朱世龙是土生土长的四川省成都市龙泉驿区西河街道龙井村人。学模具设计与制造的他，曾在装备 制造企业工作，最终又回到村里，当起了农村集体经济经理人。 农户使用井程公司的农机插秧。受访者供图 走进基地，倒出鱼饵，朱世龙来到养殖池前，卖力挥动手臂，抛撒饵料。应声间，群鱼跃动，水花 四溅。 朱世龙在养殖池前撒鱼饵。记者 王永战摄 农村集体经济经理人，是人社部今年公布的新职业之一，主要是受农村集体经济组织委托，从事资 源发包、物业出租、居间服务、经营性财产运营等经济活动经营管理的人员。他们或扑在生产一线，或 钻研管理之道，或引进新技术新业态，为的是发展壮大新型农村集体经济，惠及全体村民。 听朱世龙的新职故事，看天府之国在新时代的乡村图景。 返村再识家乡水土 个头1米7多，戴副眼镜，朱世龙给人的印象是精干。行走田间，路遇村中老人，他总要攀谈两句。 在村里工作了15年，他对这片生养之地，了然于心。 来到龙井村村委会办公室，朱世龙开始回忆往昔。朱世龙生于1988年。在上世纪90年代，龙井村还 是成都城外的一个小村落，人们以种田为生。每逢盛夏，村民们顶着烈日，到秧田里施肥、排水。那 时，眼看着叔叔伯伯们采取传统方式耕作，小小的朱 ...

Group 1 - The company reported a revenue of 383 million yuan for the first half of 2025, representing a year-on-year growth of 52.27% [2] - The net profit attributable to shareholders reached 50.93 million yuan, a significant increase of 101.61% year-on-year [2] - The company has optimized its business structure and is focusing on core electronic control components for general gasoline engines and terminal products, including igniters, inverters, and new energy drive motors [2] Group 2 - The company has expanded its product matrix by developing small agricultural machinery for hilly and mountainous regions, such as small harvesters and rotary tillers [2] - The company is strategically positioning itself in various niche markets, focusing on electric drive and steering systems for non-road new energy power equipment, lithium battery charging solutions for drones, and starting and parking lithium batteries for commercial vehicles [2][3] - New business initiatives, including the electric drive system for non-road new energy power equipment and agricultural drone charging products, have begun to yield results, with small batch deliveries to leading industry clients [3]

Group 1: Economic Cooperation and Opportunities - The fourth China-Africa Economic and Trade Expo was held in Changsha, Hunan, focusing on the theme "China-Africa Cooperation, Dreaming of Modernization" [1] - The introduction of the "entrepreneur visa" in Hunan allows foreign graduates to start businesses, exemplified by a young entrepreneur from Benin who aims to promote African agricultural products [2][3] - The trade volume of agricultural products between China and Africa is projected to exceed 70 billion RMB in 2024, indicating a shift from simple trade to deeper industrial chain construction and technological cooperation [5] Group 2: Agricultural Development and Technology Transfer - Chinese hybrid rice has been promoted in over 20 African countries, with significant contributions from Chinese agricultural experts in Madagascar who have developed high-yield rice varieties [6][7] - Training programs conducted by Chinese experts have educated over 2,000 individuals in Madagascar, enhancing local agricultural practices and increasing rice yields significantly [7] - The establishment of processing bases in Africa, such as the one by a Chinese company in Kenya, demonstrates the potential for cross-continental supply chains and the development of local industries [4][5]

Core Viewpoint - The article highlights the journey of a young drone operator, Xiao Yin, who has embraced modern agricultural practices through the use of drones and other machinery, showcasing the potential for innovation in the agricultural sector [1][3]. Group 1: Background and Education - Xiao Yin, a 19-year-old from Chongqing, has been operating drones for four years and is currently a professional drone pilot involved in rice planting [1]. - He initially studied accounting but switched to a program focused on smart agriculture, which allowed him to work outdoors and discover his passion for flying drones [3]. - The establishment of a smart agriculture vocational program in collaboration with agricultural cooperatives provided him with practical training opportunities [3]. Group 2: Skills Development and Experience - Xiao Yin quickly became proficient in operating agricultural drones, receiving hands-on experience and earning income through practical applications [5]. - He has expanded his skill set by learning to operate various agricultural machinery, including tractors and tillers, preparing for his graduation in 2024 as a "new farmer" [7]. - His drone operation has covered over 50,000 acres, demonstrating significant experience in the field [7]. Group 3: Future Aspirations and Modern Agriculture - Xiao Yin is proactive in learning new technologies, such as autonomous rice transplanters, and is pursuing further education at Sichuan Agricultural University to enhance his knowledge in both machinery and agricultural techniques [9]. - He envisions a modernized approach to agriculture, contrasting traditional farming methods with technological advancements, and aims to become an agricultural expert to better serve local farmers [11].

