Figure 2, Panel D: Response of white-tailed deer females to infant distress vocalizations and selected control stimuli.

Data in this file represent the response of white-tailed deer females (fig 2, D) to infant distress vocalizations of diverse mammalian species and selected control stimuli. Data columns include: Column A: Species & call type: This column includes the species name and the type of stimulus including unmanipulated (UM) distress calls, F0-shifted distress calls (F0S, F0 manipulated by multiplying F0 by a certain factor), RS distress calls (distress calls with the F0 manipulated by overriding the sampling frequency) and certain control stimuli (meadowlark song). Column B. Individual: This column lists the identity of the animal producing the sound stimulus. Column C. Mean F0: The mean fundamental frequency (mean F0) of the call in Hz. Column D. Jitter: due to overlapping values, it was necessary to jitter the data on the x-axis so that the overlapping calls would be visible in figure 2. This column shows the specific extent to which values were jittered. Data are represented on a log scale, making it necessary to apply a larger numerical ‘jitter’ when the mean F0 was higher. Values were not jittered on the y-axis. Column E. Mean F0 jittered (x): Mean F0 in Hz once jitter is taken into account. This column shows data for the x-axis. Column G. Female response (y): This column shows data for the y-axis. See corresponding publication for details on the response scale. For WT (white-tailed deer) 0.2 to 2.0-F0S entries (see Column A), median values for female responses to manipulated white-tailed deer calls were obtained from Teichroeb, L. J., T. Riede, R. Kotrba, and S. Lingle. 2013. Fundamental frequency is key to response of female deer to juvenile distress calls. Behavioural Processes 92:15– 23.本文件收录的数据为雌性白尾鹿（如图2D所示）对多种哺乳动物幼崽遇险鸣声及选定对照刺激的响应数据集。 数据列详情如下： 列A：物种与鸣声类型：该列包含物种名称及刺激类型，涵盖未修饰（unmanipulated, UM）遇险鸣声、F0偏移遇险鸣声（F0-shifted distress calls, F0S，即通过将基频乘以特定系数完成基频操纵的遇险鸣声）、重采样基频遇险鸣声（RS distress calls, RS，即通过覆盖采样频率实现基频修改的遇险鸣声），以及部分对照刺激（草地鹨鸣唱）。 列B：个体：该列列出产生该声音刺激的个体身份标识。 列C：平均基频（mean F0）：该鸣声的平均基频，单位为赫兹（Hz）。 列D：抖动幅度：由于存在重叠数值，需对X轴数据进行抖动处理，以使重叠的鸣声数据在图2中可被清晰区分。本列记录了数值被抖动的具体幅度。因数据以对数尺度呈现，故当平均基频较高时，需施加更大的数值“抖动”幅度。Y轴数据未进行抖动处理。 列E：抖动后平均基频（X轴）：纳入抖动处理后的平均基频（单位：Hz），本列提供X轴绘图所需数据。 列G：雌性鹿响应值（Y轴）：本列提供Y轴绘图所需数据。响应量表的详细定义请参阅对应发表文献。 针对列A中标记为WT（white-tailed deer，白尾鹿）0.2至2.0-F0S的条目，雌性白尾鹿对经修饰的白尾鹿鸣声的响应中位数取自如下研究：Teichroeb, L. J., T. Riede, R. Kotrba, and S. Lingle. 2013. Fundamental frequency is key to response of female deer to juvenile distress calls. Behavioural Processes 92:15– 23.