Effects of different cowpea (Vigna unguiculata) Varieties on Soil Microbial Population and Biomass Carbon

A.D. Ishola, R. Lawal, L.T. Ishola, N.T. Olajire
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Abstract

The study determined the effects of different cowpea varieties on soil microbial population and biomass carbon. Rhizosphere soils of six  different cowpea varieties were selected based on their nodulating ability. This study selected two of the most nodulating varieties (Ife  Brown and Tvu113), two medium nodulating varieties (IT08K-150-27 and IT07K-230-2-9) and two least nodulating varieties (Sanzi and IRS-09-1106-4) for analysis. The laboratory was used to assess the microbial population and soil biomass carbon content. Findings  indicate that the soil surrounding the roots (rhizosphere soil) of IT08K-150-27 which was of the medium nodulating variety gave the  highest microbial population and biomass carbon. Thus, IT08K-150-27 outperformed other varieties in boosting soil microbial activities, consequently improving soil health. Owning to the results obtained in the study, it can be concluded that nodulation ability in cowpea  might not proportionately affect soil microbial activity in the rhizosphere soils.
不同豇豆(Vigna unguiculata)品种对土壤微生物数量和生物量碳的影响
该研究确定了不同豇豆品种对土壤微生物数量和生物量碳的影响。根据六个不同豇豆品种的结瘤能力,选择了它们的根瘤土壤。本研究选择了两个结核能力最强的品种(Ife Brown 和 Tvu113)、两个中等结核能力的品种(IT08K-150-27 和 IT07K-230-2-9)和两个结核能力最低的品种(Sanzi 和 IRS-09-1106-4)进行分析。实验室用于评估微生物数量和土壤生物碳含量。研究结果表明,中等结瘤品种 IT08K-150-27 的根系周围土壤(根瘤层土壤)的微生物数量和生物质碳含量最高。因此,IT08K-150-27 在促进土壤微生物活动,从而改善土壤健康方面优于其他品种。根据研究结果,可以得出结论:豇豆的结瘤能力可能不会成比例地影响根瘤土壤中的土壤微生物活动。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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