Europe has over 40,000 miles of coastline, stretching from the icy black waters of the Baltic to the deceptively serene Mediterranean. With many of Europe's countries bordering a sea, the need for lighthouses has spanned much of the continent for centuries. Lighthouses hold a perennial fascination for many of us - an indicator of danger, a beacon of the sea, laced with history and romance and a magnet for coastal walkers and visitors. Photographer Thomas Ebelt was charged with capturing beautiful imagery of the most stunning lighthouses for a lavish calendar, but on his journeys along Europe's coasts he found enough outstanding structures and dramatic landscapes to fill a calendar every year for a decade or more. This book is a collection of his finest photographs, from Poland and Estonia, via Iceland, around Scotland and England, and towards Malta and Sicily. Each lighthouse is accompanied by illuminating text about their history and construction. Specifications boxes provide information on position, identification features, height of the tower, height of the light, range and year of construction.

Developed to complement Reeds Vol 8 (General Engineering for Marine Engineers), this indispensable textbook comprehensively covers the motor engineering syllabus for marine engineering officer cadets. Starting with the theoretical and practical thermodynamic operating cycles, the book is structured to give a description of the engines and components used to extract energy from fossil fuels and achieve high levels of efficiency. Accessibly written and clearly illustrated, this book is the only guide available for marine engineering students focusing on the knowledge needed for passing the motor engineering certificate of Competency (CoC) examinations. This new edition reflects all developments within the discipline and includes updates and additions on, amongst other things: · Engine emissions and control engineering · Fuel injection · Starting and reversing · Ancillary supply systems · Safety and the environment Plus updates to many of the technical engineering drawings.

This is the first international history of the birth and rebirth of the electric boat and ship from 1835 to the present day. It celebrates the Golden Era of electric launches, 1880-1910. It narrates how, despite the arrival of the internal combustion engine, electric propulsion continued its progress with the turbo-electric ship. It shows how sustainable and hybrid technologies, pioneered in small inland waterways craft towards the end of the 20th Century, have recently been scaled up to the integrated electric propulsion of the largest ocean-going ships.

This first biography of Sir Raymond Priestley is well overdue, and its absence can only be explained by the scale of research necessary to cover the breadth and variety of his achievements over a very long and active life. It will be of interest across a wide range of disciplines, especially to those for whom the "Heroic Age" of Antarctic Exploration has a particular fascination. His involvement as a member of both Sir Ernest Shackleton's Nimrod and Robert Scott's Terra Nova Expeditions, during which he played a full and, on occasions, life threatening role was followed immediately by service in the First World War during which his gallantry was recognized by the award of a Military Medal; thereafter he made a further significant contribution in writing both the Official History of the British Army Signal Service and the History of the 46th (North Midland) Division in which he served. After the war, whilst at the University of Cambridge, he played a leading role in the establishment of the Scott Polar Research Institute followed by appointments as Vice-Chancellor of the Universities of Melbourne and then Birmingham, as well as helping to establish the University of the West Indies. Later he received a knighthood for his services to education. During his retirement, a complete misnomer in his case, he went with His Royal Highness, The Duke of Edinburgh, as an Antarctic expert on the RY Britannia followed closely as the British Observer on the American Deep Freeze IV Expedition during his tenure as Acting Director of the Falkland Islands Dependencies Survey (later, the British Antarctic Survey). It was no surprise that, against this background, he was invited to become President of the Royal Geographical Society. Despite the demands made upon him, he maintained a strong and active interest in his family's affairs throughout the whole of his life.

Plans included:Sines (1:30 000)Lagos (1:30 000)Portimao (1:25 000)Vilamoura (1:20 000)Vila Real de Santo Antonio (1:35 000)Isla Cristina (1:30 000)Mazagon (1:40 000)Chipiona (1:40 000)Rota (1:25 000)Bahia de Cadiz (1:55 000)Puerto Sherry (1:30 000)Sancti-Petri (1:30 000)Barbate (1:75 000)Tarifa (1:20 000)Gibraltar (1:40 000)Strait of Gibraltar (1:275 000)On this 2017 the latest depth surveys have been applied. Harbour developments in Gibraltar are included as are the latest firing practice areas in Golfo de Cadiz. The chart specification has been improved to show coloured light flashes. There has been general updating throughout.

Sailing his newly-created yacht Mingming II, Roger ventures into the Baring Sea and explores the islands of north-eastern Svalbard. During the 55-day voyage to waters seldom sailed in, he encounters everything from walruses to inquisitive humpback whales to massive ice cliffs, and nearly rescues a beautiful Russian girl from Bear Island. On his way back he makes his third visit to the island of Jan Mayen, deep in the Norwegian Sea, and there fulfils a long-held ambition. Acutely observational and well-laced with Taylor's wry humour, the book is as much an exploration of what is possible with one man, one simple boat and one home-made sail, as a journey to some of the planet's bleakest and most beautiful islands.

The Nemesis was the first of a generation of iron-clad, steam-powered naval vessels that established British dominance in Asian waters in the 19th century. The world's first iron warship, the first vessel with truly watertight compartments, and the first iron vessel to round the Cape of Good Hope, Nemesis represented a staggering new level of military superiority over the oar- and sail-powered forces of Britain's Asian rivals. With a shallow draft suited to riverine operations, and flexible armaments, she originated "gunboat diplomacy" in operations during the First Opium War. While her importance is recognized in the military history literature, the Nemesis' story has not been told to modern audiences. This lively narrative creates a vivid sense of life aboard the ship, and the challenges of the new technology for her captains and crew. The book places Nemesis in the historical context of the last years of the East India Company, and in the history of steam power and of iron ships. It tells of her exploits in the First Opium War, upriver in James Brooke's Sarawak, in pirate suppression and naval actions across Asia, from Burma to Bombay to the Yangtze River and beyond.

This text presents the state of the art in friction drag/resistance reduction technologies for BODIES and crafts operating in liquids at and beneath the free surface. It is useful for professionals with backgrounds in advanced fluid dynamics as well as by academics teaching introductory graduate courses in this area. Active control of resistance will include a discussion of friction reduction, for example through the injection of gas that can form air layers and polymers that initially reside adjacent to the hull, including the use of partial and super cavities. The book discusses passive resistance control achieved through changes in the overall hull shape and appendages, including the application of lifting bodies, bulbous bows, and stern flaps. It also addresses passive reduction of skin friction through the application of hull coatings and other elements of hull husbandry.