"千里眼管田" 打工种地两不误 "以前种玉米，最怕病虫害找上门。有时候叶子发黄，分不清是缺水还是生虫，等折腾明白，庄稼早就 受了损。现在有了'AI植保员'，手机一拍就知道问题在哪，按'药方'防治，今年玉米亩产比去年多了近 200斤！"村民迟凤娇拿着刚收割的玉米，脸上满是丰收的喜悦。 在智慧大田的赋能下，李家村的农田仿佛装上了"天眼"和"触手"，农作物病虫害识别效率较传统人工提 升了10倍以上。依托黑龙江联通联合中国农业大学研发的"农业病虫害防治智能体"，以及田间部署的气 象站、虫情测报仪、智能灌溉阀门等物联网设备，农户可实时掌握作物生长状态：土壤墒情不足时，智 能灌溉系统自动补水；虫情测报仪监测到害虫踪迹，系统会第一时间推送防治建议。数据显示，智慧大 田覆盖区域的农作物化肥、农药使用量减少了15%～20%，农产品优质率提升至95%以上，既降低了农 户的种植成本，又保障了农产品的生态安全。 更让村民们拍手称快的是，"千里眼管田"成为了现实。即便远在他乡打工，点开手机APP，自家田地的 苗情、墒情便一目了然。指尖轻触，灌溉设备应声启动。"农忙时节再也不用火急火燎往回赶了！"村民 李建国的话语里透着轻松，"手机上点 ...

Group 1 - The total investment in Ocean Village over the past decade has reached 200 million yuan, with half allocated for environmental improvement and increasing villagers' income [1] - Yang Chisheng, chairman of Wuhan Yangsen Ecological Agriculture Co., Ltd., highlighted the transformation stories in rural revitalization and smart manufacturing during the business forum [1][4] - The company has developed a smart agriculture system that uses IoT to monitor soil moisture, improving traditional planting efficiency by 30% [4] Group 2 - Wuhan Rentian Packaging Automation Technology Co., Ltd. has obtained several domestic and international standard certifications and has established partnerships with major multinational companies and leading domestic firms [5] - The company aims to target high-end multinational clients and has focused on developing equipment that meets EU standards since 2018 [4][5] - Lingban Technology (Wuhan) Co., Ltd. has introduced an AI + AR technology platform and is developing new equipment for facial and license plate recognition, with pilot projects underway in various provinces [5] Group 3 - The city’s Federation of Industry and Commerce is committed to improving policy implementation and ensuring that enterprises can easily access and apply for relevant support [5]

Group 1: Agricultural Innovations - The "fungus-light complementary" model in Zhejiang's agricultural complex utilizes solar panels on greenhouses to enhance mushroom cultivation while addressing electricity needs and improving land efficiency [2][3] - The implementation of solar panels has resulted in a temperature reduction of 8 to 10 degrees Celsius inside the greenhouses, leading to increased energy efficiency and additional revenue from surplus electricity [3] Group 2: Energy Efficiency in Office Buildings - Jinan's centralized cooling system eliminates the need for traditional air conditioning, providing a cost-effective cooling solution that saves over 10% in operational costs [5][7] - The centralized cooling system serves approximately 2 million square meters of office space, achieving a cooling energy savings rate of 32% and a carbon reduction of 48.68 tons in July [7] Group 3: Industrial Energy Management - The Chongqing Jiangjin Industrial Park has implemented a distributed solar power station, generating 36 megawatts of electricity, which now accounts for 19% of the total energy consumption of the glass production company [8][9] - The overall energy consumption in the industrial park has decreased by 33%, with annual electricity savings reaching 46.7 million kilowatt-hours due to the integration of solar energy and waste heat recovery systems [9][10]

Group 1 - The core viewpoint emphasizes the importance of agricultural modernization and the role of technology in enhancing agricultural productivity, supported by a joint implementation opinion from seven departments to strengthen agricultural technology innovation systems [1] - Significant achievements in agricultural technology innovation have been noted, such as the increase of 4.1 grams of organic matter per kilogram in Heilongjiang's black soil over four years and the integration of 74 high-efficiency production technology models for promotion [1] - Zhejiang province is advancing the construction of "smart agriculture leading areas," aiming to establish 300 digital agricultural factories and achieve full coverage of key agricultural product commitments through an integrated intelligent public data platform [1] Group 2 - Challenges in the agricultural technology innovation system include fragmented research forces, inadequate technology transfer efficiency, and insufficient investment in agricultural R&D, particularly from enterprises [2] - Recommendations for optimizing the agricultural technology system include establishing a national-level coordination mechanism, focusing on critical areas like biological breeding and smart agricultural systems, and implementing differentiated evaluation systems for various types of research outcomes [2] - Strengthening grassroots agricultural technology promotion involves expanding the technology commissioner team, attracting experts to rural areas, and utilizing new media for online training and consultation services [2] Group 3 - To stimulate innovation, the importance of leading enterprises in agricultural technology is highlighted, with policies proposed to reward companies undertaking national-level agricultural technology projects [3] - The role of agricultural technology innovation investment funds is emphasized to guide social capital into the agricultural technology sector through risk compensation and loan interest subsidies [3] - High-level construction of agricultural high-tech zones and innovation centers is recommended to provide one-stop services for startups in technology R&D, result transformation, and market promotion [3]

