锻造市场韧性，构建内部循环畅通、外部链接多元、风险分散可控、调控灵敏高效的粮食供应链。国内 层面，推动形成全国统一的大市场，破除区域壁垒，畅通物流与信息流，提升供应链效率与可靠性。完 善多层次市场体系，发展期货、期权等衍生工具，助力企业规避风险，平滑周期性波动；健全监测预警 与调控机制，灵活运用储备吞吐和进出口调节，防止市场大起大落。国际层面，推进进口来源与运输通 道多元化，降低单一渠道依赖风险；积极参与国际粮农治理，推动构建更加公平的贸易规则，塑造有利 外部环境，培育具备全球竞争力的大粮商，增强关键环节掌控力与国际市场话语权。 粮食安全风险如影随形。只有将粮食安全建立在可操作、可检验、可迭代的实战实用能力之上，才能做 到"平时稳得住、急时调得动、关键时扛得起"，在任何风浪中牢牢端稳中国饭碗，为经济社会高质量发 展筑牢根基。 （文章来源：经济日报） 锻造粮食生产韧性，构建稳产高产、绿色低碳、抗风险能力强的现代生产体系。坚持产量产能一起抓， 既保当前丰收，又能持续提升产能。抓住耕地与种子两个关键，严守耕地红线，持续建设高标准农田， 提升耕地质量；推进种业振兴，研发推广抗逆品种、智能装备与防灾减灾技术。坚持生产生 ...

Core Viewpoint - The article emphasizes the importance of enhancing agricultural comprehensive production capacity and quality efficiency as a major task in building an agricultural power, highlighting five key tasks to achieve this goal [1]. Group 1: Key Tasks for Enhancing Agricultural Production - The five key tasks include: enhancing the supply guarantee capacity of important agricultural products, constructing a diversified food supply system, strengthening arable land protection and quality improvement, reinforcing technological and equipment support, and improving agricultural development quality and efficiency [1][2]. - The first priority among these tasks is to enhance the supply guarantee capacity of important agricultural products, particularly focusing on grain production [2]. Group 2: Grain Production Strategies - The government plans to implement a new round of actions to increase grain production capacity, aiming to stabilize grain planting areas and improve yields through various measures [3]. - There is a focus on optimizing the supply structure of important agricultural products, including consolidating staple grains and increasing the production of high-quality varieties [3]. Group 3: Agricultural Technology and Innovation - Strengthening arable land protection and quality improvement is crucial, with a strict arable land protection system and the promotion of high-standard farmland construction as key initiatives [4][5]. - The article highlights the need to enhance the overall effectiveness of the agricultural technology innovation system, fostering collaboration among various innovation entities to drive agricultural development [5][6]. Group 4: Seed Industry and Agricultural Machinery - The seed industry and agricultural machinery are identified as critical areas for technological empowerment, with an emphasis on advancing seed industry revitalization and improving agricultural machinery quality [6]. - The government aims to accelerate the development of high-yield, high-quality, and resilient crop varieties while also addressing the shortcomings in agricultural machinery [6].

Core Insights - The article emphasizes the commitment of the Tengzhou Grain and Material Reserve Center to ensure food security while promoting industrial upgrades, highlighting its dual role as a guardian of grain safety and a practitioner of industrial development [1] Group 1: Food Security Measures - The center has strengthened daily supervision to maintain storage safety, adhering to the Shandong Provincial Grain Security Guarantee Regulations, and ensuring that reserve grain meets emergency needs [2] - It has implemented a systematic approach to warehouse management, conducting regular inspections and maintaining equipment to ensure the safety and quality of stored grain [2] - The center collaborates with third-party inspection agencies to monitor grain quality during storage and procurement, ensuring that only compliant grain enters the supply chain [2] Group 2: Infrastructure Upgrades - The center is addressing outdated infrastructure by advancing three key projects, including the upgrade of grain storage facilities and the construction of a new 25,200-ton capacity warehouse, expected to be operational by the end of 2025 [3] - A digital grain storage monitoring center is being established to enhance real-time oversight and streamline management processes, aiming to reduce human intervention and improve efficiency [3] Group 3: Brand Development and Industry Growth - The center is leveraging the "Teng Grain Good Products" public brand to integrate food safety awareness into brand promotion, thereby driving high-quality industrial development [4] - It has participated in various national and international events to enhance brand visibility, showcasing local products like "Pomegranate Vinegar" to a broader audience [4] - The center has conducted over 40 community outreach activities to raise public awareness about food safety, distributing educational materials to enhance community engagement [4]

