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Macro > fisherwr2  > Animals > Small Wonders
Insects and spiders close up
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fisherwr2 > Transluscent cocoon of a green lacewing pupa (Neuroptera: Chrysopidae) attached to a pine needle.  One component of the cocoon is made from minute threads of protein-rich silk woven together to form the outer structure.  An inner layer of lipid material helps prevent the pupa from drying out.  The adult chewed a circle around the upper part of the cocoon, pushed up the resulting lid, and climbed out.  This cocoon is about 3 mm long.  Adult and larval lacewings are important predators on a variety of pests such as aphids; the immatures are sometimes referred to as aphidlions, and look like miniature alligators.
fisherwr2 > View of the head of a large leafhopper (~ 13 mm) showing the piercing mouthparts, the sharp needle-like structure between the front legs.  The anterior structure that looks like a surgical mask, characteristic of leafhoppers and cicadas, encloses muscles that help suck plant liquids into the insect.  This mechanism is called the cibarial pump.
fisherwr2 > A planthopper
fisherwr2 > Three parasitized aphids on an iris leaf.
fisherwr2 > Mites on the ventral surface of a passalid beetle
fisherwr2 > Anterior end of a clownlike leafhopper, Graphocephala versuta (Homoptera: Cicadellidae).  Length of insect is about 5 mm.
fisherwr2 > Ventral view of the pigweed flea beetle, Disconycha glabrata (Coleoptera: Chrysomelidae) showing the huge femora of the back legs characteristic of flea beetles.  They allow the beetle to jump like a flea.  Not only does this beetle have the capability to jump a considerable distance, it also can stick tenaciously to smooth surfaces.  For example,  this beetle rode on my windshield at 60 mph for 5 miles before we stopped to collect it.  Even more impressive, it was able to walk on the glass during the trip.  The image was taken through  a plastic petri dish and is not the best, but you can see two pads on the tarsi that allow the insect to stick so well (most clear in the first pair of legs).  One pad is triangular and the other is more oval and divided in half by the tarsal claws.  Both are covered in fine hair-like structures that either provide griping power through physical interactions with the surface or by producing a glue-like substance.  In any event, the beetle regularly cleans these pads by wiping them on the stiff hairs of the preceeding pair of legs.  The back legs also get cleaned when they are brushed over the end of the abdomen.
fisherwr2 > The structure, texture, and color of a portion of the elytra from a metallic wood boring beetle.  The two "shells" come together inside the parallel lines down the center of the image.
fisherwr2 > The ventral abdominal area of a beetle showing the variety of colors and texture that looks similar to a slightly tarnished piece of metal.  Hence, the common name of this beetle: the metallic wood borer (Coleoptera: Buprestidae).  The larvae feed in living trees and the chewing noise they make helps a wood pecker locate them.
Transluscent cocoon of a green lacewing pupa (Neuroptera: Chrysopidae) attached to a pine needle. One component of the cocoon is made from minute threads of protein-rich silk woven together to form the outer structure. An inner layer of lipid material helps prevent the pupa from drying out. The adult chewed a circle around the upper part of the cocoon, pushed up the resulting lid, and climbed out. This cocoon is about 3 mm long. Adult and larval lacewings are important predators on a variety of pests such as aphids; the immatures are sometimes referred to as aphidlions, and look like miniature alligators.
 > Transluscent cocoon of a green lacewing pupa (Neuroptera: Chrysopidae) attached to a pine needle.  One component of the cocoon is made from minute threads of protein-rich silk woven together to form the outer structure.  An inner layer of lipid material helps prevent the pupa from drying out.  The adult chewed a circle around the upper part of the cocoon, pushed up the resulting lid, and climbed out.  This cocoon is about 3 mm long.  Adult and larval lacewings are important predators on a variety of pests such as aphids; the immatures are sometimes referred to as aphidlions, and look like miniature alligators.
Transluscent cocoon of a green lacewing pupa (Neuroptera: Chrysopidae) attached to a pine needle. One component of the cocoon is made from minute threads of protein-rich silk woven together to form the outer structure. An inner layer of lipid material helps prevent the pupa from drying out. The adult chewed a circle around the upper part of the cocoon, pushed up the resulting lid, and climbed out. This cocoon is about 3 mm long. Adult and larval lacewings are important predators on a variety of pests such as aphids; the immatures are sometimes referred to as aphidlions, and look like miniature alligators.
Original size: 1063px x 1188px |
Current: 268px x 300px |
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Keywords: micro cocoon lacewing zstack
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