Effects of Fertilizer Application on Seed Yield of Smooth Bromegrass and Siberian Wildrye

doi:10.11733/j.issn.1007-0435.2000.04.006

›› 2000, Vol. 8 ›› Issue (4): 273-278.DOI: 10.11733/j.issn.1007-0435.2000.04.006

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Effects of Fertilizer Application on Seed Yield of Smooth Bromegrass and Siberian Wildrye

Mao Peisheng, Han Jianguo, Wang Pei, Rong Yuping

Institute of Grassland Science, China Agricultural University, Beijing 100094

Online:2000-11-15 Published:2000-11-15

施肥对无芒雀麦和老芒麦种子产量的影响

毛培胜, 韩建国, 王培, 戎郁萍

中国农业大学草地研究所, 北京 100094

基金资助:
国家“九五”科技攻关96-016-01-04专题研究内容

Abstract

Abstract: The experiments of nitrogen application were conducted with smooth bromegrass (Bromus inermis L.) and siberian wildrye (Elymus sibiricus L.) to study the changes of seed yield. Seed yield of smooth bromegrass was improved with the application N rate increasing in spring, and maximum seed yield was harvested at application 200kgN/hm². In autumn fertilizer treatments maximum seed yield was attained at 100kgN/hm². Seed yield of smooth bromegrass harvested at split application (Autumn 70kgN/hm²+ Spring 30kg N/hm²) was not only higher than split application 200kgN/hm², but also than spring or autumn application. Seed yield of siberian wildrye growing three years was increased greatly by application.

Key words: Smooth bromegrass, Siberian wildrye, Seed yield, Fertilizer applicatd

摘要： 以无芒雀麦和老芒麦为材料,研究不同施肥处理对其种子产量的影响。结果表明,无芒雀麦种子产量随着春季施氮量的增加而增加,其中以施氮200kg/hm²的种子产量最高;而秋季则以施氮100kg/hm²的种子产量最高,春秋分期施100kgN/hm²(秋季70kgN/hm²+春季30kgN/hm²)种子产量不仅高于分期施200kgN/hm²,而且也高于春季或秋季其它施肥处理。此外,施肥可以大幅度提高3年生老芒麦的种子产量。

关键词: 无芒雀麦, 老芒麦, 种子产量, 施肥

Mao Peisheng, Han Jianguo, Wang Pei, Rong Yuping. Effects of Fertilizer Application on Seed Yield of Smooth Bromegrass and Siberian Wildrye[J]. , 2000, 8(4): 273-278.

毛培胜, 韩建国, 王培, 戎郁萍. 施肥对无芒雀麦和老芒麦种子产量的影响[J]. , 2000, 8(4): 273-278.

References

[1] 刘法涛,杨志忠,条了汉,等．1998．百脉根大田种子生产的技术研究[J]．中国草地,1:21～23.
[2] 邢诒能,何华玄．1991．笔花豆种子生产技术措施[J]．草业科学,8(6):19～21.
[3] 李青云,马玉寿,韩德林. 1998. 冷地早熟禾种子生产的优化栽培技术研究[J]. 中国草地,5:35～37.
[4] 杨允菲．1988．天然羊草草地在放牧和刈割条件下的种子生产性能[J]．中国草业科学,5(6):30～32.
[5] 周玉香,兰剑,邵生荣,等．1999．施肥对草地早熟禾种子生产性能的影响[J]．草地学报,7(1):81～83.
[6] 赵俊权,李淑安．1991．氮磷钾对非洲狗尾草及纳罗克种子产量和干物质的影响[J]．草业科学,8(2):64～68.
[7] 梁如冰. 1988. 不同封闭期对努伊多年生黑麦草牧草及种子生产的效应[J]．中国草业科学,5(6):33～35.
[8] 盘朝帮,胡启元．1987．川西北高原栽培牧草育种研究:Ⅱ 老芒麦产草量随生长年限下降的品系间差异及育种改良可行性探讨[J]．四川草原,4:49～52.
[9] 蒋文兰,李琪,于应文,等. 1995a. 白三叶种子大面积生产试验初报[J]. 草业科学,12(4):47～49.
[10] 蒋文兰,潘元吉. 1995b. 磷肥和行距对两种草坪草种子产量和品质的影响[J]. 草业科学,12(3):30～32.
[11] 韩建国. 1997. 实用牧草种子学[M]. 北京:中国农业大学出版社. 182～207.
[12] Bean E W. 1978. Principles of herbage seed production [M]. Cambrian News (Aberystwyth) Ltd. 24～41.
[13] Cedeu T. 1986. Autumn treatments of long term grass seed crop leys-Swedish trials with red fescue and smooth stalked meadow grass [J]. Nordisk Jordbrugsforskning, 68(4):553～554.
[14] Hampton J G. 1991. Temperate herbage seed production:An overview[J]. Supplement to Journal of Applied Seed Production, 9:2～13.
[15] Kalton R R, Barker R E, Welty R E. 1996. Seed production [A]. Moser L E, Buxton D R, Casler M D. Cool-Season Forage Grasses [M]. Madison, Wisconsin, USA. 383～411.
[16] Lorenzentti F. 1993. Achieving potential herbage seed yields in species of temperate regions[A]. Proceeding of the ⅩⅦ International Grassland Congress [C]. 1621～1628.
[17] Nordestgaard A. 1980. The effects of quantity of nitrogen, date of application and the influence of autumn treatment on the seed yield of grasses [A]. Hebblethwaite P D. Seed Production [M]. 105～120.
[18] Rowarth J S, Archie W J. 1993. Reproductive initiation, closing dates, nitrogen requirements and harvesting of smooth brome cv. Grasslands TiKi[A]. Proceedings of the ⅩⅦ International Grassland Congress[C]. 1674～1675

Effects of Fertilizer Application on Seed Yield of Smooth Bromegrass and Siberian Wildrye

施肥对无芒雀麦和老芒麦种子产量的影响

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