{"data":[{"source":"bio.acousti.ca","id":"57371","topic":"behaviour","value":"Vocalization. The composite advertisement call consists of two distinct types of pulsed calls. Call type A (Fig. 5A) is usually the initial call followed by a series of calls of type B (Fig. 5B), e.g. ABBBBB (see example call in Fig. 6). A composite call (A+nB) consists of one call type A followed by 1\u201312 calls type B (2.48\u00b12.27, n=114 composite calls from 9 individuals). However, call type A can be emitted solely as well.\n\nWe recorded and analysed advertisement calls of 10 individuals, including the holotype and three paratypes (MNKA 9922, SMF 88450, SMF 88490; Tab. 3). All but one emitted composite calls, resulting in 114 composite calls composed of 114 calls type A and 284 calls type B from 9 individuals. Additionally, 45 solely emitted calls type A from all 10 individuals were included in the analy- ses. In total, 5 to 30 (16.77 \u00b1 8.53) calls type A and 0 to 64 (29.22 \u00b1 19.48) calls type B were analysed per individual. Call duration of a composite call was 143 to 1563 ms (337ms\u00b1276). In a composite call, intervals between calls of typeAand B or B and B were 77\u2013119 ms (99 ms \u00b1 9.7). The interval between a composite call (e.g., ABBB interval ABB interval ABB) or solely emitted calls of type A was 0.93\u20138.40 sec (3.06 sec\u00b11.28; n=126 in- tervals measured from 10 individuals). Numerical call parameters of call type A are as follows (range followed by mean\u00b1standard deviation in parentheses): call du- ration 18\u201366 ms (42\u00b19; n=159); pulses per call 3\u20139 (5.45 \u00b1 1.14; n = 159); pulse duration 2 \u2013 10 ms (5 ms; \u00b11; n=579); pulse rate 82\u2013167 pulses\/sec (131\u00b1 17; n = 159); dominant frequency 3531 \u2013 4565 Hz (4135 \u00b1 209; n=159). Numerical call parameters of call B are: call duration 4 \u2013 23 ms (12 \u00b1 3; n = 284); pulses\/call 1\u20133 (1.8\u00b10.5; n=284); pulse duration 2\u201317 ms (5 ms; \u00b1 2; n = 253); pulse rate 43 \u2013 250 pulses\/sec (154 \u00b1 41; n = 284); dominant frequency 3575 \u2013 4593 Hz (4136 \u00b1 211; n=284). Fig. 8 shows the distribution of values in histograms.","topic_link":"http:\/\/rs.tdwg.org\/ontology\/voc\/SPMInfoItems#Behaviour","info_url":"https:\/\/bio.acousti.ca\/node\/57371"}]}