Seawater: Its Composition, Properties and Behaviour

About this VolumeAbout this SeriesChapter 1 Water, Air and Ice 1.1 The Special Properties of Water 1.1.1 The Effect of Dissolved Salts 1.2 The Hydrological Cycle 1.2.1 Water in the Atmosphere 1.2.2 Ice in the Oceans 1.3 Summary of Chapter 1Chapter 2 Temperature in the Oceans 2.1 Solar Radiation 2.2 Distribution of Surface Temperatures 2.2.1 The Transfer of Heat and Water Across the Air-Sea Interface 2.3 Distribution of Temperature with Depth 2.4 Energy from the Thermocline - A Brief Digression 2.5 Temperature Distribution and Water Movement 2.6 Summary of Chapter 2Chapter 3 Salinity in the Oceans 3.1 Constancy of Composition 3.1.1 Changes Due to Local Conditions 3.1.2 Salts from Seawater 3.2 Variations in Salinity 3.2.1 Distribution of Salinity with Depth 3.2.2 Distribution of Surface Salinity 3.3 The Measurement of Salinity 3.3.1 Chemical Methods of Salinity Measurement 3.3.2 Physical Methods of Salinity Measurement 3.3.3 The Formal Definition of Salinity 3.4 Summary of Chapter 3Chapter 4 Density and Pressure in the Oceans 4.1 Water Masses 4.2 Depth (Pressure), Density and Temperature 4.2.1 Adiabatic Temperature Changes 4.3 T-S Diagrams 4.3.1 Using s1 4.3.2 s¿ and Vertical Stability 4.3.3 The Use of T-S Diagrams 4.3.4 Conservative and Non-Conservative Properties 4.4 Mixing Processes in the Oceans 4.4.1 Molecular and Turbulent Diffusion 4.4.2 Stratification and Micro-Structure 4.4.3 Fronts 4.4.4 Eddies 4.5 Summary of Chapter 4Chapter 5 Light and Sound in Seawater 5.1 Underwater Light 5.1.1 Illumination and Vision 5.1.2 Underwater Visibility: Seeing and Being Seen 5.1.3 Measurement 5.1.4 Color in the Sea 5.1.5 Electromagnetic Radiation and Remote Sensing of the Oceans 5.2 Underwater Sound 5.2.1 The Main Characteristics of Sound Waves in the Oceans 5.2.2 The Speed of Sound: Refraction and Sound Channels 5.2.3 Uses of Acoustic Energy in the Oceans 5.3 Summary of Chapter 5Chapter 6 the Seawater Solution 6.1 The Gross Chemical Composition of Seawater 6.1.1 Classification of Dissolved Constituents 6.1.2 The Nutrients 6.1.3 Dissolved Gases 6.1.4 Dissolved Gases as Tracers 6.2 Sources and Sinks, or Why the Sea is Salt 6.2.1 Comparison of Seawater with Other Natural Waters 6.2.2 Seawater and River Water 6.2.3 Origin of the Chloride 6.2.4 The Sodium Balance 6.2.5 Chemical Fluxes and Residence Times 6.3 Chemical and Biological Reactions in Seawater 6.3.1 Interactions between Dissolved Species 6.3.2 The Carbonate System, Alkalinity and Control of Ph 6.3.3 Non-Biological Controls on Minor and Trace Element Concentrations 6.3.4 Biological Controls on Minor and Trace Element Concentrations 6.3.5 Biological Activity as a Sink for Trace Elements 6.4 Summary of Chapter 6Chapter 7 Seawater and the Global Cycle 7.1 A Short History of Seawater 7.1.1 The Special Case of Co2 7.1.2 Climate and the Earth'S Orbit 7.2 A Look Ahead 7.3 Summary of Chapter 7Appendix: Conversions between Ph and [H°]Suggested Further ReadingAnswers and Comments to QuestionsAcknowledgmentsIndex