Environmental behaviors of heavy metals and metal Nanoparticles Under ocean acidification and their effects on marine organisms
Abstract
Since the Industrial Revolution,Oceans absorb human emissionsCO2.,Leading to carbonate concentrations andPHContinuous decline,Acidification of the global ocean.Ocean acidification(Ocean audification, OA)In addition to directly threatening the stability of the marine ecosystem,It also indirectly changes the toxic effects of marine pollutants on marine organisms by changing their environmental behavior..In this paper, heavy metal and metal Nanoparticles(Metalic nanoparticles, MNPs)Environmental Pollutants as the main research object.,ThroughOAIn-depth analysis of the causes,Key ResearchOAChange the speciation of heavy metals and influence the dissolution of metal Nanoparticles,Suspension,The main mechanism of a series of processes such as migration,These heavy metals andMNPsImpact of changes in key environmental processes on individual marine organisms,And on the cause of toxicity differences the Key Analysis.Finally,OAAnd co-existing pollutants toxicity effect further need to carry out the research work the key prospect.
Keywords
Full Text:
PDFReferences
[1]Waters JF millero FJ Sabine CL.Glob biogeochem Cycle2011 25: GB4011
[2]Haugan PM drange H.Energy Convers Manage1996 37: 1019-1022
[3]Caldeira K Wickett ME.J Geophys Res2005,110: C09S04
[4]Intergovernmental Panel. Climate Change.Climate Change 2014: mitigation. Climate Change. Cambridge: Cambridge University Press 2015
[5]Caldeira K Wickett ME.Nature2003,425: 365
[6]Burns WCG. anthropogenic carbon dioxide emissions, ocean acidification: Potential impacts. ocean biodiversity..: askins RA, Dreyer GD visgilio GR Whitelaw DM eds.Saving Biological Diversity. Berlin Heidelberg: Springer 2008. 187-202
[7]Melzner F Thomsen J koeve W oschlies A gutowska MA Bange HW Hansen hp k o rtzinger.Mars Biol2013,160: 1875-1888
[8]Blackford J Bull JM cevatoglu M Connelly D hauton C James RH lichtschlag A Stahl H Widdicombe S Wright IC.Int J Greenhouse GasControl2015 38: 221-229
[9]Phelps ARENA Blackford JC Holt JT Polton JA.Int J greenh Gas Con2015 38: 210-220
[10]Wootton JT Pfister CA Forester JD.Proc Natl Acad Sci USA2008,105: 18848-18853
[11]Feely RA Alin SR Newton J Sabine CL Warner M DeVol A krembs C Maloy C.Estuar coast Shelf S2010 88: 442-449
[12]Cai WJ, Hu X, Huang WJ, Murrell MC, Lehrter JC, lohrenz se, Chou WC, Zhai W, hollibaugh JT, Wang Y, Zhao P, Guo X, Gundersen K, dai M, Gong GC.Nat geosci, 2011, 4: 766-770
[13]Körtzinger.Chem unserer ZEIT, 2010, 44: 118-129
[14]Wan R, Chen y, Zheng X, Su Y, li m.Environ Sci Technol, 2016, 50: 9915-9922
[15]Xu D, Wang D, Li B, Fan X, Zhang XW, ye NH, Wang Y, Mou S, Zhuang Z.Environ Sci Technol, 2015, 49: 3548-3556
[16]Moore SK, trainer VL, Mantua NJ Parker MS, laws EA, backer LC, Fleming le.Environ Health, 2008, 7: S4
[17]Bach lt, mackinder LCM, Schulz kg, Wheeler g Schroeder DC, Brownlee C, ribesell U.New Phytol, 2013,199: 121-134
[18]Jin P, Wang TF, Liu NN, DuPont S, Beardall J, Boyd PW, riebesell U, Gao Ks.Nat commun, 2015, 6: 8714
[19]Stumpp M, Hu M, castles I, saborowski R, bleich M, melzner F, DuPont S.Nat Clim change, 2013, 3: 1044-1049
[20]Wei L, Wang Q, Wu H, Ji C, Zhao J.J Proteomics, 2015,112: 83-94
[21]Parker LM, Ross pm, o'connor wa.Mar Biol, 2011,158: 689-697
[22]Bibby R, cleall-Harding P, Rundle S, widdicombe S, Spicer J.Biol lett, 2007, 3: 699-701
[23]Watson SA, Lefevre S, McCormick Mi, Domenici P, Nilsson Ge, Munday Pl.Proc r soc B-Biol SCI, 2014,281: 20132377
Refbacks
- There are currently no refbacks.
