The research deals with the effects of shelterbelt withdiverse configures on thesand soil moisture,sand nutrient,sand gradation andthe physical and chemic inbeing of the sand.

Information on sandy soil C mineralization and its response to a changing environment is therefore required for better understanding of biological feedb.

Discussed in this paper are the spatial distribution pattern of organic C and total N contents of sandy soils in relation to the relative height of soil sampling sites along the transect from irrigated cropland, rainfed cropland and shifting sand, and the vertical distribution in the soil profile of irrigated cropland in Horqin Sandy Land.

Threshold value response of soil moisture to dust storm:a case study of midwestern Inner Mongolia Autonomous Region;

Comparison and analysis of measuring methods for soil moisture of farmland;

Influence of film mulching cultivation on soil moisture and temperature and early rice growth;

Simulation of yield and deep soil water effects of winter wheat field under different fertilization levels in Baoji dry-land of the Loess Plateau;

Modeling the effects of winter wheat and spring maize rotation under different fertilization treatments on yield and soil water in rain-fed highland of Loess Plateau;

One-dimensional soil water infiltration under water supply of negative hydraulic heads;

Analysis on the temporal characteristics of soil moisture content of yellow soil on the Loess Area;

A study on soil moisture content and plantation fitness for artificial sand-fixation forest in Horqin sandy land under;

Quantitative analysis of relationships between spatial and temporal variation of soil moisture content and environmental factors at a gully catchment of the Loess Plateau;