文獻檢索報告

課題名稱中文：人工濕地對水體中重金屬去除的研究le央文：Studyonconstructedwetlandsfortheremovalofheavymetalsinwatertab選題來源口科研項目 ■學(xué)習(xí)選題 □興趣選題信息調(diào)研要點需要查證的內(nèi)容要點：了解人工濕地中污染物質(zhì)遷移轉(zhuǎn)化過程和機理；了解重金屬的特性和其與一般污染物質(zhì)的區(qū)別；了解人工濕地對重金屬的主要去除機理和影響因素信息調(diào)研方法旦常規(guī)檢索法 口引文法 □實地考察 口訪談法文獻信息檢索檢索范圍（所用的數(shù)據(jù)庫）.《中國期刊全文數(shù)據(jù)庫》1979年-2013年.《中國重要會議論文全文數(shù)據(jù)》1999年-2013年.《CNKI博碩士學(xué)位論文庫》1999年-2013年.《萬方學(xué)術(shù)期刊》1998-2013年.《萬方會議論文》1985-2013年.《中文科技期刊數(shù)據(jù)庫》1989-2013年.《中國科學(xué)引文數(shù)據(jù)庫》1989-2013年.《中國科學(xué)院學(xué)位論文數(shù)據(jù)庫》1983-2013年.《EICompendex(EngineeringVillage2)1790-2013年.《ScienceCitationIndexExpanded1900-2013年.《ConferenceProceedingsCitationIndex-Science1996-2013年.《DerwentInnovationsIndex1963-2013年.《EssentialScienceIndicators(ESI)》2002-2013年.《ElsevierSciMrseScienceDirec》1995-2013年.《SpringerLink》1997-2013年.《JournalStorage(JSTOR)》1665-2013年

檢索詞1、(1)⑵⑶檢索詞(中文/英文)人工濕地/ConstructedWetland重金屬/HeavyMetal去除機理RemovalMechanism和(4)原位修復(fù)7In-situRemediation檢文索2、檢索式式(1)and⑵and((3)or(4))獻(1)and((2)and⑶or(4))信息檢索檢索結(jié)果檢索結(jié)果：[1]陽承勝，藍崇鈺與束文圣重金屬在寬葉香蒲人工濕地系統(tǒng)中的分布與積蜀].水處理技術(shù)2002(2):101-104.⑵趙志強牛軍峰與全燮環(huán)境中有害金屬植物修復(fù)的生理機制及進展].環(huán)境科學(xué)研究,2000(5):54-57.[3]胡嘯等.3種類型水生植物及其組合對污染水體中鉻氮和磷的凈化效果研究J].水處理技術(shù)2012(4):45-48+54.[4]司萬童等人工濕地去污對灌溉農(nóng)田土壤重金屬污染的修復(fù)J].蘭州大學(xué)學(xué)報(自然科學(xué)版,2012(5).[5]謝輝等.濕地植物對礦山廢水重金屬去除的影響[J].環(huán)境科學(xué)與技術(shù),2010:476-480.[6]汪旭等.人工濕地基質(zhì)中重金屬的可遷移性研究].上?；?011(11):1-4.[7]孫黎等.濕地植物對去除重金屬污染的研究T].北方園藝2009(12):125-129.LIUJian-Guo,etal.VriationsinUptakeandTranslocationofCopper,ChromiumaNickelAmongNineteenWetlandPlantSpecies[J].Pedosphere,2010(1):p.96-103[9]姚運先等人工濕地野茭白對酸性重金屬廢水的處理效能研究J].安徽農(nóng)業(yè)科學(xué),2010(23):12661-12662+12665.陳金發(fā)卿東紅與阮尚全組合人工濕地對滲濾液中重金屬的去除].水處理技術(shù),2008(5):57-58+66.馮沖凌李科林與李蕓人工濕地中微生物群落特征及其凈化機理].中南林業(yè)科技大學(xué)學(xué)報2012(12):42-45+56.顧晨等人工濕地中污染物的遷移與轉(zhuǎn)化機理研究綜述F].安徽農(nóng)業(yè)科學(xué)2012(4):2209-2210+2212.黃振東等.水蔥對礦山排水中重金屬的去除研究J].首都師范大學(xué)學(xué)報自然科學(xué)版),2012(5):31-36.孫和和等.垂直流-水平潛流復(fù)合人工濕地深度處理電鍍廢水的效JJ].