Like a real-life version of the Predator—that's barely a half-inch in size—the aptly named assassin bug (Acanthaspis petax) wears the bodies of its victims like trophy armor after liquefying and consuming their innards. Disgusting.

After it's made a kill, the assassin bug—which calls Malaysia home—injects its victim with a special enzyme that dissolves and softens its guts so they can be easily sucked out. And once all that's left is the insect's empty shell, the assassin bug attaches those exoskeletons to its back using a sticky secretion, piling them high to create a thick layer of protective armor that also serves to confuse its enemies.
In 2007, a team of researchers from New Zealand carried out an experiment to test whether the insect’s corpse-carrying strategy truly helped protect it from predation. In the study, they left assassin bugs alone in glass cages with several species of jumping spiders, which are their natural predators. Some of the insects were carrying balls of ant carcasses on their backs (the researchers called these “masked” bugs) while others were left naked. Since the jumping spiders have excellent vision but a poor sense of smell—they hunt by using their acute sense of sight to make a precisely gauged leap and land on their prey—the experiment would indicate if the ant bodies served as visual camouflage or not.
The result: the spiders attacked the naked bugs roughly ten times more often than the masked ones. The researchers even repeated the experiment with dead, preserved assassin bugs, to control for the effects of movement and behavior, and the results remained the same. Carrying that ball of dead ants, it turns out, is a great strategy for the assassin bug to use in trying to survive for its next meal.
The scientists speculate that the large mound of corpses changes the visual form of the insect to the point where the spiders can’t recognize it as prey.
But why do the assassin bugs refrain from using other insects in the same way? The researchers suggest that Acanthaspis petax may actually be relying on the spiders’ inherent reluctance to attack ants. Because ants have a tendency to swarm and may secrete chemical weapons, the spiders don’t typically hunt them.

“The animals engender an amazing sense of relationship that is primal in its roots and profound in the moment. I learned that they are what we, as humans, used to be: completely present in the moment and curious about the immediate enviroment around them, and living primarily through instinct and intuition.”
For many years Brad has been working with human models in New York and he felt, that switching to different species was a necessary journey for him to take. He says the title “Affinity” refers to the spontaneous feeling of connection that he experienced while working with these animals:

Brad Wilson in Action

This Photo circulating via social media and the internet purports to depict the the world's first camera. But the question is Which camera took a picture of the world’s first camera?

the answer is that the camera in picture is the world’s largest camera built in 1900, by the photographer by George R. Lawrence. He was commissioned by the Chicago & Alton Railway to shoot the world’s largest photo of one of its trains — a photo measuring 8 feet by 4.5 feet. The camera weighed 900 pounds, required 15 men to move and operate, and cost a whopping $5,000 — enough money back then to buy a large house.

so the camera in the picture isn't the world's first camera but the world’s largest camera.

Hassen Khadri

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