Get ELAwise: A caregiver's guide to understanding the science behind reading — how literacy develops, what the research says, and actionable tips to build a strong English language arts foundation at home.
Before phonics programs, before screeners, before any formal intervention — three simple, free habits lay the foundation for everything else. No single one is the whole answer. Together, they are the most powerful start you can give your child.
A note on the research: Reading aloud is powerful — but so is talking with your child, having back-and-forth conversations, and playing with the sounds of language through rhymes and word games. Research suggests that rich dialogue may be as important as reading itself for early language development. The three habits below work together, not in isolation. Think of them as a package, not a ranking.
When you read aloud, you expose your child to vocabulary, story structure, background knowledge, and written language patterns all at once — and at a level far above what they could read on their own. It also builds something harder to measure but just as important: a love of books and a sense that reading is worthwhile.
Early language exposure matters. Research by Hart & Risley (1995) suggested that by age 3, children in language-rich homes may have heard tens of millions more words than children in less language-rich environments — though the exact figures from that study have been challenged by later researchers with larger samples. What the broader evidence consistently supports is that early language exposure meaningfully shapes vocabulary and literacy development. The gap begins accumulating from birth, and reading aloud is one of the most powerful ways to narrow it.
Books use richer language than conversation. The average spoken conversation uses around 5,000 unique words. Children's picture books average around 15,000 unique words per million words of text — and children's novels even more. Reading aloud exposes children to vocabulary they simply wouldn't encounter in everyday talk.
Note: For further reading on the debate around Hart & Risley's original estimates, see subsequent replications and critiques by Sperry et al. (2019) and others. The consensus on the importance of early language exposure remains strong.
Nursery rhymes are not just charming tradition — they are one of the most powerful phonological awareness tools that exist, and they are completely free. When children hear and repeat rhymes, they are training their brains to notice that words are made of sounds — which is the single most important pre-reading skill.
Why rhyming matters for reading:
Best rhymes and songs to use:
Twinkle Twinkle, Humpty Dumpty, Jack and Jill, Hickory Dickory Dock, Old MacDonald, Down by the Bay, Willoughby Wallaby Woo, This Old Man — any song or rhyme where the child can hear and predict the rhyming word. The more silly and playful, the better. Making up your own nonsense rhymes together is even more powerful because it shows children that sounds are flexible and playable.
Here's the impact of
READING 20
MINUTES PER DAY!
A student who reads
minutes per day
A student who reads
minutes per day
A student who reads
minute per day
will be exposed to
1.8 MILLION
words per year
and scores near the
90th percentile*
on standardized tests
will be exposed to
282,000
words per year
and scores near the
50th percentile*
on standardized tests
will be exposed to
8,000
words per year
and scores near the
10th percentile*
on standardized tests
Word exposure estimates from Anderson, Wilson & Fielding (1988). *Percentile associations are correlational, not causal — reading volume is associated with achievement, but many factors contribute. Source: Nagy, Anderson & Herman (1987).
The reading minutes data above connects directly to one of the most important — and sobering — ideas in reading research: the Matthew Effect, named by researcher Keith Stanovich in 1986 after the Biblical principle that "the rich get richer and the poor get poorer."
Early decoding success → reading feels rewarding → child reads more → encounters more vocabulary and background knowledge → comprehension improves → reading feels even more rewarding → reads still more. Each turn of the cycle makes the next easier.
Early decoding difficulty → reading feels effortful and unrewarding → child avoids reading → encounters less vocabulary and background knowledge → comprehension falls further behind → reading feels harder → avoids it more. The word exposure gap from the infographic above is both a cause and a consequence of this cycle.
The Matthew Effect in reading was described by Keith Stanovich (1986) in Reading Research Quarterly. The name comes from Matthew 25:29. Research on this phenomenon has been replicated many times since, though the exact magnitude of the effect varies across studies and populations.
A note on the research: The science of reading is a living and ever-evolving field. While the core findings behind structured literacy, phonological awareness, and explicit phonics instruction are among the most robustly replicated in educational research, specific statistics and study findings continue to be refined. If you spot something that should be updated, we welcome the feedback.
The Science of Reading is a body of over 50 years of research from cognitive science, psychology, and linguistics that shows exactly how the brain learns to read. It tells us reading is not a natural skill — it must be explicitly taught through these five interconnected pillars:
Ability to hear and manipulate the sounds (phonemes and syllables) in spoken language. The foundation of reading.
↓ See how to build this
Understanding that letters represent sounds (the alphabetic principle). Decoding words by sounding them out.
↓ See milestones by age
Reading accurately, quickly, and with expression. Fluency frees the brain to focus on meaning rather than decoding.
↓ Understand fluency scores
Knowing the meaning of words. Rich vocabulary directly improves reading comprehension and writing.
↓ See how to build this
Understanding, analyzing, and thinking critically about what is read. The ultimate goal of reading.
↓ See the reading frameworks
Speaking, listening, and understanding spoken language. A child's oral vocabulary at age 4 is one of the strongest predictors of reading comprehension at age 8.
↓ What parents can do
The traditional 5 pillars → The Big 6
Researcher Deslea Konza (2014) argued that Oral Language deserves its own pillar — not just background noise, but a direct instructional target. Central to Nonie Lesaux's work: every conversation you have with your child is reading instruction. See what parents can do ↓
Research — including findings from the National Reading Panel and the work of Dr. Louisa Moats — suggests that the vast majority of children can learn to read with systematic, explicit instruction in these five areas. Some researchers cite figures as high as 95%, though estimates vary. What the evidence consistently agrees on: early identification and the right instruction make an enormous difference.
📐 The Simple View of Reading
Reading Comprehension = Decoding × Language Comprehension
Proposed by Gough & Tunmer in 1986, this equation is one of the most replicated findings in reading research. It means a child needs both the ability to decode words (phonics) and the ability to understand spoken language (vocabulary, background knowledge, reasoning) to become a strong reader. Weakness in either one limits comprehension — even if the other is strong. It's the foundation behind Scarborough's Reading Rope.
Behind the five pillars, two frameworks explain how reading actually develops in the brain. Understanding these changes how you think about helping your child.
Developed by Dr. Hollis Scarborough, the Reading Rope is a visual model showing that skilled reading is made of many strands woven together — like a rope. Two bundles of strands must both be strong for reading to work:
These start slow and effortful and become fast and automatic with practice. When automatic, they free the brain for meaning.
