Radioactive Rice "Far Exceeding" Safe Levels Found in Japan

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Reuters

Radioactive Rice "Far Exceeding" Safe Levels Found in Japan

by
Chikako Mogi

A rice field is seen in Soma, about 40 km (25 miles) north of the tsunami-crippled Fukushima Daiichi nuclear power plant, in Fukushima prefecture, September 10, 2011. REUTERS/Kim Kyung-Hoon

TOKYO  - Japan found the first case of rice with radioactive materials far exceeding a government-set level for a preliminary test of pre-harvested crop, requiring thorough inspection of the rice to be harvested from the region, the farm ministry said late on Friday.

The ministry said radioactive caesium of 500 becquerels per kg was found in a sample of the pre-harvested rice in Nihonmatsu city, in Fukushima Prefecture, 56 km (35 miles) west of the Fukushima Daiichi nuclear plant which was crippled by the March 11 earthquake and tsunami, triggering the world's worst nuclear disaster in 25 years.

The ministry said the Fukushima Prefecture will expand the inspection spots nearly ten-fold to around 300 areas.

It is the first case in Japan of rice containing radioactive caesium exceeding 200 becquerels per kg, a level which requires further thorough testing of the area for the harvested rice.

The government introduced inspection guidelines in August, with preliminary tests followed by more before approving shipments.

If preliminary tests found rice to contain radioactive caesium levels of 200 becquerels per kg or more, the crop will be tested more thoroughly before approvals are made for shipments.

If the level of caesium in rice exceeded the government-imposed cap of 500 becquerels per kg, shipments from locally produced rice will be halted.

So far, no rice crop has been banned for shipments.

If the follow-up tests of rice harvested from Nihonmatsu city find radioactive materials exceeding the government-imposed cap, it would deal a huge blow to Japan.

The country has been struggling to regain public trust in the safety of nuclear power so it can resume operations of nuclear reactors to supply energy as well as food safety after wide-ranging products from water to vegetables were found with radiation contamination.

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