[Objective] The spatial distribution characteristics of soil erosion was explored

the main influencing factors were identified and quantitative attribution of driving force factors were carried out

in order to guide regional soil erosion control and ecological environment construction. [Methods] Taking the area along the Yangtze River in Jiangsu Province as the research object

based on high-resolution remote sensing images

digital elevation models

and long series of rainfall data

the methods of Chinese soil loess equation (CSLE) and geographic detectors were used to explore the dominant influencing factors and interactions of the spatial variability of soil erosion

to identify areas with high risk of soil erosion. [Results] ① Slope and land use types dominated soil erosion in plain and hilly areas. The soil erosion of tea gardens was dominated by vegetation coverage

and soil erosion of other types of land use was dominated by slope. ② The dominant interaction of soil erosion was slope superimposition of land use types. The dominant interaction factors between tea garden and grassland were slope and vegetation coverage

and the dominant interaction factors for soil erosion of other types were slope and rainfall. ③ High-risk areas of soil erosion in orchards

tea gardens

woodlands and areas disturbed by production and construction activities were located in hilly mountainous areas with slopes＞ 20°

rainfall of 1300～1 400 mm

and high vegetation coverage. [Conclusion] The geo-detector is easy to operate. The results include single factor influence

two factor interaction and risk area analysis. Close attention should be paid to the problems of soil erosion in areas disturbed by production and construction activities and garden plots in Jiangsu Province.