Means, ± S.D., range, within-individuals variability (C.V.w) and between-individuals variability (C.V.b) for the seven acoustic features analyzed from submissive sounds produced by 9 Amphiprion frenatus.

Intraspecific variation in the acoustic signals of birds and one species of frog : implications for the acoustic identification of individuals / Daniel Rogers.

Rogers, Daniel James

January 2002

Bibliography: leaves 203-218.xii, 218, [4] leaves : ill. (some col.) ; 30 cm.This thesis investigate...

Acoustic differentiation in a sub-oscine calls: females call with more entropy than males

Alejandro Ríos-Chelén
Xhareni Díaz-Lezama
Bibiana

November 2019

We quantified variation at the individual, pair and sex level in acoustic attributes of vermilion fl...

Acoustic variability is not correlated to brain temperature.

Dmitriy Aronov (128210)
Michale S. Fee (128214)

October 2012

(A) Spectrogram of a syllable from bird #7 that contained a harmonic stack and was used for the c...

Means, ± S.D., range, within-individuals variability (C.V.w) and between-individuals variability (C.V.b) for the four acoustic features analyzed from aggressive sounds produced by 14 Amphiprion akallopisos.

Orphal Colleye (122224)
Eric Parmentier (122226)

November 2012

Means, ± S.D., range, within-individuals variability (C.V.w) and between-individuals v...

Comparison of the acoustic features of submissive sounds between individuals of the same social rank but from different groups of Amphiprion frenatus.

Orphal Colleye (122224)
Eric Parmentier (122226)

November 2012

Comparison of the acoustic features of submissive sounds between individuals of the same social r...

Example of agonistic sounds produced by Amphiprion frenatus during interactions.

Orphal Colleye (122224)
Eric Parmentier (122226)

November 2012

A) Oscillogram (top) and spectrogram (bottom) of submissive sounds produced by subordinate during...

Comparison of selected sounds among species.

Rodney A. Rountree (5775107)
Francis Juanes (675384)
Marta Bolgan (5775110)

September 2018

Canonical discrimination analysis of species groups for selected variables (see Table 5 for canonica...

Ranges for each characteristic, within which model behavior was considered as representative of normal human phonation.

Daniel Robertson (2158960)
Matías Zañartu (2158963)
Douglas Cook (340534)

February 2016

Ranges for each characteristic, within which model behavior was considered as representative of n...

Subset of acoustic parameters for the major categories of call types.

Marcela Fernández-Vargas (695940)
Robert E. Johnston (478484)

February 2015

Mean acoustic parameters (A-E) of the principal carrier from 5 call types of simple 1-note, all 2...

Mean (+ SE) sound duration of male barks and thumps (N = 7) and of female crackles (N = 8).

Oliwia Hadjiaghai (702684)
Friedrich Ladich (312313)

March 2015

Different letters indicate statistically significant differences between sound types.</p

Mean (+ SE) sound pressure level of male barks and thumps (N = 7) and of female crackles (N = 8).

Oliwia Hadjiaghai (702684)
Friedrich Ladich (312313)

March 2015

Different letters indicate statistically significant differences between sound types.</p

Agonistic sounds in the skunk clownfish Amphiprion akallopisos: size-related variation in acoustic features

Colleye, O.
Frederich, B.
Vandewalle, P.
Casadevall, M.
Parmentier, E.

January 2009

Fourteen individuals of the skunk clownfish Amphiprion akallopisos of different sizes and of differe...

Means ± standard deviation and ranges (in parentheses) of acoustic parameters of advertisement call of Dendropsophus leucophyllatus Group.

Iuri Ribeiro Dias (3821008)
Célio Fernando Baptista Haddad (91249)
Antônio Jorge Suzart Argôlo (3821011)
Victor Goyannes Dill Orrico (3821005)

March 2017

n = number of individuals; I = primary/introductory or Type I and II = number of secondary or Typ...

Acoustic (a) and physiological (b) traits of stallions (mean ± SE) (N = 15 stallions).

Alban Lemasson (257316)
Kévin Remeuf (3284415)
Marie Trabalon (361168)
Frédérique Cuir (695718)
Martine Hausberger (47802)

February 2015

Acoustic (a) and physiological (b) traits of stallions (mean ± SE) (N = 15 stallions).</p

Acoustic communication : body size versus frequency tuning as a balancing act

Gibson, Jeremy
Windmill, James

July 2016

Acoustic communication signals, both their production and reception, are intertwined with all aspect...

Intraspecific variation in the acoustic signals of birds and one species of frog : implications for the acoustic identification of individuals / Daniel Rogers.

Rogers, Daniel James

January 2002

Bibliography: leaves 203-218.xii, 218, [4] leaves : ill. (some col.) ; 30 cm.This thesis investigate...

Acoustic differentiation in a sub-oscine calls: females call with more entropy than males

Alejandro Ríos-Chelén
Xhareni Díaz-Lezama
Bibiana

November 2019

We quantified variation at the individual, pair and sex level in acoustic attributes of vermilion fl...

