You are viewing a free preview of this lesson.
Subscribe to unlock all 10 lessons in this course and every other course on LearningBro.
Literacy development — the acquisition of reading and writing — is a major strand of the AQA Children's Language Development (0–11 years) topic, and Section B data may be spoken, written or multimodal, so a reading transcript (a child reading aloud, with the caregiver supporting) is fair game. The decisive conceptual point is that reading is fundamentally unlike spoken language acquisition. Speech is a biological capacity that emerges given ordinary exposure; reading is a cultural technology, roughly 5,000 years old, with no dedicated evolved mechanism, and it must be explicitly taught. This is why reading instruction is contested in a way that learning to talk is not, and why theories of reading double as arguments about pedagogy. This lesson examines the phases and stages of reading development (Frith, Chall), competing models of the reading process (bottom-up, top-down, interactive, the Simple View), and the phonics debate — and shows how to bring them to bear on data.
| Feature | Spoken Language | Reading |
|---|---|---|
| Acquisition | Emerges naturally through immersion and interaction | Requires explicit instruction and sustained practice |
| Evolutionary basis | Humans are biologically adapted to speak | Writing is a cultural invention; no evolved reading "organ" |
| Universality | Every human society has spoken language | Many societies have lacked writing; illiteracy remains widespread |
| Age of onset | First words around 12 months | Decoding typically begins around 4–6 years |
| Modality | Auditory; processed through the ear | Visual; processed through the eye, then mapped to sound and meaning |
Key Definition: Literacy — the ability to read and write. Because reading must be taught rather than acquired through mere exposure, it depends on learning to map written symbols (graphemes) onto sounds (phonemes) and meanings, and is heavily shaped by instruction, home literacy environment and motivation.
Two further preliminaries matter for analysis. First, reading rests on phonological awareness — the ability to hear and manipulate the sound structure of spoken words (rhyme, syllables, and crucially individual phonemes). A child who cannot segment "cat" into /k/ /a/ /t/ will struggle to grasp how letters map to sounds, which is why nursery rhymes and rhyming play are valuable precursors. Second, English has a deep (opaque) orthography: the mapping between letters and sounds is irregular ("through", "though", "tough", "cough", "bough", "thorough" all spell -ough differently), which makes pure decoding harder than in "shallow" languages such as Finnish and which fuels the teaching debate.
Uta Frith (1985) proposed a highly influential three-phase model of how children's word recognition develops. Frith's phases describe a change in the strategy the child uses, and she argued the strategies are acquired in a fixed order, each one being applied first to reading or to spelling before generalising.
| Phase | Strategy | What the child does | Typical age (approx.) |
|---|---|---|---|
| Logographic | Whole-word visual recognition | Recognises familiar words as visual wholes — by shape, colour, logo or salient letter — without sounding them out; cannot read unfamiliar words | ~3–5 years |
| Alphabetic | Grapheme–phoneme decoding | Learns systematic letter–sound correspondences and sounds words out, letter by letter, then blends; can now tackle novel and nonsense words | ~5–7 years |
| Orthographic | Larger-unit, automatic recognition | Recognises letter strings, morphemes and whole words instantly and automatically, without phonological mediation; reading becomes fast and fluent | ~7+ years |
Key Definition: Frith's phases (1985) — logographic → alphabetic → orthographic. In the logographic phase the child recognises whole words by visual features (e.g. the McDonald's logo) but cannot decode; in the alphabetic phase they decode systematically via grapheme–phoneme correspondence, unlocking unfamiliar words; in the orthographic phase recognition becomes automatic and word-based, supporting fluent reading.
Frith's model is analytically powerful because it lets you diagnose strategy from behaviour. A child who reads "McDonald's" from the golden arches but cannot read it in plain type is logographic. A child who laboriously sounds out /k/-/a/-/t/ and can decode the nonsense word "vap" is alphabetic. A child who reads connected text quickly and stumbles only on rare words is orthographic. A closely related and frequently cited model is Ehri's phase theory (pre-alphabetic → partial alphabetic → full alphabetic → consolidated alphabetic), which refines the same broad trajectory by emphasising how children move from partial letter cues to full grapheme–phoneme connections to consolidated multi-letter chunks.
Where Frith focuses on word-level strategy, Jeanne Chall (1983) describes the broader educational arc across the school years in six stages:
| Stage | Name | Age (approx.) | Key features |
|---|---|---|---|
| 0 | Pre-reading / pseudo-reading | 0–6 years | "Pretends" to read; recognises logos and environmental print; knows print carries meaning; may name some letters |
| 1 | Initial reading / decoding | 6–7 years | Learns grapheme–phoneme correspondences; decodes simple regular words; reading is slow and effortful |
| 2 | Confirmation and fluency | 7–8 years | Reading speeds up and becomes more automatic on familiar material; decoding consolidates |
| 3 | Reading to learn | 9–14 years | The purpose shifts from "learning to read" to "reading to learn"; reading becomes a tool for acquiring knowledge |
| 4 | Multiple viewpoints | 14–18 years | Handles texts presenting differing perspectives; critical and evaluative reading develops |
| 5 | Construction and reconstruction | 18+ years | Synthesises across sources; reads selectively for personal and professional purposes; expert comprehension |
Key Definition: Chall's stages (1983) — a six-stage model from pre-reading (Stage 0) to expert reading (Stage 5). Its most quoted idea is the pivot at Stage 3 from learning to read to reading to learn, which has major implications: children who have not secured decoding by this point find that reading-to-learn demands overwhelm them, widening attainment gaps.
The two models complement each other: Frith's logographic/alphabetic/orthographic roughly underpins Chall's Stages 0–2, after which Chall's later stages describe what fluent decoders then do with reading.