These develop from birth onward through talk, read-alouds, and rich language experience — long before formal reading begins.
Why this matters for parents: A child can fail at reading two completely different ways — weak word recognition (can't decode) or weak language comprehension (decodes fine but doesn't understand). The fix is different for each. The Rope helps you understand which strand is fraying.
Rooted in the research of Dr. Linnea Ehri and brought into mainstream practice by Dr. David Kilpatrick, orthographic mapping explains how words move from slow, effortful sounding-out to instant, automatic recognition — how a child goes from "c...a...t... cat" to seeing cat and knowing it instantly.
Child hears the sounds in a word (phonological awareness)
Maps those sounds onto letters (phonics / decoding)
Word is stored permanently in long-term memory — instantly recognizable forever
The key insight: Sight words aren't memorized by shape or appearance — they're mapped by sound-to-letter connections. This is why phonological awareness is the engine behind all reading, including fluency. A child with weak phoneme awareness cannot orthographically map words efficiently, no matter how many flashcards they practice.
Why this matters for parents: If your child is still sounding out words they've seen hundreds of times, orthographic mapping isn't happening efficiently. This is a signal to focus on phonological awareness and systematic phonics — not more sight word flashcards.
Strong phonics gets a child into the text. Oral language and background knowledge determine what they take out of it. Parents are uniquely positioned to build both.
The Big 6 framework — developed by Deslea Konza (2014) and aligned with Harvard professor Nonie Lesaux's work — adds Oral Language as the sixth pillar of reading. A child's spoken language at age 4 is one of the strongest predictors of reading comprehension at age 8 — stronger, in many studies, than early phonics skills alone.
What this means for parents: Every conversation with your child — at dinner, in the car, at the grocery store — is reading instruction. Explaining things, telling stories, asking open questions, using precise vocabulary: all of it builds the oral language foundation that comprehension rests on.
Don't just answer questions — expand on them. "That's a crane. It lifts steel beams so workers can build the frame before they add walls." One real explanation teaches more than ten flashcards.
Stop during read-alouds to ask "why do you think she did that?" or "what does fierce mean?" The dialogue around the book matters as much as the reading itself.
Research shows the dinner table is one of the most powerful vocabulary-building environments a family has. Tell stories. Ask what they learned. The conversation habit is academic preparation.
Ask your child to retell what happened in a book, movie, or their day. Narration builds the ability to sequence, explain, and use language purposefully — all of which transfer to reading comprehension.
Two children can have identical decoding skills and still understand text very differently. The child who already knows something about volcanoes, animal migration, or how bread is made will understand text on those topics far more deeply. Knowledge about the topic is half of comprehension.
In a classic 1988 study by Recht and Leslie, struggling readers who knew a lot about baseball understood a baseball passage better than strong readers who knew little about it. Domain knowledge outweighed reading skill. This has been replicated many times and is one of the strongest arguments for rich childhood experience.
Nature documentaries, history programs, how-things-work videos — together and talked about. "Why do you think the whale does that?" builds more than passive watching.
Most read-alouds are fiction. Nonfiction builds content knowledge directly. Try whatever your child is obsessed with — dinosaurs, space, ancient Egypt. Interest is the gateway.
Museums, markets, nature walks. The key is narrating: "Those are migrating geese — they fly south because they need warmer water." Explanation builds schema.
When your child asks "why" or "how," resist the short answer. Real, detailed answers build knowledge networks that transfer to reading comprehension years later.
Knowledge builds on itself. Spend weeks on a topic your child loves rather than skimming dozens. Depth beats breadth for knowledge building.
Tell stories from your day. Ask what they learned. The dinner table is one of the most research-supported settings for vocabulary and knowledge growth.
Parents sometimes wonder: why does listening matter if my child reads silently? Here's the key insight — when your child reads words on a page, their brain is doing two things. First, it decodes the print (turning letters into words). But from that point forward, the brain processes written language through the exact same system it uses to understand speech. The ears and the eyes are just two different doors into the same room.
This means a child who struggles to follow a story told aloud, misses inferences in conversation, or loses the thread when you explain something will carry those same weaknesses into silent reading — because they are drawing on the same underlying language system. You cannot build strong reading comprehension on a weak listening foundation.
Once children have the basics of decoding in place, listening comprehension becomes the strongest predictor of how well they understand what they read (Hogan, Adlof & Alonzo, 2014). Every conversation, read-aloud, and explanation you share with your child is strengthening the very system their reading comprehension depends on.
Ways to build listening skills at home:
Children can listen and comprehend two or more grade levels above what they can read on their own. Choose rich, complex stories and nonfiction — this stretches the language system that reading will eventually rely on.
Stop mid-story and ask your child to predict what happens next or explain why a character did something. This builds inferencing — the same skill they'll need to read between the lines later.
In everyday routines, try giving two- or three-step instructions: "Put your shoes by the door, then wash your hands, then pick a book." Holding a sequence in mind strengthens auditory working memory — a key piece of comprehension. Start with one step and build from there as your child gets comfortable. The goal is to gradually stretch — not overwhelm.
Tell your child a short story, then ask them to tell it back to you. Retelling builds narrative structure, sequencing, and the ability to hold meaning across sentences — all core comprehension skills.
Simon Says, "I'm thinking of something…" clue games, and barrier games (where one person describes and the other draws) all build directed listening. They teach children to hold language in mind and act on it — playfully.
Resist simplifying. Use full sentences, varied vocabulary, and explain your thinking out loud. Children who hear extended discourse — not just short instructions — develop stronger abilities to follow complex ideas in text.
These benchmarks are based on research and professional guidelines (IDA, NAEP, and AAP). Important: Children develop at different rates, and these milestones are not rigid benchmarks. However, if your child is consistently behind multiple milestones, consider speaking with their teacher or pediatrician about a screening.
The "pre-literacy" window. Language exposure and rich talk build the brain architecture reading will depend on.
Narrate your actions ("I'm washing dishes now"), describe what you see, and respond warmly to every vocalization. Every word your baby hears builds vocabulary.
"Twinkle Twinkle," "Itsy Bitsy Spider," and "Old MacDonald" train the brain to hear individual sounds — a critical pre-reading skill.
Point to pictures, name objects, use silly voices. Babies don't need to understand — the shared attention and language exposure is what matters.
Respond to your baby's sounds and gestures. This "conversational" back-and-forth builds the neural pathways for language and literacy.
Phonological awareness blooms. Children become aware that words are made of sounds, and curiosity about print emerges.
