Animals have senses are super sensitive to sound, temperature, touch, vibration, electrostatic and chemical activity and magnetic fields and electric fields. This sensitivity gives them can find out early a few hours before the danger of natural disasters as the tsunami happened. However, this sensitivity is not owned by humans.
The quake caused an arbitrary vibration in soil and water while the wind storms cause electromagnetic changes in the atmosphere. Some animals have senses of smell-sensitive pendegaran and thus allow them to determine something that will come before him precedence over humans. Research in the field of acoustic and seismic communication has been shown that some types of fish are sensitive to low frequency vibrations and detect earthquakes long before humans feel it, besides that elephants can feel the vibrations generated from the earthquake that caused the tsunami.
Several animal species have been able to hear a tsunami that would come from the earthquake that erupted under the ocean floor. Species of birds, dogs, elephants, tigers and other animals can detect infrasonic frequencies between 1-3 hertz compared to humans only at a frequency of 100-200 hertz, so that more animals have a sensitivity to the low-frequency sound waves that humans can not hear it.
The quake caused an arbitrary vibration in soil and water while the wind storms cause electromagnetic changes in the atmosphere. Some animals have senses of smell-sensitive pendegaran and thus allow them to determine something that will come before him precedence over humans. Research in the field of acoustic and seismic communication has been shown that some types of fish are sensitive to low frequency vibrations and detect earthquakes long before humans feel it, besides that elephants can feel the vibrations generated from the earthquake that caused the tsunami.
Several animal species have been able to hear a tsunami that would come from the earthquake that erupted under the ocean floor. Species of birds, dogs, elephants, tigers and other animals can detect infrasonic frequencies between 1-3 hertz compared to humans only at a frequency of 100-200 hertz, so that more animals have a sensitivity to the low-frequency sound waves that humans can not hear it.
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