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Ariana Tibon was in college at the University of Hawaiʻi in 2017 when she saw the photo online: a black-and-white picture of a man holding a baby. The caption said: “Nelson Anjain getting his baby monitored on March 2, 1954, by an AEC RadSafe team member on Rongelap two days after ʻBravo.ʻ”
Tibon had never seen the man before. But she recognized the name as her great-grandfatherʻs. At the time, he was living on Rongelap in the Marshall Islands when the U.S. conducted Castle Bravo, the largest of 67 nuclear weapon tests there during the Cold War. The tests displaced and sickened Indigenous people, poisoned fish, upended traditional food practices, and wrought cancers and other negative health repercussions that continue to reverberate today.
A federal report by the Government Accountability Office published last month examines what’s left of that nuclear contamination, not only in the Pacific but also in Greenland and Spain. The authors conclude that climate change could disturb nuclear waste left in Greenland and the Marshall Islands. “Rising sea levels could spread contamination in RMI, and conflicting risk assessments cause residents to distrust radiological information from the U.S. Department of Energy,” the report says.
In Greenland, chemical pollution and radioactive liquid are frozen in ice sheets, left over from a nuclear power plant on a U.S. military research base where scientists studied the potential to install nuclear missiles. The report didn’t specify how or where nuclear contamination could migrate in the Pacific or Greenland, or what if any health risks that might pose to people living nearby. However, the authors did note that in Greenland, frozen waste could be exposed by 2100.
“The possibility to influence the environment is there, which could further affect the food chain and further affect the…
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