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The depths of the oceans are the last example of terra incognita on earth. Adamowsky presents a study of the sea, arguing that – contrary to popular belief – post-Enlightenment discourse on the sea was still subject to mystery and wonder, and not wholly rationalized by science.
Oceans have had a mysterious allure for centuries, inspiring fears, myths, and poetic imaginations. By the early twentieth century, however, scientists began to see oceans as physical phenomena that could be understood through mathematical geophysics. The Fluid Envelope of Our Planet explores the scientific developments from the early middle ages to the twentieth century that illuminated the once murky depths of oceanography. Tracing the transition from descriptive to mathematical analyses of the oceans, Eric Mills examines sailors' and explorers' observations of the oceans, the influence of Scandinavian techniques on German-speaking geographers, and the eventual development of shared quantitative practices and ideas. A detailed and beautifully written account of the history of oceanography, The Fluid Envelope of Our Planet is also an engaging account of the emergence of a scientific discipline.
The International Polar Years and the International Geophysical Year represented a remarkable international collaborative scientific effort that has been largely neglected by historians. This groundbreaking collection seeks to redress that neglect and illuminate critical aspects of the last 150 years of international scientific endeavour.
Through two victorious world conflicts and a Cold War, the U.S. Navy and American ocean scientists drew ever closer, converting an early marriage of necessity into a relationship of astonishing achievement. Beginning in 1919, Gary Weir's An Ocean in Common traces the first forty-two years of their joint quest to understand each other and the deep ocean.?Early in the twentieth century, American naval officers questioned the tactical and strategic significance of applied ocean science, demonstrating the gap between this kind of knowledge and that deemed critical to naval warfare. At the same time, scientists studying the ocean labored in their inadequately funded, discreet disciplines, seemingly content to keep naval warfare at arm's length. German U-boat success in World War I changed these views fundamentally, bringing ocean science insights to an increasing number of naval objectives.?Driven primarily by anti-submarine priorities, the physics, chemistry, and geology of the ocean, more than its biology, became the early focus of American ocean studies. The World War II experience solidified the Navy's relationship with ocean scientists, and the years after 1945 found the American military investing heavily in both applied and basic research. Today, oceanography is a permanent resident on the bridge of American fighting ships and the Navy continues to provide much of the impetus and funding for fundamental research, in both naval and civilian laboratories.In An Ocean in Common Gary Weir focuses on the compelling motives and carefully engineered course that brought scientists and naval officers together, across a considerable cultural divide, to achieve a more comprehensive understanding of one another and the world ocean. Weir details how this alliance laid the powerful multidisciplinary foundation for long-range ocean communication and surveillance, modern submarine warfare, deep submergence, and the emergence of oceanography and ocean engineering as independent and vital fields of study.
The 100-year story of the International Council for the Exploration of the Sea, a scientific collaboration originally formed by eight northern European nations to address problems of overfishing in the North Atlantic. The author uses archival research and interviews to profile key ICES members and to provide insight into the relationship between fisheries science and biological oceanography. Contains a small section of historical photographs.
Based on a fifty-year study conducted by the Leibniz Institute for Baltic Sea Research, this book brings together a comprehensive summary of their observations and findings. Written by well-known experts, this revealing book concentrates on long-term changes in the Baltic Sea?which can be extrapolated to shed light on the environmental problems of other shelf seas, brackish seas, and large estuaries?thereby contributing to our understanding of water exchange processes, eutrophication, and climatic impacts at the forefront of international concern.
While science was usually at the forefront of German Antarctic expeditions, research into the Southern Polar region always had a political or economic component, whether it was about resource use or securing areas of influence. Cornelia Lüdecke presents the course of the three German Antarctic expeditions from 1901-03, 1911-12 and 1938/39 with their partly dramatic turns and twists and provides insights into everyday life under extreme conditions. She also evaluates unpublished material from the archives and private estates of the expedition members. She looks at the expeditions from a scientific and political point of view and also deals with the myths associated with the "Schwabenland" expedition during the National Socialist era. Finally, the author describes German south polar research after World War II, which took different paths in the German Democratic Republic and in the Federal Republic of Germany, and gives an outlook on future research. For the first time, this book presents the history of the Germans in Antarctica in a factual and informative way for the general public. With numerous pictures, some of which have never been published before.
Marking the anniversary of the telescope’s invention, these collected essays highlight a number of significant historical episodes concerning this well-loved instrument, which has played a crucial role in Man’s thinking about his position – literally and philosophically – in the universe.
This theoretical and empirical study examines the influence of global institutions on the generation of scientific knowledge. Virginia Walsh's approach reverses the traditional focus of international relations literature—which most often deals with how scientific knowledge influences institutions—and offers an original way to look at international environmental governance. After proposing a theory of institutional mechanisms by which global institutions shape the generation of knowledge, the book turns to detailed case studies of two institutions in the under- studied but vital area of marine science, the Scripps Institute of Oceanography and the Inter-American Tropical Tuna Commission, to illustrate these mechanisms. In part 1, "Theory," the book identifies three specific mechanisms or "fixes" that provide the means by which institutions shape the generation and use of knowledge. With the positional fix, key individuals use their social roles or positions in an institution to influence the beliefs of members or fix the direction of research. The statutory fix occurs when beliefs gain acceptance as a consequence of being embedded in rules or treaties. The committee fix is illustrated in the regularized practices through which social groups accept statements as group beliefs. Part 2, "Evidence," shows these mechanisms at work in the two case studies. The Scripps Institution, for example, illustrates the positional fix, as successive directors used their position to frame research. The Inter-American Tropical Tuna Commission, on the other hand, exemplifies both the statutory fix and the committee fix in its regulatory actions.