Core Insights - The article emphasizes the importance of modernizing agriculture in China, highlighting that agricultural modernization is essential for the overall modernization of the country [1][2] - The development of smart agriculture is positioned as a key strategy to enhance agricultural productivity and efficiency, transforming traditional practices into data-driven approaches [2][3] Group 1: Agricultural Modernization - The "14th Five-Year Plan" suggests that agricultural and rural modernization is crucial for the overall quality of China's modernization [1] - The call for building a strong agricultural province in Henan reflects a significant opportunity and responsibility for the region to transition from a large agricultural base to a strong one [1] Group 2: Smart Agriculture - Smart agriculture is characterized by precision, where data replaces traditional methods for assessing soil conditions and crop health, leading to more accurate farming practices [2] - The use of technology, such as sensors and AI, allows for real-time monitoring and analysis, significantly improving efficiency in agricultural processes [2] Group 3: Farmer Engagement and Education - The transition to smart agriculture requires farmers to understand and utilize technology effectively, indicating a need for education and hands-on experience [3] - Empowering farmers to become active participants in agricultural modernization is essential, as their engagement will harness collective wisdom and innovation [3]

Group 1 - The core viewpoint highlights the transformation of agricultural practices in Ninghe District, Tianjin, through the adoption of smart agriculture and advanced technology, significantly increasing efficiency and reducing labor costs [1] - The mechanization rate of agricultural operations in Ninghe District has reached 90.78%, with a comprehensive mechanization rate of 100% for grain crop cultivation [1] - The development of smart agriculture is heavily reliant on energy supply, with the district leveraging its wind and solar resources to support agricultural activities [1] Group 2 - State Grid Tianjin Electric Power Company is actively enhancing urban and rural distribution networks to support rural revitalization, focusing on equipment upgrades and smart applications [2] - The company plans to complete nearly 3,000 points of distribution network automation upgrades this year to improve the reliability and practicality of urban distribution networks [2]

中国农业工程学 会第十届学术年 会在广州开幕_ 南方+_南方plus 在"十四五"即将 收官、"十五 五"即将开启的 历史节点，由中 国农业工程学会 主办、华南农业 大学承办的中国 农业工程学会第 十届学术年会于 11月28日在广州 开幕。中外嘉宾 及专家学者、研 究生等2000余名 代表现场出席和 参加了会议。开 幕会同步通过多 个网络直播，在 线观看人数超过 十万人。 会议分为开幕式 和主旨报告两个 环节。中国农业 工程学会理事 长、党委书记， 农业农村部规划 设计研究院院 长、党委书记王 衍代表主办方致 开幕词。他指 出，本次年会围 绕加快高水平农 业工程科技自立 自强，搭建平 台、交流学术、 互学互鉴，促进 产学研用有机融 合，聚焦"AI赋 能农业工程新质 生产力，推动农 业强国建设"这 一主题，邀请了 二十余位院士、 知名专家作大会 主旨报告，安排 了23个分会场， 500余场专题报 告，以及二百余 个论文墙报展 示、十余家企 业、高校、科研 院所的科技成果 展示和二十多种 期刊风采展。本 届年会旨在对接 高端、活跃学 术、展示成果、 碰撞思想、凝聚 共识，构筑 起"学术领航、 科技赋能、人才 蓄力 ...

Core Viewpoint - Shanxi province is undergoing a significant energy transition, moving from a coal-dominated economy to a diversified industrial structure that emphasizes innovation and sustainability [1][10]. Energy Transition - Shanxi is breaking its reliance on coal by promoting intelligent and green mining practices, enhancing the efficiency of coal production, and increasing the "green content" of its industrial development [2][4]. - As of August this year, Shanxi has established 298 intelligent coal mines and 55 green mining pilot coal mines [2]. Coal Chemical Industry - The province is advancing its coal chemical industry towards high-end, diversified, low-carbon, and specialized development, transforming coal from a primary fuel into high-value products [2][3]. - Projects like the production of nylon and high-purity hydrogen from coal by local companies illustrate the shift from coal as a fuel to coal as a raw material for high-value chemical products [3]. Technological Innovation - Shanxi is focusing on technological innovation to drive industrial transformation, establishing a robust system for the conversion of coal-based scientific achievements into practical applications [3][4]. - The province has invested approximately 5 billion yuan in research and development over the past five years, creating over 80 provincial-level energy technology innovation platforms [4]. Intelligent Manufacturing - Intelligent manufacturing is becoming a core engine for Shanxi's industrial advancement, with significant investments in smart factories and digital transformation initiatives [5][6]. - The province has cultivated a matrix of intelligent factories, including 182 basic-level, 76 advanced-level, and 5 excellent-level smart factories, enhancing production efficiency and product quality [6]. Smart Agriculture - Shanxi is promoting organic dry farming as a strategic initiative to modernize agriculture, achieving record yields in corn production through innovative agricultural practices [7][9]. - The province has established several high-level innovation platforms to support agricultural technology development, focusing on key crops and livestock breeding [9]. Future Outlook - The province aims to continue leveraging innovation and transformation to navigate the energy revolution and achieve industrial upgrades, setting new goals for sustainable development [10].

