Underwater Research

Author: Drew   E. A.  

Publisher: Elsevier Science‎

Publication year: 2013

E-ISBN: 9780323150316

P-ISBN(Paperback): 9780122219504

P-ISBN(Hardback):  9780122219504

Subject: Q1 General Biology

Language: ENG

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Description

Underwater Research is primarily a review of problems in underwater viewing and hearing and acoustics. The chapters in this book are papers collated from the symposia of the Underwater Association. This book explores the need for the further study of the physiological and psychological reactions of divers. The book also concludes that diving is still the best way in studying the benthic ecology and sunken wrecks and cities.
The text is divided into 25 detailed chapters. Most of the topics in the text address the common problems encountered by divers such as in hearing and viewing. Specifically, problems in diver communication, depth estimation, color distinction are some of the topics covered. Other chapters deal with the psychological reactions such as anxiety, narcosis, and visual attention. Also, some chapters tackle solutions and experiments for the improvement of diving techniques and equipment.
This reference is helpful to divers, students, and scientists involved in marine and environmental science.

Chapter

Front Cover

pp.:  1 – 4

Underwater Research

pp.:  4 – 5

Copyright Page

pp.:  5 – 8

Preface

pp.:  6 – 10

Table of Contents

pp.:  8 – 6

Chapter 1. Diver Communication

pp.:  10 – 90

Chapter 2. Hearing in Divers

pp.:  90 – 148

Chapter 3. Improving Underwater Viewing*

pp.:  148 – 200

Chapter 4. Depth Estimation by Divers

pp.:  200 – 208

Chapter 5. An Investigation into Colour Vision Underwater

pp.:  208 – 218

Chapter 6. Narcosis and Visual Attention

pp.:  218 – 226

Chapter 7. Diver Performance—Nitrogen Narcosis and Anxiety

pp.:  226 – 234

Chapter 8. Body Temperature Monitoring during Diver Performance Experiments

pp.:  234 – 246

Chapter 9. The Measurement of Respiration at High Ambient Pressures

pp.:  246 – 262

Chapter 10. The Design of a Lightweight Underwater Habitat

pp.:  262 – 270

Chapter 11. The Use of an Underwater Habitat as a Quiet Laboratory for Tests on Diver Hearing

pp.:  270 – 276

Chapter 12. Towards the Development of a Practical Underwater Theodolite

pp.:  276 – 286

Chapter 13. The Design and Applications of Freeflooding Diver Transport Vehicles

pp.:  286 – 294

Chapter 14. Practical Considerations for Quantitative Estimation of Benthos from a Submersible

pp.:  294 – 308

Chapter 15. A Stereophotographic Method for Quantitative Studies on Rockybottom Biocoenoses*

pp.:  308 – 312

Chapter 16. Some Underwater Techniques for Estimating Echinoderm Populations

pp.:  312 – 322

Chapter 17. Nocturnal Behaviour in Aggregations of Acanthaster planci in the Sudanese Red Sea

pp.:  322 – 328

Chapter 18. The Ecology of Caryophyllia smithi Strokes and Broderip on Southwestern Coasts of the British Isles

pp.:  328 – 344

Chapter 19. Light, Zonation and Biomass of Submerged Freshwater Macrophytes

pp.:  344 – 356

Chapter 20. Preliminary Studies on the Primary Productivity of Macrophytes in Scottish Freshwater Lochs

pp.:  356 – 366

Chapter 21. Some Aspects of the Growth of Posidonia oceanica in Malta

pp.:  366 – 378

Chapter 22. Photosynthesis and Growth of Laminaria hyperborea in British Waters

pp.:  378 – 390

Chapter 23. Deposition of Calcium Carbonate Skeletons by Corals: An Appraisal of Physiological and Ecological Evidence

pp.:  390 – 404

Chapter 24. Archaeological Evidence for Eustatic Sea Level Change and Earth Movements in South West Turkey

pp.:  404 – 414

Chapter 25. Cape Andreas Expedition, 1969

pp.:  414 – 422

Subject Index

pp.:  422 – 440

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