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Morpho-physiological plant quality when biochar and vermicompost are used as growing media replacement in urban horticulture

机译:当Biochar和蛭数用作城市园艺中的培养媒体更换时,生理植物质量

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Peat moss is the most used soilless substrate in the production of container plants in floriculture. Nevertheless, the drainage of peat bogs due to the peat extraction has increased the necessity of seeking products that could replace the peat that is used in plant production. Therefore, a comparative study was conducted to evaluate the effect of a biochar (B) - vermicompost (V) mixture, as a partial substitute for peat-based substrates, on the morpho-physiological characteristics of ornamental plants. Different blends containing B and V were compared to a baseline peat-based substrate (S) as control in the cultivation of two ornamental bedding plant species that are widely used in urban areas: geranium (Pelargonium peltatum) and petunia (Petunia hybrida). Plant growth and physiological parameters were assessed. Results showed that it is possible to grow container plants of these two species with commercial quality, using a peat-based substrate mixed with biochar and/or vermicompost (up to 30% V and 12% B). Plants in these substrates showed a similar or enhanced physiological response to those grown in the control using commercial peat-based substrate.
机译:泥炭苔是在花卉集装箱植物生产中最常用的无土底物。尽管如此,由于泥炭萃取引起的泥炭沼泽引流增加了寻求产品可以取代植物生产中使用的泥炭的产品的必要性。因此,进行了对比研究以评估生物炭(B) - 蛭波(V)混合物作为泥炭型底物的局部替代品的局部替代品的疗效。将含有B和V的不同混合物与基于基于基于泥炭基底物进行比较,作为在城市地区广泛应用的两种观赏床堆植物种类的控制:天竺葵(Pelargonium Peltatum)和喇叭花(Petunia hybrida)。评估植物生长和生理参数。结果表明,使用与生物炭和/或蠕动(高达30%V和12%B)混合的泥炭基底物,可以使用商业质量生长这两个物种的集装箱植物。这些底物中的植物显示了使用商业泥炭基底物在对照中生长的那些类似或增强的生理反应。

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