生態(tài)環(huán)境2008(1):64-69.段素明等人工濕地研究進屣口.貴州農(nóng)業(yè)科學(xué)2012(3):211-216.李強，詹鵬與胡卓人工濕地污水處理技術(shù)J].陜西水利2011(6):123-124.梅瑜與孔旭暉利用水生植物進行污水凈化的研究進國].廣東農(nóng)業(yè)科學(xué)2010(2):155-157.靳振江等.處理重金屬廢水人工濕地中微生物群落結(jié)構(gòu)和酶活性變化[J].環(huán)境科學(xué)2011(4):1202-1209.練建軍等.重金屬鉬的遷移特性及人工濕地處理研究[J].環(huán)境保護科學(xué)，2010(6):7-10.李庚飛與盧愛剛不同蒿類植物對重金屬鋅的積累特性J].貴州農(nóng)業(yè)科學(xué)2012(7):242-244.盧守波.不同條件下人工濕地去除重金屬效果研定].科技信息2010(26):431+433.顧晨等.人工濕地凈化廢水中污染物的機理研究進展[J],廣東農(nóng)業(yè)科學(xué)，2011(24):128-131.盧守波，宋新山與張濤微電場-人工濕地耦合工藝去除重金屬研定J].環(huán)境工程2011:353-356.周海蘭.人工濕地在重金屬廢水處理中的應(yīng)用[J].環(huán)境科學(xué)與管理，2007(9):89-91+114.符秋菊，郭純青與周蕊淺析人工濕地處理電鍍廢水機理及進展C].中國環(huán)境科學(xué)學(xué)會學(xué)術(shù)年會2012:中國廣西南寧1670-1674.竇磊，蔡立梅與付善明.酸礦水中重金屬人工濕地處理機理研定C].2006年中國可持續(xù)發(fā)展論壇一-中國可持續(xù)發(fā)展研究會2006學(xué)術(shù)年會2006:中國北京.563-565.王如剛，唐景春與王敏排污河道原位植物修復(fù)技術(shù)研究進展C].第三屆全國農(nóng)業(yè)環(huán)境科學(xué)學(xué)術(shù)研討奔009:中國天津671-678.張曉斌與劉鵬.水生觀賞植物對城市重金屬污水的修復(fù)研究C].浙江省第三屆生物多樣性保護與可持續(xù)發(fā)展研討會006:中國浙江開化16.吳長淋.人工濕地處理含重金屬廢水的研究現(xiàn)狀及展望[J].化學(xué)工程師，2009.23(3):38-41.姚運先等.工濕地野菱白對酸性重金屬廢水的處理效能研究J].安徽農(nóng)業(yè)科學(xué),2010.38(23):12661-12662,12665.顧晨等.人工濕地處理電鍍廢水的研究進展[J].水科學(xué)與工程技術(shù)，2011(6):6-8.竇磊等.酸礦水中重金屬人工濕地處理機理研究].環(huán)境科學(xué)與技術(shù)2006.29(11):109-111.胡勝華等.武漢三角湖復(fù)合垂直流人工濕地對重金屬元素的去除研究[口.生態(tài)環(huán)境學(xué)報2010.19(10):2468-2473.劉冀霞.國內(nèi)外人工濕地的研究進展及運行情詛].建材與裝飾2012(33):45-47.葉志鴻.利用濕地系統(tǒng)處理鉛/鋅礦廢水：在華南地區(qū)的一個實例研究(1984-2002)[C].中國環(huán)境科學(xué)學(xué)會2006年重金屬污染監(jiān)測與控制修復(fù)技術(shù)交流研討會2006:廣西北海成水平等垂直流人工濕地去除重金屬的研究C],in第七屆海峽兩岸環(huán)境

[37][38][39][40][41][42][43][44][45][46][47][48][49][50]保護學(xué)術(shù)研討會2001:武漢.Lim,PE.,etal.Removalandspeciationofheavymetalsalongthetreatmentpathofwastewaterinsubsurface-flowconstructedwetlands[C].2003:AWublishing.Carapeto,C.andD.Purchase.Distributionandremovalofcadmiumandleadiaconstructedwetlandreceivingurbanrunoff[J].BulletinofEnvironmentalContaminationandToxicology,2000.65(3):p.322-329.Chong,H.L.H.,P.S.ChiaandM.N.Ahmad.TheadsorptionofheavymetalbyBorneanoilpalmshellanditspotentialapplicationasconstructedwetlandmedia[J]BioresourceTechnology,2013.130:p.181-186.LizamaAllende,K.,T.D.FletcherandG.Sun.Theeffectofsubstratemediaotheremovalofarsenic,boronandironfromanacidicwastewaterinplantedcolumnreactors[J].ChemicalEngineeringJournal,2012.179:p.119-130.Wiessner,A.,etal.Effectivenessofvarioussmall-scaleconstructedwetlanddesignsfortheremovalofironandzincfromacidminedrainageunderfieldconditions[J].EngineeringinLifeSciences,2006.6(6):p.584-592.ofLesage,E.,etal.AccumulationofmetalsinahorizontalsubsurfaceflowconstructedwetlandtreatingdomesticwastewaterinFlanders,Belgium[J].SciencetheTotalEnvironment,2007.380(1-3):p.102-115.ofterHaarstad,K.,H.J.BavorandT.Mhlum,Organicandmetallicpollutantsinwatreatmentandnaturalwetlands:Areview[J].WaterScienceandTechnology,2012.65(1):p.76-99.terLesage,E.,etal.Effectsofsorption,sulphatereduction,andPhragmitesaustralisontheremovalofheavymetalsinsubsurfaceflowconstructedwetlandmicrocosms[C].inWetlandSystemsforWaterPollutionControlX.2007.12CaxtonStreet,London,SW1H0QS,UnitedKingdom:IWAPublishing.Visesmanee,V.,C.PolprasertandP.Parkpian.Long-termperformanceofsubsurface-flowconstructedwetlandstreatingCdwastewater[J].JournalofEnvironmentalScienceandHealth-PartAToxic/HazardousSubstancesandEnvironmentalEngineering,2008.43(7):p.765-771.Song,X.,etal.Performanceoflaboratory-scaleconstructedwetlandscoupledwithmicro-electricfieldforheavymetal-contaminatingwastewatertreatment[J].EcologicalEngineering,2011.37(12):p.2061-2065.Han,P.,etal.Effectofheavymetalstressonemergingplantscommunityconstructionsinwetland[J].WaterScienceandTechnology,2010.62(10):p.2459-2466.Rai,P.K..Heavymetalphytoremediationfromaquaticecosystemswithspecialreferencetomacrophytes[J].CriticalReviewsinEnvironmentalScienceandTechnology,2009.39(9):p.697-753.Vymazal,J.Removalofheavymetalsinahorizontalsub-surfaceflowconstructedwetland[C].2005:TaylorandFrancisInc.Yang,B.,etal.Long-termefficiencyandstabilityofwetlandsfortreatingwastewaterofalead/zincmineandtheconcurrentecosystemdevelopment]1].