Play "I Spy" using sounds ("I spy something that starts with /b/"). Clap syllables together. Make up silly rhymes. These games build phonological awareness.
Use magnetic letters, foam letters in the bath, or trace letters in sand. Focus on the 5–6 letters in their name first, then others they're curious about.
Instead of just reading, pause and ask questions: "What do you think happens next?" "Why is she sad?" Research — including studies by Whitehurst and colleagues — shows this approach meaningfully supports vocabulary and comprehension development over time.
Let them scribble and "write" stories. If they ask how to write a letter, show them. Don't correct — encourage! This builds print motivation.
The formal reading journey begins. Phonics instruction starts in earnest. By end of K, most children are decoding simple words.
Say a word slowly, stretching each sound: "ssssssss-uuuuu-nnn." Ask your child to do the same. This phoneme segmentation skill is strongly predictive of reading success.
Use flashcards, go-fish games, or write words on sticky notes around the house. Mastering high-frequency words reduces cognitive load when reading.
Use books that match what your child is learning in phonics (short vowels, consonant blends). Bob Books and Flyleaf Publishing have excellent free/low-cost options.
Visit museums, watch nature documentaries, visit the library. Rich world knowledge meaningfully supports comprehension as reading skills develop — this is well established in the research, particularly by E.D. Hirsch's work on background knowledge.
Often called the most critical year for reading. Children crack the phonics code, build fluency, and begin reading independently.
Even when kids can read independently, reading aloud to them builds vocabulary, comprehension, and love of books. Aim for 20 minutes daily.
Have your child read the same short passage 3 times. Timing them (gently!) and charting progress builds fluency and motivation.
Say a word, ask your child to segment it into sounds, then write it saying each sound aloud as they go. This encoding practice powerfully reinforces both reading and spelling simultaneously.
1–2 sentences in a simple journal every day builds encoding and composition together. Don't correct invented spelling — note it privately and praise the effort. Accuracy follows phonics knowledge.
Fluency accelerates. Reading becomes more automatic. Children begin to "read to learn" alongside "learning to read."
Many struggling readers do well with informational books about topics they love — dinosaurs, space, animals. All reading counts!
Following along in a book while listening builds fluency and vocabulary for kids who struggle to read at grade level. Not a crutch — it's a scaffold.
Cards to grandparents, a wish list, a pet diary, a comic strip. Authentic writing tasks build motivation and encoding. When they ask how to spell a word, say "sound it out first, then I'll help."
Write words on index cards and sort by spelling pattern. Research shows word sorts are more effective than copying words for building lasting spelling knowledge.
The "fourth grade slump" is real — but preventable. Grade 3 is the last intensive phonics year and the first major assessment checkpoint.
Background knowledge is a hidden driver of comprehension. Let kids spend a week obsessing over volcanoes, ancient Egypt, or whatever they love. It builds the mental model reading needs.
One easy/fun book they read independently + one at/above level you read together. This keeps motivation high while building skills.
After reading a chapter, draw a quick map: character, problem, key event, solution. Then have them write a 3-sentence summary. Reading and writing reinforce each other powerfully at this stage.
A letter to an author, a review on a kids' book site, an email to a grandparent. Writing for real audiences builds motivation and craft — spelling and mechanics improve when meaning matters.
Reading to learn. Complex vocabulary, informational text, and critical thinking become central. Students who aren't fluent by Grade 4 need intensive support.
Menus, news articles (Newsela.com), instruction manuals, sports statistics. Real-world reading builds motivation and shows why literacy matters.
"What's the author's argument here? Do you agree?" Socratic discussions at home build the critical thinking comprehension requires.
A struggling reader who is obsessed with soccer will practice more reading from soccer magazines than any assigned book. Follow their interests fiercely.
A child still struggling to decode in Grade 4+ needs a comprehensive psychoeducational evaluation. Dyslexia is diagnosable and highly treatable with Orton-Gillingham-based instruction.
Schools use a variety of assessments to track reading progress. Understanding what these assessments measure — and what the scores actually mean — helps you have more productive conversations with your child's teacher and advocate effectively.
Schools routinely measure reading in several areas — fluency, phonological awareness, phonics, and more. When you understand what these assessments are and what the scores mean, you can have more effective conversations with teachers and specialists.
How to use this section: Learn what each assessment measures. Look at the reference norms to understand where scores fall. Use the suggested language to start a conversation with your child's teacher. If concerns persist, ask for a formal evaluation — that's the right next step.
Oral Reading Fluency measures how many words per minute a child reads correctly aloud from a grade-level passage. Schools often call this score CWPM (Correct Words Per Minute). It is one of the most researched quick measures in literacy assessment.
What ORF tells you:
What ORF does NOT tell you:
Understanding your child's score
Schools typically test ORF three times a year — fall, winter, and spring. The score is compared to national norms (see the table below). A score at the 50th percentile means your child reads as well as or better than half of students at that grade level.
A score consistently 10+ words below the 50th percentile across multiple checks is worth discussing with the teacher. One low score on one day is not cause for alarm — look for patterns over time.
Use these conversation starters at parent-teacher conferences:
These are the same norms schools use. Find your child's grade and time of year. The 50th percentile is the middle — scores 10+ below warrant a conversation with the teacher. View full norms at Reading Rockets ↗
| Grade | Time of Year | 25th %ile | 50th %ile ★ | 75th %ile |
|---|---|---|---|---|
| 1 | Mid-year | 23 | 53 | 82 |
| 1 | End of year | 53 | 82 | 117 |
| 2 | Beginning | 51 | 79 | 117 |
| 2 | Mid-year | 72 | 100 | 137 |
| 2 | End of year | 89 | 117 | 152 |
| 3 | Beginning | 83 | 107 | 142 |
| 3 | Mid-year | 99 | 123 | 156 |
| 3 | End of year | 107 | 133 | 170 |
| 4 | Beginning | 98 | 123 | 157 |
| 4 | Mid-year | 112 | 139 | 168 |
| 4 | End of year | 123 | 153 | 184 |
| 5 | Mid-year | 128 | 156 | 182 |
| 5 | End of year | 139 | 168 | 194 |
| 6 | Mid-year | 140 | 167 | 194 |
Phonological awareness (PA) is the ability to hear and manipulate the sounds in spoken language — rhyming, breaking words into syllables, and working with individual sounds (phonemes). It is one of the strongest predictors of early reading success and is assessed entirely through listening and speaking, not reading.
