月桂叶精油抑制微生物生长,对豆腐具有潜在的保鲜作用

A. Hamad, A. Djalil, E. Y. Saputri, Nur Yulianingsih, D. Hartanti
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引用次数: 1

摘要

牛粪中含有较高的有机质,因此这种物质通常被用作植物养分的一种有机肥。为了更好地了解牛粪的使用情况,本研究的目的是(1)确定液体废物和固体牲畜作为肥料对土壤质量的影响(2)研究液体和固体肥料对咖啡植物生长的影响。本研究采用完全随机设计(CRD)作为研究设计,数据分析采用方差分析(ANOVA)。采用F统计检验,以5%和1% (Alpha)度衡量所有自变量是否会影响因变量。结果表明,一次性施用畜禽废水改善了土壤c -有机化学性质,改善了土壤N、P、CEC、Ca、Mg的化学性质,降低了土壤pH、K、Na的化学性质。两次施用畜禽液肥处理改善了土壤的化学性质:pH、全氮、钙、镁和饱和碱。对于固体废物,一次性处理提高了pH、有机碳、总氮、钙的化学性质和碱的饱和度。两次处理均能改善土壤的pH、总氮、磷、钙、镁、碱数和碱饱和度等化学性质。废液肥对咖啡树株高和品质也有显著影响。此外,(3)固体废弃物(堆肥)对株高、株高率和芽数有显著影响。
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Bay leaf essential oils inhibited microbial growth and exerted potential preservation effects on tofu
Cattle manure contains high organic matter, so that this material is commonly used as plant nutrients in a form of organic fertilizer. In order to get a better understanding on the use of cow manure, the objectives of this research are (1) to determine the influence of liquid waste and solid livestock as fertilizer on soil quality and (2) to study the effect of both liquid and solid fertilizer on coffee plant growth. In this research, Completely Randomized Design (CRD) was employed as a research design, while data analysis was conducted using ANOVA. The F statistical test was applied to measure whether all independent variables could influence the dependent variable by using 5% and 1% (Alpha) degrees. The results showed that one time application of livestock wastewater improved C-organic chemical properties, N, P, CEC, Ca and Mg while soil chemical properties of pH, K, Na decreased. Two times application of livestock liquid fertilizer treatment improved soil chemical properties pH, N total, Ca, Mg and saturation bases. As for solid waste, one time treatment increased chemical properties of pH, C organic, N total, Ca and saturation of the base. The two times treatment could improve soil chemical properties of pH, N. total, P, Ca, Mg, base number and base saturation. Liquid waste fertilizer also found to provide significant effect on plant height and coffee plants quality. Additionally, (3) solid waste (compost) was found to have a significant effect on plant height, plant height rate and number of buds.
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