Department of Interdisciplinary Life Sciences, University of Veterinary Medicine, Vienna.
J Comp Psychol. 2024 May;138(2):77-79. doi: 10.1037/com0000389.
Comments on an article by Jay W. Schwartz , Kayleigh H. Pierson, and Alexander K. Reece (see record 2024-19488-001). In this issue, Schwartz et al. (2024) tackle the pitch rule in humans by testing to what extent we use pitch alone to judge emotional arousal across closely and distantly related animal species. The findings of Schwartz et al. open a number of intriguing possibilities for future research: Notably important additional steps would include to further investigate the accuracy of the pitch rule across closely and distantly related species. Upon this, in order to study the evolutionary ancestry of the pitch rule, it will be necessary to study its applicability across nonhumans. Particularly interesting would be the inclusion of subject species that have been found to eavesdrop on heterospecific alarm calls. Previous research (see Hoeschele, 2017 for a review) as well as present findings on human ratings of macaque versus cricket calls also suggest that we should additionally focus on sound features that compliment emotional arousal rating beyond pitch such as spectral information. (PsycInfo Database Record (c) 2024 APA, all rights reserved).
评论杰伊·W·施瓦茨、凯莉·H·皮埃尔斯和亚历山大·K·里斯的文章(见记录 2024-19488-001)。在本期中,施瓦茨等人(2024)通过测试我们在多大程度上仅使用音高来判断密切和遥远相关的动物物种的情绪唤醒,来解决人类的音高规则问题。施瓦茨等人的发现为未来的研究开辟了许多有趣的可能性:特别重要的额外步骤将包括进一步研究在密切和遥远相关的物种中,音高规则的准确性。在此基础上,为了研究音高规则的进化起源,有必要研究其在非人类中的适用性。特别有趣的是包括那些被发现偷听异性警报叫声的受试物种。先前的研究(见 Hoeschele,2017 年的综述)以及目前关于人类对猕猴与蟋蟀叫声的评分也表明,我们还应关注除音高之外补充情绪唤醒评分的声音特征,如光谱信息。(APA,2024 版权所有)。