[1]Grazing does not influence soil arbuscular mycorrhizal fungal diversity, but increases their interaction complexity with plants in dry grasslands on the Tibetan Plateau. Dandan Fan,Mukan Ji,Jianshuang Wu,Hao Chen,Hongzeng Jia,Xianzhou Zhang,Xuliang Zhuang,Weidong Kong. 2023

[2]西部草地荒漠化治理与鼠害控制. 侯希贤,董维惠. 2002

[3]亚热带山地牧压和肥力对草地植物组分的影响. 李向林,白静仁,韩雪松,万里强. 2002

[4]N-15 tracer-based analysis of genotypic differences in the uptake and partitioning of N applied at different growth stages in transplanted rice. Wang, Danying,Xu, Chunmei,Yan, Jinxiang,Zhang, Xiaoguo,Chen, Song,Wang, Lei,Zhang, Xiufu,Chauhan, Bhagirath S..

[5]Effects Of Grazing On The A.cquisition Of Nitrogen By P lants And Microorganisms In An Alpine Grassland On The Tibetan Plateau. Jiang, LL, Wang, SP, Zhe, P, Wang, CS, Kardol, P, Zhong, L, Yu, Q, Lan, ZC, Wang, YF, Xu, XL, Kuzyakov, Y, Luo, CY, Zhang, ZH, Jones, D. 2017

[6]A modular approach for quantification of nitrogen flows and losses along dairy manure management chains of different complexity. Qu, Qingbo,Groot, Jeroen C. J.,Zhang, Keqiang. 2022

[7]Drivers of soil net nitrogen mineralization in the temperate grasslands in Inner Mongolia, China. Liu, Xing-Ren,Li, Sheng-Gong,Liu, Xing-Ren,Li, Sheng-Gong,Ren, Jian-Qiang,Ren, Jian-Qiang.

[8]Concentration and composition of soil amino compounds in major Chinese croplands. Cao, Xiaochuang,Zhong, Chu,Zhu, Lianfeng,Zhang, Junhua,Jin, Qianyu,Ma, Qingxu,Wu, Lianghuan,Zhu, Yuanhong.

[9]Effects of nitrogen rate and nitrogen form on glycine uptake by pakchoi (Brassica chinensis L.) under sterile culture. Cao Xiaochuang,Jin Qianyu,Cao Xiaochuang,Wu Lianghuan,Ma Qingxu,Yuan Ling,Zhu Yuanhong.

[10]Uptake and uptake kinetics of nitrate, ammonium and glycine by pakchoi seedlings (Brassica Campestris L. ssp. Chinensis L. Makino). Xiaochuang, Cao,Qianyu, Jin,Xiaochuang, Cao,Lianghuan, Wu,Xiaoyan, Li,Ling, Yuan,Yuanhong, Zhu.

[11]Soil Microbial Community Structure Affected By Biochar And Fertilizer Sources. Dangi, S, Gao, SD, Duan, YH, Wang, D. 2020

[12]Estimation of Surface Longwave Radiation over the Tibetan Plateau Region Using MODIS Data for Cloud-Free Skies. Wang, Jiao,Tang, Bo-Hui,Wu, Hua,Wang, Jiao,Zhang, Xiao-Yu,Li, Zhao-Liang,Li, Zhao-Liang. 2014

[13]Effects of climate change on the reproduction and offspring sex ratio of plateau pika (Ochotona curzoniae) on the Tibetan Plateau. Qu, Jiapeng,Yang, Min,Li, Wenjing,Chen, Qianquan,Mi, Zhaorong,Zhang, Yanming,Chen, Qianquan,Mi, Zhaorong,Xu, Weixin.

[14]Study of atmospheric effects on AMSR-E microwave brightness temperature over Tibetan Plateau. Qiu, Yubao,Shi, Jiancheng,Mao, Kebiao. 2007

[15]Drought reduces the effectiveness of ecological projects: Perspectives from the inter-annual variability of vegetation index. Meng Li,Huilin Yu,Baoping Meng,Yi Sun,Jianguo Zhang,Huifang Zhang,Jianshuang Wu,Shuhua Yi. 2021

[16]Divergent Climate Sensitivities of the Alpine Grasslands to Early Growing Season Precipitation on the Tibetan Plateau. Wang, Zhipeng,Zhang, Xianzhou,Niu, Ben,Zheng, Yunpu,He, Yongtao,Cao, Yanan,Feng, Yunfei,Wu, Jianshuang. 2022

[17]Patterns and drivers of the degradability of dissolved organic matter in dryland soils on the Tibetan Plateau. Chen, Hao,Kong, Weidong,Shi, Quan,Wang, Fei,He, Chen,Wu, Jianshuang,Lin, Qimei,Zhang, Xianzhou,Zhu, Yong-Guan,Liang, Chao,Luo, Yu. 2021

[18]Declining human activity intensity on alpine grasslands of the Tibetan Plateau. Meng Li,Xianzhou Zhang,Jianshuang Wu,Qiannan Ding,Ben Niu,Yongtao He. 2021

[19]Actual impacts of global warming on winter wheat yield in Eastern Himalayas. Ch. Zheng, Ch. Chen, X. Zhang,Zh. Song,A. Deng,B. Zhang, L. Wang,N. Mao,W. Zhang. 2016

[20]Warming and spring precipitation addition change plant growth pattern but have minor effects on growing season mean gross ecosystem productivity in an alpine meadow. Hasbagan Ganjurjav,Guozheng Hu,Elise Gornish,Yong Zhang,Yu Li,Yulong Yan,Hongbao Wu,Jun Yan,Shicheng He,Luobu Danjiu,Qingzhu Gao. 2022