Spring is green, winter is white, summer is yellow and fall is brown. These are the main shades under which other nuances develop, to ultimately modify our general perception over colors. The setting is always an important perception marker and as main shades change with seasons, so does our understanding of colors in the environment.
A new study outlines a detailed analysis over our perception of colors. We process them differently, based on the surroundings and more generally, based on seasons. A team of researchers have embarked on a mission to examine how we process the color unique yellow. According to the general rules of colors, there are four freestanding shades that don’t represent a mix between colors. We can distinctively perceive blue, green, yellow and red. Researchers have begun to discover the reason why unique yellow is extremely stable and how it could be changed together with the natural world’s color.
Researchers started their study by guessing that unique yellow could depend not on the biology of the eye but instead on the color of the natural world.
To be offered a relevant conclusion over the matter, experts have tested 67 men and women in January and June. All participants were placed in a darkened room, allowed to adjust to the light and then on a machine called colorimeter, to adjust a dial backward and forward until they felt they had reached the point where it had reached unique yellow.
Vision adjusts to changes in the environment and this study is the first one which offers us an insight on that. Everything that surrounds us deeply affects our vision over colors, shades and nuances. This is extremely important for researchers, as they can now understand how visual processing works.
According to a detailed analysis of the study, in June, we are prone to adjust more green out of yellow, compared to January, and add more in January to get back to yellow. This means that seasons deeply affect the way we perceive colors. Color perception changes with seasons, as there is a handful of factors which influence the way our eyes can comprehend both light, surroundings and ultimately shades.
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