China’s agriculture sector achieved significant technological self-reliance advances in 2025. Official data shows agricultural science progress contributed over sixty-four percent to growth. Consequently, this marks a strategic shift toward domestic innovation and reduced external dependency. Therefore, this push for technological self-reliance strengthens national food security foundations. Vice Minister Zhang Xingwang detailed these achievements at a Thursday press conference.
Domestically self-bred crop varieties now cover beyond ninety-five percent of planted area. Furthermore, domestic seed sources dominate livestock, aquatic, and vegetable markets overwhelmingly. This comprehensive seed industry control demonstrates concrete technological self-reliance. Additionally, the comprehensive mechanization rate for key farming processes reached 76.7 percent. These metrics illustrate a sector rapidly modernizing through indigenous innovation.
The nation’s agricultural drone fleet now exceeds three hundred thousand units. These drones operate over thirty million hectares annually for precision tasks. Moreover, research achieved major breakthroughs in foundational crop science. Scientists successfully decoded how a single cell becomes a whole plant. This discovery provides new theoretical support for future genetic crop improvements.
Officials also highlighted critical cloning of the world’s first heat-tolerant rice gene. This breakthrough offers solutions for stable yields under high-temperature stress. Frontier fields like agricultural bio-manufacturing also saw original innovations. The systematic layout for “AI + Agriculture” is accelerating continuously. These steps are integral to the long-term technological self-reliance strategy.
The ministry enhanced the overall agricultural sci-tech innovation system significantly. It specifically reinforced the role of enterprises within technological development chains. New-energy agricultural machinery helps farm previously unsuitable hilly terrain. Similarly, agricultural robot research and application is accelerating rapidly. These tools address practical challenges while boosting overall sector productivity.
Future policy will continue promoting artificial intelligence integration broadly. The government plans expanded use of drones, IoT, and robots in farming. This will make agricultural production more precise and efficient systematically. Sustained technological self-reliance requires constant iteration and application of new models. China is positioning its agriculture for climate resilience and global competitiveness.
In conclusion, the 2025 progress report underscores a decisive modernization trajectory. Technological self-reliance is no longer an aspiration but a measurable reality. This transformation has profound implications for global food systems and trade. China’s agricultural sector is being reshaped by its own scientific capabilities. The world will observe how this domestic innovation translates into sustainable output.
