天然湿地水质净化研究进展(6)
时间:2025-07-08
时间:2025-07-08
自然湿地 水质净化 氮磷等去除机制
830
地理科学进展28卷
评价湿地水质净化功能的改善,仍然需要建立一套完整的方法体系。从流域尺度整体考虑自然湿地去污。包括研究其去污能力上限,合理规划流域农业布局,在利用自然湿地去污的同时维持生态系统的健康,保证流域稳定可持续发展。
考虑自然因素和人为因素导致的自然湿地面积、形态、结构等的变化,分析这些变化带来的湿地水质净化能力的变化,包括作用机制和最终效果,从动态的角度认识自然湿地的水质净化能力。
[16]
[17]
[18]
参考文献
[1]BystromO,AnderssonH,GrenIM.Economiccriteriafor
usingwetlandsasnitrogensinksunderuncertainty.Eco-logicalEconomics,2000,35:35-45.
et
al.Theuseofwetlands
in
assimilation:areview.
2004,47:671-691.
MP.Effectsofloading
rateandplantingontreatmentofdairyfarmwastewatersinconstructedwetlands.Wat.Res.,1995,29(1):27-34.
[4]BachandPAM.Denitrificationinconstructedfree-water
surfacewetlands.EcologicalEngineering,2000,14:17-32.
assimilative
wetland
2000,34(8):
[6]KadlecRH,KnightRL.TreatmentWetlands.BocaRaton,
FL:LewisPublishers,1996.
[7]BystromO.Thenitrogenabatementcostinwetlands.Ecol.
Economics,1998,26:321-331.
[8]JanssonA,FolkeC,LangaasS.Quantifyingthenitrogen
ndscapeEcol.,1998,13:249-262.
[9]CohenMJ,BrownMT.Amodelexamininghierarchical
wetlandnetworksforwatershedstormwatermanagement.EcologicalModelling,2007,210:179-193.
[10]LiXZ,JongmanR,XiaoDN,etal.Theeffectofspatial
nd-scapeandUrbanPlanning,2002,60:27-41.
[11]WangHG,JawitzJW.Hydraulicanalysisofcell-network
treatmentwetlands.JournalofHydrology,2006,330:721-734.
[12]TrepelM,PalmeriL.Quantifyingnitrogenretentioninsur-faceflowwetlandsforenvironmentalplanningattheland-scape-scale.EcologicalEngineering,2002,19:127-140.[13]CevzaMK,MedinaMA.Theeffectofsurface/groundwa-terinteractionsonwetlandsiteswithdifferentcharacteris-tics.Desalinization,2008,226:298-305.
[14]BraskerudBC.Factorsaffectingnitrogenretentionin
smallconstructedwetlandstreatingagriculturalnon-pointsourcepollution.EcologicalEngineering,2002,18:351--
[19]
[20]
[21]
[22]
[23]
[25]
[26]
[27]
[29]
[30]
chemistryinacreatedriverdiversionoxbowwetland.E-cologicalEngineering,2007,30:93-102.
YangB,LanCY,YangCS,etal.Long-termefficiencyandstabilityofwetlandsfortreatingwastewaterofalead/zincmineandtheconcurrentecosystemdevelopment.En-vironmentalPollution,2006,143:499-512.
BreauxA,CochraneS,EvensJ,etal.WetlandecologicalandcomplianceassessmentsintheSanFranciscoBayRegion,California,USA.JournalofEnvironmentalMan-agement,2005,74:217-237.
ArheimerB,WittgrenHB.Modelingnitrogenremovalinpotentialwetlandsatthecatchmentscale.EcologicalEn-gineering,2002,19:63-80.
WhiteheadPG,WilbyRL,ButterfieldD,etal.Impactsofclimatechangeonin-streamnitrogeninalowlandchalkstream:Anappraisalofadaptationstrategies.ScienceoftheTotalEnvironment,2006,365:260-273.
KrauseaS,JacobsJ,VossA,etal.Assessingtheimpactofchangesinlanduseandmanagementpracticesonthedif-fusepollutionandretentionofnitrateinariparianflood-plain.ScienceoftheTotalEnvironment,2008,389:149-164.
ReddyKR,BurgoonPS.Influenceoftemperatureonbiogeochemicalprocessesinconstructedwetlands-impli-cationstowastewatertreatment.PaperpresentedattheSymposiumonConstructedWetlandsinColdClimates,Niagara-on-the-Lake,Ontario,1996.
JakesPJ,SchlichtingC,AndersonDH.Aframeworkforprofilingalake'sriparianareadevelopmentpotential.JournalofEnvironmentalManagement,2003,69(4):391-400.
WernerAD,LockingtonDA.Tidalimpactsonriparian2006,328
forestsasnu-trientfiltersinagriculturalwatersheds.Bioscience,1984,34:374-377.
PeterjohnWT,CorrellDL.Nutrientdynamicsinanagri-culturalwatershed;observationsontheroleofriparianforest.Ecology,1984,65:1466-1475.
HaycockNE,PinayG.Groundwaternitratedynamicsingrassandpoplarvegetatedriparianbufferstripsduringthewinter.JournalofEnvironmentalQuality,1993,22:273-278.
VidonP,ndscapecontrolsonnitrateremovalinstreamriparianzones.WaterResourRes,2004,40:24-29.
AJ,etal.Microbialni-inariparianfor-Quality,1996,25:1309-1316.
RouletNT.Hydrologyofheadwaterbasinwetland:Groundwaterdischargeandwetlandmaintenance.Hydro-logicalProcesses,1990,4:387-400.
PhillipsPJ,DenverJM,ShedlockRJ,etal.Effectofforestedwetlandsonnitrateconcentrationsingroundwater1993,13:
…… 此处隐藏:1853字,全部文档内容请下载后查看。喜欢就下载吧 ……上一篇:客户经理工作日志
下一篇:三级安全教育考试试题(带答案)1