Core Insights - The article highlights the successful collaboration between China and ASEAN countries in agricultural development, particularly focusing on smart agriculture and rural revitalization initiatives [1][2]. Group 1: Agricultural Cooperation - The China-ASEAN Eastern Economic Growth Zone Rural Development (Smart Agriculture) training program was held in Nanning, Guangxi, with 27 participants from ASEAN countries discussing agricultural cooperation and global agricultural trends [1]. - The training included field visits to various agricultural projects, showcasing China's advancements in agricultural technology and practices [1]. Group 2: Smart Agriculture and Technology - Guangxi Hualv Biotechnology Co., Ltd. utilizes agricultural waste such as sugarcane leaves and bagasse to create nutrient-rich substrates for mushroom cultivation, addressing environmental pollution and promoting a circular economy [2]. - The automated processes in mushroom harvesting and packaging observed in the company demonstrate high standards of production efficiency and cleanliness, which impressed officials from Cambodia [2]. Group 3: Rural Development and Cultural Integration - Nandan County in Hechi City has developed its agricultural and cultural tourism industry, creating multiple 4A-level tourist attractions that integrate local ethnic culture and heritage [2]. - The Yao Wang Tianxia scenic area attracts approximately 400,000 visitors annually, generating over 30 million RMB in revenue and providing stable employment for over 3,000 local residents [2].

Core Viewpoint - The 12th China Modern Agricultural Development Forum has released 95 major new agricultural technologies, products, and scenarios for 2025, highlighting the integration of modern information technologies with agriculture, which is essential for enhancing agricultural productivity and achieving agricultural self-reliance [1] Group 1: Agricultural New Technologies - A total of 95 achievements were selected, including 37 new technologies, 38 new products, and 20 new scenarios [1] - China has a solid foundation for agricultural new technologies, with advancements in biotechnology, information technology, and intelligent equipment covering key areas of smart agriculture [1] - The comprehensive mechanization rate of crop farming in China exceeds 75%, with total agricultural machinery power surpassing 11 billion kilowatts, providing a strong basis for intelligent upgrades [1] Group 2: Challenges in Agricultural Technology Development - There are notable gaps between technology supply and actual demand, as well as between investment costs and economic benefits [2] - Issues such as lagging rural infrastructure, a shortage of agricultural professionals, and low awareness of new technologies among traditional farmers need to be addressed [2] Group 3: Recommendations for Agricultural Development - Strengthening technological innovation by focusing on key areas such as seed industry revitalization, smart machinery, and biotechnology, while promoting collaboration among research institutions, universities, and leading enterprises [2] - Enhancing funding support through increased fiscal investment and establishing special funds for agricultural technology innovation, along with flexible financial service models to lower the barriers for farmers to adopt new technologies [2] Group 4: Infrastructure and New Business Models - Accelerating the construction of digital infrastructure in rural areas, including 5G networks and data centers, to support the application of new technologies and the development of smart agriculture [3] - Promoting new business models such as family farms and cooperatives, and establishing a socialized agricultural service system to provide comprehensive support for smallholders [3]

