Musical literacy

Understanding of what the term, ‘musical literacy’, encompasses has developed over time as scholars invest time into research and debate. A brief timeline — as collated by Csikos & Dohany (2016)[5] — is as follows:

• “According to Volger (1973), the fundamental components of musical achievement are “tonal and rhythmic literacy (the ability to musically hear and feel what one reads and writes in notational forms)”.[6]
• “In Lee and Downie’s (2004) work, music literacy refers to a basic musical skill, namely reading music scores”.[7]
• Herbst, de Wet & Rijsdijk (2005) debate the “relative weight or importance of written (as opposed to oral or instrumental) music literacy [among music educators]”.[8]
• “According to Telfer (as cited in Bartel, 2006), the definition of music literacy has changed from reading the pitches and rhythms to reading the ‘meaning of music’”.[9]
• “In the field of music education, the [Hungarian National Core Curriculum] (2012) prescribed different components of music literacy such as history of music and music theory”.[10]
• “The New National Standards for Music Educators (Shuler, Norgaard & Blakeslee, 2014) used the term literacy in a very broad sense; besides including the traditional learning targets such as reading and writing musical notation, it also involved the development of so-called artistic literacy”.[11]
• For Csikos & Dohany (2016), “the term music literacy refers to culturally determined systems of knowledge in music and to musical abilities. The assessment of such a complex phenomenon requires diverse approaches in regard to what and how to assess (a) factual knowledge and musical abilities as defined by experts in the field, [and] (b) knowledge components determined by societal needs”.[12]

Scholars such as Waller (2010)[13] also delve further into distinguishing the relational benefit of different mechanical processes, stating that “reading and writing are necessary concurrent processes”.[14] The experience of learning how to “read to write and write to read”[15] allows students to become both a consumer and producer where “the music was given back to them to form their own musical ideas as full participants in their musical development”.[16]

The mechanical and factual elements of musical literacy can be taught in an educational environment with ‘music theory’ and ‘musicology’ in order to use these “certain bits of articulate information... [to] trigger or activate the right perceptual sets and interpretive frameworks”.[17] The descriptive nature of both teaching how to read and write standard Western notation (i.e. music theory),[18] and reading about the social, political, and historical contexts in which the music was written as well as the ways in which it was practiced/performed (i.e. musicology),[19] constitute the visual and reading/writing approaches to learning. While the “factual knowledge and ability components... are developed culturally within a given social context”,[20] signs and symbols on printed sheet music are also used for ‘symbolic interaction’[21] “which enable [the musician] to understand [broader musical] discourse”.[22] Asmus Jr. (2004)[23] proposes that “most educators would agree that... the ability to perform from musical notation is paramount”;[24] that the only way to become a “better music reader... is to read music”.[25]

Auditory learning is equally — if not more (as claimed by Herbst, de Wet & Rijsdijk, 2005[26]) — important, however, as “neither the ‘extramusical’ nor the ‘purely musical’ content of [any piece of] music can come across for a listener who brings nothing to it from [their] previous experience of related music and of the world”.[27] Listening is “through and through contextual: for the music to be heard or experienced... is for it to be related to — brought in some fashion into juxtaposition with — patterns, norms, phenomena, facts, lying outside the specific music itself”.[28] Auditory-oriented education teaches comprehensive listening and aural perception against the “backdrop of a host of norms associated with the style, genre, and period categories, and the individual compositional corpus”.[29] This frames “appropriate reactions and registerings on the order of tension and release, or expectation and fulfillment, or implication and realization during the course of the music[al piece]”.[30] It is in this department that conventional classroom education often fails the individual in their acquisition of complete musical literacy as not only have “researchers... pointed out that children coming to school do not have the foundational aural experiences with music to the extent that they have had with language”,[31] but the “exclusive concentration on reading [and thus lack of listening] has held back the progress of countless learners, while putting many others off completely”.[32] It is in this regard that musical literacy operates independently of music education as — while affecting the outcome of an individual's literacy — it is not defined by the quality of the education.

Furthermore, the kinesthetic aspect of music education plays a role in the achievement of musical literacy, as “human interaction is mediated by the use of symbols, by interpretation, [and] by ascertaining the meaning of one another’s actions”.[33]  “The different ways human emotions embody themselves in gesture and stance... sets of cultural associations carried by particular rhythms, motifs, timbres, and instruments... [and] aspects of a composer’s life, work, and setting”[34] form both the musician's understanding of a work's historical context, as well as any new meaning attached to it by its recontextualization in their contemporary musical settings and practices.