吉林松原，位于松嫩平原的南部，地处北纬45度的世界黄金玉米带、黄金水稻带，是国家大型商品粮基 地和油料基地，粮食年产量达到156亿斤，所辖四个县（市）均为全国粮食生产先进县。其中，杂粮杂 豆年产量近2亿斤，是全国最大的杂粮杂豆集散中心；"善德良米"有机大米成为G20杭州峰会和厦门金 砖国家峰会指定用米。得天独厚的资源禀赋给予松原"粮仓"的美誉，而守护这一美誉的既有千万个种 粮、收粮、加工粮主体的不懈努力，也有持续支持"产好粮、粮满仓"的金融力量。 《金融时报》记者近日在松原采访时了解到，当地粮食生产经营主体适应市场变化，主动提升自身生产 经营能力，打造松原优质粮食品牌；政府主管部门积极推动提升粮食生产加工质效，对粮食加工企业技 术改造给予有力的财政支持；长期服务粮食产业的金融机构在中国人民银行松原市分行的推动下，创新 金融产品与服务，加大在粮食保供领域的信贷投放力度；中国人民银行松原市分行坚守主责主业，在促 进涉农贷款增量扩面的基础上，积极创设"惠农贷"支农支小再贷款专项额度，为辖内地方法人银行机构 注入低成本政策资金，引导其精准支持涉农企业及广大农户。自政策落地以来，累计发放"惠农贷"支农 支小再贷款8.6 ...

吉林松原，位于松嫩平原的南部，地处北纬45度的世界黄金玉米带、黄金水稻带，是国家大型商品 粮基地和油料基地，粮食年产量达到156亿斤，所辖四个县（市）均为全国粮食生产先进县。其中，杂 粮杂豆年产量近2亿斤，是全国最大的杂粮杂豆集散中心；"善德良米"有机大米成为G20杭州峰会和厦 门金砖国家峰会指定用米。得天独厚的资源禀赋给予松原"粮仓"的美誉，而守护这一美誉的既有千万个 种粮、收粮、加工粮主体的不懈努力，也有持续支持"产好粮、粮满仓"的金融力量。 《金融时报》记者近日在松原采访时了解到，当地粮食生产经营主体适应市场变化，主动提升自身 生产经营能力，打造松原优质粮食品牌；政府主管部门积极推动提升粮食生产加工质效，对粮食加工企 业技术改造给予有力的财政支持；长期服务粮食产业的金融机构在中国人民银行松原市分行的推动下， 创新金融产品与服务，加大在粮食保供领域的信贷投放力度；中国人民银行松原市分行坚守主责主业， 在促进涉农贷款增量扩面的基础上，积极创设"惠农贷"支农支小再贷款专项额度，为辖内地方法人银行 机构注入低成本政策资金，引导其精准支持涉农企业及广大农户。自政策落地以来，累计发放"惠农 贷"支农支小再贷款8.6 ...

