Study of Nature
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funnywildlife:

Anna’s Hummingbird by timjhopwood on Flickr.

funnywildlife:

Anna’s Hummingbird by timjhopwood on Flickr.

  3:17 pm  |   April 19 2013   |  43 notes  

dendroica:

Coastal Greenland by APilotsEye on Flickr.

dendroica:

Coastal Greenland by APilotsEye on Flickr.

  2:08 pm  |   April 19 2013   |  8 notes  

funnywildlife:

Black Owl submission by Vicma

funnywildlife:

Black Owl submission by Vicma

  7:51 pm  |   April 18 2013   |  124 notes  

funnywildlife:

Peahen by Doug Santo on Flickr.

funnywildlife:

Peahen by Doug Santo on Flickr.

  6:43 pm  |   April 18 2013   |  127 notes  

lindentea:

astronomy-to-zoology:

Woodpecker Tongues
 
The woodpecker’s tongue can extend 2/3 its body length. Its tongue is covered in sticky saliva and barbs all over with an ear (a hearing mechanism) at the end of it. So it can listen to its prey. It detects sound. The tongue is so long that it fits its tongue in its head by wrapping around its brain and around its eye sockets. It can move its head/beak up to 15-16 times per second as it strikes a tree. This is incredibly fast. It creates immense forces, 250 more times than astronauts are subjected to. It is 1,000 G’s. The woodpecker has cartilage around the brain that keeps it from shattering.

holy fuck woodpeckers are terrifying

lindentea:

astronomy-to-zoology:

Woodpecker Tongues
 
The woodpecker’s tongue can extend 2/3 its body length. Its tongue is covered in sticky saliva and barbs all over with an ear (a hearing mechanism) at the end of it. So it can listen to its prey. It detects sound. The tongue is so long that it fits its tongue in its head by wrapping around its brain and around its eye sockets. It can move its head/beak up to 15-16 times per second as it strikes a tree. This is incredibly fast. It creates immense forces, 250 more times than astronauts are subjected to. It is 1,000 G’s. The woodpecker has cartilage around the brain that keeps it from shattering.

holy fuck woodpeckers are terrifying

  5:34 pm  |   April 18 2013   |  3,596 notes  

forestland:

beautiful

forestland:

beautiful

(Source: calebeckert, via onceuponawildflower)

  4:26 pm  |   April 18 2013   |  6,429 notes  

(via animalia)

  3:17 pm  |   April 18 2013   |  146 notes  

allcreatures:

PHOTO BY VADIM GHIRDA/ASSOCIATED PRESS (via SFGate)

allcreatures:

PHOTO BY VADIM GHIRDA/ASSOCIATED PRESS (via SFGate)

  2:08 pm  |   April 18 2013   |  443 notes  

(Source: trovejando, via spokenunspoken)

  7:51 pm  |   April 17 2013   |  48,012 notes  

linalovesdrawing:

Got super discouraged by people calling animals the wrong name today, so I decided it was about time to post this little gem I’ve been sitting on for a while.

  6:42 pm  |   April 17 2013   |  7,980 notes  

(Source: textless)

  5:34 pm  |   April 17 2013   |  220 notes  

(Source: textless)

  4:26 pm  |   April 17 2013   |  94 notes  

ecocides:

Gullfoss, Iceland | image by the london eye

ecocides:

Gullfoss, Iceland | image by the london eye

(Source: rorschachx)

  3:17 pm  |   April 17 2013   |  453 notes  

ecocides:

Tarsiers’ Bulging Eyes Shed Light On Evolution of Human Vision
After eons of wandering in the dark, primates developed highly acute, three-color vision that permitted them to shift to daytime living, a new Dartmouth College study suggests.
The findings challenge the prevailing view that trichromatic color vision, a hallmark of primate evolution, evolved only after they started getting up with the sun, a shift that gave rise to anthropoid (higher) primates, which, in turn, gave rise to the human lineage. The results are published in the journal Proceedings of the Royal Society B: Biological Sciences.
The authors based their findings on a genetic study of tarsiers, the enigmatic elfin primate that branched off early on from monkeys, apes and humans. Tarsiers have a number of unusual traits — from their ability to communicate in the pure ultrasound to their iconic bulging eyes. Such sensory specializations have long fueled debate on the adaptive origins of anthropoid primates. (Keep reading)
| image credit: Dartmouth College

ecocides:

Tarsiers’ Bulging Eyes Shed Light On Evolution of Human Vision

After eons of wandering in the dark, primates developed highly acute, three-color vision that permitted them to shift to daytime living, a new Dartmouth College study suggests.

The findings challenge the prevailing view that trichromatic color vision, a hallmark of primate evolution, evolved only after they started getting up with the sun, a shift that gave rise to anthropoid (higher) primates, which, in turn, gave rise to the human lineage. The results are published in the journal Proceedings of the Royal Society B: Biological Sciences.

The authors based their findings on a genetic study of tarsiers, the enigmatic elfin primate that branched off early on from monkeys, apes and humans. Tarsiers have a number of unusual traits — from their ability to communicate in the pure ultrasound to their iconic bulging eyes. Such sensory specializations have long fueled debate on the adaptive origins of anthropoid primates. (Keep reading)

| image credit: Dartmouth College

(Source: rorschachx)

  2:09 pm  |   April 17 2013   |  130 notes  

ecocides:

Submissions - Lakota Wolf Preserve in Columbia, NJ | image by Kelly & Robert Walters

ecocides:

Submissions - Lakota Wolf Preserve in Columbia, NJ | image by Kelly & Robert Walters

(Source: rorschachx)

  7:51 pm  |   April 16 2013   |  745 notes  

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twentyten by Justin Waggoner