央视网消息：秋粮产量占全年粮食产量的四分之三，要完成2025年粮食产量1.4万亿斤左右的目标任务关键看秋粮。处暑已至， 秋粮正值产量形成关键期，主产区分类施策、加强田管，全力夺取秋粮好收成。 2025年，全国秋粮面积比上年稳中略增。眼下，秋粮作物正陆续抽穗灌浆，正是实施"一喷多促"稳产增产技术的关键窗口期。中央 财政已安排农业生产防灾救灾资金11.46亿元，支持实施秋粮作物"一喷多促"。 江西南昌190多万亩晚稻长势良好。当地组织农业技术服务小分队下沉田间，指导农民开展"一喷多促"。在专家指导下，石埠镇种粮 大户周聪将叶面肥、生长调节剂、杀虫杀菌剂按比例混合后，启动植保无人机喷洒，让30亩晚稻在高温季节吃上"营养套餐"。 这两天，黑龙江青冈县10万亩鲜食玉米陆续成熟。2025年，当地引入了新型国产鲜食玉米茎穗兼收机，在采收玉米棒的同时，余下 的玉米茎秆和叶片被均匀粉碎并抛撒到运输车辆中，大大提高了效率。 农业农村部最新农情调度显示，当前，受降雨偏多等不利因素影响，秋粮重大病虫害发生重于上年，监测防控任务仍较为艰巨。 山东6000多万亩秋粮正值籽粒增重"黄金期"，也是病虫害防控"窗口期"。在武城县，当地协调40 ...

Core Viewpoint - Compliance in business operations is essential for long-term and stable development, with local tax authorities actively guiding enterprises towards standardized operations [1] Group 1: Compliance and Support for New Enterprises - The local tax authority has implemented measures to assist newly established businesses in navigating tax-related challenges, including personalized tax packages and training courses [2][3] - A comprehensive approach has been adopted, utilizing both online and offline platforms to provide necessary operational guidelines and tax information to new businesses [2] Group 2: Risk Prevention and Management - Companies are encouraged to establish robust internal tax control mechanisms to mitigate operational risks, with the tax authority providing ongoing analysis and risk alerts [4] - The integration of modern production techniques with traditional practices has enabled companies to expand into international markets, highlighting the importance of compliance in facilitating growth [4] Group 3: Enhanced Tax Services - Tax authorities are proactively engaging with businesses to help them understand tax policies and avoid common pitfalls in tax declarations, ensuring accurate compliance [5] - The use of big data platforms allows for tailored support based on different business types, enhancing the overall efficiency of tax compliance processes [5] Group 4: Future Directions - The local tax authority aims to continuously innovate its service delivery methods to further guide enterprises in legally compliant tax practices, contributing to local economic vitality [6]

内容概要：智能农机是指那些集成了智能感知、自动控制、定位导航、无人驾驶、人工智能等先进技术 的现代农业装备，可实现精准、智能、高效的作业过程。智能农机根据其功能和用途进行分类，主要包 括自动驾驶拖拉机、智能播种机、智能收割机、无人机、智能灌溉系统、农业机器人、农业传感器等。 在政策利好、技术突破等多重因素推动下，智能农机装备普及加快，以无人驾驶拖拉机、精准施肥喷药 机为代表的高端智能农机逐渐应用到田间地头，为保障粮食安全、促进农民增收、实现农业强国提供了 强有力支撑。目前，智能农机的应用早已超越田间作业范畴，形成覆盖 "耕、种、管、收、加、运"全 链条的智能化生态。我国智能农机装备规模不断扩大，由2020年的12亿元迅速增长至2024年的118亿 元，期间年复合增长率达77%。智能拖拉机是智能农机装备重要组成部分，2024年我国智能拖拉机销量 成功突破万台，达1.42万台，同比增长67%。智能拖拉机的发展与拖拉机的大马力发展趋势密切相关， 绝大部分智能拖拉机都是100马力及以上的大马力拖拉机。收获机械作为现代农业生产中不可或缺的重 要设备，其智能化发展已成为当前农业技术发展的热点之一。相较于智能拖拉机，智能收 ...