Acoustic variability is not correlated to brain temperature.

Dmitriy Aronov (128210)
Michale S. Fee (128214)

October 2012

(A) Spectrogram of a syllable from bird #7 that contained a harmonic stack and was used for the c...

Means, ± S.D., range, within-individuals variability (C.V.w) and between-individuals variability (C.V.b) for the four acoustic features analyzed from aggressive sounds produced by 14 Amphiprion akallopisos.

Orphal Colleye (122224)
Eric Parmentier (122226)

November 2012

Means, ± S.D., range, within-individuals variability (C.V.w) and between-individuals v...

Comparison of the acoustic features of submissive sounds between individuals of the same social rank but from different groups of Amphiprion frenatus.

Orphal Colleye (122224)
Eric Parmentier (122226)

November 2012

Comparison of the acoustic features of submissive sounds between individuals of the same social r...

Example of agonistic sounds produced by Amphiprion frenatus during interactions.

Orphal Colleye (122224)
Eric Parmentier (122226)

November 2012

A) Oscillogram (top) and spectrogram (bottom) of submissive sounds produced by subordinate during...

Comparison of selected sounds among species.

Rodney A. Rountree (5775107)
Francis Juanes (675384)
Marta Bolgan (5775110)

September 2018

Canonical discrimination analysis of species groups for selected variables (see Table 5 for canonica...

Ranges for each characteristic, within which model behavior was considered as representative of normal human phonation.

Daniel Robertson (2158960)
Matías Zañartu (2158963)
Douglas Cook (340534)

February 2016

Ranges for each characteristic, within which model behavior was considered as representative of n...

Subset of acoustic parameters for the major categories of call types.

Marcela Fernández-Vargas (695940)
Robert E. Johnston (478484)

February 2015

Mean acoustic parameters (A-E) of the principal carrier from 5 call types of simple 1-note, all 2...

Mean (+ SE) sound duration of male barks and thumps (N = 7) and of female crackles (N = 8).

Oliwia Hadjiaghai (702684)
Friedrich Ladich (312313)

March 2015

Different letters indicate statistically significant differences between sound types.</p

Mean (+ SE) sound pressure level of male barks and thumps (N = 7) and of female crackles (N = 8).

Oliwia Hadjiaghai (702684)
Friedrich Ladich (312313)

March 2015

Different letters indicate statistically significant differences between sound types.</p

Agonistic sounds in the skunk clownfish Amphiprion akallopisos: size-related variation in acoustic features

Colleye, O.
Frederich, B.
Vandewalle, P.
Casadevall, M.
Parmentier, E.

January 2009

Fourteen individuals of the skunk clownfish Amphiprion akallopisos of different sizes and of differe...

Means ± standard deviation and ranges (in parentheses) of acoustic parameters of advertisement call of Dendropsophus leucophyllatus Group.

Iuri Ribeiro Dias (3821008)
Célio Fernando Baptista Haddad (91249)
Antônio Jorge Suzart Argôlo (3821011)
Victor Goyannes Dill Orrico (3821005)

March 2017

n = number of individuals; I = primary/introductory or Type I and II = number of secondary or Typ...

Acoustic (a) and physiological (b) traits of stallions (mean ± SE) (N = 15 stallions).

Alban Lemasson (257316)
Kévin Remeuf (3284415)
Marie Trabalon (361168)
Frédérique Cuir (695718)
Martine Hausberger (47802)

February 2015

Acoustic (a) and physiological (b) traits of stallions (mean ± SE) (N = 15 stallions).</p

Acoustic communication : body size versus frequency tuning as a balancing act

Gibson, Jeremy
Windmill, James

July 2016

Acoustic communication signals, both their production and reception, are intertwined with all aspect...

Intraspecific variation in the acoustic signals of birds and one species of frog : implications for the acoustic identification of individuals / Daniel Rogers.

Rogers, Daniel James

January 2002

Bibliography: leaves 203-218.xii, 218, [4] leaves : ill. (some col.) ; 30 cm.This thesis investigate...

Acoustic differentiation in a sub-oscine calls: females call with more entropy than males

Alejandro Ríos-Chelén
Xhareni Díaz-Lezama
Bibiana

November 2019

We quantified variation at the individual, pair and sex level in acoustic attributes of vermilion fl...

Acoustic variability is not correlated to brain temperature.

Dmitriy Aronov (128210)
Michale S. Fee (128214)

October 2012

(A) Spectrogram of a syllable from bird #7 that contained a harmonic stack and was used for the c...

Means, ± S.D., range, within-individuals variability (C.V.<sub>w</sub>) and between-individuals variability (C.V.<sub>b</sub>) for the seven acoustic features analyzed from submissive sounds produced by 9 <i>Amphiprion frenatus</i>.

Abstract

Extracted data

Means, ± S.D., range, within-individuals variability (C.V.<sub>w</sub>) and between-individuals variability (C.V.<sub>b</sub>) for the seven acoustic features analyzed from submissive sounds produced by 9 <i>Amphiprion frenatus</i>.

Abstract

Extracted data

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