ELIN Citations Deck Flashcards

1
Q

Savage et al. 2015

A

304 recordings coded from pre-existing worldwide data set
Coded into 32 statistical universals (definition=occurs 50% of time) which can be grouped into 6 categories: pitch, rhythm, form, instrumentation, performance style and social context
- however, there are 18 which truly passed the criteria for universals

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
2
Q

Mehr et al. (2019)

A

Cross cultural study with a focus on song
Utilised Bayesian Principal Component Analysis
Returned that the 3 main behavioural context for songs =
1. Formality
2. Arousal
3. Religiosity
Key finding = there is more variation within a given culture than cross-culturallyfocus in song

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
3
Q

Russel (1980)

A

Circumplex model of emotions – arousal (high/low) against valence (positive/valence). Can be modelled on human biology.

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
4
Q

Mehrabian & Russell (1974)

A

PAD model of emotions – pleasure, arousal dominance/submissive which accounts for fear vs anger etc. (unlike circumplex)

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
5
Q

Juslin et al. (2013)

A

BRECVEMA model of inducing musical emotions

Brain Stem Reflex
Rhythmic Entrainment
Evaluative conditioning
Contagion
Visual Imagery
Episodic Memory
Musical Expectancy
Aesthetic Judgement
How well did you know this?
1
Not at all
2
3
4
5
Perfectly
6
Q

Menninghaus et al. (2019)

A

Aesthetic emotions as a valid emotion – idea that art can evoke emotions not purely through pleasure/displeasure but being able to appreciate objects through aesthetic qualities e.g. beauty, novelty, expression, goal oriented etc.

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
7
Q

Zetner et al. (2008)

A

Geneva Musical Emotions Scale (GEMS)

Self-assesed, categorical way of viewing musical emotions. Hierarchical structure of levels.

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
8
Q

Longhi (2008)

A

Musical expectancy is already experienced by young infants

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
9
Q

Koelsch (2015)

A

Article demonstrating how unexpected events give rise to emotions - even when a piece has been heard multiple times

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
10
Q

Ian Cross (2012)

A

A response to Pinker, that music has a psychological AND social function, therefore coming together to perform or experience music can induce an emotion (this comes from the social function rather than the music itself.

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
11
Q

Bigand et al (1996)

A

“Auditory roughness is an important component of perceived tension”

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
12
Q

Oxenham et. al (2004)

A

Research which shows the importance of tonotopic organisation in identification of fundamentals and sound identities. Used ‘transposed tones’ - temporal information of lower frequency sounds in areas of the cochlea tuned for higher frequencies - unable to identify fundamentals.

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
13
Q

McDermott et. al (2016)

A

Research shows that many of our perceived consonances are not universal, studies with the Tsimane people. Showed aversion to roughness and minor 2nds however.

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
14
Q

Sethares (2005)

A

Interference between partials holds true with different tone spectra analysis - when harmonics are stretched in a tone

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
15
Q

Chmiel & Schubert (2017)

A

Inverted U-model - enjoyment and exposure plotted on separate axis (repeated exposure leads to more enjoyment but either end less enjoyment)

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
16
Q

Bowling et. al (2017)

A

Refuting of McDermott et. al (2016)
- criticises the lack of discussion of similarity of tonal organisation across musical cultures
most frequently used intervals across a range of musical cultures = the 8ve, perf 5th and perf 4th (important as humans have the capacity to distinguish hundreds of unique intervals)

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
17
Q

Schellenberg & Trehub (1996)

A

Six-month-old infants (e.g.) exhibit greater sensitivity to changes in tuning applied to sequences of consonant as compared to dissonant intervals as well as greater attention, more positive affect, and reduced motoric activity.

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
18
Q

Richner (2016)

A

Male songbirds with larger black ventral ties (signal of social status and reproductive potential) sing with smaller deviations from small-integer ratios intervals than those with smaller ties. Suggest that melodic singing is evolutionary important in songbirds.

