In the tale of Snow White, the evil queen asks the magic mirror on the wall who is the fairest of them all? The magic mirror replies that she, the queen is the fairest in the land. As we know, the queen is somewhat obsessed with her own appearance and continues to ask the mirror the same question every single day at exactly the same time. The mirror, which we assume to be truthful and trustworthy, reflects back to the queen the answer that she wants to hear, again and again.
The queen’s habit becomes deeply reinforced through daily practise over a long period of time. She becomes dependent upon the praise and the flattery, delivered by the mirror and her brain’s reward system becomes increasingly contingent upon these messages, until out of the blue, the magic mirror breaks the pattern, and declares that Snow White has become the fairest in the land. Having lost what she perceived to be her source of power and status, the queen is devastated by the mirror’s apparent betrayal and drops into symptoms of severe withdrawal. Her sense of identity fragments like shattered glass.
She vows to deceive and poison Snow White who seemingly caused her so much unnecessary pain and suffering. This projection of personal suffering onto another person is directed by the ‘mirror’ within the queen’s nervous system. Our nervous system acts as a ‘mirror’ whenever we are engaging with our environment. It feeds information up to the brain, which responds according to the context, so that we might anticipate reward, relief, dread or fear.
For instance, whether through gestures, vocal sounds, words or simply facial expressions, our most rewarding or ‘fun’ experiences take place when we feel ourselves ‘in alignment’ with others: bouncing stories, ideas, jokes and memories in playful banter. In fact our brains even have an area dedicated to ‘mirror neurons’, which specialize in the type of behaviors that help us ‘fit in’ through social skills such as mimicry for example, allowing certain behaviours to spread within a group, even without our conscious awareness. Although these neurons may appear to be primarily social, they might also have played an important role in human survival in times of hardship.
Many years ago, as a child, I managed by chance to align two mirrors in my parents’ bedroom. I could see myself reflected into infinity in two directions simultaneously. At the age of six, this was such a surreal and powerful experience that I told no one about it and crept back into the room to see if it would happen again. Of course, the effect was still there and I felt I’d seen all the ‘secrets’ of the universe in a single wardrobe door. Experimenting with the angle of the mirrors was a risky business because I thought that the magical effect could be lost forever. It seemed that the alignment between the mirrors had to be very precise for the light to form an infinite pattern of images. Of course, I learned that the relationship between the mirrors was what mattered most, and that I even had the ‘power’ to manipulate the mirrors by bringing them in and out of alignment.
Peering into the reflections, I could see that each one was repeated, with each iteration considerably smaller than the one it preceded. The sequence continued until the reflections were so small that they were just little dots in the distance. When the relationships between the shapes were consistent - and I didn’t really appreciate the importance of proportions and ratios at the time - I could see that the gradient was (to my childish eye) an ‘even slope’. In other words, when the relationship between the reflections was absolute and predictable - always the same, it provided absolute clarity, perspective, harmony and truth.
So, how might this visual delight help us to understand phonemes, rhythm and language? To my mind, it is actually very simple. If the alignment between child and caregivers is not quite steady - for example imagine the wardrobe doors are not consistently reflecting each other, then the depth of that relationship, the consistent qualities of that relationship and the precision of the communication will not really be ‘anchored’ or stable or able to achieve that level of clarity, that a true and steady alignment can bring.
True alignment allows for all the smaller elements to line up and fit into the larger ones. Yes - as a design it is worthy of Louis Vuitton, who created a system of luggage that utilised space efficiently and eased the flow of baggage during transit. The dimensions of each piece differed in terms of shape and size, the entire set was designed to fit into the largest piece of all.
The grammatical structures of language and music share this same principle that underpinned the Louis Vuitton concept. In a language utterance, the tone, the pace and the shape of the sound waves carry a message at every level - from the smallest phoneme to the arc of the entire sentence.
The shapes of individual syllables are contained within the shapes of words. The shapes of words are contained within the shapes of phrases and sentences. Although these are constantly changing in real time - like a kaleidoscope of mirrors, the principle of hierarchy - that a single unit fits perfectly within another - remains robust.
In music, the shapes of riffs, licks, motifs, melodies and phrases are also highly varied, but the hierarchical principle remains a constant here too. The musical message is heard in the tone, the pace and the shape of the smallest and largest units of a musical phrase.
Just as Vuitton used design to create accurate dimensions at every level of his luggage set, the same degree of precision is also achieved at a subconscious level in spoken language and in music. A protruding syllable, the wrong emphasis or inflection can throw the meaning of an entire sentence out of alignment. A musical message is similarly diluted if a beat protrudes, is cut short or is lengthened, because the length and shape of an entire phrase is distorted.
Arguably, the precise dimensions in Vuitton’s groundbreaking designs reflect a preference for proportion and balance that also underpins all aspects of human communication. Our delight in the consummation of symmetry, grammar and rhyme is present in the rhythm of language and also in music. At a conceptual level, it is ratio that unifies the Vuitton designs with language and music, and it is ratio that anchors our human experience in interaction with one another and our environment.
This concept of ratio, as well as hierarchical relationships and the precision of rhythm in real time underpin the Rhythm for Reading programme. Think of this reading intervention as an opportunity to reorganise reading behaviour using a beautiful luggage set, designed for phonemes, syllables, words and phrases. It’s an organisational system that facilitates the development of reading fluency, and also reading with ease, enjoyment and understanding. And yes, we understand how ‘mirroring’ accelerates learning.
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Find out what happens when Rhythm and Phonics collide!
Discover the relationship between flow and rhythm in fluent early reading.
Dive deep into linguistic structures where rhythm and reading comprehension intersect.
Given everything that educational researchers have uncovered about reading and the attainment gap between socially advantaged and disadvantaged children, it is dismal that the ‘gap’ has widened, even though the teaching of reading has been delivered in a specific way, across the nation for the past fourteen years.
Historically, there was a concern that an emphasis on independence in the early years classroom (e.g. Whitebread et al., 1996); and a ‘loose framing’ of learning worked rather well for children from middle class backgrounds, but less well for disadvantaged children. Going back a little further, to Hart and Risley’s (1995) research on the ‘vocabulary gap’ we can see that fundamental inequalities in educational outcomes pointed to differences in exposure to language itself in the child’s home environment.
The link between the attainment gap in reading and Matthew effects (Stanovitch, 1986) in which the rich will get richer and the poor will get poorer, has been shown to play out not only throughout a child’s school career, but also in adult life as well. For decades, researchers from different nations have used ‘Matthew effects’ to explain the achievement gap in reading and eventually identified ‘school readiness’ as key (Duncan et al., 2007).
