top of page
duz_bin.jpg

If a child writes DUZ for does, or BIN for been, do the adults supporting them know what that means and what to do about it?
 

Why would some teachers say the answer centres on teaching children about morphology?

does_edited.jpg

Dyslexic children with poor phonemic awareness, difficulties with phonological working memory and weak orthographic memories are set up for failure if their teachers cannot show them how the phonemes in words correspond to the graphemes.
 

This is why word mapping technology matters.


Take the word does, for example. MyWordz® uses the Ortho-GraphiX® algorithm to show that the word is mapped as:

‹d› /d/
‹o› /ʌ/
‹es› /z/


The technology identifies the graphemes and shows their corresponding phonemes. It makes visible that ‹es› is one grapheme representing /z/, rather than two separate graphemes.

And yet 'toes' is mapped as 
‹t› /t/
<oe› /əʊ/
‹s› /z/


This matters because many teachers may not feel confident demonstrating these correspondences at the point of need, particularly when words contain correspondences that haven't been explicitly taught in their phonics programme.


I wonder whether this helps explain why some teachers place so much emphasis on morphology. Could a lack of word mapping knowledge or confidence be one reason some turn to morphological explanations rather than working out and showing the phoneme–grapheme correspondences?


Perhaps morphological explanations are easier for adults to understand and communicate than explaining the phoneme–grapheme mapping of words in an opaque orthography such as English.


Consider been.


If a child pronounces been as /bɪn/ and consequently spells it as bin, do teachers recognise that the child is spelling the phonemes they hear, using the grapheme–phoneme correspondences they've been explicitly taught? A dyslexic child may not be self-teaching with ease, independently storing new correspondences through exposure to print as they read.


Do teachers themselves understand that they can show the child that ‹ee› represents /ɪ/ in their pronunciation of been, while also discussing the jurisdictional standard, for example /iː/ in England, and differences in accent?


This allows the child to understand the phoneme–grapheme mapping before using the 60-Second Spelling Routine to bond the spelling, pronunciation and meaning in memory.


Some might argue that a morphological explanation provides additional cues to support learning and memory. That may well be the case, particularly if the explanation is meaningful and interesting to the child.


However, our experience is that young children often just want to know the phonemes, the graphemes and the meaning of the word, and then get on with reading and spelling.

For older dyslexic children, additional explanations can feel like yet more instruction, and they've often had enough of it. They may have spent years trying to work out how speech and print connect, particularly when spelling, and are tired of being given explanations that don't resolve that difficulty. They might recognise been when reading, or figure it out from context, but that doesn't necessarily mean they've stored its spelling. When they come to write it, they may still spell it as bin.


The question isn't whether morphology has value. It's whether children need a morphological explanation when what they need at that moment is to be shown how the word maps.

As much explicit instruction as they need, and no more.
 

The Ortho-GraphiX® algorithm analyses the spelling and pronunciation of a word to determine how its phonemes correspond to its graphemes, using the phonemic conventions of British English. It identifies grapheme boundaries, assigns phonemes to graphemes, and determines when a phoneme has no direct grapheme assignment. Adaptation to other jurisdictions and accents is planned.

Ortho-GraphiX® visually distinguishes individual graphemes by alternating black and grey throughout the word, beginning with black for the first grapheme. This makes grapheme boundaries visible, including when a grapheme consists of more than one letter. The corresponding phonemes are displayed using either traditional phonetic symbols (IPA) or Phonemies®.

Why are Phonemies® needed? Why create 'Speech Sound Monsters?'
 

Traditional phonetic symbols can resemble letters of the alphabet, even when they represent different speech sounds. For children learning the alphabetic code, this can create confusion between the symbols representing phonemes and the letters and graphemes representing those phonemes in writing.


Phonemies® are an alternative set of phonetic symbols designed specifically for children. Each English speech sound has a distinctive visual representation that doesn't resemble a letter. They serve the same function as IPA symbols but allow children to see, identify, segment, blend and manipulate phonemes without first needing to learn the alphabet or traditional phonetic notation.


This distinction is particularly important because phonemes are units of speech, not units of spelling. Children can develop phonemic awareness before learning letters, and they need to understand that the same phoneme can be represented by different graphemes, while the same grapheme can represent different phonemes.


For example, the grapheme ‹o› represents /uː/ in do but /ʌ/ in does. Ortho-GraphiX® makes these relationships visible, with the graphemes distinguished in alternating black and grey and their corresponding phonemes shown using Phonemies® or IPA.
 

