2 Far a 2017 2 a b. the a 1999 200 1 11 1 74 at 27 Car the and and and s a l 18 C Part r 197 T -37 the first RE r B 1 2 2 2 1 工作机制持续健全，通过项目进度跟踪表与帮扶指标表构建动态督办体系，实行"月跟踪、季调度"制度，对滞后 事项及时督办，实现责任无空档、推进无阻力。干部选派衔接顺畅，制定援派干部培训大纲，以"全要素"交接清 单规范轮换压茬交接，2025年顺利完成格郎河村援派干部轮换，确保帮扶工作不断线、责任不缺位。 产业提质 激活发展"新引擎" 攀钢立足格郎河村资源禀赋，推动特色产业从"有"到"优"转型升级。在产业基础建设上，投入798万元实施种植产 业基地项目，硬化产业道路8.27公里，修建机耕道25公里，完成基本农田提质改造20亩，建成农产品集散地1处、 桥涵2座，为产业发展打通"动脉"。得益于基础设施改善，格郎河村烟草种植面积突破1000亩，2025年销售额达 241万元，成为村民增收的重要支柱。 养殖产业迈向标准化，投入78万元建成格郎河村养殖产业基地，新建楼层式牲畜棚圈2 ...

Core Viewpoint - The article emphasizes the importance of modernizing agriculture and rural areas in Suzhou as part of China's overall modernization strategy, highlighting the need for innovative agricultural productivity to drive rural revitalization [1] Group 1: Technological Innovation - Suzhou prioritizes technological innovation to shift agricultural development from traditional factor-driven to technology-driven [1] - The city is advancing new infrastructure construction, including smart agricultural industrial parks and agricultural technology innovation centers, supported by IoT and 5G networks [1] - Annual global announcements of "challenge lists" aim to address core agricultural technology issues, facilitating the transformation of scientific achievements into productive forces [1] - Digital empowerment is promoted to accelerate the digital transformation of the entire agricultural industry chain, integrating new information technologies with agriculture [1] Group 2: Industrial Innovation - Suzhou is breaking traditional agricultural thinking by expanding the multifunctionality of agriculture to enhance rural value [2] - Traditional industries are being upgraded through new concepts and technologies, exemplified by the transformation of local specialties like Dongting Mountain Biluochun tea [2] - Cultural empowerment is utilized for branding agricultural products, focusing on local specialties such as Suzhou rice and Yangcheng Lake crabs [2] - Future agricultural industry initiatives are being developed to establish a nationally influential agricultural technology innovation hub [2] Group 3: Green Development - Suzhou integrates green development principles throughout the agricultural modernization process, promoting organic and ecological agriculture [2] - The city is implementing ecological circular agriculture models to achieve sustainable farming practices [2] - A strict monitoring and evaluation system for agricultural pollution is being established, alongside increased subsidies for green and organic certified products [2] Group 4: Talent Development - Suzhou is addressing agricultural labor challenges by enhancing talent development mechanisms [2] - A high-quality farmer training program is being implemented to transition traditional farmers into modern agricultural professionals [2] - The city has introduced a plan to cultivate innovative agricultural talents, focusing on various fields such as agricultural technology and rural governance [2] - A comprehensive talent support system is being established to facilitate the recruitment and development of agricultural professionals [2]

Group 1 - The core viewpoint of the articles emphasizes the role of technological innovation in empowering agricultural development in China, particularly in Gansu Province, where smart greenhouse projects are thriving despite the winter season [2][3][4] - Gansu Province has rapidly developed facility agriculture, achieving "four seasons of freshness and year-round stable supply" through the implementation of smart agricultural technologies [3][4] - The establishment of 14 intensive smart seedling bases and 1,265 standardized greenhouses equipped with IoT devices has enabled precise control of water, light, and nutrients, enhancing the growth of fruits and vegetables [3][4] Group 2 - The "super factory" for roses in Linxia Hui Autonomous Prefecture showcases the integration of advanced technologies, producing over 72 million fresh-cut roses annually, with plans for significant exports by 2025 [3][4] - The shift from traditional agriculture to smart agriculture is highlighted by the use of digital and intelligent systems for real-time monitoring and management of crops and livestock across various regions in China [4][6] - Gansu Agricultural Group is leading the modernization of agriculture by adopting new technologies and establishing smart agriculture demonstration zones, significantly improving farming efficiency [4][6] Group 3 - The development of new cold-resistant oilseed rape varieties in Gansu is a practical example of enhancing agricultural productivity and combating desertification [6][7] - The implementation of 104 key technologies and 62 intelligent equipment breakthroughs during the 14th Five-Year Plan period reflects China's commitment to advancing smart agriculture [6][7] - The transition from "experience-based management" to "technology-driven farming" is effectively empowering agricultural industry development [7]

