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. 2018 Nov 14;9:2203. doi: 10.3389/fpsyg.2018.02203

Table 3.

Musical skill: tonal and rhythmic skills.

Author/Year N Agea (years) Skill(s) Task(s)/Tool(s) Finding(s)
Lense and Dykens, 2016 (2 studies) (WS) 74 (TD) 52 (WS) 26.4 ± 9.6 (TD) 24.3 ± 9.4 Beat perception Meter perception Beat Alignment Test (BAT)b: determine if a metronome matched the beat of a musical passage; Montreal Battery of Evaluation of Amusia-meter subtest (MBEA-m)c: determine if a melody was in duple or triple meter WS < TD CA on both beat and meter perception; High degree of individual variability in both groups
(WS) 50 (WS-BATb) 26.2 ± 8.4 (WS-MBEAc) 26.8 ± 8.3 Beat perception Meter perception Compared measures of beat and meter perception to measures of cognitive and adaptive function (Vineland-II) Beat perception significantly associated with communication and socialization Meter perception significantly associated with socialization
Martínez-Castilla et al., 2016 (WS) 20 (TD) 54 (WS) 6–17 (TD) 4–17 Pitch discrimination Chord discrimination Dissonance perception Tonal closure Compared performance pitch related skills to CA and standardized measures of cognitive development WS showed atypical development of pitch-related skills
Martínez-Castilla and Sotillo, 2014 (WS) 14 (TD) 26 (WS) 8–17 (TD) 8–17 Pitch discrimination Compared pitch processing in both music and prosody discrimination WS < TD CA on pitch and prosody discrimination; Pitch discrimination in music predicted pitch discrimination in prosody
Martínez-Castilla et al., 2011 (WS) 20 (TD) 30 (WS) 20.10 (5.87) Range: 12–32 (TD) 20.03 (6.20) Rhythm discrimination Rhythm production Same/different discrimination task Echo clapping task WS < TD CA on rhythm discrimination and production; Rhythm skills were affected by IQ
Martens et al., 2010 (WS) 25 (TD) 25 (WS) 8–41 (TD) 8–41 Various tonal and rhythm skills in discrimination and production Specimen Aural Test (SAT)d Bentley Measures of Musical Abilitiese WS < TD CA on tonal and rhythmic perceptual and production tasks; WS = TD clapping in time to beat of musical passage
Martínez-Castilla and Sotillo, 2008 (2 studies) (WS) 7 (TD) 7 (WS) 10–30 (TD) 10–30 Singing Singing a familiar song, measured using both acoustical analysis and perceptual judgments by musicians/non-musicians WS < TD CA singing skill; Those with musical training performed better;
(WS) 15 (TD) 15 (WS) 17–32 (TD) 17–32 Pitch matching Singing Pitch matching task; Singing a familiar song, measured using both acoustical analysis and perceptual judgments by musicians/non-musicians WS may benefit less from musical training than D
Hopyan et al., 2001 (WS) 14 (TD) 14 (WS) 12 (3) (TD) 12 (3) Pitch discrimination Rhythm discrimination Melodic imagery Phrasing perception Primary Measures of Music Audiation (PMMA)f; Musical Aptitude Profile (MAP)g WS < TD CA on pitch and rhythm discrimination; WS = TD CA on perception of musical expressiveness
Don et al., 1999 (WS) 19 (TD) 19 (WS) 8–13 (TD) 5–12 Pitch discrimination Rhythm discrimination Primary Measures of Music Audiation (PMMA)f WS = TD MA on pitch discrimination WS < TD MA on rhythm discrimination; Music and language skills moderately correlated
Levitin and Bellugi, 1998 (WS) 8 (TD) 8 (WS) 9–20 (TD) 5–7 Rhythm production Echo clapping task WS = TD MA

CA, Chronological Age; MA, Mental Age; TD, Typically Developing Control; WS, Williams Syndrome.

a

Age in years, expressed in one of the following formats based on information available: (a) range in years, (b) mean (standard deviation), or (c) mean ± years.

b

BAT, Beat Alignment Test (Iversen and Patel, 2008).

c

MBEA-m, Montreal Battery of Evaluation of Amusia-meter subtest (Peretz et al., 2003).

d

SAT, Specimen Aural Test (Nickson and Black, 1962).

e

Bentley, Bentley Measures of Musical Abilities (Bentley, 1985).

f

PMMA, Primary Measures of Music Audiation (Gordon, 1986).

g

MAP, Musical Aptitude Profile (Gordon, 1995).