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首页> 外文期刊>Journal of Plant Nutrition >EUCHARIS GRANDIFLORA PLANCH. AND LINDEN DEVELOPMENT FERTIRRIGATED WITH DIFFERENT OSMOTIC POTENTIALS
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EUCHARIS GRANDIFLORA PLANCH. AND LINDEN DEVELOPMENT FERTIRRIGATED WITH DIFFERENT OSMOTIC POTENTIALS

机译:EUCHARIS GRANDIFLORA PLANCH。不同渗透势的化肥和林登发育

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摘要

Eucharis grandiflora Planch. and Linden is a tropical climate Amaryllidacea, commonly known as lily, which develops a bulbous stem and is considered an indoor ornamental plant for its evergreen foliage and inflorescence. The aim of this study was to evaluate the vegetative development of the Lily, in response to the treatment with of the Steiner solution at different concentrations. The plants were acclimated under greenhouse conditions and the bulbs selected by a completely randomized design. Plants were treated with various concentrations of the Steiner solution, to develop the following potential osmotic: -0.018, -0.036, -0.054, -0.072, and 0 Mpal. The production of bulbils, development and leaf area, stomatal density, chlorophyll quantification, and osmotic potentials were evaluated. The results showed that treatment with solutions of -0.054 and -0.072 MPa induced a greater vegetative growth, 29.5% more stomata developed, and synthesized 29% more chlorophyll "b" than the control.
机译:Eucharis grandiflora Planch。 Linden是一种热带气候的朱顶兰科植物,通常被称为百合,它长出球茎,并因其常绿的叶子和花序而被认为是室内观赏植物。这项研究的目的是评估不同浓度的Steiner溶液对百合生长的响应。使植物在温室条件下适应,并通过完全随机的设计选择鳞茎。用各种浓度的Steiner溶液处理植物,以产生以下潜在的渗透性:-0.018,-0.036,-0.054,-0.072和0 Mpal。评价了球茎的产生,发育和叶面积,气孔密度,叶绿素定量和渗透势。结果表明,与对照相比,用-0.054和-0.072 MPa的溶液处理可促进更大的营养生长,增加29.5%的气孔,并合成29%的叶绿素“ b”。

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