The landscape pattern analysis was mostly conducted based on genetic soil classification map or soil taxonomy map which was obtained through reference conversion. There are few researches of landscape pattern based on soil taxonomy map directly. In this paper the landscape patterns based on both genetic soil classification map and soil taxonomy map were analyzed. The genetic soil classification map was made in 1980s and soil taxonomy map was made based on the soil survey in 2012 and 2013. Results indicated that: 1) Both soil taxonomy map and genetic soil classification map showed that, with regard to class metric level, the extent of soil fragmentation was low, soil connectivity was high and the patches of soil were simple in shape. With regard to land metrics level, landscape heterogeneity was great, the number of soil types was large, the proportion of each soil type was relatively uniform and soil type had a certain degree of accumulation. 2) Compared to genetic soil classification map, the patche number in soil taxonomy map was greater, and the diversity index and evenness index were higher, but contagion index was lower. These results suggested that in a certain scale and area, soil taxonomy was better to reflect the spatial differences of soil types with higher mapping precision than genetic soil classification.