Oceans Odyssey

Oceans Odyssey 2 presents the results of the discovery and archaeological survey of ten deep-water wrecks by Odyssey Marine Exploration. In the Western Approaches and western English Channel, a mid-17th century armed merchantman, the guns of Admiral Balchin's Victory (1744), the mid-18th century French privateer La Marquise de Tourny and six German U-boats lost at the end of World War II are examined in depth. From the Atlantic coast of the United States, the Jacksonville 'Blue China' wreck's British ceramics, tobacco pipes and American glass wares bring to life the story of a remarkable East Coast schooner lost in the mid-19th century. These unique sites expand the boundaries of human knowledge, highlighting the great promise of deep-sea wrecks, the technology needed to explore them and the threats from nature and man that these wonders face. Challenges to managing underwater cultural heritage are also discussed, along with proposed solutions for curating and storing collections.

In ten papers Odyssey Marine Exploration presents the technology, methodology and archaeological results from four deep-sea shipwrecks and one major survey conducted between 2003 and 2008. The sites lie beyond territorial waters in depths of up to 820 metres off southeastern America and in the Straits of Gibraltar and the English Channel. Exclusively recorded using robotic technology in the form of a Remotely-Operated Vehicle, the wrecks range from the major Royal Navy warships HMS Sussex (1694) and the unique, 100-gun, first-rate HMS Victory (1744)to the steamship SS Republic (1865) and a mid-19th century merchant vessel with a cargo of British porcelain. Their study reveals that the future of deep-sea wreck research has arrived, but also that many sites are at severe risk from destruction from the offshore fishing industry.

In 1990 Seahawk Deep Ocean Technology of Tampa, Florida, commenced the world’s first robotic archaeological excavation of a deep-sea shipwreck south of the Tortugas Islands in the Straits of Florida. At a depth of 405 meters, 16,903 artefacts were recovered using a Remotely-Operated Vehicle. The wreck is interpreted as the Buen Jesús y Nuestra Señora del Rosario, a small Portuguese-built and Spanish-operated merchant vessel from the 1622 Tierra Firme fleet returning to Seville from Venezuela’s Pearl Coast when lost in a hurricane. Oceans Odyssey 3 introduces the shipwreck and its artefact collection – today owned and curated by Odyssey Marine Exploration – ranging from gold bars to silver coins, pearls, ceramics, beads, glass wares, astrolabes, tortoiseshell, animal bones and seeds. The Tortugas shipwreck reflects the daily life of trade with the Americas at the end of the Golden Age of Spain and presents the capabilities of deep-sea robotics as tools for precision archaeological excavation.

"A summary by famed marine biologist Sylvia Earle of the latest insights about the present state of the ocean and a look at how its future and that of humankind are inextricably bound"--

In ten papers Odyssey Marine Exploration presents the technology, methodology and archaeological results from four deep-sea shipwrecks and one major survey conducted between 2003 and 2008. The sites lie beyond territorial waters in depths of up to 820 metres off southeastern America and in the Straits of Gibraltar and the English Channel. Exclusively recorded using robotic technology in the form of a Remotely-Operated Vehicle, the wrecks range from the major Royal Navy warships HMS Sussex (1694) and the unique, 100-gun, first-rate HMS Victory (1744)to the steamship SS Republic (1865) and a mid-19th century merchant vessel with a cargo of British porcelain. Their study reveals that the future of deep-sea wreck research has arrived, but also that many sites are at severe risk from destruction from the offshore fishing industry.

NATIONAL BESTSELLER • A riveting, adrenaline-fueled tour of a vast, lawless, and rampantly criminal world that few have ever seen: the high seas. There are few remaining frontiers on our planet. But perhaps the wildest, and least understood, are the world's oceans: too big to police, and under no clear international authority, these immense regions of treacherous water play host to rampant criminality and exploitation. Traffickers and smugglers, pirates and mercenaries, wreck thieves and repo men, vigilante conservationists and elusive poachers, seabound abortion providers, clandestine oil-dumpers, shackled slaves and cast-adrift stowaways—drawing on five years of perilous and intrepid reporting, often hundreds of miles from shore, Ian Urbina introduces us to the inhabitants of this hidden world. Through their stories of astonishing courage and brutality, survival and tragedy, he uncovers a globe-spanning network of crime and exploitation that emanates from the fishing, oil, and shipping industries, and on which the world's economies rely. Both a gripping adventure story and a stunning exposé, this unique work of reportage brings fully into view for the first time the disturbing reality of a floating world that connects us all, a place where anyone can do anything because no one is watching.

This book provides contributions from leading experts on the integration of novel sensing technologies to yield unprecedented observations of coupled biological, chemical, and physical processes in the ocean from the macro to micro scale. Authoritative entries from experts around the globe provide first-hand information for oceanographers and researchers looking for solutions to measurement problems. Ocean observational techniques have seen rapid advances in the last few years and this book addresses the need for a single overview of present and future trends in near real time and real time. First the past, present and future scenarios of ocean observational tools and techniques are elucidated. Then this book divides into three modes of ocean observations: surface, upper ocean and deep ocean. This is followed by data quality and modelling. Collecting a summary of methods and applications, this book provides first-hand information for oceanographers and researchers looking for solutions to measurement problems. This book is also suitable for final year undergraduate students or beginning graduate students in ocean engineering, oceanography and various other engineering students (such as Mechanical, Civil, Electrical, and Bioengineering) who are interested in specializing their skills towards modern measurements of the ocean.