微生物修复矿山重金属污染土壤研究进展
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关键词土壤污染；重金属；微生物修复；联合修复中图分类号X53文献标识码A文章编号 0517-6611（2025）14-0016-06doi： 10.3969/j.issn.0517-6611.2025.14.003
开放科学（资源服务）标识码（OSID）：
Research Progress in Microbial Remediation of Mine Soil Contaminated with Heavy Metals
LIU Bao-yong，ZHAOShuo，CHENXietal（ColegeofEnviromentalSenceandEngineering，LiaonngTehnicalUnivesityui， Liaoning 123000）
AbstractMiningactivitieshaveldtosoilontaminationwitheavmetals，ichisoneoftheseriousenvironmentalproblemstodaySince heavymetalelementstndocculatedlieoantinesoil，ermedatioisryhallngingMcrobalmediatiotolog， withitschractestt，fetyot，dseofatiosacteducheoearifingth of microbialremediatioofheavymetalsisucialforteremediatioofinesoilBasedonliteratureanalysis，tispaperfocussthead sorption，encent，ndrasfoationofaetalsbycooganss，evealsthhansmoficobalrmdiationofaeals. Onthebasisofistigseahsults，eraljntmediatiotolosntedoicooganssaresumardndb freediationthologinpacticalaposrepropodInditioelevantsugestiosreutfardfortheyotsi tions，andteicaltsficoalrmdiatioofaetals，haveertaipracticalcaceforthfuturecald ation of mine soil contaminated with heavy metals.
KeywordsSoil pollution;Heavy metals;Microbial remediation;Joint remediation
在我国能源消耗持续增长的趋势下，采矿业作为主要的支柱产业之一，在经济生产建设中占据重要地位。（剩余19809字）