What PA assessments measure:
What PA scores mean:
Why this matters
Research consistently shows that weak phonological awareness is the single most common underlying cause of reading difficulties and is the hallmark deficit in dyslexia. The good news: PA is highly trainable, especially in the preschool and early elementary years. If your child's school reports PA scores below benchmark, ask what targeted intervention is being provided.
Use these conversation starters at parent-teacher conferences:
| Skill Level | Typical Age | What It Sounds Like |
|---|---|---|
| Rhyme recognition | Ages 3–4 | Knows "cat" and "hat" sound alike |
| Syllable segmentation | Ages 4–5 | Can clap the parts in "wa-ter-mel-on" |
| Onset-rime | Age 5 | Hears that "c-at" makes "cat" |
| Phoneme isolation | Ages 5–6 | Knows "moon" starts with /m/ |
| Phoneme blending | Ages 5–6 | /s/ /u/ /n/ makes "sun" |
| Phoneme segmentation | Ages 6–7 | "ship" is /sh/ /i/ /p/ |
| Phoneme manipulation | Ages 6–8 | Say "plate" without the /l/ → "pate" |
If your child is significantly behind the typical age for a skill level, that is worth raising with their teacher. This sequence is the same one used by the PAST (Phonological Awareness Screening Test) and other school-based PA assessments.
Phonics assessments measure whether a child can connect letters (and letter combinations) to their sounds and use those connections to read words. Unlike a general reading level, phonics assessments pinpoint exactly which sound-spelling patterns a child has and hasn't mastered — not just "behind in reading" but specifically "missing long vowel teams and r-controlled vowels."
What phonics assessments reveal:
What phonics scores do NOT tell you:
Understanding phonics results
Schools assess phonics using real words and nonsense words (like "tig" or "plom"). Nonsense words are especially revealing because a child cannot have memorized them — they have to actually decode. If your child's school uses DIBELS, the NWF (Nonsense Word Fluency) subtest is the phonics measure. A pattern of errors (e.g., consistently missing vowel teams) tells the teacher exactly where to focus instruction.
| Phonics Skill | Typical Grade | Examples |
|---|---|---|
| Letter-sound correspondence | K | Knowing that "m" says /m/, "s" says /s/ |
| CVC words (short vowels) | K–1 | cat, sit, hop, bed, run |
| Consonant blends | Grade 1 | bl, cr, st, tr, spl |
| Consonant digraphs | Grade 1 | sh, ch, th, wh, ck |
| Silent-e (CVCe) | Grade 1 | make, time, hope, cute |
| Vowel teams | Grades 1–2 | ai, ea, oa, ee, oo |
| R-controlled vowels | Grade 2 | ar, er, ir, or, ur |
| Multisyllabic words | Grades 2–3 | rabbit, napkin, compete |
If your child's teacher reports difficulty with a specific pattern, this table helps you understand where it falls in the progression and whether it's age-appropriate to be working on it.
Use these conversation starters at parent-teacher conferences:
These tools identify indicators commonly associated with dyslexia — they do not diagnose it. Dyslexia can only be formally diagnosed through a comprehensive psychoeducational evaluation by a licensed professional. Use these to decide whether to pursue a formal evaluation, not as a conclusion.
What these screeners CAN do:
What these screeners CANNOT do:
| Tool | Ages | What It Flags | Format | Link |
|---|---|---|---|---|
| Yale Center for Dyslexia — Parent Checklist | Ages 5–18 | Research-based checklist of dyslexia indicators by age — from preschool through high school. Widely used and highly respected. | Free Online | dyslexia.yale.edu ↗ |
| IDA Dyslexia Checklist | Ages 5–adult | The International Dyslexia Association's free fact sheets covering dyslexia basics, phonological awareness, structured literacy, spelling, and more — each 2–4 pages, written for parents and educators. Includes a dyslexia checklist. All downloadable free. | Free PDF | dyslexiaida.org ↗ |
| Understood.org Dyslexia Signs Tool | Ages 3–adult | Comprehensive age-by-age checklist of dyslexia signs from preschool through high school. Also includes how to talk to teachers, how to request an evaluation, and what the evaluation process looks like. | Free Online | understood.org ↗ |
| Nessy Free Dyslexia Pre-Screener (Ages 5–7) | Ages 5–7 | A free online dyslexia pre-screener from Nessy for children ages 5–7. Helps identify early indicators of dyslexia risk. Nessy also offers a paid Dyslexia Quest app — a more comprehensive game-based screener covering RAN, working memory, and phonological awareness, developed at the Bristol Dyslexia Centre. | Free Online | nessy.com ↗ |
| PAST (Kilpatrick) — PA component | Pre-K–Grade 5 | Weak phonemic awareness — especially at the manipulation level — is the hallmark of dyslexia. The PAST reveals exactly where this breaks down. | Free PDF | thepasttest.com ↗ |
Schools typically assess reading across several dimensions. Each measures something different, and together they give a fuller picture of how a child is developing as a reader. Here is a summary of what each area covers and why it matters.
What it measures: How many words per minute a child reads correctly from a grade-level passage. One of the most validated quick measures in literacy.
Why it matters: Fluency predicts comprehension — a child who reads haltingly cannot focus on meaning. Scores below benchmark suggest decoding is not yet automatic.
Key question for teachers: "Where does my child's ORF score fall relative to the benchmark?"
What it measures: The ability to hear and manipulate sounds in spoken language — rhyming, segmenting, blending, and manipulating phonemes. Assessed through listening and speaking.
Why it matters: PA weakness is the single most common underlying cause of reading difficulties and the hallmark deficit in dyslexia. Highly trainable in the early years.
Key question for teachers: "What level of phonological awareness is my child at — syllables, onset-rime, or phonemes?"
What it measures: Whether a child can connect letters to sounds and use those connections to read words — both real and nonsense words (which require actual decoding, not memorization).
Why it matters: Pinpoints exactly which sound-spelling patterns are mastered and which need work, allowing instruction to be precisely targeted.
Key question for teachers: "Which specific phonics patterns is my child struggling with?"
What it measures: Observational checklists identify behavioral patterns commonly associated with dyslexia — not a diagnosis, but a signal to pursue formal evaluation.
Why it matters: Early identification leads to early intervention. Formal diagnosis requires a psychoeducational evaluation, but knowing the signs helps parents ask the right questions.
Key question for teachers: "I'm seeing several of these indicators at home — are you seeing similar patterns in the classroom?"
