This site is not anti-phonics. Phonics is real, necessary, and useful. But the movement built around it has not moved the numbers — and it is worth asking, plainly and without defensiveness, why. The answer is not that the teaching is wrong. It is that teaching was only ever half the problem.
On the nation's own reading assessment, the share of 4th graders reaching proficiency has been essentially flat for a generation. That alone should give the movement pause. But the more alarming figure is the one at the floor: the share of children who cannot read at even a basic level has grown.
Source: National Assessment of Educational Progress (NAEP), U.S. Dept. of Education. "Below proficient" is not the same as "cannot read" — NAEP's proficient bar is deliberately high. But "below basic" is a genuinely low floor, and that is the number moving in the wrong direction. Note also: even the highest-performing states leave most of their students below proficient. This is not a story of progress too slow. It is a story of a ceiling that has never moved.
Percentage of 4th-grade students below reading proficiency — 2003 to 2024
Consider the single largest test the phonics-first approach has ever been given. Under No Child Left Behind, the federal Reading First initiative put explicit, systematic phonics into thousands of the country's highest-need schools, at a cost of roughly a billion dollars a year. The government's own impact study found exactly what it was designed to find and exactly what should trouble the movement: Reading First measurably increased phonics instruction and improved first-grade decoding — and produced no statistically significant improvement in reading comprehension in grades one, two, or three. It did the narrow thing well. It did not make children read.
The pattern repeats at the state level. Colorado passed its READ Act in 2012 and embraced the Science of Reading early and wholeheartedly — mandated screening, approved curricula, tens of millions of dollars, sustained for over a decade. The author of this site worked directly with several of Colorado's major districts across those years and watched full-scale implementation up close: the training, the mandated programs, the screening, the sincere and sustained effort of good people. Reading outcomes stayed essentially flat. When the most committed, best-resourced version of a reform produces no gain, the honest conclusion is not "implement it harder." It is that the reform was aimed at only half of what decides whether a child reads.
After Mississippi overhauled its early reading beginning in 2013, its fourth-grade reading scores rose further than any other state's — from near the bottom of the national rankings to at or above the national average by 2024. That is a genuine achievement, and it would discredit everything else here to wave it away.
But look closely at what Mississippi actually did, because it was never phonics alone. Its overhaul bundled universal early screening, intensive coaching, and targeted support to catch struggling children before they failed — much of which is not about the method of instruction at all, but about finding and supporting the children who arrive not yet ready. The best result the instruction-first world has ever produced got there in part by quietly doing some of the readiness work this site keeps pointing to.
And even so: roughly 68% of Mississippi fourth graders still do not read proficiently, and by eighth grade the state sits below the national average again, the early gains thinning exactly as the demand for real comprehension grows. Mississippi is not the counterexample to this site's argument. Read carefully, it is the confirmation of it. See the Equation below.
There is a critical distinction between the screens given in grades K–2 and the assessments given in grade 3 and above — and understanding it explains why the system can believe it is succeeding while the real numbers stand still.
These tools mostly measure how fast and accurately a child can sound out words and nonsense syllables. That is a test of the thing phonics drills, not a test of understanding. And a child can reach decoding fluency by more than one road: a child steeped in print and read-aloud can pass one of these screens without ever having been drilled at all. A high score was never proof that a child can read.
These require a child to read a passage and show they understood it. This is reading. These are the scores that are made public — and these are the scores that have not moved.
"In districts I worked with directly, over 80% of K–2 students scored at grade level on phonics-based screens. Only 40% passed the state reading assessment in 3rd grade — after years on Science of Reading curricula."
— Field observation, Colorado school districts (this site's author, working as a district consultant)So a district adopts a Science of Reading curriculum, watches most of its young children pass the early screens, and reports progress in complete good faith — only to see those same children reach the third-grade test, the one that finally asks whether they comprehend, and a large share fall short. The two tests were never measuring the same thing. The system measured sounding-out and called it reading.
Let us not start from a position and defend it. Let us walk through a series of plain statements — each one, we think, hard to disagree with — and see where they lead. If any single step is wrong, the chain breaks. But if each step holds, the conclusion arrives on its own.
We have a real, lasting problem. Roughly two-thirds of our children read below proficient, and that number has barely moved in thirty years. Whatever we believe about causes, the fact is not in dispute.
