced planting technologies being utilized to improve efficiency [3] - The use of precision seeding machines equipped with BeiDou navigation has increased operational efficiency by 1.5 times and reduced seed usage by about 30% per acre [3]