Characteristic of wind erosion on different surface of construction site located in Cala Beili,Xinjiang
Soil and water erosion in development and construction projects of dry gravel desert area are relatively serious.Xinjiang Cala Beili region was selected as study object.Precise sand samplers and anemometers were set on original surface and destroyed surfaces to collect data.The grading of sediment particles were conducted by using soil sieve SPSS statistical analysis.The results show that:Destroyed surfaces increased the possibility of soil wind erosion,and repeated rolled surface and spoiled surface were the main wind erosion area;The sediment discharge was mainly concentrated in 30 cm height and the mainly erosion practical size were between 0-500 m in this area;With the increase of height,sand particle size and sediment discharge decreases.The sediment discharge decreased with height by exponential function;With the increase of height,the characteristics of soil wind erosion near the surface,were affected by nature of the underlying surface and the impact on sediment discharge and particle size mainly occurs in near-surface 30 cm and 50 cm,respectively.The possibility of soil wind erosion and structure of sand flow underlying different surface in development projects located in Cala Beili of Xinjiang exhibited different characteristics.
wind erosionunderlying surfacesediment dischargesediment particle sizedevelopment projects of Cala Beili
国家科技期刊平台
NSTL
万方数据
维普
