首页> 外文期刊>Journal of Pure & Applied Microbiology >Field Screening of Some Long Duration Pigeonpea [Cajanus cajan (L.) Millsp. | Genotypes Against the Infestation of Pod bug, Clavigralla gibbosa (Spinola) and Gram Pod Borer, Helicoverpa armigera (Hubner)
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Field Screening of Some Long Duration Pigeonpea [Cajanus cajan (L.) Millsp. | Genotypes Against the Infestation of Pod bug, Clavigralla gibbosa (Spinola) and Gram Pod Borer, Helicoverpa armigera (Hubner)

机译:某些长寿命木豆的野外筛选[Cajanus cajan(L.)Millsp。 |反对Pod bug,Clavigralla gibbosa(Spinola)和Gram Pod Borer,Helicoverpa armigera(Hubner)侵染的基因型

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Twenty-five long duration pigeonpea genotypes were screened for the reaction against pod bug and gram pod borer during Kharif season of 2014-15 at the Agricultural Research Farm, Institute of Agricultural Sciences, Banaras Hindu University, Varanasi.The first incidence of pod bug, Clavigralla gibbosa (Spinola) was observed in 4"1 standard week and continued to 12lh standard week in all genotypes The population of pod bug was found to be highest in genotype Bahar (check) and ICP 7035-1 in ll,h standard week with population of 10.3 bugs/plant and 10.2 bugs/plant, respectively. The mean population of pod bug was recorded highest in genotypes Bahar (check) and ICP 7035-1 i.e. (6.8 bugs /plant) and lowest in genotype ICP 13212-1 (3.0 bugs/plant). The first incidence of pod borer, Helicoverpa armigera (Hubner) larvae was observed in 4lh standard week in fifteen genotypes out of the total twenty-five genotypes. The mean population of pod borer was recorded highest in genotype ICP 13198-1 i.e. (1.1 larvae/plant) followed by Bahar (check), ICPL 97253 and ICPHaRL 4985-4 (1.0 larvae/plant) and no incidence of pod borer was recorded in genotype ICPHaRL 4985-10 and ICPL 20062. The highest per cent pod damage caused by Clavigralla gibbosa (Spinola) was found in ICP 7035-1 (26.0 per cent), followed by ICPHaRL 4985-11 (21.5 per cent) and ICPL 88039-1 (21.0 per cent). The per cent pod damage inflicted by Helicoverpa armigera (Hubner) ranged from nil in genotypes ICPHaRL 4985-10 and ICPL 20062 to 5.5 per cent ingenotype ICP 13198-1. The genotype ICP 13198-1 (5.5 per cent) showed higher per cent pod damage as compared to check, Bahar (5.0 per cent). Whereas, all other genotypes showed lower per cent pod damage as compared to Bahar (5.5 per cent). The genotype ICPHaRL 4985-4 showed 5.5 per cent of pod damage similar to the check (Bahar). The per cent grain damage caused by Pod bug on different genotypes ranged from 1.96 per cent in genotype ICP 13212-1 to 16.97 per cent in genotype Bahar (check cultivar). The per cent grain damage due to lepidopterous pod borer on different genotypes varied from nil in genotypes ICPHaRL 4985-10 and ICPL 20062 to 3.03 per cent in genotype ICPHaRL 4989-7. Due to the adverse weather conditions that prevailed during the crop season, a very low grain yields were recorded. The grain yield of different genotypes differed significantly and ranged from 105.6 kg/ha in the genotype ICPL 85063 to 338.9 kg/ha in ICP 7035-1.
机译:在瓦拉纳西巴纳拉斯印度大学农业科学研究所农业研究农场2014-15的Kharif季节筛选了25种长持续时间的木豆基因型对荚虫和克荚虫的反应。在所有基因型中,Clavigralla gibbosa(Spinola)出现在4“ 1标准周,并持续到12lh标准周。发现在基因型Bahar(检查)和ICP 7035-1的ll,h标准周,荚虫的种群最高。分别以10.3个虫子/植物和10.2个虫子/植物的种群分布。荚虫的平均种群在Bahar(检查)和ICP 7035-1基因型中最高,即(6.8个虫子/植物),而在ICP 13212-1基因型中则最低。 3.0虫/株)。在总共25种基因型中的15种基因型中,在4lh标准周中首次观察到荚bore蛀虫(Helicoverpa armigera(Hubner)幼虫)的发生率。在ICP 13198号基因型中,荚pod蛀虫的平均种群记录最高-1即(1.1幼虫/植物),其次是Bahar(检查),ICPL 97253和ICPHaRL 4985-4(1.0幼虫/植物),在基因型ICPHaRL 4985-10和ICPL 20062中未记录到豆荚虫的发生。豆荚损害率最高ICP 7035-1(26.0%)发现了由Clavigralla gibbosa(Spinola)引起的细菌,其次是ICPHaRL 4985-11(21.5%)和ICPL 88039-1(21.0%)。棉铃虫(Hubner)造成的豆荚损害百分率范围从基因型ICPHaRL 4985-10和ICPL 20062的零(零)到基因型ICP 13198-1的5.5%。 ICP 13198-1基因型(5.5%)显示出豆荚损坏率高于支票Bahar(5.0%)。而所有其他基因型的豆荚损伤率均低于巴哈尔(5.5%)。 ICPHaRL 4985-4基因型显示出豆荚损坏的5.5%,类似于支票(Bahar)。 Pod虫对不同基因型造成的谷物损害百分率介于ICP 13212-1基因型的1.96%至Bahar基因型(检查品种)的16.97%。鳞翅目pod虫对不同基因型造成的谷物损害百分率从ICPHaRL 4985-10和ICPL 20062基因型为零,到ICPHaRL 4989-7基因型为3.03%。由于作物季节期间普遍存在不利的天气条件,因此记录到谷物单产非常低。不同基因型的谷物产量差异显着,范围从ICPL 85063型的105.6 kg / ha到ICP 7035-1型的338.9 kg / ha。

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