[Objective] The effects of different vegetation restoration types on soil physical and chemical properties in abandoned land of coal logistics park were explored in order to provide scientific reference for ecological restoration of similar abandoned land. [Methods] This research took soils of 3 typical vegetation restoration types (arbor mixed forest

shrub forest and grassland) as the research object

and the bare land was used as a control

the physical and chemical properties of the soil under different vegetation restoration types were measured

and the differences

correlations and principal components were analyzed. [Results] ① Compared with the bare land

after ten years of restoration of arbor mixed forest

shrub forest and grassland

the total porosity of the soil increased by 115.17%

62.06%

7.57% respectively

and the contents of soil water increased by 105.99%

71.21%

67.05% respectively

while the soil bulk decreased by 8.98%

5.13%

4.85% respectively. ② The content of soil organic matter in arbor mixed forest and shrub forest increased significantly

and grassland promoted the content of alkali-hydrolyzed nitrogen and available potassium significantly. The content of alkali-hydrolyzed nitrogen and available phosphorus showed significant “surface aggregation” in the vertical direction

while the content of available potassium showed a significant deep accumulation. ③ Organic matter showed a significant positive correlated with alkali-hydrolyzed nitrogen

available phosphorus

and capillary porosity (p＜0.05)

and alkali-hydrolyzed nitrogen and available phosphorus showed an extremely significantly positively correlation (p＜0.01)

that meant

soil organic matter played an important role in improving soil physical and chemical properties and nutrient cycling. [Conclusion] The soil quality of different restoration types showed an order as: arbor mixed forest＞shrub forest＞grassland＞bare land. The planting of arbor mixed forest and shrub forest can effectively improve the physical and chemical properties of soil in the abandoned land of coal logistics park.