A more structured, tightly-framed and traditional form of pedagogy was proposed, but the allocation limited educational resources is always a matter of debate. Intergenerational cycles may influence these decisions, such as persisting patterns of aversion toward school. Within schools, some families have complex needs, such fundamental push and pull factors influence opinion on whether it is even feasible to reverse ‘Matthew effects’.
Viewing education through the lens of equality - every child should be offered the ‘same chance’ at learning. An equitable viewpoint would offer a more nuanced approach - every child should be given the opportunity to learn in the way that is most appropriate to them. Offering every child the ‘same chance’ is too blunt a tool, whereas the equitable approach is too individualised. The nature of learning is related to the nature of everything because the set point and state of a child’s nervous system is set by their environment, and it is this that has a direct impact on a child’s capacity to learn. By improving the early environment of the child, therefore, there was a good chance that ‘Matthew effects’ could be addressed.
Policies that have improved the early environment for disadvantaged children have provided security and safety, and enabled parents to move out of a fear-based state of pure survival. Initiatives such as ‘Sure Start’ supported the early life experiences of children through a range of services that were tailored to meet the needs of the most disadvantaged families. Single parent families in particular needed support not only to budget carefully, to make healthier choices for their children’s nutrition, but also to cope with depleted reserves of energy and low levels of emotional well-being. Since austerity measures were put in place, however, many ‘Sure start’ centres lost considerable amounts of funding or were closed. In addition to losing those resources, disadvantaged families were forced to choose between heating and eating. For families who chose to eat, the growth of black mould has impacted their children’s respiratory health, whereas families who chose to heat their homes have had hungry children and have relied on free school meals and food banks.
If addressing the basic needs of disadvantaged families through the ‘Sure Start’ scheme was a first step in reversing ‘Matthew effects’, the second step was a recommendation by the House of Commons Education Select Committee, that the government commissioned an enquiry into the teaching of reading. It was led by Sir Jim Rose, former Director of Inspection for Her Majesty’s Inspectorate. The report recommended that the ‘Simple View of Reading’, wherein reading was the product of ‘word recognition’ and ‘language comprehension’, as proposed by Gough and Tumner (1986), would serve as a model for reading development. An approach known as synthetic phonics became statutory, amid reservations from many influential educationalists, but this was deemed the most appropriate solution to the issue of the decade: the ‘long tail of educational underachievement’.
Gough and Tumner’s theoretical model, like most strong theories is remarkably simplistic and thus, robust. The ‘Simple View of Reading’ was proposed some ten years before the so-called ‘vocabulary gap’ had been identified by Hart and Risley (1995). Viewed through the lens of the ‘vocabulary gap’ it is not difficult to appreciate that socially advantaged children were more likely to find the vocabulary in books to be relevant and relatable. They were also more likely to have longer attention spans, constructed through years of experience ‘conversational turns’ in day-to-day life, and would be expected to sustain their attention from the beginning to the end of a story.
Perhaps most important of all, advantaged children were more likely to have had stories read to them in a nurturing environment and therefore would readily associate reading within an atmosphere of comfort and security. I would imagine that this feeling would predispose them to approach learning with ease and confidence.
Arguably then, children from advantaged backgrounds would experience school as an extension of home, as evidenced in Whitebread and colleagues’ chapter, “Our classroom is like a cosy little house,” (Whitebread et al., 1996) and that access to books and enrichment would be a strong part of the continuity between the two. Contrastingly, some children from disadvantaged backgrounds start school with only 30-40 words in their vocabulary according to an Ofsted Report, (2014). And according to child development experts, children would be expected to have fifty words in their vocabulary by their second birthday (Wise and Bradford, 1996).
If a child from a disadvantaged background was already struggling with a fragmented attention span and a style of language comprehension that had been forged in a stressful environment, then listening to stories, would prove challenging, (particularly if the child was also hungry). Imagine also, that this socially disadvantaged child must then cope with learning words that are deliberately nonsensical, such as ‘vol’, ‘teg’, ‘jat’ and ‘ind’ (Standards an testing Agency, 2014). This type of teaching has always been controversial, but in the context of social disadvantage it is arguably unethical and presents struggling children with an unnecessary educational hurdle, adding insult to injury to a child with an already strained nervous system.
Educational policy alienates all children, through the Year 1 Phonics Check, which tests children’s knowledge of phonemic-graphemic correspondence by including pseudo-words. Perhaps this amounts to nothing more than a playful ‘curved ball’ for some children, but by Year 1, teachers have already identified those at risk of failing the phonics check and have informed their parents to this effect.
Thus, ‘Matthew effects’ are verified, even at this early stage. One of the functions of baseline testing is to place the children on trajectories of predicted progression, and to hold schools accountable to realising those outcomes. An idealised view of an education system would include the aspiration that it mitigates social disadvantage. The current system however, does not appear to aspire in this way. Typically, it is the children in need of the most support who spend the most time out of the classroom, working with the least qualified members of the teaching team. The most qualified members of the team meanwhile stay in the classrooms, working with socially advantaged children.
The pandemic has widened the attainment gap. Children are still suffering and CAHMS is overstretched, with long waiting lists, with high levels of risk of self-harm placing children and adolescents in urgent need of professional help. At the same time, the culture of scrutiny, and accountability in schools has intensified, and now more than ever, there is an urgent need for balance in education.
Children are more likely to recover their equilibrium and confidence following the pandemic with regular access to opportunities to develop their self-expression. The mode of self-expression would of course vary from child to child and might include sport, martial arts, storytelling, pottery, art, music or dance. As a nation with a strong creative sector, we have ample resources to support children in this way. Time spent in nature, nurturing friendships, and in recreational play is also necessary for well-being, and will help children to gain a sense of safety in the wider context of social life.
Together, children with their capacity for play and self-expression can help each other to feel a renewed sense of safety and belonging through friendship, creativity and self-expression. Most importantly, when children feel safe, they begin to focus their attention. This enables generalised states of vigilance and anxiety to stabilise and move towards a more balanced state. When children realise that they are able to learn, their desire to learn grows.
The sense of relief that follows, relaxes their muscles around the shoulders, the voice and the neck. They perceive phonemes more clearly and begin to enjoy their learning journey. A structured, small group teaching environment is highly effective in this context and resets a child’s feeling of ease in their social environment. The Rhythm for Reading Programme has a strong track record in helping children to feel happy at school (in mainstream and special schools alike) as well as improving their early reading skills and phonological processing.
