FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3135174712> ?p ?o ?g. }

• W3135174712 endingPage "1159" @default.
• W3135174712 startingPage "1135" @default.
• W3135174712 abstract "Animals produce a wide array of sounds with highly variable acoustic structures. It is possible to understand the causes and consequences of this variation across taxa with phylogenetic comparative analyses. Acoustic and evolutionary analyses are rapidly increasing in sophistication such that choosing appropriate acoustic and evolutionary approaches is increasingly difficult. However, the correct choice of analysis can have profound effects on output and evolutionary inferences. Here, we identify and address some of the challenges for this growing field by providing a roadmap for quantifying and comparing sound in a phylogenetic context for researchers with a broad range of scientific backgrounds. Sound, as a continuous, multidimensional trait can be particularly challenging to measure because it can be hard to identify variables that can be compared across taxa and it is also no small feat to process and analyse the resulting high-dimensional acoustic data using approaches that are appropriate for subsequent evolutionary analysis. Additionally, terminological inconsistencies and the role of learning in the development of acoustic traits need to be considered. Phylogenetic comparative analyses also have their own sets of caveats to consider. We provide a set of recommendations for delimiting acoustic signals into discrete, comparable acoustic units. We also present a three-stage workflow for extracting relevant acoustic data, including options for multivariate analyses and dimensionality reduction that is compatible with phylogenetic comparative analysis. We then summarize available phylogenetic comparative approaches and how they have been used in comparative bioacoustics, and address the limitations of comparative analyses with behavioural data. Lastly, we recommend how to apply these methods to acoustic data across a range of study systems. In this way, we provide an integrated framework to aid in quantitative analysis of cross-taxa variation in animal sounds for comparative phylogenetic analysis. In addition, we advocate the standardization of acoustic terminology across disciplines and taxa, adoption of automated methods for acoustic feature extraction, and establishment of strong data archival practices for acoustic recordings and data analyses. Combining such practices with our proposed workflow will greatly advance the reproducibility, biological interpretation, and longevity of comparative bioacoustic studies." @default.
• W3135174712 created "2021-03-15" @default.
• W3135174712 creator A5002273091 @default.
• W3135174712 creator A5011420900 @default.
• W3135174712 creator A5020613562 @default.
• W3135174712 creator A5025046983 @default.
• W3135174712 creator A5029811140 @default.
• W3135174712 creator A5031515772 @default.
• W3135174712 creator A5035261572 @default.
• W3135174712 creator A5043106049 @default.
• W3135174712 creator A5049663123 @default.
• W3135174712 creator A5051248331 @default.
• W3135174712 creator A5059352478 @default.
• W3135174712 creator A5069367675 @default.
• W3135174712 creator A5071338232 @default.
• W3135174712 creator A5071899551 @default.
• W3135174712 creator A5074583200 @default.
• W3135174712 creator A5090184668 @default.
• W3135174712 creator A5090547276 @default.
• W3135174712 date "2021-03-02" @default.
• W3135174712 modified "2023-10-15" @default.
• W3135174712 title "Comparative bioacoustics: a roadmap for quantifying and comparing animal sounds across diverse taxa" @default.
• W3135174712 cites W117089176 @default.
• W3135174712 cites W1220555676 @default.
• W3135174712 cites W1481347902 @default.
• W3135174712 cites W1482160415 @default.
• W3135174712 cites W1514601846 @default.
• W3135174712 cites W1523802035 @default.
• W3135174712 cites W1531684891 @default.
• W3135174712 cites W1551117137 @default.
• W3135174712 cites W1576480893 @default.
• W3135174712 cites W1605984840 @default.
• W3135174712 cites W1680083609 @default.
• W3135174712 cites W1786363630 @default.
• W3135174712 cites W1829337094 @default.
• W3135174712 cites W1867898441 @default.
• W3135174712 cites W1882658170 @default.
• W3135174712 cites W1897709823 @default.
• W3135174712 cites W1899312434 @default.
• W3135174712 cites W1940520668 @default.
• W3135174712 cites W1963617394 @default.
• W3135174712 cites W1965735445 @default.
• W3135174712 cites W1968207495 @default.
• W3135174712 cites W1969165815 @default.
• W3135174712 cites W1971211880 @default.
• W3135174712 cites W1972436629 @default.
• W3135174712 cites W1975222689 @default.
• W3135174712 cites W1979878650 @default.
• W3135174712 cites W1980817817 @default.
• W3135174712 cites W1982586025 @default.
• W3135174712 cites W1983648862 @default.
• W3135174712 cites W1984018815 @default.
• W3135174712 cites W1984097422 @default.
• W3135174712 cites W1987122569 @default.
• W3135174712 cites W1990157150 @default.
• W3135174712 cites W1990221500 @default.
• W3135174712 cites W1992764183 @default.
• W3135174712 cites W1992867509 @default.
• W3135174712 cites W1993905264 @default.
• W3135174712 cites W1994977766 @default.
• W3135174712 cites W1996137178 @default.
• W3135174712 cites W1996160964 @default.
• W3135174712 cites W1996458817 @default.
• W3135174712 cites W1996822981 @default.
• W3135174712 cites W1997408815 @default.
• W3135174712 cites W1997656099 @default.
• W3135174712 cites W2003378541 @default.
• W3135174712 cites W2008907379 @default.
• W3135174712 cites W2009259315 @default.
• W3135174712 cites W2009986089 @default.
• W3135174712 cites W2011940684 @default.
• W3135174712 cites W2013410948 @default.
• W3135174712 cites W2014473948 @default.
• W3135174712 cites W2017406785 @default.
• W3135174712 cites W2017606322 @default.
• W3135174712 cites W2018724146 @default.
• W3135174712 cites W2022344752 @default.
• W3135174712 cites W2022939667 @default.
• W3135174712 cites W2022951166 @default.
• W3135174712 cites W2025209937 @default.
• W3135174712 cites W2025608680 @default.
• W3135174712 cites W2025926207 @default.
• W3135174712 cites W2026702321 @default.
• W3135174712 cites W2028764916 @default.
• W3135174712 cites W2029767187 @default.
• W3135174712 cites W2029875539 @default.
• W3135174712 cites W2031168265 @default.
• W3135174712 cites W2031282998 @default.
• W3135174712 cites W2031421103 @default.
• W3135174712 cites W2032227091 @default.
• W3135174712 cites W2032348935 @default.
• W3135174712 cites W2035099385 @default.
• W3135174712 cites W2035299764 @default.
• W3135174712 cites W2040949556 @default.
• W3135174712 cites W2043037766 @default.
• W3135174712 cites W2049797516 @default.
• W3135174712 cites W2051357948 @default.
• W3135174712 cites W2051444911 @default.

• next