[1]Construction Of Chromosome Segment Substitution Lines Of Dongxiang Common Wild Rice (Oryza Rufipogon Griff.) In The Background Of The Japonica Rice Cultivar Nipponbare (Oryza Sativa L.). Ma, XD, Han, B, Tang, JH, Zhang, JN, Cui, D, Geng, LY, Zhou, HY, Li, MM, Han, LZ. 2019

[2]Genome-Wide Association Study of Grain Size Traits in Indica Rice Multiparent Advanced Generation Intercross (MAGIC) Population. Ponce, Kimberly,Ponce, Kimberly,Ye, Guoyou,Zhang, Ya,Zhang, Ya,Leng, Yujia,Guo, Longbiao,Ye, Guoyou. 2020

[3]Association Study Reveals Genetic Loci R.esponsible For Arsenic, Cadmium A nd Lead Accumulation In Rice Grain In Contaminated Farmlands. Chen, Sunlu,Qin, Ping,Zheng, Guangyong,Xu, Xiangyang,Shi, Xiaoliang,Teng, Sheng,Peng, Yu,Liu, Xiuyan,Liu, Xiuyan,Liu, Xiuyan,Chen, Sunlu,Chen, Mingxue. 2019

[4]Validation Of Qgs10, A Quantitative T.rait Locus For Grain S ize On The Long Arm Of Chromosome 10 In Rice (Oryza Sativa L.). Wang, Z, Chen, JY, Zhu, YJ, Fan, YY, Zhuang, JY. 2017

[5]Minor-Effect Qtl For Heading Date D.etected In Crosses Between I ndica Rice Cultivar Teqing And Near Isogenic Lines Of Ir24. Sun, ZC, Zhu, YJ, Chen, JY, Zhang, H, Zhang, ZH, Niu, XJ, Fan, YY, Zhuang, JY. 2018

[6]Genome-Wide Association Study Of Rice G.rain Width Variation. Zheng, XM, Gong, TT, Ou, HL, Xue, DY, Qiao, WH, Wang, JR, Liu, S, Yang, QW, Olsen, KM. 2018

[7]Identification of natural allelic variation in TTL1 controlling thermotolerance and grain size by a rice super pan-genome. Lin, Yarong,Zhu, Yiwang,Cui, Yuchao,Qian, Hongge,Yuan, Qiaoling,Chen, Rui,Lin, Yan,Chen, Jianmin,Zhou, Xishi,Shi, Chuanlin,He, Huiying,Hu, Taijiao,Gu, Chenbo,Yu, Xiaoman,Zhu, Xiying,Wang, Yuexing,Qian, Qian,Zhang, Cuijun,Wang, Feng,Shang, Lianguang. 2023

[8]Construction And Evaluation Of Introgression L.ines And Fine Mapping O f Ehd8 From Jinghong Common Wild Rice (Oryza Rufipogon). Sun, DY, Wang, WX, Xin, XY, Cao, LM, Sun, XJ, Hu, ZJ, Jiang, L, Dong, SQ, Liu, YH, Yang, JS, Luo, XJ. 2019

[9]Combined Genome-Wide Association Analysis And T.ranscriptome Sequencing To Identify C andidate Genes For Flax Seed Fatty Acid Metabolism. Wang, Jing,Dai, Zhigang,Zhang, Shuquan,Xu, Ying,Zhang, Shuli,Chen, Jing,Zhao, Debao,Deng, Canhui,Xie, Dongwei,Yang, Zemao,Xie, Dongwei,Su, Jianguang,Tang, Qing. 2019

[10]Identification Of The Genomic Region U.nderlying Seed Weight Per P lant In Soybean (Glycine Max L. Merr.) Via High-Throughput Single-Nucleotide Polymorphisms And A Genome-Wide Association Study. Jing, Y, Zhao, X, Wang, JY, Teng, WL, Qiu, LJ, Han, YP, Li, WB. 2018

[11]Genome-Wide Association Mapping Identifies Novel Loci For Quantitative Resistance To Blackleg Disease In Canola. Raman, H, McVittie, B, Pirathiban, R, Raman, R, Zhang, YY, Barbulescu, DM, Qiu, Y, Liu, SY, Cullis, B. 2020

