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Describing the sounds of nature: Using onomatopoeia to classify bird calls for citizen science

机译:描述性质的声音:使用拟声缺乏对公民科学进行分类

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Bird call libraries are difficult to collect yet vital for bio-acoustics studies. A potential solution is citizen science labelling of calls. However, acoustic annotation techniques are still relatively undeveloped and in parallel, citizen science initiatives struggle with maintaining participant engagement, while increasing efficiency and accuracy. This study explores the use of an under-utilised and theoretically engaging and intuitive means of sound categorisation: onomatopoeia. To learn if onomatopoeia was a reliable means of categorisation, an online experiment was conducted. Participants sourced from Amazon mTurk (N = 104) ranked how well twelve onomatopoeic words described acoustic recordings of ten native Australian bird calls. Of the ten bird calls, repeated measures ANOVA revealed that five of these had single descriptors ranked significantly higher than all others, while the remaining calls had multiple descriptors that were rated significantly higher than others. Agreement as assessed by Kendall’s W shows that overall, raters agreed regarding the suitability and unsuitability of the descriptors used across all bird calls. Further analysis of the spread of responses using frequency charts confirms this and indicates that agreement on which descriptors were unsuitable was pronounced throughout, and that stronger agreement of suitable singular descriptions was matched with greater rater confidence. This demonstrates that onomatopoeia may be reliably used to classify bird calls by non-expert listeners, adding to the suite of methods used in classification of biological sounds. Interface design implications for acoustic annotation are discussed.
机译:鸟类呼叫图书馆很难收集生物声学研究至关重要。潜在的解决方案是呼叫的公民科学标签。然而,声学注释技术仍然相对持不发达,并行,公民科学倡议与维持参与者参与的斗争,同时提高效率和准确性。本研究探讨了使用不利用的和理论上接触的声音分类和直观的声音分类方式:拟声词。要了解核原子病是一种可靠的分类手段,进行了在线实验。来自亚马逊MTURK(n = 104)的参与者排名了十二个拟谈澳大利亚鸟类呼叫的声学录制。在十只鸟呼叫中,反复措施Anova透露,其中五个有单位描述符排名明显高于所有其他人,而其余呼叫有多个描述符,则比其他描述符号明显高于其他指定符。 Kendall的W评估的协议表明,总体而言,评估者关于所有鸟类电话中使用的描述符的适用性和不适合性。进一步分析频率图表的响应传播证实了这一点,并指出了哪些描述符不合适的协议始终发布,并且合适的奇异描述的更强烈的协议与更高的评价物的信心相匹配。这表明,拟声原理可以可靠地用于通过非专家侦听者对鸟类呼叫进行分类,添加到生物声音分类中使用的方法套件。讨论了界面设计对声学注释的影响。

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