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The goggles fit tightly against the face so that the only light entering is through the slits, and soot is sometimes applied to the inside to help cut down on glare. [2] [5] [6] The slits are made narrow not only to reduce the amount of light entering but also to improve the visual acuity. [2] Wider slits result in a larger field of view. [2]
The inside of goggles are always painted black, to reduce glare so one's eyes can stay wide open. [43] Goggles were created in various styles by artists from different regions, and they often resembled animals underscoring a pervasive Native theme of human-animal transformation. [5] Some snow goggles are carved in the form of an animal mask.
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Category: Inuit clothing. 4 languages. ... Snow goggles; T. Tuilik This page was last edited on 10 November 2023, at 10:17 (UTC). Text is available under the ...
Inuit snow goggles function by reducing exposure to sunlight, not by reducing its intensity. Since the 13th century and until the spread of contemporary UV-shielding spectacles against snowblindness, Inuit made and wore snow goggles of flattened walrus or caribou ivory with narrow slits to look through to block almost all of the harmful reflected rays of the sun.
Inuit women wearing Mother Hubbard parkas scraping a caribou hide with their uluit (woman's knives). Photo from Fifth Thule Expedition, 1921–24. Historically, women were responsible for managing every stage of the clothing production process, from preparation of skins to the final sewing of garments.
The Inuit and Yupik carved snow goggles from the antlers of caribou, wood, and shell to help prevent snow blindness. The goggles were curved to fit the user's face and had a large groove cut in the back to allow for the nose. A long thin slit was cut through the goggles to allow in a small amount of light, diminishing subsequent ultraviolet rays.
The description that inuit snow goggles "reduce exposure" but don't "reduce its intensity" is oxymoronic and inaccurate. The goggles primarily block incoming light from high and low angles, but also reduce the mount of light reaching the pupil from obects in line with the slit. Thus, they in fact do reduce the intensity.