[1]The Dynamics Of Volatile Compounds And Their Correlation With The Microbial Succession During The Traditional Solid-State Fermentation Of Gutian Hong Qu Glutinous Rice Wine. Liu, Zhibin,Sun, Jinyuan,Ni, Li,Wang, Zhiyao. 2020

[2]Comparison Study Of The Volatile P.rofiles And Microbial Communities O f Wuyi Qu And Gutian Qu, Two Major Types Of Traditional Fermentation Starters Of Hong Qu Glutinous Rice Wine. Wang, Zhiyao,Zhu, Xiaoping,Liu, Zhibin,Ni, Li,Lv, Xucong,Chen, Liling. 2018

[3]Long-Term Organic Fertilization Increased Antibiotic R.esistome In Phyllosphere Of M aize. Chen, QL, An, XL, Zheng, BX, Ma, YB, Su, JQ. 2018

[4]Stress memory and phyllosphere/soil legacy underlie tolerance and plasticity of Leymus chinensis to periodic drought risk. Li X., Jimoh S.O., Li Y., Duan J., Cui Y., Jin K., Wang Z., Zhang Y.. 2022

[5]Restructured Fungal Community Diversity And B.iological Interactions Promote Metolachlor B iodegradation In Soil Microbial Fuel Cells. Li, XJ, Li, Y, Zhao, XD, Zhang, XL, Zhao, Q, Wang, X, Li, YT. 2019

[6]Bacterial And Fungal Communities And C.ontribution Of Physicochemical Factors D uring Cattle Farm Waste Composting. Huhe,, Jiang, C, Wu, YP, Cheng, YX. 2017

[7]Long-Term Nitrogen Fertilization Indirectly Affects Soil Fungi Community Structure By Changing Soil And Pruned Litter In A Subtropical Tea (Camellia Sinensis L.) Plantation In China. Yang, XD, Ma, LF, Ji, LF, Shi, YZ, Yi, XY, Yang, QL, Ni, K, Ruan, JY. 2019

[8]Effects of long-term bare fallow during the winter-wheat growth season on the soil chemical properties, fungal community composition, and the occurrence of maize fungal diseases in North China. Wang Y.,Ji L.,Li Q.,Wu Y.,Li C.,Kong L.,Wang X.. 2021

[9]Comprehensive analysis of environmental factors mediated microbial community succession in nitrogen conversion and utilization of ex situ fermentation system. Sihan Zhou,Bing Geng,Mengjie Li,Zhanbiao Li,Xue Liu,Hui Guo. 2021

[10]Variation of soil bacterial and fungal communities from Fluvo-Aquic soil under chemical fertilizer reduction combined with organic materials in North China Plain. Xian Wu,Ting Zhang,Jianning Zhao,Lili Wang,Dianlin Yang,Gang Li,Weiming Xiu. 2021

[11]Effects Of Crop Type On S.oil Microbial Properties In T he Cropland Of The Jianghan Plain Of China. Li, J, Liu, LX, Zhang, CL, Chen, C, Lu, GY, Xiong, JL, Yang, HJ. 2018

[12]Identification Of Fungal Populations Assimilating Rice Root Residue-Derived Carbon By Dna Stable-Isotope Probing. Zhang, Q, Guo, TF, Li, H, Wang, YL, Zhou, W. 2020

[13]Multiple Long-Term Observations Reveal A Strategy For Soil Ph-Dependent Fertilization And Fungal Communities In Support Of Agricultural Production. Ning, Q, Chen, L, Jia, ZJ, Zhang, CZ, Ma, DH, Li, F, Zhang, JB, Li, DM, Han, XR, Cai, ZJ, Huang, SM, Liu, WZ, Zhu, B, Li, Y. 2020

[14]Composition, Predicted Functions, And Co-Occurrence Networks Of Fungal And Bacterial Communities_ Links To Soil Organic Carbon Under Long-Term Fertilization In A Rice-Wheat Cropping System. Chen, J, Guo, QK, Liu, DH, Hu, C, Sun, JW, Wang, XB, Liang, GQ, Zhou, W. 2020

[15]Molecular Mapping Of Two Quantitative T.rait Loci For Adult-Plant R esistance To Powdery Mildew In Common Wheat (Triticum Aestivum L.). Qu, CY, Guo, Y, Kong, FM, Zhao, Y, Li, HJ, Li, SS. 2018

[16]The Potential Role Of Powdery M.ildew-Resistance Gene Pm40 In C hinese Wheat-Breeding Programs In The Post-Pm21 Era. Hua, Yuting,Tang, Shengwen,Zhong, Shengfu,Luo, Peigao,Luo, Peigao. 2018

[17]Development Of Snp, Kasp, And S.sr Markers By Bsr-Seq T echnology For Saturation Of Genetic Linkage Map And Efficient Detection Of Wheat Powdery Mildew Resistance Gene Pm61. Hu, JH, Li, JT, Wu, PP, Li, YH, Qiu, D, Qu, YF, Xie, JZ, Zhang, HJ, Yang, L, Fu, TT, Yu, YW, Li, MJ, Liu, HW, Zhu, TQ, Zhou, Y, Liu, ZY, Li, HJ. 2019

[18]Molecular Mapping Of A Novel W.heat Powdery Mildew Resistance G ene Ml92145E8-9 And Its Application In Wheat Breeding By Marker-Assisted Selection. Yu, XC, Ren, SZ, Zhao, LF, Guo, J, Bao, YG, Ma, YX, Wang, HW, Ohm, HW, Yu, DZ, Li, HJ, Kong, LR. 2018

[19]Development And Validation Of Breeder-Friendly K.aspar Markers For Er1, A Powdery Mildew Resistance Gene In Pea (Pisum Sativum L.). Ma, Y, Coyne, CJ, Main, D, Pavan, S, Sun, SL, Zhu, ZD, Zong, XX, Leitao, J, McGee, RJ. 2017

[20]Identification Of The Resistance Gene T.o Powdery Mildew In C hinese Wheat Landrace Baiyouyantiao. XU Xiao-dan,FENG Jing, FAN Jie-ru, LIU Zhi-yong,LI Qiang, ZHOU Yi-lin, MA Zhan-hong. 2018