(1) hu shunjun, gan yongde, chen yongbao. comparing phreatic evaporation at zero water table depth with water surface evaporation. journal of arid land. 2018, 10 (6): 968-976
(2) hu shunjun，zhao chengyi，zhu hai. hydrosalinity balance and critical ratio of drainage to irrigation (rdi) for salt balance in weigan river irrigation district of the tarim basin (china).environmental earth sciences，2017 , 76 (6) :242
(3) hu shunjun, zhu hai, chen yongbao. one-dimensional horizontal infiltration test for determining permeability coefficient of loamy sand. journal of arid land, 2017, 9(1):27-37
(4) hu shunjun.2015.comments on “integral method for estimating soil hydraulic properties”. soil science society of america journal 79：968-969
(5) hu shunjun，zhao chengyi, li jun, wang feng，chen yongbao. 2014. discussion and reassessment of the method used for accepting or rejecting data observed by a bowen ratio system. hydrological processes 28：4506–4510
(6)hu shunjun, shen yanjun, chen xiulong, gan yongde, wang xinfan.2013. effects of saline water drip irrigation on soil salinity and cotton growth in an oasis field. ecohydrology 1021–1030
(7)hu , zhao , tian .2009. . 59：663-668
(8)hu shunjun, lei jiaqiang，xu xinwen.2008. theoretical analysis of the limit rate of phreatic evaporation for aeolian sandy soil in taklimakan desert. chinese science bulletin 53: 119-124
(9)hu shunjun，songyudong，tian changyan. 2007. suitable scale of weigan river plain oasis. science china series d earth sciences 50：56-64
(10)hu shunjun, tian changyan, song yudong.2006.models for calculating phreatic water evaporation on bare and tamarix-vegetated lands. chinese science bulletin 51 ：43-50
