Taphrocerus schaefferi
Nicolay & Weiss, 1920
Taphrocerus schaefferi is a of metallic wood-boring beetle in the Buprestidae. The species is a leaf-miner whose larvae develop within the leaves of yellow nutsedge (Cyperus esculentus). It is found in North America with records from the United States and Canada including Alberta, Ontario, and Saskatchewan.
Pronunciation
How to pronounce Taphrocerus schaefferi: /tæfˈrɒsərəs ʃæˈfɛraɪ/
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Habitat
Wetland and bottomland forest edges where its plant Carex hyalinolepis (a sedge) occurs. One collector has noted association with this sedge in Missouri lowland wetlands.
Distribution
North America. Documented from the United States and Canada, specifically from the provinces of Alberta, Ontario, and Saskatchewan in Canada.
Diet
Larval stage is a leaf-miner of yellow nutsedge (Cyperus esculentus).
Host Associations
- Cyperus esculentus - larval yellow nutsedge; larvae mine leaves
- Carex hyalinolepis - association swept from this sedge in Missouri wetlands
Life Cycle
Larval development occurs as leaf-miners within plant leaves. Specific details of , pupal, and stages have not been documented in available sources.
Ecological Role
As a leaf-miner, larvae create feeding tunnels within leaves of sedges, potentially affecting plant tissue and serving as a food source for or .
Similar Taxa
- Taphrocerus howardiSimilar and likely similar preferences in prairie and wetland vegetation; distinguished by specific morphological features not detailed in available sources
- Taphrocerus nicolayiCongeneric found in similar herbaceous roadside vegetation in dry mesic upland forests; distinguished by subtle morphological differences requiring close examination
More Details
Taxonomic Note
The was described by Nicolay & Weiss in 1920. Some specimens in collections may be labeled with informal names such as Taphrocerus 'howardi' due to unresolved taxonomic issues within the .
Collection Difficulty
can be difficult to locate even in known localities. One experienced collector noted failing to find the in a spot where it had been collected abundantly in previous years, suggesting fluctuations or highly specific microhabitat requirements.