148

Literaturverzeichnis

Bryden,  H.  L.,  M.  J.  Griffiths,  A.  M.  Lavin,  R.  C.  Millard,  G.  Parrilla  und  W.  Smethie,
Decadal  Changes  in  Water  Mass  Characteristics  at  24°N  in  the  Subtropical  North  Atlantic  Ocean,
J.  Climate,  9,  3162-3186.  1996.
Bunker,  A.  F.,  Surface  energy  fluxes  of  the  South  Atlantic  Ocean,  Mon.  Weather  Rev.,  116,  809-823,
1988.
Cayan,  D.  R-,  Latent  and  sensible  heat  flux  anomalies  over  the  northern  oceans:  Driving  the  sea
surface  temperature,  J.  Phys.  Oceanogr.,  22,  859-881,  1992.
Clarke,  R.  A.,  R.  M.  Hendry,  I.  M.  Yashayaev  und  D.  R.  Watts,  A  Western  Boundary
Current  Meter  Array  in  the  North  Atlantic,  Int.  WOCE  Newsletter,  33,  33-34,  1998.
Climate  Variability  and  Predictability  (CLIVAR)  Initial  Implementation  Plan,  World  Climate
Research  Programme  (WCRP),  WCRP-103  (WMO/TD-869),  Geneva,  Juni  1998.
Colin  de  Verdiere,  A.  und  T.  Huck,  Baroclinic  Istability:  An  Oceanic  Wavemaker  for  Interdecadal
Variability,  J.  Phys.  Oceanogr.,  29,  893-910,  1999.
Conkright,  M.  und  S.  Levitus,  World  Ocean  Data  Base  1998:  Documentation  and  quality  control,
Nat.  Oceanic  and  Atmospheric  Admin.  (NOAA),  U.S.  Department  of  Commerce,  1998.
Cunningham,  S.  A.  und  T.  W.  N.  Haine,  Labrador  Sea  Water  in  the  Eastern  North  Atlantic.
Part  I:  A  Synoptic  Circulation  Inferred  from  a  Minimum  in  Potential  Vorticity,  J.  Phys.  Oceanogr.,
25,  649-665,  1995a.
Cunningham,  S.  A.  und  T.  W.  N.  Haine,  Labrador  Sea  Water  in  the  Eastern  North  Atlantic.
Part  II:  Mixing  Dynamics  and  the  Advective-Diffusive  Balance,  J.  Phys.  Oceanogr.,  25,  666-678,
1995b.
Curry,  R.  G.,  M.  S.  McCartney  und  T.  M.  Joyce,  Oceanic  transport  of  subpolar  climate  signals
to  mid-depth  subtropical  waters,  Nature,  391,  575-577,  1998.
Defant,  A.,  Die  absolute  Topographie  des  physikalischen  Meeresniveaus  und  der  Druckflachen  sowie
  Wasserbewegungen  im  Raum  des  Atlantischen  Ozeans,  in  Wtss.  Ergehn.  Dtsch.  Atl.  Exped.
“Meteor”,  6(11),  191-260,  1941.
de  las  Heras,  M.  M.  und  R.  Schlitzer,  On  the  importance  of  intermediate  water  flows  for  the
global  ocean  overturning,  J.  Geophys.  Res.,  107,  15515-15536,  1999.
Dickson,  B.,  J.  R.  N.  Lazier,  J.  Meincke,  P.  Rhines  und  J.  Swift,  Long-term  coordinated
changes  on  the  convective  activity  of  the  North  Atlantic,  Prog.  Oceanogr.,  38,  241-295,  1996.
Dickson,  B.,  From  the  Labrador  Sea  to  global  change,  Nature,  386,  649-650,  1997.
Dickson,  B.,  J.  Meincke,  I.  Vassie,  J.  Jungclaus  und  S.  0sterhus,  Possible  predictability  in
overflow  from  the  Denmark  Strait,  Nature,  397,  243-246,  1999.
Dietrich,  G.  K.,  K.  Kalle,  W.  Krauss  und  G.  Siedler,  Allgemeine  Me.ereskunde,  Gebriider
Borntraeger,  Berlin-Stuttgart,  3edn.  593  pp,  1975.
Dobroliubov,  S.  A.,  Components  of  meridional  freshwater  and  heat  transports  in  the  Atlantic
Ocean,  Oceanology,  34,  14-18,  1994.
Dobroliubov,  S.  A.,  V.  P.  Tereschenkov  und  A.  V.  Sokov,  Water  Mass  Transport  and  Heat
Flux  changes  at  36°N  in  the  Atlantic  Ocean,  ICES,  1996a.
Dobroliubov,  S.  A.,  V.  P.  Tereschenkov  und  A.  V.  Sokov,  Mass  and  Heat  Fluxes  at  36°N  in
the  Atlantic:  Comparison  of  1993,  1981  and  1959  Hydrographic  Surveys,  Int.  WOCE  Newsletter,
22,  34-37,  1996b.