狄涛称，作为农业中关村主战场，平谷在种业核心技术攻关上也取得丰硕成果，自主研发DNA芯片"凤 芯壹号"打破世界垄断，国产种鸡、种蛋首次实现出口"零的突破"，沃德系列白羽肉鸡填补国内空白， 基因编辑抗蓝耳病猪实现100%抗病。中国农业科学院蔬菜生物育种全国重点实验室、中国中医科学院 道地药材全国重点实验室等国家科技力量相继落户。国家农业科技创新港落地平谷并启动建设。 狄涛表示，当前，平谷正全面推进农业中关村核心区建设，加快打造国家农业科技创新港，一期11个项 目计划于2028年全面建成投用。国家农业科技创新港二期项目加快推进，预计2027年进入全面建设期。 农业微生物国际创新研究院等重点项目将于近期启动建设。狄涛表示，"未来，随着国农港的全面建 成，平谷将集聚13个国家重点实验室、4个创新基地等一批农业领域国家战略科技力量，成为农业科技 突破的策源地。" 未来食品研究院等重点项目将启动建设 11月11日，"一把手发布·京华巡礼"系列主题新闻发布会平谷专场举行。平谷区委副书记、区长狄涛介 绍了"平谷打造农业强国的首都窗口"相关情况。他透露，当前平谷正全面推进农业中关村核心区建设， 加快打造国家农业科技创新港，一期 ...

Core Viewpoint - The modernization of agriculture is essential for the overall modernization of China, emphasizing the importance of technology and talent in achieving agricultural strength [1][2][3]. Group 1: Agricultural Modernization - Agricultural modernization is a fundamental requirement for high-quality development, with a focus on integrating new technologies into traditional agricultural practices [1][2]. - The Chinese government has made significant achievements in agricultural technology, particularly in key areas such as seeds, arable land, and agricultural machinery [2][3]. - Despite advancements, there remains a gap between China's agricultural technology progress and the world's leading levels, indicating areas for improvement [2]. Group 2: Education, Technology, and Talent - Education, technology, and talent are the core elements for accelerating the construction of a strong agricultural nation [3][4]. - A unified approach to education, technology, and talent development is necessary to overcome systemic barriers and enhance agricultural innovation [3]. - Higher education institutions play a crucial role in integrating education, technology, and talent to support agricultural modernization [4]. Group 3: Technological Innovation - The path to agricultural modernization requires a focus on technological self-reliance and innovation, addressing challenges in agricultural technology and key components [5][6]. - Collaborative efforts among universities, research institutions, and enterprises are essential to foster innovation and achieve breakthroughs in agricultural technology [5]. - Establishing platforms for the transformation of agricultural technology achievements is vital for promoting industrialization and collaboration across the agricultural sector [5]. Group 4: Talent Development - Talent is a dynamic factor in building a strong agricultural nation, necessitating the cultivation of skilled individuals who understand technology and management [6][7]. - A flexible talent recruitment mechanism is needed to attract and retain agricultural professionals, particularly in strategic scientific roles [6]. - Encouraging the return of skilled individuals to rural areas can invigorate local agricultural development and contribute to comprehensive rural revitalization [7].

Core Insights - The Ministry of Agriculture and Rural Affairs held a conference in Wuhan to promote the cultivation of leading agricultural technology enterprises and enhance the role of these enterprises in technological innovation [1] Group 1: Policy and Initiatives - Multiple policy measures have been introduced this year to foster leading agricultural technology enterprises and improve the overall effectiveness of the agricultural technology innovation system [1] - The newly launched Agricultural Technology Leading Enterprises Cultivation Database has included over 2,600 agricultural technology companies [1] - A number of innovation consortia led by these leading enterprises have been established nationwide to strengthen the deep integration of production, education, and research [1] Group 2: Industry Performance - Since the beginning of the 14th Five-Year Plan, approximately 50% of major agricultural technology projects have involved enterprise participation [1] - The comprehensive mechanization rate for crop planting and harvesting has surpassed 75%, while the coverage rate of quality seeds remains stable at over 96% [1] - The contribution rate of agricultural technology progress has risen to 63.2%, positioning the overall agricultural technology innovation in the world's leading group [1]

