植物修复创新技术(系列1):原油污染陆地生境水生境关系下大型农林植物物种修复潜力的短期对比分析

N. Edwin-Wosu
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引用次数: 2

摘要

利用农林复合树种(Leucaena leucocephala, Lam de. Wit和Bauhinia monandra,Kurz)对原油污染的陆地生境进行了短期生态学研究。山楂处理土壤对水分入渗无显著影响。渗水缓慢,时间在3 ~ 43分钟之间。而白头草处理土壤的入渗速率在4 ~ 12 min之间显著。在P≤0.05(3.49)的显著水平上,毛茛的入渗时间(3.85)显著高于白头草(1.50)。关键词:银合欢,紫荆花,植物修复,原油,水渗透,环境科学,Vol. 4(2), 2005: 135-138
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Phytoremediation innovative technology (series 1): a short-term comparative analysis of remediation potential of macrophytic agro-forestry species in a water-habitat relationship of a crude oil polluted terrestrial habitat
A short-term ecological study was conducted on the use of Agro-Forestry Species ( Leucaena leucocephala , Lam de. Wit and Bauhinia monandra ,Kurz) in enhancing water infiltration of a crude oil polluted terrestrial habitat. B. monandra treated soil had no significant effect on water infiltration. Water infiltration was retarded, with the time ranging between 3-43 minutes. While L. leucocephala treated soil had a significant infiltration rate ranging between 4-12 minutes. The implication of these for the environmental quality enhancement has also been buttressed by the ANOVA with B.monandra infiltration time significantly higher (3.85) than L. leucocephala (1.50) at P≤0.05 (3.49) level of significance. Keywords : Leucaena leucocephala, Bauhinia monandra , phytoremediation, crude oil, water infiltration Global Journal of Environmental Sciences Vol. 4(2) 2005: 135-138
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