（来源：辽宁日报） 转自：辽宁日报 ■实施种质创新工程，建成省级及以上种质资源库（圃、场、区）51个 ■组织实施国家"黑土地保护与利用科技创新"重点专项14项 ■实施产业共性关键技术攻关，提升农业产业机械化、智能化水平 示，在科技创新的基础上，以良田、良种、良机、良技为核心的农业技术体系加速融合，为粮食稳产增 产提供了坚实支撑。 持续实施"藏粮于地、藏粮于技"种质创新工程。依托卡力玛院士工作站、玉米生物育种全国重点实验室 等高能级创新平台，组织开展水稻、玉米等生物育种研究，维护国家粮食安全。依托东亚种业建成 的"玉米生物育种全国重点实验室"，运用前沿生物育种技术，大幅提升了育种效率。同时，布局生物育 种未来产业创新方向，组织高校、科研院所开展前沿性、基础性研究。 近年来，辽宁自主培育的一批优良品种在全国叫响。玉米品种"东单1331"连续多年跻身全国推广面积前 十；水稻品种"北粳1705"被确认为超级稻，"辽粳433"等8个品种屡获全国食味品质鉴评金奖。 目前，全省已构建起覆盖多领域的立体化保护体系，建成省级及以上种质资源库（圃、场、区）51个。 投资1.17亿元、库容达50万份的省种质资源库正式运行，为未来数 ...

2025年，通辽市在全国率先整市推进大面积单产提升，在全国粮食主产区首次实现200万亩规模吨粮 田。累计投入财政资金7.4亿元，落实玉米密植精准调控高产技术模式1032万亩。首创无膜浅埋滴灌水 肥一体化技术，推广面积超1500万亩，实现亩均增产100公斤以上、亩均用水量由大水漫灌的380立方米 减少到180立方米以下。推广耕、种、防、收、储全程社会化服务面积1225.7万亩，惠及农户25.9万户， 实现农田从"零散细碎"到"集中连片"，农业从"小散种植"到"规模提质"，打造出高产高效通辽模式，为 保障国家粮食安全贡献了通辽力量。 转自：内蒙古日报 本报通辽12月20日电 （记者 霍晓庆 见习记者 贾雪）12月19日，记者从通辽市农牧局获悉，2025年通辽 市粮食总产量达到202.1亿斤，较2024年增加8.1亿斤，稳居全区第一，实现"二十二连丰"。 （来源：内蒙古日报） 通辽市位于内蒙古自治区东部、科尔沁草原腹地，地处西辽河冲积平原和世界三大黄金玉米带之一的中 国东北黄金玉米带核心区，是国家重要的商品粮基地。近年来，通辽市坚决扛稳保障国家粮食安全的重 大政治责任，深入落实"藏粮于地、藏粮于技"战略，以建设千万 ...

Core Viewpoint - Food security is a critical national priority, and the company is committed to supporting this through its comprehensive agricultural strategies and innovations [1] Group 1: Industry Context - The Chinese government emphasizes the importance of food security as a foundation for national security, aiming to increase grain production from 1.4 trillion jin to 1.5 trillion jin [1] - The company recognizes the need for stable supply and efficient use of fertilizers as part of the strategy to enhance food security [1] Group 2: Company Strategy - The company has strategically positioned its production facilities close to phosphate resources and key agricultural markets to ensure a stable supply chain [2] - A new project in Hubei, set to begin in May 2025, aims to create a comprehensive phosphate resource utilization chain, enhancing production stability and cost control [2] Group 3: Market Development - The company has established modern fertilizer production bases across major agricultural provinces, allowing for tailored fertilizer solutions based on regional soil characteristics and crop types [4] - An investment agreement for a new specialized fertilizer project in Anhui is set to produce 1 million tons annually, further expanding the company's market presence [4] Group 4: Innovation and Product Development - The company has developed over 200 specialized fertilizer products tailored to various crops, addressing the need for high-efficiency and environmentally friendly solutions [5] - Collaborations with research institutions have led to significant advancements, such as a compound fertilizer that reduces toxin levels in oilseed crops by 80% [5] Group 5: Service and Support - The company emphasizes the importance of service alongside product sales, employing over 240 agronomists to provide comprehensive support to farmers [7] - The agronomists offer technical guidance on soil testing, planting management, and pest control, ensuring effective fertilizer application [7] Group 6: Future Outlook - The company aims to integrate its resource assurance, innovative product offerings, and extensive service network into the national food security strategy, contributing to agricultural strength [9] - The mission is to enhance agricultural productivity and ensure food security through a robust and efficient supply chain [9]

