Lejota
Rondani, 1857
Species Guides
2- Lejota aerea(Golden Trunksitter)
- Lejota cyanea(Cobalt Trunksitter)
Lejota is a of hoverflies ( Syrphidae) in the tribe Milesiini, Eristalinae. The genus contains eight described distributed across northern Europe and East Asia. Members are characterized by their metallic coloration and relatively slender body form compared to other eristaline hoverflies.

Pronunciation
How to pronounce Lejota: //lɛˈjoʊtə//
These audio files are automatically generated. While they are not always 100% accurate, they are a good starting point.
Identification
Lejota are distinguished from other Milesiini by their metallic green, blue, or bronze coloration and relatively unpatterned . The can be separated from similar metallic syrphids such as Xylota and Chalcosyrphus by the combination of bare , simple wing venation with a typical Milesiini pattern, and the structure of the male genitalia. The are often partly or entirely yellow or reddish, a trait referenced in several species epithets.
Images
Habitat
have been recorded in forested environments, particularly in association with decaying wood and old-growth stands. Larval are presumed to be moist decaying wood or sap runs, consistent with other members of the Milesiini tribe.
Distribution
Documented from northern Europe (Norway, Sweden) and East Asia (Japan, Russia). Records are sparse and localized.
Similar Taxa
- XylotaSimilar metallic coloration and association with decaying wood, but Xylota have more extensively pale legs and different abdominal shape.
- ChalcosyrphusShares metallic coloration and Milesiini affinities, but Chalcosyrphus typically has more pronounced facial modifications and different wing microtrichia patterns.
More Details
Taxonomic history
The was established by Rondani in 1857. boundaries and relationships within Lejota remain poorly resolved, with most species described from limited material.
Larval biology
Larvae are presumed to be saproxylic (dependent on decaying wood) based on tribal placement, but direct observations of stages are lacking for most .