Assessing Radiation Threats Amid US-Israel Strikes on Iran's Nuclear Sites

Recent US and Israeli military strikes on Iran's nuclear facilities have raised concerns over potential radiation risks. However, experts and the IAEA confirm no significant increase in radiation levels. The primary concern lies with chemical hazards from fluorine gas, used in uranium enrichment, posing a greater threat than radiation.


Devdiscourse News Desk | Washington DC | Updated: 22-06-2025 20:22 IST | Created: 22-06-2025 20:22 IST
Assessing Radiation Threats Amid US-Israel Strikes on Iran's Nuclear Sites
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Recent events have seen the United States joining Israel in military assaults on Iran's nuclear program, sparking concerns about potential radiation threats. The US targeted three Iranian nuclear sites, including Natanz and Fordo. Both Iran and the United Nations have confirmed these developments.

The International Atomic Energy Agency (IAEA) reports that, thus far, no significant increase in radiation levels has been observed. Despite attacks on facilities like Natanz, which enriches uranium to high purity levels, public radiation risk remains minimal. However, experts caution that the greater danger stems from chemical hazards, particularly fluorine gas used in the enrichment process.

Beyond the immediate threat, fluorine gas poses serious risks if released, as it can corrode surfaces and be fatal if inhaled. The IAEA continues to monitor the situation to ensure global safety standards are upheld.

(With inputs from agencies.)

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