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The soil water movement in citrus garden in the region of low hilly area is highly concentrated. It's necessary to develop water-saving agriculture along gentle slope upland in southern China. The numerical modeling of soil moisture content was established, based on Richard movement equitation. The simulated soil moisture was in good agreement with measured data. Modeling analysis showed that the soil hydraulic parameters are more sensitive than other kind of parameters. The simulation also demonstrated that the cumulative evapotranspiration in the 150cm soil profile at upper slope is higher than lower slope. In conclusion, it's advantageous for tillage soil at the lower slope to keep soil moisture and resist the drought in the citrus garden during dry season in southern China. The numerical modeling of soil moisture has practical significance to improve the management of water capture and retention anddevelopment of water-saving agriculture

Modelling of Soil Water Movemtent and Its Application of Citrus Garden in Hilly Area of Jiangxi Province