Seasonal Effects on Performance of Three Dual-purpose Cowpeas Varieties Production in Sahelian Sandy Soil of Niger

Toudou Daouda Abdoul-Karim, A. Sanoussi, B. Yacoubou
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Abstract

In Niger, cowpea is primarily cultivated under rainfed conditions and therefore often suffers from water stress at the end of its cycle. However, cultivating dual-purpose varieties during the cold dry season can help minimize the effects of water stress and improve cowpea production. A field study was conducted to assess the seasonal effect (cold dry season and rainy season) on the yield of three dual-purpose cowpea varieties `over two consecutive years, 2022 and 2023. The analysis of the results shows that pod and seed yields during the cold dry season were on average higher than those of the rainy season. The varieties can produce an average of over 4000 kg/ha of seeds during the cold dry season compared to 1770.18 kg/ha during the rainy season. During the rainy season, the varieties produced more haulms than in the cold dry season, with 8217.38 kg/ha and 6163.19 kg/ha, respectively. During the cold dry season, cowpea benefited from low temperatures, which favored increased pod and seed yields. Due to its advantages, cowpea cultivation during the cold dry season should be developed and promoted in Niger.
季节对尼日尔萨赫勒沙质土壤中三个两用豇豆品种生产性能的影响
在尼日尔,豇豆主要是在雨水灌溉条件下种植的,因此在其生长周期的末期往往会受到水分胁迫的影响。然而,在冷旱季种植两用品种有助于最大限度地减少水分胁迫的影响,提高豇豆产量。研究人员开展了一项田间研究,以评估 "2022 年和 2023 年连续两年 "季节(冷旱季和雨季)对三个两用豇豆品种产量的影响。结果分析表明,冷旱季的豆荚和种子产量平均高于雨季。这些品种在冷旱季平均每公顷可生产超过 4000 公斤的种子,而在雨季则为每公顷 1770.18 公斤。在雨季,各品种的茎秆产量均高于旱季,分别为 8217.38 千克/公顷和 6163.19 千克/公顷。在冷旱季,豇豆受益于低温,有利于提高豆荚和种子产量。鉴于其优势,尼日尔应发展和推广旱季豇豆种植。
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