Which wing venation is described for Myrmeleontidae?

Which wing venation is described for Myrmeleontidae?

• A. Twigging wing venation
• B. Reticulate wing venation
• C. Branched wing venation
• D. Parallel wing venation

Answer: (A)

Wing venation patterns are diagnostic for identifying insect groups, and Myrmeleontidae (antlions) have a distinctive twig-like venation. The major veins branch in a way that produces slender, hairline extensions that resemble twigs, with only a few cross-veins connecting them. This gives the wings a light, linear appearance rather than a dense network or broad, obvious cross-vein pattern. Reticulate venation would form a net-like mesh of many interconnecting cross-veins, which isn’t how antlions typically present their wing veins. Parallel venation would show veins running more or less straight and parallel with little branching. Branched venation implies more conspicuous, broader vein branching. The twig-like, sparse branching most closely matches the pattern observed in Myrmeleontidae, making twigging wing venation the best description.

Wing venation patterns are diagnostic for identifying insect groups, and Myrmeleontidae (antlions) have a distinctive twig-like venation. The major veins branch in a way that produces slender, hairline extensions that resemble twigs, with only a few cross-veins connecting them. This gives the wings a light, linear appearance rather than a dense network or broad, obvious cross-vein pattern.

Reticulate venation would form a net-like mesh of many interconnecting cross-veins, which isn’t how antlions typically present their wing veins. Parallel venation would show veins running more or less straight and parallel with little branching. Branched venation implies more conspicuous, broader vein branching. The twig-like, sparse branching most closely matches the pattern observed in Myrmeleontidae, making twigging wing venation the best description.