This video says about itself:
Published on March 9, 2013
Two years after the triple calamities of earthquake, tsunami and nuclear disaster ravaged Japan’s northeastern Pacific coast, forests that cover 70 percent of the Fukushima Prefecture have been found to contain high concentrations of radioactive cesium.
With traces revealed not only in the fallen leaves and soil, but in the trees themselves, the findings suggest that radiation has permanently found its way into the ecosystem. The government is already spending billions of dollars decontaminating various towns in Fukushima, but the forests continue to emit radioactivity, putting the residents at risk.
Scientists suggest cutting down the trees as soon as possible because the cesium will gradually be transferred to the earth itself. Many residents are now suing TEPCO, the nuclear plant’s operator, for the impact the disaster has had on surrounding communities. It is estimated the power company will pay some about $400bn in cleanup costs and compensation. Al Jazeera’s Steve Chao reports from Fukushima.
By Jason Clenfield on March 10, 2013:
Every morning, 3,000 cleanup workers at the Fukushima disaster site don hooded hazard suits, air-filtered face masks and multiple glove layers. Most of the gear is radioactive waste by day’s end.
Multiply those cast-offs by the 730 days since a tsunami wrecked the Dai-Ichi nuclear station two years ago and the trash could fill six Olympic swimming pools. The tens of thousands of waste bags stored in shielded containers illustrate the dilemma of dealing with a nuclear accident: Everything that touches it becomes toxic.
Contaminated clothing represents just a fraction of the waste facing Tokyo Electric Power Co. (9501) in a cleanup that may take four decades. A tour of the plant last week went past rows of grey and blue tanks holding enough irradiated water to fill 100 Olympic pools on the plateau overlooking Dai-Ichi’s four ruined reactors. And the water keeps coming.
The utility estimates it may be eight years before radiation levels fall enough to let workers start the main task of removing 260 tons of melted nuclear fuel. That process took more than a decade at the U.S. accident on Three Mile Island, a partial meltdown at a single reactor containing about one fifth the amount of fuel at Fukushima.