首页> 外文期刊>Propagation of Ornamental Plants >Effect of macronutrients and sucrose concentration on in vitro growth of Drosera capensis L. (Droseraceae) plants, and evaluation of six substrates for acclimatization.
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Effect of macronutrients and sucrose concentration on in vitro growth of Drosera capensis L. (Droseraceae) plants, and evaluation of six substrates for acclimatization.

机译:常量营养素和蔗糖浓度对德氏蔷薇科植物体外生长的影响,并评估了六种底物的适应性。

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摘要

The effect of two concentrations of the Murashige and Skoog macronutrients (full and half strength), in combination with three concentrations of sucrose (1.5, 3.0 and 4.5% w/v), was evaluated on the in vitro growth of Drosera capensis plants of two sizes (10-15 mm and 20-25 mm). Additionally, growth of plants of this species was assessed in six substrates seven weeks after being acclimatized to in vivo conditions. The smallest plants grown on the lowest concentration of macronutrients and with 1.5 or 3.0% sucrose, and those on the normal concentration of macronutrients with 1.5% sucrose, exhibited the highest increase in growth during the 15 weeks of evaluation. Perlite, vermiculite, peat moss and the mixture of peat moss with perlite showed highest survival rate and a tendency to increased plant growth during acclimatization. On the contrary, soil, alone or in combination with rice husks, evidenced serious drawbacks, probably due to drainage problems, which caused very low survival and poor growth of plants.
机译:在体外中评估了两种浓度的Murashige和Skoog大量营养素(完全和半强度)与三种浓度的蔗糖(1.5%,3.0%和4.5%w / v)的组合效果。两种尺寸(10-15毫米和20-25毫米)的德罗莎(Drosera capensis)植物的生长。另外,在适应体内条件后七周,在六个基质中评估了该物种的植物的生长。在评估的15周内,使用最低营养素浓度和1.5%或3.0%蔗糖生长的最小植物和使用正常营养素浓度与1.5%蔗糖的植物生长的植物表现出最高的生长。珍珠岩,ver石,泥炭藓和泥炭藓与珍珠岩的混合物显示出最高的成活率,并且在适应过程中具有增加植物生长的趋势。相反,单独或与稻壳结合的土壤被证明存在严重的缺陷,可能是由于排水问题造成的,该问题导致植物的存活率极低且生长不良。

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