Core Viewpoint - The third China International Supply Chain Promotion Expo, themed "Linking the World, Creating the Future," showcases the depth and breadth of global industrial chains, with participation from 75 countries and regions, highlighting both established and new exhibitors [1]. Advanced Manufacturing Chain - Airbus China collaborates with 10 Chinese partners to demonstrate the tight integration of its supply chain with Chinese suppliers, emphasizing product quality, delivery efficiency, and innovation as key factors for success [2][5]. - Hubei Hangyu Jiatai Aircraft Equipment Co., Ltd. became the first domestic seat manufacturer in Airbus's supplier directory in 2018 and achieved 100% on-time delivery, earning the title of "Airbus Quality Supplier" in 2023 [2]. - Zhejiang Xizi Aviation Industry Group has expanded its product offerings within Airbus's supply chain since joining in 2013, receiving high evaluations for its quality and delivery capabilities [3][6]. - The establishment of a flexible production capacity mechanism has been crucial for timely deliveries in the aviation industry [3]. - Airbus plans to establish a second assembly line in China, recognizing the market's significance and the need for a resilient supply chain post-pandemic [5][6]. Smart Automotive Chain - The "Smart Automotive Chain" exhibition at the expo highlights the collaboration and competition among global automotive companies, showcasing the entire production process from raw materials to finished vehicles [6][7]. - Chinese companies are leading in various segments of the automotive supply chain, with significant advancements in electric and intelligent vehicle technologies [7][9]. - The automotive industry is characterized by a long and complex supply chain, with clear divisions of labor among upstream, midstream, and downstream enterprises [7][9]. - The collaboration between domestic and international companies is essential for innovation and development in the automotive sector [9]. Digital Technology Chain - Apple continues to strengthen its partnerships with Chinese suppliers, showcasing advancements in smart manufacturing and environmental protection at the expo [10][12]. - Xinwanda, a core battery supplier for Apple, has invested heavily in R&D, exceeding 3.3 billion USD last year, and has developed a magnetic levitation conveyor line to enhance production efficiency [10][12]. - The emphasis on localizing key components has been a focus for suppliers like Jieshida, which has developed its own robotic systems to reduce costs and energy consumption [11][12]. Green Agriculture Chain - The journey of potatoes from farm to table illustrates the modernization and efficiency of China's agricultural supply chain, with McDonald's showcasing its local potato cultivation practices [13][14]. - Advanced agricultural technologies, including IoT and big data, have significantly increased potato yields and streamlined the supply chain from planting to processing [14]. - The growing demand for high-quality protein in China is driving investment in agricultural supply chains, with companies like Louis Dreyfus expanding their operations to meet consumer needs [15][17].

从浙江省农业农村厅获悉，该厅近日发布《智慧农业引领区建设实施方案(2025—2030年)》(下称方 案)，提出到2027年底建成数字农业工厂1000家、未来农场100家等目标。近些年来，浙江始终将智慧农 业作为推动农业高质量发展的重要引擎。去年11月，该省获批建设全国首个智慧农业引领区。方案在总 体要求部分分阶段列出相关目标：到2027年底，建成数字农业工厂1000家、未来农场100家，"低空+农 业"发展新格局基本形成，农业生产信息化率达到52%；到2030年底，全域推进智慧农业建设的机制路 径基本成熟，智慧农业引领任务基本实现，农业生产信息化率达55%；到2035年底，关键技术装备达国 际先进水平，农业生产信息化率稳步提升，有力支撑农业强国建设。 ...

Core Viewpoint - The third China International Supply Chain Promotion Expo highlights the importance of quality management in the food industry, with KFC showcasing its commitment to quality through a series of events celebrating the 85th anniversary of its signature product, Original Recipe Chicken [1][4]. Group 1: Event Highlights - The expo, themed "Linking the World, Creating the Future," took place in Beijing, featuring KFC's brand day activities that illustrated the journey from quality sourcing to consumer satisfaction [1]. - KFC launched a celebration event for its Original Recipe Chicken, inviting various representatives to explore the product's 85-year history and quality management practices [1][2]. Group 2: Quality Management and Technology - KFC's quality assurance involves a comprehensive supply chain management approach, including a digital tracking system for each batch of chicken, ensuring transparency and adherence to quality standards [4]. - The company emphasizes the use of technology in traditional farming practices, such as smart environmental controls in chicken houses and precise nutritional feed formulations, to maintain high-quality standards [4][5]. Group 3: Industry Impact - Experts recognize KFC's stringent quality requirements as a benchmark for the industry, highlighting the significance of large-scale enterprises in prioritizing food safety and quality [5]. - KFC's quality system is redefining the standards for delicious fried chicken, integrating scientific farming practices with traditional cooking techniques [5].

