Role for Ultrasonic Vocalisation in Social Communication and Divergence of Natural

There is an error in the fifth row values for Table 1. Please see the correct Table 1 here. Additionally, there is an error in the values for the parameter syllables/second for Fig. 5b. Please view the correct Fig. 5 here. Finally, there is an error in the last two sentences of the last paragraph of the “Temporal Analysis ” sub-section under the “Results ” section. Please refer to the correct paragraph here. To find the factors responsible for these differences, we conducted post-hoc tests (Wilcoxon rank-sum test) for the DiffSex and the SameSex situations and corrected for multiple testing (Bonferroni, DiffSex: p ’ = p 4, SameSex: p ’ = p 2). In the SameSex situation females emitted longer songs than males (W = 245, p ’ = 0.0085). In the DiffSex situation French mice emitted more syllables per second than German mice (W = 27820, p’< 0. 0001). In both situations, males emitted more syllables per second than females of the same population (DiffSex