[51][52][53][54][55][56][57][58][59][60][61][62][63]EnvironmentalPollution,2006.143(3):p.499-512.Scholz,M.,P.AndersonandB.I.Forman.TreatmentofgullypotliquorcontainingheavymetalswithconstructedwetlandsinScotlands[J].WaterScienceandTechnology,2005.51(9):p.251-258.Lesage,E.,etal.Accumulationofmetalsinthesedimentandreedbiomassofacombinedconstructedwetlandtreatingdomesticwastewater[J].Water,Air,andSoilPollution,2007.183(1-4):p.253-264.Ladislas,S.,etal.Performancesoftwomacrophytesspeciesinfloatingtreatmentwetlandsforcadmium,nickel,andzincremovalfromurbanstormwaterrunoff[J].Water,Air,andSoilPollution,2013.224(2).Hafeznezami,S.,J.KimandJ.Redman.Evaluatingremovalefficiencyofheavymetalsinconstructedwetlands[J].JournalofEnvironmentalEngineering,2012.138(4):p.475-482.Muthukrishnan,S.Treatmentofheavymetalsinstormwaterrunoffusingwetpondandwetlandmesocosms[C].in21stAnnualInternationalConferenceonContaminatedSoils,SedimentsandWater2005,October17,2005-October20,2005.2006.Amherst,MA,Unitedstates:CurranAssociatesInc.Song,Y.,etal.Leadandzincremovalbylaboratory-scaleconstructedwetlands[J].WaterEnvironmentResearch,2001.73(1):p.37-44.Hallberg,K.B.andD.B.Johnson.Microbiologyofawetlandecosystemconstructedtoremediateminedrainagefromaheavymetalmine[J].ScienceoftheTotalEnvironment,2005.338(1-2SPEC.ISS.):p.53-66.Kosolapov,D.B.,etal.Microbialprocessesofheavymetalremovalfromcarbon-deficienteffluentsinconstructedwetlands[J].EngineeringinLifeSciences,2004.4(5):p.403-411.Domingos,S.,etal.Heavymetalsinaconstructedwetlandtreatingindustrialwastewater:Distributioninthesedimentandrhizometissue[J].WaterScienceandTechnology,2009.60(6):p.1425-1432.Yadav,A.K.,etal.Theremovalofheavymetalsinwetlandmicrocosms:Effectsofbeddepth,plantspecies,andmetalmobility[J].ChemicalEngineeringJournal,2012.211-212:p.501-507.Obarska-Pempkowiak,H.andK.Klimkowska.Distributionofnutrientsandheavymetalsinaconstructedwetlandsystem[C].inProceedingsofthe199713thInternationalSymposiumonEnvironmentalBiogeochemistry(ISEB),September21,1997-September26,1997.1999.Bari,Italy:ElsevierLtd.Tromp,K.,etal.Retentionofheavymetalsandpoly-aromatichydrocarbonsfromroadwaterinaconstructedwetlandandtheeffectofde-icing[J].JournalofHazardousMaterials,2012.203-204:p.290-298.Grisey,E.,etal.Thebioaccumulationperformanceofreedsandcattailsinaconstructedtreatmentwetlandforremovalofheavymetalsinlandfillleachatetreatment(Etueffont,France)[J].Water,Air,andSoilPollution,2012.223(4):p.1723-1741.