Core Viewpoint - The Longjiang Forest Industry Group is diversifying its agricultural sector through the "One Greenhouse, One Fruit" initiative, which is becoming a new engine for economic transformation in forest areas [1][3]. Group 1: Agricultural Development - The company is exploring high-quality fruit and vegetable varieties suitable for the forest climate, including unique strawberry tomatoes and nutritious yellow cucumbers [3][5]. - The fruit and vegetable industry is gradually forming a system with forest characteristics, providing new pathways for increasing efficiency and income for local enterprises and workers [3][5]. - The company has established a 332-acre fruit and vegetable base, featuring over 28,000 persimmon vines and various other vegetables, enhancing local agricultural productivity [5][8]. Group 2: Technological Integration - The company is utilizing smart agricultural technologies, such as hydroponics, to grow vegetables without soil or pesticides, ensuring high-quality produce [7][8]. - The controlled environment in the greenhouses, including temperature and humidity management, allows for an extended harvesting period, increasing productivity compared to traditional outdoor farming [5][7]. - The introduction of heat-resistant varieties aims to optimize production during summer months, turning the hydroponic gardens into a source of income for workers [7][8]. Group 3: Future Plans and Expansion - The company plans to expand its greenhouse facilities to 3,000 units by 2028, with an expected annual output of 2,000 tons and the establishment of four product standards [8]. - Collaboration with research institutions is emphasized to enhance technological innovation and provide robust support for industry development [8].

Core Insights - Henan province has a strong foundation and advantages in agricultural product processing, with several characteristic industrial clusters formed, including meat processing in Luohe, frozen food in Zhengzhou, beverage and liquor in Shangqiu, and snack food in Xinxiang [1][2] - The agricultural product processing industry in Henan is large but not strong, facing challenges such as short supply chains, weak innovation support, and low value chain levels, necessitating a focus on deepening changes in supply chains, innovation, and branding to accelerate the construction of a strong agricultural province [1] Group 1: Supply Chain Transformation - The province aims to extend its supply chains by building raw material bases and enhancing logistics and marketing networks, focusing on deep processing of agricultural products in areas such as medical, health, and beauty sectors [1] - There is an emphasis on integrating agricultural processing with equipment manufacturing, packaging, biomedicine, cold chain logistics, e-commerce, and pet food industries, fostering new business models that combine agriculture, culture, and tourism [1] Group 2: Innovation Enhancement - The focus is on strengthening technological innovation in key areas such as biological breeding, processing, food safety, and cold chain logistics, while promoting smart agriculture through the "Internet+" initiative [2] - The integration of various resources, including agricultural materials, machinery, technology, and talent, is essential for transforming agricultural operations and improving the service system [2] Group 3: Brand Development - There is a push to enhance quality standards and promote green prevention technologies, alongside the establishment of a provincial public brand trademark authorization system [2] - The goal is to expand the "Yuzhao" agricultural brand system, cultivate regional public brands, and create a series of local brands that enhance the influence and reputation of agricultural products [2]

摘要：尽管三文鱼作为一种高蛋白、低脂肪的健康食品，受到消费者青睐，但市场在经历前期的快速增长后，部分地区的消费需求已接近饱和。2024年，中 国三文鱼行业市场规模为104.30亿元，同比下降0.53%。同时，全球物流成本波动与进口检疫政策趋严形成双重压力。挪威、智利等主产国出口量波动直接 影响国内供给稳定性，而国产替代方案尚处培育期，短期内难以形成有效供给补充。随着冷链基建完善、国产养殖技术突破以及消费场景多元化拓展，三文 鱼市场长期增长潜力依然存在。 | 一、定义及分类 … | | --- | | 二、行业政策 | | =、发展历程 . | | 四、行业壁垒 - | | 1、技术壁垒 … | | 2、资金壁垒 . | | 3、人才壁垒 = | | 五、产业链 | | 1、行业产业 链分析 | | 2、行业领先企业分析 … | | (1) 山东东方海洋科技股份有限公司 | | (2) 传沃食品股份有限公司 - | | 六、行业现状 ……………………………………………………………………………………………………………………………………………………………………………………………………………………………………………… ...

AI挑瓜与人工挑瓜哪个更甜？ 仅凭几张照片就能分析出西瓜的成熟度、甜度是否比传统经验更靠谱 记者实验来揭秘 夏日炎炎，西瓜成为市民消暑解渴的"标配"。近来，一些用AI精准挑选"糖心瓜""报恩瓜"的短视频在网络上走红，相关视频点赞量动辄数十万。在视频中， 博主只需用手机对着西瓜拍几张照片，上传至软件，AI就能分析出西瓜的成熟度、甜度甚至果肉纹理。这种听起来"科技感满满"的挑瓜方式，真的比传统经 验更靠谱吗？记者对此展开了调查。 AI挑瓜是否更甜？ 7月9日上午，记者来到位于崂山万象汇负一楼的盒马鲜生门店。正值西瓜销售旺季，货架上摆满了麒麟瓜、甜王、8424等多个品种的西瓜，不少市民正弯腰 挑选，不时用手指轻敲瓜皮，听声音来判断好坏。 记者先给西瓜拍照，随后将西瓜照片分别上传至三个热门AI大模型，并发送请求：帮我挑出最甜的瓜。记者发现，只有一款AI工具给出了明确选项——第 二排最左侧的西瓜，理由为"它看起来成熟度较高、形状规整且表皮颜色鲜艳"。其余两款工具均表示，无法判断或确定哪个瓜最甜，但提供了一些选瓜建 议。记者在观察完瓜皮后，选择了AI推荐的"第二排最左侧的西瓜"。 此外，对于部分AI无法给出明确选择的现象 ...