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Conversations and language development in early childhood
The Hart and Risley (1995) study showed perhaps surprisingly that infants initiate conversations with their parents more than the parents do. This may happen at the most inconvenient moments for the adults, but if parents are aware that their child needs to interact in order to develop language skills, that would set them up for life: they would probably pay closer attention to these subtle attempts to initiate interaction.
Conversations, rhythmic awareness and the attainment gap
Although the richness of vocabulary was hugely advantageous for children from better-off homes in the Hart and Risley study, researchers have discovered that the opportunities for conversational turns between parents and their children, for example when sharing a book, were even more beneficial than vocabulary development. Conversations have also been identified as a marker for maternal responsiveness, positive emotional exchange and social engagement (Paul & Gilkerson, 2017).
It’s anti-bullying week: How does fear affect learning?
Recently, I read that an act of aggression is a natural ‘active coping strategy’ and is rewarded by a dopamine hit. Conversely, a submissive, ’passive coping strategy’ results in stress-induced withdrawal and even generates a ‘shutdown’, an immediate energy-conserving behavioural response. The setting for these social experiments was a laboratory. The brains of mice and rats were dissected following each behavioural task. Slices of tissue were examined to determine the levels of reward and stress induced by each type of ‘social situation’ manipulated by the researchers.
How does this relate to anti-bullying week? Well, in terms of brain structure, neurochemistry and behavioural responses, mice and rats are considered to bear a close enough resemblance to humans to deem such work ethical, justifiable and relevant.
Child development in 2024: Learning versus hunger
In recent weeks, there has been coverage on the rapid rise of ‘baby banks’ (Chloë Hamilton, The Guardian Newspaper). These are like food banks, but specialise in providing free nappies, baby formula, clothes and equipment. We have 200 branches in the UK and just as the Christmas holidays were about to start, there was also a piece about headteachers reporting malnourishment among their pupils (Jessica Murray, The Guardian Newspaper).
Having delivered the Rhythm for Reading programme in schools that also function as community food banks, and having seen children faint from hunger while at school, I am in no doubt that nothing can be more important to a civilised and caring society than children’s physical well-being - hungry children cannot learn anything at all.
REFERENCES
Duncan et al. (2007) School readiness and later achievement, Developmental Psychology, 43 (6), 1428-1446.
Gough, P. and Tumner, W. (1986) Decoding, Reading and Reading Disability, Remedial and Special Education, 7, 6 -10
Hart, B. and Risley, T. (1995). Meaningful differences in the everyday experience of young American Children, Baltimore, M.D., Brookes.
Office for Standards in Education (2014) Are you Ready? Good Practice in School Readiness, London
Rose, J. (2006) Independent Review of the Teaching of Early Reading (The Rose Report). London Department for Education and Skills.
Standards and Testing Agency (2014) Phonics Screening Check: Children’s Materials. London: Standards and Testing Agency
Stanovich, K. (1986) Matthew effects in reading: Some consequences of individual differences in the acquisition of literacy, Reading Research Quarterly, 21, 360-407.
Whitebread, D. Et al., (1996) “Our classroom is like a little cosy house!” Organising the early years classroom to encourage independent learning, In D. Whitebread and P. Coltman, ‘Teaching and Learning in the Early Years, London and New York: Routledge.
Wise, D. and Bradford, H. (1996). “You’re supposed to tell me your name now!” Speaking and listening in the early years. In D. Whitebread and P. Coltman, ‘Teaching and Learning in the Early Years, London and New York: Routledge.
A good education, particularly in reading, sets the foundation for later success. The challenge for schools is to provide a broad and rich curriculum that is ambitious, inclusive and accessible to all children, including the most disadvantaged. As researchers gain a deeper understanding of the human nervous system, brain networks such as the central executive network and its functions, such as working memory, cognitive flexibility and control of inhibition, we as educators are able to embrace innovative approaches with greater confidence, and bridge gaps in children’s development that need to be addressed.
Following the COVID pandemic and the current ‘cost of living crisis’, over a quarter of children are not reaching a good level of development by the age of five. Delays for example, in spoken language skills are likely to affect the development of executive functions such as emotional self-regulation, inhibitory control and sustained attention. Subtle or profound impairments in early reading skills and executive functions may have a cascading impact on educational success, well-being and good health.
If young children start to learn to read with limited skills in executive function, they may struggle to allocate the cognitive resources necessary for processing text, with slower or more effortful decoding, which would impact the development of new vocabulary and place increased demand on cognitive resources, setting up a negative spiral.
According to the so-called ‘Matthew Effect’ (Stanovich, 1986) ‘the rich get richer and the poor poorer,’ the children who fall behind in reading, continue to fall behind as they go through school. This spiralling effect has been described as a reciprocal relationship between the efficiency of decoding and the development of executive functions (Stanovich, 2009). Indeed, longitudinal studies have linked warm and responsive parenting with good levels of development in:
The most obvious milestones of child development include learning to walk, run, jump and talk, but executive functions are relatively nuanced and reach maturity in early adulthood. They include the a child’s ability to regulate their emotions, sustain their attention, suppress their impulses and choose goal-directed rather than impulse-driven behaviour.
It is interesting to consider the relationship between executive functions and phonics because executive functions are generally regarded as ‘top down’ processes, whereas language is processed from the bottom up, primarily as a sensory experience, whether through speaking, reading or listening. However, in the context of decoding the words on the page, a child in the early stages of learning to read must tackle word reading as a code breaker would using various tools:
If we focus in on this problem-solving aspect of learning to read, we can see why ‘top down’ processes such as executive functions are so important. In this post, I’ll discuss the executive functions of working memory, cognitive flexibility and control of inhibition. However, the control of sustained attention, which is also considered an executive function, is a prerequisite for focused reading and learning (Diamond, 2013). If a child is hungry, tired or anxious, even in the most calm, orderly and consistent of learning environments, they are likely to struggle to focus their attention and their other executive functions: the development of learning and reading is therefore arrested for the most fundamental of reasons.
Given that executive functions develop throughout childhood and adolescence, it is not surprising that researchers have found a general correspondence between the development of decoding ability and executive functions. Therefore, as children develop into fluent readers, they rely less on the problem-solving aspect of decoding and on maintaining the letters and their corresponding sounds in working memory while they decipher each of the syllables in turn. However, decades of research have provided evidence of an association between working memory and decoding skills for children with fragile reading.
