Core Viewpoint - The article highlights the successful harvest of corn in Jilin's Lishu County, showcasing advancements in agricultural technology and practices that enhance productivity and sustainability [1][4][14]. Group 1: Agricultural Technology - New corn harvesting machines are capable of simultaneous collection of stalks and ears, with the ability to directly shred straw for use as livestock feed or for returning to the soil [2][4][6]. - The new machines significantly reduce labor and resource input by minimizing the need for secondary processing of corn stalks, thus preventing soil contamination [6][9]. Group 2: Sustainable Practices - The "Lishu Model" emphasizes the use of straw cover and no-till cultivation techniques, which have been upgraded over the years to improve soil health and reduce erosion [9][12]. - The implementation of water and fertilizer integration technology allows for precise nutrient delivery based on the growth stages of corn, enhancing yield and reducing costs [12][16]. Group 3: Economic Impact - The cooperative reports an average corn yield exceeding 1,800 pounds per acre, with total production expected to reach 13 million pounds [14]. - The integration of advanced agricultural practices is projected to increase farmers' income while promoting sustainable agricultural development [12][16].

Group 1: Rice Harvesting and Agricultural Innovations - The white dew period marks the key harvesting season for rice in the Chengdu Plain, with significant activity in Meishan's Yongfeng Village, where rice harvesting is underway [1][3] - Yongfeng Village serves as Sichuan's only rice variety testing and technology research platform, having introduced over 600 rice varieties since 2016, with 30 high-yield varieties identified for local adaptation [5][3] - The average yield for two tested rice varieties reached 906 kg and 847 kg per mu, showcasing the effectiveness of ongoing agricultural research [5][3] Group 2: Smart Agriculture Technologies - The introduction of AI-driven agricultural inspection robots in Sichuan has improved efficiency in crop management, allowing for real-time monitoring and disease identification [9][11] - A smart agricultural system has been developed that can predict crop growth cycles and yield, as well as provide early warnings for pest risks, enhancing proactive management for farmers [11][13] - The integration of smart technologies in agriculture is expected to expand beyond rice and wheat to include various crops such as corn, tea, and vegetables [11][13] Group 3: Vertical Farming Innovations - A vertical plant factory in Chengdu has achieved over 100 times the production efficiency compared to traditional farming methods, utilizing automated systems for planting and harvesting [15][17] - The facility has developed 1238 light formulas for 72 types of crops, significantly enhancing light utilization efficiency and crop growth [17][15] Group 4: Agricultural Machinery Advancements - In Shandong's Yuncheng, new multifunctional corn harvesters are streamlining the harvesting process by simultaneously collecting corn and processing straw, promoting efficient agricultural practices [19][21] - The integration of advanced machinery in Yuncheng is creating a sustainable agricultural cycle by providing quality resources for local livestock farming [19][21] Group 5: Tomato Production in Xinjiang - Xinjiang's Kunyu City has successfully harvested over a thousand acres of processing tomatoes, achieving a yield of approximately 9 tons per mu [21][23] - The use of tomato harvesting machines equipped with color sorting technology ensures high-quality raw materials for processing, with a sorting accuracy of 97% [25][27] - The implementation of a contract farming model in Kunyu City ensures technical guidance throughout the tomato production process, enhancing quality control [27][21]