You can probably name every major nuclear accident or incident that’s ever happened. Not because they were all major catastrophes that caused mass loss of life. But because they happen so infrequently and blown out of proportion.
Fukashima was the worst accident in the last 30 years with 0 fatalities.
In the US alone over 100 people died due to wind turbines from things like falling ice or structural integrity failure. None of those people worked on turbines and happened to be bystanders to the incident.
Things like fossil fuels have thousands of deaths. But you’re trying to say nuclear is dangerous?
There is at least one fatality. Reported in 2018, a worker has died from a lung cancer. 2400 people died during the evacuation.
The number of deaths in these “accidents” is minimized, partly due to a lack of transparency and government interests, and partly because it is often difficult to establish causal links.
Finally, the calculation models are outdated and rely on datas from Hiroshima and Nagasaki bombings.
You can probably name every major nuclear accident or incident that’s ever happened. Not because they were all major catastrophes that caused mass loss of life. But because they happen so infrequently and blown out of proportion.
Fukashima was the worst accident in the last 30 years with 0 fatalities. In the US alone over 100 people died due to wind turbines from things like falling ice or structural integrity failure. None of those people worked on turbines and happened to be bystanders to the incident.
Things like fossil fuels have thousands of deaths. But you’re trying to say nuclear is dangerous?
There is at least one fatality. Reported in 2018, a worker has died from a lung cancer. 2400 people died during the evacuation.
The number of deaths in these “accidents” is minimized, partly due to a lack of transparency and government interests, and partly because it is often difficult to establish causal links. Finally, the calculation models are outdated and rely on datas from Hiroshima and Nagasaki bombings.