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not at all

It's fake...

No its true

thanks for your explanation

Fish doesn’t even know it of existence jet in this speed.

Holy shit, I didnt even know this was a thing

@@Real18800 Yeah apparently the water was purified so much it had less radioactive substance than regular sea water

This isn't the case, most researchers believe that its a natural occurrence called upwelling where deep sea nutrients rise to shallow water, followed by a bloom of plankton that the sardines feed on. They then follow these into the shallower areas of the water and beach themselves. This has happened before and you can find videos on youtube years ago of the same thing happening. Look up "San Sebastian, Samboan, Cebu - Fish leap out of water" for more examples or just do some more basic research yourself.

LOL. Blaming Japan for dumping even treated water that is far less radioactive than even the Pacific Ocean natural. This seems more of a natural phenomenon considering those aren't dead or radioactive.

Lol. This Wumao is going to every channel that covers this video to spread misinformation. Same comment… copy and paste.

It was a thing ever since the Ukraine's maidan. That was successful, but now Ukraine is no longer...

Jail? Da hilft nur Ausrottung.

And it’s not Gene Cernan, it’s Harrison Schmitt.

Sardines are migratory fish. It would be strange to blame Fukushima for the death of fish coming from outside Japanese waters, even though the seafood around Fukushima has not died. In the first place, of the trace amounts of radioactive material contained in Fukushima's treated water, most of it is tritium. Tritium is a substance like hydrogen's brother, it is exchanged with hydrogen contained in water molecules and exists as a part of water, so it is very difficult to remove it by chemical methods. On the other hand, tritium is also produced in nature by cosmic rays and is also contained in water vapor in the air, rainwater, seawater, and tap water. Therefore, the amount of tritium emitted by the Fukushima nuclear power plant per year is only about 0.0007% of the tritium present in the Pacific Ocean, and the radiation emitted per liter of treated water is about one-fourth of the radiation emitted by a single human body. In addition, the beta rays emitted by tritium have low energy, so they can only travel about 5 mm through air and 0.005 mm through water, and cannot even pass through a sheet of paper. Therefore, the radiation emitted by tritium cannot penetrate the fish's skin and will not accumulate even if it enters the fish's body, so the treated water will not kill the sardines.

Yeah and if you search for it you find out that not only the beaches in Hakodate are littered with dead fish in Japan

cause is lack of oxygen, that is common. japan has plenty of hypoxia areas, the fish accidentally swam into one of them then they die. US and UK have hypoxia areas too, most of them.

@@john69sjourney15 Yeah sure, that's why its only a hand full of fish and one or two beaches because a swarm of fishes accidentally swam into a hypoxia area!!! Do you get paid by the company of the fukushima powerplant or the Japaneese goverment to make such a unlikely statement??? If it is a natural phenomenon than it would have bin a big news item but instead most of the normal news outlets did'nt show any thing on the broadcasts and only had a couple of lines of text dedicated to this news, like they were trying to hide it.

Sardines are migratory fish. It would be strange to blame Fukushima for the death of fish coming from outside Japanese waters, even though the seafood around Fukushima has not died. In the first place, of the trace amounts of radioactive material contained in Fukushima's treated water, most of it is tritium. Tritium is a substance like hydrogen's brother, it is exchanged with hydrogen contained in water molecules and exists as a part of water, so it is very difficult to remove it by chemical methods. On the other hand, tritium is also produced in nature by cosmic rays and is also contained in water vapor in the air, rainwater, seawater, and tap water. Therefore, the amount of tritium emitted by the Fukushima nuclear power plant per year is only about 0.0007% of the tritium present in the Pacific Ocean, and the radiation emitted per liter of treated water is about one-fourth of the radiation emitted by a single human body. In addition, the beta rays emitted by tritium have low energy, so they can only travel about 5 mm through air and 0.005 mm through water, and cannot even pass through a sheet of paper. Therefore, the radiation emitted by tritium cannot penetrate the fish's skin and will not accumulate even if it enters the fish's body, so the treated water will not kill the sardines.

@@kar4279 So dead migratory fish covers Japans beaches but you think they all got sick or died on the other side of the world? I do not work for that power plant, so i do not know what the exact composition of that "cooling water" used to be or how much radiation it carried. I am no scientist but i do remember seeing pictures of the detonation of the first test nuclear bombs and how people were standing way to close without any protection because the scientists believed it to be safe, just like all nuclear power plants are considered to be safe although history proved several of them not so safe. And i also learned from my working experience that companies always tend to down play the damage they cause to the environment or health of consumers and lie about the amounts or toxicity of base materials used in their products if it helps them to lower costs and make more profit. And maybe there is a good alternative explanation for all those fish deaths but to me the dumping of that waste water still seems the most likely.

@@nietbeschikbaar2618 In fact, mass deaths of sardines have been witnessed in Japan even before the start of treated water discharge and the nuclear power plant accident. They are confirmed somewhere in Japan about once a year, and each time there are rumors that they are a sign of an earthquake. These causes are generally explained by the fact that sardines driven by larger fish become crowded and lack acidity, or that they are unable to withstand sudden changes in salinity or water temperature. This is a phenomenon unique to fish that move in schools, and there has been no mass death of flounder, for example.