A key difference between fragile and fluent readers has been explained by the Dual Route Model of visual word recognition and reading aloud (Coltheart, et al. 2001). According to this model, during the development of early reading, decoding skills require both a phonological processing route (for the smallest sounds of language) and an orthographic route (for the visual recognition of the whole word). Children with fragile reading tend to spend more time and effort in the phonological route, whereas children with fluent reading are able to recognise whole words without an emphasis on effortful and slower phonological processing. This learning difference is likely to cascade into all areas of learning, leaving the fragile reader struggling with fatigue in the long term, unless their reading becomes fluent.
‘Task-switching’ is also known as ‘cognitive flexibility’. Imagine a bi-lingual child who speaks a different language depending on the context. Perhaps they speak English at school and a different language at home. This ‘top down’ switch from one language to another is an example of the type of shift that children learn to make in many areas of everyday life.
The Dual Route Model offers a way to understand the role of ‘task-switching’ in reading development. Reading experts (Cartwright et al., 2017) have argued that fluent readers have the ability to toggle between phonological and whole word processing, whereas novice readers do not and the researchers attribute this flexible dimension of reading fluency to ‘task switching’. As we have already seen, the need to apply this level of flexibility and ‘top down’ control would decrease as reading fluency develops (Guajardo and Cartwright, 2016).
Inhibitory control plays an important role in children’s learning behaviour. It is obvious that some children are very distractible and chatty in class. Those who cannot focus their attention and suppress internal impulses at will are more likely to struggle with hearing the smallest units of language (phonemic awareness). A longitudinal study that tracked the reading development of children from kindergarten (age five) to second grade (seven years of age) demonstrated an indirect relationship between inhibitory control and phonological awareness (Van de Sande et al, 2017). Another study (Ober et al., 2019) focused on adolescents and demonstrated associations between their decoding ability, inhibitory control and task-switching, which underscores the need to remediate struggling readers as soon as they are identified.
Although an association between executive unctions and reading comprehension has already been established, the relationship between executive functions and decoding skills requires a degree of clarification, partly because decoding skills and executive functions mature in tandem in typically developing children (Ober et al, 2020).
A meta-analysis was conducted by Ober and colleagues (2020). Across 65 studies, covering a wide range of languages there were 165 significant associations between decoding and executive function skills and the mean effect size was ‘moderate’ for both word reading and nonword reading. In a large sample, it is easier to achieve statistical significance, but far harder to achieve an effect size of this magnitude, which indicates the considerable strength of the relationship.
The meta-analysis showed that associations were significant and generated moderate effect sizes for the following executive functions:
Languages such as English, French, Chinese or Arabic have relatively deep orthographies, which means that the relationship between the sounds of words and the way that they are written is multi-layered. This is because of the way the language developed over thousands of years. Languages such as Spanish and Greek are mainly regular in the relationship between the sounds of language and their appearance on the page.
As a consequence, in English, words such as, ‘said’ or ‘water’ are taught by visual recognition as they cannot be learned by relying on entirely the smallest sounds of language (phonemes) to lead the child to the correct spelling.
In 1969 a team of researchers (Berdiansky and colleagues) looked at the 6,092 most common one and two syllable words extracted from the schoolbooks of children aged between six and nine. They found that there were 211 symbol-to-sound correspondences and of these, 166 could be described as rule-based, whereas 45 were exceptions to these rules. A rule was established if it occurred at least ten times in the 6092 words.
In the meta-analysis the various languages were organised into two groups:
The researchers looked at the extent to which age interacted with the effect sizes in the studies. Interestingly, the effect of age on these data depended on which executive function was studied, with age as a predictor of performance on ‘task-switching’. Here, the association between decoding and task-switching became smaller as the age of participants increased.
Drilling down into the data, the researchers found that the longitudinal studies (which tracked children’s performance on working memory, task-switching and inhibitory control and decoding over time), showed that the strength of the relationship between executive function skills and decoding was more reliable in early rather than late childhood.
With respect to different types of language, those with deep orthographies were more likely to demand a more frequent toggling pattern between the phonological and the orthographic processing routes during reading development, but the need to toggle would diminish with age once reading fluency has been established.
However, for weaker readers who do not develop reading fluency, a language with a deep orthography such as English provides an additional challenge in terms of ongoing effortful phonological processing and falls into a spiral of diminishing returns, as increased effort leads to cognitive fatigue and a sense of disempowerment.
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If this topic is of interest, keep reading!
Supporting children with a ‘fuzzy’ awareness of phonemes and other symptoms consistent with dyslexia
If we turn to auditory problems faced by people with dyslexia, there are two interesting things to consider. One is fuzzy phonemes. Phonemes are the smallest sounds of language. If we break the sound wave of a phoneme down into its beginning, middle and end, this can help us to think about the very first part of the sound. Among children with dyslexia, there is a lack of perceptual clarity at the front edge of a phoneme.
When phonics and rhythm collide part 1
A child with sensitivity to rhythm is attuned to the onsets of the smallest sounds of language. In terms of rhythmic precision, the front edge of the sound is also the point at which the rhythmic boundary occurs. Children with a well-developed sensitivity to rhythm are also attuned to phonemes and are less likely to conflate the sounds.
When phonics and rhythm collide part 2
Vowel sounds carry interesting information such as emotion, or tone of voice. They are longer (in milliseconds) and without defined edges. Now imagine focussing on the onset of those syllables. The consonants are shorter (in milliseconds), more sharply defined and more distinctive, leaving plenty of headspace for cognitive control. If consonants are prioritised, information flows easily and the message lands with clarity.
Phonemes and syllables: How to teach a child to segment and blend words, when nothing seems to work
There is no doubt that the foundation of a good education, with reading at its core, sets children up for later success. The importance of phonics is enshrined in education policy in England and lies at the heart of teaching children to become confident, fluent readers. However, young children are not naturally predisposed to hearing the smallest sounds of language (phonemes). Rather, they process speech as syllables strung together as meaningful phrases.
