Chrysomelid Arrayal No. 3, Chrysochus auratus, Java; Chrysochus sp., Peru. (© 2015 Christopher Marley)
Limited Stag Beetle Mosaic, (Lucanidae sp.), Indonesia, Thailand, Borneo, Chile. (© 2015 Christopher Marley)
Urchin Spheres, (Echinoidea sp.), Thailand, Philippines, United States, Mexico. (© 2015 Christopher Marley)
Planthopper Mosaic, (Scamandra sp., Aphaena sp., Kalidasa sp., Penthicodes sp.), Malaysia, Indonesia, Thailand. (© 2015 Christopher Marley)
Eupholus Deviation, Painted Weevils (Eupholus sp.), Indonesia, Papua New Guinea. (© 2015 Christopher Marley)
Limited Lycaenidae Mosaic, (Lycaenidae sp.), Southeast Asia. (© 2015 Christopher Marley)
Limpets, (Patellogastropoda sp.), Pacific Ocean. (© 2015 Christopher Marley)
Limited Longhorn Mosaic, (Cerambycidae sp.), Asia and Africa. (© 2015 Christopher Marley)
Dragonfly Formation, (Anisoptera sp.), Thailand, Malaysia, Indonesia, United States. (© 2015 Christopher Marley)
Delias, Indonesia and New Guinea. (© 2015 Christopher Marley)

10 Gorgeous Mosaics Made From Real Animal Specimens

Artist Christopher Marley’s meticulous arrangements capture the incredible variety within families, genera and species

smithsonian.com

The natural world is filled with visual variety, and the reasons for an animal's appearance can differ even with a single genus. Leaf beetles of the genus Chrysochus, for instance, can be found across a broad geographic range, and they come in a shimmering rainbow of hues.

Found from Laos in the north to Australia in the south, a few Chrysochus species "are virtually the same beetle, and it is the locality largely that determines their color," says Oregon-based artist Chistopher Marley. Temperature, humidity, diet and adaptation to predators are all factors that can affect the shade of some beetles' exoskeletons. As larvae pupate, for instance, the chemical processes that control pigments happen at a faster or slower rate depending on temperature, resulting in different colors.

For Marley, this visual complexity can sometimes feel overwhelming. Messy even, he says. That's why he is driven to organize beetles, butterflies, sea urchins and other creatures into beautiful mosaics. He collects the materials for his art from far-flung places around the world or reclaims specimens from scientists and institutions. His latest book, Biophilia, published by Abrams, features exquisite photographs of more than 200 of his three-dimensional artworks.

Marley started with beetles. He gathered specimens of similarly sized species and tucked their legs underneath them, so that they were basically all the same shape, with oval, almost cigar-like bodies. This way he could focus on the brilliant spectrum of colors and textures in the insect group, arranging them like jewels in a pendant.

While his work is motivated by aesthetics, many of the artist's mosaics tell scientific stories, particularly those that include organisms that are genetically related but live in different parts of the world. The leaf beetles feature in a piece he calls Chrysomelid Arrayal No. 3 (above), which he painstakingly arranged according to color to highlight their striking visual relationships.

"My philosophy is to try and isolate one or two variables in a mosaic, so that the general populace is able to comprehend this amazing variety without it being a mess," says Marley. "As much as I can isolate the variables, it makes it more approachable and comprehensible, and a cleaner presentation."

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