Page 82 - Engineering in Nature
P. 82

Engineering in Nature

                  In war, of course, it's very important for one country to get hold of
               its enemy's battle plan. Knowing the weapons and tactics the enemy
               will employ will make victory—or at least, survival—much easier.
               The advantage that a moth attains over bats is due to its being aware

               of the main tactic they use to attack. This of course, is a result of the
               moths' flawlessly designed creation. If the moth could not hear
               sounds as far away as the bats could, then the moth's ears couldn't
               protect it. By the time the moth detected the bat and sought to evade
               it, the bat would have homed in on it and caught it, due to its faster
               flight speed. Or the moth might perceive an approaching bat as actu-
               ally farther away, or misinterpret the bat's location.
                  Yet from among all these alternatives, moths select the right course
               of action to avoid falling prey.
                  In one verse God reveals, "God is watchful over all things." (Surat
               al-Ahzab: 52) The moth's hearing is one of the countless proofs of this.
                  Like all other living things, moths survive thanks to the perfect
               systems He has created in their bodies and inspired them to employ.
               With the inspiration of God, they engage in rational behavior and
               make the right choices.


                  • More About Moths' Perfect Hearing System
                  The book “Animal Engineering”, based on articles published in
               Scientific American magazine, reveals the flawless complexity of the
               system in moths' bodies:
                  Moths' ears are located to the side of the lower part of their thorax,
               in a small passage that separates the insect's chest and stomach. Seen
               from outside, the ears resemble two small cavities, each containing a
               transparent membrane.

                  Immediately behind the membrane, in that part of the passage


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