In today’s world of mobile phones and media a visit to a museum is often a passive and superficial experience. Visitors are easily distracted and do not truly experience beauty, magic and wonder. The Rijksmuseum wants to help visitors discover and appreciate the beauty of art and history through drawing, so #start drawing in the galleries of the museum.
A fascinating article in Atlantic brings to mind how limited our perspective is when we focus only on human seeing.
Many of us equate the variety of ways in which we see with John Berger’s classic book Ways of Seeing, also presented as a series on BBC. His book’s focus on cultural perspectives doesn’t touch on how differently humans and animals see. Berger later wrote an essay, “Why Look at Animals?” a part his 1980 anthology About Looking, which examines how we look at animals, but not how animals see.
A fascinating article in Atlantic brings to mind how limited our perspective is when we focus primarily on human seeing. The subject of how animals see is a fascinating field study, one that warrants more attention, as a recent article titled “This Animal Has a Suit of Armor With Hundreds of Built-In Eyes” reminds us. This article introduces a group of little-known sea creatures called chitons. They have evolved armor contains hundreds of eyes.
Chitons are mollusks, related to snails, clams, and octopuses. Their oval bodies are covered by a hard shell consisting of eight overlapping plates, which makes them look a bit like a woodlouse with a skirt, or perhaps like the forehead of a Klingon. In many species, these plates are dotted with hundreds of tiny beads, each less than a tenth of a millimeter across. These are eyes. Each contains a lens, a light-sensitive retina, and a layer of black pigment.
For links to a variety of examples on how animals see, visit Christopher Tyler’s Eye Page. He also includes links to a number of other sites. The image accompanying this post is from Tyler’s site. It is the eye of a female net-casting spider from Australia. The large lens concentrates light on the retina.