PATENTED & MADE IN THE USA Patent numbers 10,342,216 & 10,631,533
Birds have some of the
best eyes in the animal kingdom.
Whereas we have three types of light-sensitive
cells in our eyes, birds have four.
Not only do they see all the colours that we see,
but they can see ultraviolet colours
as well, which we can't.
The world is a much more colourful place to birds.
~ National Science & Media Museum
The complex reflection of the material confuses and startles birds of prey and, in essence, makes the small pet invisible to the bird.
Imagine a disco ball rolling around in a field.
A bird of prey has no use for this and
would not even consider it as a meal.
In fact, it would be frightening to the bird.
This is the same affect the
Patented Hawk Star Pet Protection Vest has!
Birds of prey have very keen eyesight.
They locate and distinguish
prey from a great distance.
This specialized vision to detect prey during flight, along with powerful talons and beaks, puts small pets at large risk for bird attacks.
Large raptors will routinely attack animals that weigh up to 20 pounds as part of a hunt. Many birds of prey will attack even larger animals if the bird feels its nest or young is threatened.
Although pets heavier than 20 pounds cannot physically be picked up by most birds of prey, small pets are often harmed or killed by birds attempting to take them.
Prey can be detected by their body outline, which is extracted by edge-detecting neurons. Disruptive coloration may have evolved because it confuses the
Edges in natural scenes produce various kinds of luminance and chromatic gradients. False gradients are common in animal colour patterns, leading to misleading appearance of shape, even when they do not disrupt the body outline" (Thayer 1909) https://www.ncbi.nlm.nih.gov/pmc/articles/PMC1634903/
"...if you are a visual predator searching for the specific shape of a beetle (or other prey animal), iridescence makes it difficult for predators to identify them
as something edible."
"...it seems iridescence in animals is a form of disruptive coloration camouflage, wherein the constantly changing color and intensity of iridescence makes it difficult for the viewer to see a stable border, and thus recognize the shape. For potential predators,
it could be downright confusing."
"It's the first solid evidence we have that this type of colouration can be used in this way,”
says the paper’s first author,
Dr Karin Kjernsmo
University of Bristol's
School of Biological Sciences.
Animals which appear to shimmer and shine may have evolved these qualities as a way to startle predators.
New research suggests. iridescent animals, such as kingfishers, peacocks and dragonflies, can produce a mesmerising display of colour depending on the angle of illumination or observation. However, until now there has been limited scientific understanding of the function of
iridescence and why this quality, known as
'interference colouration', has evolved
independently several times in insects
such as beetles and butterflies.
In a new study, published in the scientific journal Biology Letters, Dr Thomas Pike, a behavioural and sensory ecologist at the University of Lincoln, UK, suggests that for some organisms, iridescence evolved as a way to confuse predators. By producing startling changes in colour and brightness, the animal is able to briefly surprise a potential predator, increasing its chance of escape. https://phys.org/news/2015-04-iridescent-animals-startle-predators.html
The ability to disorient is a
In nature, animals use startle behavior to scare predators in order to survive.
These startle displays are called deimatic behavior — deimatic meaning ‘to frighten.’
"We test a counterintuitive hypothesis
the function of iridescence: that it
can act as camouflage through
interference with object recognition.
We conclude that iridescence produces visual signals that can confuse potential predators, and this might explain the high frequency of iridescence in many animal taxa. The brightness of iridescence may make (varying) parts of objects more conspicuous, but the changing colour patterns and boundaries could also deceive and confuse potential predators.
This effect might be particularly acute in animals that lack the extensive upstream processing characteristic of the primate visual cortex." Scientific Reports
We would like to thank world renown master falconer, Tom Smylie,
for his expert consulting
during the creation process.
Tom is both a mentor and friend
as well as a champion and hero
for the beauty in our skies.
He is one of the two people "...responsible for the recovery of the peregrine species after pesticide and DDT poisoning pushed them to the brink of extinction. Smylie and Bond were among the first to breed peregrines in captivity and both were founders of the The Peregrine Fund ,
helping to get the falcons off the
Endangered Species List in 1999."
"To me, the skies would be
empty without them," Tom Smylie
New Mexico Wildlife
Wildlife.State.NM.US Vol 53. No 4- Winter 2008-2009 by Tania Soussian. Photo by Dan Williams
The Hawk hits (grabs) the lure before it even hits the ground.
Birds of prey dive at incredibly quick speeds and have an estimated grasp of 200-500+ psi (pounds per square inch).
A human grasp, by contrast, is 20 psi.
The hawk is clearly confused and does not hit the lure.
The hawk does not see the lure as "prey" just as birds of prey will not see your pet at prey when wearing The Hawk Star.
Because birds of prey often grab the head of their prey, avoiding the attack is of utmost importance.