REFERENCES:
Berdiansky, B., Cronnell, B. And Koehler, J. (1969) Spelling-sound relations and primary form-class descriptions for speech comprehension vocabularies of 6-9 year olds. Technical Report No 15. Los Alamantos. CA. Southwet Regional Laboratory for Educational Research and Development
Cartwright, K.B., Marshall, T.R., Dandy, K. L. and Isaac, M. C. (2017) Cognitive flexibility deficits in children with specific reading comprehension difficulties, Contemporary Educational Psychology, 50, 33-44
Coltheart, M.,Rastle, K., Perry, C., Langdon, R. And Ziegler, J. (2001) DRC: A dual route cascaded model of visual word recognition and reading aloud, Psychological Review, vol.108, no.1, pp. 204-56
Diamond, A. (2013) Executive functions. Annual Review of psychology, 64, 135-168
Guarjardo, N.R. and Cartwright, K.B. (2016) The contribution of theory of mind, counterfactual reasoning and executive function to pre-readers’ language comprehension and later reading awareness and comprehension in elementary school. Journal of Experimental Child psychology, 144, 27-45.
Ober, T.M., Brooks, P.J., Plass, J.L. & Homer, B.D. (2019) Distinguishing direct and indirect effects of executive functions on reading comprehension in adolescents. Reading psychology, 40 (6), 551-581.
Ober, T.M., Brooks, P.J., Homer, B.D. and Rindskopf, D. (2020) Executive functions and decoding in children and adolescents: A meta-analytic investigation, Educational Psychology Review,
Perfetti, C. (1985) Reading ability, Oxford: Oxford University Press
Perfetti, C. (2007) Reading ability: Lexical quality to comprehension. Scientific Studies of Reading, 20 (4) 325-338
Stanovich, K.E. (1986) Matthew effects in reading: Some consequences of individual differences in the acquisition of literacy. Reading Research Quarterly, 21 (4), pp.360-407
Van de Sande, E., Segers, E., & Verhoeven, L., (2017) how executive control predicts early reading development. Written Language and Literacy, 20 (2), 170-193
I’m often asked whether the Rhythm for Reading Programme helps children ‘diagnosed’ with dyslexia. As I have not done a study - and by this I mean a randomised controlled trial - with children ‘labelled’ with this specific learning difficulty, I rely on anecdotal evidence to answer the question. Every time a child, identified with dyslexia asks me whether I can help them, I ask them to tell me if and when they notice a change in their reading. To date, the children diagnosed with dyslexia have told me that they have seen improvements in reading, writing and even spelling. Some have reported that they are better able to focus in class and some have also noticed an improvement in their ability to ‘understand the question’ in maths lessons. These anecdotal data are a positive indication that Rhythm for Reading does indeed help children with a diagnosis of dyslexia.
Dyslexia is a broad umbrella term that is often associated with other specific learning differences, such as (but not limited to) dyspraxia and ADHD and ADD. These so-called ‘co-morbidities’ make it difficult to study dyslexia at scale in a scientific way because there are so many differences among children labelled with this particular specific learning difficulty.
Having supported many children with specific learning difficulties in my role as special educational needs coordinator (SENCO) in two secondary schools and one junior school, it became obvious that every child I worked with had a specific learning difficulty that was unique to them. And yet, practitioners and teachers in these schools were able to support a wide range of learning differences, by using a particular set of ‘dyslexia friendly’ tools. This was made possible because all of these children had one issue in common - their limited working memory capacity.
Working memory capacity describes the extent to which a person can hold and manipulate information in mind. Saying the alphabet backwards is a simple example of a task involving working memory. Removing the ’t’ sound from the word ‘winter’ (to make the word ‘winner’) is another simple example of a task that involves maintaining and manipulating information in working memory. A person with dyslexia would find such a task tiring and also frustrating. Imagine how challenging it would be to hold only three words in working memory when faced with a task that involved ‘writing in sentences’. Children with a specific learning difficulty often find that as they start to make marks on the page, the words in their mind fade or fragment. For these children, every hour of every day spent in the classroom, presents a new mountain to climb. Their working memory capacity always lets them down, no matter how hard they try to focus their attention. As a child, I experienced this too, but all of these problems disappeared when I was about eleven years old and joined a children’s orchestra.
The diagnosis of dyslexia came in my early forties when I faced a sharp increase in stress in my personal life. Many people with dyslexia describe having ‘good days’ and ‘bad days’ and the effect of stress on working memory in particular would account for this. One morning, at 7.45 am, as I was about to begin teaching, to my astonishment I discovered that I could not read. The middle three letters of every word were superimposed and all I could see were smudges of ink on the page. Unable to read a single word, I assumed that this was a visual convergence problem and managed to squint out of the corner of my right eye for a few days until I was seen by an ophthalmologist. One week later, I was able to read again with the help of a conspicuous pair of dark green lenses.
A well-qualified psychologist conducted my dyslexia assessment one month later and declared in her report that I would struggle to complete secondary level education. This was nonsensical as I had a PhD and soon after that point had papers published in academic journals. A good psychological assessment on the other hand, can be a helpful guide. It can identify areas for particular focus and can empower an individual as they learn to manage their specific learning difficulty - otherwise what is the point? After four months, my eyes had returned to normal and I was able to read without the special spectacles, but I still have them tucked away in a drawer.
If we turn to auditory problems faced by people with dyslexia, there are two interesting things to consider. One is fuzzy phonemes. Phonemes are the smallest sounds of language. If we break the sound wave of a phoneme down into its beginning, middle and end, this can help us to think about the very first part of the sound. Among children with dyslexia, there is a lack of perceptual clarity at the front edge of a phoneme, which scientists refer to as the ‘rise-time’. This means that children with dyslexia are significantly slower to detect the differences between phonemes. This is why rhythm can provide what is needed. Improving rhythmic awareness involves shifting the child’s attention to the front edge of each musical sound of a rhythmic pattern, and as the children are chanting, there is increased emphasis at the front of the phonemes too.
Here are a few of the phonemes that children with dyslexia struggle to differentiate. Looking at this list, it is obvious that there is insufficient sensitivity to the timbral qualities of the sounds as well as the ‘rise time’.
The second thing to think about is a tendency to conflate the sounds of words and similar concepts. Conflation is a reasonable and even logical coping strategy. It is a smart way to ‘cut corners’ as an efficiency drive within the context of a limited working memory. Many children with dyslexia conflate the colours black and brown and name those colours interchangeably. I worked once with a child who had conflated green, black and brown and referred to all three at ‘grown’ (rhyming with brown).
Essentially, the label refers to a specific difficulty regarding the processing of words. It is described as ‘specific’, because it exists even though the individual has sufficient verbal and non-verbal intelligence to read and write and spell words and has been taught appropriately.
