This beautifully illustrated book reviews the development of science in Antarctica from its early beginnings, in the age of Captain Cook, to the present complexity of the 1980s when research teams from many nations work side by side. Three major areas, biological science, the earth sciences and atmospheric science are examined individually, highlighting the principal achievements of the past 25 years, and providing an up-to-date account of our present understanding of this frozen continent. Concern over the future of the Antarctic Treaty and the probable main directions of future research, provide an indication of the importance of Antarctica to all scientific disciplines. This unique natural laboratory for science is now being investigated by eighteen countries. International interest in Antarctica grows apace and, whatever its future use by mankind, its sensible management will require a good, scientific basis.

This is the first book to draw together a history of science in Antarctica.

A Pulitzer Prize–winning author examines South Pole expeditions, “wrapping the science in plenty of dangerous drama to keep readers engaged” (Booklist). An Empire of Ice presents a fascinating new take on Antarctic exploration—placing the famed voyages of Norwegian explorer Roald Amundsen, his British rivals Robert Scott and Ernest Shackleton, and others in a larger scientific, social, and geopolitical context. Recounting the Antarctic expeditions of the early twentieth century, the author reveals the British efforts for what they actually were: massive scientific enterprises in which reaching the South Pole was but a spectacular sideshow. By focusing on the larger purpose of these legendary adventures, Edward J. Larson deepens our appreciation of the explorers’ achievements, shares little-known stories, and shows what the Heroic Age of Antarctic discovery was really about. “Rather than recounting the story of the race to the pole chronologically, Larson concentrates on various scientific disciplines (like meteorology, glaciology and paleontology) and elucidates the advances made by the polar explorers . . . Covers a lot of ground—science, politics, history, adventure.” —The New York Times Book Review

Public awareness of the importance of Antarctic research, particularly in relation to global problems, has increased. The book spans a broad spectrum of Antarctic science from the "ozone hole" to microbiology to the sea ice. The main focus is on the role of Antarctica and the Southern Ocean in the world climate system, e.g. the formation of sea ice and its relevance to ocean circulation, the biological pump in relation to CO2 release. The past climate history is revealed by the analysis of ice cores and sediments. Studies of plate tectonics and fossil records reach further back in earth history. Key words in the biological chapters are krill and the rich Antarctic benthos. Finally, the potential conflict between conservationists, researchers and tourists is discussed.

Antarctic Climate Evolution is the first book dedicated to furthering knowledge on the evolution of the world's largest ice sheet over its ~34 million year history. This volume provides the latest information on subjects ranging from terrestrial and marine geology to sedimentology and glacier geophysics. - An overview of Antarctic climate change, analyzing historical, present-day and future developments - Contributions from leading experts and scholars from around the world - Informs and updates climate change scientists and experts in related areas of study

For more than fifty years, Halley Research Station-located on the Brunt Ice Shelf in Antarctica's Weddell Sea-has collected a continuous stream of meteorological and atmospheric data critical to our understanding of polar atmospheric chemistry, rising sea levels, and the depletion of the ozone layer. Since the station's establishment in 1956, there have been six Halley stations, each designed to withstand the difficult climatic conditions. The first four stations were crushed by snow. The fifth featured a steel platform, allowing it to rise above snow cover, but it, too, had to be abandoned when it moved too far from the mainland, making it precarious. Commissioned by British Antarctic Survey (BAS) and completed in 2012, Halley VI is the winning design from a competition in collaboration with the Royal Institute of British Architects. Designed by London-based Hugh Broughton Architects and AECOM, a US-based architecture and engineering firm, the structure cannot just rise to avoid being engulfed by accumulating snow, but it is also the first research station able to be fully relocatable, its eight modules situated atop ski-fitted hydraulic legs. This book tells the story of this iconic piece of architecture's design and creation, supplemented with many illustrations, including plans and previously unpublished photographs.

In Science on Ice, award-winning science broadcaster and writer Veronika Meduna follows deep-south scientists who huddle in tents and dive under ice to study ancient mud, fat fish, migrating penguins and fossilised forests. Meduna presents us with a fascinating frozen land - Antarctica's ice cap holds three quarters of the planet's fresh water, its layers of ice and sediment record past climate conditions going back millions of years, and the oceans around it drive the global food chain and a giant conveyor belt of currents that transports heat around the globe. The creatures that call Antarctica home have evolved to survive in conditions hostile to life, and the continent's permanently ice-covered lakes may even hold the secret to how life began on Earth - and what it might look like elsewhere. And though it is the only continent without permanent human habitation, Antartica may yet hold the key to our survival. In this lavishly illustrated book Meduna introduces us to an exhilarating landscape, to fascinating discoveries and to the people making them - those scientists tackling fundamental questions about life and the world around us from the frozen continent.