摘要
为了满足生产需求,选育高产抗青枯病花生新品种,泉州市农业科学研究所采用杂交育种方法,以育种中间材料‘626-2-1’为母本,‘泉花327’为父本,育出花生新品种‘泉花27’。2010—2011年参加江西省花生区域试验,平均荚果产量5173.95 kg/hm^2,比对照‘汕油523’增产10.10%;籽仁产量3588.75 kg/hm^2,比对照增产7.64%。2010—2011年同时参加广西花生区域试验,平均荚果产量4082.4 kg/hm^2,比对照‘桂花21’增产12.17%;籽仁产量2582.25 kg/hm^2,比对照增产4.71%。2014—2015年参加福建省花生区域试验,平均荚果产量3901.5 kg/km^2,比对照‘泉花7号’增产9.3%;籽仁产量2779.5 kg/km^2,比对照增产13.1%。中国农科院油料作物研究所鉴定‘泉花27’高抗青枯病。‘泉花27’高产高抗青枯病,于2012年通过广西和江西品种审(认)定,适合在广西、江西和福建等地推广种植。
The study aims to satisfy peanut production demand, and breed peanut varieties with high yield andresistance to bacterial wilt by using cross breeding method in Quanzhou Agricultural Science ResearchInstitute. A new peanut variety ‘Quanhua 27＇ was bred with female parent ‘626-2-1＇ and male parent ‘Quanhua 327＇. In 2010-2011, the average pod yield of ‘Quanhua 27＇ was 5173.95 kg/hm^2 in peanutregional test in Jiangxi, increased by 10.10% compared with the control variety‘Shanyou 523＇; the averageseed yield was 3588.75 kg/hm^2 , increased by 7.64% compared with the control. At the same, in Guangxi peanutregional test, the average pod yield was 4082.4 kg/hm^2 , increased by 12.17% compared with the control variety ‘Guihua 21＇; the average seed yield was 2582.25 kg/hm^2 , increased by 4.71% compared with the control. In 2014-2015 peanut regional test in Fujian, the average pod yield was 3901.5 kg/km^2 , increased by 9.3%compared with the control variety ‘Quanghua 7＇; the average seed yield was 2779.5 kg/km^2 , increased by 13.1% compared with the control.‘Quanhua 27＇ was identified with high resistance to bacterial wilt inexperimental field by Oil Crops Research Institute, Chinese Academy of Agricultural Sciences.‘Quanhua 27＇ was certified（identified） as a new peanut variety with high production and resistance to bacterial wilt by theVariety Certification Committee of Guangxi and Jiangxi in 2012, and suitable for planting in Guangxi, Jiangxiand Fujian.
出处
《农学学报》
2017年第8期25-28,共4页
Journal of Agriculture
基金
国家花生产业技术体系(CARS-14)
福建省科技厅区域发展项目(2016N3022)
