5 years ago10,000+ Views
Curious anomalies are taking place in the Pacific Ocean. Shark attacks in Hawaii are at a record setting high—13 this year and two fatal—more than three times the annual average for the area. Marine life along California’s shores has increased to an unprecedented presence in recent months, with sightings in Monterey Bay and Santa Cruz of more than 200 humpback whales, a pod of 19 orcas, countless sea lions, and so many anchovies corralled into Santa Cruz Harbor that the water ran out of oxygen and caused a massive anchovy die-off, as reported by the NY Times. In even weirder news, sea stars off the North American coastline, healthy to the point of overpopulation a few months ago, are currently suffering from a wasting-syndrome of unidentified origins, causing them to mutilate and melt in masses from Canada to Mexico in the largest and least explainable sea star die-off in history. As of now, these incidents are generally unexplained and unconnected in public claims of the scientific community. But there’s one underlying precedent that might explain them all. Fukushima Daiichi. Nearly three years ago now, on March 11, 2011, the magnitude 9.0 Tohoku Oki Earthquake rocked Japan and wiped out power sources for the Fukushima I Nuclear Power Plant. After a first, second, and then third failure of backup coolant systems caused by the earthquake’s subsequent tsunami that easily overwhelmed the plant’s sea walls, fuel rods melted in their reactors, the buildings that housed those reactors were crippled by massive explosions, and by March 15, 2011, unknown amounts of radioactive matter flooded irrepressibly into the surrounding environment. It is the largest nuclear disaster since the Chernobyl incident of 1986. Possibly larger. For two months after the earthquake, the Japanese government and Tokyo Electric Power Company (TEPCO), the operators of Fukushima I, denied that any meltdowns had occurred at the plant.
That's huge for fatal shark attacks
Well the problem is that 13 is way to small to be a statistically valid sample.