Full Description

"We found that all species produced similar pulsed sounds (figure 4) [24,45], suggesting that species without the ligament still relied upon forceful contact between the teeth of the oral jaws to generate sound."

"Figure 4. (a) Example of pulsed sounds in Amphiprion akallopisos (modified from [47]). This oscillogram illustrates two main sonic variables: the pulse duration and the pulse period. (b) Standard deviation of the pulse period in sounds produced by 13 species of damselfishes. The two Chromis species, which do not possess the ceratomandibular (cmd) ligament (grey histograms), show highly variable pulse periods during sound emissions in comparison with the species with the cmd ligament (white histograms). The figures between brackets give the number of fish studied and the number of sounds analysed, respectively."

Observation Environment Quotes

"Recordings of sound production in the new species followed the protocol of Colleye & Parmentier [23]."

Sound Name Quotes

"We found that all species produced similar pulsed sounds (figure 4) [24,45], suggesting that species without the ligament still relied upon forceful contact between the teeth of the oral jaws to generate sound."

Full Description

"We found that all species produced similar pulsed sounds (figure 4) [24,45], suggesting that species without the ligament still relied upon forceful contact between the teeth of the oral jaws to generate sound."

"Figure 4. (a) Example of pulsed sounds in Amphiprion akallopisos (modified from [47]). This oscillogram illustrates two main sonic variables: the pulse duration and the pulse period. (b) Standard deviation of the pulse period in sounds produced by 13 species of damselfishes. The two Chromis species, which do not possess the ceratomandibular (cmd) ligament (grey histograms), show highly variable pulse periods during sound emissions in comparison with the species with the cmd ligament (white histograms). The figures between brackets give the number of fish studied and the number of sounds analysed, respectively."

Observation Environment Quotes

"Recordings of sound production in the new species followed the protocol of Colleye & Parmentier [23]."

Sound Name Quotes

"We found that all species produced similar pulsed sounds (figure 4) [24,45], suggesting that species without the ligament still relied upon forceful contact between the teeth of the oral jaws to generate sound."

Full Description

"We found that all species produced similar pulsed sounds (figure 4) [24,45], suggesting that species without the ligament still relied upon forceful contact between the teeth of the oral jaws to generate sound."

"Figure 4. (a) Example of pulsed sounds in Amphiprion akallopisos (modified from [47]). This oscillogram illustrates two main sonic variables: the pulse duration and the pulse period. (b) Standard deviation of the pulse period in sounds produced by 13 species of damselfishes. The two Chromis species, which do not possess the ceratomandibular (cmd) ligament (grey histograms), show highly variable pulse periods during sound emissions in comparison with the species with the cmd ligament (white histograms). The figures between brackets give the number of fish studied and the number of sounds analysed, respectively."

Observation Environment Quotes

"Recordings of sound production in the new species followed the protocol of Colleye & Parmentier [23]."

Sound Name Quotes

"We found that all species produced similar pulsed sounds (figure 4) [24,45], suggesting that species without the ligament still relied upon forceful contact between the teeth of the oral jaws to generate sound."

Full Description

"We found that all species produced similar pulsed sounds (figure 4) [24,45], suggesting that species without the ligament still relied upon forceful contact between the teeth of the oral jaws to generate sound."

"Figure 4. (a) Example of pulsed sounds in Amphiprion akallopisos (modified from [47]). This oscillogram illustrates two main sonic variables: the pulse duration and the pulse period. (b) Standard deviation of the pulse period in sounds produced by 13 species of damselfishes. The two Chromis species, which do not possess the ceratomandibular (cmd) ligament (grey histograms), show highly variable pulse periods during sound emissions in comparison with the species with the cmd ligament (white histograms). The figures between brackets give the number of fish studied and the number of sounds analysed, respectively."

Observation Environment Quotes

"Recordings of sound production in the new species followed the protocol of Colleye & Parmentier [23]."

Sound Name Quotes

"We found that all species produced similar pulsed sounds (figure 4) [24,45], suggesting that species without the ligament still relied upon forceful contact between the teeth of the oral jaws to generate sound."

Full Description

"We found that all species produced similar pulsed sounds (figure 4) [24,45], suggesting that species without the ligament still relied upon forceful contact between the teeth of the oral jaws to generate sound."

"Figure 4. (a) Example of pulsed sounds in Amphiprion akallopisos (modified from [47]). This oscillogram illustrates two main sonic variables: the pulse duration and the pulse period. (b) Standard deviation of the pulse period in sounds produced by 13 species of damselfishes. The two Chromis species, which do not possess the ceratomandibular (cmd) ligament (grey histograms), show highly variable pulse periods during sound emissions in comparison with the species with the cmd ligament (white histograms). The figures between brackets give the number of fish studied and the number of sounds analysed, respectively."

Observation Environment Quotes

"Recordings of sound production in the new species followed the protocol of Colleye & Parmentier [23]."

Sound Name Quotes

"We found that all species produced similar pulsed sounds (figure 4) [24,45], suggesting that species without the ligament still relied upon forceful contact between the teeth of the oral jaws to generate sound."

Full Description

"We found that all species produced similar pulsed sounds (figure 4) [24,45], suggesting that species without the ligament still relied upon forceful contact between the teeth of the oral jaws to generate sound."

"Figure 4. (a) Example of pulsed sounds in Amphiprion akallopisos (modified from [47]). This oscillogram illustrates two main sonic variables: the pulse duration and the pulse period. (b) Standard deviation of the pulse period in sounds produced by 13 species of damselfishes. The two Chromis species, which do not possess the ceratomandibular (cmd) ligament (grey histograms), show highly variable pulse periods during sound emissions in comparison with the species with the cmd ligament (white histograms). The figures between brackets give the number of fish studied and the number of sounds analysed, respectively."

Observation Environment Quotes

"Recordings of sound production in the new species followed the protocol of Colleye & Parmentier [23]."

Sound Name Quotes

"We found that all species produced similar pulsed sounds (figure 4) [24,45], suggesting that species without the ligament still relied upon forceful contact between the teeth of the oral jaws to generate sound."