These aspects of musical literacy development coalesce into various educational practices that approach these types of visual, auditory, reading/writing, and kinesthetic learning in different ways. Unfortunately, “fluent music literacy is a rarely acquired ability in... Western culture”[35] as “many children are failed by the ways in which they are taught to read music”.[36] As such, many scholars debate over the best way to approach musical pedagogy.

For many scholars, the acquisition of aural skills prior to learning the conventions of print music — a ‘sound before symbol’[37] approach — serves as the “basis for making musical meaning”.[38] Much like pedagogical approaches in language development, Mills & McPherson (2015)[39] observe that “children should become competent with spoken verbal language [ie. aural skills] before they grapple with written verbal language [ie. visual/written notation skills]”.[40] For others, they find a ‘language- and speech-based’ approach more effective, but only “after the basic structure and vocabulary of the language has first been established”.[41] Gundmundsdottir[42] recommends that the “age of students should be considered when choosing a method for teaching”[43] given the changing receptiveness of a developing brain.

In-field research collated by Gudmundsdottir[44] on this topic notes that:

• “Methods using foot tapping to mark the beat and counting or clapping the rhythm can be highly effective with older children and teenagers (Boyle 1970; Salzberg and Wang 1989) while the same method proves ineffective and distractive with 3rd and 4th graders (Palmer 1976; Salzberg and Wang 1989)”;[45] and,
• “Methods using speech cues to identify and reproduce rhythmic patterns seem to be effective and appropriate for 3rd and 4th graders (Bebeau 1982; Palmer 1976; Shehan 1987) as well as for 6th graders (Shehan, 1987).”[46]

Moreover, Mills & McPherson[47] conclude that:

• “The general rule recommended by McPherson and Gabrielsson (2002) is for children to learn to read pieces they already know by ear, before pieces they do not know which require more sophisticated levels of processing.”[48]

Burton[49] found “play-based orientation... appeal[ed] to the natural way children learn[ed]”,[50] and that the process of learning how to read, write, and play/verbalise music paralleled the process of learning language.[51] Creating an outlet for the energy of children while using the conceptual framework of other school classes to develop their understanding of print music appears to enrich all areas of brain development.[52] As such, Koopman (1996)[53] is of the opinion that “[the] rich musical experience alone justifies the teaching of music at schools”.[54]

Stewart, Walsh & Frith (2004)[55] state that “music reading is an automatic process in trained musicians”[56] whereby the speed of information and psychomotor processing occurs at a high level (Kopiez, Weihs, Ligges & Lee, 2006).[57] The coding of visual information, motor responses, and visual-motor integration[58] make up several processes that occur both dependently and independently of one another; while “the ability to play by ear may have a moderate positive correlation to music reading abilities”,[59] studies also demonstrate that concepts of pitch and timing are perceived separately.[60]

The development of pitch recognition also varies within itself depending on the context of the music and what mechanical skills an instrument or setting may require. Gudmundsdottir[61] references Fine, Berry & Rosner[62] when she notes that “successful music reading on an instrument does not necessarily require internal representations of pitch as sight-singing does”[63] and proficiency in one area does not guarantee skill in the other. The ability to link the sound of a note with its printed notation counterpart is a cornerstone in highly developed musical readers [64] and allows them to ‘read ahead’ when ‘sight-reading’ a piece due to such aural recollections.[65] Less-developed readers — or, “button pushers”[66] — contrastingly overly-rely on the visual-mechanical processes of musical literacy [i.e., “going directly from the visual image to the fingering required [on the instrument]”,[67] rather than an inclusive auditory/cultural understanding (i.e. how to also listen to and interpret music in addition to the mechanical processes). While musically-literate and -illiterate individuals may be equally-able to identify singular notes, “the experts outperform the novices in their ability to identify a group of pitches as a particular chord or scale... and instantly translate that knowledge into a motor output”.[68]

