%$Id: getm.bib,v 1.4 2009-02-18 11:00:27 hb Exp $

@STRING{ZfP = "Zeit. f. Phys."}
@STRING{JPO = "J. Phys. Oceanogr."}
@STRING{UNESCO = "Unesco technical papers in marine sciences"}
@STRING{OA = "Oceanologica Acta"}
@STRING{JGR = "J. Geophys. Res."}
@String{CSR = "Cont. Shelf Res."}
@String{JFM = "J. Fluid Mech."}
@String{APM = "App. Math. Modelling"}
@String{JAS = "Journal of Atmospheric Sciences"}
@String{AST = "Journal of Astrophysics"}
@String{REV = "Rev. Geophys."}
@String{EFM = "Environmental Fluid Mechanics"}
@String{NJSR = "Neth. J. Sea Res."}
@String{JMS = "J. Mar. Sys."} 
@String{DAO = "Dyn. Atmos. Oceans"} 
@String{JM = "J. Meteorol."}
@String{JPR = "Journal of Plankton Research"}
@String{TAN = "The American Naturalist"}
@String{LIEGE = "Bulletin de la Soci\'et\'e Royale des Sciences de Li\`ege"}
@String{AQS = "Aquatic Sciences"}
@String{ANM = "Appl. Numer. Math."}
@String{GJRAS = "Geophys. J. Roy. Astron. Soc"}
@String{EST = "Estuaries"}
@String{CMA = "Computers Math. Appl."}
@String{BLM = "Bound. Layer Meteor."}
@String{JAOT = "Journal of Atmospheric and Oceanic Technology"}
@String{CES = "Coastal and Estuarine Studies"}
@String{CEN = "Coastal Engineering"}
@String{IEEE = "IEEE Journal of Oceanic Engineering"}
@String{PhilROYA = "Phil. Trans. R. Soc. Lond. A"}
@String{PhilROYB = "Phil. Trans. R. Soc. Lond. B"}
@String{ProcROYA = "Proc. Trans. R. Soc. Lond. A"}
@String{MEPS = "Mar. Ecol. Prog. Ser."}
@String{DHZ = "Dt.  Hydrogr. Z."}
@String{QJR = "Q. J. R. Meteorol. Soc."}
@String{NSR = "Netherlands Journal of North Sea Research"}
@String{SR = "Journal of Sea Research"}
@String{DSR = "Deep-Sea Research"}
@String{MWR = "Monthly Weather Review"}
@String{DSRII = "Deep-Sea Research II"}
@String{JAM = "J. Appl. Meteorol."}
@String{JCP = "J. Computat. Phys."}
@String{ZAMM = "Z.\ Angew.\ Math.\ Mech."}
@String{IJNMF = "Int. J. Numer. Meth. Fluids"}
@String{IJNME = "Int. J. Numer. Meth. Engng"}
@String{LIM = "Limnol. Oceanogr."}
@String{PHF = "Phys.\ Fluids"}
@String{ATO = "Atmos.-Ocean"}
@String{AIAA = "AIAA Journal"}
@String{OMOD = "Ocean Modelling"}
@String{OD = "Ocean Dynamics"}
@String{SIAM = "SIAM J. Appl. Math."}
@String{SIAMNum = "SIAM J. Num. Anal."}
@String{CJP = "Chinese J. Phys."}
@String{QAM = "Quart. Applied Math."}
@String{JFE = "J. Fluids Eng."}
@String{ADV = "Advances in Geophysics"}
@String{JMR = "J. Mar. Res."}
@String{ESR = "Earth-Science Reviews"}
@String{ECSS = "Estuarine, Coastal and Shelf Science"}
@String{ECMS = "Estuarine Coastal Mar. Sci."}
@String{JHR = "Journal of Hydraulic Research"}
@String{JCR = "Journal of Coastal Research"}
@String{MCP = "Meth. Comput. Phys."}
@String{CMAME = "Comput. Meth. Appl. Mech. Eng."}
@String{MC = "Math. Comp."}
@String{Franzius = "Mitteilungen des Franzius-Institutes"}
@String{NPG = "Nonlinear Processes in Geophysics"}
@String{GCA = "Geochimica et Cosmochimica Acta"}
@String{GBC = "Global Biogeochemical Cycles"}
@String{ANNHMM = "Ann. Hydrogr. Marit. Meteorol."}
@String{BMEE = "Beitr. Meereskd."}
@String{NorHyd = "Nordic Hydrology"}
@String{AnnRev = "Ann. Rev. Fluid Mech."}
@String{MAP = "Math. Astron. Phys."}
@String{EOS = "Eos. Trans. Amer. Geophys. Res."}
@String{ASTJ = "The Astrophysical Journal"}
@String{OCEANOLOGIA = "Oceanologia"}
@String{MARBIO = "Mar. Biol."}
@String{ECOMOD = "Ecol. Model."}
@String{AtEn = "Atmospheric Environment"}
@String{CD = "Clim. Dyn."}

