the degradation rate of PCB77 could reach to 82.99%. Р Furthermore, bination of nanoscale zero-valent iron and anism could accelerate the degradation of pared Р to the individual, the degradation rate of PCB77 by the integrated system could reach to 93.30%. The studies will provide an effec-Р tive method for the degradation of PCBs and theoretical basis for the remediation of contaminated soil by PCBs. Р Key words: 3,3’,4,4’-Tetrachlorobiphenyl; biodegradation; nanoscale zero-valent iron; combination degradation Р Р Р Р Р Р 更正Р Р 我刊于 2010 年第 19 卷第 12 期刊登了韩路等作者的论文《塔里木荒漠河岸林植物群落演替下的土壤Р 理化性质研究》,由于我们在排版的过程中,为了方便,复制已排好的其他作者的论文基金项目的格式,Р 但忽略了应删去原来被复制格式的论文基金项目并替换为韩路等作者的论文基金项目,造成了该论文基金Р 项目出现错误,对此我们谨向作者和广大读者表示深深的歉意,并特此更正,这篇论文的基金项目应该是:Р 中国科学院“西部之光”项目(RCPY200807)、国家自然科学基金项目(31060066)。Р 生态环境学报编辑部Р Р万方数据
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