🚨NEW RF RADIATION STUDY🚨
Researchers exposed migratory bats to low level Radiofrequency radiation (between 0.01 and 300 MHz) before releasing them
The 0.01–300 MHz range is AM/FM radio and the broadband electrical noise that leaks from electronics and power lines
Normally, these bats fly in a consistent migratory direction.
After exposure, THEY DIDN'T.
They flew off in random directions and appeared to lose their sense of orientation.
What's interesting is that the effect lasted for hours after the exposure had ended.
The study suggests that Radiofrequency signals can interfere with the magnetic cues bats use for navigation.
One more thing.
This study wasn't done on birds or insects.
It was done on a mammal.
You are a mammal.


Researchers exposed migratory bats to low level Radiofrequency radiation (between 0.01 and 300 MHz) before releasing them
The 0.01–300 MHz range is AM/FM radio and the broadband electrical noise that leaks from electronics and power lines
Normally, these bats fly in a consistent migratory direction.
After exposure, THEY DIDN'T.
They flew off in random directions and appeared to lose their sense of orientation.
What's interesting is that the effect lasted for hours after the exposure had ended.
The study suggests that Radiofrequency signals can interfere with the magnetic cues bats use for navigation.
One more thing.
This study wasn't done on birds or insects.
It was done on a mammal.
You are a mammal.


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