中国芯力量|藏粮于技的“芯”应用

Core Insights - The article emphasizes the importance of food security and agricultural productivity, highlighting the transition from traditional farming to technology-driven precision agriculture [1] Group 1: Soil Management - Soil quality is crucial for crop growth, with 95% of global food coming from soil, which provides 15 out of 18 essential nutrients for plants [2] - The new microfluidic chip developed by the Chinese Academy of Sciences allows for rapid and accurate soil nutrient detection, significantly reducing the time and cost of traditional soil testing methods [2][3] - This technology enables farmers to make informed decisions on fertilization, improving crop yield and reducing waste [3] Group 2: Crop Protection - Smart agricultural management is becoming a trend, utilizing technology to monitor and manage crop health [4] - A new device developed by Jiangsu University can detect fungal spores that cause crop diseases, achieving an 85% identification rate and allowing for precise pesticide application [4] Group 3: Digital Agriculture - The Pingyuan Urban-Rural Integration Demonstration Zone in Xinxiang, Henan Province, employs spatial geographic information technology for comprehensive monitoring of various agricultural conditions [5] - The "Smart Combined Pole" integrates multiple sensors to provide real-time data on soil, weather, and pest conditions, enabling farmers to manage large areas efficiently through mobile applications [6] Group 4: Grain Storage - Grain storage is essential for food security, with new technologies reducing losses and ensuring safe storage [7] - The development of autonomous robots and AI-driven monitoring systems enhances the efficiency of grain storage operations, allowing for real-time adjustments to environmental conditions [7][8] - Integrated pest management systems are being developed to monitor and control grain pests, significantly reducing labor and improving storage safety [7]