Enhancing Timber and Medicinal Plant Resources: Propagation Techniques for Khaya senegalensis (Desr.) A. Juss. in Tropical Regions

Yao kouakou Abessika Georges, Gbotto Ahou Anique, Gnamien Yah Gwladys, Kouame Brou Grâce Emmanuella, A. Sélastique, Z. Arsène
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Abstract

Human uses the resources of tropical forests, which contain great biological diversity, for food, traditional and commercial purposes, including on an international scale. Some species have been exploited for timber production. The aim of this work was to identify the best part of the shoot for regeneration of Khaya senegalensis in the two seedling sebstrates. This work will provide a database for the regeneration and domestication of forest products, with Khaya senegalensis as a model plant. It is one of the medicinal and timber species on which sustained attention and priority actions should be focused. The main objective of this study was to determine whether this plant, with its high health value, can be regenerated by cuttings. The set-up comprised 180 bags arranged in a random block of 90 bags for each of the seeding substrates (black earth and red earth). The results showed that regeneration by cuttings is possible in the substrates. Old cuttings showed the best viability rates, at 70% and 43.33% for black earth and red earth substrates respectively. The best regeneration percentage was observed for aged cuttings (36.66% and 20%). These results showed variability in length and collar diameter according to cutting type and substrate. Of the three types of explants tested, the old part of the stem proved better than the young and intermediate parts. However, it would be interesting to improve the rate of regeneration and rooting of cuttings by using vegetative hormones.
加强木材和药用植物资源:热带地区卡亚塞内加尔(Desr.)A. Juss.的繁殖技术
热带森林蕴含着巨大的生物多样性,人类将热带森林资源用于食品、传统和商业目的,包括在国际范围内。一些树种已被用于木材生产。这项工作的目的是确定两种树苗中最适合塞内加尔卡雅(Khaya senegalensis)再生的嫩枝部分。这项工作将为林产品的再生和驯化提供一个数据库,并将卡亚塞内加尔树作为示范植物。它是药用和木材物种之一,应受到持续关注并优先采取行动。这项研究的主要目的是确定这种具有很高保健价值的植物能否通过扦插再生。实验装置由 180 个袋子组成,每个袋子随机排列,每种播种基质(黑土和红土)各有 90 个袋子。结果表明,扦插再生在基质中是可行的。黑土和红土基质中老插条的成活率最高,分别为 70% 和 43.33%。老插条的再生率最高(分别为 36.66% 和 20%)。这些结果表明,扦插类型和基质不同,插条的长度和颈圈直径也不同。在测试的三种类型的外植体中,茎的老茎部分优于幼茎和中间部分。不过,通过使用无性繁殖激素来提高插条的再生和生根率是很有意义的。
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