Evaluation of growth stimulants on growth and yield of cotton (Gossypium hirsutum L.)

W. Ahmad, N. Hussain
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Abstract

The field experiment was performed at Adaptive Research Farm Karor, Layyah by sowing cotton variety (MNH-886) @ 25 kg ha-1. The experiment was conducted by Randomized Complete Block Design (RCBD) with a factorial arrangement and 3 replications. The fertilizer NPK was applied as per recommendation and standard agronomic practices were given at a proper time. The maximum cotton seed germination (m-2) was 37.00 with soaking the seed in potassium chloride solution. A maximum number of plants m-2 was (32.667) in treatment soaking seed in potassium chloride solution. Whereas a minimum number of plants m-2 were (20.66) in the control treatment. Maximum plant height (cm)was observed in treatment soaking the seed in potassium chloride solution. Whereas minimum plant height was recorded in the control treatment. Maximum monopodial branches were observed in treatment soaking the seed in potassium chloride solution, followed by soaking the seed in water for 12 hours (hydro-priming) which is statically at par with soaking the seed in calcium chloride solution. Whereas a maximum number of sympodial branches were recorded at soaking the seed in potassium chloride solution (23.33). Seed priming of cotton seed with water and salts have no effect on the number of squares, flowers, open bolls plant-1 and boll weight (g). Maximum average yield was (2700.00 kg ha-1) in treatment soaking seed in potassium chloride solution. Whereas minimum seed cotton yield was (2338 kg ha-1) in the control treatment. Maximum seed cotton yield was (901.07kg ha-1) in treatment soaking seed in potassium chloride solution. Whereas minimum seed cotton yield was (773.70kg ha-1) in the control treatment. Maximum seed lint yield was (1797.7 kg ha-1) in treatment soaking the seed in potassium chloride (KCl) solution. Whereas minimum seed cotton yield was (1545.6 kg ha-1) in the control treatment. Maximum seed index was (9.0167gm) in treatment soaking the seed in potassium chloride solution (KCl). Whereas the minimum seed index was (7.6133gm) in the control treatment. Seed priming of cotton seed with water and salts have no effect on the uniformity index (%), UHML fiber length, and micro narie value. Maximum GOT (%) was (46.033%) in soaking seed in potassium chloride solution (KCl). Whereas minimum GOT was (42.863%) in the control treatment.
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生长刺激剂对棉花生长和产量的影响
田间试验采用棉花品种MNH-886 (25 kg hm -1)进行。试验采用随机完全区组设计(RCBD),因子排列,3个重复。按推荐施用氮磷钾,适时施用标准农艺措施。氯化钾浸种后,棉花种子萌发率(m-2)最高为37.00。氯化钾浸种处理最大m-2株数为32.667株。而对照处理m-2株数最少,为20.66株。在氯化钾溶液中浸泡种子的处理植株最高(cm)。而对照处理的株高最低。在氯化钾溶液中浸泡种子,然后在水中浸泡12小时(水浸),这与在氯化钙溶液中浸泡种子的静态相同,观察到最大的单足分枝。而在氯化钾溶液中浸种时,合聚枝数最多(23.33)。水和盐对棉花种子的方数、花数、开铃数和铃重(g)没有影响。氯化钾浸种处理的平均产量最高(2700.00 kg ha-1)。对照处理籽棉产量最低(2338 kg hm -1)。氯化钾浸种处理籽棉产量最高(901.07kg hm -1)。而对照处理籽棉产量最低(773.70kg hm -1)。氯化钾浸种处理的皮棉产量最高(1797.7 kg hm -1)。而对照处理籽棉产量最低(1545.6 kg hm -1)。在氯化钾溶液(KCl)中浸种处理的种子指数最高,为9.0167gm。对照处理种子指数最小,为7.6133gm。水和盐对棉籽均匀度指数(%)、UHML纤维长度和微颗粒值没有影响。在氯化钾溶液(KCl)中浸泡的种子,其GOT(%)最高为46.033%。而对照组的GOT最小值为42.863%。
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