It is not for lack of trying. We have poured effort, money, research, and political will into reading, argued the question for decades, and most recently corrected toward phonics — a correction with real merit. No one can honestly say we have not tried.
Here is the step that changes the conversation: what we are doing is not wrong. The instruction we provide is not a failure. Look in any classroom and you will find children who learned to read well under exactly the methods we use. For them, it worked. Hold on to that, because it is true.
But it is not sufficient for most. That same classroom — same teacher, same lessons, same room — also produced children who did not learn to read well. If the instruction were the whole story, the outcomes would not split like that. They split anyway.
And more of the same has not closed the gap. We have mostly answered struggling children with more of the instruction that already did not reach them. For the children furthest behind, that usually does not work — and there is little reason to expect the next round to do what the last several could not.
So the difference must come from the child, not the lesson. If the lesson is held constant and the results differ, the difference is coming from what each child brings to it. That is not controversial. It is arithmetic.
And what the child brings comes down to the brain. Reading is something the brain does. A child who arrives rested, secure, with strong memory and attention and a rich store of language is primed to turn instruction into reading. A child who arrives exhausted, hungry, or with underbuilt underlying skills is not — and the very same lesson cannot do for that brain what it did for the other.
So a child's reading is the product of two things: the instruction received, multiplied by the child's readiness to use it. A product, not a sum — which means if either is near zero, the result is near zero. We have spent thirty years perfecting the first and mostly assuming the second. For the children who arrive ready, that worked. For the many who do not, it could not.
Notice what we did not conclude. Not that phonics is wrong. Not that teachers are failing. Not that any program is the answer. Only this: that reading depends on both instruction and a ready brain, that we have worked hard on the first and neglected the second, and that this is the most likely reason our serious efforts have not moved the number. The argument is not that we have been wrong. It is that we have not yet been sufficient — and that we now know where to look.
The crisis has a clean explanation. The system has been optimizing one factor in a two-factor equation and wondering why the product never reaches the level it should.
This is a way of seeing, not a formula you can compute. There is no number that equals a proficient reader. What the equation captures exactly is the one truth the field keeps missing: that instruction and readiness are multiplied, not added — so strength in one cannot rescue a real deficit in the other.
Curriculum, phonics, teacher training, screening, mandates — everything the school does to the child. The Science of Reading has focused almost entirely here, and improved it in places. Mississippi raised this factor hard. Colorado raised it faithfully for over a decade.
The child's own capacity to receive, hold, and make sense of what is taught — the readiness of the brain to learn. Working memory, attention, processing, oral language, and a nervous system not consumed by hunger, exhaustion, or fear. Built mostly in the earliest years, mostly at home.
The word "readiness" is easy to hear wrong, so let us be exact: it does not mean a ripeness you wait for. It means a set of specific, buildable capacities — and where they are missing, the answer is not to wait but to build them. "Learning effectiveness" names the same thing without shifting the blame onto the child: the question is not whether the child is ready, but whether the system built the readiness the child needed.
Everything turns on the small symbol between the two factors. If it were a plus, the halves would trade off — a little more instruction would always buy a little more learning. That is the model the whole system runs on. But learning does not add. It multiplies. And multiplication has a property addition does not: anything times a number near zero is near zero. Take the finest instruction ever devised — the most perfect phonics, the most gifted teacher, a ten out of ten — and apply it to a child whose readiness sits near zero, and the product is not "pretty good." It is near zero.
That is why a district can adopt the correct, evidence-endorsed reading program, drive the instruction factor all the way toward ten, and watch its scores barely move. Of course they barely move. If a large share of children arrive with a learning factor near zero, you have been multiplying a big number by a small one and calling the disappointing result a mystery. It was never a mystery. Mississippi is not a miracle and not a puzzle. It is the arithmetic: raise one factor in a product and the product rises, capped by whichever factor you left alone.
"An approach aimed almost entirely at instruction can refine instruction forever and still not close the gap, because instruction is only one half of what determines whether a child learns. The other half — whether the child is able to learn what is being taught — the movement does not address at all."
— How Are the Children? (Gary S. Smith, 2026)This is not a case against phonics. It is a case for seeing both halves. Phonics is one input to the instruction factor. It matters. The error is treating instruction as the whole problem when learning effectiveness is equally decisive — and almost entirely unaddressed.
The equation is the wide view. The Reading Engine is the close-up — the picture of why reading is a product and not a sum. Think of the whole thing as an engine: the process that turns marks on a page into understood meaning. It runs on two very different kinds of parts.
