研究枸橘的一些农艺特性和各种有机肥料以提高精油含量

Q4 Agricultural and Biological Sciences
Uğur TAN, Mehmet Ali KURT, Olcay ARABACI
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引用次数: 0

摘要

目的:研究不同有机肥对柠檬Lippia citriodora L.植株产量和品质特性的影响,评价其在Aydın生态条件下的适应性。此外,它还旨在提供关于有机肥料通过尽量减少使用化学肥料来提高作物生产力的潜力的资料。材料与方法:在Aydın生态条件下进行为期两年(2018-2019)的研究。试验采用微生物肥料、动物基液体有机肥、固体海藻肥、动物粪便堆肥、莱纳迪石和植物基液体有机肥6种不同的有机肥和1种对照。研究发现:与对照相比,有机肥对所有测量性状均有显著影响,这可能是由于有机肥可以通过增加氮、磷和硫的吸收来增加光合结构,这些元素在叶绿素产生和所需酶的产生中起重要作用。这可能是生物肥料对植物生长发育产生积极影响的原因。结论:综上所述,施用含腐植酸的肥料和适当的有机肥管理可促进柠檬酸Lippia citriodora L.植株生长和产量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Lippia citriodora L. bitkisinin bazı agronomik özellikleri ve uçucu yağ içeriğinin artırılması için çeşitli organik gübrelerin araştırılması
Objective: The objective of this was to identify the impact of various organic fertilizers on the yield and quality characteristics of Lippia citriodora L. plants and assess their adaptability under the ecological conditions of Aydın. Furthermore, it was also aimed to provide information on the potential of organic fertilizers to enhance crop productivity by minimizing the employment of chemical fertilizers. Material and Methods: The study was conducted for two years (2018-2019) in Aydın ecological conditions. Six different organic fertilizers and one control were tested in the study, these are microbial fertilizer, animal-based liquid organic fertilizer, solid seaweed fertilizer, animal manure compost, leonardite and plant-based liquid organic fertilizer. Research Findings: Organic fertilizers have a significant effect on all measured traits as compared to control, it may be due to biofertilizers can increase photosynthetic texture by increasing nitrogen, phosphorus and sulfur uptake, which these elements play an important role in chlorophyll production and required enzymes production. This can be the reason for obtaining positive effect of biofertilizers on plant growth and development. Conclusion: Overall, findings suggest that the use of humic acid-containing fertilizers and proper organic fertilizer management can improve the growth and yield of Lippia citriodora L. plants.
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来源期刊
CiteScore
0.20
自引率
0.00%
发文量
45
审稿时长
10 weeks
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