Panacanthus cuspidatus

Species

3 trait measurements
5 images
2 references

Account

What the sources say about this taxon, as written.

behaviour · bio.acousti.ca

The song structure given here is based on the analysis of a single male, collected in December 1985 at Misahualli, Ecuador, recorded later in Canada with ultrasonic-capable equipment. From another audio-limited field tape recording of a male (not shown), we obtained some additional measures (e.g. carrier frequency and call period). Panacanthus cuspidatus calls were very common in December 1985 in the early night, arising high in the forest canopy beside the Rio Napo. To the human ear, each call is a pair of short whistlelike notes: musical, each note lasting <1 s and lacking any infra- structure. Notes commonly occurred paired in the field, two given about 0.1 s apart (note period ~0.1 s). Calls occur in groups, two to five calls per group with a call period of about 1.5 s; there is a variable group interval of approxi- mately one call each 17s. Laboratory recordings at 20.7oC show each note as a sustained 25 ms pulse with an extremely gradual amplitude increment from onset, becoming stable over the final third (Fig. 11A, B). This pulse at its maximum amplitude is composed of evenly sustained complex waves, each with a cusp or subcrest, a pattern indicative of two subequal harmonics (see below). A slight but consistent upward frequency modulation occurred in this specimen: each pulse began just below 10 kHz and finished at about 12 kHz. The field male sing- ing at 21.8oC had its major peak between 10.2 and 10.3kHz. Therefore, we consider this species' principal carrier as about 11kHz (Fig.12A). Harmonics, a very strong second with diminishing third and fourth, are read- ily apparent. The second harmonic, being within 10 dB of the fundamental, may prove of biological importance in reception.

this account at bio.acousti.ca

Acoustic traits

3 measurements across 3 traits. Each name links to its term in the audioBlast vocabulary.

Measurements

Every value behind the summaries above. Each links to its own record in the API, which carries the reference it was taken from.

TraitValueCallPartSexTemp.Source
Stridulatory file tooth density (per mm)60Malebio.acousti.ca
Number Of Teeth On Stridulatory File312Malebio.acousti.ca
Centre Frequency (kHz)10.90Calling CallMalebio.acousti.ca

Figures

Oscillograms, traces and photographs held against this taxon.

Browse

Counts are recordings at or below each taxon, so an empty branch shows as empty before you click it. A dash means the join view holds no column for that rank and cannot roll up to it.

References

Publications audioBlast links to this taxon.

Sources

The rows audioBlast holds for this taxon, each matched to the same Catalogue of Life node. Where a source classifies it differently, its own classification is kept.

SourceIts nameIts rankIts familyRecord
bio.acousti.caPanacanthus cuspidatusSpeciesTettigoniidaebio.acousti.ca/5225

Machine-readable

Bioschemas is in the head of this page. The Darwin Core RDF lives at the API address below, which negotiates JSON-LD and Turtle.

Bioschemas Taxon, as embedded
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