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首页> 外文期刊>Trends in Applied Sciences Research >Growth Performance of Cocoa ( Theobroma cacao ) Hybrid Seeds in Different Media
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Growth Performance of Cocoa ( Theobroma cacao ) Hybrid Seeds in Different Media

机译:可可(Theobroma cacao)杂交种子在不同培养基中的生长性能。

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Background and Objective: Topsoil scarcity is among the top priority problems faced by cocoa nursery managers in the era free cocoa seedlings distribution to cocoa farmers in Ghana. The study sought to find a substitute media for nursing seedlings of hybrid cocoa seeds since the topsoil in most part of the country has lost its fertility due to erosion while others have become acidic through the excessive application of inorganic fertilizers. Materials and Methods: The materials used for the experiment included cocoa hybrid seeds, polybags, ruler and a pair callipers. The experiment was laid out in a randomized complete block design. The study involved the use of 3 media (treatments) with 3 replicates. The treatments were topsoil (TS) (100 v), topsoil+sawdust (TSS) (50:50 v) and topsoil+poultry manure (TSP) (50:50 v). Ten polybags were filled for each treatment, making a total of 90 filled polybags and 2 seeds sown per polybag. Sixty seeds were used for each treatment making a total of 180 seeds for the study. Watering was carried out every morning for a period of two months. The experiment was carried out under a shade net allowing sufficient sunlight through. Results: Emergence rate was taken after two weeks of germination whiles survival rate was also taken at the fourth week. Data on height and diameter of seedlings were analyzed using analysis of variance (ANOVA). In terms of emergence, the soil amended treatments (TSS and TSP) exhibited higher emergence ability than the control (TS), however, they were not significantly different (p0.05). The TS medium recorded the highest mean height for the four weeks period followed by TSS medium, however there was no significant difference between TS and TSS (p0.05) but there was a significant differences between TS and TSP media (p0.05). Survival rate was highest in the TS medium 91.67% followed by TSS (78.33%) and lastly the TSP medium (53.33%). Conclusion: From the results, it is concluded that topsoil amended with sawdust (TSS) can support the growth of the hybrid cocoa ( Theobroma cacao ) seedlings and could be used as substitute to topsoil (TS).
机译:背景和目的:在加纳免费向可可种植者分发可可苗的时代,表土稀缺是可可苗圃管理者面临的头等大事。该研究试图寻找一种替代培养基来培育杂交可可种子,因为该国大部分地区的表土由于侵蚀而丧失了肥力,而另一些则由于过量施用无机肥料而变成酸性。材料和方法:用于实验的材料包括可可杂种种子,塑料袋,直尺和一对卡尺。实验以随机完整模块设计进行。该研究涉及使用3种培养基(处理),重复3次。处理方法为表土(TS)(100 v),表土+木屑(TSS)(50:50 v)和表土+家禽粪便(TSP)(50:50 v)。每个处理装满10个塑料袋,总共装满90个塑料袋,每个塑料袋播种2粒种子。每种处理使用60粒种子,总共180粒种子用于研究。每天早晨浇水两个月。实验是在遮阳网下进行的,允许足够的阳光通过。结果:发芽率是在发芽两周后得出的,而存活率也是在发芽后第四周得出的。使用方差分析(ANOVA)分析幼苗的高度和直径数据。就出苗而言,土壤改良剂(TSS和TSP)的出苗能力高于对照(TS),但差异无统计学意义(p> 0.05)。 TS培养基在四个星期内的平均高度最高,其次是TSS培养基,但是TS和TSS之间没有显着差异(p> 0.05),而TS和TSP培养基之间存在显着差异(p0.05)。在TS培养基中成活率最高,为91.67%,其次是TSS(78.33%),其次是TSP培养基(53.33%)。结论:从结果得出的结论是,用锯末(TSS)改良的表土可以支持杂种可可(Theobroma cacao)幼苗的生长,并可以替代表土(TS)。

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