Contrastingly, “rhythm production is [universally] difficult without auditory coding”[69] as all musicians “rely on internal mental representations of musical metre [and temporal events] as they perform”.[70] In the context of reading and writing music in the school classroom, Burton[71] saw that “[students] were making their own sense of rhythm in print”[72] and would self-correct when they realised that their aural perception of a rhythmic pattern did not match what they had transcribed on the manuscript.[73] Shehan (1987)[74] notes that successful strategies for teaching rhythm — much like pitch — benefit from the teachings of language literacy, as “written patterns... associated with aural labels in the form of speech cues... [tend] to be a successful strategy for teaching rhythm reading”.[75]

Scholars, Mills & McPherson,[76] identified stages of development in reading music notation and recommend correlating a pedagogical approach to a stage that is best-received by the neurological development/age of a student. For instance, encouraging young beginners to invent their own visual representations of pieces they know aurally provides them with the “metamusical awareness that will enhance their progress toward understanding why staff notation looks and works the way it does”.[77] Similarly, for children younger than six years old, translating prior aural knowledge of melodies into fingerings on an instrument (i.e. kinesthetic learning) sets the foundation for introducing visual notation later and maintains the ‘fun’ element of developing musical literacy.[78]

These stages of development in reading music notation are outlined by Mills & McPherson[79] as follows:

1. “Features: the markings on the page that form the basis of notation. These involve awareness of the features of the lines and curves of the musical symbols and notes, and knowledge that they are both systematic and meaningful.
2. Letters/musical notes and signs: Consistent interpretation of features allows the child to attend to and recognize basic symbol units such as individual notes, clef signs, time signatures, dynamic markings, sharps, flats, and so forth.
3. Syllables/intervals: Structural analysis of melodic patterns involves recognizing the systematic relationships between adjoining notes (e.g., intervals).
4. Words/groups: The transition from individual notes to groups of notes occurs via structural analysis of the component intervals, or by visual scanning of the whole musical idea (e.g., chord, scale run). This represents the first level of musical meaning; however, at this level, the meanings attached to individual clusters are decontextualized and isolated.
5. Word groups/motifs or note grouplets: Combinations of clusters form a motif or motif grouplet, a level of musical meaning equivalent to understanding individual phrases and clauses in text. These may vary in length according to their musical function.
6. Idea/musical phrase or figure: In music, an individual idea is expressed by combining motifs into a musical phrase.
7. Main idea/musical idea: The combination of musical phrases yields a musical idea, equivalent in text-processing terms to the construction of a main idea from a paragraph.
8. Themes/musical subject: Understanding of the musical subject involves imposing a sense of musicality onto the score such that the component musical phrase and subject are taken beyond technical proficiency to include variations of sound, mood, dynamics, and so forth in ways that allow for individualized interpretation of the score (Cantwell & Millard, 1994, pp. 47–9).”[80]

There are various schools of thought/pedagogy that translate these principles into practical teaching methods. The aim of many pedagogical approaches that also attempt to simultaneously address the “deficiency in research that considers the ability to read and write music with musical comprehension [ie. cultural-historical knowledge in the context of visual and auditory learning] as a developmental domain”.[81] One of these most well-known teaching frameworks is the ‘Kodaly Method’.

Braille music literacy

Methods such as Kodály's, however — which rely on sound to inform the visual element of conventional staff notation — fall short for learners who are unable to see. “No matter how brilliant the ear and how good the memory, literacy is essential for the blind student too”,[89] and unfortunately conventional staff notation fails to cater to visually-impaired needs.

To rectify this, enlarged print music or Braille music scores can be supplied to low vision, legally blind, and totally blind individuals so that they can replace the visual aspect of learning with a tactile one (i.e. enhanced kinesthetic learning). According to Conn,[90] in order for blind students to “fully develop their aural skills... fully participate in music... become an independent and lifelong learner... have a chance to completely analyse the music... make full use of [their] own interpretive ability... share [their] composition... [and] gain employment/career path”,[91] they must learn how to read and write Braille music.

Not unlike sighted education, teaching students how to read language in braille parallels the teaching of braille musical literacy. Toussaint & Tiger[92] cite Mangold[93] and Crawford & Elliott [94] on the “novel relation between the tactile stimulus (i.e., a braille symbol) and an auditory or vocal stimulus (i.e., the spoken letter name)”.[95] This mirrors Kodály's visual (i.e., conventional staff notation)-to-auditory (i.e., similarly, the spoken letter name) approach in music education.

