The spatial extent and distribution of soil erosion due to land cover and climate change is the central theme of our research. We have provide first spatial distribution wise soil erosion map at small scale, considering empirical observations and challenging the previous work in terms of average annual soil erosion in the entire country. The map reveals that the importance of climate and land cover change has been played an important role in controlling fertile soil erosion at finer scale, as well as the overwhelming effect of highly dense population induced activities across the country. Based on the projected soil loss estimation, study have estimated that nearly 9.88% land surface eroded top soil at 80 Mg ha-1 y-1, and the areas of land surface become 13.14% in 2100 year unless human activities and climate change controlled.

由于土地覆盖和气候变化造成的土壤侵蚀的空间范围和分布是我们研究的中心主题。我们提供了第一个小规模的空间分布明智的水土流失图，考虑了经验观察结果，并且对整个国家的年均水土流失提出了挑战。该地图表明，气候和土地覆盖变化的重要性在控制小规模肥沃的土壤侵蚀以及全国人口密集活动的压倒性影响方面发挥了重要作用。根据预计的土壤流失估算，研究估计，除非人类活动和气候变化得到控制，否则在2100年内，将近9.88％的土地表面侵蚀了80 Mg ha-1 y-1的表层土壤，并且土地表面的面积变为13.14％。