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
19
Q

McDermott et. al (2012)

A

Presented the same stimuli to participants with congenital amusia, a neurogenetic disorder causing deficits in melody processing. These listeners showed no preference for consonant over dissonant chords, but performed the same as a control group in the rating of roughness. This evidence suggests that although roughness is unpleasant for many listeners, its absence is not the basis of consonance.

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
20
Q

Cross (2003)

A

Music as a ‘biocultural phenomenom’ - Investigating whether consonance perception is biologically determined or shaped by culture is likely to be misleading, as it conceives enculturation as a non-biologically constrained process.

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
21
Q

Patel (2021)

A

Suggests that rhythmic perception is important in species that partake in vocal learning (studies with the zebra finches rhythmic identification of isochronous beats).
Linked with evidence that deficits in rhythm processing are linked to a number of childhood language disorders, including dyslexia, developmental language disorder, and stuttering.

22
Q

Huron & Vuoskoski (2020)

A

The pleasurable compassion theory: idea that through music we get pleasure from the feeling of compassion to the musical source.

23
Q

Savage et. al (2020)

A

Music’s evolutionary purpose is to aid social bonding.

  • multiple individual relationships at once
  • complex & collective behaviour practice
  • feeling of part of a group
  • potential explanation of ‘groove’ (group activity synchronised lead to pleasure)

Problem = why didn’t we learn to do this without music (if it’s so important)?

24
Q

Mehr et. al (2020)

A

Music evolving as a credible signal: territorial advertisement and contact calls.
credible signalling = a signal that is had to fake and thus compelling evidence for a state of affairs (e.g. pyramids)
- could be a symbol of group strength (e.g. Haka)
- could be a signal of parental attention

25
Q

Ekmann, 1999

What 4 things does he propose

A

He believes we should focus on core emotions

  1. Distinctive universal signals – there function to communicate emotional state with conspecifics (should occur cross-culturally)
  2. Distinctive physiological signature – e.g., heart rate
  3. Have an automatic appraisal mechanism – emotion must be a spontaneous reaction to a situation
  4. Must have universal antecedent events – same events should elicit same emotions cross culturally
26
Q

304 recordings coded from pre-existing worldwide data set
Coded into 32 statistical universals (definition=occurs 50% of time) which can be grouped into 6 categories: pitch, rhythm, form, instrumentation, performance style and social context
- however, there are 18 which truly passed the criteria for universals

A

Savage et al. 2015

27
Q

Cross cultural study with a focus on song
Utilised Bayesian Principal Component Analysis
Returned that the 3 main behavioural context for songs =
1. Formality
2. Arousal
3. Religiosity
Key finding = there is more variation within a given culture than cross-culturallyfocus in song

A

Mehr et al. (2019)

28
Q

Circumplex model of emotions – arousal (high/low) against valence (positive/valence). Can be modelled on human biology.

A

Russel (1980)

29
Q

PAD model of emotions – pleasure, arousal dominance/submissive which accounts for fear vs anger etc. (unlike circumplex)

A

Mehrabian & Russell (1974)

30
Q

BRECVEMA model of inducing musical emotions

Brain Stem Reflex
Rhythmic Entrainment
Evaluative conditioning
Contagion
Visual Imagery
Episodic Memory
Musical Expectancy
Aesthetic Judgement
A

Juslin et al. (2013)

31
Q

Aesthetic emotions as a valid emotion – idea that art can evoke emotions not purely through pleasure/displeasure but being able to appreciate objects through aesthetic qualities e.g. beauty, novelty, expression, goal oriented etc.

A

Menninghaus et al. (2019)

32
Q

Geneva Musical Emotions Scale (GEMS)

Self-assesed, categorical way of viewing musical emotions. Hierarchical structure of levels.

A

Zetner et al. (2008)

33
Q

Musical expectancy is already experienced by young infants

A

Longhi (2008)

34
Q

Article demonstrating how unexpected events give rise to emotions - even when a piece has been heard multiple times

A

Koelsch (2015)

35
Q

A response to Pinker, that music has a psychological AND social function, therefore coming together to perform or experience music can induce an emotion (this comes from the social function rather than the music itself.