Attempts to classify types of dyslexia as ‘deep’, ‘superficial’, ‘phonological’ and so on are interesting, because all of these manifestations of dyslexia can be found in schools, but at the heart of this, children who have symptoms consistent with a diagnosis of dyslexia lack sufficient sensitivity to rhythm and phonemes. The idea that rhythm is a cure for dyslexia oversimplifies the complexity of this specific learning difficulty. The anecdotal evidence indicates that a rhythm-based intervention can support dyslexia, but I would add the caveat that it must be delivered in a supportive learning environment that also nurtures the child’s self-esteem. The child’s emotional safety must be established before sensitivity to rhythm and the smallest sounds of language can develop.
It is also important to adapt lessons to be more ‘dyslexia friendly’. For example, younger children can benefit from using holistic, multi-sensory approaches, such as the activities that underpin the structure of the Rhythm for Reading Programme. Here are some case studies to illustrate progress made by children, identified by their school as requiring additional support in reading.
Phonics and stimulation of the vagus nerve: How long and short vowel sounds differ
It is essential to identify any pupil who is falling behind the pace of the school’s phonics programme and to put effective support in place, but the quality of such support must withstand scrutiny. A certain amount of cognitive bias has been identified and found to disadvantage the lowest attaining children.
When phonics and rhythm collide part 1
A child with sensitivity to rhythm is attuned to the onsets of the smallest sounds of language. In terms of rhythmic precision, the front edge of the sound is also the point at which the rhythmic boundary occurs. Children with a well-developed sensitivity to rhythm are also attuned to phonemes and are less likely to conflate the sounds.
When phonics and rhythm collide part 2
Vowel sounds carry interesting information such as emotion, or tone of voice. They are longer (in milliseconds) and without defined edges. Now imagine focussing on the onset of those syllables. The consonants are shorter (in milliseconds), more sharply defined and more distinctive, leaving plenty of headspace for cognitive control. If consonants are prioritised, information flows easily and the message lands with clarity.
Phonemes and syllables: How to teach a child to segment and blend words, when nothing seems to work
There is no doubt that the foundation of a good education, with reading at its core, sets children up for later success. The importance of phonics is enshrined in education policy in England and lies at the heart of teaching children to become confident, fluent readers. However, young children are not naturally predisposed to hearing the smallest sounds of language (phonemes). Rather, they process speech as syllables strung together as meaningful phrases.
If curriculum lies at the heart of education, it is reading comprehension that enables the vibrant health and vitality of learning. If the curriculum is narrow, the heart of education is constricted, pressured and strained. Without the breadth and rigour of a curriculum that encourages expression and criticality, there may be too little in terms of intrinsic motivation to inspire effective reading comprehension.
Growth mindset, resilience and perseverance cannot compensate for a narrow and impoverished curriculum, nor can they motivate children to want to engage with learning. However, a rich and rewarding curriculum can encourage children’s natural curiosity, drive and self-sustaining motivation, which can bring focus, enjoyment and depth of engagement to reading comprehension.
If a child cannot read, they will not be able to access the curriculum and this has far-reaching consequences not only for the individual, but for all of us as well. A generation of motivated and enabled children who access and enjoy everything that their education has to offer without the limitations of fragile reading, will adapt and adjust with greater confidence to whatever the future holds.
Reading comprehension offers everyone enriched opportunities to develop their aspirations, talents and interests. Indeed, it is through reading comprehension that pupils become lifelong learners and gravitate towards the topics that most interest them. As a starting point, children must engage with different types of reading - fiction, non-fiction and poetry, and discover the many different styles of writing. Engaging with a wide range of reading material empowers children to take their first steps on their future path and to expand their vocabulary. Up to ninety per cent of this is encountered in books rather than day-to-day speech.
Some reading experts have said that a lack of requisite vocabulary or background knowledge can limit a child’s ability to access a text. This mismatch between the text and the child’s prior experiences does not happen in a vacuum and need not limit a child’s education. Lacking the vocabulary or the knowledge to access a passage of text, a child must be encouraged to fill in the gaps at school.
Outstanding schools that have a large proportion of pupils with English as an additional language (EAL), address this issue of a limited vocabulary by immersing the children in ‘enriched’ environments. Different topics that do not come up in day-to-day conversation such as space exploration, deep sea diving and mountaineering, are exciting for children and these schools use corridor spaces as places where children can sit in a ‘spaceship’ or a ‘submarine’ or a ‘safari jeep’ and listen to information about the topic, use word banks, hold relevant books and enjoy the illustrations.
Reading comprehension is not only an understanding of the text - this could be gained from the relatively static process of looking at illustrations or chapter headings. It is a more dynamic process that integrates information as the text is read. This happens when we hear spoken language: we follow along and reciprocate in real time. Reading comprehension is like a conversation, in the sense that it is a social invitation to extract meaning from what is written. If it does not engage the child socially, the text is unlikely to be understood.
When we are reading, the most important key to good comprehension in my view is the social connection with the words. Children make this connection at home before they start school, having been read to by parents or siblings or other caregivers since infancy. These adults will have built social cues such as tone of voice and rhythm into their child’s earliest experiences of books. These children also arrive at school with other social assets such as a strong vocabulary and a positive attitude towards reading.
Conversely, children with a more limited vocabulary may need to build their social connection with reading from scratch and they may also feel anxious about learning for any number of reasons. For them, the usual cues of social engagement such as tone of voice and rhythm are missing from the ‘marks on the page’. So a child with a limited vocabulary and little experience of being read to needs to discover for themselves that reading is primarily a social act before their reading comprehension can develop traction.
Young children learn through play. This involves a sense of heightened arousal as well as social engagement. Even a child playing on their own will be vocalising a narrative of some kind, involving specific sounds and patterns. Punctuation offers an opportunity to engage with a child’s instinct for social engagement and meaning-making through play. Exaggerated voices, list-building, sudden sounds, humour and suspense are invitations to play with words. In the Rhythm for Reading programme we occasionally use a word, purely for fun, at a rhythmically important moment in the music. One such word is, ‘Splash!’ This word marks the end of a very up-beat tune about dolphins and the children love to celebrate this final moment with pure joy. Their social engagement and their playfulness are central to the entire programme, so reading becomes an act of social meaning-making, regardless of the development of their vocabulary.
At the beginning of a child’s literacy adventures at school, conventions of using punctuation are taught in the context of meaning-making and involve the correct use of capital letters, full stops, question marks, commas, exclamation marks, two types of apostrophes and speech marks.
Then other punctuation marks are introduced, such as colons, semi-colons and brackets as a way to enhance meaning-making. Finally, the other conventions involving quotation marks, dashes and hyphens can be added as the child embarks on writing that involves more informality, unusual language, citations and compound words.