Core Insights - The core project of the National Modern Agricultural Industrial Park in Baiyun District, Guangzhou, focusing on intelligent vegetable planting, has officially commenced construction [2][3][5]. Investment and Project Details - The total investment for the project is approximately 69 million yuan, with over 665 acres of land being utilized [11]. - The project is strategically located in Longgang Village, adjacent to the central area of Zhongluotan Town and the Liuxi River ecological corridor [11]. Technological and Operational Goals - The project aims to establish a high-standard modern agricultural benchmark, integrating leading greenhouse technology and digital environmental control facilities [13][14]. - It will serve as a comprehensive functional park for modern facility vegetable cultivation, focusing on technology demonstration, automated seedling cultivation, precise management, intelligent decision-making, and efficient operations [14][16]. Strategic Importance - The initiative is expected to become a model for urban agricultural intelligence development and a practical scenario for new productive forces in agriculture [16][19]. - The project aims to provide a replicable and promotable "Baiyun experience" for the transformation and upgrading of the national facility vegetable industry [18][19]. Collaboration and Innovation - A significant highlight of the project is the deep integration of production, education, and research, collaborating with renowned agricultural institutions in South China [22]. - This collaboration will promote the integration and application of advanced agricultural technologies, enhancing production efficiency and ensuring the quality and safety of agricultural products [23][24]. Commitment to Quality and Community - The Baiyun Investment Group has committed to meticulously organizing and scientifically executing the project to ensure it becomes a quality, demonstration, and community-focused project [27][28].

Core Insights - The "Taishan Tomato Smart Planting Standardization Pilot" led by Taishan Agricultural Development Group has been successfully approved as one of the six pilot projects in the province, as announced by the National Standardization Administration [1] - The project focuses on precision smart and efficient planting, integrating advanced facilities such as smart greenhouses, water and fertilizer integration, and environmental automatic control, while leveraging cloud computing, IoT, and big data technologies [1] - The initiative aims to create a comprehensive smart agriculture standard system that includes production environment, production technology, and product traceability, providing a replicable and promotable model for the smart upgrade and standardization of the national facility vegetable industry [1] Industry Developments - The municipal market supervision bureau has implemented a standardization strategy, establishing 118 national and provincial standardization pilot projects across key areas such as advanced manufacturing, modern agriculture, modern services, and green low-carbon initiatives [1] - This effort has effectively promoted the deep integration of standardization with various sectors, injecting strong momentum into industrial upgrades [1]

Group 1 - The article emphasizes the importance of winter agricultural activities, including water conservancy construction, grain storage, and winter sowing, to strengthen the agricultural foundation [1] - Various regions are accelerating the renovation of irrigation areas to ensure stable grain production and increase income for the coming year, with nearly 80% of the annual construction tasks for large and medium-sized irrigation areas supported by the central government completed [4][6] - The introduction of smart grain storage systems in Jiangsu Huai'an enhances the preservation of rice, utilizing low-temperature drying technology and maintaining a stable environment for grain storage [5][8][10] Group 2 - Winter sowing activities are also being expedited, with significant progress in winter wheat sowing in Hefei, Anhui, where advanced machinery is being used for efficient planting [12][14] - The integration of modern agricultural technology with power supply services is highlighted, ensuring stable electricity output for grain processing enterprises [10]

Core Insights - The article highlights the transformation of traditional agriculture in Sichuan, China, through the integration of technology by young farmers, particularly focusing on the case of Huang Xin, a 29-year-old returnee who utilizes various technological tools to modernize farming practices [1][2]. Group 1: Technological Integration in Agriculture - Huang Xin employs drones for spraying fertilizers and monitoring crop conditions, showcasing a shift from traditional farming methods to a more efficient, technology-driven approach [1][2]. - The use of precision farming tools, such as satellite-guided planting machines and remote sensing technology, allows for real-time monitoring and management of crops, significantly reducing labor intensity [2]. Group 2: Government Support and Training - The local government provides substantial financial support, including subsidies for purchasing agricultural machinery, which has enabled Huang Xin to invest in advanced farming equipment [5]. - Government-organized training programs have helped Huang Xin transition from a novice to a skilled agricultural manager, emphasizing the importance of structured support for new farmers [5]. Group 3: Economic Impact and Community Development - Huang Xin's family farm generates an annual revenue exceeding 8 million yuan (approximately 1.1 million USD), demonstrating the economic viability of modernized agriculture [5]. - The farm employs a permanent workforce of over ten people, with additional temporary workers during peak seasons, contributing to local employment and community development [5]. Group 4: Future Outlook - Huang Xin expresses optimism about the future of agriculture, envisioning a landscape dominated by robotics and automation, which will further ease the burdens of farming while maintaining the core principles of effective crop management [5].