@String{AGU = "American Geophysical Union"}


@String{sub = "Submitted"}
@String{acc = "Accepted for publication"}
@String{prt = "In print"}
@String{prep = "In preparation"}

@article{ARAKAWAea77,
   author   = {A. Arakawa and V. R. Lamb},
   title    = {Computational design of the basic dynamical processes 
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   journal  = MCP,
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   year     = {1977},
}

@article{BACKHAUS85,
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   note     = {},
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@article{BARETTAea95,
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   volume   = {33},
   pages    = {233-246},
   year     = {1995},
   note     = {},
}

@article{BAUMERTea92,
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   year     = {1992},
   note     = {},
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@article{BECKERSea93,
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   year     = {1993},
   note     = {},
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@article{BECKERSea98,
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               Eric Deleersnijder and Pierre-Philippe Mathieu},
   title    = {Another reason why simple discretizations of rotated
               diffusion operators cause problems in ocean models.
               {C}omments on the paper {\it {I}soneutral diffusion in
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   journal  = JPO,
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   year     = {1998},
   note     = {},
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@article{BECKERSea00,
   author   = {Jean-Marie Beckers and Hans Burchard and
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               diffusion operators in ocean models},
   journal  = MWR,
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   year     = {2000},
   note     = {},
}



@incollection{BLUMBERGea87,
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   year     = {1987},
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@article{BRYAN69,
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   journal  = JCP,
   volume   = {4},
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   note     = {},
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@phdthesis{BURCHARD95,
   author   = {Hans Burchard},
   title    = {Turbulenzmodellierung mit {A}nwendungen auf
               thermische {D}eck\-schich\-ten im {M}eer und {S}tr\"o\-mun\-gen
               in {W}attengebieten },
   school  = {Institut f\"ur Meereskunde, Universit\"at Hamburg},
   year     = {1995},
   note     = {Published as:
              Report 95/E/30, GKSS Research Centre},
}

@article{BURCHARDea95,
   author   = {Hans Burchard and Helmut Baumert},
   title    = {On the performance of a
               mixed-layer model based on the $k$-$\varepsilon$
               turbulence closure},
   journal  = JGR,
   volume   = {100},
   pages    = {8523-8540},
   year     = {1995},
   note     = {},
}



@article{BURCHARDea97,
   author   = {Hans Burchard and Ole Petersen},
   title    = {Hybridisation between $\sigma$ and $z$ coordinates
               for improving the internal pressure gradient calculation
               in marine models with steep bottom slopes},
   journal  = IJNMF,
   volume   = {25},
   pages    = {1003-1023},
   year     = {1997},
   note     = {},
}

@incollection{BURCHARD98,
   author   = {Hans Burchard},
   title    = {Presentation of a new numerical model for turbulent flow
               in estuaries},
   booktitle  = {Hydroinformatics '98},
   editor  = {Vladan Babovic and Lars Christian Larsen},
   pages    = {41-48},
   year     = {1998},
   publisher= {Balkema},
   address  = {Rotterdam},
   note     = {{P}roceedings of the third International Conference on
               Hydroinformatics, Copenhagen, Denmark, 24-26 August 1998},
}

@article{BURCHARD01c,
   author   = {Hans Burchard},
   title    = {Energy-conserving discretisation of turbulent shear
               and buoyancy production},
   journal  = OMOD,
   volume   = {4},
   pages    = {347-361},
   year     = {2002},
   note     = {},
}


@book{BURCHARD02,
   author   = {Hans Burchard},
   title    = {Applied turbulence modelling in marine waters},
   year     = {2002},
   publisher = {Springer},
   pages    = {215 pp.},
   series   = {Lecture Notes in Earth Sciences},
   volume   = {100},
   address  = {Berlin, Heidelberg, New York},
   note     = {},
}


@techreport{BURCHARDea02,
   author   = {Hans Burchard and Karsten Bolding},
   title    = {{GETM} -- a general estuarine transport model.
               {S}cientific Documentation},
   institution = {European Commission},
   number   = {EUR 20253 EN},
   pages    = {157},
   year     = {2002},
   note     = {},
}

@article{BURCHARDea03a,
   author   = {Hans Burchard and Karsten Bolding and Manuel Ruiz Villarreal},
   title    = {Three-dimensional modelling of estuarine turbidity maxima
               in a tidal estuary},
   journal  = OD,
   volume   = {54},
   pages    = {250-265},
   year     = {2004},
   note     = {},
}

