S. Thorat, RK Gangwar, M. Parmar, SG Patel, D. Prajapati, DJ Kacha
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引用次数: 0
摘要
在印度古吉拉特邦纳瓦加姆AAU主要水稻研究站,通过2016年和2017年收获季水稻基因型的田间筛选,确定了有效的叶折病抗性来源。根据标准评价系统(SES),在2016年和2017年收获季共筛选了18个和16个水稻基因型。筛选结果表明,抗性检测中W-1263(13.88)的叶片受损率最低,而CN-1231-11-7(18.02)和MP-209(18.64)的叶片受损率与NWGR-13017(23.64)的叶片受损率相当。同样,在2017年的筛选结果中,NWGR-13017水稻基因型百分比损伤评分(15.75)与抗性对照W-1263(15.10)相当。因此,在本试验中,NWGR-13017基因型对叶折病菌表现出良好的抗性反应。为了进一步验证我们的结果,2017年通过AICRIP试验在印度多个地点对基因型NWGR-13017进行了测试,结果显示该基因型在2017年秋季测试的11个地点中的7个发现有希望。因此,该水稻基因型NWGR-13017 (SK-20 x IET-19297)可作为抗叶折病品种的有效来源。
Identification of resistant rice genotype against leaf folder, Cnaphalocrocis medinalis Guenee
An experiment was conducted to identify efficient resistance source against leaf folder through field screening of rice genotypes during kharif 2016 and 2017 at Main Rice Research Station, AAU, Nawagam, Gujarat, India. Total of 18 and 16 rice genotypes were screened during kharif 2016 and 2017, following standard evaluation system (SES). The screening results showed that the minimum per cent damaged leaves were recorded in resistance check, W-1263 (13.88), whereas tested materials like CN-1231-11-7 (18.02), and MP-209 (18.64) were on par with resistant check followed by NWGR-13017 (23.64) during kharif 2016. Likewise, during 2017 screening results showed the NWGR-13017 rice genotype per cent damage score (15.75) was parallel with resistant check W-1263 (15.10). Hence, it is suggested that the genotype NWGR-13017 has exhibited promising resistance reaction against leaf folder in our experiment. Further to validate our results, genotype NWGR-13017 was tested in multiple location in India through AICRIP trial in 2017 and results showed that this genotype found promising in 7 out of 11 locations tested during kharif 2017. Therefore, this rice genotype NWGR-13017 (SK-20 x IET-19297) could serve as a viable source for development of resistant varieties against leaf folder.