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The Change of Content of Phenanthrene and Its Effect on Enzyme Activity in Paddy Soil

机译:菲含量的变化及其对水稻土酶活性的影响

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Through incubation of one kind of paddy soil with different concentration of phenanthrene, the paper dicusses the change of contents and its effect on enzyme activity in the paddy soil. The result indicated that contents of phenanthrene added to soil decreased gradually with incubation day. After incubation for 56d, the content of phenanthrene with high concentration (1.6 and 3.2μg/g ) declined more, being decreased by 65.0% to 77.0%, and the content of phenanthrene with low concentration(0.4 and 0.8μg/g ) declined less, being decreased by 25.0% to 48.3%. There was influence of phenanthrene on urase and phosphotase activity. There was no significant change of catalase activity. It was concluded that soil urease activity and phosphatase activity may be considered as diagnoses indicators of soil contamination with phenanthrene, and the most sensitive period of the diagnoses was from the first day to the seventh day after phenanthrene contamination. Phosphotase activity is more sensitive.
机译:通过不同浓度的菲尼浓度孵育一种水稻土,纸张致于含量的变化及其对水稻土酶活性的影响。结果表明,添加到土壤中的菲含量随培养的一天逐渐降低。孵育56D后,具有高浓度(1.6和3.2μg/ g)的菲含量下降65.0%至77.0%,低浓度(0.4和0.8μg/ g)的菲含量减少,减少25.0%至48.3%。菲苯乙烯对尿素和磷酶活性的影响。过氧化氢酶活性没有显着变化。结论是,土壤脲酶活性和磷酸酶活性可以被认为是诊断土壤污染的土壤污染指标,并且诊断的最敏感时期是菲在菲污染后第七天的第一天。 Phosphotase活动更敏感。

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