?? Game-Changer: Shenzhen's new AI Urban Planning System has preserved 6,000 mature trees during a major coastal development project. This technological breakthrough combines 3D mapping with ecological algorithms to revolutionize sustainable city expansion.
How AI Reengineered Shenzhen's Coastal Development Plan
When construction began on Shenzhen's 50km coastal cycling path in January 2025, urban planners faced a dilemma: 8,200 established trees stood in the project's path. The city's Smart Planning AI, developed by Baidu, analyzed 12TB of ecological data to redesign the route with minimal environmental impact.
Key Achievements:
? 94.3% accuracy in tree root system mapping
? 310,000㎡ of green space preserved
? 49.1% increase in construction waste recycling
The Technology Behind the Breakthrough
The system uses 3D Gaussian splatting to create detailed environmental models, allowing planners to visualize every tree's ecological value. Huawei's Sky Eyes surveillance monitors tree health in real-time, while blockchain technology enables citizens to digitally "adopt" urban trees.
National Impact: China's Smart City Revolution
Following Shenzhen's success, Beijing has mandated AI environmental assessments for major projects. The model is being replicated in:
Guangzhou
22km cycling paths rerouted to save 1,400 trees
Shanghai
41% increase in rooftop greenery through AI design
Key Takeaways
?? 6,000+ trees saved through AI optimization
?? 94.3% accuracy in ecological predictions
?? 420K+ citizen tree adoptions via blockchain
?? 63% reduction in tree removal permits
?? National adoption of AI planning model
See More Content about CHINA AI TOOLS
