Gaskill J O.A Preliminary report on the use of gibberellic acid to hasten reproductive development in sugar beet seedings[J].Joumal of the A.S.S.B.T.IX,1957,(6):521-528
[5]
Guan G P,Abe J,Shimamoto Y.Effect of gibberellic acid and abscisic acid on bolting of sugarbeet(Beta Vulgaris L.) seedlings[J]. Faculty of Agriculture, 1991, 32:1-6
[6]
Abe J,Guo-Ping Guan,Shimamoto.A gene complex annual habit in sugar beet(beta vulgaris L.) [J].Euphyica,1997,94:129-135
Sadeghian S Y,Johansson E, Lexander K.A genetic analysis of the number of cells length of cell and gibberellic acid sensitivity in sugar beet and their relation to bolting mechanism[J]. Euphyica,1993,68:59-67
[9]
宋治军,纪重光.现代分析仪器与测试方法[M].西安:西北大学出版社,1995
[10]
奥岩松,李世军.大白菜发育过程中可溶性蛋白质的变化[J].中国蔬菜,1997(2):19-21
[11]
王立方.甜菜抽薹开花条件及调控技术的应用[J].中国甜菜,1983,2:1-13
[12]
Durrant M,J,Mash S J,Cullagh S.Interactions between seed quality,emergence and bolting in sugar beet.Seed Science and Technology,1990,18(3):833-837
[13]
张春来.甜菜早抽薹与抗早抽薹性研究初报[J].中国糖料,1994,4:14-44
[14]
Debenham G B,Roggen P M,Tallop S J.The influence of seed size and plant age at vernalization on bolting and flowering in sugar beet[J]. International Recherches Betteravieres,1997,60:439-443