Core Viewpoint - The 2025 International Conference on Food Loss Reduction aims to create a global platform for food loss reduction mechanisms, emphasizing technological innovation to promote food security [1] Group 1: Importance of Food Loss Reduction - Food loss reduction is a crucial method for ensuring food security, with China utilizing 9% of the world's arable land to feed 20% of the global population [3] - The conference showcases China's comprehensive approach to food loss reduction across the entire supply chain, sharing successful case studies and data [3] Group 2: Technological Innovations in Agriculture - Shandong province, a major agricultural hub, has a seed sales revenue exceeding 137 billion yuan, leading the nation in seed industry [3] - The use of breakthrough seed varieties and precision agricultural techniques has led to a reduction in seed usage by over 5% and a contribution rate of 47% to food production [3] - Advanced agricultural machinery, including autonomous tractors and drones, has achieved a mechanization rate of 91.7% in grain farming [4] Group 3: Efficient Management and Storage - Integrated remote sensing monitoring and precise weather forecasting have kept pest damage losses below 5% [4] - Modern grain storage facilities have reached a historical high of over 46 million tons, employing smart technology for temperature control and pest management [4] Group 4: Processing and Utilization - Five major grain industry technology innovation centers in Shandong have developed numerous standards to support grain processing and reduce losses [4] - Various products are developed from corn, soybeans, and wheat, showcasing the potential for value-added processing [4] Group 5: Consumer Awareness and Behavior - Smart dining solutions and data technology are being used to match supply and demand, reducing food waste [5] - Initiatives promoting whole grains and public awareness campaigns are transforming the concept of saving food into consumer choices [5]

Core Insights - The article highlights a practical educational initiative that integrates ideological and political education with agricultural technology, engaging students from various educational levels in hands-on learning experiences [1][8]. Group 1: Educational Activities - Students from primary schools were introduced to agricultural technology, such as drones that can spray pesticides at 30 times the efficiency of manual labor, illustrating the impact of technology on farming [1][3]. - Middle school students participated in discussions about food waste and food security, emphasizing the importance of valuing food resources and the role of technology in improving agricultural yields [3][4]. - High school students engaged in practical farming activities, learning about the challenges and intricacies of agricultural work, while also being educated on the significance of high-quality rice production [4][5]. Group 2: Technological Integration - The initiative showcased various technological advancements in agriculture, including seed testing, soil analysis, and the use of drones for crop management, highlighting the importance of technology in modern farming practices [5][8]. - The program emphasized the need for high-quality rice production, with examples of premium rice varieties commanding higher market prices, thus underscoring the economic benefits of technological advancements in agriculture [4][5]. Group 3: Student Engagement and Responsibility - The project fostered a sense of responsibility among students regarding food security, encouraging them to cherish and protect food resources through creative activities and discussions [3][8]. - The initiative aimed to break down barriers between professional and ideological education, promoting a holistic approach to learning that combines knowledge acquisition with value-driven education [8][9].

Core Viewpoint - The low-altitude agricultural operations in China, particularly in Henan province, are transforming traditional farming practices through the use of drones, leading to increased efficiency and productivity in agricultural production [1][2]. Group 1: Industry Growth and Talent Demand - The demand for drone pilots in Henan has surged, with the number of trained pilots expected to exceed 8,000 this year, up from 3,600 last year, indicating a significant talent gap of over 100,000 pilots in the industry [2][3]. - Henan has established a multi-tiered training system for drone pilots, including partnerships with educational institutions to create practical training environments [2][3]. - A critical challenge remains the lack of composite talents who possess both drone operation skills and agricultural knowledge, with only 5% of certified pilots meeting this criterion [2][3]. Group 2: Technological Advancements - The drone industry in Henan has seen the establishment of a comprehensive ecosystem with 65 companies involved in core components, complete machine manufacturing, and flight control research and development [2][3]. - Innovations such as solid-state batteries have improved drone capabilities, allowing for 40 minutes of flight time, and advanced AI systems enable real-time analysis of crop health, significantly enhancing operational efficiency [3][4]. Group 3: Efficiency and Cost Management - Drones can cover 60 acres in just 10 minutes, vastly outperforming traditional methods that can only manage 20 acres in a day, translating to a significant increase in food security [5][6]. - The cost of drone-assisted agricultural services is approximately 8 yuan per acre, but a price war in 2022 led to unsustainable practices that jeopardized crop yields, highlighting the need for quality assurance in the industry [5][6]. Group 4: Regulatory and Infrastructure Development - The implementation of a "one drone, one code" management system has enhanced transparency and traceability in the drone industry, contributing to improved market order [8][9]. - Henan is developing a robust regulatory framework and infrastructure to support low-altitude operations, including establishing maintenance networks and insurance products tailored for drone operations [8][9]. Group 5: Future Prospects and Diversification - The low-altitude economy in Henan is expanding beyond agriculture to include logistics, power inspection, environmental monitoring, and emergency rescue, creating diverse growth opportunities [10][11]. - The establishment of the Zhengzhou Aviation Port Economic Comprehensive Experimental Zone is attracting high-quality enterprises, fostering a new hub for low-altitude economic development [10][11].