Despite the pedagogical similarities, however, Braille music literacy is far lower than musical literacy in sighted individuals. In this sense, too, the comparative percentage of sighted versus blind individuals who are literate in language versus music, are on an equal trajectory — for instance, language literacy for sighted year five school students in Australia is at 93.9%[96] compared to a 6.55% rate of HSC students studying music,[97] while language literacy for blind individuals is at approximately 12%.[98] Ianuzzi[99] comments on these double standards when she asks, “How much music would students learn to play if their music teachers couldn't read the notes? Unfortunately, not very many teachers of blind children are fluent in reading and writing Braille themselves.”[100]

Although the core of musical literacy is arguably in relation to “extensive and repeated listening”,[101] “there is still a need for explicit theories of music reading that would organise knowledge and research about music reading into a system of assumptions, principles, and procedures”[102] that would benefit poor-to-zero vision individuals. It is via the fundamental elements of reading literacy and “the ability to understand the majority of... utterances in a given tradition”[103] that musical literacy can be achieved.[104]

Nonetheless, sighted or not, the various teaching methods and learning approaches required to achieve musical literacy evidence the spectrum of psychological, neurological, multi-sensory, and motor skills functioning within an individual when they come into contact with music. Many fMRI studies have correspondingly demonstrated the impact of music and advanced music literacy on brain development.

Both the processing of music and performance with musical instruments require the involvement of both hemispheres of the brain.[105] Structural differences (i.e. increased grey matter) are found in the brain regions of musical individuals which are both directly linked to musical skills learned during instrumental training (e.g. independent fine motor skills in both hands, auditory discrimination of pitch), and also indirectly linked with improvements in language and mathematical skills.[106]

Many studies demonstrate that “music can have constructive outcomes on our mindsets that may make learning simpler”.[107] For instance, young children exhibited a 46% increase in spatial IQ — essential for higher mind capacities involving complex arithmetic and science — after developing aspects of their musical literacy.[108] Such mathematical skills are enhanced in the brain due to the spatial training involved in learning music notation because “understanding rhythmic notation actually requires math-specific skills, such as pattern recognition and an understanding of proportion, ratio, fractions, and subdivision [of note values]”.[109]

Superior “dialect capacity, including vocabulary, expressiveness, and simplicity of correspondence”[110] can also be seen in musically-literate individuals. This is due to “both music and language processing requir[ing] the ability to segment streams of sound into small perceptual units”.[111] Research confirms the relationship between musical literacy and reading and reasoning,[112] as well as non-cognitive skills such as leisure and emotional development,[113] coordination and innovativeness, attention and focus, memory, creativity, self-confidence, and empathetic interpersonal relationships.[114] Due to these various factors and impacts, Williams (1987)[115] finds herself of the opinion that “[musical] literacy gives dignity as well as competence, and is of the utmost importace to self-image and success... [it gives the] great joy of learning... the thrill of participation, and the satisfaction of informed listening”.[116]