The store of words a reader recognizes instantly and whole — retrieved from memory in a fraction of a second, not sounded out. Building this library is the entire goal of early reading. Instruction builds the fuel.
Attention to stay on the page, working memory to hold the start of a sentence until you reach its end, processing speed fast enough to leave room for meaning, the ear for the sounds inside words. General-purpose brain systems — the same equipment a child uses to follow directions or do arithmetic. This is what "readiness" actually means.
Fuel is useless without an engine to burn it. A child with weak machinery — an attention that will not hold, a working memory that overflows before the sentence ends — cannot run the fuel no matter how much of it you pour in. You can decode every word on a page and comprehend nothing. And here is the part that deepens the whole picture: the machinery is needed not only to run the library but to build it — you cannot confirm and store a word you cannot hold in mind long enough to check. Weak machinery breaks reading twice.
A word does not get filed into the permanent library just by being sounded out. Sounding out produces only a guess — and in English, an unreliable one. A word is welded into memory when several things happen together: the child attempts the word, confirms it against a real word they already know by voice, connects it to its meaning, and holds it in mind long enough for the connection to set. Woven together, again and again.
Phonics is one necessary thread in that weave. It is not the whole cloth, and drilling it alone does not build the library. This is the correction the whole debate turns on: phonics does not build the word library by itself. A child builds a word by seeing it whole, being told how it is pronounced — because they cannot reliably sound it out — and mapping it to meaning until look, sound, and meaning fuse into one instantly-retrieved unit. Reading scientists call that fusing orthographic mapping. It is the SoR movement's own account of how sight words form; the disagreement here is not with the science but with a classroom practice that treats the sounding-out as if it were the whole of it.
Now you can see why the system's favorite move — when a child struggles, drill more phonics, harder — fails on two levels at once. It over-relies on phonics as if sounding-out alone built the fuel, when the library actually requires the whole woven process. And it ignores the engine entirely, pouring fuel into machinery that cannot run it. Drilling phonics into a child whose engine has stalled is revving a car that is not in gear. You will hear the noise. The car will not move.
Ask anyone, young or old, whether they would rather have this year's phone or one from ten years ago. Everyone picks the new one, and everyone knows why: more memory, a faster processor, and it runs the new apps the old one chokes on. A brain is like that. The child's memory, processing speed, and attention are the hardware; the instruction we provide is the software. The same app runs smoothly on the new device and freezes on the old one — same software, different hardware, completely different result. That is a classroom of twenty children in a single picture. We have been debating which app to install while handing some children the newest device and some a ten-year-old one, then wondering why the same lesson runs so differently.
And here is the one place a child is better than a phone. A phone's hardware is sealed at the factory. A child's is not. The machinery is not fixed — it develops, and there is good reason to believe it can be strengthened, especially in the early years. We are not sorting children into fast machines and slow ones. We are building the machine, while there is still time.
This is what finally explains the girl whose story opens the book behind this site. She was intelligent, and she was eventually taught well — her fuel was fine. But her working memory sat near the bottom of the range, and her engine could not burn what the teaching poured in. Only when the machinery was strengthened could the ordinary work of learning to read finally take hold. As the book puts it: the teaching built the fuel; the training freed the engine to burn it. Neither alone would have been enough — which is the equation, made mechanical.
You are not decoding these words letter by letter. You are recognizing them — instantly, effortlessly, the meaning arriving before you are even aware of the word. That instant, automatic recognition is skilled reading. Sounding out is the on-ramp you use until you no longer have to. Phonics is important — and it is genuinely good at one thing in particular: spelling. It does little for the actual act of reading, which is retrieval, not decoding.
A quick distinction most people never draw, because it sharpens everything that follows. Phonemic awareness is an ear skill — hearing and manipulating the spoken sounds inside words, no letters involved. Phonics is a print skill — mapping those sounds to letters. They are constantly conflated, even by practitioners. Both help on the on-ramp and both help with spelling. Neither is the mechanism of fluent reading.
English is an opaque language: its letters do not map reliably onto its sounds. In a transparent language like Finnish or Spanish, one letter makes one sound, dependably, and phonics carries a reader most of the way. English constantly bends and breaks its own rules — and nothing on the page warns you which words will betray you. Take one small word.