Kenneth Goodman (1967) argued that reading is not precise letter-by-letter decoding but a "psycholinguistic guessing game" in which the reader actively constructs meaning:
Key Definition: Psycholinguistic guessing game (Goodman, 1967) — a top-down model in which reading is driven by prediction and meaning. The reader is an active meaning-maker who samples just enough visual detail to confirm or revise hypotheses. The model underpins "whole language" approaches but is criticised because skilled readers, eye-movement research shows, actually fixate almost every word, undermining the claim that fluent reading is mainly guessing.
Beginning and skilled readers draw on several cue systems, and the balance between them changes with development:
| Cue type | Description | Example |
|---|---|---|
| Graphophonic | Letter–sound knowledge used to decode | Sounding out c-a-t to read "cat" |
| Semantic | Meaning used to predict or check | "The dog chased the ___" invites a noun for something chaseable |
| Syntactic | Grammatical knowledge used to predict word class | "The big ___" must be a noun, not a verb |
| Contextual / pragmatic | Wider context — illustrations, genre, layout | Using a beach picture to help read "sandcastle" |
A key developmental generalisation: beginning readers lean heavily on graphophonic cues (and, in Frith's logographic phase, on crude visual/contextual cues), whereas skilled readers integrate all four flexibly and automatically, leaning more on semantic and syntactic prediction precisely because their decoding has become effortless. A common immature pattern is over-reliance on context: a child who reads "pony" as "horse" from the accompanying picture is using contextual cues to bypass decoding the printed word.
The reading-process debate is usefully framed as a contrast between processing directions.
Bottom-up models (e.g. Gough, 1972) hold that reading flows from the smallest units upward:
Top-down models (e.g. Goodman, 1967; Frank Smith, 1971) hold that reading flows from meaning downward:
Most contemporary researchers favour interactive accounts (e.g. Rumelhart, 1977; Stanovich, 1980), in which both directions operate at once. Stanovich's interactive-compensatory model adds an important twist: readers compensate, leaning more on whichever source of information is more reliable for them. A child with weak decoding leans harder on context to compensate; a fluent decoder barely needs context for word recognition and uses it instead for higher-level comprehension.
| Model | Direction | Key theorist(s) | Core claim |
|---|---|---|---|
| Bottom-up | Letters → sounds → words → meaning | Gough (1972) | Reading is fundamentally decoding |
| Top-down | Meaning → prediction → sampling | Goodman (1967), Smith (1971) | Reading is prediction-driven meaning-making |
| Interactive | Both simultaneously | Rumelhart (1977), Stanovich (1980) | Readers integrate and compensate across sources |
Gough and Tunmer (1986) proposed the Simple View of Reading, which captures reading comprehension as the product of two separable components — written in their notation as Reading Comprehension = Decoding × Language Comprehension:
| Component | Description |
|---|---|
| Decoding (word recognition) | Recognising and pronouncing written words via grapheme–phoneme correspondence |
| Language comprehension | Understanding spoken language — vocabulary, grammar, inference, world knowledge |
Because the relationship is multiplicative, either component scoring zero makes comprehension zero. This yields four diagnostic profiles that are very useful for analysing reading difficulty:
Key Definition: The Simple View of Reading (Gough and Tunmer, 1986) — reading comprehension is the product of decoding and language comprehension; both are necessary, and the two can dissociate, so reading difficulties must be diagnosed by identifying which component is weak.
The most enduring controversy in literacy education concerns how best to teach reading. It maps directly onto the bottom-up/top-down distinction.
c-a-t → "cat"; in analytic phonics they instead analyse known whole words into shared parts.Most educators now advocate a balanced approach: systematic synthetic phonics as the backbone for word reading, plus rich reading aloud, shared and guided reading, vocabulary work and comprehension strategies — recognising the Simple View's point that decoding alone does not deliver comprehension.
| Approach | Strengths | Weaknesses |
|---|---|---|
| Phonics | A generalisable strategy for novel words; strong evidence base | Can be dry; struggles with irregular words ("yacht", "one"); decoding ≠ understanding |
| Whole word / whole language | Builds early fluency on high-frequency words; foregrounds meaning and motivation | No strategy for unknown words; over-reliant on memory and context |
| Balanced | Combines decoding security with comprehension and engagement | Demanding to implement well; risks incoherence if poorly sequenced |
Goodman (1969) developed miscue analysis as a diagnostic technique. A miscue is any departure from the printed text during oral reading; the type of miscue reveals which cue systems the child is using.
| Miscue type | What it suggests |
|---|---|
| Meaning-preserving substitution (e.g. "home" for "house") | The child is using semantic and syntactic cues — reading for meaning |
| Non-meaning substitution (e.g. "horse" for "house") | Heavy reliance on graphophonic cues or on visual shape, without checking sense |
| Omission of a word | May indicate reading for meaning and skipping the seemingly redundant |
| Insertion of a word | May indicate context-driven prediction, adding words to preserve sense |
| Self-correction | A positive sign — the child is monitoring comprehension and cross-checking cues |
The interpretive principle is that not all errors are equal: a meaning-preserving miscue followed by self-correction shows a sophisticated, meaning-monitoring reader, whereas a stream of graphically close but nonsensical substitutions shows a reader decoding without comprehending — exactly the "good decoding, poor comprehension" profile the Simple View predicts.
Before any letter is taught, the strongest single predictor of how readily a child will learn to read is their phonological awareness — the conscious ability to hear and manipulate the sound structure of spoken language, independently of meaning. It develops along a rough continuum from larger to smaller units:
Subscribe to continue reading
Get full access to this lesson and all 10 lessons in this course.