Reblogged from: lexissslorraine
Source: baneofwolves

fairy-wren:

crested coua

(photos by burrard lucas, tambako the jaguar and SARhounds)

Reblogged from: fairy-wren
Source: fairy-wren
animals-animals-animals:

Blue-gray Tanager (by rbglasson)

animals-animals-animals:

Blue-gray Tanager (by rbglasson)

Reblogged from: a--z-u-r--e
sonottrue:

untitled by Hanne//Beatle on Flickr.
Reblogged from: sonottrue
Source: sonottrue
compendium-of-beasts:

Wing of a Blue Roller, 1512, Albrecht Durer

compendium-of-beasts:

Wing of a Blue Roller, 1512, Albrecht Durer

Reblogged from: scientificillustration
bullshit-bullsharks:

Sharks are often known for the fight they put up, whether in the waters or on land. They certainly don’t find being near humans extremely enjoyable when caught by fishermen, which is why elasmobranchologists and shark enthusiasts alike have found a helpful way of soothing these sharks. It’s called tonic immobility, a trance-like state caused by the release of a certain chemical stimuli to the brain which triggers a calming sensation over an animal. Some believe this is for mating, but nobody is positively sure why this occurs. Although requiem sharks are often put in this state by turning them upside down, there’s other ways of triggering it. Tiger sharks, for instance, are induced to this state by placing light hands around their snout, around where the eyes would typically line up. A bigger, badder great white goes through tonic immobility like a requiem shark, but they often fall into a deeper trance and appear less responsive. There’s a documentary called “The Whale That Ate Jaws.” It shows how tonic immobility was a weakness for these apex predators and how an orca known as CA2 took advantage of it. Witnessed in the Farallon Islands off the coast of San Francisco, it’s one of my personal favorite locations for great whites. CA2 had struck the great white from depths below, striking it and flipping it over, and then proceeded to hold the shark by the neck. She stayed in this position for 15 minutes, long enough to drown the elasmobranch. Scientists noticed a sudden drop to 0 in the population of great whites, leading them to study more into tonic immobility. They released chemicals and scents from dead sharks while the animals were in tonic immobility, and it was terrifying enough to snap them out of it, causing an automatic instinctive defense of bolting.
Photo credit: marshhen

bullshit-bullsharks:

Sharks are often known for the fight they put up, whether in the waters or on land. They certainly don’t find being near humans extremely enjoyable when caught by fishermen, which is why elasmobranchologists and shark enthusiasts alike have found a helpful way of soothing these sharks. It’s called tonic immobility, a trance-like state caused by the release of a certain chemical stimuli to the brain which triggers a calming sensation over an animal. Some believe this is for mating, but nobody is positively sure why this occurs. Although requiem sharks are often put in this state by turning them upside down, there’s other ways of triggering it. Tiger sharks, for instance, are induced to this state by placing light hands around their snout, around where the eyes would typically line up. A bigger, badder great white goes through tonic immobility like a requiem shark, but they often fall into a deeper trance and appear less responsive. There’s a documentary called “The Whale That Ate Jaws.” It shows how tonic immobility was a weakness for these apex predators and how an orca known as CA2 took advantage of it. Witnessed in the Farallon Islands off the coast of San Francisco, it’s one of my personal favorite locations for great whites. CA2 had struck the great white from depths below, striking it and flipping it over, and then proceeded to hold the shark by the neck. She stayed in this position for 15 minutes, long enough to drown the elasmobranch. Scientists noticed a sudden drop to 0 in the population of great whites, leading them to study more into tonic immobility. They released chemicals and scents from dead sharks while the animals were in tonic immobility, and it was terrifying enough to snap them out of it, causing an automatic instinctive defense of bolting.

Photo credit: marshhen

Reblogged from: laviesupernova
scientificillustration:

ushishir:

Model of a May Bug (Melolontha melolontha) by Julia Stoess
Reblogged from: scientificillustration
Source: ushishir

crookedindifference:

Shark Extinction: The Shocking Truth

Ocean lovers everywhere, we are at crisis point. The top predator species in the food chain of our oceans is being hunted to extinction. Some shark specie populations are estimated to have declined by over 99% since the 1970′s!

The repercussions for marine eco-systems are dramatic and have devastating consequences down the food chain. To name but one example, species of Rays and Skates can explode leading in turn to the shocking decline of shellfish fisheries and a rapid reduction in water quality. And that’s just for starters!

Reblogged from: scientificillustration
kidsofthepalmtree:

naive-kids:

thehawaiikids:

Sloths are my life, as you guys know.<3

(via imgTumble)
kdjssoufksakkd omfg soooooooooooooooooo cute!

kidsofthepalmtree:

naive-kids:

thehawaiikids:

Sloths are my life, as you guys know.<3

(via imgTumble)

kdjssoufksakkd omfg soooooooooooooooooo cute!

Reblogged from: seul-et-unique
Source: sloth-babies
Reblogged from: badmanbambi
Reblogged from: loves0unds
Source: loves0unds
the-moth-princess:

Smerinthus cerisyi of Sphingidae.
When alarmed, resting adults exhibit a very striking defense mechanism: the body is hunched and the wings are flicked upwards to display a pair of glaring ‘eyes’, one on each side of the abdomen (which seems to resemble a beak at the presented angle). Following more disturbance a more dramatic scare tactic is used; this startling ‘face’ is further enhanced by repeated lowering and raising of the forewings, causing a blinking effect to the ‘eyes’.

the-moth-princess:

Smerinthus cerisyi of Sphingidae.

When alarmed, resting adults exhibit a very striking defense mechanism: the body is hunched and the wings are flicked upwards to display a pair of glaring ‘eyes’, one on each side of the abdomen (which seems to resemble a beak at the presented angle). Following more disturbance a more dramatic scare tactic is used; this startling ‘face’ is further enhanced by repeated lowering and raising of the forewings, causing a blinking effect to the ‘eyes’.

Reblogged from: the-moth-princess
fairy-wren:

african paradise flycatcher
(photo by matthew mathiessen)

fairy-wren:

african paradise flycatcher

(photo by matthew mathiessen)

Reblogged from: postnatural
Source: fairy-wren
the-blue-revolution:

a-nem-a-men-anemone:

Puffer? Or boxfish. by Coppertane on Flickr.

the-blue-revolution: 

I’m going to go with box fish…?
I think this is the Small Nosed Box fish Rhynchostracion nasus

the-blue-revolution:

a-nem-a-men-anemone:

Puffer? Or boxfish. by Coppertane on Flickr.

the-blue-revolution

I’m going to go with box fish…?

I think this is the Small Nosed Box fish Rhynchostracion nasus

Reblogged from: acupofcontradiction
Reblogged from: laviesupernova
Source: bathofbleach

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