Core Viewpoint - The implementation plan aims to enhance the quality and skills of farmers in Heilongjiang Province, focusing on food security, poverty alleviation, rural industry development, and cultural construction [1][2]. Group 1: Training Programs - Heilongjiang Province plans to conduct a total of 27,532 training sessions by 2025, including 22,182 regular training and 5,350 specialized training [2]. - Key support will be provided for the enhancement of grain and important agricultural product production entities, new industry leaders, and the improvement of rural cultural quality [2][4]. Group 2: Agricultural Production Focus - The training will focus on increasing the yield of rice, soybeans, and corn, with an emphasis on new varieties, technologies, and equipment in the grain and oil sector [2]. - The plan includes comprehensive training on the entire industrial chain and key technologies to improve crop yields, particularly in suitable regions [2][3]. Group 3: Mechanization and Technology - The initiative aims to support high-quality agricultural mechanization and improve service quality, focusing on training skilled operators for agricultural machinery and drones [3]. - Specific training will be provided for professional machine operators and service organization leaders, emphasizing practical skills and operational drills [3]. Group 4: Integration of Industries - The plan emphasizes the integration of agriculture with technology, culture, education, tourism, and renewable energy, aiming to cultivate leaders in new agricultural industries [4]. - Special training programs will target youth groups, including returning college students, migrant workers, and veterans, to develop long-term capable leaders [4].

Core Insights - The focus is on the development of smart agriculture in Linping District, emphasizing the integration of technology to enhance agricultural productivity and farmer income [1][2] - The importance of a sustainable agricultural development model that is cost-effective, green, and aligned with local conditions is highlighted [1] Group 1: Smart Agriculture Development - The East Lake Smart Ecological Agricultural Complex utilizes advanced technologies such as smart agricultural brains, circular water aquaculture, and vertical farming to achieve efficient fish-vegetable production [1] - The implementation of a fully automated management process in the AI ecological farm model, covering all stages from sowing to packaging, is showcased [1] Group 2: Policy and Strategic Initiatives - Emphasis on the need to align with Xi Jinping's directives on rural work, focusing on reducing disparities and promoting agricultural innovation [2] - The strategy includes enhancing rural reforms, supply chain construction, and promoting brand, ecological, and digital agriculture to stimulate internal growth and broaden income channels for farmers [2] Group 3: Legislative and Institutional Support - The role of the People's Congress in strengthening legislation and supervision in key areas such as modern agricultural systems, smart agricultural technology innovation, and rural industry development is underscored [2] - The goal is to transform institutional advantages into new advantages for agricultural development [2]

Core Viewpoint - The livestock robotics industry is experiencing significant growth driven by technological advancements and policy support, with the market expected to reach 1.87 billion yuan in 2024, a 20% increase year-on-year, and projected to exceed 2.2 billion yuan by 2025 [1][16]. Industry Overview - Livestock robots integrate sensor technology, artificial intelligence, automation control systems, and the Internet of Things to enhance efficiency, reduce labor costs, and achieve sustainable production in livestock farming [2][4]. - The main functions of livestock robots include environmental monitoring, feeding management, milking operations, disease warning, cleaning and disinfection, and data collection [2][4]. Market Structure - Feeding robots account for approximately 35% of the market, followed by milking robots at 25%, inspection robots at 20%, and cleaning robots at 15%, with other types making up less than 5% [18][19]. Development Stages - The development of livestock robots in China can be categorized into three stages: 1. **Emergence Phase (2000-2015)**: Introduction of European milking robots, with high costs and limited applicability [4]. 2. **Growth Phase (2016-2020)**: Acceleration of domestic alternatives due to policy support and capital influx, with costs decreasing by about 50% [4]. 3. **Explosive Phase (2021 onwards)**: Deep integration of AI and 5G technologies, leading to increased penetration of smart livestock equipment across various scales of farming [4]. Factors Driving Development - The large scale of livestock farming in China provides a vast market for livestock robots, with significant increases in livestock numbers and production volumes [8][11]. - Labor shortages in rural areas due to aging populations and declining workforce numbers are driving the demand for automation and mechanization in livestock farming [11]. - Continuous policy support aimed at modernizing the livestock sector is fostering the growth of the livestock robotics industry [13][15]. Industry Players - Key companies in the livestock robotics sector include Muyuan Foods, New Hope, Wens Foodstuff, and Lihua Technology, among others [2][24]. - Emerging companies such as Beijing Guoke Chengtai Agricultural Equipment and Hefei Lasset Robot Technology are also contributing to the innovation in this field [2][24]. Future Trends - The development of livestock robots is expected to lead to higher levels of automation and intelligence in livestock farming, enhancing economic benefits and sustainability [25]. - Future innovations will focus on improving efficiency, environmental sustainability, and animal welfare, further advancing agricultural technology in China [25].