[1]Soil salinity in the irrigated area of the yellow river in Ningxia, China. Xiong, SY,Xiong, ZX,Wang, PW. 1996

[2]Using DSSAT Model to assess spring wheat and maize water use in the arid oasis of Northwest China. Wang, Shufen,Li, Huilong,Yang, Yonghui,Yang, Yanmin,Wang, Shufen,Wang, Shufen,Li, Huilong,Wang, Huijun,Jia, Yongguo. 2012

[3]Comparison of the rise of water level in the typical catchments, Three Gorges Reservoir area. Liao Xiao-yong,Xia Zhong-mei,He Jing. 2016

[4]Water isotope technology application for sustainable eco-environmental construction: Effects of landscape characteristics on water yield in the alpine headwater catchments of Tibetan Plateau for sustainable eco-environmental construction. Liu, Yuhong,Yu, Junbao,Shao, Hongbo,Liu, Fude,Dorland, Edu,Zhang, Jianping,Liu, Yuhong,Liu, Fude,An, Shuqing,Shao, Hongbo.

[5]Grass hedges for the protection of sloping lands from runoff and soil loss: An example from Northern China. Huang, D.,Han, J. G.,Wang, K.,Wu, W. L.,Huang, D.,Wu, J. Y.,Teng, W. J.,Sardo, V.. 2010

[6]Assessing impacts of alternative fertilizer management practices on both nitrogen loading and greenhouse gas emissions in rice cultivation. Zhao, Zheng,Yue, Yubo,Sha, Zhimin,Cao, Linkui,Li, Changsheng,Deng, Jia,Zhang, Hanlin,Gao, Maofang. 2015

[7]Validating the runoff from the PRECIS model using a large-scale routing model. Cao, Lijuan,Dong, Wenjie,Xu, Yinlong,Zhang, Yong,Sparrow, Michael. 2007

[8]Direct-seeded rice increases nitrogen runoff losses in southeastern China. Zhang, Yuefang,Liu, Hongjiang,Guo, Zhi,Sheng, Jing,Chen, Liugen,Zheng, Jianchu,Zhang, Yuefang,Luo, Yiqi,Zhang, Chuansheng. 2018

[9]Applicability evaluation of the SWIM at river basins of the black soil region in Northeast China: A case study of the upper and middle Wuyuer River basin. Yang, Zhiyuan,Zang, Shuying,Gao, Chao,Yang, Xiuchun. 2017

[10]Simulation of Hydrological Functions of Typical Vegetations in Poyang Lake Basin. Cai Yulin,Yangli,Cai Yulin,Xu Juan. 2013

[11]Impact of grass belt position on the hydraulic properties of runoff in gully beds in the Yuanmou Dry-hot valley region of Southwest China. Yang, Dan,Xiong, Donghong,Guo, Min,Su, Zhengan,Zhang, Baojun,Zheng, Xueyong,Zhang, Su,Yang, Dan,Xiong, Donghong,Guo, Min,Su, Zhengan,Zhang, Baojun,Zheng, Xueyong,Zhang, Su,Yang, Dan,Guo, Min,Zhang, Baojun,Zheng, Xueyong,Zhang, Su,Zhang, Su,Fang, Haidong.

[12]Risks of phosphorus runoff losses from five Chinese paddy soils under conventional management practices. Hua, Lingling,Zhai, Limei,Wang, Hongyuan,Liu, Hongbin,Liu, Jian,Xi, Bin,Zhang, Fulin,Chen, Anqiang,Fu, Bin.

[13]Model AVSWAT apropos of simulating non-point source pollution in Taihu lake basin. Zhang, Qiu-Ling,Chen, Ying-Xu,Jilani, Ghulam,Shamsi, Imran Haider,Yu, Qiao-Gang.

[14]The fate of urea nitrogen applied to a vegetable crop rotation system. Ding, Hong,Zhang, Yushu,Hu, Xiaoxia,Zheng, Xiangzhou,Zhang, Jing,Weng, Boqi,Ding, Hong,Li, Shiqing,Ding, Hong,Chen, Deli.

[15]The characteristics of yield-scaled methane emission from paddy field in recent 35-year in China: A meta-analysis. Guo, Jia,Zhu, Yaojun,Wei, Wei,Li, Shengnan,Yu, Yilei,Guo, Jia,Zhu, Yaojun,Wei, Wei,Li, Shengnan,Yu, Yilei,Song, Zhifeng. 2017

[16]Self-propelled paddy variable boom sprayer. Wang Songlin,Wang Xiu,Zou Wei,Zhang Guoyuan. 2015

[17]Thermal tolerance of potential Trichogramma strains for mass-production and paddy field release in the Greater Mekong Subregion. Hou, Maolin,Guo, Lei,Hou, Maolin,Hou, Maolin,Guo, Lei,Jiao, Xiaoguo,Song, Kai,Babendreier, Dirk,Zhang, Feng.

[18]CORRELATION ANALYSIS OF CH4 EMISSIONS FROM PADDY SOILS WITH CHANGES IN OXIDIZABLE ORGANIC CARBON. Huo, Lianjie,Liu, Yong,Wu, Jiamei,Ji, Xionghui,Peng, Hua,Wu, Jiamei,Ji, Xionghui,Huo, Lianjie,Peng, Hua,Liu, Yong. 2015

[19]Observational comparisons of intestinal microbiota characterizations, immune enzyme activities, and muscle amino acid compositions of loach in paddy fields and ponds in Sichuan Province. Duan, Yuanliang,Zhang, Jie,Zhao, Liulan,Du, Zongjun,Han, Shuaishuai,Zhou, Jian,Liu, Ya,Du, Jun.

[20]Aboveground morphological traits do not predict rice variety effects on CH4 emissions. Zhang, Yi,Jiang, Yu,Wang, Xiaofei,Hang, Xiaoning,Zhang, Weijian,Li, Zhijie,Zhu, Xiangchen,Deng, Aixing,Zhang, Jun,Zhang, Weijian,Chen, Jin.