Eurycorypha conclusa, Hemp, 2013
publication ID |
https://doi.org/ 10.1007/s13127-020-00452-1 |
persistent identifier |
https://treatment.plazi.org/id/03D63C4C-2F7D-3B3C-FCE1-1F11DB39F8AB |
treatment provided by |
Felipe |
scientific name |
Eurycorypha conclusa |
status |
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Eurycorypha conclusa View in CoL ( Figs. 3 View Fig , 4a View Fig , 6 View Fig , and 7)
The calling song of E. conclusa differs from all other known Eurycoryphya songs because it contains long (1–9 s), homogenous series of syllables ( Fig. 4a View Fig ). These long echemes occurred typically in mixed series interspersed with short echemes ( Fig. 7a View Fig ). The series were separated by long intervals (several to many minutes). During these times, the males produced short echemes lasting 50–400 ms. Occasionally, a male may also sing several hours without producing long echemes. The short elements were (often much) louder and much more common than the long ones and relatively variable in their intervals (e.g., 0.5–60 s, sometimes in pairs or groups), amplitude and in number (3–13) and composition (one to a few impulses) of syllables. The syllables typically contained more impulses in the long than in the short echemes. Before a long echeme is registered, often the short elements became longer and the intervals shorter so that a more or less continuous transition could be observed. In both types of echemes, the syllables were repeated at a rate of 30–50 Hz ( T = 20–26 °C) .
The females responded to the male song typically about 200 ms after the beginning of a short echeme ( Figs. 5 View Fig and 7 c View Fig ; means of four females: 292 ± 71 ms, n = 46, T = 20 °C; 149 ± 20 ms, n = 11, 154 ± 31 ms, n = 10; T = 23 °C; 164 ± 16 ms; n = 10; T = 25.5 °C). If the male echeme was longer than the female latency, the female response occurred before its end ( Fig. 7e, f View Fig ). The female responses were often also placed between the two short echemes of one echeme pair ( Fig. 7b, d View Fig ). However, all four females answered occasionally also directly after the end of a long echeme ( Figs. 5 View Fig and 7b View Fig ; delay after the last syllable, means, 205 ± 34 ms, n = 9, T = 20 °C; 201 ± 41 ms, n = 9, 169 ± 21 ms, n = 4; T = 23 °C; 204 ± 33 ms, n = 10, T = 25.5 °C). In this situation, one young female, just beginning to respond, produced a few responses with unusual large delays of 1–2 s (n = 6). The female responses consisted of one to several loud impulses, often accompanied by some soft sounds .
T |
Tavera, Department of Geology and Geophysics |
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