Core Insights - The article highlights the transformation of the apple industry in Tianshui, Gansu Province, through the integration of smart agricultural technologies, including IoT and AI, to enhance management efficiency and productivity [2][7]. Group 1: Smart Agriculture Implementation - The "Integrated Smart Apple Management Platform" utilizes AI remote sensing and low-altitude monitoring to create a comprehensive management system for apple orchards, allowing farmers to monitor soil moisture, temperature, nutrient levels, and tree growth in real-time [2]. - The application of water and fertilizer integration technology has improved fertilizer utilization rates and significantly reduced labor costs, leading to more precise and intelligent orchard management [2]. Group 2: Technological Advancements in Logistics - The automated sorting workshop at JD Logistics in the industrial park can process 300 tons of fruit daily, equivalent to the work of 500 workers, using AI neural network image processing to assess 18 quality indicators in just 0.8 seconds [3]. - The establishment of a reliable power supply by the State Grid Tianshui Power Supply Company has facilitated the logistics park's operations, saving the company 1.1 million yuan in investment costs [3]. Group 3: Infrastructure and Capacity Expansion - Tianshui has developed seven agricultural product processing logistics parks and expanded fruit sorting lines, with a cold storage capacity of 767,600 tons and an annual electricity consumption exceeding 15 million kilowatt-hours [5]. - The power supply company has upgraded the power capacity for the apple orchards, ensuring the normal operation of irrigation and fertilization systems, and increasing the storage capacity of smart cold storage from 500 tons to 3,000 tons [5]. Group 4: Emergency Response and Support - The power supply company has demonstrated its commitment to supporting the apple industry by responding quickly to adverse weather conditions, such as frost and heavy rainfall, ensuring the safety and stability of power supply for agricultural operations [6][7]. - The company has organized teams to conduct regular inspections and maintenance of power supply lines and equipment, ensuring the reliability of electricity for the apple industry [5][6]. Group 5: Economic Impact - The Tianshui apple industry, covering 150,000 acres and involving 25 villages, produces an annual output of 220,000 tons with a total output value of 600 million yuan, benefiting over 41,300 farming households with an average income of over 8,700 yuan from apples [7].

原来，去年6月到10月，濉溪县农业农村部门对刘超承包的土地进行了高标准农田建设，其中便包括建 设19口农用井。 云层低垂，空气闷热。一早，刘超便到了自家的田边。 "早上露水重，前几天都是早上9点收麦，气象局预报今天下午可能要下雨，我们就把收割时间提前 了。"刘超看了看天，心里惦记着还没收的80亩麦田。 刘超是安徽淮北濉溪县百善镇道口村的种粮大户，如今承包面积已经超过2000亩。 和土地打交道十几年，今年刘超格外高兴："小麦亩产将近1100斤，比去年足足多了200斤！" 今年，濉溪降雨偏少，为啥小麦亩产还有了新突破？刘超指了指田边崭新的农用水井，诀窍就在这里。 下午2点，随着最后一茬小麦收割完毕，刘超今年的夏收结束了。他算起今年的收入："我种的都是种子 粮，平均一斤能卖一块三毛钱，今年又实现了增产。加上另一季的玉米，亩均纯利润从去年的300元预 计增加到今年的500元，多了六成多。" 今年，刘超又不满足于用井水浇地了，他指着麦田中央说："等引水渠完工了，隋堤里的河水也能用 上，温度更适宜。" 顺着刘超手指的方向看去，一条长240余米的引水渠即将完工。刘超承包的土地紧邻隋堤，隋唐大运河 流经此处。建设高标准农田时 ...

Core Insights - The integration of AI and advanced information technology in agriculture is transforming traditional farming practices into a more efficient and data-driven approach, marking the transition from "blind planting" to "intelligent planting" [1][8] Group 1: AI Applications in Agriculture - In Linyi, the deployment of 18 AI-equipped cameras and 5G technology has established a smart monitoring system for large-scale farmland, enabling real-time data analysis for irrigation and equipment management [2] - In Jining, the "Yuanjing" model serves as a digital "nutritionist" for crops, utilizing 12 types of data to optimize fertilization and irrigation strategies, resulting in a 30% increase in water resource utilization and a 25% reduction in pesticide use [4] - In Yantai, a corn yield enhancement project is leveraging IoT and cloud computing to monitor environmental conditions and crop health, with expectations of over 20% increase in corn yield in core demonstration areas [5] Group 2: Technological Innovations and Training - The development of a "Smart Agriculture APP" addresses farmers' challenges such as water conservation and pest management, with over 500 farmers trained to use digital tools [6] - A mobile water and fertilizer integration vehicle has been tested, achieving a 30% reduction in water and 25% in fertilizer usage, with a threefold increase in operational efficiency [6] - The combination of AI and traditional farming practices is seen as a silent revolution that strengthens food security in China [8]