Core Insights - The Chinese dairy industry has made significant advancements in milk production, with some high-yield farms achieving an annual milk yield of 14 tons per cow by 2024, surpassing most developed countries [1][2] - The overall quality of Chinese raw milk has improved, with key indicators exceeding EU standards, marking a historic leap in the industry [1] - The development of domestic gene detection technology is crucial for improving dairy cattle breeding and production efficiency, addressing the reliance on foreign technology [3][4] Group 1: Dairy Production Advancements - In 2000, the average milk yield in China was only 2,605 kg per cow, which has now increased dramatically to 14 tons per cow in some high-yield farms by 2024 [1] - The quality of Chinese milk, including protein and fat content, has reached world-class standards, with certain brands like Yili showing exceptional results [1] - The rapid development of the dairy industry in China has allowed it to catch up with developed countries in just 20 years [2] Group 2: Genetic Improvement and Technology - The improvement in dairy production is fundamentally linked to the genetic enhancement of dairy cattle, facilitated by whole-genome testing technology [3] - Domestic development of gene chips for dairy cattle has been initiated, significantly reducing testing costs and improving efficiency compared to foreign technologies [3][4] - The introduction of a closed-loop system for breeding using domestic gene chips has helped overcome key technological barriers previously dominated by foreign sources [4] Group 3: Breeding and Data Utilization - The contribution of breeding bulls to genetic improvement is over 75%, while breeding cows contribute more than 40% to production performance [5] - The establishment of a breeding big data platform across 96 large-scale farms has enabled comprehensive genetic assessments and performance tracking of dairy cattle [5] - The use of machine learning algorithms has accelerated the genetic evaluation process, reducing the breeding cycle for bulls from 6 years to 2 years [6] Group 4: Smart Farming and AI Integration - The integration of AI technology in dairy farming has led to improved efficiency, with significant increases in daily milk production and reductions in management costs [11] - Smart farming solutions, including real-time monitoring of cattle health and production, have transformed traditional farming practices into data-driven operations [8][9] - The deployment of an intelligent logistics platform has optimized transportation routes, ensuring the freshness of raw milk and reducing costs significantly [11]