At dusk, a sparrow flies through the dark woods in search of a meal. Spotting a plump hawk
In order to avoid being eaten, the moth practised a bit of natural "tom foolery" by exposing its secret weapon--eyespots on its wings.Eyespots are round markings or colorations on animals which look like real eyes. Many in- sects, as well as fish and frogs, use them--in a variety of ways--as a defense against predators.Eyespots can scare an attacker away--as in the case of the moth above--by making the attacker think it is facing one of its predators. Or they can simply fool predators into thinking they are being watched.Even when the false eyes don't stop an attack, they may enable the one who wears them to survive. You see, eyespots are often located "far" from vital organs, on wings, for instance. They lure predators into attacking the "wrong end" of their prey.The tropical butterfly fish, for example, has an eyespot at the base of its tail. Predatory fish will often try to attack this spot, confusing the dark circle for a real eye--only to find the fish escaping in a completely unexpected direction.The eyespots on a peacock butterfly's wings work in a similar way. By luring the predator to the wings instead of the body, the eyespots protect the peacock butterfly's head from attack. Although the insect may lose a claw or suffer a clipped wing, at least it hasn't lost its head!Eyespots work because they take advantage of a weakness in predators, known as "innocence of the eye." Basically, this means that animals believe what they see. Unlike humans, some animals cannot reason beyond what their instincts and past experiences tell them. So, if something looks like an eye to a predator, then it must be an eye--even if it graces the delicate wing of a butterfly.The hawkmoth escaped the attack from the sparrow because ______.A．an owl came to its rescueB．the sparrow suddenly saw a hunter's eyesC．the sparrow was suddenly attacked by another birdD．the moth showed eye-like marking on its wings
Eyespots are round markings or colorations on animals which look like real eyes. Many in- sects, as well as fish and frogs, use them--in a variety of ways--as a defense against predators.Eyespots can scare an attacker away--as in the case of the moth above--by making the attacker think it is facing one of its predators. Or they can simply fool predators into thinking they are being watched.Even when the false eyes don't stop an attack, they may enable the one who wears them to survive. You see, eyespots are often located "far" from vital organs, on wings, for instance. They lure predators into attacking the "wrong end" of their prey.The tropical butterfly fish, for example, has an eyespot at the base of its tail. Predatory fish will often try to attack this spot, confusing the dark circle for a real eye--only to find the fish escaping in a completely unexpected direction.The eyespots on a peacock butterfly's wings work in a similar way. By luring the predator to the wings instead of the body, the eyespots protect the peacock butterfly's head from attack. Although the insect may lose a claw or suffer a clipped wing, at least it hasn't lost its head!Eyespots work because they take advantage of a weakness in predators, known as "innocence of the eye." Basically, this means that animals believe what they see. Unlike humans, some animals cannot reason beyond what their instincts and past experiences tell them. So, if something looks like an eye to a predator, then it must be an eye--even if it graces the delicate wing of a butterfly.The hawkmoth escaped the attack from the sparrow because ______.A．an owl came to its rescueB．the sparrow suddenly saw a hunter's eyesC．the sparrow was suddenly attacked by another birdD．the moth showed eye-like marking on its wings
Eyespots can scare an attacker away--as in the case of the moth above--by making the attacker think it is facing one of its predators. Or they can simply fool predators into thinking they are being watched.Even when the false eyes don't stop an attack, they may enable the one who wears them to survive. You see, eyespots are often located "far" from vital organs, on wings, for instance. They lure predators into attacking the "wrong end" of their prey.The tropical butterfly fish, for example, has an eyespot at the base of its tail. Predatory fish will often try to attack this spot, confusing the dark circle for a real eye--only to find the fish escaping in a completely unexpected direction.The eyespots on a peacock butterfly's wings work in a similar way. By luring the predator to the wings instead of the body, the eyespots protect the peacock butterfly's head from attack. Although the insect may lose a claw or suffer a clipped wing, at least it hasn't lost its head!Eyespots work because they take advantage of a weakness in predators, known as "innocence of the eye." Basically, this means that animals believe what they see. Unlike humans, some animals cannot reason beyond what their instincts and past experiences tell them. So, if something looks like an eye to a predator, then it must be an eye--even if it graces the delicate wing of a butterfly.The hawkmoth escaped the attack from the sparrow because ______.A．an owl came to its rescueB．the sparrow suddenly saw a hunter's eyesC．the sparrow was suddenly attacked by another birdD．the moth showed eye-like marking on its wings