A child who knows the word only by ear, and has been taught every letter and rule, cannot reliably arrive at its spelling. The hard /k/ can be written c or k; the long-a between them has eight common spellings. Four consonant frames × eight vowel spellings =
Thirty-two spellings a rule-following child could honestly defend. Every one obeys real English patterns. Only one is right — and no rule, and no sound, can tell you which. Someone has to show you the whole word. Only then can you store it, and only then does its pattern lend itself to bake, lake, take. The pattern transfers after you know the word. It cannot deliver the word in the first place.
Push it to the limit. Say the word I aloud and ask a child to spell it. A single sound — and it could be I, eye, or aye. Nothing in the bare sound tells you which; only meaning can. If sounding-out were ever going to work on anything, it would work on a one-letter word, and it does not — because reading and spelling are acts of meaning, not acts of sound. And the demonstration below, built by reading researcher Marion Blank, makes the same point from the other direction: the letters "ea," pronounced thirteen different ways in a single sentence, with no warning on any of them.
A child drilled that "ea" makes a short-e sound — as in head — has a memorized rule that shatters on said, then rain, then great, then idea. That child is not helped by phonics there; they are harmed by a false certainty. This is the real objection — not that phonics is useless, but that it is an unreliable predictor dressed as a reliable one. And Clymer's classic study makes the scale of it plain: of 45 commonly taught phonics rules, only 18 held even three-quarters of the time; the famous "when two vowels go walking, the first one does the talking" is right less than half the time. Modern instruction has moved past teaching that specific rule as gospel — but the underlying fact remains that the code itself is not trustworthy, and a beginner has no way to know which words will keep the rule and which will break it.
The opacity of English is the smaller limitation — the vivid one, the one that makes a phonics believer pause. But even if English were a clean, transparent language and decoding delivered every word flawlessly, phonics still could not solve the crisis. Because decoding was never the binding constraint. Even a perfect on-ramp only helps build part of the fuel — and does nothing for the engine that has to burn it. That is the real load phonics cannot lift, and it is the equation and the Reading Engine, not the irregularity of English, that finally explains why.
One last honest note about the movement itself. The Science of Reading names five components, and comprehension is one of them — on paper. But in practice, decoding and phonemic awareness get the overwhelming share of the drilling time, while comprehension, though named as a pillar, gets little visible focus. In every conversation the author of this site has had with practitioners in the field, the same assumption surfaced: that sounding out a word is reading. That single belief is why the ceiling is invisible from inside the movement. If you are certain sounding-out is reading, then a strong decoding score looks like a reading score — and the collapse at third grade looks like a mystery instead of a predictable result.
Readiness is not one thing. It is a stack of systems built one on top of another, each resting on the ones below it, with reading balanced at the very top. When we say a child is "not ready," what we almost always mean, without knowing it, is that somewhere down in that stack a floor was never finished — and everything above it is leaning on empty air.
Notice what is nowhere in the stack: intelligence. A brilliant child with a cracked floor low in the stack will struggle; a child of ordinary gifts with every floor sound will read without trouble.
This is the deepest reason the system's favorite explanations — "she's not bright enough," "he's not trying" — are not just unkind but wrong. They are looking at the top of the tower and never once at the floor that actually gave way. And it is why the current response to a struggling child — test, label, then deliver more of the same instruction — so reliably fails. You cannot fix a leaking boat by loading more cargo onto it.
"Can the child read?" is a symptom, not a cause — and it is where the system stops looking. The real work runs the other way: follow the symptom down through the stack to the floor that did not get built, then treat back up — fix the cause, rebuild the capacity, and only then teach the reading. The same weak engine can have very different roots, and each needs a different fix.
The same symptom, many causes — the lesson of attention itself
The same "attention problem" can have very different roots. One child needs sleep; another exercise; another a change in nutrition; another help with anxiety or trauma; another medication. Treat the label the same for all and you help some, do nothing for many, and set a few back. You have to find the cause for this child. Reading is the same.
The cognitive machinery is the heart of this — the equipment that takes in stimuli and makes sense of it. No machinery, no reading. Whether a given program can strengthen a weak skill is a fair question, and one this site treats honestly rather than overselling: the formal studies of standalone "brain training" are genuinely mixed, and this site makes no claim that training transfers directly into reading — the equation predicts it would not, because you still need instruction to build the library. What is not in dispute is the necessity: strengthen the machinery and you still must teach; but leave the machinery unaddressed and no teaching will land. The author's own decades of firsthand work convince him these skills can be improved with the right, coached training — offered here as experience, not as settled science.
