首页> 外文期刊>Journal of Eco-friendly Agriculture >Effect of growth retardants on yield attributing characters of okra (Abelmoschus esculentus L. Moench) Var. Parbhani Kranti
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Effect of growth retardants on yield attributing characters of okra (Abelmoschus esculentus L. Moench) Var. Parbhani Kranti

机译:影响经济增长的收益将阻燃剂秋葵的字符(现esculentus L。

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The field experiment was undertaken to study the effect of paclobutrazol (PBZ) and cycocel (CCC) on yield attributing characters of okra (Var. Parbhani Kranti) at Mango Research Sub-Centre, Rameshwar, Deogad, Dist. Sindhudurg (Maharashtra) during thekliarif season of the year 2016. The experiment was laid in randomized block design with three replications and seven treatments viz; T, : Control, T2 : CCC @ 250 ppm, T3 : CCC @ 500 ppm, T4 : CCC @ 750 ppm, T5 : PBZ @ 100 ppm, T6 : PBZ @ 200 ppm, T7 : PBZ @ 300 ppm. The sprays of CCC and PBZ at respective concentration were given on the plants at 30 days after sowing and second spray was given at 15 days after first foliar spray. The early flowering initiation (43.3 days after sowing) 'and 50 % flowering (47.3 days after sowing) were observed in the treatment CCC @ 750 ppm (T4). The maximum number of picking (harvestings) was also observed in CCC @ 750 ppm (TJ treatment (17.33) and it was at par with rest of the growth retardant treatments. The highest length of fruit (11.70 cm), breadth of fruit (16.47 mm) and average fruit weight (13.85 g) were recorded in CCC @ 500 ppm (TJ treatment. The lowest length of fruit (8.70cm) was in PBZ (@ 300 ppm (T7). The lowest fruit breadth (14.97 mm) and fruit weight (13.07 g) was in control (T,). The highest number of fruit per plant (19.07) and highest yield per plot (9.59 kg) were in T4 i.e. CCC @ 500 ppm. Amongst all the treatment, CCC @ 500 ppm was found most appropriate, as it has significantly improved the fruit size and yield of okra during kharif season under Konkan agro-climatic region.
机译:现场试验进行研究摘要效果(PBZ)和矮壮素(CCC)秋葵(Var的收益率将字符。Parbhani Kranti)芒果研究分中心,2016年在thekliarif季节的。实验是在随机区组设计有三个复制和七个治疗即;T:控制,T2: CCC @ 250 ppm, T3: CCC @ 500ppm, T4: CCC @ 750 ppm, T5: PBZ @ 100 ppm, T6:PBZ @ 200 ppm, T7: PBZ @ 300 ppm。CCC和PBZ各自的浓度在植物播种和后30天第二次喷了后15天叶面喷雾。播种后(43.3天)(播种后47.3天)被观察到的治疗CCC @ 750 ppm (T4)。的(收获)也在CCC@ 750 ppm (TJ治疗(17.33)平价与其他增长的治疗。最高的水果(11.70厘米)的长度,宽度水果水果(16.47毫米)和平均体重(13.85g)被记录在CCC @ 500 ppm (TJ治疗。水果(8.70厘米)的最低长度在PBZ (@300 ppm (T7)。和水果重量(13.07 g)在控制(T)。最多数量的每个植物(19.07)和水果最高产量/ T4即情节(9.59公斤)。CCC @ 500 ppm。500 ppm是最合适的,因为它显著提高果实大小和收益秋葵的秋收作物季节Konkan之下农业气候地区。

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