Within MyWordz® (Show the Code technology) with MySpeekie®, children can use Phonemies® to represent the sounds they hear and see how those sounds correspond to written words. This supports bidirectional word mapping, from print to speech for reading and from speech to print for spelling.
 

The aim is to make the alphabetic code visible and accessible at the point of need, enabling children to develop the knowledge and independence required for self-teaching, while giving adults the support they need to demonstrate phoneme–grapheme relationships.

Phonemies® are used in the government funded early dyslexia risk sreening 'Dys-Code®' Project at UpstreamSEND.com

Can phonics and morphology co-exist more harmoniously?

​Pete Bowers engaged with me recently in a discussion on LinkedIn about combining phonology and morphology when exploring words in the early years. Unfortunately the poster deleted our exchange. A pity, I was interested in what he had to say.    
 

I know I can be annoying to some who post about phonics or morphology because I often cut through the theory and ask teachers and tutors to map specific words, identifying which letters are graphemes and their corresponding sound values. 
 

I had asked the poster how she would map the word spoken. Instead, I received a lengthy explanation of why she believes that "words are mapped not by sound alone" and that "sounds only get you so far when morphology enters the picture".

She had said that "if you map the word been - every child trying to do it phonetically will map it is b-i-n because that is what they hear".  

 

She was arguing that phoneme–grapheme correspondences alone aren't sufficient to explain English spelling, and that children also need to understand morphology, particularly how words are constructed from meaningful units.


For example, she uses:

  • sign → signature: The pronunciation changes, but the spelling preserves a relationship between the words.

  • atom → atomic: The related words share a base, despite changes in pronunciation.

  • been: She argues that understanding morphological relationships helps explain its spelling.

  • -ed: She teaches children that the past-tense suffix has a grammatical function, even though its pronunciation varies.


But there's a fundamental distinction she's missing.


Mapping a word and explaining why it's spelt that way are two different tasks.


Morphology can explain why certain spellings are retained across related words. It doesn't replace the need to identify the phonemes in a spoken word and show which graphemes represent them.


For example, been can be mapped in its own right. A child doesn't need to understand its historical development or morphological relationship to be before being shown its phoneme–grapheme correspondences.
 

She's also conflating phonetic spelling attempts with phoneme–grapheme mapping of an existing written word.

A child writing BIN for been is demonstrating a plausible spelling based on the phonemes they perceive. That doesn't mean the written word been cannot be mapped.
 

And her question, "Are you going to teach every single word as if it exists in isolation?", overlooks the role of orthographic self-teaching.

The objective isn't to teach every word individually. It's to equip children to establish new orthographic representations increasingly independently.


The question I'd have put to her, if she hadn't deleted the thread, is:


If a child can already say been, understands what it means and knows how it's used, why would they need a lesson in morphology before an adult shows them how the phonemes correspond to the graphemes in that word?


Morphology may provide additional information, but it doesn't remove the need for the mapping.


She didn't give an actual answer to my question. 


Educators may think I’m challenging them, but until teachers feel able to acknowledge that they often aren’t sure what the education department expects them to do with specific words, we can’t get to the crux of what support they need. 
 

So I ask those teaching structured literacy:

When teaching morphology, are you also asking teachers how they would map words in line with education department expectations?

For example, does or been.


If a child writes duz for does, or bin for been, do teachers understand what those spellings reveal about the child’s knowledge of the alphabetic code? And do they know what to do next?


The DfE in England expects teachers to support bidirectional word mapping, yet some teachers aren’t sure how, particularly when words contain correspondences not explicitly taught in their phonics programme.

For example, ‹o› representing /uː/ in do, or /ʌ/ in does.


I find that some turn to morphology before establishing the phoneme–grapheme correspondences.


The technology I developed shows the mapping, providing on-the-job support for teachers too. Once the mapping is visible, both teacher and child often start asking ‘why?’, opening up discussions about morphology and etymology.


I think this is where phonology, morphology and orthography meet.


Some are more focused on explaining why words are structured as they are, while I’m trying to ensure every child, and every adult supporting them, can see the mapping.


Our learners then use a 60-Second Spelling Routine, after seeing the mapping, to bond speech, spelling and meaning in the orthographic lexicon.

In our experience, this takes around 1–3 repetitions for non-dyslexic children and 3–7 for dyslexic children.


Once taught how, a child can use the technology and routine to learn a new word independently, without adult guidance each time. That’s what we cover in Word Mapping training. The aim is self-teaching.


That’s also why I developed the Word Mapping Formula and the technology to apply it. Not to ignore morphology, but to ensure that everyone can do what’s expected.

