TanJing's Representative Papers and Works
[1] TanJing, Tian, Bai, Zhang, Fan Xingming.2010. Genetic effect analysis of main agronomic characters of high quality protein maize. Southwest Agricultural News, 23 (4): 1032- 1038. [2 Fan Xingming.20 20 10/0. Identification of drought tolerance of maize varieties and screening of drought tolerance indexes. Journal of Yunnan Agricultural University, 25(2): 189- 194. [3] TanJing,,, Duan Chile,, Fan Xingming.2009.24:155-158. [4] TanJing, Yao Wenhua, Xu, Fan Xingming.2008.Genetic effects of grain characters of high-quality protein corn. Acta Crops, 34(5): 904-908. [5] TanJing, Xu. Luo Liming. 2007. Study on Breeding Maize Inbred Lines with Haploid Inducers. Journal of journal of maize sciences,15 (4): 56-58,62. [6] TanJing, Xu, Huang,,. 2006. Research progress of high quality protein maize breeding. Journal of journal of maize sciences,14 (5):15-19. [7] TanJing, Fan Xingming, Yang Junyun, Chen Hongmei, Yang Rongfen. 2004. Study on the relationship between molecular marker genetic distance and yield heterosis in maize. Journal of Southwest Agriculture, 17 (3). Chen Hongmei. 2004. Breeding of drought-resistant maize. Journal of Southwest Agricultural University, 17: 388-392. [9] TanJing, Li Xiaolin. 2000. Drought resistance methods of maize abroad. World Agriculture, (3): 22-23. [15 yellow]. Analysis of yield combining ability and genetic relationship between exotic tropical and subtropical maize inbred lines and temperate maize inbred lines in 2002. China Agricultural Sciences, 35(7): 743-749. Fan Xingming, TanJing, Huang, Liu Feng. Combining Ability and Heterogeneity Population Analysis of 200 1. Yellow Grain High Quality Protein Maize Inbred Lines. Genetics, 23 (6): 547-552. Fan Xingming, TanJing, Huang, Liu Feng. Analysis of special combining ability and preliminary analysis of heterosis model of 200 1. high quality protein maize inbred lines. Acta Crops, 27(6): 986-992.