Letter to the editorEvidence for echolocation by cetaceans
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Cited by (40)
Sound production and propagation in cetaceans
2020, Neuroendocrine Regulation of Animal Vocalization: Mechanisms and Anthropogenic Factors in Animal CommunicationNarrow Acoustic Field of View Drives Frequency Scaling in Toothed Whale Biosonar
2018, Current BiologyStudying cetacean behaviour: new technological approaches and conservation applications
2016, Animal BehaviourCitation Excerpt :New et al. (2013) implemented their model using empirical data on dolphin group activity states, recorded visually, while Pirotta, New et al. (2014) complemented this with data on respiration rates to inform body condition. New et al. (2014) used long-term telemetry devices to link elephant seal behaviour to body condition, while Schick et al. (2013) used >30 years of sighting and photographic data to inform the movement and body condition components of their model. Finally, Nabe-Nielsen et al. (2014) employed a movement model based on tag data from wild harbour porpoises.
Sensory biology: Echolocation from click to call, mouth to wing
2014, Current BiologyCitation Excerpt :Boonman et al. [5] remind us that signal type, signal source and phylogenetic position do not constrain the evolution of echolocation. Griffin [12] and others [17,18] have provided robust protocols for proving whether or not flying, swimming, and walking/running animals echolocate. Such protocols allowed Shusterman et al. [19] to refute the proposal that pinnipeds echolocate.