It frees up cognitive capacity and instructional time to ensure each child (and teacher!) has what they need, when they need it.

I’m adding a piece, not ignoring or devaluing the role of morphology.
 

Phonics and morphology can coexist, with the balance determined by the needs of the individual child, rather than by allegiance to a particular approach.

As much explicit instruction as they need, and no more.

But perhaps the bigger question is: How much support do the teachers need?
 

Emma Hartnell-Baker MEd SEN

#structuredliteracy #phonics #dyslexia

obstacle_word_mapping_edited.jpg

Is Morphology an Obstacle to Word Mapping?

The phoneme sequence shown is suitable for both British and Australian English

When teachers’ beliefs about how words should be analysed conflict with education department expectations
 

Teachers bring different knowledge, training and theoretical perspectives to the teaching of reading and spelling. These perspectives can enrich professional knowledge, particularly when teachers explore phonology, morphology, etymology and the wider orthographic system.

However, personal beliefs about how English orthography should be analysed do not alter the knowledge and skills specified within curriculum and education department guidance.


This distinction becomes particularly important when teachers are asked to map the phonemes and graphemes in a word.

Education departments are explicit about the importance of phonemic awareness, phonics and orthographic mapping. Yet asking teachers to actually map the phonemes and graphemes in a word can reveal very different understandings of what that means.

In some cases, rather than recognising a gap between their mapping and departmental expectations, teachers may challenge the premise of the task itself.


A REAL EXAMPLE: OBSTACLE


During a recent professional discussion with primary teachers in Queensland, the following question was posed:


“Morphology aside for a minute, can you map the phonemes and graphemes for the word ‘obstacle’? (That’s the focus of the department.)”

The request to put morphology aside temporarily was deliberate.


It did not suggest that morphology was unimportant, nor was the question asking for the etymology or morphological structure of obstacle.

It was asking for the demonstration of something very specific:


Identify the phonemes and identify the graphemes that represent them.


This is an expectation across Australian education systems. State and territory curricula and departmental guidance require students to develop and apply knowledge of phoneme–grapheme correspondences for reading and spelling. These expectations extend beyond simple one-syllable phonics words to increasingly complex and multisyllabic words.


Morphological knowledge is also expected, but it does not remove the requirement to understand the phonological–orthographic relationships within words.


WHEN BELIEFS CONFLICT WITH THE STATED EXPECTATION


The response to the question about obstacle included:

“not all graphemes represent a phoneme, so why would you rely on that as a strategy?”


The teacher also questioned why mapping phonemes and graphemes would be relevant to a word such as obstacle and later stated:

“The mapping does not have to be solely phonology based.”


When asked to provide the graphemic structure of obstacle, the following analysis was given:

<o><b> + <s><t> + <a><c><l><e>


The final <e> was described as:

“The final silent <e> is a grapheme whose function is other than to signal its own phoneme.”


This interaction illustrates an important teacher-knowledge issue.


The issue is not whether the teacher has knowledge about English orthography, morphology or etymology.

The issue is whether their understanding of a grapheme, and the resulting mapping, aligns with what the education department expects teachers to understand and support children to do.

If teachers disagree with those expectations, that disagreement should be directed towards the curriculum or education authority responsible for them. It does not change what teachers are currently expected to know and implement.


WHAT DOES THE QUEENSLAND DEPARTMENT ACTUALLY SAY?


The Queensland Department of Education’s Reading Position Statement is explicit:

“Word reading involves the use of phonemic awareness and phonic knowledge to decode written words.”

It then states:

“In Standard Australian English (SAE) this requires students to map 44 speech sounds (phonemes) to 26 letter or letter combinations (graphemes).”

Students:

“blend sounds to read words, and segment words into sounds to spell.”


The Department also states that systematic synthetic phonics provides a foundation for word reading and writing by teaching the grapheme–phoneme correspondences of Standard Australian English in a planned, cumulative sequence.


The expectation is therefore specific: speech sounds are mapped to the letters or letter combinations that represent them.

This is not dependent on whether an individual teacher considers a different linguistic framework to provide a better account of English orthography.


RETURNING TO OBSTACLE


Using the reference pronunciation in this example:

Phonemes:
ɒ b s t ə k ə l

Graphemes:
<o> <b> <s> <t> <a> <c> <le>


The purpose of asking a teacher to map the word in this way is not to establish whether they agree with this way of conceptualising English orthography.

It is to establish whether they can demonstrate the phonological–orthographic knowledge required by the framework within which they are teaching.

That is a very different question.


“THAT DOES NOT ALIGN WITH THE WAY ORTHOGRAPHY WORKS”


The teacher subsequently stated:

“The mapping does not have to be solely phonology based. I understand that your approach may be, but that does not align with the way orthography works.”


This exposes the central issue.


The question had been about something specified by the education department. It was subsequently reframed as a difference in methodology or theoretical belief.


But these are separate issues.


A teacher may believe that another linguistic framework provides a more complete explanation of English orthography. That position can be discussed, researched and challenged.


It does not change the Department’s stated expectation that students map speech sounds (phonemes) to letters or letter combinations (graphemes).

This is not about personal beliefs around methodology.


If teachers, researchers or linguists disagree with an education department’s expectations, they can challenge those expectations.

But first, we need to establish whether teachers understand what those expectations actually are.


MORPHOLOGY IS NOT THE PROBLEM


Morphology itself is not an obstacle to word mapping.


High-quality literacy instruction should develop knowledge of morphology, etymology and the wider orthographic system alongside secure phonological–orthographic knowledge.


The potential obstacle is teacher belief.


A teacher with extensive morphological knowledge may believe that phonological analysis provides an inadequate account of English orthography.


That is a legitimate theoretical discussion.


But if that belief leads them to respond to a request to identify the phonemes and graphemes in a word with:

“not all graphemes represent a phoneme”

then an important discrepancy has been identified.


Their conceptual framework may not align with the framework their education department expects them to implement.

That discrepancy matters.


THIS IS A TEACHER-KNOWLEDGE ISSUE


Teacher knowledge cannot be established simply by asking:


Do you understand phonics?

Do you understand orthographic mapping?

Do you understand morphology?

Knowledge needs to be demonstrated.

Can a teacher identify the phonemes in the pronunciation being mapped?

Can they identify the letters or letter combinations functioning as graphemes?

Can they identify their phoneme values?

Can they map those relationships accurately in words beyond those explicitly taught within a phonics programme?


These questions become particularly important with multisyllabic, complex and unfamiliar words.


Within a phonics lesson, the programme may have already selected the words, identified the target correspondences and determined how those words will be presented.


Outside that lesson, children encounter words containing correspondences that have not yet been explicitly taught.

Teachers need sufficient knowledge of the alphabetic code to support those encounters.


TEACHERS NEED CLEARER GUIDANCE


Governments and education departments cannot establish phoneme–grapheme mapping expectations and then assume that all teachers interpret terms such as phoneme, grapheme, correspondence, word mapping and orthographic mapping in the same way.

They clearly do not.

Clearer guidance is needed, particularly for mapping words containing correspondences beyond those explicitly taught within phonics programmes.

This guidance should sit alongside high-quality resources for morphology, etymology and the wider orthographic system.

The aim is not to restrict teachers to one layer of word analysis.

It is to ensure that teachers can distinguish between those layers and demonstrate the specific knowledge their education system expects.


BELIEF CANNOT SUBSTITUTE FOR THE STATED EXPECTATION


Teachers should question policy. Researchers should scrutinise it. Linguists should contribute to its development.

Departmental frameworks should change when evidence demonstrates that change is needed.

But evaluating the framework is a different task from evaluating whether teachers currently understand and can implement it.

A teacher’s mapping either aligns with the stated framework or it does not.

Personal beliefs about how English orthography should ideally be conceptualised cannot substitute for the knowledge and skills currently specified by curriculum and education authorities.

This distinction is central to meaningful teacher assessment, effective professional learning and clearer guidance around the alphabetic code.

It is also why a free resource bank is needed, bringing together authoritative guidance for bidirectional word mapping, morphology, etymology and the wider orthographic system, while clearly identifying the knowledge and skills education departments currently expect teachers to demonstrate.

The goal is not less knowledge about words. It is greater knowledge, with clarity about what teachers are expected to know and do.

Across Australian state and territory education systems, students are expected to develop and apply knowledge of phoneme–grapheme correspondences for reading and spelling. These expectations extend beyond simple one-syllable phonics words to increasingly complex and multisyllabic words. Morphological knowledge is also expected, but it does not replace the requirement to understand the phonological–orthographic relationships within words.
 

The evidence is strong across all eight jurisdictions:


QUEENSLAND

The Department explicitly states that word reading requires students to “map 44 speech sounds (phonemes) to 26 letter or letter combinations (graphemes)”, then blend sounds to read and segment words into sounds to spell.

