Influence of Late Planting on Growth and Yield of F3 Cowpea (Vigna unguiculata L. Walp) Inbred Lines in the Guinea Savanna Agro-Ecology of Ghana

S. Luriwie, M. Alidu
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Abstract

Planting time is an essential agronomic practice for the growth and yield of crops. This phenomenon enhances the crop ability to perform better in varied environments. The experiment was conducted during the late season in September, 2020 at the University for Development Studies (UDS) experimental field. The objective was to evaluate the influence of late planting on the growth and yield of third filial generation of cowpea inbred lines. The experiment was a single factor experiment laid in a randomized complete block design. The lines were ABF3, GOF3, MF3, SAF3 and an advance breeding line IT93K503-1, used as a standard check. Data was collected on plant height, Leaf area, branch count at harvest, Chlorophyll Content, Days to 50% flowering, Days to 95% maturity, Number of seeds per plant, Pod weight per plant, Pod length per plant, Number of seeds per pod, Hundred seed weight, Dry matter, and grain yield. Data was analyzed using Gen Stat Statistical package 12th edition and treatment means were separated at 5% probability level. Results showed significant differences in eight parameters measured. SAF3 recorded the highest plant height and leaf area. SAF3 recorded the highest chlorophyll, while GOF3 recorded the lowest chlorophyll content. Again, GOF3 flowered early compared with the check but SAF3 recorded the longest days to flower. GOF3 matured early, whilst SAF3 took the longest days to pod maturity. SAF3 had the highest grain yield. The results obtained in the study showed that, planting time had significant influence for grain yield of cowpea.
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晚播对加纳几内亚草原农业生态中F3豇豆自交系生长和产量的影响
种植时间是影响作物生长和产量的重要农艺措施。这种现象增强了作物在不同环境下的生长能力。该实验于2020年9月在发展研究大学(UDS)实验田进行。目的是评价晚播对豇豆自交系子代第三代生长和产量的影响。本试验为单因素试验,采用完全随机区组设计。以ABF3、GOF3、MF3、SAF3和高级选育株系IT93K503-1作为标准检验。收集了植株高度、叶面积、收获时枝数、叶绿素含量、开花至50%天数、成熟至95%天数、单株种子数、单株荚果重、单株荚果长、单株荚果数、百粒重、干物质和籽粒产量等数据。数据采用Gen Stat Statistical package第12版进行分析,处理方法按5%概率水平分离。结果显示8项测量参数有显著性差异。SAF3的株高和叶面积最高。叶绿素含量最高的是SAF3,最低的是GOF3。与对照相比,GOF3再次开花早,但SAF3的开花时间最长。GOF3成熟较早,而SAF3成熟所需时间最长。SAF3籽粒产量最高。研究结果表明,种植时间对豇豆籽粒产量有显著影响。
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