大穗优质粳稻新品种泗稻16号的选育与应用
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摘要
泗稻16号是以苏秀867为母本,以泗稻09-5966为父本进行配组,经多代系统选育而成的中粳稻新品种,具有丰产、稳产性好、品质优良、抗性良好等特点,2016～2017年连续2年参加国家黄淮粳稻区区域试验,2年试验平均产量9720 kg/hm~2,较对照徐稻3号增产5.37%。2017年参加同步生产试验,泗稻16号的产量达到了9861 kg/hm~2,较对照徐稻3号增产7.06%。2018年5月通过国家农作物委员会审定,适宜在河南沿黄、山东南部、安徽北部及江苏灌溉总渠以北的稻区种植。
"Sidao16" is mid-ripening japonica rice new variety, which is bred through the many-generation systematical selections of Suxiu 867(female parent)× Sidao 09-5966(male parent). Sidao 16 has the characteristics of high yield, stable yield, good rice quality, strong comprehensive resistance, etc. In the national regional test for japonica rice varieties in Huang-Huai River area during 2016～2017, the average yield of Sidao 16 was 9720 kg/hm~2, which was 5.37% higher than that of the control variety Xudao 3. In the synchronous production trial in 2017, the yield of Sidao 16 reached 9861 kg/hm~2, which was 7.06% higher than that of the control variety Xudao 3. Sidao 16 was approved and registered by National Committee for Crop Variety Registration in May, 2018. This variety is suitable to be planted along the Yellow River in Henan province, and in southern Shandong province, northern Anhui province and northern side of irrigation general ditch in Jiangsu province.
"Sidao16" is mid-ripening japonica rice new variety, which is bred through the many-generation systematical selections of Suxiu 867(female parent)× Sidao 09-5966(male parent). Sidao 16 has the characteristics of high yield, stable yield, good rice quality, strong comprehensive resistance, etc. In the national regional test for japonica rice varieties in Huang-Huai River area during 2016～2017, the average yield of Sidao 16 was 9720 kg/hm~2, which was 5.37% higher than that of the control variety Xudao 3. In the synchronous production trial in 2017, the yield of Sidao 16 reached 9861 kg/hm~2, which was 7.06% higher than that of the control variety Xudao 3. Sidao 16 was approved and registered by National Committee for Crop Variety Registration in May, 2018. This variety is suitable to be planted along the Yellow River in Henan province, and in southern Shandong province, northern Anhui province and northern side of irrigation general ditch in Jiangsu province.
引文
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[2] 顾铭洪.水稻高产育种中一些问题的讨论[J].作物学报,2010,36(9):1431-1439.
[3] 王月华,何虎,潘晓华,等.我国水稻育种技术发展历程回顾[J].江西农业学报,2012,24(2):26-28.
[4] 袁彩勇,李刚,王健,等.高产优质抗病中粳稻新品种隆粳968的选育与应用[J].江西农业学报,2016,28(11):6-9,14.
[5] 陈春,余翔,赖上坤,等.泗稻15号丰产性、稳产性及适应性分析[J].金陵科技学院学报,2017,33(1):56-59.
[6] 王佳婧,何芳,王勇,等.2012～2016年四川省水稻区试中籼晚熟组参试组合分析[J].南方农业学报,2018,49(11):2177-2185.
[7] 李刚,袁彩勇,王健,等.淮稻系列中粳稻新品种选育研究进展[J].江西农业学报,2016,28(3):35-38.
[8] 李虎陈,传华刘,广林,等.2006～2015年广西优质常规稻育种现状分析[J].南方农业学报,2017,48(2):375-380.
[9] 董丹,陈书强,刘柏林,等.直立粒穗基因对水稻源、库、流有关性状影响的研究[J].辽宁农业科学,2009(1):1-6.
[10] 杨守仁.水稻源与库的辩证关系[M].北京:农业出版社,1980:176-185.
[11] 陈春,陈卫军,赖上坤,等.16个水稻品种在宿迁地区的种植表现[J].安徽农业科学,2016,44(4):53-55.
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