We don't know how a fish sees things through her eyes, but we can assume that it can see things more wider than human eyes. Afterall, the fish live underwater, they have different environment in different waters, their eyes are covered with a protective membrane, it is like a thick layer made from some kind of transparent gelatinous material.
Fish cannot see how we humans do, their eyes are on each side of the head, both of their eyes' internal structure stands opposite to each other unlike humans.
The thick membrane above the eyes is attached to outer skin lesion making it a protective cover around eyes, which is totally waterproof.
The internal structure of eyes and external lens give a fish ability to look things in a wider perspective rather in binocular style, their vision builds a panorama shaped images, which helps them to create a wide-angle or bifocal view of the underwater world, a mix of sideways and frontal visions.
This is what inspired Robert Wood to create the first wide angle lens which was used for study of cloud formations and known as 'fisheye lens', a new revolution in the photography emerged.
Let's move on to our collage part.
(My Entry for LMAC Round #127)
( Base Image Provided by @shaka )
Following images are derived from #LIL Library:
Contributed to the #LIL by @eve66.
Contributed to the #LIL by @edgarafernandezp.
Contributed to the #LIL by @doriangel.
Contributed to the #LIL by @borjan.
Contributed to the #LIL by @hernleon74.
Contributed to the #LIL by @seckorama.
Following image is taken from Pixabay:
Friends, if
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