Core Viewpoint - The Guangdong Province's agricultural technology promotion system has made significant progress in enhancing agricultural productivity and ensuring food security, with a focus on integrating technology into rural development and planning for future advancements in the sector [7][12][40]. Group 1: Achievements and Progress - Over the past five years, Guangdong's total grain production has consistently exceeded 13 million tons, with a yield of 391.5 kg per mu [19]. - The coverage rate of high-quality seeds for major crops remains above 98%, with rice mechanization rates reaching 99.43% for tilling and 97.46% for harvesting [20]. - The province has successfully organized over 2,000 crop variety trials and approved 370 new varieties of rice and corn, ensuring a robust genetic resource base [25][26]. Group 2: Future Plans and Strategies - The agricultural technology promotion system aims to address existing gaps and enhance service mechanisms, focusing on food security, crop revitalization, and agricultural machinery [40][51]. - Plans include the establishment of a high-quality agricultural technology promotion plan for the 14th Five-Year Plan, emphasizing rapid response and long-term management mechanisms [55]. - The integration of digital transformation is a priority, with initiatives to upgrade smart agricultural service platforms and expand AI technology applications [59][60]. Group 3: Community Engagement and Innovation - The event highlighted successful case studies from various regions, showcasing innovative practices in agricultural technology that can be replicated [74]. - Local experts shared impactful stories of how practical technologies have improved livelihoods, emphasizing the role of grassroots talent in agricultural promotion [73]. - Interactive sessions and product showcases facilitated the exchange of quality agricultural products and technologies, enhancing collaboration between producers and consumers [78][80].

增产之后是增收。如何将粮仓的满满当当转化为钱包的鼓鼓囊囊，如何通过发展生产促进共同富裕，决定 着"丰收"二字的含金量。除了综合运用政策资金支持、科技创新驱动、产业结构优化等措施，还要大力培育 新型经营主体、打造区域公共品牌、发展订单农业、盘活闲置资源、完善社会保障，激活微观经营主体的活 力，让种粮户有钱赚、有奔头。实践证明，协同提升农民增收的软硬件环境，让农民从每亩地、每滴水和每 天的劳动中获得更高收入，就能促进各项要素充分涌动，为保障国家粮食安全和农业永续发展提供坚实基 础。（经济日报记者 刘 兴） 打破农业生产周期波动规律，关键在于落实"藏粮于地、藏粮于技"，不断提高粮食综合生产能力，持续增强 农业防灾减灾能力，把"国之大者"落在农业基础设施建设和科技支撑上。 耕地是粮食生产的命根子，传统农业生产之所以长期存在"靠天吃饭"现象，主要是因为抗风险能力弱，粮食 生产高度依赖自然条件，旱则缺水、涝则积灾。鄱阳县连续多年粮食丰产的实践价值，就在于持之以恒地发 展现代农业。通过近百万亩高标准农田建设，构建起"旱能灌、涝能排"的精密水网，不仅做好耕地数量的文 章，更做好耕地质量的文章。综合运用工程管理手段，系统性对冲 ...

Group 1 - The core viewpoint emphasizes the importance of breaking the cyclical fluctuations in agricultural production by implementing strategies such as "storing grain in the ground and storing grain in technology" to enhance comprehensive grain production capacity and disaster resilience [1] - The article highlights the significance of arable land as the foundation of grain production, noting that traditional agriculture's reliance on natural conditions leads to vulnerability to risks such as drought and flooding [1] - The successful practices in Poyang County demonstrate the value of developing modern agriculture through the construction of high-standard farmland and a precise water network that can manage both drought and flooding [1] Group 2 - The article discusses the transition from increased grain production to increased income, stressing the need to convert abundant grain storage into financial benefits for farmers [2] - It outlines various measures to promote farmer income, including policy support, technological innovation, optimization of industrial structure, and the cultivation of new business entities [2] - The article concludes that enhancing the income environment for farmers will lead to better resource utilization and contribute to national food security and sustainable agricultural development [2]

8 0 4 河南农业强省建设再添硬核支撑！12月9日，中国农业科学院与安阳市人民政府联合举办农业高质量发展战略 合作暨"一县一业联一所"活动，标志着中国农业科学院安阳综合创新基地正式启用。 活动现场，9个研究所与安阳各县（市、区）、教科企代表签署科技合作协议，携手启动"一县一业联一所"合 作模式。该模式立足农业产业发展实际需求，靶向破解产业发展瓶颈制约，通过联合开展关键核心技术攻 关、先进技术集成示范推广等工作，构建起"科研院所+政府+产业"三位一体的协同创新体系，聚力打造县域 现代农业高质量发展的示范样板。 "中国农科院作为国家战略科技力量，服务现代农业主战场、主产区是使命所在、职责所系。安阳创新基地建 成之际，院地双方进一步深化战略合作，共同打造以安阳创新基地为综合平台的'一县一业联一所'多点服务 支撑新模式。"中国农科院党组书记杨振海在讲话中说，安阳综合创新基地已开始启用，"一县一业联一所"模 式已系统布局，中国农科院将与安阳市携手并肩、共同努力，为区域农业高质量发展插上科技的翅膀，为加 快实现高水平农业科技自立自强、支撑引领农业农村现代化发展和建设农业强国作出新的更大贡献。 作为中国农科院布局河南的重 ...

