Karli Bouck
Bio 1610-008
Dr. Michaela
Gazdik-Stofer
February 24,2017
After
reading through many articles, the one that stood out to me was an article
about an intriguing Squid. It is named the Histioteuthis Heteropsis, but it is
also known as the Strawberry Squid because it is pink in color and also has
black spots or photophores speckled on its body. The strawberry design is not
the only thing that makes this squid unique. It’s amazing adapted eyes have
also deemed it the cock eyed squid, and those eyes have given the squid a
couple of incredible capabilities.
Kate
Thomas (A Duke University Biologist) has spent a lot of time studying ocean
life. She became intrigued when she first saw this particular squid and she
wanted to know the reason behind its two very different eyes. She noticed the
squid had one eye that pointed upward and was quite large and bulging, while
its other eye pointed downward and was more flat. She decided the best way to
learn about them was to watch them. Thomas watched clips from 30 years’ worth
of videos that recorded the cock eyed squid. She studied their behavior and movements
and in time she discovered the reason for their eyes. She learned from her
studies that the large "bubble" eye was able to see the small amount of light
that came from the ocean surface and that fragment of light helped the squid to
see shadows coming towards it to help it catch food (or move away from predators)
coming from above, While the downward pointing eye had adapted itself to be
able to detect bioluminescent light coming from the dark ocean below. The eyes
being able to see in opposite directions, for opposite purposes, really gives
this squid an advantage in the lower depths of the ocean.
I
chose this article because I have always been interested in the animals that
live in the deeper parts of the ocean. They have adapted to their surroundings in
many ways that we do not see in land creatures. They are almost alien like. It is
so interesting to know these creatures have such incredible abilities. The
amazing thing about learning how different animals adapt is it helps us to
discover new technologies that are beneficial for ever day life. Thomas’
research has not only been able to help the world discover new facts about the
way we see with our own eyes, but it is also being used to help develop camera
lenses. I imagine that these discoveries will lead to ocean cameras that will
help us better explore what other amazing creatures lurk deep below the water’s
surface.
Source: https://today.duke.edu/2017/02/mismatched-eyes-help-squid-survive-ocean’s-twilight-zone
This is a very interesting topic to learn more about. I wonder if the technologies of the camera have been influenced by certain animal eyes in the past. Did the engineers of the cameras look to animal eyes to develop a more efficient or special lens? This would be a very fascinating topic to look into. (GG)
ReplyDeleteI did a little research and I wasn't able to find any information on other camera lenses being crafted after animal eyes. However I did read an article about a camera lens being manufactured to work similarly to a bugs eye. More specifically it works similarly to the eye of a fire ant or bark beetle. The lens contains 180 artificial ommatidia, which are the individual units that make up a bugs eye. This technology creates a lens that has a view of 160 degrees. Its amazing what we can learn and create with the help of nature.
ReplyDeleteHere is a link to the article where I found the information.
http://www.livescience.com/29213-camera-works-like-bug-eye.html
KB