Core Viewpoint - The Ministry of Agriculture and Rural Affairs is actively promoting the cultivation of leading agricultural technology enterprises and enhancing the role of these enterprises in technological innovation [1] Group 1: Policy Initiatives - Multiple policy measures have been introduced this year to strengthen leading agricultural technology enterprises and improve the overall effectiveness of the agricultural technology innovation system [1] - The newly launched Agricultural Technology Leading Enterprises Cultivation Database has already included over 2,600 agricultural technology companies [1] Group 2: Industry Collaboration - A number of innovation consortia led by leading technology enterprises have been established nationwide to enhance the deep integration of production, education, and research [1] - Since the beginning of the 14th Five-Year Plan, the participation rate of enterprises in major agricultural technology projects has been around 50% [1] Group 3: Technological Advancements - The comprehensive mechanization rate for crop planting and harvesting has surpassed 75% [1] - The coverage rate of quality crop seeds remains stable at over 96% [1] - The contribution rate of agricultural technology progress has risen to 63.2%, positioning China's agricultural technology innovation among the world's top ranks [1]

Core Viewpoint - The Ministry of Agriculture and Rural Affairs is actively promoting the cultivation of leading agricultural technology enterprises and enhancing the role of these enterprises in technological innovation [1] Group 1: Policy Initiatives - Multiple policy measures have been introduced this year to foster and expand leading agricultural technology enterprises and improve the overall effectiveness of the agricultural technology innovation system [1] - The newly launched Agricultural Technology Leading Enterprise Cultivation Database has already included over 2,600 agricultural technology companies [1] Group 2: Industry Collaboration - A number of innovation consortia led by leading technology enterprises have been established nationwide to strengthen the deep integration of production, education, and research [1] - Since the beginning of the 14th Five-Year Plan, the participation rate of enterprises in major agricultural technology projects has been around 50% [1] Group 3: Technological Advancements - The comprehensive mechanization rate for crop planting and harvesting has surpassed 75% [1] - The coverage rate of quality crop seeds remains stable at over 96% [1] - The contribution rate of agricultural technology progress has risen to 63.2%, positioning the overall agricultural technology innovation in the world's leading group [1]

Core Viewpoint - The Chinese Ministry of Agriculture and Rural Affairs emphasizes the importance of cultivating leading agricultural technology enterprises and implementing supportive policies to enhance innovation and productivity in the agricultural sector [1][2] Group 1: Policy and Support Measures - The Ministry plans to develop a series of supportive policies to assist agricultural technology enterprises in overcoming challenges and achieving practical results [1] - There is a focus on creating a gradient cultivation mechanism for leading agricultural technology enterprises and establishing a regular service mechanism for enterprise support [2] Group 2: Innovation and Collaboration - The initiative aims to deepen the integration of agricultural enterprises with research institutions, fostering the creation of agricultural technology innovation alliances and joint research institutes [2] - The strategy includes encouraging enterprises to take a leading role in agricultural technology innovation and participate more actively in national agricultural technology projects [2] Group 3: Financial Support - Strengthening financial services for agricultural technology enterprises is a priority, with plans to establish mechanisms for financing and support to create a conducive environment for high-quality development [2]

Core Viewpoint - The meeting emphasizes the importance of cultivating leading agricultural technology enterprises to enhance innovation and support the goal of achieving high-level agricultural self-reliance and strength in China [4][7][9]. Group 1: Meeting Objectives and Importance - The Ministry of Agriculture and Rural Affairs is focusing on strengthening the role of agricultural enterprises in technological innovation [4][6]. - The meeting aligns with the directives from the 20th National Congress of the Communist Party of China, highlighting the need for high-level technological self-reliance [5][9]. - Cultivating leading agricultural technology enterprises is identified as a major task to break through key core technologies [10][16]. Group 2: Strategies for Cultivation - The meeting calls for innovative institutional mechanisms and increased support for the "Hundred Million" agricultural technology enterprise cultivation project [17][18]. - A gradient cultivation mechanism for leading agricultural technology enterprises will be established, focusing on tailored support for different types of enterprises [20][21]. - The integration of agricultural enterprises with research institutions is encouraged to foster innovation alliances and collaborative research [23][24]. Group 3: Financial and Policy Support - The meeting stresses the need for improved financial services for agricultural technology enterprises, including establishing financing mechanisms that align with their lifecycle needs [28][30]. - Local agricultural departments are urged to prioritize the cultivation of leading agricultural technology enterprises and develop supportive policies [29][31]. - Strengthening intellectual property protection for agricultural innovations is highlighted as essential for safeguarding the rights of innovative entities [32].