@article{BURCHARDea04,
   author   = {Hans Burchard and Jean-Marie Beckers},
   title    = {Non-uniform adaptive vertical grids in one-dimensional
               numerical ocean models},
   journal  = OMOD,
   volume   = {6},
   pages    = {51-81},
   year     = {2004},
   note     = {},
}

@article{BURCHARDea06,
   author   = {Hans Burchard and Karsten Bolding and Wilfried K\"uhn
              and Andreas Meister and Thomas Neumann and Lars Umlauf},
   title    = {Description of a flexible and extendable
               physical-biogeochemical model system for the water column},
   journal  = JMS,
   volume   = {61},
   pages    = {180-211},
   year     = {2006},
   note     = {},
}

@article{BURCHARDea08b,
   author   = {Hans Burchard and Hannes Rennau},
   title    = {Comparative quantification of physically and numerically induced
               mixing in ocean models},
   journal  = OMOD,
   volume   = {20},
   pages    = {293-311},
   year     = {2008},
   note     = {},
}

@article{BURCHARDea09,
   author   = {Hans Burchard and Frank Janssen and Karsten Bolding and
               Lars Umlauf and Hannes Rennau},
   title    = {Model simulations of dense bottom currents
               in the {W}estern {B}altic {S}ea},
   journal  = CSR,
   volume   = {29},
   pages    = {205-220},
   year     = {2009},
   note     = {},
}

@article{BURCHARD12,
   author   = {Hans Burchard},
   title    = {Quantification of numerically induced mixing and dissipation
               in discretisations of shallow water equations},
   journal  = {International Journal on Geomathematics},
   volume   = {},
   pages    = {},
   year     = {2012},
   note     = sub,
}


@article{CASULLIea94,
   author   = {V. Casulli and E. Cattani},
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   journal  = CMA,
   volume   = {27},
   pages    = {99-112},
   year     = {1994},
   note     = {},
}

@article{CHUea03,
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   journal  = JGR,
   volume   = {108},
   pages    = {3206, doi: 10.1029/2002JC001668},
   year     = {2003},
   note     = {},
}  


@techreport{COX84,
   author   = {M. D. Cox},
   title    = {A primitive equation, 3-dimensional model for the ocean},
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   number         = {1},
   year           = {1984},
   note           = {75 pp.},
}

@article{DELEERSNIJDERea92,
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   year     = {1992},
   note     = {},
}

@phdthesis{DUWE88,
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   year     = {1988},
   note     = {Published in:
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@article{ESPELIDea00,
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@book{HAIDVOGELea99,
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@book{KAGAN95,
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@book{KANTHAea00,
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@book{KANTHAea00b,
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   institution    = {National Institute for
                     Coastal and Marine Management / RIKZ},
   address        = {The Hague, The Netherlands},
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@article{LARGEea94,
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@article{MATHIEUea01,
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@article{MELLORea94,
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@book{PATANKAR80,
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@book{PEDLOSKY87,
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@article{SHCHEPETKINea03,
  author   = {Alexander F. Shchepetkin and James C. McWilliams},
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  volume   = {108},
  pages    = {10.1029/2001JC001047},
  year     = {2003},
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@article{SONGea94,
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@article{SONG98,
   author   = {Y. Song},
   title    = {A general pressure gradient formulation for ocean models.
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@article{STELLINGea94,
   author   = {Guus S. Stelling and J. A. T. M. van Kester},
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@techreport{UMLAUFea05,
   author   = {Lars Umlauf and Hans Burchard and Karsten Bolding},
   title    = {General {O}cean {T}urbulence {M}odel. {S}ource
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   institution = {Baltic Sea Research Institute Warnem\"unde},
   series   =  {Marine Science Reports},
   number   = {63},
   pages    = {274 pp},
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   note     = {},
}

@article{VANLEER79,
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   year     = {1979},
   note     = {},
}

@article{ZALEZAK79,
   author   = {Steven T. Zalezak},
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   year     = {1979},
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@incollection{ZALEZAK87,
   author   = {Steven T. Zalezak},
   title    = {A preliminary comparison of modern shock-capturing
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   editor   = {R. Vichnevetsky aand R. S. Stepleman},
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   publisher = {Publ. {IMACS}},
   address  = {},
   pages    = {15-22},
   year     = {1987},
   note     = {},
}

@article{ZANKE77,
   author   = {U. Zanke},
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   journal  = Franzius,
   volume   = {46},
   pages    = {231-245},
   year     = {1977},
   note     = {},
}

