Guidelines

How do you identify a muscidae?

How do you identify a muscidae?

  1. Identifying characteristics. The antennae are three-segmented and aristate; vein Rs is two-branched, a frontal suture is present, and the calypters are well developed.
  2. Biology. Larvae mainly develop in decaying plant material or manure.
  3. Health and economic importance.
  4. Evolution.
  5. Genera.
  6. Types.
  7. Images.
  8. Further reading.

What order do house flies belong to?

Fly
Housefly/Order

Are house flies male or female?

Adult: The house fly is 6 to 7 mm long, with the female usually larger than the male. The female can be distinguished from the male by the relatively wide space between the eyes (in males, the eyes almost touch). The head of the adult fly has reddish-eyes and sponging mouthparts.

Is muscidae a order?

House flies/Order

How is the identification of a muscid done?

Muscid identification was done using characters given by d’Assis-Fonseca (1968) d’Assis-Fonseca, E.C.M. (1968). Diptera Cyclorrapha Calyptrata: Muscidae. Handbooks for the Identification of British Insects. 10. Royal Entomological Society of London, London.

What kind of flies live in the mud?

Tipulidae (crane flies) — larvae live in soil or mud. Calliphoridae (blow flies) — larvae feed on garbage and carrion; includes the screwworm, Cochliomyia hominivorax. Chironomidae (midges) — aquatic larvae usually live in the mud and feed on organic matter. Sarcophagidae (flesh flies) — larvae typically feed on carrion.

How did the Diptera mosquito get its name?

Common Name: True Flies / Mosquitoes / Gnats / Midges Greek Origins of Name: Diptera, derived from the Greek words “di” meaning two and “ptera” meaning wings, refers to the fact that true flies have only a single pair of wings. Spot ID Key Characters: Front wings membranous; hind wings modified as small halteres

What makes a Diptera different from other flies?

The order Diptera includes all true flies. These insects are distinctive because their hind wings are reduced to small, club-shaped structures called halteres – only the membranous front wings serve as aerodynamic surfaces. The halteres vibrate during flight and work much like a gyroscope to help the insect maintain balance.