Core Insights - The Guangxi Academy of Agricultural Sciences celebrated its 90th anniversary, highlighting its evolution from a small agricultural testing site to a leading agricultural research institution in China, focusing on food security and specialty crops [1][2] Group 1: Achievements and Contributions - The academy has developed key agricultural technologies and high-quality crop varieties, significantly contributing to the agricultural innovation in Guangxi, which is crucial for local farmers' income [1][2] - Notably, Guangxi produces two-thirds of China's sugar, with the academy responsible for developing two generations of the main sugarcane varieties since the establishment of New China, including "Guitang 11," which occupies 50% of the national planting area [1][2] - The academy has introduced numerous successful crop varieties, including "Guizhou 99" rice and "Guizhou 6" banana, with over 856 varieties recognized at provincial levels and 1,280 patents granted since 1978 [2] Group 2: Technological Innovations - The academy has pioneered various agricultural techniques, such as the "two migrations" pest warning system for rice, and efficient sugarcane cultivation methods, enhancing productivity and sustainability in agriculture [2] - It has established 1,334 technology demonstration sites and provided services to 2,381 agricultural enterprises and cooperatives, emphasizing the practical application of research outcomes [2] Group 3: Future Directions - The academy aims to continue leading agricultural technology innovation in Guangxi, contributing to national food security and rural revitalization, as well as supporting the Belt and Road Initiative [3]

Group 1 - The core viewpoint emphasizes the importance of high-quality development as a response to the rapidly changing external environment, aiming to advance national strength and rejuvenation [1][2] - The focus is on implementing a comprehensive new development concept and proactive macro policies to boost effective demand and promote a unified national market [1] - There is a strategic emphasis on enhancing new quality productivity, particularly through the integration of artificial intelligence and fostering innovation within enterprises [1] Group 2 - Recommendations include strengthening legal protections for service consumption and optimizing policies to support various service sectors [3][4] - The proposal suggests innovating service consumption scenarios and platforms to align with digital, green, and quality development trends [3] Group 3 - The need for educational reform is highlighted, focusing on a system that integrates general and vocational education to better prepare students for diverse career paths [6][7] - A multi-faceted talent selection mechanism is proposed to enhance fairness and accessibility in education [6] Group 4 - The importance of advancing a unified national market is underscored, with a focus on property rights protection and the cultivation of new quality productivity [8][9] - The activation of data elements is seen as crucial for unleashing the potential of the digital economy [8] Group 5 - Cultural innovation and integration are emphasized, with recommendations for reforming cultural mechanisms to enhance creativity and market efficiency [10][11] - The integration of technology and culture is proposed to enrich cultural offerings and create new consumption scenarios [10] Group 6 - The health sector's development is prioritized, with a call for a shift towards a health-centered service system and improvements in public health emergency response [12][13] - Recommendations include enhancing the distribution of quality medical resources and promoting a balanced healthcare system [12] Group 7 - Environmental quality improvement is highlighted as a key goal, with strategies for addressing climate change and enhancing ecological monitoring [14][15] - The proposal includes promoting green development to meet the evolving expectations of the populace [14] Group 8 - The integration of technology in agriculture is emphasized, with a focus on building a robust agricultural technology innovation system [25][26] - Recommendations include leveraging digital technologies for efficient agricultural management and enhancing farmer participation in technological advancements [26] Group 9 - The role of Hong Kong in facilitating domestic and international economic cycles is recognized, with suggestions for deepening integration with the mainland [27] - The proposal emphasizes the importance of Hong Kong's unique position in supporting national innovation and economic development [27] Group 10 - The need for modern governance in private enterprises is stressed, with a focus on enhancing corporate governance and social responsibility [20][21] - Recommendations include fostering a supportive ecosystem for private enterprises to thrive and contribute to high-quality development [21][22]

Group 1 - The core viewpoint emphasizes the importance of accelerating the efficient transformation and application of major scientific and technological achievements in agriculture to enhance innovation, competitiveness, and overall productivity [1] - The establishment of a comprehensive agricultural science and technology innovation and promotion service system, which includes over 800 agricultural research institutions, more than 120,000 researchers, and 400,000 grassroots agricultural technology promotion personnel, is highlighted [1] - The contribution rate of agricultural technology progress in China exceeds 63%, indicating a strong foundation for food security and rural modernization [1] Group 2 - The strategy focuses on leveraging the advantages of a new type of national system to strengthen agricultural science and technology strategic forces, emphasizing the need for a well-structured innovation system [2] - The plan aims to cultivate a large number of professionals who are knowledgeable and passionate about agriculture, ensuring that research effectively supports the agricultural industry [2] Group 3 - Key agricultural technologies, particularly in seed and soil management, are identified as critical areas for innovation to overcome existing challenges [3] - The importance of enhancing the quality of arable land through technological advancements is underscored, along with the need for breakthroughs in various agricultural technologies [3] Group 4 - The need to improve the mechanism for the transformation of scientific achievements is stressed, aiming to bridge the gap between research and production [4] - The integration of research, production, and market demands is essential for the effective application of agricultural scientific achievements [4]