作者：刘海、包瑞雪、刘正川 新华社音视频部制作 【纠错】 【责任编辑:薛涛】 秋收时节，成都市新都区稻菜现代农业园区里，一台黑白配色、形似熊猫的农业巡检机器人在田间穿行，进行智能巡检。 这款农业巡检机器人由本土企业自主研发，不仅具有萌态十足的造型，还具备AI驱动的精准巡检能力，让农业管理更加智能化。 ...

Core Viewpoint - The article highlights the development and deployment of an AI-driven agricultural inspection robot in Chengdu's Xindu District, showcasing advancements in smart agriculture technology [2][4]. Group 1: Technology and Innovation - The agricultural inspection robot is designed by a local company and features a panda-like appearance, emphasizing its unique design [4]. - The robot is equipped with AI capabilities that enhance precision in agricultural management, indicating a shift towards more intelligent farming practices [4]. Group 2: Industry Impact - The introduction of such technology in the agricultural sector reflects a broader trend of integrating digital solutions, like 5G and cloud platforms, into traditional farming [6].

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]