[1]吴明才　肖昌珍.大豆硫营养[J].大豆科学,1998,17(04):299-304.[doi:10.11861/j.issn.1000-9841.1998.04.0299]
　Wu MingcaiXiao Chang zhen.SULPHUR NUTRITION OF SOYBEAN[J].Soybean Science,1998,17(04):299-304.[doi:10.11861/j.issn.1000-9841.1998.04.0299]
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大豆硫营养

《大豆科学》[ISSN:1000-9841/CN:23-1227/S] 卷: 第17卷 期数: 1998年04 页码: 299-304 栏目: 出版日期: 1998-11-20
Title:
SULPHUR NUTRITION OF SOYBEAN
作者:
吴明才　肖昌珍
(中国农业科学院油料作物研究所　武汉430062)
Author(s):
Wu Mingcai　Xiao Chang zhen
(Oil Crops Research Institute ,CA A S, Wuhan 430062)
关键词:
大豆;  硫利用率; 酰脲
Keywords:
Soy bean;  S uti li zatio n ef ficiency;  Uerides
DOI:
10.11861/j.issn.1000-9841.1998.04.0299
文献标志码:
A
摘要:
水培矮脚早大豆研究表明: 大豆生育适宜的硫量为0. 1m Mol. S. L- 1 ,能促进干物质积累。不同硫水平营养器官干物质分配率( PRDM)均是成熟期低于前期。种子中PRDM与硫量负相关。器官中硫含量高低依种子、叶、茎、根、荚皮顺序递减。硫有促进共生固氮功能,荚期茎部酰脲及酰脲丰度以0. 5m Mo l. S. L- 1处理最高。缺(低)硫处理器官酰脲与硝态氮增加。花期功能叶与非功能叶全硫量分别低于0. 12% , 0. 08%为大豆缺硫参考指标。
Abstract:
Study of sulphur o n so ybean va riety Ai jiao zao by w ater cul ture show ed that thesui table S application lev el for soybean g row th and dev elo pment is 0. 1Mmol S /L. It canincrease the accumula tion o f dry mat ter. Under di fferent S lev els the distribution ratioo f dry mat ter o f o rg ans in harvest stage is low er tha n that o f the fo rmer g row th stag e.The order of S content in org ans in seed> leaves> stems> ro ot s> pod shells. S a pplicationcan improve the functio n o f symbio tic nit rog en fixation. The urdides and relativ eabunda nce of ureides in stems a t pod stag e are the hig hest a t the lev el o f 0. 5Mmol S /L.S deficiency can increase the co ntent of ureides a nd ni t rate ni t ro gen o f o rgans. When theS content o f functio nal leav es and no n- functional leav es at flow ering stag e are low erthan 0. 12% and 0. 08% respectully, they can be reg arded as cri tical index of soy bean Sdeficiency.

参考文献/References:

[1 ]　吴明才,大豆缺素病诊断研究,湖北农业科学, 1990, ( 7): 13- 16

[2 ]　Dcl gad o J. A et al. 1995. Modcling th e upt ake of su lfur b y crop on tw o al luvial s oi l of louisi ana: SoybeansCommunications in Soil Science and Analysis. 26( 9110): 1491- 1505
[3 ]　Dubcy S. K. et al. , 1995, Eff ect of lev el and sou rce of sulph ur on Sym bi otic and Biomet ri cal Parameters ofSoybean ( Gl ycine max ) . Indian Jou rnal of Ag ricul tu ral Sci ences. 65( 2): 140- 144
[4 ]　Fon tes R. L. F, et al. , 1993, Zin e- binding Peptides as a function of Zn and S in Soybean Plan t and Soi l,155 /156, 435- 436
[5 ]　Fon tcs, R. L. F, et al. , 1995, Ef f ect of Sulfur Supplu on Soyb ean Plant ex posed t o Zin e toxici t y, Journal ofPl an t Nut rit ion, 18( 9): 1893- 1906
[6]　Kanda K. et al. , 1995, Eff ect of t emperatu re, ligh t and nut rient sulfu r on sul f ru gas emi t ted f rom rice,Soybean and Chines e Cabbag e. Japan ese Journal of Soil Sci ence and Pl an t Nut riti on. 66( 4): 342- 347
[7 ]　Klis ersk a D. et al. , 1992, Ef f ect of min eral deficiency and l ength of Sto rage of Soybean Seed s on the isoenzyme spectrum of malat e deh ydrogenas c. Fi zi ologiya na Rast eni yat a. 18( 2): 28- 34
[8 ]　Saraf C. S. 1988Ⅱ , Sulphu r f erti li zati on of puls es f or yield and quali ty ( in ) procedings of Symposium onsulph ur in Indin. M ew Delhi, ( 2): 1- 7
[9 ]　Shindc D, A, et al. , 1981, Ef fect of applicd phos ph ate and s ulphu r on the ut ili zat ion of the f er tili zer s ulph urby s oybean ( Gl ycine ma x ) and " A"values of s oi l s ulphu r in blank s oi l. Jou rnal of Res earch , Jaw aharlalNeh ru Krishw a Vidyalaya, Jabalpur. 15( 3): 98- 103
[10 ]　Shinde D. A. et al. , 1982, Major nut rient s tatus of soybean ( Gl ycine ma x ) pl an t at dif f erent st ages ofg row th as af fect ed by ph os phat e and s ulph ur applicat ion. Jounal of Research Jaw ah arlal Nch ru Kris hi Vis hwa Vid yalaya, 16( 1): 38- 45
[11 ]　Tondon H. L. S 1991, Sulph ur Research and Agricultural production in India.

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更新日期/Last Update: 2017-01-14