Analyzing the Nexus of development and environmental impact in China: sustainable pathways

The study comprehensively analyzed the economic development, agricultural production, renewable energy consumption, and urbanization linkage with carbon dioxide (CO2) emissions in China spanning the years 1995–2022. Utilizing advanced econometric models, including DOLS, FMOLS, and CCR, the research provides a comprehensive analysis. The findings show that agricultural production has a significant inverse correlation with CO2 emissions, showcasing the potential of sustainable agricultural practices in environmental mitigation. Economic growth, while statistically insignificant in its impact on emissions, underscores the need for sustainable and technologically advanced development strategies. The study emphasizes the role of renewable energy utilization in decreasing CO2 emissions in China, aligning with global efforts for cleaner production. However, the positive correlation between urbanization and CO2 emissions suggests challenges in balancing urban development with environmental conservation. The research offers valuable insights into crafting targeted environmental policies for China, contributing to its commitment to achieving net-zero emissions by 2060. As China's experiences resonate with those of other developing economies, the study provides a roadmap for sustainable growth, emphasizing the positive aspects of agriculture and renewable energy, while addressing the complexities introduced by urbanization. This comprehensive analysis contributes to the global discourse on combating climate change and fostering sustainable development.