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The splendor of iridescence;: Structural colors in animal world

par Hilda Simon

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A remarkable aspect of this book is its combination of art and science. The author, an accomplished professional artist in the field of natural history, particularly in drawings of birds and insects, is the daughter of a scientist who specialized in optics and was an authority on light interference, the optical phenomenon which plays an important role here. It was this background which enabled the author to approach the subject in a refreshingly original way. What makes a blue bird blue? Why is its color fundamentally different from that of a red bird? What causes the iridescence of a hummingbird's throat? of a peacock's train? of a Morpho butterfly's wings? Why do so many brightly colored birds in museum collections soon fade to a dim washed-out hue, while the hummingbird and the peacock retain their brilliance almost indefinitely? Here we touch on the fundamental difference between structural and pigmentary, physical and chemical colors - a difference which is the main theme of this book - and the various ways in which these structural colors are produced in the tissues of living beings. Also unusual are the means and method of illustration and reproduction. Most illustrators desiring colored reproductions of their art paint colored pictures, and then turn these paintings over to the engraver or lithographer, who uses elaborate cameras with filters to separate the colors so that they can be printed in different inks. Instead of relying on mechanical filters, Hilda Simon translates in her mind each color into the percentages of its component colors. She then prepares in black pencil one separation for each of the four or five colors used in her illustrators. The results are astonishing and original. She has captured some of the most elusive colors as no other process can. Here are to be found, in scientific analysis and microscopic detail of feather structure as well as in all their glory, birds of all sorts from hummingbirds and sunbirds to peacocks, the fabled birds of Juno, and birds of paradise. Here we see the quetzal, symbol of ancient Aztec royalty and emblem of modern Guatemala. Here is a glittering array of iridescent tropical butterflies and moths, golden beetles that gleam like living embers, multicolored fish, shimmering opalescent shells, and even rainbow-hued snakes. -- from dust jacket.… (plus d'informations)
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This comprehensive book covers the physics of iridescence along with the examples found in nature. The chapters swing easily between diagrams of scattered light, and cultural references to the use of beetle shells as ornaments by the Incas. The author invites the reader to appreciate the sheer beauty of these natural wonders, from dragonflies and hummingbirds to tropical fish and even oyster shells. To the weaver, this book offer insight into our use of color in our weaving and the connection of our art with the natural world around us. You may look at beetle more closely next time.
  WeaversGuildKazoo | Nov 10, 2019 |
Some outmoded concepts, but the artwork remains as beautiful as when the book was first published in 1971. Some of the illustrations for hummingbirds and beetles in particular are fairly successful at conveying the impression of iridescence. ( )
  MsMixte | Dec 18, 2012 |
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A remarkable aspect of this book is its combination of art and science. The author, an accomplished professional artist in the field of natural history, particularly in drawings of birds and insects, is the daughter of a scientist who specialized in optics and was an authority on light interference, the optical phenomenon which plays an important role here. It was this background which enabled the author to approach the subject in a refreshingly original way. What makes a blue bird blue? Why is its color fundamentally different from that of a red bird? What causes the iridescence of a hummingbird's throat? of a peacock's train? of a Morpho butterfly's wings? Why do so many brightly colored birds in museum collections soon fade to a dim washed-out hue, while the hummingbird and the peacock retain their brilliance almost indefinitely? Here we touch on the fundamental difference between structural and pigmentary, physical and chemical colors - a difference which is the main theme of this book - and the various ways in which these structural colors are produced in the tissues of living beings. Also unusual are the means and method of illustration and reproduction. Most illustrators desiring colored reproductions of their art paint colored pictures, and then turn these paintings over to the engraver or lithographer, who uses elaborate cameras with filters to separate the colors so that they can be printed in different inks. Instead of relying on mechanical filters, Hilda Simon translates in her mind each color into the percentages of its component colors. She then prepares in black pencil one separation for each of the four or five colors used in her illustrators. The results are astonishing and original. She has captured some of the most elusive colors as no other process can. Here are to be found, in scientific analysis and microscopic detail of feather structure as well as in all their glory, birds of all sorts from hummingbirds and sunbirds to peacocks, the fabled birds of Juno, and birds of paradise. Here we see the quetzal, symbol of ancient Aztec royalty and emblem of modern Guatemala. Here is a glittering array of iridescent tropical butterflies and moths, golden beetles that gleam like living embers, multicolored fish, shimmering opalescent shells, and even rainbow-hued snakes. -- from dust jacket.

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