[12]Selection Of Soybean Elite Cultivars B.ased On Phenotypic And G enomic Characters Related To Lodging Tolerance. Liu, ZX, Li, HH, Fan, XH, Huang, W, Yang, JY, Zheng, YH, Wen, ZX, Li, YH, Wang, DC, Wang, SM, Qiu, LJ. 2017

[13]Selection of soybean elite cultivars based on phenotypic and genomic characters related to lodging tolerance. Zhangxiong Liu, Huihui Li, Xuhong Fan, Wen Huang, Jiyu Yang, Yuhong Zheng, Zixiang Wen, Yinghui Li, Dechun Wang, Shuming Wang, Lijuan Qiu. 2017

[14]Identification Of Loci And Candidate Genes Analyses For Tocopherol Concentration Of Soybean Seed. Sui, MN, Jing, Y, Li, HY, Zhan, YH, Luo, J, Teng, WL, Qiu, LJ, Zheng, HK, Li, WB, Zhao, X, Han, YP. 2020

[15]Identification Of Loci And Candidate G.enes For Plant Height I n Soybean (Glycine Max) Via Genome-Wide Association Study. Jing, Y, Zhao, X, Wang, J, Lian, M, Teng, WL, Qiu, LJ, Han, YP, Li, WB. 2019

[16]Genome-Wide Association Mapping And Candidate G.ene Analysis For Saturated F atty Acid Content In Soybean Seed. Zhao, X, Chang, H, Feng, L, Jing, Y, Teng, WL, Qiu, LJ, Zheng, HK, Han, YP, Li, WB. 2019

[17]Geographic Divergence and Putative Candidate Gene Discovery of Rice Grain Quality in China. 王斐,崔迪,马小定,朱子超,韩冰,刘春晖,王楚桃,熊英,龙春林,李贤勇,韩龙植. 2025

[18]Dissection Of Complicate Genetic Architecture A.nd Breeding Perspective Of C ottonseed Traits By Genome-Wide Association Study. Xia, Qiuju,Xiang, Haitao,Ma, Jun,Xu, Haiming,Du, Xiongming,Sun, Gaofei,Jia, Yinhua,Pan, Zhaoe,He, Shoupu,Quan, Zhiwu,Shi, Weijun,Jenkins, Johnie N.,Du, Xiongming,Sun, Junling,Zhu, Jun,Zhang, Gengyun,Xiao, Songhua,Pang, Baoyin,Liu, Jianguang,Lou, Xiangyang,Gong, Wenfang,Wang, Liru,Liu, Shouye. 2018

[19]Association Mapping Analysis Of Fiber Y.ield And Quality Traits I n Upland Cotton (Gossypium Hirsutum L.). Ademe, Mulugeta Seyoum,Du, Xiongming,Li, Lin,Ma, Zhiying,Sun, Junling,Cai, Zhongmin,Wang, Liru,Zhu, Haiyong,Jia, Yinhua,He, Shoupu,Wang, Qinglian,Yang, Jinlong,Zhang, Jinbiao,Pang, Baoyin,Zhang, Xin,Liu, Jinhai,Qin, Hongde,Zhang, Xuelin,Zhou, Guanyin,Li, Zhikun,Huang, Aifen,Pan, Zhaoe,Yang, Jun,Liu, Hui,Yi, Xianda. 2017

[20]Genome-Wide Association Mapping And Genomic P.rediction Analyses Reveal The G enetic Architecture Of Grain Yield And Flowering Time Under Drought And Heat Stress Conditions In Maize. Magorokosho, Cosmos,Hao, Zhuanfang,Makumbi, Dan,Liu, Yubo,Lu, Yanli,Gowda, Manje,Olsen, Michael S.,Cairns, Jill E.,Babu, Raman,Babu, Raman,Wang, Nan,Wang, Nan,Zhang, Xuecai,Prasanna, Boddupalli M.,San Vicente, Felix,Yuan, Yibing,Lu, Yanli,Yuan, Yibing,Yuan, Yibing,Zhang, Ao. 2019