Monday, January 20, 2014

Not Going To Work

Be Be Getting A Little Concerned

Just How Bad Is The Fukushima Radiation Leak

(NaturalNews) If you've heard about Fukushima radiation spreading to the Pacific Coast of North America but were "corrected" by sources both official and expert that this was based more on rumor than reality, then consider the information presented at the October 2013 North Pacific Marine Science Organization (PICES) annual meeting.

Researchers from Fisheries and Oceans Canada confirmed that the radioactive plume from Fukushima is indeed reaching the shores of Canada and the United States - and was detected at least six months ago - carried both in the ocean surface water and the atmosphere on similar but slightly different courses.

In a presentation titled "Communicating the forecasts, uncertainty and consequences of ecosystem change," (read here: the Canadian researchers gave evidence that the bulk of radioactivity from Fukushima is shifting almost entirely from the western portion of the North Pacific (Japan) to the eastern portion (North America) over the course of the next five years. As of 2012, it had already reached the central region of the Pacific Ocean, and a previously unpublished map shows that, as of 2013, it had reached the shores of Alaska and British Columbia, with the most intense area of the plume yet to arrive.

The Fall 2013 discussion centered around competing calculations of the severity of effects from cesium-137, based around two differing models of the radiation's trajectory. The first, published by German researcher Erik Behrens and his colleagues at the Helmholtz Centre for Ocean Research in 2012, drastically understates the potential dangers, predicting only modest levels of 2 becquerels per cubic meter (Bq/m^3) by 2015 for the 49th parallel near British Columbia and Washington state - scarcely above the background levels from the continued fallout of Chernobyl.

Meanwhile, the second, published by Vincent Rossi and other colleagues from the Climate Change Research Centre in 2013, presents a much more consequential picture. It predicts alarming maximum levels reaching 25 Bq/m^3 at their monitoring station in British Columbia by 2015 and peaks above 30 Bq/m^3. Cesium levels at the 30th parallel - reaching Baja California in Mexico - wouldn't peak until about 2019, though projected maximum levels would reach only about 15-20 Bq/m^3.

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