70% of American 4th graders cannot read proficiently — and they don't catch up. Two decades of phonics-first instruction have not changed this.
A call for honest debate

We've spent decades teaching phonics.
Why can't 70% of children read?

We are not anti-phonics. Phonics has a role. But phonics is not reading — and treating it as the solution to a reading crisis has cost a generation of children. It is time to understand why.

70% 4th graders below proficient — 2024 NAEP
40% 4th graders below even basic proficiency — 2024
20 yrs No meaningful improvement in national scores
20% English words that can reliably be sounded out
The crisis

Seven in ten children cannot read proficiently. And they don't catch up.

Many assume children who struggle early will eventually close the gap. The data says otherwise. The reading gap widens with age. Children who cannot read proficiently by 4th grade are four times more likely to drop out of school.

4th grade — 2024 NAEP
70%
below reading proficiency
40% below even basic level
8th grade — 2024 NAEP
69%
below reading proficiency
30% below basic level
12th grade — 2024 NAEP
74%
below reading proficiency
28% below basic level

Source: National Assessment of Educational Progress (NAEP), U.S. Dept. of Education, 2024.

Two decades. No progress.

Percentage of 4th-grade students below reading proficiency — 2003 to 2024

Science of Reading curricula have dominated instruction since the mid-2000s. Scores are flat to declining. The 2024 figure (red) is higher than 2003.

"Scores continue to decline. Our lowest-performing students are reading at historically low levels."

— NCES Commissioner Peggy Carr, January 2025, on the 2024 NAEP results

Colorado's READ Act mandated Science of Reading curricula in 2012 — with up to $600 per student per year in additional funding and tens of millions in teacher training investment. In 2025, Colorado 4th-grade reading scores are lower than they were in 2012. When we ask why children are failing, we are told teachers must not be implementing correctly. But scores have not improved in states with the most aggressive, longest-running SoR mandates. The problem is not the teachers. The problem is the framework.

The hidden data problem: DIBELS is not a reading test

There is a critical distinction between the tests given in grades K–2 and those given in grade 3 and above. Understanding this distinction explains why the system believes it is working when it is not.

K–2 tests (e.g. DIBELS)

Test phonics and pre-reading skills

These measure whether a child can recognize letters, blend sounds, and decode simple words. They are pre-reading tests — not reading tests. K–2 scores are typically not made public. Nearly all SoR efficacy claims are based exclusively on these scores.

Grade 3+ tests (state assessments, NAEP)

Test actual reading: fluency and comprehension

These require a child to read a passage and demonstrate understanding. This is reading. These scores are public — and they are the scores that have not improved despite decades of phonics investment.

"In one large district, over 80% of K–2 students scored at grade level on DIBELS. Only 40% passed the state reading assessment in 3rd grade — despite having learned on Science of Reading curricula for three years."

— Field observation, two Colorado school districts (this site's author, working as a district consultant)

The U.S. Department of Education's What Works Clearinghouse has reviewed dozens of SoR-aligned programs. Not one has demonstrated statistically significant positive effects on reading comprehension at meaningful scale. Every school and district should ask for the studies used to select their current reading curriculum — and specifically demand proof that those studies measured fluency and comprehension, not just phonics scores.


The true science of reading

What actually happens in your brain when you read.

Read this sentence. Did you sound out any words? Did you apply any phonics rules? You did not. Fluent reading is not phonics in action. It is something entirely different — and understanding that difference is the key to understanding why the current system is failing.

When a fluent reader encounters a word, the Visual Word Form Area in the brain recognizes the entire letter pattern as a single unit — instantly, automatically, from memory. The word is not decoded. It is retrieved. Phonics plays no active role in this process.

Phonics plays an important role in building that visual memory — in the initial encounters with a word. But once a word is mapped to memory, phonics is no longer needed. And the goal of reading instruction should be to get as many words mapped to memory as efficiently as possible. Endless phonics drilling works against that goal.

The six steps of fluent reading
1

Pattern recognition

The Visual Word Form Area instantly recognizes the letter pattern as a known word — as a whole unit stored in visual memory, not letter by letter.

Phonics role in fluent reading: none. This is automatic retrieval from memory.

2

Word naming

The recognized pattern triggers the word's sound and name from long-term memory.

