棕煤腐殖质物理参数及其对凤头草生长的影响-Сhemical

Q3 Agricultural and Biological Sciences OnLine Journal of Biological Sciences Pub Date : 2023-04-01 DOI:10.3844/ojbsci.2023.504.510
Damilya Konysbaeva, Bolat Yermagambet, Zhanar Kassenova, Viktoriya Gorbulya, Maira Kazankapova, Altyngul Khaimuldinova
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引用次数: 0

摘要

这项研究的动机是需要获得从褐煤中分离的腐植酸对土壤肥力和植物发育影响的数据。在我们的研究中,我们通过植物实验,从褐煤中分离腐殖质物质,并在实验室条件下研究其理化性质以及所得馏分对凤凰枣椰树生长的影响。分离得到的腐植酸密度为1.0416 g/cm3,动态粘度为1.84*10-3 Pa*s。腐殖质质量分数为56%。结果表明,以1%的腐殖质溶液浇灌枣椰树,1个月内比对照株高增加41.5倍,叶宽增加80倍,叶长增加15%。理化试验结果表明,褐煤腐殖质能提高植物的营养水平。
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Physico-Сhemical Parameters of Humic Substances of Brown Coal and their Effect on the Growth of Phoenix dactylifera
The motivation for the study was the need to obtain data on the effect of humic acids isolated from brown coal on soil fertility and plant development. In our study, we conducted experiments with plants to isolate humic substances from brown coal and study its physicochemical properties and the effect of the resulting fraction on the growth of Phoenix dactylifera date palm plants in laboratory conditions. The isolated humic acids had a density of 1.0416 g/cm3 and the dynamic viscosity was 1.84*10-3 Pa*s. The mass fraction of humic substances was 56%. As a result, when watering date palm plants with a 1% solution of humic substances, plant height increased by 41.5 in 1 month, leaf width by 80, and leaf length by 15%, compared with the control variant. The results of physicochemical experiments prove that humic substances from brown coal promote the level of plant nutrition.
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来源期刊
OnLine Journal of Biological Sciences
OnLine Journal of Biological Sciences Agricultural and Biological Sciences-Agricultural and Biological Sciences (all)
CiteScore
2.10
自引率
0.00%
发文量
35
期刊介绍: :: Cell biology :: Developmental biology :: Structural biology :: Microbiology :: Molecular biology & genetics :: Biochemistry :: Biotechnology :: Biodiversity :: Ecology :: Marine biology :: Plant biology :: Bioinformatics
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