Group 1 - The national wheat harvesting is progressing from south to north, with over 80% of the harvest completed in the Southwest wheat region and the Huang-Huai-Hai region entering the harvesting phase [1] - Sichuan, a key area in the Southwest wheat region, has completed the harvesting of approximately 6.2 million acres, with expectations to finish by the end of the month, slightly ahead of last year [3] - In Hubei province, over 90% of the 15 million acres of wheat has been harvested, with grain purchasing enterprises already acquiring more than 150 million jin of new wheat [3] Group 2 - The Huang-Huai-Hai region is the largest and most productive wheat area in China, with mechanical harvesting activities ramping up in Henan, Anhui, and Jiangsu [3] - In Anhui province, approximately 43.42 million acres of wheat are being harvested, with farmers working to collect wheat at the right maturity to minimize losses [3] - In Henan province, 85 million acres of wheat are entering the suitable harvesting period, with over 20% already harvested [4] Group 3 - The "Three Summer" period is characterized by the use of various agricultural machinery for harvesting, planting, and management [5] - Summer harvesting machinery includes combine harvesters, balers, and dryers, which are essential for efficient grain collection and storage [7] - The summer planting machinery consists of seeders, transplanters, and tillers, which prepare the land and plant crops after the harvest [9] Group 4 - The use of advanced agricultural machinery is increasing, with smart technologies such as Beidou and 5G being integrated into farming practices, including autonomous machines and agricultural drones [9]

Group 1 - The core viewpoint of the articles highlights the transformation of traditional agriculture into modern, technology-driven practices in AnYue County, emphasizing the role of greenhouse vegetable cultivation in enhancing economic returns and agricultural efficiency [1][2][4] - Sichuan Hongyuanda Agricultural Co., Ltd. has established a vegetable greenhouse planting base that has grown over 10 types of vegetables since its inception in July 2024, addressing various agricultural challenges through collaboration with the Sichuan Academy of Agricultural Sciences [1][2] - The vegetable greenhouse base spans 240 acres, producing approximately 1.5 million pounds of vegetables with an estimated output value of 3.8 million yuan, showcasing the economic potential of modern agricultural practices [2] Group 2 - The integration of IoT systems in the greenhouses allows for real-time monitoring and management of environmental conditions, enhancing the efficiency of vegetable cultivation [3] - The AnYue vegetable demonstration planting base has achieved a comprehensive annual output value exceeding 6 million yuan and has employed over 5,000 person-times, indicating significant labor engagement and economic impact [3] - The county is advancing its agricultural modernization by deepening cooperation with research institutions, expanding IoT applications, and improving mechanized planting systems, thus fostering a sustainable agricultural development model [4]

Group 1 - The article highlights the critical period for grain production in China, particularly in Hunan province, where farmers are engaged in spring plowing and management activities [1][3] - The "rice-oil rotation" farming model is being utilized, where oilseed rape is planted in winter and rice in summer, allowing for better land utilization and nutrient provision for subsequent crops [3][5] - The current oilseed rape harvest is expected to yield increased production per acre due to favorable weather and farmland improvements [7][13] Group 2 - Mechanization in agriculture is emphasized, with the use of advanced machinery such as unmanned drones for fertilization, which enhances efficiency and reduces labor costs [11][13] - The area under "rice-oil rotation" in Xiangxiang City is approximately 150,000 acres, with the busy farming season extending until mid-May [13] - The article also mentions the use of technology in other regions, such as the deployment of drones for wheat production in Shandong and smart planting machines in Gansu, showcasing a trend towards increased efficiency in agricultural practices [14][17]