Phonics role: foundational during initial learning. Phonics helps build the connection that allows the word to become automatic.

3

Meaning connection

The word name is connected to its meaning. Context determines which meaning applies — "fair" means something different in a weather report than in a courtroom.

Phonics role: none. Meaning is semantic, not phonological.

4

Working memory accumulation

Words and their meanings are held in working memory until enough have accumulated to construct the meaning of the passage.

Critical insight: effortful decoding consumes the same finite cognitive resources needed for meaning-building. A child still sounding out words cannot simultaneously comprehend what they mean. Phonics drilling that keeps decoding effortful directly impairs comprehension.

5

Comprehension

Working memory constructs the meaning of the passage — integrating new sentences with prior context and background knowledge. This is reading.

Phonics role: none. Comprehension depends on vocabulary, syntax, working memory, and background knowledge.

6

Memory encoding

A summary of what was read is stored in long-term memory — available when a test, conversation, or future reading demands it.

Phonics role: none.

Why English resists phonics as a primary strategy

English is phonetically opaque. Dr. Godfrey Dewey of Harvard found that only 1 in 5 of the 10,000 most common English words can be reliably sounded out. Professor Julius Nyikos documented 1,768 distinct spellings for just 40 English phonemes. Phonics programs have developed nearly 600 rules to manage this — and most of those rules don't hold consistently.

Professor Theodore Clymer studied 45 commonly taught phonics rules and found only 18 had practical utility. The most widely taught rule — "when two vowels go walking, the first one does the talking" — is correct only 45% of the time.

The sentence below, developed by reading researcher Dr. Marion Blank, demonstrates this in a single image. Every highlighted word contains the letters "ea" — pronounced a different way each time:

"I knew in my head and heart that the theater bureau's harsh reaction to the great and beautiful ocean/earth pageant, was mean spirited — despite the caveat that the review was changeable."
The "ea" combination pronounced 13 different ways in one sentence

A child drilled to trust phonics rules for "ea" will be wrong in most of these words. A fluent reader navigating this sentence right now did not apply any rules. They recognized each word from memory. That is what reading is.

"Every word a fluent reader knows has become, in effect, a sight word — retrieved instantly from memory. The opponents of sight words have misunderstood the very goal of reading instruction: making every word a sight word is the goal."

— Youth Success Movement

Why so many children fail

Reading struggle is a skill gap — and phonics addresses only one part of it.

Students who struggle to read are not broken. They have a skill gap. The full range of skills required for reading proficiency extends far beyond phonics — and the current system is not designed to address most of them.

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Social-emotional skills

Mindset, self-regulation, persistence, and confidence. A child who believes they are incapable of reading will not learn to read regardless of curriculum.

Cognitive processing

Working memory, processing speed, attention, visual and auditory processing. These determine whether instruction can be received and retained. No phonics program addresses them.

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Language and knowledge

Oral vocabulary, background knowledge, syntax. A child who decodes the word "legislature" but has never heard it used cannot understand what they have read.

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Homelife and wellbeing

Sleep, nutrition, chronic stress, trauma, and housing stability directly affect the brain's capacity to learn. No curriculum can reach a brain operating in survival mode.

Children who enter school with a strong foundation in all four areas learn to read in nearly any competent curriculum. Children who enter with gaps are set up to struggle — and a system that responds to that struggle with more phonics drilling compounds rather than closes those gaps.

The reading crisis is not primarily a curriculum problem. It is a child development problem. And it begins not at kindergarten, but in the womb.


The brain development dimension

What the brain needs to learn — and what goes wrong before a child ever enters school.

The reading brain is built before the first day of kindergarten. Ninety percent of brain development occurs by age five. The neural architecture established in the first 2,000 days of a child's life determines whether any instruction will be effective.

90% of brain development occurs by age 5
1M+ new neural connections every second in early childhood
25–40% of struggling readers have comorbid ADHD or attentional difficulties
greater ADHD odds for children with four or more adverse childhood experiences

The prefrontal cortex — the brain's center of attention, working memory, and impulse control — is the region most critical for learning to read, and the most vulnerable to early environment. It is built through millions of responsive, nurturing interactions between caregiver and child in the first years of life.

