Nuclear war was very much a front-of-mind issue during the fraught political climate of the Cold War era. Since then, atomic sabre rattling has been less frequent, though has never quite disappeared entirely.
Outside of the direct annihilation caused by nuclear war, however, is the threat of nuclear winter. The basic concept is simple: in the aftermath of a major nuclear war, the resulting atmospheric effects could lead to a rapid cooling in global temperatures.
Some say it couldn’t ever happen, while others – including Futurama – suggest with varying degrees of humor that it could help cancel out the effects of global warming. But what is the truth?
Hard data is isn’t really available, as thus far there have been no large-scale nuclear wars for scientists to measure. Several studies have explored the concept of nuclear winter, however, and explored its potential effects.
How Does It Work, Anyway?
Hundreds of large firestorms triggered by nuclear weapons could loft soot into the upper atmosphere, serving as the causative mechanism of the “nuclear winter” theory. The nuclear aspect is only as an ignition source; any other cause of widespread firestorms could do the same. Image Credit: Public Domain, Jim Peaco
The basic concept of nuclear winter is simple. In a large nuclear conflict, where nuclear weapons are used in strategic strikes against urban and industrial areas, large-scale fires would rage out of control. These fires would then loft large amounts of black carbon soot into the upper reaches of the atmosphere. Once there, the smoke particles might then be lofted further up into the s ..
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