Chapter
Chapter 3. A reduced gravity numerical model of circulation in the Alboran sea
pp.：
90 – 106
Chapter 4. Surface temperature fronts in the Mediterranean from infrared satellite imagery
pp.：
106 – 144
Chapter 5. The water circulation in the North Western Mediterranean sea, its relation with wind and atmomheric Dressure
pp.：
144 – 158
Chapter 6. Analysis of upwelling in the Gulf of Lions
pp.：
158 – 170
Chapter 7. Discontinuous upwelling along a rectilinear coast with a series of small capes
pp.：
170 – 180
Chapter 8. Deviation with respect to Coriolis period for gravity- inertial -internal waves generated in an ocean basin by an impulsional wind
pp.：
180 – 192
Chapter 9. Hydrodynamics of the Adriatic sea
pp.：
192 – 202
Chapter 10. Current circulation in the Ligurian sea
pp.：
202 – 220
Chapter 11. Non-tidal flow in the North Channel of the Irish sea
pp.：
220 – 258
Chapter 12. The dynamics of the loop current and shed eddies i n a numerical model of the Gulf of Mexico
pp.：
258 – 314
Chapter 13. A numerical model of eddy generation in the Southeastern Caribbean sea
pp.：
314 – 344
Chapter 14. A model for frontal upwelling
pp.：
344 – 364
Chapter 15. Numerical tidal simulations within the Hauraki Gulf, New Zealand
pp.：
364 – 400
Chapter 16. The sensitivity of the Baltic Sea to natural and man-made impact
pp.：
400 – 414
Chapter 17. Mixing in the Baltic sea and implications for the environmental conditions
pp.：
414 – 434
Chapter 18. Fine structure of the open parts of the Baltic sea
pp.：
434 – 448
Chapter 19. Synoptic scale variability of hydrophysical fields in the Baltic Proper on the basis of CTD measurements
pp.：
448 – 484
Chapter 20. Synoptic variability of currents in the Baltic Proper
pp.：
484 – 504
Chapter 21. The variability of the temprature, salinity and density fields in the upper layers of the Baltic sea
pp.：
504 – 518
Chapter 22. Modelling of the climatic scale variabilitv of the hydrodynamics of the Baltic sea
pp.：
518 – 526
Chapter 23. Modelling of some hydrodynamical processes by a model of rotationally anisotropic turbulent flow
pp.：
526 – 532
Chapter 24. A cascade model of turbulent diffusion
pp.：
532 – 538
Chapter 25. Water quality study of the Baltic Sea by optical remote sensing methods
pp.：
538 – 546
Chapter 26. The influence of hydrodynamics on the chlorophyll field in the open Baltic
pp.：
546 – 558
Chapter 27. Characteristic properties of turbulent transport in the Black sea
pp.：
558 – 562
Subject index
pp.：
562 – 572
Hydrodynamics of Semi-Enclosed Seas
( Volume 34 )
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