timeforsomewhump
whither-wander-whump

friends. friends. make a little fishbowl for your blog.

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Here’s mine! Forest-y setting to go with my usual theme, a night sky to match my current theme, a writing desk for my stories and piles of books for all the old books I love reading. I also put my cat in there, cause he loves bothering me while I write and a glass bowl would do nothing to stop him.

ziptiesnfries

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I'm not sure if this necessarily represents my blog but I think it looks nice :)

just-a-whumping-racoon-with-wifi

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This is my little whumpee. He’s stuck in there with his little telescope to see the outside world but never go there :) His food is floating on the water :) I’m sure he’ll find a way to get it eventually :) 

quietly-by-myself

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A beautiful scene, but something isn't quite right. Perfect for my blog :)

timeforsomewhump

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Man, sure would suck if my beloved winged whumpee cy got stuck on display in a pretty glass sphere (it’s the first time they’ve seen the sky in who knows how long, and they can’t even feel the wind on their skin :))

localcanadiancryptid22
vamprisms

omg imagine being born and you are on a spaceship and everyone aboard is sooo so mad at you just because you burst out of some guy's chest to be born. like um sorry i've not been alive before i didn't even know that's not allowed please be nice to me um the spaceship floor is cold is no one going to knit me some little booties i am calling child protective services

localcanadiancryptid22
scienceisdope

The long wavelengths of the light spectrum—red, yellow, and orange—can penetrate to approximately 15, 30, and 50 meters (49, 98, and 164 feet), respectively, while the short wavelengths of the light spectrum—violet, blue and green—can penetrate further, to the lower limits of the euphotic zone. Blue penetrates the deepest, which is why deep, clear ocean water and some tropical water appear to be blue most of the time. Moreover, clearer waters have fewer particles to affect the transmission of light, and scattering by the water itself controls color. Water in shallow coastal areas tends to contain a greater amount of particles that scatter or absorb light wavelengths differently, which is why sea water close to shore may appear more green or brown in color.


Checkout @scienceisdope for more science and daily facts.


Video credit: Kendall Roberg

confusedlamp

Fun fact! This is why there are some sea creatures in the twilight zone in the ocean who use red pigment to camoflauge. Red light doesn't reach down that far, so there isn't any light to reflect and the animals appear black.

gacorley

This makes me realize that many of the brightly colored pictures of coral and brightly colored fish species have to be taken close to the surface.

the-real-numbers

the margin on this video is fucking insane