添加有机肥和一些刺激物质对茴香(Foeniculum vulgare)植物的生长、产量和化学成分的影响

Fatma Fouad
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摘要

在 2021 /2022 和 2022 /2023 两个试验季节进行了一项田间试验,以确定作为有机肥料的滤泥、一些刺激物质及其相互作用对茴香(Foeniculum vulgare)植株生长性状(株高、分枝数/株和药材干重/株)、果实产量/株和每饲料田(饲料田 = 4200m 2)、固定油%、固定油产量/株和每饲料田,以及氮、磷和钾元素%的影响。滤泥的施用量为 0、6、12 和 18 m 3 /feddan ,刺激物质的处理如下:对照(未喷洒植物)、酵母提取物(YE)5 和 10 克/株、海藻提取物(SE)2 和 3 毫升/株、酵母提取物(YE)5 克/株 + 海藻提取物(SE)2 毫升/株、酵母提取物(YE)10 克/株 + 海藻提取物(SE)3 毫升/株。结果表明,除了低浓度(6 m 3 /feddan )的滤泥外,其他浓度的滤泥都能显著提高所有研究特性。显然,添加高浓度(18 m 3 /feddan )的滤泥是提高所有研究性状的最有效方法。在刺激性物质方面,除了低浓度(5 克/株)的酵母提取物外,叶面喷施这些物质(无论是单一浓度还是所有浓度的混合处理)都能显著提高所有测定指标。事实证明,叶面喷洒联合处理(10 克/株酵母提取物 + 3 毫升/株海藻提取物)对提高所有测试参数更有效。总的来说,在有机条件(滤泥)下高水平(18 m 3 /feddan )生长的植物加上叶面喷洒综合处理(10 克/株的酵母提取物 + 3 毫升/株的海藻提取物),在提高生长、果实产量、精油百分比和产量以及氮、磷和钾元素百分比方面最有效。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The influence of adding organic fertilizer and some stimulant substances on the growth, yield and chemical components of fennel (Foeniculum vulgare) plants
A field trial was carried out during the two experimental seasons of 2021 /2022 and 2022 /2023 to determine the effects of filter mud as organic manure, some stimulant substances and their interaction on growth traits (plant height, branch number /plant and herb dry weight /plant), fruit yield /plant and per feddan (feddan = 4200m 2 ), fixed oil %, fixed oil yield /plant and per feddan, as well as, the elements of N, P and K% of fennel ( Foeniculum vulgare ) plants. Filter mud was applied at 0, 6, 12 and 18 m 3 /feddan and the treatments of stimulant substances as follows: control (no sprayed plants), yeast extract (YE) at 5 and 10 g /plant, seaweeds extract (SE) 2 and 3ml / plant, YE at 5 g / plant + SE at 2 ml /plant and YE at 10 g /plant + SE at 3 ml /plant. The obtained results indicated that the addition of filter mud at all levels resulted a significant increase in all studied characteristics, except for the low one (6 m 3 /feddan) of such manure, mostly. Clearly, applying the high level (18 m 3 /feddan) of filter mud was the most effective treatment in augmenting all examined traits. In regard to stimulant substances, all measurements significantly elevated due to foliar spray with these substances, either single or together at all concentrations, except for the low concentration (5 g /plant) of yeast extract, mostly. Foliar spray with the combined treatment (10 g /plant yeast extract + 3ml /plant seaweeds extract) proved to be more effective in increasing all tested parameters. In general, plants grown in organic conditions (filter mud) at the high level (18 m 3 /feddan) plus foliar spray with the combined treatment (yeast extract at 10 g /plant + seaweeds extract at 3 ml /plant) gave the most effective treatment in elevating the growth, fruit yield, essential oil % and yield, as well as the elements of N, P and K %.
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