Research on Chinese cabbage. Too much nitrogen for Chinese cabbage intended for storage is unfavourable
Jeurissen, J.G.M.
Groenten + Fruit, Vollegrondsgroenten 1(31): 10-11
1991
Accession: 002208595
In trials over 2 years with the Chinese cabbage cultivar Kingdom 65 (sown in the field in the first week of Aug.) intended for storage, the effects were compared of N applications between 120 and 240 kg/ha, based on the N content of the 0-30 cm soil layer, and of K2O applications between 0 and 400 kg/ha.
PDF emailed within 1 workday: $29.90
Related References
Yu YangJun; Zhang FengLan; Zhao XiuYun; Zhang DeShuang; He Juan; Zhang ZhenXian 2005: Studies on the inheritance of late bolting in cross of Chinese cabbage x Chinese cabbage and the intraspecific crosses of Paktroi x Chinese cabbage and turnip x Chinese cabbage Acta Agriculturae Boreali Sinica 20(3): 17-21Nakagawa, Haruichi; Kamimura, Shoji; Sato, L. 1959: Ecological studies on the Chinese cabbage. II. Relation between the difference of sowing time and the appearance of leading characters of Chinese cabbage sown in the autumn and the effects on Chinese cabbage of various lengths of time of submergence Bull Tohoku Natl Agric Expt Sta 15: 81-87
Nakagawa, H.; Kamimura, S.; Sato, I. 1959: Ecological studies on Chinese cabbage. II. Relationship between the difference in sowing time and the appearance of the principal characteristics of Chinese cabbage sown in the autumn, and the effects on Chinese cabbage of various lengths of time of submergence. Bull, Tohoku nat. agric. Exp. Stat, 15, 81-7
Togashi, J.; Sakamoto, M. 1968: Studies of the outbreak of the soft rot disease of Chinese Cabbage by Erwinia aroideae (Towns.) Hall. (4). The effect of the seeding time of Chinese Cabbage upon the establishment of inoculum source of the soft rot disease of Chinese Cabbage in soil Sci. Rep. Res. Insts Tohoku Univ 19: 25-36
Togashl, Jiro; Sakamoto, M. 1968: Studies on the outbreak of the soft rot disease of Chinese cabbage by Erwinia aroideae Holl: 4. The effect of the seeding time of Chinese cabbage upon the establishment of inoculum source of the soft rot disease of Chinese cabbage in soil Rep Inst Agr Res Tohoku Univ 19: 25-36
Shinohara, S. 1989: Research on Chinese cabbage in China (7). Growth and development in Chinese cabbage Agriculture and Horticulture 64(11): 1267-1274
Shinohara, S. 1989: Research on Chinese cabbage in China (6). Survival and growth in Chinese cabbage Agriculture and Horticulture 64(10): 1167-1170
Eguchi, T., E.Al. 1960: Studies on seed production in Chinese cabbage (Brassica pekinensis Rupr.). Part 1. On flower bud differentiation in Chinese cabbage. Part 2. Influence of the time of nitrogenous fertilizer application on seed production in Chinese cabbage Bull. nat. Inst. agric. Sci, Hiratsuka., 8, 59-75
Chen RuYin; Wu JiaJiu; Tsai MeeiJu; Liu MingSai 2003: Effect of processing and storage on the antioxidant activity of pickled cabbage and Chinese cabbage Taiwanese Journal of Agricultural Chemistry and Food Science 41(1): 58-64
Rooster, L. de 1997: Chinese cabbage cultivar trial. Healthy cabbage, long storage Proeftuinnieuws 7(9): 10-11
Robak, J.; Adamicki, F.; Ostrowska, A.; Badeek, E. 2004: Effect of preharvest treatment on storage ability on some brassica vegetables - head cabbage, Chinese cabbage and broccoli Nowosci Warzywnicze 39: 91-95
Hatano, A.; Okawa, H.; Imagawa, M. 2003: Effects of the amount of nitrogen application on the nitrate contents of cabbage and Chinese cabbage Research Bulletin of the Aichi ken Agricultural Research Center 35: 79-83
Glaeser, G. 1979: Non-parasitic storage disorders of cabbage and Chinese cabbage Pflanzenarzt 32(4): 42-44
Oh, D.G.; Yoon, J.Y.; Lee, S.S.; Woo, J.G. 1984: Effect of some mulch materials on Chinese cabbage growing in different seasons. III. Soil temperature and growth of Chinese cabbage in the summer Journal of the Korean Society for Horticultural Science 25(4): 263-269
Yoon, J.Y.; Oh, D.G.; Woo, J.G.; Lee, S.S. 1984: Effect of some mulch materials on Chinese cabbage growing in different seasons. IV. Soil temperature and growth of Chinese cabbage in the autumn Journal of the Korean Society for Horticultural Science 25(4): 270-276
Yoon, J.Y.; Oh, D.K.; Woo, J.G.; Lee, S.S. 1984: Effects of some mulch materials on chinese cabbage growing in different seasons ii. growth and yield of spring chinese cabbage Research Reports of the Office of Rural Development 26(2): 35-41
Kim, J.K.; Chu, S.-M.; Baek, H.; Kim, H.-J.; Cho, H.-S.; 이시영; 류태훈; 이시명 2010: Comparison of phenolics, glucosinolates, and indole-3-acetonitrile between Chinese cabbage with cry1Ac gene and nontransgenic Chinese cabbage The Journal of the Korean Society of International Agriculture 22(1): 77-82
Nakagawa, Haruichi; Kamimura, S. 1960: The study on the interspecific hybrid with Chinese cabbage I. Strains obtained from crossing of Chinese cabbage and COO Bull Tohoku Natl Agric Expt Sta 19: 53-58
Gu AiXia; Shen ShuXing; Chen XuePing; Zhang ChengHe; Li XiaoFeng 2006: Allotriploid hybrids obtained from interspecific hybridization between Chinese cabbage and cabbage and the preliminary research on reproductive characters Acta Horticulturae Sinica 33(1): 73-77
Chen XiaoYan; Yang Xian; Zhang LuLu 2004: Effects of nitrogen nutrition and inoculation with Colletotrichum higginsianum on anthracnose resistance physiology in Flowering Chinese Cabbage: II. The effects of nitrogen nutrition on anthracnose and membrane lipid peroxidation in Flowering Chinese Cabbage Journal of South China Agricultural University 25(3): 1-5