1.xinhu li，fengzhi shi. effects of evolving salt precipitation on the evaporation and temperature of sandy soil with a fixed groundwater table. vadose zone journal, 2021, e20122.

2.xinhu li, guanglong feng, brenton. sharratt, zehao. zheng. aerodynamic properties of agricultural and natural surfaces innorthwestern tarim basin. agricultural and forest meteorology, 2015,204 :37-45

3.xinhu li, jie yang, chengyi zhao, bin wang. runoff and sediment from orchard terraces in southern china. land degradation & development, 2014, 25（2）: 184-192

4.xinhu li, guanglong feng, brenton,s.sharratt, zehao zheng, huawei pi, fei gao. soil wind erodibility based on dry aggregate-size distribution in the tarim basin aggregate-size distribution in the tarim basin. soil science society of america journal， 2014, 78（6）:2009-2016

5.xinhu li, jie yang, chengyi zhao. effect of agroforestry and time on soil and water conservation of sloping red soil in southeastern china. journal of soil and water conservation，2014,69(2):131-139

6.xinhu li, guanglong feng, chengyi zhao，zehao zheng. fine-particle emissioin potential from overflowing areas of the tarim river. soil science， 2013, 178（10）：556-567

7.xinhu li, chengyi zhao, bin wang. regional partitioning of agricultural non-point source pollution in china using a projection pursuit cluster model. journal of arid land，2011, 3(4): 278-284

8.xinhu li, gary. feng， brenton. sharratt. soil organic carbon within the vadose zone of a floodplain. environmental earth sciences ，2018，77:247

9.xinhu li, gary feng, chengyi zhao, fengzhi shi. characteristics of soil infiltration in the tarim river floodplain. environment earth science ,2016, 75:782