Consider requesting a meeting or formal evaluation if you notice any of the following patterns:
You have the right to request a free psychoeducational evaluation from your school district under IDEA. You do not need teacher permission. Learn how to request an evaluation ↗
If screening reveals a weak area, targeted practice at home can make a significant difference — especially in the early grades. Here are evidence-based strategies for each of the five pillars.
Short, frequent sessions beat long, exhausting ones. Aim for 10–15 minutes daily rather than an hour on weekends. Always end on success. Reading struggles are emotionally loaded — your child's confidence matters as much as their skill.
Children with weak phonological awareness (PA) struggle to hear and manipulate the sounds in spoken words. Research consistently identifies phonological awareness as one of the strongest early predictors of reading difficulty — making it one of the highest-leverage skills to build in the preschool and kindergarten years.
Children with weak phonics struggle to "sound out" unfamiliar words. They may guess based on first letter or picture, or memorize words by sight without understanding patterns.
Struggling with fluency often means decoding is not yet automatic — the brain is working too hard on individual words to focus on meaning.
Children with weak vocabulary often understand stories but miss key nuances, struggle with academic texts, and have limited expressive language.
Some children decode well but don't understand what they read. This is often a vocabulary or background knowledge issue — or a lack of taught comprehension strategies.
Reading (decoding) and writing (encoding) are two sides of the same coin. When a child writes a word — hearing its sounds, connecting them to letters, and forming those letters on paper — they reinforce the exact same neural pathways that decoding uses. Supporting writing at home is one of the highest-leverage things you can do for literacy. Two research frameworks — the Simple View of Writing and the Not So Simple View — help explain why writing is so demanding and where to look when children struggle.
Represented as a triangle by Berninger & Winn (2006), the Simple View of Writing shows three components that must all work together. Weakness at any corner limits the whole — and written expression (centre) is only as strong as all three sides.
The child's ideas are trapped — their brain is so consumed by the physical act of writing (forming letters, spelling words) that there's no working memory left for composing. This is why children with dysgraphia or poor spelling often produce far less written work than their verbal intelligence would predict.
The child can write individual sentences but struggles to plan, organize, and revise a longer piece. Common in children with ADHD. They may have legible handwriting and good spelling but produce scattered, unstructured written work with no clear beginning, middle, or end.
Developed by Berninger & colleagues and later refined by researchers including Karen Harris and Steve Graham, the Not So Simple View unpacks writing into all the component processes that must work together. It reveals why writing is among the most cognitively complex tasks we ask children to do — and why struggling writers often need support across multiple layers simultaneously.
Writing demands that a child simultaneously hold their ideas, translate them into words, retrieve spellings, form letters, monitor grammar, and evaluate meaning — all at once. When any lower-level skill isn't automatic, it steals capacity from higher-level thinking.
The foundational skills at the bottom — spelling, handwriting, letter formation — must become automatic so they stop consuming working memory. This is why handwriting practice and spelling instruction matter even in the era of typing: automaticity frees the brain for ideas.
Every layer of the Not So Simple View connects back to reading: planning requires comprehension of genre; translating requires vocabulary; reviewing requires fluent reading; transcription reinforces phonics. The two skills are deeply intertwined.
When children write a word by sounding it out, they cement phoneme-grapheme connections more durably than reading alone.
Emerging research — including studies by Karin James and colleagues — suggests that forming letters by hand may activate reading-related brain circuits differently than typing, particularly in young children still learning letter forms. While this research is ongoing, it supports the long-standing practice of explicit handwriting instruction alongside phonics.
Spelling is not separate from phonics — it is phonics applied in reverse. A child who cannot spell a word reliably has not yet fully secured that phonics pattern.
When handwriting becomes automatic, working memory is freed for composing ideas, organizing thoughts, and building more complex sentences.
Emerging research — including work by Karin James at Indiana University — suggests that forming letters by hand engages reading-related brain circuits in ways that typing may not, particularly in children who are still learning letter forms. This research is promising and ongoing rather than fully settled, but it supports what structured literacy programs have long practiced: teaching explicit letter formation alongside phonics, because the two skills are closely connected in developing readers.
Formation habits built early become automatic. Letters should start at the correct point and move in the correct direction. Incorrect habits formed early are hard to undo and slow down writing fluency later. Consistent, correct formation built in Pre-K and K pays dividends for years.
Dynamic tripod grip (thumb, index, middle finger) is ideal. Fist-gripping past age 4 warrants attention. Triangular pencils and rubber grips can help — consult an OT if grip causes pain or avoidance.
Most letters start at the top. Teach in formation families (straight lines, then curves, then mixed). Consistent starting points prevent b/d reversals. Never let incorrect formation habits solidify.
Tilt paper ~30° for right-handers; tilt the opposite way for left-handers. Stabilize paper with the non-writing hand. This reduces fatigue and wrist strain significantly.
Feet flat on floor, hips back in chair, table at elbow height. Poor posture causes fatigue and pain — often misread as laziness or resistance when it is actually a physical barrier.
| Resource | Best For | What It Offers | Cost | Link |
|---|---|---|---|---|
| Handwriting Without Tears (HWT) | Pre-K–Grade 5 | The most widely used school handwriting program. Research-backed, multisensory. Free letter formation guides and parent tips available without purchasing the full curriculum. | Free samples | lwtears.com ↗ |
| UFLI Foundations (includes letter formation) | K–Grade 2 | The free UFLI curriculum integrates explicit letter formation instruction into every phonics lesson — decoding and handwriting taught together as they should be. | Free | ufli.education.ufl.edu ↗ |
| k5learning Handwriting Worksheets | Pre-K–Grade 3 | Free printable handwriting worksheets for individual letters, words, and sentences. Print as many as needed for targeted at-home formation practice. | Free | k5learning.com ↗ |
| Donna Young Handwriting Pages | Pre-K–Grade 5 | Large collection of printable handwriting practice pages — manuscript, D'Nealian, and cursive in various rule sizes. Most files now require a low-cost annual subscription; many samples remain freely accessible. | Free | donnayoung.org ↗ |
| FCRR Handwriting Activities | K–Grade 2 | The Florida Center for Reading Research's free student center activities include print awareness and handwriting components aligned to the science of reading. | Free | fcrr.org ↗ |
Dysgraphia is a learning disability affecting the physical and/or linguistic aspects of written expression. It frequently co-occurs with dyslexia (~50% overlap) but can also occur independently. Like dyslexia, it is neurobiological and completely unrelated to intelligence or effort. These flags warrant a conversation with your child's school:
Reading difficulties rarely exist in isolation. This section covers the conditions, specialists, and situations that overlap with reading — so you can understand what you're seeing, who to talk to, and what to do next.
