Influence of Apical Cutting on Growth Parameters of Roselle (Hibiscus sabdariffa L.) in Two Agro-climatic Zones of Niger

Kaka Kiari Boukar Kéllou, A. Moussa, Illo Souley Mahaman Hamissou, Mamadou Chetima Maina Boukar, Moussa Massaoudou, A. Sanoussi, B. Yacoubou, Mahamane Ali
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Abstract

Improving roselle yield and production, particularly in light of climate change and variability, remains challenging and constantly urges for the modification of agro-techniques. One such modification that has proven successful in boosting yield of many vegetable crops in recent years is the adaptation of the apex cutting technique, especially in unfavorable agro-climatic circumstances where traditional methods are not plausible. This study was to assess the effect of cutting the main stem apical bud on roselle growth parameters and determine the optimal stage of apex cutting. The experiment was conducted in a split plot experimental device in randomized blocks with four (4) repetitions at Tara/Gaya and Tarna/Maradi. Two factors were studied, six (6) roselle ecotypes and four (4) levels of apex cuttings viz. C0 (uncunt plants as a control); C1 (20 days after sowing (DAS)); C2 (30 DAS); and C3 (40 DAS). The findings showed that apex cutting significantly affected all the morphological parameters evaluated. Apex cutting significantly reduced the total plant height and the number of primary branches per plant. Furthermore, significant increases were observed in the diameter and the number of secondary branches per plant for the six ecotypes. Moreover, the optimal time-point for obtaining the best collar diameter and secondary branches per plant was found to be between cut 1 (20 DAS) and cut 2 (30 DAS).
尼日尔两个农业气气带中根尖切割对芙蓉生长参数的影响
提高玫瑰的产量和产量,特别是在气候变化和多变性的情况下,仍然具有挑战性,并不断敦促改进农业技术。近年来,一种已被证明在提高许多蔬菜作物产量方面取得成功的改良方法是适应尖端切割技术,特别是在传统方法不可行的不利农业气候环境下。本研究旨在评价主茎顶芽扦插对玫瑰生长参数的影响,确定扦插的最佳时期。在Tara/Gaya和Tarna/Maradi的随机分组实验中,采用分割图实验装置进行4次重复。研究了2个因子,6个蔷薇生态型和4个水平的顶端插枝,即C0(作为对照的未计数植物);C1(播后20天);C2 (30 das);C3 (40das)。结果表明,顶端切割对各形态参数均有显著影响。先端扦插显著降低了株高和单株一次枝数。此外,6个生态型的单株次生枝的直径和数量均显著增加。同时,在第1条(20 DAS)和第2条(30 DAS)之间是获得最佳领径和单株次枝的最佳时间点。
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