A

Ian Cross (2012)

36
Q

“Auditory roughness is an important component of perceived tension”

A

Bigand et al (1996)

37
Q

Research which shows the importance of tonotopic organisation in identification of fundamentals and sound identities. Used ‘transposed tones’ - temporal information of lower frequency sounds in areas of the cochlea tuned for higher frequencies - unable to identify fundamentals.

A

Oxenham et. al (2004)

38
Q

Research shows that many of our perceived consonances are not universal, studies with the Tsimane people. Showed aversion to roughness and minor 2nds however.

A

McDermott et. al (2016)

39
Q

Interference between partials holds true with different tone spectra analysis - when harmonics are stretched in a tone

A

Sethares (2005)

40
Q

Inverted U-model - enjoyment and exposure plotted on separate axis (repeated exposure leads to more enjoyment but either end less enjoyment)

A

Chmiel & Schubert (2017)

41
Q

Refuting of McDermott et. al (2016)
- criticises the lack of discussion of similarity of tonal organisation across musical cultures
most frequently used intervals across a range of musical cultures = the 8ve, perf 5th and perf 4th (important as humans have the capacity to distinguish hundreds of unique intervals)

A

Bowling et. al (2017)

42
Q

Six-month-old infants (e.g.) exhibit greater sensitivity to changes in tuning applied to sequences of consonant as compared to dissonant intervals as well as greater attention, more positive affect, and reduced motoric activity.

A

Schellenberg & Trehub (1996)

43
Q

Male songbirds with larger black ventral ties (signal of social status and reproductive potential) sing with smaller deviations from small-integer ratios intervals than those with smaller ties. Suggest that melodic singing is evolutionary important in songbirds.

A

Richner (2016)

44
Q

Presented the same stimuli to participants with congenital amusia, a neurogenetic disorder causing deficits in melody processing. These listeners showed no preference for consonant over dissonant chords, but performed the same as a control group in the rating of roughness. This evidence suggests that although roughness is unpleasant for many listeners, its absence is not the basis of consonance.

A

McDermott et. al (2012)

45
Q

Music as a ‘biocultural phenomenom’ - Investigating whether consonance perception is biologically determined or shaped by culture is likely to be misleading, as it conceives enculturation as a non-biologically constrained process.

A

Cross (2003)

46
Q

Suggests that rhythmic perception is important in species that partake in vocal learning (studies with the zebra finches rhythmic identification of isochronous beats).
Linked with evidence that deficits in rhythm processing are linked to a number of childhood language disorders, including dyslexia, developmental language disorder, and stuttering.

A

Patel (2021)

47
Q

The pleasurable compassion theory: idea that through music we get pleasure from the feeling of compassion to the musical source.

A

Huron & Vuoskoski (2020)

48
Q

Music’s evolutionary purpose is to aid social bonding.

  • multiple individual relationships at once
  • complex & collective behaviour practice
  • feeling of part of a group
  • potential explanation of ‘groove’ (group activity synchronised lead to pleasure)

Problem = why didn’t we learn to do this without music (if it’s so important)?

A

Savage et. al (2020)

49
Q

Music evolving as a credible signal: territorial advertisement and contact calls.
credible signalling = a signal that is had to fake and thus compelling evidence for a state of affairs (e.g. pyramids)
- could be a symbol of group strength (e.g. Haka)
- could be a signal of parental attention

A

Mehr et. al (2020)

50
Q

He believes we should focus on core emotions

  1. Distinctive universal signals – there function to communicate emotional state with conspecifics (should occur cross-culturally)
  2. Distinctive physiological signature – e.g., heart rate
  3. Have an automatic appraisal mechanism – emotion must be a spontaneous reaction to a situation
  4. Must have universal antecedent events – same events should elicit same emotions cross culturally
A

Ekmann, 1999