Core Viewpoint - Artificial intelligence (AI) is transforming the food industry by shifting from extensive management to precise management, significantly reducing food loss and waste, which represents a substantial hidden cost in the industry [1][2]. Group 1: AI in Food Industry Management - AI acts as a "calculating master" in reducing food loss and waste, with significant potential for savings in the food supply chain [1][2]. - In the procurement phase, AI visual recognition systems enhance sampling efficiency and fairness, minimizing losses caused by delays and misjudgments [2]. - AI-driven sensors and IoT in storage facilities enable continuous monitoring and analysis of grain conditions, providing automatic alerts and controlling environmental systems to protect grain quality [2]. Group 2: AI in Agricultural Production - AI is pivotal in the agricultural sector, facilitating precision farming through accurate fertilization, irrigation, and pest diagnosis, which reduces chemical usage and conserves water [3]. - AI can predict crop yields months in advance by analyzing weather data, historical yields, and real-time crop images, thus supporting informed decision-making [3]. - The integration of AI with blockchain technology creates a traceable quality assurance system from farm to table, enhancing food safety and brand trust [3]. Group 3: AI as an Innovation Engine - AI is driving the food industry from initial processing to full-value utilization, uncovering hidden values in by-products and enhancing industry resilience [4]. - By optimizing processes, AI converts by-products like rice bran and soybean residue into high-value products, alleviating feed resource shortages and increasing profitability [4]. - AI supports food innovation, leading to the development of new products such as soybean ice cream, thereby extending the industry chain and improving risk management [4]. Group 4: AI and Industry Ecosystem - AI is reshaping the industry ecosystem, giving rise to new business models and collaborative supply chains [5]. - Fully automated "dark factories" controlled by robots and AI systems enable continuous production, significantly enhancing efficiency and product quality [5]. - The combination of AI and big data facilitates integrated platforms that connect various stakeholders in the food supply chain, addressing issues of fragmentation and information flow [5]. Group 5: Challenges and Future Directions - Despite the potential of AI in the food sector, challenges such as inconsistent agricultural data standards, high costs, and talent shortages remain [5]. - There is a need for national policy implementation, collaborative efforts, and the development of low-cost, modular AI solutions to enhance industry adoption [5]. - Establishing a comprehensive data collection system and fostering interdisciplinary talent development are essential for AI to effectively empower the food industry [5].

Core Insights - Artificial intelligence (AI) is a key driver of the new technological revolution and industrial transformation in the food industry, enhancing production efficiency and reshaping the value chain [1][2][3] Group 1: AI in Food Industry Efficiency - AI is becoming a "calculating machine" for reducing food waste, transitioning the food supply chain from extensive to refined management [1] - In the procurement phase, AI visual recognition systems significantly improve sampling efficiency and fairness, reducing losses caused by waiting and misjudgment [1] - AI monitors grain conditions in storage through sensors and IoT, providing continuous analysis and automatic alerts to optimize storage conditions [1] Group 2: Data-Driven Agriculture - AI facilitates a shift from experience-driven to data-driven practices in agriculture, optimizing resource allocation and production decisions [2] - In agricultural production, AI applications include precision fertilization and irrigation, significantly reducing the misuse of fertilizers and pesticides while conserving water [2] - AI can predict crop yields months in advance by analyzing meteorological data and historical yield information, providing scientific support for decision-making [2] Group 3: Value Addition and Resilience - AI acts as an "innovation engine," transforming the food industry from primary processing to full-value utilization, uncovering hidden value in by-products [3] - AI optimizes processes to convert by-products like rice bran and soybean residue into high-value products, alleviating feed resource shortages [3] - The technology supports food innovation, creating new products such as soybean ice cream, enhancing the value of high-quality soybean resources [3] Group 4: Reshaping Industry Ecosystem - AI is reshaping the industry ecosystem, leading to new industrial models and full-chain collaboration, exemplified by fully automated "dark factories" [4] - The integration of AI and big data enables seamless connections among farmers, storage companies, processing plants, and sales terminals, addressing pain points in the food supply chain [4] - Future potential for AI in agriculture faces challenges such as inconsistent data standards and high costs, necessitating policy support and talent development [4]

