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Preface
Contributing authors
Chapter 1: Overview
1 .1 Introduction
1.1.1 Geography
1.1.2 Bathymetry
1.1.3 Climate
1 .2 History of Major Expeditions
1.2.1 Early achievements
1.2.2 Classical period
1.2.3 Research between the two world wars
1.2.4 Developments after World War II
1.2.5 Last decades of the 20th century
1 .3 Classical Hydrography
1.3.1 Basin morphology and current field
1.3.2 Temperature distribution
1.3.3 Salinity distribution
1.3.4 Water-mass properties and climatic changes
1 .4 Advent of New Observations
1.4.1 Measurements from moored instruments
1.4.2 Lagrangian observations
1.4.3 Acoustic Doppler Current Profiler (ADCP) and Coastal Radar
1.4.4 Remote sensing
1 .5 Deep-water Formation
Chapter 2: Forcings
2 .1 Air-sea Fluxes
2.1.1 Surface winds
2.1.1 Bora
2.1.1 Sirocco
2.1.1 Other winds
2.1.2 Momentum flux Wind climatologies and products
2.1.2 Satellite winds
2.1.3 Heat flux
2.1.4 Water flux
2 .2 River and Coastal Runoff
Chapter 3: Circulation
3 .1 Observations of Near-Surface Circulation
3.1.1 Introduction
3.1.2 Indirect Observations
3.1.3 Direct Observations
3.1.4 Lagrangian Methods
3.1.5 Circulation inferred from remote sensing
3 .2 Observations of Intermediate and Bottom Circulations
3 .3 Dynamical Description
3.3.1 Thermohaline circulation
3.3.2 Wind-driven circulation
3.3.3 Topographic steering
3 .4 Numerical Simulations
3.4.1 Modeling of the northern and middle Adriatic
3.4.2 Modeling of the Mediterranean Sea
3.4.3 Modeling of the whole Adriatic Sea
3 .5 Concluding Remarks
Chapter 4: Adriatic Deep Water and Interaction with the Eastern Mediterranean Sea
4 .1 Evidence of Deep-water Formation
4.1.1 Strait of Otranto
4.1.2 Southern Adriatic
4.1.3 Northern Adriatic
4 .2 Modeling of Deep-Water Formation
4 .3 Interaction with the Eastern Mediterranean
4.3.1 Eastern Mediterranean circulation and water mass characteristics
4.3.2 Interaction between the Adriatic and Ionian Seas
Chapter 5: Northern Adriatic Sea
5 .1 Introduction
5 .2 Forcing Mechanisms
5 .3 Observations
5.3.1 Distributions of temperature, salinity and pigment
5.3.2 Satellite observations of surface temperature and chlorophyll concentration
5.3.3 Po River plume and Western Coastal Layer
5.3.4 Circulation
5 .4 Numerical Simulations
5.4.1 Wind-driven circulation
5.4.2 Thermohaline circulation and the role of the Po River
5.4.3 Climatological forcing and long-term effects
5.4.4 High-frequency forcing and episodic events
Chapter 6: Regional Studies
6 .1 Gulf of Trieste
6.1.1 Historical background
6.1.2 Seiches in the Gulf of Trieste
6.1.3 Post-war hydrography and water-mass analysis
6.1.4 Circulation in the Gulf
6.1.5 Heating and cooling of the Gulf of Trieste
6.1.6 Rivers into the Gulf
6.1.7 Conclusions
6 .2 Italian Coastal Waters
6.2.1 Introduction
6.2.2 Northern WAC segment
6.2.3 Middle WAC segment
6.2.4 Southern WAC segment
6 .3 Croatian Coastal Waters
6.3.1 Introduction
6.3.2 Wind-driven motions
6.3.3 Barotropic free waves
6.3.4 Baroclinic free waves
6.3.5 Conclusions
6 .4 Albanian Shelf Circulation
Chapter 7: Tides, Seiches and Low-frequency Oscillations
7 .1 Tidal Observations
7 .2 Theoretical Models of Tides
7 .3 Numerical Models of Tides
7 .4 Tidal Residuals
7 .5 Seiches
7 .6 Low-frequency Oscillations
Chapter 8: Toward the Future
8 .1 Summary and Conclusions
8.1.1 General remarks
8.1.2 Specifics
8 .2 Research Recommendations References
Index
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