Many parents use "sight words" and "high-frequency words" interchangeably — but the Science of Reading draws an important distinction between them, and it changes how you teach them.
Words that appear very often in written text — "the," "and," "said," "was," "they." Most of these ARE phonetically decodable once a child knows enough phonics. "Said" follows a predictable pattern. "They" can be decoded. Most high-frequency words are not truly irregular — they just contain patterns children haven't learned yet.
A small number of words genuinely don't follow phonics rules — "of," "was," "the," "are." These are sometimes called "heart words" — most of the word can be decoded, but one part must be learned by heart. Even these words are better taught by analyzing their sounds, not memorizing their shape.
This is where orthographic mapping becomes critical. Words become "sight words" — instantly recognizable — not through visual memorization of their shape, but through the brain bonding the sequence of sounds to the sequence of letters. When a child has strong phonological awareness and phonics knowledge, words become automatic after just a few exposures. When phonological awareness is weak, no amount of flashcard practice will make words truly automatic — because the mapping mechanism is impaired. This is why phonics-based word study is far more effective than pure memorization for building a fast, automatic sight vocabulary. Flashcards alone don't build the neural bond — sound-to-letter analysis does.
Before pursuing any reading evaluation or intervention, make sure your child's vision and hearing have been professionally checked. Undetected vision or hearing problems are frequently mistaken for reading disabilities — and they are far easier to address.
Speech-Language Pathologists are among the most underutilized professionals in early literacy support. Many parents think SLPs only help with articulation ("my child can't say /r/") — but SLPs also specialize in the oral language and phonological foundations that reading is built on.
ADHD and dyslexia co-occur more often than chance — research estimates range from 20–40% depending on the sample and methodology (community studies tend toward the lower end; clinical samples higher). Importantly, a 2025 twin study of over 19,000 children found that most children (77.3%) with one of these conditions had just one, and that co-occurrence appears driven by shared genetic factors rather than one causing the other. A child can have both, either, or neither. They look similar in many ways but have different causes and require different support. Understanding the difference helps you ask the right questions.
Executive functioning skills are the brain's management system — the mental tools that let children plan, focus, remember, and regulate themselves. These skills don't just affect behavior. They are directly wired into reading comprehension, written expression, and the ability to persevere through hard text. Many children who struggle with literacy have unrecognized executive functioning challenges working against them.
A note on the connection: EF difficulties often co-occur with dyslexia, ADHD, and language-based learning disabilities — but they can also appear on their own. A child can be a strong decoder and still struggle with reading comprehension because their working memory is overwhelmed, or they can't sustain attention long enough to track a complex narrative. The two systems (decoding and EF) are distinct but deeply intertwined.
Holding and using information in mind while doing something else
Working memory is like the brain's mental whiteboard. When a child reads a sentence, they must hold the beginning in mind while processing the end — and simultaneously connect it to what came before. When they write, they hold their idea, the words to express it, spelling rules, and punctuation conventions all at once. A weak working memory means that load spills over constantly.
What it looks like in literacy:
Shifting thinking, adapting to new information, seeing multiple perspectives
Cognitive flexibility lets readers shift between literal and inferential thinking, adjust their interpretation when new information arrives, and understand that a character might feel two things at once. In writing, it allows a child to revise — to step back, see their draft through a reader's eyes, and change course. Rigid thinkers often miss subtext and struggle with unreliable narrators.
What it looks like in literacy:
Filtering distractions, pausing impulsive responses, staying on task
Inhibitory control lets a child suppress the urge to stop reading when it gets hard, filter out distractions, and pause before blurting out the first word that comes to mind when writing. It also controls impulsive reading — skipping words, guessing from context without fully decoding, or rushing through comprehension questions without re-reading.
What it looks like in literacy:
| Literacy Task | Working Memory | Cog. Flexibility | Inhibitory Control |
|---|---|---|---|
| Decoding a new word | Holds sounds in sequence while blending | Tries alternate pronunciations if first fails | Resists guessing from first letter only |
| Reading comprehension | Holds earlier details while reading new ones | Updates understanding as plot shifts | Stays focused; suppresses off-task thoughts |
| Written expression | Holds the idea while managing spelling & grammar | Revises and reconsiders word choices | Suppresses first-draft impulsivity; plans first |
| Following read-aloud | Tracks narrative across time while listening | Connects new info to what came before | Filters noise; maintains focus |
| Spelling | Retains letter patterns & phoneme sequences | Applies different rules for different contexts | Slows down to check before moving on |
Executive functioning develops slowly across childhood and into early adulthood, with the prefrontal cortex not fully mature until the mid-20s. The milestones below reflect typical development based on developmental research (particularly Diamond, 2013) — they are approximations, not normed benchmarks like reading fluency norms. Wide variation is normal.
Ages 3–5 (Pre-K)
Grades K–2 (Ages 5–8)
Grades 3–5 (Ages 8–11)
Grades 6–8 (Ages 11–14)
🧠 For Working Memory
🔄 For Cognitive Flexibility
🛑 For Inhibitory Control
EF difficulties affecting literacy and learning warrant evaluation by a neuropsychologist or educational psychologist. Unlike a basic reading screener, a neuropsychological evaluation can assess working memory, cognitive flexibility, and inhibitory control directly — and distinguish EF difficulties from dyslexia or language processing disorders.
You can request an evaluation through your school district (under IDEA or Section 504) or seek a private evaluation. Occupational therapists with expertise in cognitive development can also provide targeted support for EF skills.
Key professionals: Neuropsychologist · Educational Psychologist · Occupational Therapist (pediatric/cognitive) · Speech-Language Pathologist (for language-based EF)
ADHD is not the only cause of executive functioning difficulties in children. Research consistently finds elevated rates of working memory difficulties in children with dyslexia, independent of attention difficulties — though profiles vary. Research estimates that dyslexia and ADHD co-occur in 20–40% of diagnosed individuals, though a large 2025 twin study of over 19,000 children found that 77.3% of affected children had just one condition, and that co-occurrence appears driven by shared genetic factors. Some children also have uneven EF profiles without any formal diagnosis. The goal is not to label, but to understand. When you can name what's making reading hard, you can build the right supports around it. This guide is informational only — if you have concerns, please consult a qualified professional.
