RESPONSE OF COTTON CULTIVARS TO SOIL AND FOLIAR APPLIED FERTILIZER IN KABBA, KOGI STATE, NIGERIA

O.O. ETUKUDO, S.K. OGUNDARE
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Abstract

The experiment was carried out at Kabba College of Agriculture experimental field in 2020 and 2021 cropping seasons to evaluate response of cotton cultivars to soil and foliar applied fertilizer. The experiment was performed in a randomized complete block design with two factors arranged in split plot arrangement in three replications. The first experimental factor was a cultivar, include two cotton varieties Hybrid and Lokoja local (abbreviated as C1 and C2) were used. The second experimental factor was the different nitrogen sources applied at five levels, NS1 = No Nitrogen source (control), NS2 = NPK (20:10:10 plus boron) fertilizer applied into soil alone = 80kg NPK & B, NS3 = NPK & B at 50% (40kg N) + Agric Zyme 50% (40 kg N), NS4 = NPK & B at 75% (60kg N) + Agric Zyme at 25% (20kg N) and NS5 = NPK & B at 25% (20kg N) + Agric Zyme at (60kg N). Data were collected on growth characters such as plant height, stem girth, number of leaves and leaf area fresh and dry weight of cotton. Yield characters observed were number of flowers per plant, cotton ball per plant, cotton yield per plant and cotton lint yield. All plots with NPK&B and Agric Zyme produce better growth and yield characters than the control. All plots with NPK&B alone or in combination with Agric Zyme at reduced level produced similar growth characters. Cotton with fertilizer application either singly or combined produced higher number of flowers and cotton balls compared to the control. Cotton grows through hybrid seeds gave more flowers and cotton balls more than Lokoja local seeds used. Cotton with fertilizer application were susceptible to pest attacked compared to cotton grow in the control plots. Cotton grows with the use of hybrid seed gave higher number of aborted flowers than the Lokoja local seed used. Though, cotton plant grows with NPK&B at 80 kg /ha gave the highest yield of cotton. All other plots with combined application of NPK&B and Agric Zyme produced yield comparable to plots with NPK&B at 80 kg /ha. Among cotton with combined application of NPK&B and Agric Zyme, plots treated with NPK & B at 25% (20kg N) + Agric Zyme at 75% (60kg N) gave the greatest yield. Cotton with hybrid seed produced cotton yield higher than the Lokoja local seed. The increment in hybrid cotton yield over Lokoja local seed is 58.52%. Cotton farmers in the study area should grow hybrid cotton using any of the treatment combinations especially NPK & B at 25% (20kg N) + Agric Zyme at 75% (60kg N).
尼日利亚科吉州卡巴棉花品种对土壤和叶面施肥的响应
本试验于2020年和2021年两季在卡巴农学院试验田进行,目的是评价棉花品种对土壤和叶面施肥的反应。试验采用完全随机区组设计,2个因子按分割区排列,分3个重复。第一个试验因子是一个品种,包括两个棉花品种杂交和本地Lokoja(简称C1和C2)。第二个试验因子为5个水平施氮源,NS1 =无氮源(对照),NS2 =氮磷钾(20:10:10 +硼)单施氮磷钾= 80kg;B、NS3 = NPK &B在50% (40kg N) +农用酶50% (40kg N), NS4 = NPK &75% (60kg N) B + 25% (20kg N)农用酶和NS5 = NPK &施用25% (20kg N)的B +施用60kg N的Agric酶。测定了棉花的株高、茎周长、叶片数、叶面积、鲜干重等生长性状。观察单株花数、单株棉花球数、单株棉花产量和棉绒产量。所有添加NPK&B和Agric酶的地块的生长和产量性状均优于对照。单独使用NPK&B或与Agric Zyme联合使用较低水平的NPK&B的地块均产生相似的生长性状。与对照相比,单独或联合施肥的棉花开花和棉球数量更高。通过杂交种子生长的棉花比Lokoja当地种子使用的花和棉球更多。与对照区相比,施用化肥的棉花易受害虫侵害。使用杂交种子种植的棉花比使用Lokoja当地种子的棉花流产花数量更多。然而,棉花植株在80公斤/公顷的NPK&B中生长,棉花产量最高。所有其他联合施用NPK&B和Agric酶的地块产量与施用NPK&B的地块相当,产量为80公斤/公顷。氮磷钾与农用酶配施的棉花中,氮磷钾与农用酶配施的地块;施25% (20kg N)的B +施75% (60kg N)的Agric酶产量最高。用杂交种子生产的棉花产量高于当地的洛科加种子。杂交棉产量较洛科加地方种子增产58.52%。研究区棉农应使用任何一种处理组合种植杂交棉花,特别是氮磷钾和氮磷钾;25%的B (20kg N) + 75%的农用酶(60kg N)。
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