Core Viewpoint - The article highlights the successful implementation of the "Green Wild Model" by Weifang Green Wild Agricultural Cooperative, which focuses on large-scale agricultural operations, mechanization, and technological integration to enhance food security and agricultural productivity [1][3]. Group 1: Cooperative Structure and Operations - Weifang Green Wild Agricultural Cooperative was established in April 2013 and currently has 92 members, managing over 30,000 acres of land and serving more than 100,000 acres in surrounding areas [1]. - The cooperative has transitioned from machinery services to land management since 2016, adopting a model where villagers can invest their land rights into the cooperative, thus transforming resources into assets and farmers into shareholders [2]. - The cooperative has been recognized with various awards, including being named a national-level demonstration cooperative and receiving accolades for its contributions to rural revitalization [1]. Group 2: Agricultural Practices and Innovations - The "Green Wild Model" has led to a 16% increase in land utilization by consolidating fragmented land into larger, more manageable plots, addressing the challenges of rural land management [2]. - The cooperative has developed a sustainable agricultural model that includes order-based farming and a "livestock-biogas-land" cycle to ensure food production sustainability [3]. - Technological advancements, such as the development of specialized planting equipment and the use of drones for pest control, have resulted in a 10% reduction in seed usage and a 7% increase in yield per acre [3]. Group 3: Post-Harvest Management - The establishment of a grain drying center in March 2022, with an investment of 43 million yuan, aims to reduce post-harvest losses and improve grain quality, capable of drying 2,400 tons of wheat daily [4]. - The drying center also helps mitigate the risk of grain spoilage due to adverse weather conditions, contributing to an increase in corn yield by approximately 150 jin per acre and reducing grain spoilage losses by over 1,000 tons annually [4]. - The cooperative's practices have set industry benchmarks and have been shared at international conferences, promoting the "Green Wild Model" as a replicable solution for enhancing regional agricultural productivity [4].

Core Insights - Hunan province has maintained a stable grain production of approximately 61 billion jin for five consecutive years, with significant advancements in agricultural technology and infrastructure [1][2]. Group 1: Grain Production and Supply - Hunan's grain planting area has remained above 71 million mu during the "14th Five-Year Plan" period, with a total production of around 61 billion jin [1]. - In 2024, Hunan's total grain production is projected to reach 615.6 billion jin, accounting for 4.4% of the national grain output from only 2.8% of the cultivated land [2]. - The province has built high-standard farmland covering 43.97 million mu, enhancing productivity and resilience against adverse weather conditions [2]. Group 2: Agricultural Technology and Innovation - The contribution rate of agricultural technology in Hunan has exceeded 64%, positioning the province among the top in national innovation levels [4]. - The establishment of the Yuelu Mountain Laboratory has attracted top talent, leading to significant advancements in hybrid rice production and agricultural machinery [4]. - Hunan has developed various innovative agricultural technologies, including a continuously variable transmission for agricultural machinery and advanced weeding robots [4]. Group 3: Rural Development and Poverty Alleviation - Hunan has implemented a robust monitoring and support system to prevent large-scale poverty, with significant improvements in the living standards of the impoverished population [6]. - The province has established 1,549 labor cooperation mechanisms to support employment for the rural population, aiming for 2.513 million workers by 2025 [6]. - Rural living conditions have improved significantly, with over 90% of rural households having access to sanitary toilets and more than half of villages meeting county-level beautiful village standards [6].

Core Viewpoint - Longjiang Forest Industry Group is focusing on ecological agriculture and food security, aiming to increase forest grain production significantly during the 14th Five-Year Plan period, with production expected to exceed 3 billion pounds in 2024 and 3.1 billion pounds in 2025 [1][8]. Group 1: Production and Agricultural Strategy - The group has achieved a forest grain production of 2.75 billion pounds in 2023, with a target to surpass 3 billion pounds in 2024 and 3.1 billion pounds in 2025 [1]. - The strategy emphasizes "storing grain in the land and technology," promoting a green development path that balances ecological protection with industrialization [1]. - The establishment of a "field guardian" system ensures that every acre of farmland has dedicated oversight, enhancing the protection and utilization of black soil [3]. Group 2: Technological Integration - Longjiang Forest Industry Group collaborates with research institutions to integrate technology into agriculture, transforming traditional practices into data-driven approaches [5]. - The implementation of a digital monitoring system across 6.02 million acres of farmland enhances regulatory oversight and supports sustainable agricultural practices [6]. - The group has developed a comprehensive database for soil health, enabling precise agricultural interventions and improving crop yields [5][6]. Group 3: Soil and Fertilization Management - The company conducts soil testing and tailored fertilization to optimize nutrient application, ensuring that black soil receives customized "nutritional meals" [7]. - Annual soil sample collection and analysis help maintain a robust nutrient profile, leading to increased crop yields, with soybean and corn yields improving by 14% and 28% respectively [7][8]. - The establishment of a "three-in-one" protection system for black soil focuses on quantity, quality, and ecological health, supporting high-standard farmland construction [4]. Group 4: Future Outlook - As the 14th Five-Year Plan concludes, Longjiang Forest Industry Group aims to continue enhancing forest agriculture, focusing on unified planning, expanding industrial scale, and optimizing crop varieties [8]. - The group is committed to integrating ecological protection with economic development, ensuring a sustainable and productive agricultural future [8].