Core Viewpoint - The launch of the first "Agricultural Germplasm Resource Protection Insurance" in Anhui Province aims to protect the genetic resources of the local high-quality pig breed "Dingyuan Black Pig," aligning with national agricultural revitalization strategies and provincial insurance reforms [1][5]. Group 1: Policy and Strategic Context - Agricultural germplasm resources are a strategic foundation for national food security and the supply of important agricultural products [3][7]. - The Anhui Provincial Government's 2025 implementation opinion emphasizes the innovation of insurance products in the agricultural sector and the consolidation of ecological resources [3][7]. Group 2: Historical and Cultural Significance - The Dingyuan Black Pig has a breeding history of over 7,300 years and is recognized as a "living fossil" of local culture and farming memory [3][7]. - It is listed among the first batch of nationally protected local livestock breeds and was granted the status of a geographical indication agricultural product in 2019 [3][7]. Group 3: Insurance Coverage and Benefits - The insurance provides risk coverage for the Dingyuan Black Pig breeding unit against losses from natural disasters, accidents, pests, wildlife damage, negligence, unauthorized access, theft, and costs incurred for loss prevention and germplasm protection [3][7][8]. - This innovation fills a gap in the breeding source risk protection within Anhui's seed industry chain and supports the integration of germplasm protection with geographical brand safeguarding [4][8]. Group 4: Implications for Agricultural Development - The initiative is a significant step in providing insurance services that enhance agricultural productivity, strengthen the safety of the seed industry, and support rural revitalization efforts [4][8].

（来源：团结报） 智慧农业发展现状及未来方向 /刘广利 加快建设宜居宜业和美乡村：短板、困难与出路 转自：团结报 加快农业农村现代化的问题所在和动能来源 农业农村农民与国家同步基本实现现代化：问题、制约与解决之道 /吴永常 韦文珊 以科技创新和产业创新深度融合催生农业新质生产力 /孟枫平 参政党研究 试论人民政协与中国新型政党制度的关系 ——以安徽省"千村引领、万村升级"工程实践为例 /汤 洋 种业现代化的难点及推进策略研究 /曾 光 徐善美 马宇昊 资政群议 以"文博+演绎+教育"融合模式促进文脉传承 /付学斌 社会学视域下家校合作的困境、成因与对策 /唐 信 邢成举 /袁廷华 民主党派与民主作风：全过程人民民主视域中的参政党作风建设 /高晓霞 钱再见 统一战线 做好新时代民营经济统战工作 /焦 芳 中山研究 孙中山领导的革命组织在澳洲的生根与经营 /许海君 团结人物 在云端创造价值 在实处播种未来 ——民革党员、电商主播尚童的故事 /蒋天羚 台湾研究 台湾当局与印度联动促成产业链对中国大陆"脱钩"的分析与因应 /李林杰 马桂彪 总目录 《团结》2025年总目录 主 管：中国国民党革命委员会中央委员会 主 ...

Core Viewpoint - The establishment of the Jiangsu Province Concept Verification Center at Nanjing Agricultural University marks a significant step in addressing the challenges of technology transfer in agriculture and fostering new productive forces in the sector [1][2] Group 1: Concept Verification Center - The center is the first agricultural concept verification platform approved by the Jiangsu Provincial Science and Technology Department, focusing on key areas such as biological breeding, ecological protection, animal vaccines, pesticides, smart agriculture, future food, synthetic biology, and modern agricultural machinery [1] - The center employs an innovative model of "concept verification + deep incubation + follow-up investment + on-site mentoring" to provide comprehensive support for agricultural technology projects from laboratory to industrialization [1] Group 2: Strategic Collaboration - The center's establishment aligns with the strategic layout of "one university (Nanjing Agricultural University), one district (Nanjing Jiangbei New Area), and one center (Nanjing National Agricultural Innovation Center)," fostering a deep integration of government, industry, academia, research, finance, and services [1] - The center aims to enhance the status of Nanjing Jiangbei New Area as a core area for agricultural technology innovation and provide a replicable model for national agricultural technology transfer [2] Group 3: Future Development - The Nanjing National Agricultural Innovation Center plans to create a "1+5+8+N" service system, integrating innovation, industry, finance, and talent to efficiently connect cutting-edge resources [2] - This initiative is expected to inject core driving forces into Jiangsu's agricultural technology innovation, helping to cultivate new productive forces in agriculture and accelerate the construction of a strong agricultural province [2]

Core Viewpoint - The article discusses the recently issued "National Agricultural Modernization Demonstration Zone Creation Work Plan" by the Ministry of Agriculture and Rural Affairs, the Ministry of Finance, and the National Development and Reform Commission, aiming to establish a model for agricultural modernization in China by 2030 [1]. Group 1: Creation Goals - The plan aims to create no more than 500 recognized demonstration zones by 2030 [1]. - It focuses on six types of demonstration zones: grain industry, aquaculture, advantageous specialty industries, smart agriculture, urban agriculture, and dry farming [1]. - The goal is for qualified demonstration zones to achieve basic agricultural modernization ahead of others, establishing a phased construction pattern [1]. Group 2: Creation Tasks - The plan requires clear positioning, application standards, and creation goals for each type of demonstration zone [1]. - It includes "regular tasks + special tasks" to categorize and advance the creation of demonstration zones [1]. - Counties applying for recognition must select a type that meets the application standards and enhance organizational leadership, innovate systems, strengthen resource support, and optimize guidance services [1].

