About the author:

CSCEC City Construction Development Co., Ltd., Beijing 100037,China

Abstract:

In response to the ecological degradation and stability issues of rock slopes caused by large⁃scale infrastructure construction in China, this paper systematically investigated the core mechanisms,material optimization, and engineering applications of vegetation concrete greening technology. Byestablishing a trinity technology system of “ physical reinforcement⁃ecological substrate⁃biologicalactivity”， breakthroughs were achieved in enhancing anti⁃scour performance by 60% and achieving avegetation coverage rate of over 90%within one year. The CBS technology system improved withmicrobial inoculants achieved remarkable results in the restoration of high and steep slopes （ slope isgreater than 60°）， providing an innovative solution for ecological restoration under complex geologicalconditions. The research findings verified the technical feasibility in typical projects,with an economicbenefit increase of 33% and significant ecological benefits, offering technical support for territorial spatialrepair under the “dual carbon”（carbon peaking and carbon neutrality） goal.