RETURN TO HOMEPAGE - ENTOMORESIN.COM

CHRYSOCHROA SAUNDERSII
Metallic Wood-boring Beetles

CLEAR RESIN ENCAPSULATION

CLICK HERE FOR BUY GREAT INSECTS IN CLEAR RESIN

Entertainment Earth

chrysochroa_0.jpg (155039 bytes) chrysochroa_1.jpg (160370 bytes) chrysochroa_2.jpg (155002 bytes)
chrysochroa_3.jpg (159656 bytes) chrysochroa_4.jpg (147832 bytes) chrysochroa_5.jpg (160527 bytes)
chrysochroa_6.jpg (125326 bytes) chrysochroa_7.jpg (129277 bytes) chrysochroa_8.jpg (123237 bytes)
chrysochroa_9.jpg (172680 bytes) chrysochroa_10.jpg (164691 bytes) chrysochroa_11.jpg (199356 bytes)

KINGDOM : Animalia

PHYLUM : Arthropoda

CLASS : Insecta

ORDER : Coleoptera

FAMILY :Buprestidae

SUBFAMILY :Chrysochroinae

GENUS :Chrysochroa

SPECIES :Chrysochroa Saundersii

CHRYSOCHROA SAUNDERSII
METALLIC WOOD-BORING JEWEL BEETLE

Buprestidae is a family of beetles known as jewel beetles or metallic wood-boring beetles because of their glossy iridescent colors. The family is among the largest of the beetles, with some 15,000 species known in 450 genera. In addition, almost 100 fossil species have been described.

The larger and more spectacularly colored jewel beetles are highly prized by insect collectors. The elytra of some Buprestidae species have been traditionally used in beetlewing jewellery and decoration in certain countries in Asia, like India, Thailand and Japan.

Description and ecology

Shape is generally cylindrical or elongate to ovoid, with lengths ranging from 3 to 80 mm although most species are under 20 mm . Catoxantha, Chrysaspis, Euchroma and Megaloxantha contain the largest species. A variety of bright colors are known, often in complicated patterns. The iridescence common to these beetles is not due to pigments in the exoskeleton, but instead is caused by structural coloration, in which microscopic texture in their cuticle selectively reflects specific frequencies of light in particular directions. This is the same effect that makes a compact disc reflect multiple colors.

The larvae bore through roots, logs, stems, and leaves of various types of plants, ranging from trees to grasses. The wood boring types generally favor dying or dead branches on otherwise-healthy trees, while a few types attack green wood; some of these are serious pests capable of killing trees and causing major economic damage, such as the invasive emerald ash borer. Some species are attracted to recently burned forests to lay their eggs. They can sense pine wood smoke from up to 50 miles away, and can see infrared light, helping them to zero in as they get closer to a forest fire.

Ten species of flatheaded borers of the family Buprestidae feed on spruce and fir, but hemlock is their preferred food source . As with roundheaded borers, most feeding occurs in dying or dead trees, or close to injuries on living trees. Damage becomes abundant only where a continuing supply of breeding material is available. The life history of these borers is similar to that of the roundheaded borers, but some exceedingly long life cycles have been reported under adverse conditions. Full-grown larvae, up to 25 mm long, are characteristically flattened, the anterior part of the body being much broader than the rest. The bronzed adults are usually seen only where suitable material occurs in sunny locations.capable of killing trees and causing major economic damage, such as the invasive emerald ash borer. Some species are attracted to recently burned forests to lay their eggs. They can sense pine wood smoke from up to 50 miles away, and can see infrared light, helping them to zero in as they get closer to a forest fire.

CLICK HERE FOR BUY GREAT INSECTS IN CLEAR RESIN


RETURN TO HOMEPAGE - ENTOMORESIN.COM