[64]Ganjo,D.G.A.andA.I.Khwakaram.Phytoremediationofwastewaterusingsomeofaquaticmacrophytesasbiologicalpurifiersforirrigationpurposes:Removal[65]efficiencyandheavymetalsFe,Mn,ZnandCu[J].WorldAcademyofScience,EngineeringandTechnology,2010.66:p.565-572.Vymazal,J.,etal.Heavymetalsinphalarisarundinaceagrowinginaconstructed[66]wetlandtreatingmunicipalsewage[J].InternationalJournalofEnvironmentalAnalyticalChemistry,2011.91(7-8):p.753-767.He,W.,etal.ModelingthepurificationeffectsoftheconstructedSphagnumwetlandonphosphorusandheavymetalsinDajiuhuWetlandReserve[J].China.2012.[67]Nelson,E.A.,etal.ConstructedWetlandsforRemovalofHeavyMetalsfrom[68]NPDESOutfallEffluent[C].inProceedingofthe2002NationalConferenceonEnvironmentalScienceandTechnology,September8,2002-September10,2002.2002.Greensboro,NC,Unitedstates:BattelleMemorialInstitute.Yadav,A.K.,etal..Removalofchromiumandnickelfromaqueoussolutionii1[69]constructedwetland:Massbalance,adsorption-desorptionandFTIRstudy[J].ChemicalEngineeringJournal,2010.160(1):p.122-128.Yeh,T.Y..Removalofmetalsinconstructedwetlands:Review[J].PracticePeriodicalofHazardous,Toxic,andRadioactiveWasteManagement,2008.12(2):p.[70]96-101.LizamaAllende,K.,T.D.FletcherandG.Sun.Enhancingtheremovalof[71]arsenic,boronandheavymetalsinsubsurfaceflowconstructedwetlandsusingdifferentsupportingmedia[J].WaterScienceandTechnology,2011.63(11):p.2612-2618.Neculita,C.M.,G.J.ZaguryandB.Bussiere.Passivetreatmentofacidmine[72]drainageinbioreactorsusingsulfate-reducingbacteria:Criticateviewandresearchneeds[J].JOURNALOFENVIRONMENTALQUALITY,2007.36(1):p.1-16.Sheoran,A.S.andV.Sheoran.Heavymetalremovalmechanismofacidmine[73]drainageinwetlands:Acriticalreview[J].MINERALSENGINEERING,2006.19(2):p.105-116.Maine,M.A.,etal..Nutrientandmetalremovalinaconstructedwetlandfor[74]wastewatertreatmentfromametallurgicindustry[J].ECOLOGICALENGINEERING,2006.26(4):p.341-347.Pitcher,S.K.,R.SladeandN.I.Ward.Heavymetalremovalfrommotorway[75]stormwaterusingzeolites[J].SCIENCEOFTHETOTALENVIRONMENT,2004334(SI):p.161-166.Obarska-Pempkowiak,H.andK.Klimkowska.Distributionofnutrientsand.heavymetalsinaconstructedwetlandsystem[J].CHEMOSPHERE,1999.39(2):p.[76]303-312.Rai,P.K..HeavyMetalPhytoremediationfromAquaticEcosystemswithSpecial[77]ReferencetoMacrophytes[J].CRITICALREVIEWSINENVIRONMENTALSCIENCEANDTECHNOLOGY,2009.39(9):p.697-753.Obarska-Pempkowiak,H..Retentionofselectedheavymetals:Cd,Cu,Pbina

