Page 90 - Allah's Artistry in Colour
P. 90

88                       Allah's Artistry In Colour

             artistry belongs to Allah Who is the Creator of all living things.
                 Let us think about plants, fruits, vegetables, flowers, and trees. Plants,
             each having different colours, fragrances and tastes, are evidence of the
             artistry in creation of Allah. Each plant you see around you or know from
             books has colours and patterns that are exclusive to its kind. The reproduc-
             tive process of each is different, the proportions of nectar they contain and
             their fragrances are all different. Let us think about roses. There are red,
             white, yellow, orange, pink, white edged, double-coloured, even roses with
             wavelike colours. Certainly, it would be great blindness for a man who sees
             all this not to feel admiration for and not to glimpse the endless might of
             Allah, Who is the Creator of all these flowers. In the Qur'an, Allah refers to
             those who fail to appreciate the evidence of the creation they see as follows:
                 How many Signs there are in the heavens and earth! Yet they pass them by
                 turning away from them. Most of them do not have faith in Allah without as-
                 sociating others with Him. (Surah Yusuf: 105-106)
                 Have you ever thought about why plants are green?
                 As is obvious, the colours prevailing in the world of plants are green
             and shades of green. Chlorophyll is the main substance producing green.




             The dashed and solid                                              100
             white curves below il-                fotosentezin hareket dağılımı
               lustrate the absorp-                                             80
                 tion spectrum of
              chlorophylls a and b.                                             60
             The black curve at the
              top illustrates the ef-                                           40
             fectiveness of various  100
              wavelengths of light                                              20  nı
               in powering photo-                                                   tez ora
              synthesis. The figure  80           klorofil b                     0  sen
               reveals how closely                                                  foto
             the combined absorp-  Klorofillerin tahmini ışık emme oranı  60
             tion spectra of chloro-                            klorofil a
             phylls a and b resem-    40
               ble the action spec-
              trum of photosynthe-    20
                          sis.  51
                                      0  400    500        600        700
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