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首页> 外文期刊>International Journal of Agriculture, Environment and Biotechnology >Optimization of Spacing, doses of Vermi-compost and Foliar Application of Salicylic Acid on Growth, Flowering and Soil Health of Chrysanthemum (Dendranthema grandiflora Tzvelev) cv. “Guldasta”
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Optimization of Spacing, doses of Vermi-compost and Foliar Application of Salicylic Acid on Growth, Flowering and Soil Health of Chrysanthemum (Dendranthema grandiflora Tzvelev) cv. “Guldasta”

机译:优化间距,vermi-compost and Salicylic and的叶酸和裂缝应用菊花(Dendranthema Grandiflora Tzvelev)Cv的生长,开花和土壤健康。 “Guldasta”

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摘要

A field experiment was conducted during the year 2018–2019 to study the effect of spacing (50×50, 50×60 and 50×75), dose of vermi-compost (0, 5.0 and 10.0 ton/ha) and foliar application of salicylic acid (0, 100 and 200 ppm) on the growth, flowering and soil health of chrysanthemum. The experiment was laid out in a factorial randomized block design with twenty seven treatments and three replications. Significant improvement in growth and flowering characters was recorded with closer spacing (50×50 cm) except plant spread, number of flowers/plant, weight of individual flower, diameter of flower, shelf life and stalk length while, plants grown at wider spacing had maximum available NPK in post harvested soil. Gradual increases doses of vermicompost for 0 to 10.0 ton/ha significantly improved plant growth, flowering and yield attributing traits alongwith higher availability of NPK in post harvested soil. Among the foliar spray of salicylic acid, salicylic acid (100 ppm) significantly produced good plant growth and flower yield except induced early flowering and 50% flowering however, control showed maximum availability of NPK in post-harvested soil. Among the combined combinations, maximum flower yield/plant was recorded with treatment combination T26 (S3+VC2+SA1) and treatment combination T8 (S1+VC2+SA1) resulted in maximum flower yield/plot and flower yield/ha during course of study.
机译:在2018 - 2019年进行了一个现场实验,以研究间距(50×50,50×60和50×75),vermi-compost剂量(0,5.0和10.0吨/公顷)和叶面应用的影响水杨酸(0,100和200ppm)对菊花的生长,开花和土壤健康。该实验在阶乘随机块设计中奠定了二十七种治疗和三种复制。在除植物蔓延,鲜花/植物数量,鲜花数量,花卉的重量,花,保质期和茎长的鲜花/植物的数量,植物以更广泛的间隔种植的鲜花/植物数量收获后土壤中的最大可用NPK。逐渐增加的蛭石数为0至10.0吨/公顷,显着提高了植物生长,开花和产量归因于收获土壤后NPK的可用性。在水杨酸的叶面喷雾中,除了诱导早期开花和50%开花之外,水杨酸(100ppm)显着产生了良好的植物生长和花卉产量,但是控制在收获后土壤中的NPK的最大可用性显示出。在组合组合中,用治疗组合T26(S3 + VC2 + SA1)记录最大花产率/植物,并且治疗组合T8(S1 + VC2 + SA1)导致在研究过程中导致最大的花产率/地块和花卉产量/公顷。

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