Wk 8 - Developmental Issues in Music Psychology Flashcards
(22 cards)
Lamont (2008)
experience sampling’ with 28 families with 3-4 year olds
38% of episodes involved music
30% of these involved other entertainment
Only one episode of music listening without any other activity
Only 19% where no music for 2 hours
Only 1 of 49 car journeys without music
15.6% of episodes involved making music (mostly singing)
Most music (over 82%) recorded
Most common style was ‘children’s music’
Half of these were TV or film
Most of these chosen by the children
Only two episodes of music chosen by fathers
music in the womb
foetus can hear 3 months before birth (Tan et al, 2009)
Wilkin (1995): response more to piano than choral or rock music
Zimmer et al (1982): stronger effects for mother’s preferred music
Hepper, 1991 Neighbours study
Neighbours theme tune produced effects in 2-4 day old neonates
Neonatal musical development
Infants assessed by ‘head turn’ towards sound source
Turn to rattle after 2-4 days
Accurate turns by 6 months
At 7 months can find objects in dark by sound (Stack et al, 1989)
At 3-6 months, can be taught to sing back specific pitches within 70% of quarter-tone (Kessen et al, 1979)
By 7 months, can recognise specific Mozart piano sonata after 2-week daily exposure (Saffran et al, 2000)
parent-child interaction
11-12 weeks: preference for human voice
14 weeks: preference for mother’s voice
Babbling at 6-8 months as “protomusical behaviour” (Clarke et al, 2010)
importance of ‘Motherese’
has musical qualities (pitch contour) and is preferred by infants
Heightened emotional response (EEG evidence)
Infant-directed singing also preferred
- slower, higher, expressive
- works better if actual child is present
Moog (1976) - physical responses to music
3-6 months: active preference for music, with ‘pleasure and astonishment’
Body sway and bouncing, but not rhythmic until 12 months
Then: head nods, knees, feet etc.
Co-ordinated with music by 18 months
song learning
Children able to pitch notes by 18 months
Some degree of rhythmic organisation at 2 years
what are ‘potpourri’ songs
mix and match of loads of different songs
Davidson et al (1981) taught song to 5 year olds
4 phases of acquisition:
Topological (outline, including most words)
Rhythmic surface (on drum)
Pitch contour
Key stability (in tune)
different types of Singing ability (Roberts, 1972; Jones 1977)
In tune
Transposers
Random
Droners
in tune
few pitch errors
tranposers
correct melody but at wrong pitch
random
correct contour but with pitch errors
droners
largely monotonous
what is the matthew effect
as rich get richer the poor get poorer
those with initial advantages improve
those without advantages struggle to improve
Welch (1986)
not categories but a continuum
children’s singing thought of as a developmental process
It is possible, with training, to move across the ‘types’
32% of 7-year-olds singing out of tune, but even ‘droners’ improved after training
Sloboda et al (1994)
having a spectrum of ability - common in the west
problems with ‘folk psychology’ of musical ability
Assumption that innate factors determine ability is challenged by:
- Cross-cultural differences (e.g., Nigerian study)
- Relative scarcity of early indicators of ability
- Poor evidence of heritability (Howe & Sloboda, 1991)
-Specific skills can be learned (like absolute pitch)
musical ability continued
Also, problems with musical education founded on false assumptions
Assessment is subjective and erratic
Manturszewska (1970): poor reliability of expert judgments
Students penalised on impressions
(e.g. not expressive enough)
Teachers’ beliefs such as: ‘you either have it or you don’t’
These feed into students’ own beliefs, and affect motivation
Howe & Sloboda (1991)
interviewed Chetham’s music students (10-17 yrs)
36% of parents ‘not interested in music’
Only 6% had parents who were music professionals
43% influenced by older siblings (often envious)
Most cited early pleasure of listening to classical music in family home
criticisms of Howe & Sloboda (1991) work
False nature-nurture dichotomy (Davies, 1994)
Broad trends in inheritance don’t explain every individual case
Howe and Sloboda’s (1991) data offer weak counter-evidence (Gagne, 1999)
Lack of parental musicality suggests that individual
differences more important
Also, some grandparents cited as musical (not investigated)
Barros et al (2017) ‘M factor’
large battery of measures evaluating ability
6-13 year olds in Brazil (N > 1000) tested on pitch, contour, scale, beat, dynamics and timbre
Includes many diverse forms of music, inc. atonal
Single factor solution the best ‘fit’ for the data
Subscales ‘unreliable’
Authors suggest this works like Spearman’s g in intelligence