Group 1 - The core idea of the article emphasizes the importance of improving the quality of life for the people of Jiangsu, focusing on high-quality development and effective governance [1][5] - Jiangsu aims to empower economic and social development through cultural initiatives, with a high standard for building a culturally strong province [2][4] - The cultural resources are being integrated into rural areas, enhancing community engagement and promoting local cultural spaces [3] Group 2 - The article highlights the commitment to ensuring common prosperity by improving living standards and social welfare systems [5][6] - Employment is identified as a key aspect of improving people's lives, with initiatives in place to support job creation and skills development [7] - The agricultural sector is also emphasized, with efforts to modernize grain distribution and enhance food security for farmers [8] Group 3 - The focus on high-quality living includes urban renewal projects that have significantly increased resident satisfaction [9] - Smart city initiatives are being implemented to enhance urban infrastructure and safety, with extensive data collection and monitoring systems in place [9][10] - The construction sector is set to develop detailed plans for urban infrastructure improvements, ensuring the stability and functionality of cities [10]

Group 1 - The Sichuan Provincial Discipline Inspection and Supervision Commission focuses on issues in the grain purchase and sales sector, implementing comprehensive supervision from grain acquisition to storage and sales [2][5] - The commission emphasizes the importance of safeguarding food security as a key supervisory focus, addressing areas such as grain sales, high-standard farmland construction, and agricultural insurance [2][6] - A systematic approach is adopted to tackle corruption in the grain sector, utilizing various methods including big data screening and inter-departmental collaboration [3][4][9] Group 2 - The recent case of a former agricultural official convicted of bribery and money laundering highlights the ongoing efforts to address corruption in the grain sector [3][4] - The commission is expanding its oversight to include seed cultivation, farmland construction, and grain production and sales, with a focus on ensuring compliance with regulations [5][11] - The implementation of the "Tianfu Granary" brand aims to enhance the integrity and risk management in grain storage and procurement processes [11][12] Group 3 - The commission has resolved over 6,000 issues related to grain security that were raised by the public, demonstrating a commitment to addressing urgent concerns [8][10] - A new management regulation for high-standard farmland construction has been enacted to provide legal support for the entire process of investment, construction, and management [10][13] - The focus on technological advancements in agriculture is seen as essential for improving production efficiency and addressing the challenges of food security [14][15]

Core Viewpoint - The introduction of the "Henan Province Grain Security Guarantee Regulations" marks a significant step towards legal and systematic governance of grain security in Henan, a key grain-producing province in China, which contributes substantially to national grain production [1][2]. Group 1: Legislative Background - The regulation aligns with national legal frameworks, particularly the upcoming "Grain Security Guarantee Law" effective June 1, 2024, and aims to enhance grain supply and risk prevention capabilities [2]. - Henan's grain production has remained stable at over 1.3 trillion jin (approximately 650 billion kg) for eight consecutive years, but challenges such as structural and regional disparities persist [2]. Group 2: Agricultural Foundations - The regulation emphasizes the importance of arable land and seed quality, mandating the construction of high-standard farmland and strict management of land use [3]. - High-standard farmland in Henan has increased productivity by 10%-20%, contributing over 22 billion jin (approximately 11 million tons) to grain output [3]. Group 3: Comprehensive Risk Management - The regulation establishes a comprehensive grain security framework, focusing on optimizing storage management and enhancing the grain circulation system [4]. - Local grain reserves are sufficient to meet approximately three months of market demand, with specific cities like Zhengzhou having reserves for 15 days of supply [4]. - A dedicated chapter on grain regulation is included, introducing monitoring and early warning systems for grain security [4]. Group 4: Industrial Empowerment - The regulation promotes a shift from raw grain production to value-added processing, emphasizing the importance of industry integration and brand development [5][6]. - Financial support mechanisms are established to incentivize grain production, with rural residents' disposable income projected to reach 21,330 yuan in 2024 [5]. - The grain processing industry in Henan has maintained a total output value of over 300 billion yuan, positioning it among the top in the country [5]. Group 5: Brand Development - The regulation supports the creation of public brands for major agricultural products and promotes marketing efforts through various channels [6]. - Initiatives such as promotional events in major cities aim to enhance the visibility and competitiveness of Henan's grain products [6].