If the stack is built before school, then the leverage is not in the classroom at all. It is upstream — in the years the brain is being built, and in the hands of the people who are there while it is being built, which is to say the family. This is not an accusation of families. It is the recognition that families have been handed the most important job in child development with almost no help.
The floors of the stack are not built in first grade. They are built in the crib, the kitchen, the car seat — by relationship, in what researchers call serve-and-return. A baby babbles, points, reaches; an adult responds. Do that ten thousand times and you are physically constructing the child's language, attention, and stress-regulation systems, one exchange at a time. A child who gets a rich, responsive, word-filled version arrives with a tower built straight. A child who gets little of it — through no fault of the child's — arrives with floors unfinished, and no reading program is designed to pour a foundation that should have been laid years before.
Chronic stress and adverse early experiences physically disrupt the development of the very systems reading depends on — the attention and working memory that are the engine's core parts. The resulting gaps are real, findable, and often mistaken for a defect in the child.
And prevention is radically cheaper and kinder than repair. It is easier to build a floor while the brain is laying it down than to tear up the house years later — after a child has spent years failing under a load too heavy, before the labels harden and the shame sets in. We spend almost everything at the hard end, on repair, and almost nothing at the easy end, on prevention. We have the order exactly backward.
"Research on children with both reading difficulties and attentional challenges found that reading instruction alone produced significantly weaker outcomes than instruction paired with support for attention — evidence that readiness support plus teaching beats teaching alone."
— Denton et al., 2020 (see references)This is the honest home of the readiness claim: not standalone brain-training as a cure, but readiness support combined with real instruction — the two factors of the equation, working together, which is the only thing that has ever produced the result.
The data closes one door for good: pouring more of the same instruction into the same children has been tried, at scale, for a generation, and it has not moved the number. That is the hard part. The hopeful part is what it implies — the largest untapped gains in the entire system are sitting in the half almost no one is working on. Raise learning effectiveness and you finally lift the factor that has been holding the product down all along.
Raising it is not one move but two, working on different timelines. A serious answer needs both.
The largest, cheapest, and kindest gains are upstream, in the first 2,000 days: responsive relationships, language, nutrition, and a home not consumed by chronic stress — families genuinely supported to do the most important developmental work there is. Every floor laid early is a floor no one has to tear up and rebuild later. This is where the system currently spends almost nothing, and where the long-term leverage is greatest.
Stop prescribing more of what already failed. Diagnose down to the real cause in each child, strengthen the weak machinery — and, the piece the system keeps missing, teach reading in a genuinely different way. Not more phonics drilling. A different kind of instruction altogether.
If drilling letter-sounds and trusting that comprehension will follow is the method that produced the flat line, then doing more of it cannot be the answer. The answer is to teach the way reading actually works: build each word as a whole — its look, its sound, and its meaning fused into a single stored unit from the very first lesson — and teach all the skills reading requires together, in meaningful text, instead of in isolated drills. Crucially, this is not the rejection of phonics. An approach like this keeps phonics as one foundational thread but stops over-drilling it, and adds back the skills the drill-and-hope model leaves out — building on what already works and filling in the pieces it is missing. This is not a tweak to the current method. It is a different category of instruction, and it is the practical form of everything this site has argued.
One program built on exactly this model is Reading Kingdom, created by reading researcher Dr. Marion Blank. This site names it not to sell it — its author has no financial interest of any kind in the program — but because a reader who wants to see what "teach words whole, all skills together" looks like in practice deserves a concrete place to look. Any program built the same way serves the same purpose. The point is the approach, not the brand.
And notice the destination this reaches. The goal of reading instruction is two things at once: a deep orthographic library — words known instantly and whole — and a Reading Engine strong enough to build and run it. An approach that drives words to automatic recognition quickly, and ties each one to meaning, to writing, and to sentence structure, serves both at the same time. It fills the library the durable way — and it treats the engine far better than endless decoding drills do. Sounding-out kept effortful long past its usefulness consumes the very working memory comprehension depends on; practice aimed at automaticity instead frees that working memory and exercises it inside the act of real reading. (This is not standalone "brain training," about which this site stays deliberately cautious — it is ordinary reading instruction whose design simply asks less of the engine and uses it more productively.) Traditional drill-and-hope does the reverse on both counts: it fills the library unreliably and taxes the engine the whole way. That difference — not any single feature, and not any brand — is the reason a different approach can move children the current one leaves behind.
