Giant Dead Leaf Mantis

This image was obtained from the Smithsonian Institution. The image or its contents may be protected by international copyright laws.
MORE IMAGES
MAKE FIELD
BOOK COVER

Make Field Book Cover

Image of Giant Dead Leaf Mantis

Create your own field book and fill it with images and object from Q?rius! When you create a field book, you can put this image on its cover.

or Sign up
0
ADD COMMENTS

EXPLORE more

TAGS

COMMENTS

Add a comment

Be the first to leave a comment!

Shield mantis (Choeradodis rhombicollis) with spiny legs folded back in prayer position
Courtesy of Andreas Kay, via Flickr: EOL Images, CC-BY-NC-SA

VIDEO LIBRARY

About Mantids (Order Mantodea): Feeding

Mantids are top predators in a food chain of other insects and even vertebrates such as small mammals, birds, or reptiles. Using large, compound eyes that are widely spaced for binocular vision, they swivel their heads as far as 180 degrees to spot prey. Most mantids are ambush predators, sitting still and waiting for prey to come close. Their long front legs are armed with rows of sharp spines that they use to grab and impale the prey. A few mantids actively chase prey, running after them on long legs. Once captured, prey are eaten alive, sliced and chewed up piece by piece. Wiggling prey may be eaten head-first . When at rest, mantids fold their long legs beneath them in a prayer-like position, or sit cleaning their legs with their mouths. Sometimes mantids eat each other (cannibalism), such as females that occasionally devour males during mating or hatchlings that cannibalize each other.

Canada darner (Aeshna canadensis) in flight
Courtesy of Phil Myers, Museum of Zoology, University of Michigan, CC-BY-NC-SA

VIDEO LIBRARY

About Insects (Class Insecta): Locomotion

Insects are the only animals without backbones (invertebrates) that can fly. Wings of insects are flat and paper-thin, supported by a network of veins. They flap their wings at incredible rates, up to about two hundred times per second. Most insects have two sets of wings that work in tandem because they are coupled by a fold, a hook, or other structure that catches the back wing as the front wing beats. Wings are made of two layers of cuticle for strength. The front wing is often hardened to serve as a protective cover, leaving the back wing to provide most of the flying power. Many insects walk around instead of, or in addition to, flying. The good walkers tend to touch three legs to the ground at a time, alternating with other sets of three (tripedal gait). The stable triangles formed by the legs allows them to move quickly without falling over. Some insects "walk" on water or swim.

Canada darner (Aeshna canadensis) in flight
Courtesy of Phil Myers, Museum of Zoology, University of Michigan, CC-BY-NC-SA

VIDEO LIBRARY

About Insects (Class Insecta): Locomotion

Insects are the only animals without backbones (invertebrates) that can fly. Wings of insects are flat and paper-thin, supported by a network of veins. They flap their wings at incredible rates, up to about two hundred times per second. Most insects have two sets of wings that work in tandem because they are coupled by a fold, a hook, or other structure that catches the back wing as the front wing beats. Wings are made of two layers of cuticle for strength. The front wing is often hardened to serve as a protective cover, leaving the back wing to provide most of the flying power. Many insects walk around instead of, or in addition to, flying. The good walkers tend to touch three legs to the ground at a time, alternating with other sets of three (tripedal gait). The stable triangles formed by the legs allows them to move quickly without falling over. Some insects "walk" on water or swim.

Related Resources
Canada darner (Aeshna canadensis) in flight
Courtesy of Phil Myers, Museum of Zoology, University of Michigan, CC-BY-NC-SA

VIDEO LIBRARY

About Insects (Class Insecta): Locomotion

Insects are the only animals without backbones (invertebrates) that can fly. Wings of insects are flat and paper-thin, supported by a network of veins. They flap their wings at incredible rates, up to about two hundred times per second. Most insects have two sets of wings that work in tandem because they are coupled by a fold, a hook, or other structure that catches the back wing as the front wing beats. Wings are made of two layers of cuticle for strength. The front wing is often hardened to serve as a protective cover, leaving the back wing to provide most of the flying power. Many insects walk around instead of, or in addition to, flying. The good walkers tend to touch three legs to the ground at a time, alternating with other sets of three (tripedal gait). The stable triangles formed by the legs allows them to move quickly without falling over. Some insects "walk" on water or swim.

Related Resources