[1]Bio-activation of soil with beneficial microbes after soil fumigation reduces soil-borne pathogens and increases tomato yield. Cheng H.,Zhang D.,Ren L.,Song Z.,Li Q.,Wu J.,Fang W.,Huang B.,Yan D.,Li Y.,Wang Q.,Cao A.. 2021

[2]Evolutionary divergence in embryo and seed coat development of U’s Triangle Brassica species illustrated by a spatiotemporal transcriptome atlas. Gao P., Quilichini T.D., Yang H., Li Q., Nilsen K.T., Qin L., Babic V., Liu L., Cram D., Pasha A., Esteban E., Condie J., Sidebottom C., Zhang Y., Huang Y., Zhang W., Bhowmik P., Kochian L.V., Konkin D., Wei Y., Provart N.J., Kagale S., Smith M., Patterson N., Gillmor C.S., Datla R., Xiang D.. 2022

[3]Chloropicrin Alternated With Biofumigation Increases C.rop Yield And Modifies S oil Bacterial And Fungal Communities In Strawberry Production. Wang, Xiaoning,Yan, Dongdong,Zhu, Jiahong,Wang, Xianli,Wang, Qiuxia,Zhang, Daqi,Yan, Dongdong,Wang, Qiuxia,Li, Yuan,Li, Yuan,Huang, Bin,Cao, Aocheng,Fang, Wensheng,Cao, Aocheng,Ouyang, Canbin,Liu, Jie,Ouyang, Canbin. 2019

[4]Production of methyl sulfide and dimethyl disulfide from soil-incorporated plant materials and implications for controlling soilborne pathogens. Tharayil, N.,Gerik, J.,Rosen, C.,Kinkel, L.,Cao, A..

[5]Sustainable reuse of plant waste through biofumigation: controlling soil-borne pathogens and enhancing soil health via microbial regulation. Ji, Yutong,Zhang, Yi,Chen, Xinhua,Guo, Anmin,Zhang, Wei,Liu, Xuemei,Wang, Hongyu,Sun, Hai,Yan, Dongdong,Li, Yuan,Fang, Wensheng,Cao, Aocheng,Wang, Qiuxia. 2025

[6]Genome-Wide Characterization And Analysis Of M.etallothionein Family Genes That F unction In Metal Stress Tolerance In Brassica Napus L.. Li, Jiana,Huang, Xiaohu,Li, Jiana,Xu, Xinfu,Liang, Ying,Liang, Ying,Pan, Yu,Lu, Kun,Ma, Guoqiang,Lu, Kun,Ma, Guoqiang,Pan, Yu,Wang, Rui,Qiao, Cailin,Qiao, Cailin,Huang, Xiaohu,Qu, Cunmin,Wang, Rui,Zhu, Meichen,Wang, Shuxian,Wang, Shuxian,Qu, Cunmin,Xu, Xinfu,Zhu, Meichen. 2018

[7]Evolutionary History And Functional Divergence O.f The Cytochrome P450 G ene Superfamily Between Arabidopsis Thaliana And Brassica Species Uncover Effects Of Whole Genome And Tandem Duplications. Yu, JY, Tehrim, SH, Wang, L, Dossa, K, Zhang, XR, Ke, T, Liao, BS. 2017

[8]A Phylogenetic Analysis Of Chloroplast G.enomes Elucidates The Relationships O f The Six Economically Important Brassica Species Comprising The Triangle Of U. Li, PR, Zhang, SJ, Li, F, Zhang, SF, Zhang, H, Wang, XW, Sun, RF, Bonnema, G, Borm, TJA. 2017

[9]Genome-Wide Analysis Of Udp-Glycosyltransferase Super F.amily In Brassica Rapa A nd Brassica Oleracea Reveals Its Evolutionary History And Functional Characterization. Yu, JY, Hu, F, Dossa, K, Wang, ZK, Ke, T. 2017

[10]Analysis of CACTA transposase genes unveils the mechanism of intron loss and distinct small RNA silencing pathways underlying divergent evolution of Brassica genomes. Beibei Liu,Aiko Iwata‐Otsubo,Diya Yang,Robert L. Baker,Chun Liang,Scott A. Jackson,Shengyi Liu,Jianxin Ma,Meixia Zhao. 2021

[11]Efficacy of indole acetic acid and exopolysaccharides- producing bacillus safensis strain FN13 for inducing cd-stress tolerance and plant growth promotion in brassica juncea (L.). Nazli Farheen,Wang Xiukang,Ahmad Maqshoof,Hussain Azhar,Bushra ,Dar Abubakar,Nasim Muhammad,Jamil Moazzam,Panpluem Nalun,Mustafa Adnan. 2021

[12]Harnessing Biotechnology For The Development O.f New Seed Lipid T raits In Brassica. Zhou, XR, Li, J, Wan, X, Hua, W, Singh, S. 2019

[13]A cluster of transcripts identifies a transition stage initiating leafy head growth in heading morphotypes of Brassica. Kang Zhang1,†, Yinqing Yang1,†, Jian Wu1 , Jianli Liang1 , Shumin Chen1 , Lei Zhang1 , Honghao Lv1 , Xiaona Yin1, Xin Zhang1 , Yiyue Zhang1 , Lingkui Zhang1 , Yangyong Zhang1 , Michael Freeling2,*, Xiaowu Wang1,* and Feng Cheng1,*. 2022

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

[15]Multifunctional applications of biochar beyond carbon storage. Bolan, Nanthi,Hoang, Son A.,Beiyuan, Jingzi,Gupta, Souradeep,Hou, Deyi,Karakoti, Ajay,Joseph, Stephen,Jung, Sungyup,Kim, Ki-Hyun,Kirkham, M. B.,Kua, Harn Wei,Kumar, Manish,Kwon, Eilhann E.,Ok, Yong Sik,Perera, Vishma,Rinklebe, Jorg,Shaheen, Sabry M.,Sarkar, Binoy,Sarmah, Ajit K.,Singh, Bhupinder Pal,Singh, Gurwinder,Tsang, Daniel C. W.,Vikrant, Kumar,Vithanage, Meththika,Vinu, Ajayan,Wang, Hailong,Wijesekara, Hasintha,Yan, Yubo,Younis, Sherif A.,Van Zwieten, Lukas. 2021

[16]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

[17]Evaluating Biochar-Microbe Synergies For Improved Growth, Yield Of Maize, And Post-Harvest Soil Characteristics In A Semi-Arid Climate. Ahmad, M, Wang, XK, Hilger, TH, Luqman, M, Nazli, F, Hussain, A, Zahir, ZA, Latif, M, Saeed, Q, Malik, HA, Mustafa, A. 2020

[18]Biochar and fertilizer improved the growth and quality of the ice plant (Mesembryanthemum crystallinum L.) shoots in a coastal soil of Yellow River Delta, China. Xiangwei You,Shaojing Yin,Fengyue Suo,Zongchang Xu,Depeng Chu,Qingxian Kong,Chengsheng Zhang,Yiqiang Li,Lei Liu. 2021

[19]Utilization of seaweed-based biostimulants in improving plant and soil health: current updates and future prospective. Nanda, S.,Kumar, G.,Hussain, S.. 2021