Wubana drassoides
(Emerton, 1882)
Wubana drassoides is a of sheetweb spider in the Linyphiidae, first described by Emerton in 1882. It belongs to a of small spiders that construct flat, horizontal sheet webs, often with a retreat at one edge. The species is recorded from the United States, though specific details about its remain poorly documented.
Pronunciation
How to pronounce Wubana drassoides: /wuːˈbɑːnə dræˈsɔɪdiːz/
These audio files are automatically generated. While they are not always 100% accurate, they are a good starting point.
Identification
Differentiation from other Wubana requires examination of genitalia and other fine morphological characters not visible without magnification. The 'drassoides' epithet may indicate ground spider-like appearance, but this is not a reliable field character. Specimens should be compared with type material or authoritative descriptions.
Appearance
As a member of Linyphiidae, this is likely small-bodied with relatively long, slender legs compared to body size. The 'drassoides' suggests a resemblance to spiders in the Gnaphosidae (ground spiders), possibly in body shape or coloration—typically dark, somewhat flattened, and with cylindrical . Detailed morphological descriptions are not readily available in accessible literature.
Distribution
United States. Specific state records are not clearly documented in the provided sources.
Behavior
As a linyphiid, it likely constructs a horizontal sheet web with a tubular retreat, but this specific has not been documented for W. drassoides.
Similar Taxa
- Wubana speciesOther in the Wubana require microscopic examination for reliable separation.
- Gnaphosidae (ground spiders)The specific epithet 'drassoides' suggests morphological resemblance, potentially causing confusion with dark, ground-dwelling spiders in Gnaphosidae.
More Details
Taxonomic note
The was originally described by James Henry Emerton in 1882, a prominent 19th-century American arachnologist. The Wubana currently contains multiple species, most with limited published biological data.