When we think of nuclear disasters, our minds typically jump right to the horrific incidents at Chernobyl or Hiroshima and Nagasaki. As devastating as those incidents were, during the Cold War competing global powers conducted nuclear tests whose results were on par with — if not worse than — the nuclear meltdowns and detonations that dominate the history books:
Nuclear Testing Sites: Bikini Atoll
Between 1946 and 1958, the United States performed 23 nuclear tests in the remote Pacific island of Bikini Atoll. One of these tests included Castle Bravo, which the U.S. conducted in 1954 and involved the most powerful nuclear device the U.S. ever detonated. This device was 1,000 times more powerful than the bombs dropped on Hiroshima and Nagasaki, and caused nuclear fallout as far as Australia, India, and Japan.
Following Castle Bravo, residents of the nearby Rongelap and Rongerik atolls had to evacuate. That would not be enough to rid themselves of nuclear fallout risks: Indeed, following the detonations atoll residents reported an increase in cancer and birth defects.
Forced relocation comprised a critical element of U.S. testing in the region — though it’s debatable how much the U.S. really valued residents’ wellbeing. Throughout U.S. testing at Bikini Atoll, residents were shipped off to nearby islands unsuitable for sustaining that amount of life, a move which resulted in widespread starvation.
Furthermore, although officials assured Bikini Atoll natives that they could return home after the military finished its tests, those very tests rendered the atoll unfit for habitation. Fallout contaminated the water and soil, making it impossible to fish and farm there.
Public outcry came quickly, and ultimately led to the 1963 Limited Test Ban Treaty. And by 1995, a Nuclear Claims Tribunal had awarded more than $43 million to affected islanders.
Still, no amount of money can change the reality on the ground. As of 2016, Scientific News reports that radiation levels there are still above the recommended levels for safe habitation.