Even when the false eyes don't stop an attack, they may enable the one who wears them to survive. You see, eyespots are often located "far" from vital organs, on wings, for instance. They lure predators into attacking the "wrong end" of their prey.The tropical butterfly fish, for example, has an eyespot at the base of its tail. Predatory fish will often try to attack this spot, confusing the dark circle for a real eye--only to find the fish escaping in a completely unexpected direction.The eyespots on a peacock butterfly's wings work in a similar way. By luring the predator to the wings instead of the body, the eyespots protect the peacock butterfly's head from attack. Although the insect may lose a claw or suffer a clipped wing, at least it hasn't lost its head!Eyespots work because they take advantage of a weakness in predators, known as "innocence of the eye." Basically, this means that animals believe what they see. Unlike humans, some animals cannot reason beyond what their instincts and past experiences tell them. So, if something looks like an eye to a predator, then it must be an eye--even if it graces the delicate wing of a butterfly.The hawkmoth escaped the attack from the sparrow because ______.A．an owl came to its rescueB．the sparrow suddenly saw a hunter's eyesC．the sparrow was suddenly attacked by another birdD．the moth showed eye-like marking on its wings
The tropical butterfly fish, for example, has an eyespot at the base of its tail. Predatory fish will often try to attack this spot, confusing the dark circle for a real eye--only to find the fish escaping in a completely unexpected direction.The eyespots on a peacock butterfly's wings work in a similar way. By luring the predator to the wings instead of the body, the eyespots protect the peacock butterfly's head from attack. Although the insect may lose a claw or suffer a clipped wing, at least it hasn't lost its head!Eyespots work because they take advantage of a weakness in predators, known as "innocence of the eye." Basically, this means that animals believe what they see. Unlike humans, some animals cannot reason beyond what their instincts and past experiences tell them. So, if something looks like an eye to a predator, then it must be an eye--even if it graces the delicate wing of a butterfly.The hawkmoth escaped the attack from the sparrow because ______.A．an owl came to its rescueB．the sparrow suddenly saw a hunter's eyesC．the sparrow was suddenly attacked by another birdD．the moth showed eye-like marking on its wings
The eyespots on a peacock butterfly's wings work in a similar way. By luring the predator to the wings instead of the body, the eyespots protect the peacock butterfly's head from attack. Although the insect may lose a claw or suffer a clipped wing, at least it hasn't lost its head!Eyespots work because they take advantage of a weakness in predators, known as "innocence of the eye." Basically, this means that animals believe what they see. Unlike humans, some animals cannot reason beyond what their instincts and past experiences tell them. So, if something looks like an eye to a predator, then it must be an eye--even if it graces the delicate wing of a butterfly.The hawkmoth escaped the attack from the sparrow because ______.A．an owl came to its rescueB．the sparrow suddenly saw a hunter's eyesC．the sparrow was suddenly attacked by another birdD．the moth showed eye-like marking on its wings
Eyespots work because they take advantage of a weakness in predators, known as "innocence of the eye." Basically, this means that animals believe what they see. Unlike humans, some animals cannot reason beyond what their instincts and past experiences tell them. So, if something looks like an eye to a predator, then it must be an eye--even if it graces the delicate wing of a butterfly.The hawkmoth escaped the attack from the sparrow because ______.A．an owl came to its rescueB．the sparrow suddenly saw a hunter's eyesC．the sparrow was suddenly attacked by another birdD．the moth showed eye-like marking on its wings
The hawkmoth escaped the attack from the sparrow because ______.A．an owl came to its rescueB．the sparrow suddenly saw a hunter's eyesC．the sparrow was suddenly attacked by another birdD．the moth showed eye-like marking on its wings
A．an owl came to its rescueB．the sparrow suddenly saw a hunter's eyesC．the sparrow was suddenly attacked by another birdD．the moth showed eye-like marking on its wings
B．the sparrow suddenly saw a hunter's eyesC．the sparrow was suddenly attacked by another birdD．the moth showed eye-like marking on its wings
C．the sparrow was suddenly attacked by another birdD．the moth showed eye-like marking on its wings
D．the moth showed eye-like marking on its wings
点击查看答案
题目内容
（请给出正确答案）
参考答案
十点题库官方参考答案
（由十点题库聘请的专业题库老师提供的解答）