Chronic stress and adverse childhood experiences (ACEs) flood the developing brain with cortisol, physically disrupting prefrontal cortex development. The resulting deficits in attention and working memory are functionally indistinguishable from neurological ADHD — but their origin is environmental, not genetic.

Peer-reviewed research is direct: for children with both ADHD and reading difficulties — a group comprising 25–40% of struggling readers — phonics-based instruction alone produces significantly inferior outcomes compared to approaches that also address the attentional system (Denton et al., 2020, Scientific Studies of Reading).

No reading curriculum addresses this. We are teaching phonics rules to brains that, for entirely preventable reasons, are not yet ready to receive them.

"The reading crisis is not a phonics problem. It is a brain development problem. And it starts in the womb."

— Youth Success Movement

The path forward

We are not anti-phonics. We are pro–reading success.

Phonics is necessary. It plays a foundational role. But it is one of six skills required for reading proficiency — and drilling it in isolation while ignoring the others is why scores have not improved.

Dr. Marion Blank, one of the foremost authorities on reading acquisition, spent decades documenting what reading actually requires and built the Reading Kingdom program on that understanding. It teaches all six skills simultaneously using meaningful text from the very first lesson — not nonsense sentences built around phonics patterns, but real words in real sentences that mean something. Most students who complete the program achieve 3rd-grade reading proficiency within 12–18 months.

We have no financial interest in Reading Kingdom. We cite it because it is the most complete, evidence-grounded reading program we have found — built on an understanding of reading that neuroscience supports.

Sequencing Letter order and directionality — the foundation of word recognition that most programs never explicitly teach
Writing Writing a word is 5× more effective for building memory than reading it once
Phonics Sound–letter connections, taught in context — necessary, but not sufficient, and not the endpoint
Semantics Words in meaningful context from the first lesson — not disconnected drills and nonsense sentences
Syntax The 100 function words that comprise 60% of all text — and that phonics cannot teach
Comprehension Main-idea construction — not just recalling details, but understanding the meaning of what was read

Beyond curriculum, the solution requires addressing the full skill gap — homelife factors, brain development from birth to age five, and the attentional and cognitive issues that affect a large proportion of struggling learners. No curriculum alone can do this. It requires communities, families, and schools working together on the basis of an honest understanding of what reading is and what children need to achieve it.


Key evidence

What the research actually shows — including the research SoR advocates cite most.

01

National Reading Panel (2000)

The foundational SoR document itself found that phonics effects on comprehension were small and not statistically significant for students beyond first grade. This is in the document phonics advocates cite most.

02

Torgerson, Brooks & Hall (2006)

UK Dept. for Education systematic review of 12 RCTs: comprehension effects were inconclusive once an outlier study was removed. Phonics produced decoding gains — not comprehension gains.

03

Hammill & Swanson (2006)

Reanalysis of the NRP phonics meta-analysis: systematic phonics instruction explains approximately 4% of the variance in reading outcomes. The other 96% is attributable to other factors.

04

Ehri — Orthographic mapping

Fluent reading depends on whole-word patterns stored in visual memory. Phonics builds the initial connection. But the goal is always automatic whole-word recognition — a sight word. Every word a fluent reader knows has become one.

05

Denton et al. (2020)

Randomized trial: for children with reading difficulties and ADHD — 25–40% of struggling readers — phonics instruction alone produces significantly inferior outcomes compared to combined reading plus attentional support.

06

WWC: Achieve 3000 / Smarty Ants

One of the leading SoR programs, studied in 14,493 students across 32 schools in a randomized controlled trial: "no discernible effects" on reading fluency. No comprehension studies met evidence standards.

07

Clymer (1963)

Of 45 commonly taught phonics rules, only 18 met a 75% reliability threshold. The most widely taught rule — "when two vowels go walking" — is correct only 45% of the time. Children who trust it will be wrong more often than right.

08

Daneman & Merikle (1996)

Meta-analysis of 77 studies: working memory correlated at r=0.41 with reading comprehension. Effortful decoding and comprehension compete for the same finite cognitive resources. You cannot decode laboriously and comprehend simultaneously.

View full references and citations →


Stop blaming the teachers. Start asking the right question.

The right question is not "which phonics program?" It is: "What does this child's brain need — and when did that development begin?" The answer starts before kindergarten. It requires honesty about everything the current system refuses to see.

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