Soil erosion is the deterioration of soil by straight forward of the physical movement of soilrnelements from a given site and the main catchment problems in the high land of Ethiopia. Thisrnresearch mainly aims to evaluate Land use and land cover change on soil erosion using RUSLErnmodel and to investigate land-use/land-cover changes of 20 years using satellite image of Landsat 5rnTM 2000, Landsat 7 ETM+ 2015 and Landsat 8 OIL2020. RUSLE model is used on the basis of thernimproved procedure parameter for. To achieve Ethiopian highland conditions and the rate of annualrnsoil loss various spatial data were collected and used this objective, Digital Elevation Modelrn(Mdemu et al.), Google earth map, Rainfall data and Digital soil map from FAO were used. Therncreated factors were joined organized and used to compute the potential annual soil loss in the studyrnarea. The result of this study shows that the total amount of soil loss was ranges from 0.00rnto22965.3 tons/ha/yr. Besides, the average soil loss for this catchment was calculated to bern208.5ton/ha/year from an area of 43,119.45 hectares of land. Accordingly the level of soil erosionrnrates, the catchment divided into seven priority categories for soil conservation. An areas which arernalso classified, as severe to extremely sever the erosion classes which covered an area of 500.65 ha,rn(1.1%) of the total catchment, while high to very high erosion classes reports an area of 1971.2 harn(4.6%) and 1230.9(2.9) respectively, and which founds northeastern, south eastern, south and somerncentral parts of the Jemma catchment. On the other hand, low erosion classes covered an area ofrn34359.8ha (79.7%), and moderate erosion risk class covered an area of 5057.9 (11.7%) and whichrnfounds most of the central and north western parts. To prioritize the catchment was identified basedrnon their average annual soil loss for future intervention and soil and water conservation measures:-rnAS the study recommended that the rate of erosion which greater than (>45tons/ha/yr) should berngiven first priority during the introduction of intensive and well-designed integrated managementrninterventions for soil conservation.