Core Viewpoint - Food security is a crucial component of national security, essential for economic stability, social harmony, and people's well-being. The country has been continuously improving its policy framework and implementing strategic measures to establish a robust and sustainable food security system, particularly during the "14th Five-Year Plan" period [1][2]. Group 1: Achievements in Food Security - During the "14th Five-Year Plan" period, China's grain production has shown stable growth, with annual production consistently exceeding 1.3 trillion jin, and projected to surpass 1.4 trillion jin in 2024, marking a 2.1% year-on-year increase [3]. - The per capita grain production reached 501.68 kg, and per capita cereal production reached 463.18 kg, indicating self-sufficiency in grain supply [3]. - The national grain storage capacity exceeds 730 million tons, with high-standard storage facilities increasing to 220 million tons, ensuring the quality and safety of stored grain [3]. Group 2: Agricultural Modernization and Emergency Preparedness - Significant progress in agricultural modernization has been made, with over 100 million acres of high-standard farmland established and a mechanization rate exceeding 75% [4]. - The coverage rate of quality seeds has reached over 96%, enhancing crop yield and quality [4]. - A multi-level grain emergency response system has been established, increasing the number of national emergency grain processing enterprises from 5,448 to 6,872 [4]. Group 3: Risks and Challenges in Food Security - The main contradiction in food security has shifted from a tight balance of supply and demand to insufficient systemic resilience, influenced by global climate change, geopolitical conflicts, and trade frictions [2][5]. - External risks include fluctuations in international food markets due to extreme weather, political instability in exporting countries, and rising trade protectionism [5][6]. - Domestic challenges include ecological pressures on grain production, significant losses in supply chain links, and increasing consumer demand for diverse food products [2][7]. Group 4: Short-term Strategies for Food Security - Strengthening monitoring and early warning mechanisms for international food markets is essential to mitigate external risks [10]. - Diversifying food import sources and enhancing domestic production capabilities for crops with high external dependency, such as soybeans, is crucial [10]. - Improving the regulatory framework for core crop gene data protection is necessary to safeguard agricultural innovation and food security [11]. Group 5: Long-term Development Plans - Emphasizing the development of new agricultural productivity through digital transformation and technological innovation is vital for enhancing food production and supply capabilities [15]. - Strengthening the core competitiveness of the seed industry by integrating advanced biotechnologies and extending the agricultural industry chain is essential for sustainable growth [16]. - Enhancing the resilience of the food supply chain through the application of cutting-edge technologies across all stages of food production and distribution is a long-term goal [17].

Core Viewpoint - The mayor emphasizes the importance of enhancing agricultural production capacity and quality through winter-spring agricultural production and water conservancy construction, aiming to modernize agriculture and rural areas in the city [1][2]. Group 1: Agricultural Production and Water Management - The mayor highlights the need to implement measures for grain safety and improve wheat field management to ensure food security and contribute to building a strong agricultural province [2]. - The Li Village irrigation area has seen significant improvements in agricultural production capacity following the completion of water-saving renovation projects [1]. - There is a focus on accelerating the construction of water conservancy infrastructure to enhance water resource utilization efficiency and modern management levels [1]. Group 2: Technological Advancement and Crop Management - The mayor stresses the importance of strengthening technological empowerment to cultivate superior varieties and promote technology application in modern specialty agriculture [1]. - Close attention is required on weather and crop conditions, with an emphasis on providing technical guidance for winter management to ensure the safety of winter wheat [1]. - The need to enhance the effectiveness of policies that support farmers and promote stable income growth for farmers is highlighted, aiming to consolidate and expand poverty alleviation achievements [2].

Core Viewpoint - The Ministry of Agriculture and Rural Affairs, the Ministry of Finance, and the National Development and Reform Commission have issued a work plan for the creation of national agricultural modernization demonstration zones, aiming to provide practical models for achieving agricultural modernization in China by 2030 [1]. Group 1: Creation Goals - The plan aims to establish no more than 500 recognized demonstration zones by 2030, focusing on six types: grain industry, livestock farming, advantageous specialty industries, smart agriculture, urban agriculture, and dry farming [1]. - The goal is to enable qualified demonstration zones to achieve agricultural modernization ahead of others, creating a phased construction pattern with key breakthroughs [1]. Group 2: Creation Tasks - The plan requires clear positioning, application standards, and creation goals for each type of demonstration zone, incorporating both "regular tasks + special tasks" to advance the creation work [1]. - Counties applying for demonstration zones must select a type that meets the application standards and strengthen organizational leadership, innovate systems and mechanisms, ensure resource support, optimize guidance services, and explore diverse development models [1].