Reading struggles are not invisible to children. By as early as first grade, many struggling readers know they are different from their peers. The emotional dimension of reading difficulty — shame, avoidance, anxiety, damaged self-concept — can become as big a barrier as the skill gap itself. Protecting your child's confidence is not separate from helping them read. It is part of the work.
If these are present, talk to your pediatrician or a school counselor. The reading work still matters — but so does the child's mental health right now.
Many parents buy leveled readers (like the ones labeled A–Z or "Level 1") thinking they are the research-backed choice. The Science of Reading points in a different direction — at least for early readers still building phonics skills.
Written to include only the phonics patterns a child has been explicitly taught. Every word should be decodable — meaning the child can sound it out rather than guess.
Good sources: Bob Books, Flyleaf Publishing, UFLI decodables, Codebreaker Books
Organized by text difficulty rather than phonics patterns. Often contain words the child cannot yet decode — which encourages guessing from pictures and context instead of sounding out.
Better use: read-alouds, building background knowledge, comprehension discussions — not early independent decoding practice
Morphology is the study of meaningful word parts — prefixes, suffixes, and root words. By Grade 3, it becomes one of the most powerful tools for both vocabulary growth and spelling. A child who understands that "bio" means life, "graph" means write, and "port" means carry can unlock hundreds of new words without being taught each one individually.
Prefixes change or reverse meaning
Suffixes change word function or meaning
Greek/Latin roots unlock whole word families
One root = dozens of related words
Research — including large-scale studies by Alexander and colleagues — suggests that reading skills can decline over summer when children are not reading regularly. The effect is estimated to be more pronounced for children who are already behind, and it compounds over multiple summers. The good news: it is largely preventable with consistent reading habits.
Many parents who have concerns about their child's reading don't know how to start the conversation with school — or worry about coming across as difficult. Here's how to be an effective advocate while keeping the relationship collaborative.
Auditory Processing Disorder (APD) occurs when the ears hear normally but the brain has difficulty processing and interpreting what it hears — especially speech sounds in noisy environments or at fast speeds. It can look almost identical to phonological awareness weakness from the outside, which is why it's often missed.
Bilingualism is an asset — not a cause of reading difficulty. Research consistently shows that children learning to read in two languages develop strong cross-linguistic phonological awareness that can actually support reading in both languages. However, bilingual children are often over-referred for reading disabilities when their difficulty is language exposure, and under-identified when they genuinely do have dyslexia.
Many parents don't think to bring reading concerns to their child's doctor — but pediatricians can play an important role in early identification and in connecting families to the right specialists. Don't wait for school to flag concerns. Bring them to your well-child visit.
Navigating the world of evaluations and interventions means encountering a lot of professional titles. Here's a plain-language guide to who does what and when to see each one.
Conducts psychoeducational evaluations. Assesses cognitive ability, academic achievement, processing skills. Can identify dyslexia, dysgraphia, ADHD, and other learning disabilities. Available free through your school district under IDEA.
Assesses and treats speech, language, phonological awareness, and listening comprehension. Available through schools (free) or privately. Especially important for children with early speech/language delays or persistent phonological awareness weakness.
Assesses and treats fine motor skills, sensory processing, handwriting, and visual-motor integration. Available through schools (free) or privately. Key referral for dysgraphia, poor pencil grip, and handwriting difficulties.
Provides the actual reading intervention — using Orton-Gillingham or other structured literacy approaches. Look for certifications: CALT, AOGPE, CALP, or IMSLEC-accredited training. Find one at altaread.org or ortonacademy.org.
Assesses hearing and auditory processing. A full audiological evaluation goes beyond school hearing screenings. Can assess for Auditory Processing Disorder (APD). Request through your pediatrician or school.
Assesses vision beyond standard acuity — including convergence, tracking, and visual processing. Not a substitute for reading intervention, but useful for ruling out vision issues that may be compounding reading difficulty.
A medical doctor specializing in developmental and behavioral concerns. Can assess for ADHD, developmental delays, and co-occurring conditions. Often the right referral when multiple domains are affected.
Provides the most comprehensive evaluation — assessing cognition, memory, processing, attention, and academic achievement together. Most useful for complex profiles where multiple conditions may be present. Typically private-pay and expensive, but the most complete picture available.
If your child is significantly behind, not making progress, or you suspect dyslexia or a related reading disability, these organizations and resources can help you navigate next steps.
A completely free, research-based structured literacy curriculum from the University of Florida Literacy Institute. Covers K–2 phonics instruction in 200+ explicit lessons. One of the best free SOR-aligned programs available anywhere.
ufli.education.ufl.edu ↗Hundreds of free, downloadable student center activities organized by phonological awareness, phonics, fluency, vocabulary, and comprehension — all SOR-aligned. Also includes free assessment tools and parent guides. Ideal for at-home supplementation.
fcrr.org ↗A phonics supplementation tool that uses story-based mnemonics to help children remember complex phonics patterns. Some children — particularly those who struggle with abstract letter-sound rules — find the storytelling approach engaging and memorable. Note: Secret Stories is best understood as a supplementary memory aid rather than a complete structured literacy program. It does not follow the same systematic, sequential scope and sequence. If your child needs a core reading intervention, a fully structured literacy program should come first — Secret Stories can complement that work but is not a substitute for it.
thesecretstories.com ↗One of the best free parent-facing literacy sites available. Covers every aspect of reading development with research summaries, teaching strategies, book lists by skill, expert Q&A videos, and activity guides by age.
readingrockets.org ↗The Heggerty curriculum is widely used across the US in early childhood classrooms. Free sample lessons and a free assessment tool are available on their site. Excellent for Pre-K through Grade 2 daily phonemic awareness warm-ups at home.
heggerty.org ↗Award-winning, completely free phonics game covering all major letter-sound patterns for ages 3–7. Made by the Usborne Foundation and rigorously tested. An independent study found positive outcomes when used alongside classroom instruction, though as with all apps, it works best as a supplement to — not a replacement for — explicit phonics teaching.
teachyourmonstertoread.com ↗Free web and app-based phonics activities for Pre-K through Grade 2. Not a screener, but watching your child navigate Starfall is a great observational tool — you'll quickly see where they get stuck and where they're confident.
starfall.com ↗Free, legal digital borrowing of thousands of children's books including many decodable readers. A remarkable free resource for families who want more reading material at home without cost.
