Soil pollution is a major contributor to the detachment of cities from natural ecosystems. The Soil Pollution Prevention and Control Action Plan ("10-Point soil Plan") developed by the Chinese government is a crucial tool in improving soil quality. However, the extent to which it can promote the construction of urban green spaces (USG) and the restoration of cities to a more natural state remains a topic of discussion. Utilizing empirical data from Chinese cities between 2013 and 2019, we employed a differential model to test the impact of the "10-Point soil Plan" on USG construction and investigated its internal influencing mechanism. The results indicate that the implementation of the "10-Point soil Plan" has significantly accelerated the development of resource-based USG, which holds true even when subjected to a range of robustness tests. Mechanism analysis demonstrates that policy effects are most pronounced in resource-based cities with greater government and public attention, suggesting that the "10-Point soil Plan" has heightened awareness among stakeholders regarding the importance of green space construction. Furthermore, our heterogeneity analysis reveals that the policy effect is more pronounced in highly urbanized areas, regions with lower levels of industrial development, larger cities, and mining cities, indicating that policy outcomes are sensitive to urban characteristics. Our findings provide strong support for the positive effects of the Ten Soil Policies and offer important policy recommendations for soil pollution control and urban green construction in China and beyond

请将这段英语用学术语言和词语进行润色Soil pollution causes cities to drift away from nature The Soil Pollution Prevention and Control Action Plan 10-Point soil Plan formulated by the Chinese government is an important m

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