[78][79][80][81][82][83][84][85][86][87][88]hybridwetlandsystem[J].WATERSCIENCEANDTECHNOLOGY,2001.44(11-12):p.463-468.Singhakant,C.,T.KoottatepandJ.Satayavivad.Enhancedarsenicremovalsthroughplantinteractionsinsubsurface-flowconstructedwetlands[J].JOURNALOFENVIRONMENTALSCIENCEANDHEALTHPARTA-TOXIC/HAZARDOUSSUBSTANCES&ENVIRONMENTALENGINEERING,2009.44(2):p,163-169.Jayaweera,M.W.,etal..Removalofaluminiumbyconstructedwetlandswithwaterhyacinth(Eichhorniacrassipes(Mart.)Solms)grownunderdifferentnutritionalconditions[J].JOURNALOFENVIRONMENTALSCIENCEANDHEALTHPARTA-TOXIC/HAZARDOUSSUBSTANCES&ENVIRONMENTALENGINEERING,2007.42(2):p.185-193.Yadav,A.K.,etal..Removalofchromiumandnickelfromaqueoussolutioninconstructedwetland:Massbalance,adsorption-desorptionandFTIRstudy[J].CHEMICALENGINEERINGJOURNAL,2010.160(1):p,122-128.Olguin,E.J.andG.Sanchez-Galvan.Aquaticphytoremediation:Novelinsightsintropicalandsubtropicalregions[J].PUREANDAPPLIEDCHEMISTRY,2010.82(1):p.27-38.Lizama,A.K.,T.D.FletcherandG.Z.Sun.Removalprocessesforarsenicinconstructedwetlands[J].CHEMOSPHERE,2011.84(8):p.1032-1043.Obarska-Pempkowiak,H..Removalandretentionofselectedheavymetalsincomponentsofahybridwetlandsystem[M].2003,WITPRESS:SOUTHAMPTON.p.299-309.Kularatne,R.,etal..MechanismsofManganeseRemovalfromWastewatersinConstructedWetlandsComprisingWaterHyacinth(Eichhorniacrassipes(Mart.)Solms)GrownunderDifferentNutrientConditions[J].WATERENVIRONMENTRESEARCH,2009.81(2):p.165-172.Visesmanee,V.,C.PolprasertandP.Parkpian.Long-termperformanceofsubsurface-flowconstructedwetlandstreatingCdwastewater[J].JOURNALOFENVIRONMENTALSCIENCEANDHEALTHPARTA-TOXIC/HAZARDOUSSUBSTANCES&ENVIRONMENTALENGINEERING,2008.43(7):p.765-771.Jayaweera,M.W.,etal..Contributionofwaterhyacinth(Eichhorniacrassipes(Mart.)Solms)grownunderdifferentnutrientconditionstoFe-removalmechanismsinconstructedwetlands[J].JournalofEnvironmentalManagement,2008.87(3):p.450-460.Grismer,M.E..SimulationEvaluationoftheEffectsofNon-UniformFlowandDegradationParameterUncertaintyonSubsurface-FlowConstructedWetlandPerformance[J].WaterEnvironmentResearch,2005.77(7):p.3047-3053.Grismer,M.E.,M.TausendschoenandH.L.Shepherd.HydraulicCharacteristicsofaSubsurfaceFlowConstructedWetlandforWineryEffluentTreatment[J].WaterEnvironmentResearch,2001.73(4):p.466-477.

（本欄填寫所采用的其他方法如：訪談法、實地考察法等收集信息的結(jié)果）其他信息其他信息收集信息發(fā)現(xiàn)綜述：（著重針對課題的研究現(xiàn)狀、研究熱點、重要的研究人員、有價值的文獻、發(fā)展趨勢等進行綜述）隨著社會進步，工農(nóng)業(yè)生產(chǎn)的飛速發(fā)展，由此產(chǎn)生的大量污廢水不斷地排放進入自然環(huán)境中，中國的水污染狀況日益嚴重。近些年來又不斷涌現(xiàn)出新的污染，人們也越來越重視水環(huán)境的保護和水體污染的治理，其中，重金屬的污染研究與治理越來越受到關(guān)注，解決重金屬污染問題已成為我國環(huán)境治理中的核心課題。重金屬廢水來源廣泛、種類多且很難從環(huán)境中消失，人們采取了諸多措施來控制和治理重金屬污染，如化學(xué)沉淀法、離子交換吸附法、電解法、膜分離法和過濾法等，而這些方法都有優(yōu)缺點和一定的適用范圍，因此人們一直在尋找一種高效、經(jīng)濟又環(huán)保的處理方法。人工濕地技術(shù)興起于20世紀60年代，起初用于污水處理。而世界上第一處用于處理污水的人工濕地是于1903年在英國約克郡Earby建成。國際上早期的人工濕地應(yīng)用領(lǐng)域主要是中小城鎮(zhèn)、農(nóng)村的居民生活污水。從20世紀70年代開始，美國、澳大利亞、荷蘭，丹麥、英國、日本等國家都進行了有目的地利用濕地處理污水的嘗試。0世紀80?90