Evaluation of Intercropped Aloe vera with Plantain on Growth and Yield Status in a Real Culture Situation in Daloa, Côte d'Ivoire

N’goran Koffi Désiré, Tonessia Dolou Charlotte, Soumahin Eric Francis, Zoh Olivia Dominique, Sey Junias, Akaffou Doffou Selastique
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Abstract

Rains decrease and irregularity represent a threat to farmers and call for crops of interest’s promotion like Aloe vera, requiring little water. Therefore, lands rarity compels the valorization inter-row crops’ spacing occupying wide spaces. Thus, the research has been led in the Central - West of Côte d'Ivoire in order to evaluate the effect of plantain banana tree (Musa sp) and Aloe vera association on these crops growth and yield. For this, an implement with a complete randomization design including two treatments with eight repetitions was achieved. The processings were consisted in planting either one Aloe vera plant (treatment 1) or two Aloe vera plants (treatment 2) between four plantain tree plants. The interval used for the planting of banana shoots in the 40-cm deep seed holes was 3 m x 2 m. The results showed that treatment 2 has speeded up the appearance of Aloe vera’s leave and encouraged the generation of a high number of leaves (39 leaves) longer (20.06 cm) and wider (2.78 cm) bringing about large fresh and dry biomasses, compared to treatment 1 and the control, with 125.42 g and 64.27 g, respectively. As for plantain banana tree, the intercropping favored a higher leaf emergence rate with a high number of leaves (23 leaves) longer and wider, 113.53 cm and 58.70 cm long, respectively. The intercropping also favored in plantain banana a large number of hands (7) and fingers (32) with a finger length of 35.25 cm weighing on average 0.46 kg and causing a mass of 9.23 kg / bunch. Bananas bunch yield higher in the associated plantain banana trees (15.39 t. ha-1) compared to controls (7.83 t. ha-1).
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大蕉间作芦荟在科特迪瓦达洛亚实际栽培条件下对生长和产量的影响
雨水减少和不规律对农民构成威胁,需要推广像芦荟这样需要很少水的作物。因此,土地的稀缺性促使行间作物间距的扩大。因此,本研究已在Côte科特迪瓦中西部地区开展,以评估芭蕉树(Musa sp)和芦荟对这些作物生长和产量的影响。为此,采用完全随机化设计的工具,包括两种处理,重复8次。处理过程包括在四棵大蕉树之间种植一株芦荟(处理1)或两株芦荟(处理2)。在40厘米深的种子洞中种植香蕉幼苗的间隔为3米× 2米。结果表明,处理2加速了芦荟叶片的形成,促进了叶片数量的增加(39片),叶片长(20.06 cm),叶片宽(2.78 cm),鲜生物量和干生物量较处理1和对照分别为125.42 g和64.27 g。大蕉树的叶片出苗率较高,叶片长、宽23片,分别为113.53 cm和58.70 cm。间作也有利于大蕉手多(7个)、指多(32个),指长35.25 cm,平均重0.46 kg,每串质量9.23 kg。与对照(7.83 t hm -1)相比,相关大蕉树的香蕉束产量更高(15.39 t hm -1)。
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