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Turco, R.P.; Toon, O.B.; Ackerman, T.P.; Pollack, J.B.; Sagan, C.
Nuclear weapons and nuclear war1984
Nuclear weapons and nuclear war1984
AbstractAbstract
[en] Concern has been raised over the short- and long-term consequences of the dust, smoke, radioactivity, and toxic vapors that would be generated by a nuclear war. The discovery that dense clouds of soil particles may have played a major role in past mass extinctions of life on Earth has encouraged the reconsideration of nuclear war effects. These developments have led the authors to calculate, using new data and improved models, the potential global environmental effects of dust and smoke clouds (henceforth referred to as nuclear dust and smoke) generated in a nuclear war. They neglect the short-term effects of blast, fire, and radiation. Most of the world's population could probably survive the initial nuclear exchange and would inherit the postwar environment. Accordingly, the longer-term and global-scale aftereffects of nuclear war might prove to be as important as the immediate consequences of the war
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Cassel, C.; McCally, M.; Abraham, H; p. 495-518; ISBN 0-03-063872-0; ; 1984; p. 495-518; Praeger Publications, Inc; New York, NY (USA)
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Book
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AERODYNAMICS, AIR POLLUTION, ATMOSPHERIC EXPLOSIONS, CLIMATES, DAILY VARIATIONS, DUSTS, EARTH ATMOSPHERE, ENVIRONMENTAL IMPACTS, ENVIRONMENTAL TRANSPORT, FALLOUT, FIRES, FORECASTING, FORESTS, GLOBAL ASPECTS, MATHEMATICAL MODELS, MEDICAL ESTABLISHMENTS, METEOROLOGY, NUCLEAR EXPLOSIONS, NUCLEAR WINTER, OPACITY, PARTICLE SIZE, PARTICLES, PLUMES, RADIONUCLIDE MIGRATION, SEASONAL VARIATIONS, SMOKES, SURFACE EXPLOSIONS, TEMPERATURE DEPENDENCE, TIME RESOLUTION, ULTRAVIOLET RADIATION, URBAN AREAS, WEATHER
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