Queensland Department of Education, Reading Position Statement:
https://education.qld.gov.au/curriculums/Documents/reading-position-statement.pdf


NEW SOUTH WALES

NSW defines a grapheme as “the smallest unit of writing used to represent one phoneme”, and the syllabus requires students to use grapheme–phoneme correspondences to decode and encode words. Department guidance also describes blending and segmenting as reciprocal processes.

NSW Curriculum, English K–10 Glossary:
https://curriculum.nsw.edu.au/learning-areas/english/english-k-10-2022/glossary

NSW Department of Education, Literacy resources:
https://education.nsw.gov.au/teaching-and-learning/curriculum/literacy-and-numeracy


VICTORIA

Victoria describes English as consisting of speech sounds that “map onto letter patterns (graphemes)” and states that students need to automatically map graphemes to corresponding phonemes for reading and phonemes to graphemes for writing. Morphology and etymology are addressed separately.

Victorian Department of Education, Phonics:
https://www.education.vic.gov.au/school/teachers/teachingresources/discipline/english/literacy/readingviewing/Pages/key-concepts-phonics.aspx


WESTERN AUSTRALIA

The Western Australian curriculum requires students to use “phoneme–grapheme (sound–letter) relationships” to read and write words of one or more syllables and subsequently apply this knowledge to multisyllabic words containing more complex letter patterns.

School Curriculum and Standards Authority, WA Curriculum:
https://k10outline.scsa.wa.edu.au/home/wa-curriculum/learning-areas/english


SOUTH AUSTRALIA

South Australia's Department for Education literacy materials explicitly teach graphemes as representations of phonemes. Its teaching materials address grapheme–phoneme correspondences alongside morphology, including prefixes, suffixes and roots.

South Australian Department for Education, Our Learning SA:
https://www.education.sa.gov.au/our-learning-sa


TASMANIA

Tasmanian government schools implement Australian Curriculum V9.0 from Prep to Year 10. Australian Curriculum English explicitly requires students to develop and apply phoneme–grapheme relationships in increasingly complex and multisyllabic words.

Tasmanian Department for Education, Children and Young People, Curriculum:
https://www.decyp.tas.gov.au/learning/primary-school-to-year-12/curriculum/

Australian Curriculum:
https://www.australiancurriculum.edu.au/


AUSTRALIAN CAPITAL TERRITORY

ACT public schools implement the Australian Curriculum. Australian Curriculum English includes explicit phonics and word-knowledge expectations involving phoneme–grapheme relationships, while ACT literacy policy supports systematic and explicit phonics instruction.

ACT Education Directorate:
https://www.education.act.gov.au/

Australian Curriculum:
https://www.australiancurriculum.edu.au/


NORTHERN TERRITORY

The Northern Territory uses the Australian Curriculum as its F–10 curriculum framework. The Department's reading approach includes systematic, sequenced and explicit instruction, with the Australian Curriculum providing the corresponding phoneme–grapheme expectations.

Northern Territory Department of Education:
https://education.nt.gov.au/

Australian Curriculum:
https://www.australiancurriculum.edu.au/


NATIONAL EXPECTATION

The Australian National Literacy Learning Progression provides particularly clear evidence that grapheme–phoneme knowledge continues beyond simple phonics words.

At PKW8, students apply their knowledge to “multisyllabic words, including those with prefixes and suffixes”.

At PKW9, students “use grapheme-phoneme knowledge and blending skills” when reading “multisyllabic, complex and unfamiliar words quickly and accurately”.

Australian Curriculum, National Literacy Learning Progression:
https://v8.australiancurriculum.edu.au/resources/national-literacy-and-numeracy-learning-progressions/national-literacy-learning-progression/reading-and-viewing/

This is particularly relevant to words such as obstacle. The presence of morphological structure does not remove the expectation to understand the phoneme–grapheme relationships within the word. Australian curriculum frameworks expect students to develop both phonological–orthographic and morphological knowledge.

 

England (UK)

The statutory National Curriculum states that “the letter(s) on the page represent the sounds in spoken words” and that this should underpin pupils’ “reading and spelling of all words.” The DfE Reading Framework defines a grapheme as “a letter, or combination of letters, that corresponds to a single phoneme within a word.”

National Curriculum in England: English programmes of study
https://www.gov.uk/government/publications/national-curriculum-in-england-english-programmes-of-study/national-curriculum-in-england-english-programmes-of-study

The Reading Framework
https://assets.publishing.service.gov.uk/media/664f600c05e5fe28788fc437/The_reading_framework_.pdf

bottom of page