Page 87 - Quick Grasp of Faith 3
P. 87

they were transformed, over time, into land plants and then
             moved over the land. How close is this imaginary assump-
             tion to reality?
                 To begin with, numerous factors make it impossible for
             water moss to survive on land, even if we were to suppose
             their transition from water to land to be true. Let’s briefly re-
             view the most significant factors:
                 1- Risk of Withering: For a sea-dwelling plant to survive
             on land, its surface needs to be protected against excessive
             water loss or else it will wither. To avoid withering, land-
             dwelling plants are equipped with special systems that are
             very complex. It is simply impossible to state that such a
             precise system came into being by chance. A plant cannot
             wait for millions of years for this system to develop itself,
             because its absence causes the plant to wither, decay, and
             die. Moreover, these very special systems are too complex to
             have been developed by chance, no matter how many mil-
             lions or billions of years have passed.
                 2- Nourishment: Sea plants take the water and minerals
             they need directly from the surrounding water. Therefore,
             water moss will experience problems when looking for
             nourishment when it tries to live on land. It cannot survive if
             this problem is not solved quickly.
                 3- Reproduction: Water moss cannot reproduce during
             its brief lifetime on land, because just as it does for all other
             tasks, it uses water to distribute its reproductive cells.
                 4- Avoiding oxygen’s destructive effect: Water moss
             used to take in oxygen dissolved in water. Yet according to
             the evolutionists’ claim, once it began to live on land, it
             should have developed an entirely new way of taking in
             oxygen: directly from the air. Scientists have shown that
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