Page 36 - 《水资源与水工程学报》2023年第4期
P. 36

3 2                      & ' ( ) & * + , -                 2023 $

                 dictionmodelforcomplexcoastalwatersofHongKong     GB4S01.
                 [J].JournalofHydrology,2016,532:80-89.        [29]MEADERH,DUNNET,RICHEYJE,etal.Storageand
            [17]JOHNSON K S,NEEDOBA JA,RISER SC,etal.              remobilizationofsuspendedsedimentinthelowerAmazon
                 Chemicalsensornetworksfortheaquaticenvironment    RiverofBrazil [J].Science,1985,228(4698):488-490.
                 [J].ChemicalReviews,2007,38(19):623-640.      [30]BERNERRA,RAOJilong.Phosphorusinsedimentsof
            [18]MELLANDERP,MELLANDAR,JORDANP,etal.                 theAmazonRiverandestuary :implicationsfortheglobal
                 Quantifying nutrienttransfer pathways in agricultural  fluxofphosphorustothesea[J].GeochimicaetCosmo
                 catchmentsusinghightemporalresolutiondata[J].Envi  chimicaActa,1994,58(10):2333-2339.
                 ronmentalScienceandPolicy ,2012,24:44-57.     [31]STACKPOOLES,SABOR,FALCONEJ,etal.Long
            [19]SUNXiao,ZHANGYunlin,SHIKun,etal.Monitoringwa      term MississippiRivertrendsexposeshiftsintheriver
                 terqualityusingproximalremotesensingtechnology[J].  loadresponsetowatershed nutrientbalancesbetween
                 ScienceoftheTotalEnvironment,2022,803:149805.     1975and2017[J].WaterResourcesResearch,2021,
            [20]ASADOLLAHFARDIG,HEIDARZADEHN,SEKHAVATI             57(11):030318.
                 A ,etal.Optimizationofwaterqualitymonitoringstationsu  [32](Â, ÿ®, ~!ñ, ‘. CÄ@0vþâãUVœ}
                 singdynamicprogrammingapproach ,acasestudyofthe   BP(.¬·1[J]. •–%&,2020,41(5):2096-2106.
                 MondBasinRivers ,Iran[J].Environment,Development  [33]Å"á. ~@CD[M]: ÐÑ: ~@Jh»“,1996.
                 andSustainability ,2021,23(2):2867-2881.      [34]MEYBECKM.Carbon,nitrogen,andphosphorustrans
            [21]KHORSHIDIMS,NIKOOMR,SADEGH,M.Optimal               portbyworldrivers [J].AmericanJournalofScience,
                 andobjectiveplacementofsensorsinwaterdistribution  1982,282(4):401-450.
                 systemsusinginformationtheory [J].WaterResearch,  [35]LIUSumei,ZHANGJing,CHENHongtao,etal.Nutri
                 2018,143:218-228.                                 entsintheChangjianganditstributaries[J].Biogeo
            [22]FUBaihua,MERRITTW S,CROKEBFW,etal.A                chemistry ,2003,62:1-18.
                 reviewofcatchmentscalewaterqualityanderosionmodels  [36]GONGYao,YUZhigang,YAOQingzhen,etal.Seasonal
                 andasynthesisoffutureprospects[J].Environmental   variationandsourcesofdissolvednutrientsintheYellow
                 Modelling&Software,2019,114:75-97.                River ,China[J].InternationalJournalofEnvironmental
            [23]HUChuanmin,FENGLian,GUANQi.Amachinelearn          ResearchandPublicHealth ,2015,12(8):9603-9622.
                 ingapproachtoestimatesurfacechlorophyllaconcentra  [37]ZHANGJing.NutrientelementsinlargeChineseestuaries
                 tionsinglobaloceansfrom satellitemeasurements[J].  [J].ContinentalShelfResearch,1996,16(8):1023-1045.
                 IEEETransactionsonGeoscienceandRemoteSensing ,  [38]GANGPan,KROM M,HERUTB.Adsorption-desorp
                 2021,59(6):4590-4607.                             tionofphosphateonairbornedustandriverborneparticu
            [24]ZHOUJianjun,ZHANGMan,LINBinliang,etal.Low         latesineastMediterraneanseawater. [J].Environmental
                 landfluvialphosphorusalteredbydams[J].WaterRe    Science&Technology,2002,36(16):3519-3524.
                 sourcesResearch ,2015,51(4):2211-2226.        [39]YASINJA,KROEZEC,MAYORGAE.Nutrientsexport
            [25]WUPan,WANGNairu,ZHULijun,etal.Spatialtem         byriverstothecoastalwatersofAfrica:pastandfuture
                 poraldistributionofsedimentphosphoruswithsediment  trends [J].GlobalBiogeochemicalCycles,2010,24:
                 transportintheThreeGorgesReservoir [J].Scienceof  GB0A07.
                 theTotalEnvironment ,2021,769:144986.         [40]LISiyue,BUSHRT.Risingfluxofnutrients(C,N,P
            [26]\L., ¶ Á, à ·. 8·L€@0aUÏdþ‹Z、 .                    andSi )inthelowerMekongRiver[J].JournalofHy
                 ¬Kuæos[J]. ¯°%&,2018,30(4):865-880.               drology ,2015,530:447-461.
            [27]WEBBBW,PHILLIPSJM,WALLING D E,etal.            [41]MILLIMANJD,MEADERH.Worldwidedeliveryof
                 LoadestimationmethodologiesforBritishriversandtheir  riversedimenttotheoceans [J].TheJournalofGeology,
                 relevancetotheLOISRACS (R)programme[J].Sci       1983,91(1):1-21.
                 enceoftheTotalEnvironment ,1997,194:379-389.  [42]BOESCHDF,BOYNTONW R,CROWDERLB,etal.
            [28]SEITZINGERSP,HARRISONJA,DUMONTE,etal.              NutrientenrichmentdrivesGulfofMexicohypoxia [J].
                 Sourcesanddeliveryofcarbon ,nitrogen,andphosphorus  Eos ,TransactionsAmericanGeophysicalUnion,2009,
                 tothecoastalzone :anoverviewofGlobalNutrientExport  90(14):117-118.
                 fromWatersheds(NEWS)modelsandtheirapplication  [43]NIXONSW.ReplacingtheNile:areanthropogenicnutri
                 [J].GlobalBiogeochemicalCycles,2005,19(4):        entsprovidingthefertilityoncebroughttotheMediterranean
   31   32   33   34   35   36   37   38   39   40   41