• Australian Institute of Health and Welfare (2017). "Children's Headline Indicators: Literacy".
• Ardila, A (2010). "Illiteracy: The Neuropsychology of Cognition Without Reading". Archives of Clinical Neuropsychology. 25 (8): 689–712. doi:10.1093/arclin/acq079. PMID 21075867.
• Asmus Jr., Edward P. (Spring 2004), "Music Teaching and Music Literacy", Journal of Music Teacher Education, SAGE Publications, 13 (2): 6–8, doi:10.1177/10570837040130020102, S2CID 143478361
• Barkóczi, I; Pléh, C (1977). Psychological examination of the Kodály method of musical education. Kecskemét, Hungary: Kodály Intézet.
• Bonis, F, ed. (1974). The Selected Writings of Zoltan Kodaly. London: Boosey and Hawkes.
• Blumer, H (1986). "Symbolic Interactionism: Perspective and Method". Englewood Cliffs, NJ: Prentice-Hall. {{cite journal}}: Cite journal requires |journal= (help)
• Burton, S. L. (2011). "Language Acquisition: A Lens on Music Learning". In Burton, S. L.; Taggart, C. C. (eds.). Learning from Young Children: Research in Early Childhood Music. Lanham, MD: Rowman & Littlefield Education. pp. 23–38.
• Burton, S. (2015), "Making music mine: the development of rhythmic literacy", Music Education Research, Taylor & Francis Online, 19 (2): 133–142, doi:10.1080/14613808.2015.1095720, S2CID 147486278
• Conn, J. (2001), "Braille Music Literacy", Annual Conference of the Australian Braille Authority, Brisbane, Australia, pp. 1–4 {{citation}}: Missing or empty |title= (help)CS1 maint: location missing publisher (link)
• Crawford, S; Elliott, R. T. (2007). "Analysis of phonemes, graphemes, onset-rimes, and words with braille-learning children". Journal of Visual Impairment & Blindness. 101 (9): 534–544. doi:10.1177/0145482X0710100903. S2CID 141528094.
• Csapó, B (2004). "Knowledge and competencies". In Letschert, J (ed.). The integrated person: How curriculum development relates to new competencies. Enschede, Overijssel, Netherlands: CIDREE. pp. 35–49.
• Csíkos, G.; Dohány (2016), "Connections between music literacy and music-related background variables: An empirical investigation" (PDF), Visions of Research in Music Education, 28, ISSN 1938-2065
• Dodson, T. A. (1983). "Developing music reading skills: Research implications". Update. 1 (4): 3–6.
• Fine, P; Berry, A; Rosner, B (2006). "The effect of pattern recognition and tonal predictability on sight-singing ability". Psychology of Music. 34 (4): 431–447. doi:10.1177/0305735606067152. S2CID 145198686.
• Gombrich, E. H. (1963). "Expression and Communication". Meditations on a Hobby Horse. New York: Phaidon.
• Goodman, N (1968). Languages of Art. Indianapolis: Bobbs-Merrill.
• Gordon, E. E. (2012). Learning Sequences in Music: Skill, Content, and Patterns. Chicago, IL: GIA.
• Gruhn, W (2002). "Phases and Stages in Early Music Learning: A Longitudinal Study on the Development of Young Children's Musical Potential". Music Education Research. 4 (1): 51–71. doi:10.1080/14613800220119778. S2CID 146293664.
• Gudmundsdottir, H. R. (2007). Error analysis of young piano students' music reading performances. Paper presented at the 8th conference of the Society for Music Perception and Cognition. Concordia University, Montreal.
• Gudmundsdottir, H. R. (2010), "Advances in music-reading research", Music Education Research, 12 (4): 331–338, doi:10.1080/14613808.2010.504809, S2CID 143530523
• Hallam, S (2010). "The power of music: Its impact on the intellectual, social and personal development of children and young people". International Journal of Music Education. 28 (3): 269–289. doi:10.1177/0255761410370658. S2CID 5662260.
• Herbst, A; de Wet, J; Rijsdijk, S (2005). "A survey of music education in the primary schools of South Africa's Cape Peninsula". Journal of Research in Music Education. 53 (3): 260–283. doi:10.1177/002242940505300307. S2CID 144468948.
• Hodges, D; Nolker, B (2011). "The Acquisition of Music Reading Skills". In Colwell, R; Webster, P (eds.). MENC Handbook of Research on Music Learning. New York: Oxford University Press. pp. 61–91.
• Hoegh-Guldberg, Hans (2012). "Music Education Statistics".
• Ianuzzi, J (1996). "Braille or Print: Why the debate?". Future Reflections. 15 (1).
• International Kodaly Society (2014). "Musical Literacy".
• Levinson, J. (1990), "Musical Literacy", The Journal of Aesthetic Education, Jstor, 24 (1): 17–30, doi:10.2307/3332852, JSTOR 3332852
