The book discusses various aspects of the technical support of underwater archaeological research in marine and freshwater areas. This book considers the relevance, specificity, and artifacts of underwater archaeological research, stating the factors of flooding of archaeological artifacts. The authors describe the basic equipment for underwater work, as well as the equipment for remote study of the bottom and underwater archaeological research. This book presents the usage of instrumentation in underwater archaeology. Case studies included in this book correspond to the flooded ancient Greek cities of Fanagoria and Patraeus in the Taman Bay of the Black Sea, flooded Neolithic settlements on Lake Sennitsa in the Pskov region of Russia, sunken ships in the north of the Black Sea and sunken liner Titanic in the Atlantic Ocean.
The book is intended for students, graduate students and archaeologists who are interested in the specifics of underwater archaeological research and are planning to conduct it.
Introduction. Specificity and relevance.- Factors of flooding of
archaeological artifacts.- Basic equipment for underwater archaeological
research.- Special and auxiliary equipment for underwater archaeological
research.- Technical aspects of underwater archaeological research in ancient
Fanagoria.- Technical aspects of underwater archaeological research in
ancient Patraeys.- Technical aspects of underwater archaeological research of
neolithic settlements on Lake Sennitsa.- Technical aspects of studies of
sunken ships in the Black Sea.- Technical means of studying the liner
Titanic.- Conclusion.
Prof Mikhail Klyuev
Senior Researcher of the Shirshov Institute of Oceanology of the Russian Academy of Sciences, Doctor of Physics and Mathematics Sciences. He graduated from the Faculty of General and Applied Physics of the Moscow Institute of Physics and Technology in 1986. Dr Klyuevs research interests are marine geology, hydro-acoustics and underwater archeology, the development of seismic-acoustic methods, geophysical models, and also interpretations and equipment for studying the structure and objects of the seabed. He has published more than 100 scientific papers.
Prof Anatoly Schreider
Chief Researcher of the Shirshov Institute of Oceanology of the Russian Academy of Sciences, Doctor of Geology and Mineralogy, Professor. Graduated from the Faculty of Geology of Moscow State University in 1966. His scientific interests are geophysics, tectonics and geodynamics of the ocean floor, as well as the magnetic field of bottom oceanic rocks. He is a leading expert in the field of the chronological scale of linear ocean magnetic anomalies and has more than 200 scientific publications, including 12 collective monographs.
Prof Igor Rakitin
Associate Professor, leading engineer of the Institute of Oceanology of the Russian Academy of Sciences, Doctor of Technical Sciences. He graduated from the Krivoy-Rog Mining Institute in 1977 as a mechanical engineer. His area of scientific interest is the development of drilling rigs for deep-sea submersibles, methods of marine geological sampling and technical equipment for submersibles. He also participated in marine geological expeditions, underwater deep-diving, and expeditions to the sinken liner Titanic. So far, he has published about 50 scientific publications.
