<p>(A) The number of mounts, (B) the latency to the first mount, (C) the number of intromissions, (D) the latency to the first intromission, (E) the intromission ratio, and (F) the interintromission interval performed by the males. All graphs show the comparison between sham females paired with sham males, sham females paired with devocalized males and devocalized females paired with sham males. Data are shown as median ± semi interquartile range.</p
<p>Data are combined for two mating seasons (MS 07/08: 7 females, 13 males; MS 08/09: 8 females, 15 ...
<p>The y-axis is the male attractiveness (copulation latency). The x-axis is the courtship rate (a) ...
<p>C: courtship signals (not emitted by <i>T. cavicola</i>), PC: post-copulation signals.</p><p>Medi...
<p>(A) The number of paracopulatory behaviors, (B) the latency to the first paracopulatory behavior,...
<p>(A) # of mounts when a single WT or KO male was exposed to a single, receptive WT or KO female, (...
<p>Bar graphs showing the percentage of copulations accompanied by calls, N = 75, given by seven fem...
<p>Frequency of copulation events performed by clean- and stained-chested males. Solid horizontal li...
<p>Line graphs showing the proportion of copulations accompanied by a call when copulating with high...
<p>(a) courtship index, (b) wing extension frequency, (c) wing extension duration, and (d) abdomen b...
diVerent males. Instead, the only consistent correlate of paternity was consortship order. Both pre-...
<p>(<b>A)</b>. First male was large, and the second male was small. (<b>B)</b>. First male was small...
<p>Explanatory variables are (a) average male attractiveness (averaged across eight females) in the ...
<p>The residuals were obtained from a model where number of copulations per dyad was the response va...
<p>Median, interquartile range and total range are shown by the horizontal lines, boxes and whiskers...
<p>Correlations between female copulation frequencies or the number of male visitors per female with...
<p>Data are combined for two mating seasons (MS 07/08: 7 females, 13 males; MS 08/09: 8 females, 15 ...
<p>The y-axis is the male attractiveness (copulation latency). The x-axis is the courtship rate (a) ...
<p>C: courtship signals (not emitted by <i>T. cavicola</i>), PC: post-copulation signals.</p><p>Medi...
<p>(A) The number of paracopulatory behaviors, (B) the latency to the first paracopulatory behavior,...
<p>(A) # of mounts when a single WT or KO male was exposed to a single, receptive WT or KO female, (...
<p>Bar graphs showing the percentage of copulations accompanied by calls, N = 75, given by seven fem...
<p>Frequency of copulation events performed by clean- and stained-chested males. Solid horizontal li...
<p>Line graphs showing the proportion of copulations accompanied by a call when copulating with high...
<p>(a) courtship index, (b) wing extension frequency, (c) wing extension duration, and (d) abdomen b...
diVerent males. Instead, the only consistent correlate of paternity was consortship order. Both pre-...
<p>(<b>A)</b>. First male was large, and the second male was small. (<b>B)</b>. First male was small...
<p>Explanatory variables are (a) average male attractiveness (averaged across eight females) in the ...
<p>The residuals were obtained from a model where number of copulations per dyad was the response va...
<p>Median, interquartile range and total range are shown by the horizontal lines, boxes and whiskers...
<p>Correlations between female copulation frequencies or the number of male visitors per female with...
<p>Data are combined for two mating seasons (MS 07/08: 7 females, 13 males; MS 08/09: 8 females, 15 ...
<p>The y-axis is the male attractiveness (copulation latency). The x-axis is the courtship rate (a) ...
<p>C: courtship signals (not emitted by <i>T. cavicola</i>), PC: post-copulation signals.</p><p>Medi...