• Luce, J. R. (1965). "Sight-reading and ear-playing abilities as related to instrumental music students". Journal of Research in Music Education. 13 (2): 101–109. doi:10.2307/3344447. JSTOR 3344447. S2CID 145343012.
• Mangold, S. S. (1978). "Tactile perception and braille letter recognition: Effects of developmental teaching". Journal of Visual Impairment and Blindness. 72 (7): 259–266. doi:10.1177/0145482X7807200703. S2CID 140333019.
• McPherson, G; Gabrielsson, A (2002). "From Sound to Sign". In Parncutt, R; McPherson, G (eds.). The Science and Psychology of Music Performance: Creative Strategies for Teaching and Learning. New York: Oxford University Press. pp. 99–116.
• McPherson, G. E. (1993). "Factors and abilities influencing the development of visual, aural, and creative performance skills in music and their educational implications (Doctoral dissertation)". Dissertation Abstracts International. 54/04-A, 1277 (University Microfilms No. 9317278) – via University of Sydney, Australia.
• McPherson, G. E. (1994b). "Improvisation: Past, present and future". In Lees, H (ed.). Musical connections: Tradition and change. Tampa, Florida, USA: Proceedings of the 21st World Conference of the International Society for Music Education. pp. 154–162.
• McPherson, G. E. (2005). "From child to musician: Skill development during the beginning stages of learning an instrument". Psychology of Music. 33 (1): 5–35. doi:10.1177/0305735605048012. S2CID 144543756.
• Meyer, L (1956). Emotion and Meaning in Music. Chicago: University of Chicago Press.
• Meyer, L (1967). Music, the Arts, and Ideas. Chicago: University of Chicago Press.
• Meyer, L (1973). Explaining Music. Chicago: University of Chicago.
• Mills, J; McPherson, G (2006). "Musical Literacy". In McPherson, G (ed.). The Child as Musician: A Handbook of Musical Development. New York: Oxford University Press. pp. 155–172.
• Mills, J.; McPherson, G. (2015), "Chapter 9. Musical Literacy: Reading traditional clef notation" (PDF), The child as musician: A handbook of musical development, Oxford Scholarship Online, pp. 1–16, ISBN 9780198530329
• Mishra, J (1998). Factors influencing sight-reading ability. Paper presented at the Music Educator‟s National Conference. Phoenix, Arizona.
• Pettit, P (1983). "The Possibility of Aesthetic Realism". In Schaper, E (ed.). Pleasure, Preference, and Value. New York: Cambridge University Press.
• Pinzino, M. E. (2007). Letters on Music Learning. Homewood, IL: Come Children Sing Institute.
• Reynolds, A. M.; Long, S; Valerio, W. H. (2007). "Language Acquisition and Music Acquisition: Possible Parallels". In Smithrim, K; Upitis, R (eds.). Listen to Their Voices: Research and Practice in Early Childhood Music. Toronto: Canadian Music Educators Association. pp. 211–227.
• Sagoff, M (1978). "Historical Authenticity". Erkenntnis. 12. doi:10.1007/bf00209917. S2CID 189887849.
• Sarker, J; Biswas, U (2015). "The role of music and the brain development of children" (PDF). The Pharma Innovation Journal. 4 (8): 107–111. ISSN 2277-7695.
• Schlaug, G; Norton, A; Overy, K; Winner, E (2005). "Effects of Music Training on the Child's Brain and Cognitive Development" (PDF). Annals of the New York Academy of Sciences. 1060 (1): 219–229. Bibcode:2005NYASA1060..219S. doi:10.1196/annals.1360.015. PMID 16597769. S2CID 7320751.
• Schleuter, S (1997). A sound approach to teaching instrumentalists (2nd ed.). New York: Schirmer Books.
• Schön, D; Besson, M (2002). "Processing pitch and duration in music reading: a RTERP study". Neuropsychologia. 40 (7): 868–878. doi:10.1016/S0028-3932(01)00170-1. PMID 11900738. S2CID 18515997.
• Toussaint, K. A.; Tiger, J. H. (2010). "Teaching early braille literacy skills within a stimulus equivalence paradigm to children with degenerative visual impairments". Journal of Applied Behavior Analysis. 43 (2): 181–194. doi:10.1901/jaba.2010.43-181. PMC 2884344. PMID 21119894.
• Waller, D (2010). "Language Literacy and Music Literacy". Philosophy of Music Education Review. 18 (1): 26–44. doi:10.2979/pme.2010.18.1.26. S2CID 144062517.
• Walton, K (1970). "Categories of Art". Philosophical Review. 79 (3): 334–367. doi:10.2307/2183933. JSTOR 2183933.
• Waters, A. J.; Townsend, E; Underwood, G (1998). "Expertise in musical sight reading: A study of pianists". British Journal of Psychology. 89: 477–488. doi:10.1111/j.2044-8295.1998.tb02676.x.
• Wollheim, R (1980). Art and Its Objects. New York: Cambridge University Press.