Core Insights - The "Yushang Daoxiang" project in Yong'an Village, Yuhang District, serves as a model for poverty alleviation and common prosperity in developing countries, showcasing a successful collaboration among multiple villages [1] - The project employs a profit-sharing mechanism involving companies, large farmers, and local farmers, which has proven effective in increasing income through various means such as land transfer and agritourism services [1] - The integration of smart agriculture technology, including a digital management system for monitoring crop conditions, has significantly enhanced agricultural productivity and efficiency [2] Summary by Categories Project Overview - The "Yushang Daoxiang" project is part of Zhejiang Province's high-quality development initiative aimed at common prosperity, involving Yong'an Village and six other villages [1] - A large map within the project area illustrates the comprehensive planning of agricultural land, villages, and cultural tourism facilities [1] Economic Model - The project utilizes a "company + large farmer + farmer" profit-sharing model, which has been key to its success in promoting collective wealth [1] - Large farmers handle production while a team of rural managers focuses on brand marketing, allowing villagers to increase their income through various innovative methods [1] Technological Integration - The "Rice Dream Space" digital cockpit showcases advanced smart agriculture scenarios, enabling centralized land transfer and high-standard farming practices [1] - The smart agriculture system allows farmers to monitor crop conditions via mobile devices, enhancing engagement and productivity [2] - The project has hosted over 2,000 foreign research teams, providing valuable insights into rural transformation and agricultural modernization [2]

Core Insights - The article emphasizes the importance of green skills education for Chinese youth to embrace a sustainable future and adapt to climate change challenges [3][4][6]. Group 1: Green Skills Education - Green skills are defined as the knowledge, abilities, values, and attitudes necessary for sustainable development [3]. - The UNICEF and China's Ministry of Education have collaborated since 2021 to integrate green skills into vocational education, impacting over 20,000 students across 13 institutions by the end of 2024 [3][4]. - The curriculum includes practical experiences, such as using shared bicycles for green commuting and utilizing food waste creatively [5][6]. Group 2: Student Experiences and Innovations - Students like He Youjing have shifted their career paths towards environmental science after engaging in green skills courses, demonstrating the transformative impact of this education [3][6]. - Innovations from students include a solar-powered smart agriculture system and eco-friendly clothing designs, showcasing the application of green skills in real-world scenarios [6][9]. - The article highlights the proactive involvement of students in community environmental initiatives, reflecting a growing awareness and commitment to sustainability [9]. Group 3: Institutional Support and Future Directions - Institutions like Jinhua Vocational and Technical University are expanding green skills courses across various disciplines, with 118 students enrolled in the program [6][10]. - The Ministry of Education is planning to introduce more green-related majors and integrate green skills into existing curricula, indicating a systemic approach to fostering sustainability in education [10]. - The development of digital resources and online courses aims to broaden access to green skills education, ensuring that more students can participate [10].

Core Viewpoint - Agriculture is the cornerstone of the national economy and a key area for developing new productive forces, driving green development through new productive forces in agriculture is essential for achieving high-quality development and modernizing agriculture in China [1] Theoretical Support: The Internal Requirement of the "Two Mountains" Concept - Agricultural green development is crucial for promoting high-quality agricultural development and achieving comprehensive rural revitalization, focusing on resolving the contradiction between rural economic development and ecological protection [2] - New productive forces, led by technological innovation, represent a leap from "old quality" to "new quality," emphasizing that new productive forces are inherently green [2] - The "Two Mountains" concept emphasizes ecological capacity as a baseline for agricultural development, aligning with the characteristics of new productive forces in agriculture [2] Practical Layout: Collaborative Evolution of Talent, Technology, and Industry - The green practice of new productive forces in agriculture relies on the deep integration of technological innovation and agricultural industries, forming a new pattern of collaborative evolution among talent, technology, and industry [3] - New agricultural laborers, equipped with knowledge and skills in digital and intelligent green production technologies, are driving the green transformation of agriculture [3] - The integration of digital technology with agricultural production has led to the emergence of smart agricultural systems, enhancing efficiency and reducing environmental pollution [3] Value Guidance: An Essential Path for Chinese Agricultural Modernization - The drive for agricultural green development through new productive forces is a new form of agricultural civilization in the Chinese context, aligning with the general laws of agricultural modernization while reflecting China's unique agricultural development characteristics [4] - This approach avoids the high-pollution path of Western agricultural modernization, ensuring sustainable agricultural development while protecting the ecological environment [4] - The new productive forces in agriculture build upon traditional agricultural practices, integrating modern technological achievements to overcome inefficiencies in traditional smallholder economies [5]