Moving beyond conventions and back to social engagement, it is important to consider the ‘state’ of the child. An anxious child with a limited vocabulary will be overloaded emotionally and grapple with word-by-word processing. Their working memory may not have sufficient resources to manage punctuation. A withdrawn child, on the other hand, may have insufficient motivation to engage with reading or writing. By addressing their ‘state’ through a rhythm-based approach, these social-emotional learning blocks can, and do, shift.
Punctuation is a shorthand that guides the reader to recognise familiar types of meaning-making. A series of commas tells the reader that they are going to make a meaningful list. A question mark and an exclamation mark invite the reader to ‘play’ with the concept of ‘an unknown’ or ‘novelty’ respectively. Both are motivational to the child’s instinct for social engagement - their natural curiosity. The full stop is an important rhythmic cue that defines grammatical structures that can stand alone. In a conversation, this could be an opportunity for facial expression or a nod of the head which acknowledges the social dimension of meaning making. In terms of reading aloud, the reader’s prosody - the rise and fall of their voice, shows that the information unit has completed a rhythmic cycle.
In a conversation, the rise and fall of the voice, as well as the dimensions of rhythmic flow create the socially engaged cues of meaning-making and also support reading fluency. These cues are exaggerated by parents when they talk to their young children. Defining utterances in this way creates a structural blueprint for language and social engagement that we as social beings use when we interact. Similarly, conventions of punctuation correspond to these same structures that infants learn in the first eight months of life, as they acquire their home language. For this reason, children intuitively understand punctuation marks when they read with fluency, provided they are socially receptive to and engaged by the content of they are reading.
Punctuation is the dynamic part of reading that organises individual words into grammatical chunks and ultimately, meaningful messages. It functions as a counterpart to grammatical awareness because punctuation as a symbolic system is processed ‘top down’ from the conscious to subconscious, whereas grammatical awareness, which was established in infancy is processed bottom-up, from subconscious to conscious. It’s important to recognise that conscious processing is relatively slow, whereas subconscious processing usually occurs at lightning speed. Children who struggle with reading, and have not integrated these different processing speeds, experience reading as a kind of rhythmic block, often referred to as a ‘bottleneck’. Although many academics have described this as a problem with processing print, in my experience this ‘bottleneck’ is more related to a child’s subconscious levels of social engagement as well as their ‘state’ in terms of their perceptions, attitudes, emotions and level of confidence.
The Rhythm for Reading programme addresses the so-called ‘bottleneck’. Changing a child’s ‘state’ involves ‘neuroplasticity’ or ‘rewiring’ unhelpful ‘habits of mind’ and it is possible to achieve this through regular, short-bursts of learning using high intensity, repetitive and rhythmical actions.
To find out more about how the Rhythm for Reading programme changes a child’s ‘state’, click here to read our Case Studies and click the red Sign Up button at the top of this page to receive weekly ‘Insights’ and news about our new online programme.
If you enjoyed this post about reading comprehension and punctuation, keep reading!
Rhythm, punctuation and meaning
The comma, according to Lynn Truss, clarifies the grammatical structure of a sentence and points to literary qualities such as rhythm, pitch, direction, tone and pace.
Stepping up: from phonemes to comprehension
The sentence as a whole and coherent unit is vibrant, elastic and flexible with its meaning perceived not through the synthesis of its many phonemes, but through its overall rhythm and structure.
Discover the heartbeat of reading
Just as a heartbeat is organic, supporting life in each part of the body from the smallest cells to the largest organs, rhythm in reading reaches systemically into every part of language. Like a heartbeat it spreads both upwards, supporting the structure of phrases and sentences and also downwards, energising and sharpening the edges of syllables and phonemes. Rhythm therefore brings the different grain sizes of language into alignment with each other.
There is no doubt that the foundation of a good education, with reading at its core, sets children up for later success. The importance of phonics is enshrined in education policy in England and lies at the heart of teaching children to become confident, fluent readers. However, young children are not naturally predisposed to hearing the smallest sounds of language (phonemes). Rather, they process speech as syllables strung together as meaningful phrases.
Phonemes are more difficult for some children to detect than syllables, and they particularly struggle with learning to read, as they are unable to detect the boundaries between individual words and syllables. Schools are expected to give all learners the knowledge and cultural capital they need to succeed in life and to pay special attention to the children who need to improve their reading (the lowest 20%).
Phonemic awareness and the ‘alphabetic principle’ need to be explicitly taught until they become automatic. And yet, unlocking stubborn barriers to phonemic awareness can take years, if relying upon conventional approaches. However, a simple solution - a segmenting and blending game, can support teacher effectiveness, thus enabling these children to access phonics teaching. And it can be used right from the start! This strategy may also protect them from falling behind their classmates. Read on to learn this playful approach and practise it with a FREE downloadable word list.
Segmenting is a skill that breaks sounds down, by drawing attention to them and allowing awareness of the smaller units of language to emerge. Words can be segmented into syllables, and syllables can be segmented into phonemes. Mastering this skill involves holding a word or a syllable in mind and then breaking it down into smaller sounds. Thus, a word such as ‘seashell’ can be initially segmented into two syllables, which are, ‘sea’ and ‘shell’.
Taking this to the next level in terms of detail, each syllable can be segmented into the smallest sounds of language, which are phonemes. There are two phonemes in ‘sea’, which are:
However, there are three phonemes in ‘shell’, and these are:
So, if we take the word, ‘seashell’ as a whole, we have segmented the word into five phonemes, which are: /s/ea/sh/e/ll/.
Some phonics methods use ‘onset and rime’ to develop the skill of segmenting. This approach is designed to sharpen children’s sensitivity towards the boundaries within syllables, whilst retaining a sense of the syllable as an individual sound unit.
When teachers use the ‘onset and rime’ method, they segment a syllable into only two parts:
Using onset and rime, ‘seashell’ would be taken syllable by syllable. Each syllable would be segmented into two parts.
Blending is the skill that involves building words up, either from syllables, or individual phonemes.
There is one simple difference. Segmenting involves breaking a word down into smaller units of sound, whereas blending is a reversal of the process.
The two approaches can be taught side by side. Both segmenting and blending skills are necessary for decoding longer words and shorter words. Let’s take a shorter word, ‘then’.
‘Then’ using a purely phonemic strategy would be segmented as /th/en/ and these sounds, if blended together make the word ‘then’.
