Huanyuan Wang

Area of research

Soil Science · Management, Monitoring, Policy and Law

Research interest

Research topics from publications: Effects of vegetation spatial pattern on erosion and sediment particle sorting in the loess convex hillslope; Effects of the application of different improved materials on reclaimed soil structure and maize yield of Hollow Village in Loess Area; Influences of water chemical property on infiltration into mixed soil consisting of feldspathic sandstone and aeolian sandy soil; The soft rock can promote the improvement of aeolian sandy soil in Mu Us Sandy Land, China; Preparation of Highly Adhesion Hydrophobic Membrane and Superhydrophobic Membrane via Electrospinning. Representative work: To address the problem of serious soil erosion on the Loess Plateau, under the conditions of limited vegetation measures, the runoff erosion characteristics and erosion sediment sorting characteristics of vegetation at different positions on the upper slope of convex hillslopes are investigated, and the optimal vegetation spatial pattern is proposed according to the benefits of water storage and sediment reduction at different vegetation positions. The fluctuation degree of flow discharge per unit area of different vegetation spatial patterns is small, and the variation process of sediment discharge per unit area of each vegetation spatial pattern fluctuated sharply with the increase of runo Abstract In order to solve the soil problem of poor structure and low fertility after the abandoned homestead reclamation of Hollow Village in Loess Area and to improve the quality of the reclaimed soil in Hollow Village, a five-year field experiment was conducted here. In this experiment, the following seven treatments were applied: no modified material (CK), maturing agent (TM), fly ash (TF), organic fertilizer (TO), maturing agent + fly ash (TMF), maturing agent + organic fertilizer (TMO) and fly ash + organic fertilizer (TFO), and the effects of different improved materials on soil properties and crop yield were studied. The results showed that: soil organic matter (SOM) and total nitrog

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