Core Viewpoint - The rapid development of 5G infrastructure in rural China is significantly enhancing agricultural productivity and improving the quality of life for rural residents, enabling digital transformation and smart agriculture [8][10][12]. Group 1: 5G Infrastructure Development - As of March 2023, China has built 4.395 million 5G base stations, achieving 90% coverage of administrative villages, surpassing the target of 80% set for 2025 [8]. - The expansion of 5G networks has accelerated the digitalization of rural areas, facilitating the integration of advanced technologies in agriculture and daily life [8][11]. Group 2: Smart Agriculture - In Sichuan Province, a 130-acre citrus plantation has transitioned from traditional management requiring 10-15 workers to a smart management system needing only 3-5 workers, thanks to 5G technology [10]. - The use of drones for pest control and remote monitoring has increased operational efficiency, with drones capable of covering 200 acres per hour compared to 5 acres per day by manual labor [10][11]. - 5G-enabled systems allow for real-time data transmission and remote control of irrigation and fertilization, enhancing crop management and yield [11]. Group 3: Enhanced Rural Life - Villagers in Zhejiang Province are experiencing improved connectivity and access to services, such as remote medical consultations and online education, due to 5G network coverage [12][13]. - The establishment of smart service centers in villages has streamlined administrative processes, allowing residents to complete tasks like utility management locally rather than traveling to town [13][14]. Group 4: E-commerce and Livelihood Improvement - In Hunan Province, a village has leveraged 5G for live-streaming sales, generating significant revenue and expanding market reach for local agricultural products [15][17]. - The village's live-streaming efforts have resulted in sales of 270 million yuan in the first half of the year, directly benefiting local employment and income [17].

Core Insights - The Shandong provincial government is promoting the development of low-altitude industries, particularly focusing on the rapid growth and application of agricultural drones for pest control [1][2] - The province has implemented financial subsidies for the purchase and scrapping of agricultural drones, which significantly reduces costs and encourages upgrades [1][2] - Shandong has established local standards for the use of agricultural drones, enhancing the quality and safety of pesticide application [1][2] Policy Support - Financial subsidies for scrapping can reach up to 6,400 yuan, while subsidies for purchasing can go up to 14,400 yuan, facilitating the adoption of agricultural drones [1][2] - The government aims to further increase these subsidies to promote widespread use of agricultural drones in farming [2] Technical Standards and Training - Shandong has developed technical guidelines for drone operations, including conditions for flying, pesticide selection, operational parameters, and quality standards [2] - Over 20,000 individuals are trained annually to improve the quality of drone operations and enhance pest control methods [2] Application and Impact - The province currently has over 18,000 agricultural drones, covering all counties and cities, and is widely used for pest control in major crops like wheat, corn, and soybeans [2] - The cumulative area treated by drones has reached 170 million acres, significantly contributing to food production safety [2]

Group 1 - The article discusses the 2025 Intelligent Robot Key Technology Conference (IRCTC), highlighting opportunities for business cooperation and showcasing innovations in the robotics industry [1] - The Ministry of Agriculture and Rural Affairs has been enhancing policy support and technological innovation to boost grain production capacity [2][3] - Key initiatives include strengthening collaborative agricultural research, promoting breeding innovation, and advancing the mechanization and intelligence of agriculture [2][3] Group 2 - The article mentions the emergence of 75 listed companies in the robotics sector, with a focus on their performance in the 2024 annual reports [5] - It highlights the challenges and opportunities faced by the robotics industry, including the impact of AI integration and the competitive landscape [6] - Notable advancements in bionic robot technology and the development of humanoid robots are discussed, emphasizing the industry's rapid evolution and market dynamics [6]

Core Insights - The article highlights the integration of advanced technology in agriculture in Liaoning, China, showcasing innovations such as drone-assisted pest control and real-time soil monitoring systems [1][2]. Group 1: Technological Innovations in Agriculture - The "Cloud Farm" system developed by Tieling Mobile Company allows real-time monitoring of soil moisture, water quality, and crop growth, significantly enhancing agricultural efficiency [1]. - The use of drones to deploy "bee dispensers" containing over 5,000 parasitic wasps (Trichogramma) for biological pest control represents a shift from chemical pesticides to environmentally friendly solutions [2]. Group 2: Economic Impact - The smart agricultural system in Tieling is projected to generate an annual output value of 3.98 million yuan, which is a 33% increase compared to traditional farming methods [1]. - The promotion of drone technology for pest control in Shenyang aims to cover an area of 340,000 mu by 2025, indicating a significant expansion in the use of innovative agricultural practices [2]. Group 3: Irrigation and Power Management - The State Grid Shenyang Power Supply Company is enhancing irrigation efficiency by monitoring power supply for irrigation systems and creating personalized electricity usage plans for farmers [3].