Abstract: How the high-intensity urban development and construction affect the hydrological storage efficiency of urban green space is worth studying. It can solve the parameter errors caused by insufficient prototype observations in existing studies, and realize the scientific prediction and precise regulation of urban stormwater resilience management. Taking the third ring road of Shenyang as the research scope, selecting soil bulk density as the dependent variable, and different independent variables such as green space type, floor area ratio, construction density, building height, land development years, terrain elevation, green coverage, and underlay hardening ratio, the related factors of land development intensity were analyzed by multiple linear regression analysis, and the influence mechanism of land use development intensity on the Hydrological Storage Efficiency of urban green space was studied and summarized. It reveals the significant negative impact of relevant engineering practices and other human disturbance factors on the hydrological storage efficiency of urban green space in the process of urban development and construction, and expands the innovative application fields of interdisciplinary theoretical results. The key method of applying design methods to effectively improve the efficiency of urban green space infiltration and storage is put forward to provide a theoretical basis for the renewal and reconstruction of resilient cities.