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机插条件下不同米粉稻品种产量形成特点与辐射利用率比较
引用本文:张恒栋,黄敏,单双吕,赵春荣,陈佳娜,曹放波,范龙,王玉梅,邹应斌.机插条件下不同米粉稻品种产量形成特点与辐射利用率比较[J].中国稻米,2017(4):63-66.
作者姓名:张恒栋  黄敏  单双吕  赵春荣  陈佳娜  曹放波  范龙  王玉梅  邹应斌
作者单位:1. 湖南农业大学农学院,长沙410128;贵州黔西南喀斯特区域发展研究院,贵州兴义562400;2. 湖南农业大学农学院,长沙,410128
基金项目:国家重点研发计划项目(2016YFD0300509)
摘    要:于2016年早、晚季在湖南省浏阳市永安镇开展大田试验,对湖南常用米粉稻品种陆两优996、中嘉早17和中早39的产量形成特点和辐射利用率进行比较。结果表明,早季陆两优996的产量比中嘉早17和中早39高35.34%~46.18%,差异显著;晚季各品种的产量差异未达显著水平。早季陆两优996的每穗粒数、千粒重、成熟期干物质量、收获指数比其他2个品种分别高14.77%~29.41%、6.11%~13.20%、23.34%~34.78%、9.96%~10.65%;辐射截获量和辐射利用率比其他2个品种分别高7.29%~13.75%和14.86%~18.93%。

关 键 词:米粉稻  辐射利用率  产量  干物质积累

Comparative Study on Yield Formation and Radiation Use Efficiency among Different Flour Rice Varieties under Machine-transplanted Conditions
ZHANG Hengdong,HUANG Min,SHAN Shuanglv,ZHAO Chunrong,CHEN Jiana,CAO Fangbo,FAN Long,WANG Yumei,ZOU Yingbin.Comparative Study on Yield Formation and Radiation Use Efficiency among Different Flour Rice Varieties under Machine-transplanted Conditions[J].China Rice,2017(4):63-66.
Authors:ZHANG Hengdong  HUANG Min  SHAN Shuanglv  ZHAO Chunrong  CHEN Jiana  CAO Fangbo  FAN Long  WANG Yumei  ZOU Yingbin
Abstract:The field experiments were conducted in Yongan Town, Liuyang City, Hunan Province in early and late seasons in 2016. The yield formation and radiation use efficiency were compared among three commonly used flour rice varieties in Hunan Province:Luliangyou 996 (LLY996), Zhongjiazao 17 (ZJZ17) and Zhongzao 39 (ZZ39). The results indicated that the yield of LLY996 was 34.34%~46.18%higher than that of ZJZ17 and ZZ39 in early season, and the differences were significant; while the differences of the yields in late season were insignificant. The grains per panicle, grain weight, dry matter weight at maturity, harvest index of LLY996 were increased by 14.77%~29.41%, 6.11%~13.20%, 23.34%~34.78% and 9.96%~10.65% compared to the other two varieties. The intercepted radiation and radiation use efficiency of LLY996 were increased by 7.29%~13.75%and 14.86%~18.93%compared to the other two varieties.
Keywords:flour rice  radiation use efficiency  yield  dry matter accumulation
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