Endopterygota (bees, beetles, flies, moths and other insects with wings developing internally) may be included in 'feeds on' relations listed under the following higher taxa:
| Subtaxon | Rank | Featured subtaxa |
No of interactions |
No of references |
|||
|---|---|---|---|---|---|---|---|
| Order | 1,608 subtaxa | 4,875 trophisms | 959 references | ||||
| Order | 1,438 subtaxa | 4,134 trophisms | 1,110 references | ||||
| Order | 1,538 subtaxa | 3,207 trophisms | 1,081 references | ||||
| Order | 556 subtaxa | 1,205 trophisms | 572 references | ||||
| Order | 3 references | ||||||
| Order | 5 references | ||||||
| Order | 1 subtaxa | 7 trophisms | 11 references | ||||
| Order | 3 references | ||||||
| Order | 16 subtaxa | 48 trophisms | 9 references | ||||
| Order | 1 subtaxa | 5 references | |||||
| Order | 5 subtaxa | 8 trophisms | 22 references | ||||
Endopterygota (bees, beetles, flies, moths and other insects with wings developing internally) may be included in identification literature listed under the following higher taxa:
Literature listed under the following higher taxa may be relevant to Endopterygota (bees, beetles, flies, moths and other insects with wings developing internally):
These are the most highly-evolved groups of insects.
They have wingless juvenile forms (larvae, eg maggots, catepillars) which look very different from the adults. Development from the juvenile to the adult form (metamorphosis) includes a comparatively featureless intermediate stage (the pupa). The internal body structure of the juvenile is largely broken down in the pupa before being rebuilt to form the adult insect.
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