Teachers need to guard against a visual strategy (in which the reader has visually decoded ‘the’ as a familiar word that they recognise mainly by its shape) as it wastes a lot of time.
‘Then’ using a partly visual strategy would be segmented as /the/n/ and these sounds, if blended together could make a nonword that would almost rhyme with ‘fern’.
Children need to recognise that /th/ on its own is a phoneme that can be blended with many other sounds.
In the onset and rime approach, /th/ can be blended as follows:
Let’s take a longer word such as ‘umbrella’- there are three syllables here and seven phonemes.
As this is a longer word, segmenting at the syllable level would be a more successful strategy. When a child segments at the phoneme level, each phoneme has equal emphasis. However, in the English language, longer words have unequal emphasis - with some syllables assigned a little more energy (in terms of intensity) vocal stress, and length (in terms of duration). IN the word ‘umbrella’, it is the second syllable that carries vocal stress.
Segmenting at the syllable level allows the child to hear more easily where the stress may fall in the word. The assignment of stress is very important for recognising a word and immediately understanding the meaning of the word in context. For example, the word ‘record’ carries the stress on the first syllable when it functions as a noun (first bullet point) and on the second syllable when it functions as a verb (second bullet point). The vowel /e/ is also subtly different.
Communicative approaches such as drawing attention to letters and sounds in early reading, combined with teaching effectiveness are strong predictors of pupils’ progress throughout school. And yet, for some children, a weak working memory means that manipulating sounds in real time is difficult because attention fades, before the child has:
And there may be a deeper resistance in the breaking down of words. A two syllable word, such as ‘sunshine’ represents a concept, vital for life, that is associated with similarly important one syllable words, such as ‘light’ and ‘sun’. For some children, who are more literal in their approach, segmenting a word may, for them, symbolise breaking down their experiential knowledge.
Although many children may enjoy pulling words apart and rebuilding them, there are some who may feel that a word cannot be segmented without being permanently ‘damaged’. For these children, the playfulness of segmenting and blending needs greater emphasis.
But fundamentally, this is not a trivial matter. If a child cannot read, they will not be able to access the curriculum and will be seriously disadvantaged. Phonemic awareness needs to be explicitly taught until it becomes automatic. So, here’s how to unlock blocked phonemic skills, that are vital for the development of blending and segmenting.Blending and Segmenting Game
This is a technique that has worked with mainstream children aged from five to seven years, as well as with older children in special schools, who are not progressing with phonics.
First start with blending:
Now segmenting
This ‘game’ helps children to:
Would you like to have a list of two syllable words to use while playing this game?
Click here to receive a pdf of the Blending and Segmenting Game and a Wordlist.
Continue reading about the fascinating world of phonological processing.
When rhythm and phonics collide - discover the confusable features of certain phonemes and why rhythm brings clarity to this issue.
When rhythm and phonics collide part 2 - explore rhythmic and prosodic differences between consonant and vowel sounds
Conversations, rhythmic awareness and the attainment gap - a rhythm-based perspective on the influential Hart & Risley study of the ‘word gap’ between affluent and disadvantaged families.
Rhythm and probability underpin implicit language learning - this is about information processing in the first eight months of an infant’s life.
In my last post I described a typical challenge facing a child with poor phonological awareness. Using a rapid colour naming test (CToPP2), it’s possible to identify that a weakness in processing the smallest sounds of language often occurs at the onset of a phoneme, in other words the onset of a syllable. Consonant blends and consonant digraphs are more affected, so, conflation between ‘thr’ and ‘fr’, or ‘cl’ and ‘gl’ is likely to happen and to impede the development of reading with ease and fluency.
The notion that sensitivity to both rhythm and the smallest sounds of language overlap in terms of data has been around for decades. A positive correlation between sensitivity to rhythm and phonemic sensitivity has been shown in many studies. It’s easy to understand that rhythm and phonological processing overlap if we consider that the start of a phoneme - the onset of a syllable is exactly where sensitivity to rhythm is measured - whether that’s the start of a musical sound or a spoken utterance.
Thinking for a moment about words that begin with a consonant, imagine focussing mostly on the vowel sound of each syllable, without being able to discern the shape of the initial phoneme with sufficient clarity. The sounds would merge together into a kind of ambient speech puddle.
Vowel sounds carry interesting information such as emotion, or tone of voice. They are longer (in milliseconds) and without defined edges. Now imagine focussing on the onset of those syllables. The consonants are shorter (in milliseconds), more sharply defined and more distinctive, leaving plenty of headspace for cognitive control. If consonants are prioritised, information flows easily and the message lands with clarity.
The Rhythm for Reading programme addresses these distinctions through group teaching that is fun and supports early reading in particular. Information processing is enhanced by sensitivity to rhythm because rhythm focusses attention onto the onset of the sound, which is where the details are sharpest. This kind of information processing remain effortless, easy and fluent.
If you’d like to know a little more about this, the details are summarised in a free infographic. Click here.
Have you ever taught a child with weak phonological awareness? The differences between sounds are poorly defined and individually sounds are swapped around. A lack of phonological discrimination could be explained by conflation. Conflation, according to the OED is the merging of two or more sets of information, texts, sets of ideas etc into one.
One of the most fascinating aspects of conflation is that it can happen at different levels of conscious awareness. So, for example teenagers learning facts about physics might conflate words such as conduction and convection. After all, these terms look similar on the page and are both types of energy transfer.
Younger children might conflate colours such as black and brown as both begin with the same phoneme and are dark colours. The rapid colour naming test in the Comprehensive Test of Phonological Processing reveals such conflation. For instance, a child I assessed once as part of a reading intervention conflated brown and green. Any brown or green square in the assessment was named ‘grouwn’ (it rhymed with brown). She had conflated the consonant blends of ‘br’ and ‘gr’ and invented a name for both colours.
In the early stages of reading, conflation can underpin confusion between consonant digraphs such as ‘ch’ and ‘sh’. Another typical conflation is ‘th’, and ‘ph’ (and ‘f’). In all of these examples, the sounds are similar and they differ only on their onset - the very beginning of the sound.
A child with sensitivity to rhythm is attuned to the onsets of the smallest sounds of language. In terms of rhythmic precision, the front edge of the sound is also the point at which the rhythmic boundary occurs. Children with a well-developed sensitivity to rhythm are also attuned to phonemes and are less likely to conflate the sounds. Logically, cultivating sensitivity to rhythm would help children to detect the onsets of phonemes at the early stages of reading. Stay tuned for Part 2 and a free infographic..