Article found in ENENEWS
International Journal of Environmental Research and Public Health (pdf), University of Florida College of Medicine, Weill-Cornell Medical College, etc. (2014):
- The Fukushima Dai-ichi nuclear power plant accident is an example of a contemporary nuclear plant accident with serious implications.
- The Fukushima NPP accident has had health implications due to the high levels of radiation released and vast area over which the radiation has disperse.
- The significant radiation release, as likened to Chernobyl, reflects the context and severity of the Fukushima accident.
- The level of 137Cs that was released is likened to Chernobyl levels, with 100,000 TBq released.
- Radioactive plume dispersion occurs worldwide, far exceeding 300 miles previously mentioned. This should implicate radiological hazard at distances otherwise overlooked.
Potassium Iodide Distribution
- Radioactive plumes from the Chernobyl accident containing 131I caused benign and malignant thyroid nodules to develop, especially in children within a 310 miles radius of the incident.
- The current recommendation is for KI [potassium iodide] availability to people 200 miles from a NPP. Plume radii for nuclear events have been shown to exceed 300 [miles]. Extension of KI availability to 300 miles only further underscores the inadequacy of current preparedness plans.
- In regard to KI prophylaxis, TEPCO utilized 17,500 KI tablets for 2,000 onsite workers… with one individual receiving and taking 85 tablets.
- Radiological plumes containing 131I cause benign and malignant thyroid nodules to develop within a 300 mile radius… This necessitates KI pre-distribution to all schools, hospitals and other of-interest sites extending 300 miles from any nuclear reactor. Evacuation or sequestering is impossible in congested urban areas… There is currently virtually no compliance with [the] 20 miles radius KI pre-distribution law, section 127 of the Bioterrorism Act of 2002. In fact, there is little compliance with the 10 miles Ki pre-distribution radius law in the United States.
- Japan did not utilize KI for prophylaxis of the general public, acknowledging it was not prepared to act accordingly.
- Study: Daily release from Fukushima of 100+ Quadrillion becquerels of cesium-137 early on in crisis “seems reasonable” — Chernobyl total release was ~70 Quadrillion Bq of cs-137
- Canadian officials estimated Fukushima cesium-137 release almost double Chernobyl — Based on the “most conservative and credible” projections
- EU-funded Research: Fukushima atmospheric release of 210 quadrillion becquerels of cesium-137 used as upper bound in simulation — Chernobyl estimated at 70 to 85 quadrillion
- Marine Chemist in Jan. 2014: Latest numbers I have are Fukushima has released 80 Quadrillion Bq of cesium-137 (Chernobyl estimated at 70 Quadrillion) — “The radioactive plume itself has actually arrived… it’s already here” on west coast of N. America (AUDIO)
- Gov’t Report: Fukushima released up to 181 Quadrillion Bq of cesium, Chernobyl was 105 Quadrillion — Radioactive material to flow from Japan “for years to come” — Fukushima radionuclides have now spread “throughout N. Pacific”
- “Ultimate, worst-case scenario” underway at Fukushima? New York Times: Experts suspect intense contamination is seeping out from under melted-down reactors and into Pacific — Will surpass even the leaks from disaster’s early days August 24, 2013
- Senior Scientist at MIT Event: Japanese scientists censored — Not allowed to publish research that compared Fukushima to Chernobyl — Fukushima ‘arguably’ bigger January 24, 2014
- Nuclear Consultant on CNN: “Nobody knows how far the molten fuel went through containment” at Fukushima — “Challenges of unprecedented complexity” August 30, 2013
- Former Prime Minister of Japan: I realized Fukushima disaster could have been 100 times worse than Chernobyl (VIDEO) October 8, 2013
- Asahi: Radioactive cesium in Fukushima water now 8 times higher than when disaster began August 16, 2013