Recall the transparent languages from earlier — Spanish above all, where a letter reliably makes one sound and the code keeps its promises. That is the native language of a very large share of the English learners in American schools. These children arrive having already learned, correctly, to trust letter-sound rules, because in their first language the rules actually hold. Then English hands them a code that breaks its own rules at every turn — and phonics-first instruction asks them to lean on exactly the habit their experience taught them to trust, precisely where English will betray it. For them, drilling English phonics is not merely insufficient. It is actively confusing.
An approach that builds each word whole — tying written form, spoken sound, and meaning together, requiring no prior English, and using image and audio to carry meaning from the very first lesson — steps around that trap entirely. It gives these children the two things phonics-first cannot: a dependable path to the word, and the meaning that decoding alone was never going to supply. This is not a small niche. English learners are among the fastest-growing groups of struggling readers, and among the children the current approach fails most predictably — which is exactly why a genuinely different approach matters most here.
So here is the practical answer, stated plainly: prevention upstream, where the machinery is built, and — for the children already struggling — remediation that fixes the cause and teaches reading a different way. The system would be far better off adopting an approach like this, Reading Kingdom or any equivalent built on the same model, than spending another decade intensifying the one method that has already shown it cannot close the gap. That is not a product pitch. It is a claim about where the leverage is — and the entire argument of this site points to it.
The federal government's own impact study of its billion-dollar-a-year phonics initiative: it increased phonics instruction and improved first-grade decoding, and produced no statistically significant gain in reading comprehension in grades one, two, or three. The largest test of the approach, judged on the outcome that matters.
The foundational SoR document. Systematic phonics beat other methods mainly on decoding and spelling, most strongly in K–1; the comprehension advantage was significant early but not durable beyond first grade. In plain terms: drill phonics and children do better on phonics-type tasks — the comprehension edge fades where real reading begins.
One of the longest-running, best-funded structured-literacy efforts in the country, embraced from 2012 and observed directly by this site's author across multiple major districts. Reading outcomes stayed essentially flat. The honest reading is not "implement it harder" but that the reform was aimed at only half of what decides whether a child reads.
Fluent reading depends on whole-word patterns stored in memory through orthographic mapping. Phonics helps build the initial connection, but the endpoint is always automatic whole-word recognition. Every word a fluent reader knows has become a sight word. This is agreement with the science, not a rebuttal of it — and the reason decoding matters, and is not the finish line.
For children with both reading difficulties and attentional challenges, reading instruction alone produced significantly weaker outcomes than reading instruction combined with support for attention. Readiness support plus teaching beats teaching alone. No standard reading curriculum addresses this.
Few SoR-aligned programs have demonstrated statistically significant gains in reading comprehension — as opposed to phonics-proxy scores — in large independent trials. The Department of Education's own clearinghouse has reviewed many of these programs; strong comprehension evidence is largely absent.
Of 45 commonly taught phonics rules, only 18 held even three-quarters of the time; "when two vowels go walking" is right less than half the time. The point is not that phonics is useless — it is that the code is an unreliable predictor, and nothing on the page tells a beginner which words will keep the rule and which will break it.
Across decades of study, working memory is strongly linked to reading comprehension. Effortful decoding and comprehension compete for the same finite cognitive resources — which is why the engine (the machinery) matters as much as the fuel (the word library).
View full references and citations, including honest notes on contested findings →
Every honest recovery begins the same way — with someone finally saying, out loud, this is not working, and I will not pretend anymore. The Science of Reading corrected a real error and does real good where a child is ready. But it has not solved the crisis, and on its own it never can, because it perfects the teaching while ignoring whether the child is ready to learn.
The fix is not another program of the same kind piled onto the last. It is to raise the neglected half of the equation — to build the machinery in the years it is actually built, in the home, in the first 2,000 days; and, for the children already struggling, to fix the specific cause standing in each one's way and teach reading in a genuinely different manner, rather than prescribing another round of the same. There is a real solution here, and it is within reach. What is missing is not the knowledge. It is the will to act on what we already know.
There is a greeting, attributed to the Maasai, that asks not about the weather but about what matters most: how are the children? Right now, for far too many, the honest answer is: not well. Whether that stays true is up to us.