[1]Heavy Metal Accumulation And Health R.isk Assessment In Soil-Wheat S ystem Under Different Nitrogen Levels. Zhang, Y, Yin, CB, Cao, SZ, Cheng, LL, Wu, GS, Guo, JB. 2018

[2]Independent and combined effects of antibiotic stress and EM microbial agent on the nitrogen and humus transformation and bacterial community successions during the chicken manure composting. Zhao H., Li S., Jiang Y., Wang D., Wang H., Dou X.. 2022

[3]Synthetic Hexaploid Wheat: Yesterday, Today, A.nd Tomorrow. Li, AL, Liu, DC, Yang, WY, Kishii, M, Mao, L. 2018

[4]Developing Green Super Rice Varieties W.ith High Nutrient Use E fficiency By Phenotypic Selection Under Varied Nutrient Conditions. Jewel, ZA, Ali, J, Pang, YL, Mahender, A, Acero, B, Hernandez, J, Xu, JL, Li, ZK. 2019

[5]Nitrification performance evaluation of activated sludge under high potassium ion stress during high-ammonia nitrogen organic wastewater treatment. Jiang X., Wang H., Wu P., Wang H., Deng L., Wang W.. 2022

[6]Soil aggregation is more important than mulching and nitrogen application in regulating soil organic carbon and total nitrogen in a semiarid calcareous soil. Liu Z., Wang M., Zhou J., Chen Z., Xu X., Zhu Y.. 2023

[7]Selenium distribution, translocation and speciation in wheat (Triticum aestivum L.) after foliar spraying selenite and selenate. Di X., Qin X., Zhao L., Liang X., Xu Y., Sun Y., Huang Q.. 2023

[8]Race And Virulence Analysis Of Puccinia Triticina In China During 2011 To 2013. Zhang, L, Xiao, Y, Gao, Y, Zhao, N, An, YJ, Yang, WX, Meng, QF, Yan, HF, Liu, DQ. 2020

[9]Developing Green Super Rice Varieties W.ith High Nutrient Use E fficiency By Phenotypic Selection Under Varied Nutrient Conditions. Acero, Bart,Ali, Jauhar,Ahmed Jewel, Zilhas,Ali, Jauhar,Xu, Jianlong,Li, Zhikang,Pang, Yunlong,Mahender, Anumalla,Pang, Yunlong,Hernandez, Jose. 2019

[10]Spatio-Temporal Dynamics In Soil Water S.torage Reveals Effects Of N itrogen Inputs On Soil Water Consumption At Different Growth Stages Of Winter Wheat. Sun, Min,Lin, Wen,Gao, Zhiqiang,Deng, Yan,Ren, Aixia,Wang, Peiru,Xue, Jianfu,Yang, Zhenping,Lei, Miaomiao,Xue, Lingzhu. 2019

[11]Comprehensive Proteome Analyses Of Lysine A.cetylation In Tea Leaves B y Sensing Nitrogen Nutrition. Jiang, Jutang,Wang, Yu,Ding, Zhaotang,Sun, Litao,Gai, Zhongshuai,Wang, Hui,Fan, Kai. 2018

[12]Crop Water Production Functions For Winter Wheat With Drip Fertigation In The North China Plain. Chen, Jinsai,Gao, Yang,Si, Zhuanyun,Zeleke, Ketema Tilahun,Shen, Xiaojun,Wang, Guangshuai,Zeleke, Ketema Tilahun. 2020

[13]Seasonality In River Export Of N.itrogen: A Modelling Approach F or The Yangtze River. Chen, Xuanjing,Chen, Xinping,Shi, Xiaojun,Shen, Zhenyao,Ma, Lin,Chen, Xuanjing,Wu, Jiechen,Shi, Xiaojun,Strokal, Maryna,Chen, Xinping,Kroeze, Carolien. 2019

[14]Analyzing Uncertainty In Critical Nitrogen Dilution Curves. Makowski, David,Makowski, David,Makowski, David,Makowski, David,Lemaire, Gilles,Zhao, Ben,Ata-Ul-Karim, Syed Tahir. 2020

[15]Late-Season Fluxes Of Ammonium And N.itrate In Roots Of T wo Poplar Clones Pretreated With Nutrient Addition. Zhao, Y, Wang, H, Li, JY, Dong, WY, Wei, HX, He, CX. 2017

[16]Effect Of Simulated Warming On The Functional Traits Of Leymus Chinensis Plant In Songnen Grassland. Guo, R, Zhou, J, Zhong, XL, Gu, FX, Liu, Q, Li, HR. 2019

[17]Nutritional Responses To Soil Drying A.nd Rewetting Cycles Under P artial Root-Zone Drying Irrigation. Wang, YS, Jensen, CR, Liu, FL. 2017

[18]Genotypic Differences In Growth, Yield A.nd Nutrient Accumulation Of S pring Wheat Cultivars In Response To Long-Term Soil Fertility Regimes. Wang, YS, Magid, J, Thorup-Kristensen, K, Jensen, LS. 2017

[19]Nitrogen Vertical Distribution And Status E.stimation Using Spectral Data I n Maize. Lu, YL, Bai, YL, Ma, DL, Wang, L, Yang, LP. 2018

[20]Ozone Promoting Organic Nitrogen Change T.o Inorganic In Anaerobic L ivestock Wastewater. Lai, RT, Liang, JF, Zhang, KQ, Li, JJ, Zhang, Y, Wang, F. 2018