首页 | 本学科首页   官方微博 | 高级检索  
     

旱地小麦喷施绿色抗旱剂技术及节水效应研究
引用本文:梁志刚,高秀萍,宋志辉. 旱地小麦喷施绿色抗旱剂技术及节水效应研究[J]. 勤云标准版测试, 2006, 0(9)
作者姓名:梁志刚  高秀萍  宋志辉
作者单位:山西省襄汾县农业技术推广中心 山西襄汾041500(梁志刚),山西省农业科学院旱地农业研究中心 山西太原030031(高秀萍,宋志辉)
摘    要:2002—2005年在山西太原、清徐和临汾就旱地冬小麦应用绿色抗旱剂的喷施技术及节水效应进行了研究。结果表明:GDR5号喷施以稀释225倍的增产效果最为显著,其次为稀释300倍和150倍,增产幅度为5.2% ̄18.5%;GDR5号喷施以起身喷 灌浆(挑旗、抽穗)喷的效果最好,其次为起身喷。增产幅度为10.2% ̄20.6%;绿色抗旱剂拌 喷试验表明以GDR1号拌种 GDR5号起身期喷施效果最显著。各个绿色抗旱剂叶面喷施的节水效果以GDR5号的较高,其次为GDR2号和GDR1号。该项研究为旱地冬小麦应用生长调节剂开辟了新的领域。

关 键 词:旱地小麦  生长调节剂  增产效应  绿色抗旱剂

Study on Technology of Using Green Drought Resistance Agent and Saving on Water Effect in Dryland Wheat
Liang Zhigang,Gao Xinping,Song Zhihui. Study on Technology of Using Green Drought Resistance Agent and Saving on Water Effect in Dryland Wheat[J]. , 2006, 0(9)
Authors:Liang Zhigang  Gao Xinping  Song Zhihui
Affiliation:1.Xian, Fen Centre for Popularizing A griculturt Technique, Xiangfen 041500; 2.Arid Farming Research Center, Shanxi Academy of Agrieultural Seienees, Taiyuan shanxi 030031
Abstract:Spraying technology of GDR and saving water of winter wheat in dry land were studied in Shanxi Taiyuan, Qingxu and Linfen from 2002 to 2005. The result showed that the yield-improving effects of spraying GDR No.5 diluted 225 times was the better than 300 times and 150 times. which improving yield from 5.2% to 18.5%. sprayed at raising stage and at grain filling stage, GDR No.5 has the best effect.and sprayed only at raising stage has the best effect. Spraying GDR No.5 can improving yield from 10.2% to 20.6%. The research of GDR dressed and sprayed experiment showed that seal dressed by GDR No.1 and GDR No.5 sprayed at raising stage has volume effect. spraying GDR No.5 has the best effect of saving water among all GDR No.5 ,and GDR No.2 and GDR No.1 have the second effect. This research can open a new area for used of growth regulator to winter wheat in dry land.
Keywords:Winter wheat in dry land   Grow regulator   Improving yielde ffects   Green Drought Resistance agent
点击此处可从《勤云标准版测试》浏览原始摘要信息
点击此处可从《勤云标准版测试》下载全文
设为首页 | 免责声明 | 关于勤云 | 加入收藏

Copyright©北京勤云科技发展有限公司  京ICP备09084417号