您好,欢迎访问三七文档
当前位置:首页 > 商业/管理/HR > 公司方案 > 城市湖泊生态修复及水生植物群落构建研究进展
2013-07-152013-08-202012ZX07101007-0051987-13673075618shaozi5@163.com。1964-13937348693mjm6495@sina.com。DOI10.3969/j.issn.1001-5485.2014.07.0032014310713-20453007、、、、。、、、-、、、。。X171A1001-5485201407-0013-081。、。。、、。17a1.31。。。22.1①②③④2。、、、、、。2.2200620105、、VV200620083V20092011Ⅳ2006、2007Ⅲ20092011Ⅳ。。。317Vol.31No.720147JournalofYangtzeRiverScientificResearchInstituteJul.2014、3“”4-5。2.33、。2.3.12080。6。R.J.HobbsD.A.Norton7。123234。8。2.3.229。21110。35、a11。1.2mg/L12。2.3.32。、。13-14。3、、。。33.1、、、。、、、。。、、。2005200、0.1mg/L2mg/L15。、Vesijarvi0.15mg/L0.05mg/L1016。10~15a4120145~10a10。2011--17。。、。。。。、。CODCr、TN、NH4+-NCODCrTN58.91%76.67%185.5d、、99%97%99%。、、、、19。、、。。3.2。、、20。20120mV+57mV-57mV-133mV21。Ca2+、Fe3+、Al3+Fe3+Fe2+22。、、23。2008Vallisnerianatans。、。24、、。25-26。、27Breukeleveen28。2①。PCBs、PAH29。、、、30②517、。10cm、TN、31。。32。。、33。3.3Myriophyl-lumverticillatum、Elodeacanadensis5。、。34。0.4~2.5mg/L4.5~6.5mg/L80%35。a36。60%~90%6。3①、、、、②。37、Cu2+0.2~0.3mg/L。、、。。、。38③-、、、。13。39、、、、、、、3。40、。-。3.4。。6120141pH。pHpH、41。、Potamogetoncrispus15℃~25℃20℃。。42。。3.55Okeechobee28a43-44。C.E.Korschgen4520mg/L1~1.5m。“-”。、。46。。、、、、。、pH、pHOH-PO43-Fe-P/Al-P47、、、。。42011VⅢVⅣ2009Ⅳ。、。、、1km2Frumman22a9020111.521。、、。1.J.2011672-78.XIAPengLIUXi.WaterEcosystemProtectionandRestorationofAbroadExperienceandEnlightenmentJ.WaterRe-sourcesDevelopmentResearch2011672-78.inChinese2.J.2007262132-135.ZHENGHua-min.OnFunctionofUrbanLaketotheCityJ.JournalofNanpingTeachersCollege2007262132-135.inChinese3HILTSGROSSEMHUPFERM.RestorationofSub-mergedVegetationinShallowEutrophicLakesAGuide-lineandStateoftheArtinGermanyJ.Limnologica2006363155-171.4.J.2009335222-229.MAJian-minCHENGShui-pingHEFeng.Practiceand717ImpactofEstablishingAquaticVegetationinLakeYuehuinWuhanChinaJ.ActaHydrobiologicaSinica2009335222-229.inChinese5.J.2007255473-478.MAJian-minWUZhen-binHEFeng.PracticeofEstablishingAquaticVegetationinLakeLianhuahuinWu-hanChinaJ.ActaHydrobiologicaSinica2007255473-478.inChinese6.J.200727114848-4858.QINBo-qiang.Princi-plesandApproachofLakeEcologicalRestorationJ.Ac-taEcologicaSinica200727114848-4858.inChi-nese7HOBBSRJNORTONDA.TowardsaConceptualFrameworkforRestorationJ.Ecology19964293-110.8.J.19979297-104.LIWen-chao.MultiplicityofStableStatesinShallowLakesandItsAp-plicationJ.JournalofLakeSciences19979297-104.inChinese9SCHEFFERMSTRAILEDVANNESEH.ClimaticWarmingCausesRegimeShiftsinLakeFoodWebsJ.LimnologyandOceanography20014671780-1783.10JEPPESENESONDERGAARDMJENSENJP.LakeResponsestoReducedNutrientLoadingAnAnalysisofContemporaryLong-termDatafrom35CaseStudiesJ.FreshwaterBiology200550101747-1771.11JENSEHSANDERSENF.ImportantofTemperatureNitrateandpHforPhosphorusfromAerobicSedimentsofFourShallowEutrophicLakesJ.LimnologyandOcea-nography1992373577-589.12GONZALEZSAGRARIOMAJEPPESENEGOMAJetal.DoesHighNitrogenLoadingPreventsClear-waterConditionsinShallowLakesatIntermediateHighPhos-phorusConcentrationsJ.FreshwaterBiology200550127-41.13XIEPLIUJ.PracticalSuccessofBiomanipulationUsingFilter-feedingFishtoControlCyanobacteriaBloomsJ.ScientificWorldJournal200181337-56.14.J.200724638-41.TANGLin-senCHENJinHUANGWeietal.IntroductionofAlgaeBloomTreatmentMethodinEn-closedandHalfEnclosedEutrophicationWaterJ.Jour-nalofYangtzeRiverScientificResearchInstitute200724638-41.inChinese15.J.200619167-70.NIANYue-gangSONGYing-weiLIYing-jie.RegimeShiftTheoryandEcologicalRestorationDiscussioninEutrophicShallowLakesJ.ResearchofEnvironmentalSciences200619167-70.inChi-nese16LIUKKONENMKAIRESALOTKETOJ.Eutrophica-tionandRecoveryofLakeVesijarviDiatomFrustulesinVariedSedimentovera30-yearPeriodJ.Hydrobiologia1993269/270415-426.17LEBAGOUSSE-PINGUETYLIANCOURTP.IndirectFacilitationPromotesMacrophyteSurvivalandGrowthinFreshwaterEcosystemsThreatenedbyEutrophicationJ.JournalofEcology20121002530-538.18.J.200822029-2035.CHENJin-junZHENGChongZHENGShao-kui.PollutantPurificationPerform-anceofaSurfaceFlowConstructedWetlandPlantedwithDifferentAquaticMacrophytesandTheirCombinationJ.ActaScientiaeCircumstantiae200822029-2035.inChinese19.J.201234782-84.QINMing.ApplicationofConstructedWetlandsforMunicipalWastewaterTreat-mentJ.YellowRiver201234782-84.inChi-nese20IRFANULLANHMMOSSB.FactorsInfluencingtheReturnofSubmergedPlantstoaClear-waterShallowTemperateLakeJ.AquaticBotany2004803177-191.21SOANAENALDIMBARTOLIM.EffectofIncreasingOrganicMatterLoadsonWaterFeaturesofVefetatedandPlant-freeSedimentJ.EcologicalEngineering201247141-145.22.J.200834114-18.SUNYuan-junLIXiao-pingHUANGTing-lin.Pro-gressinRemediationIn-situTechniquesofPollutedSedi-mentsJ.TechnologyofWaterTreatment200834114-18.inChinese23SUSANNER.Spatio-temporalDynamicsandPlasticityofClonalArchitectureinPotamogetonperfoliatusJ.Aquat-icBotany2004784307-318.24HOLMERMFREDERIKSENMSMOLLEGAARDH.SulfurAccumulationinEelgrassandEffectofSulfuronEe-lgrassGrowthJ.AquaticBotany2005814367-379.25BARKOJWSMARTRM.SedimentRelatedMecha-nismsofGrowthLimitationinSubmersedMacrophytesJ.Ecology19866751328-1340.26.J.201128273-76.HUXiao-zhenXUQiu-jinJINXiang-can.SummaryontheInteractionbetweenSedimentandAquaticMacrophyteJ.JournalofBiology201128273-
本文标题:城市湖泊生态修复及水生植物群落构建研究进展
链接地址:https://www.777doc.com/doc-6547981 .html