Research on the impact of artificial intelligence development on urban low-carbon transformation
View abstract on PubMed
Summary
This summary is machine-generated.Artificial intelligence (AI) significantly promotes urban low-carbon transformation in China. The study highlights AI
Area Of Science
- Environmental Science & Urban Planning
- Artificial Intelligence & Sustainable Development
Background
- Urban low-carbon transformation is critical for sustainable development.
- The role of emerging technologies like artificial intelligence (AI) in this transformation requires empirical investigation.
- China's rapid urbanization and AI development present a unique case study.
Purpose Of The Study
- To evaluate the impact of AI development on urban low-carbon transformation efficiency in China.
- To analyze regional and city-type variations in AI's impact on low-carbon initiatives.
- To provide data-driven policy recommendations for leveraging AI in sustainable urban development.
Main Methods
- Development of a comprehensive index system for AI and urban low-carbon transformation.
- Application of entropy weight-TOPSIS and super-efficiency SBM models for measurement.
- Utilizing fixed effect and spatial Durbin models to analyze impact and spatial associations.
Main Results
- Both AI development and urban low-carbon transformation efficiency show a general upward trend in China (2012-2022).
- AI development demonstrates a significant positive effect on promoting urban low-carbon transformation.
- The positive impact of AI varies across regions (eastern/western vs. central) and city types (non-sub-provincial/prefecture vs. municipalities/sub-provincial), with significant effects observed in resource-based and non-resource-based cities.
Conclusions
- AI is a key driver for advancing urban low-carbon transformation in China.
- Policy interventions should consider regional and city-specific characteristics for optimal AI integration.
- AI's spatial spillover effects necessitate coordinated regional strategies for sustainable urban development.
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