archive.org/openlibrary ↗The leading SOR advocacy and professional learning organization in the US. Their free "Curriculum Evaluation Rubric" lets you check whether your child's school program is science-aligned. Excellent parent resources and state advocacy guides.
thereadingleague.org ↗One of the world's leading research institutions on reading and the brain. Their public-facing resources explain the neuroscience behind why phonics and phonological awareness matter — great for understanding the "why" behind SOR.
haskinslabs.org ↗Dr. Sally Shaywitz's center. Free screeners, age-by-age checklists, and research summaries written for parents. Essential if you suspect dyslexia — also excellent for understanding reading development generally.
dyslexia.yale.edu ↗The US Department of Education's research review database. Search any reading program your child's school uses and see the actual evidence rating. Helps you evaluate whether your school's approach is evidence-based.
ies.ed.gov/wwc ↗The premier organization for dyslexia support. Find IDA-certified structured literacy tutors (CALT/CALP), access free fact sheets, locate your state branch, and use their knowledge and practice standards as a reference for what good intervention looks like.
dyslexiaida.org ↗Orton-Gillingham is a structured, multisensory approach to teaching reading — not a single program. Many programs use the OG name, and quality varies widely. AOGPE is the official credentialing body for OG practitioners, and their directory is the most reliable way to find a qualified, certified practitioner near you.
aogpe.org ↗Expert-reviewed, parent-focused guides on learning and attention differences, IEPs, 504 plans, how to request evaluations, and how to navigate the school system as an advocate for your child. One of the most practical parent advocacy resources available.
understood.org ↗If you suspect a learning disability, federal law (IDEA) gives you the right to request a free, comprehensive psychoeducational evaluation from your school district — in writing, at any time. The school has 60 days to respond. You do not need permission from a teacher.
How to request in writing ↗National directory of certified Orton-Gillingham and structured literacy specialists (CALT, AOGPE). Use this to find a trained tutor near you — especially important for children with dyslexia who need multisensory, structured literacy instruction.
altaread.org ↗A parent-delivered, Orton-Gillingham-based tutoring system specifically designed to be used at home without a teaching background. Expensive but widely reported by families as highly effective for children with dyslexia, particularly when school support has been insufficient. Results vary by child and how consistently the program is used.
bartonreading.com ↗One of the most widely recommended books for parents of struggling readers. Explains how the brain learns to read, why some children struggle, and what evidence-based intervention actually looks like. Updated 2020 edition available.
Find on Amazon ↗Kilpatrick's accessible parent and teacher guide to phonological awareness and word-level reading. Explains exactly why some children struggle to decode and what to do about it. Highly practical with activity ideas throughout.
Find on Amazon ↗Two of the most important frameworks in the Science of Reading — free resources to go deeper on both.
Reading Rockets hosts the clearest free explanation of Scarborough's Rope available for parents — includes the original visual diagram, a plain-language breakdown of all strands, and videos. The best starting point for understanding why both decoding AND language comprehension matter.
readingrockets.org ↗The International Dyslexia Association offers a free accessible summary of Dr. Hollis Scarborough's original research and rope model, including its implications for instruction and early identification. Ideal for parents who want the research basis, not just the visual.
dyslexiaida.org ↗Dr. David Kilpatrick himself explains orthographic mapping in a free, accessible recorded lecture. Covers how words move from slow decoding to instant recognition, why phonological awareness is the engine behind this process, and what it means for struggling readers. Essential viewing.
Search on YouTube ↗A clear, research-based parent-friendly article explaining what orthographic mapping is, how it works, and what happens when it breaks down in struggling readers. Includes the connection to phonological awareness and what to do when mapping isn't happening efficiently.
readingrockets.org ↗Kilpatrick's book is the most accessible deep-dive into both orthographic mapping theory and practical phonological awareness activities. The first half explains the science; the second half gives you activities to use at home immediately. Arguably the most practically useful book on this list for parents.
Find on Amazon ↗A clear, parent-accessible explanation of orthographic mapping from the authors of Shifting the Balance — Jan Burkins and Kari Yates. Explains what orthographic mapping is, how it works, and why phonological awareness is the engine behind building a fast, automatic reading vocabulary. One of the most readable free explanations available for non-specialists.
thesixshifts.com ↗Louisa Moats is one of the most important voices in the Science of Reading. Her work on language structure, spelling, and reading instruction spans 40+ years and shapes how structured literacy is taught worldwide.
LETRS is one of the most widely used and respected professional development programs for reading instruction, written by Dr. Moats. While designed for teachers, Volume 1 is highly readable for motivated parents and explains exactly how English phonology, orthography, and morphology work — and why that matters for teaching reading and spelling.
voyagersopris.com ↗A free, accessible recorded lecture by Moats specifically aimed at parents and caregivers. Covers why some children struggle, what structured literacy looks like, and how parents can support at home. One of the best free starting points for any parent new to the Science of Reading.
readingrockets.org ↗Moats' landmark paper — originally written for teachers but essential reading for any parent who wants to understand why learning to read is so cognitively complex and why systematic, explicit instruction matters so much. Free PDF from the American Federation of Teachers.
readingrockets.org ↗Dr. Moats co-authored the International Dyslexia Association's series of free fact sheets covering dyslexia basics, structured literacy, spelling, phonological awareness, and more. Each is 2–4 pages, written for parents, and freely downloadable. Essential reading.
dyslexiaida.org/fact-sheets ↗Moats' comprehensive guide to language structure and reading instruction. Considered one of the most important books ever written on how English works and what teachers (and parents) need to know to teach reading and spelling effectively. More technical than Shaywitz or Kilpatrick — for parents who want to go deep.
Find on Amazon ↗Reading Rockets hosts a curated collection of Dr. Moats' articles, interviews, and lectures — all free. Topics include spelling instruction, phonics, why some children struggle, and what structured literacy means in practice. A great one-stop page for everything Moats has made publicly available.
readingrockets.org/people/louisa-moats ↗Dyslexia is estimated to affect somewhere between 10–20% of the population — the International Dyslexia Association cites up to 15–20%, while other researchers use more conservative estimates. What researchers broadly agree on is that it is common, neurobiological in origin, and not related to intelligence. It is not related to intelligence. Early identification (ideally by Grade 2) leads to dramatically better outcomes. Effective treatment requires structured literacy instruction using an Orton-Gillingham-based approach — this is multisensory, systematic, sequential, and explicit. Request a psychoeducational evaluation from your school or a private educational psychologist. Bring any screener results you've collected. Know your rights under IDEA and Section 504.