1 The Essence of Reading
Proponents of directâ intensiveâ and early phonics training for teaching reading (like Reviewer 2 in the preface) partly justify their beliefs by asserting that unlike learning spoken languageâ learning to read is not ânaturalâ and that reading itself is an unnatural activity. This book takes a contrary position.
Reading the World
Iâll start my discussion of reading with a psychological point. Nothing is unnatural in the eyes of infants. Everything they encounter in the world is naturalâ even if they find it aversive. The arbitrary division of the world into what nature once provided and what people have subsequently done to it is something that has to be learned. Other creatures never make such a distinction. I doubt whether crows have different categories for cars and houses than they do for rocks and trees. Deer are unlikely to think âHereâs where nature endsâ when they cross from forest glade to cement highway. âUnnaturalâ is a concept that doesnât exist outside language.
So what is written language? For a childâ print is just another facet of the worldâ not yet comprehended perhapsâ but not different from all the complex sightsâ soundsâ smellsâ tastesâ and textures in the environmentânot especially mysterious or intimidating.
And what do infants do when they are born into this wholly natural world? They do as they will for the rest of their lives: They try to make sense of itâ to discover how it relates to everything else that they knowâ to understand its relationship to themâ its âmeaning.â Trying to make sense of any facet of the environmentâ including printâ is a natural activity.
How exactly do infants (and adults) strive continually to make sense of everything they encounter in the world? They read it. Reading is the most natural activity in the world.
I am not taking liberties with language here. The word âreadingâ is properly employed for all manner of activities when we endeavor to make sense of circumstances; its original meaning was âinterpretation.â We read the weatherâ the state of the tidesâ peopleâs feelings and intentionsâ stock market trendsâ animal tracksâ mapsâ signalsâ signsâ symbolsâ handsâ tea leavesâ the lawâ musicâ mathematicsâ mindsâ body languageâ between the linesâ and above allâa point I must come back toâwe read faces. âReadingââ when employed to refer to interpretation of a piece of writingâ is just a special use of the term. We have been readingâinterpreting experienceâconstantly since birth and we all continue to do so.
What is this basic reading or âmaking senseâ that we all engage in? I donât think it needs to be explainedâ or even can be explained. It is what we are. Anyone who didnât try continually to make sense of the world could not be considered a functioning human being. Making sense is a matter of interpretingâ relating the situation you are in to everything you know already. Not to part of what you knowâ but everythingâ because all our knowledge hangs together. Our understanding of the worldâ all of the worldâ is coherentâ consistentâ and immediate. Once you know that a flame burnsâ you donât have to say to yourselfâ âThat is a flameâ therefore it burns.â You know that flames burn. Once you can recognize a truckâ you donât have to say to yourself âThat is a truckâ and consult some inner encyclopedia. Once you can read the written word âdogââ you donât have to say to yourselfâ âThat word says dogâ I must look up what it means.â You know what it means.
What do children do when they encounter a dog? They donât say âI recognize that animal with a particular juxtaposition of wet noseâ sad eyesâ and floppy ears as a certain kind of dogââ nor do they say âThereâs a dogâ to themselves and look up its meaning in a library in the brain. They certainly donât wait to hear the animal bark to decide what it is. Recognitionâ whether of dogs and cats or written wordsâ is not a matter of breaking something down to its componentsâ but of integrating it into a larger context.
All learning and comprehension is interpretationâ understanding an event from its context (or putting the event into a context). All reading of print is interpretationâ making sense of print. You donât worry about specific letters or even words when you readâ any more than you care particularly about headlights and tires when you identify a car.
The best strategy for determining the identity of meaning of an unfamiliar word is to work out what it is from context. As we shall seeâ this happens very quickly. An equally good way in different circumstances is simply to ask someone what it is. Often we donât have to ask. A very poor strategy is to try to âsound it out.â
Some people seem to believe that learning to read is a particularly challenging undertakingâdespite the ease with which many children accomplish itâ and despite how much children have learned in other contexts. Learning to read is not rocket science.
No one could catalogue all the things a human beingâ even a young childâ has been able to make sense of in the world; it would be an impossible task. We live in an enormously complex and complicated worldâ but the times when individuals are actually confusedâ even babiesâ are remarkably few. Children arenât usually confused by written languageâuntil someone tries to instruct them on how to read. When people help children to readâ by reading to them and with themâ there is rarely confusion. It is not reading that many children find difficultâ but the instruction.
Most of our learning is unsuspected. Perhaps the most complex learning of all involves the human face. Researcher Daniel McNeill (1998) explained how 22 pairs of facial muscles are constantly orchestrated to display at least four thousand different expressionsâ all produced and universally understood without any instruction at all. Some basic expressions of emotionâlike fearâ angerâ surpriseâ disgustâ sadnessâ and enjoymentâmay be instinctiveâ but the majority are learned early in life. These expressionsâ involving the entire face from the corners of the mouth to the eyebrowsâ with each element operating individuallyâ communicate not just physical statesâ but agreementâ disagreementâ encouragementâ puzzlementâ disbeliefâ collusionâ threatâ challengeâand of course interest and desire. When was anyone taught to interpret all thisâ to read faces? (Or to write on facesâ for that matter.)
It is natural for childrenâ and adultsâ to strive always to make sense of the worldâ to interpret what everything must mean. So why should language written in an alphabetic script be particularly difficult? The answer is that it isnât. Reading print is no more complex than reading facesâ and other things in the world. Making sense of print canât be more complicated than making sense of speechâ which begins much earlier. Written words and spoken words share the same kind of grammarâ meaningsâ and other structures. If we can make sense of all the words of spoken language that we knowâ we can do the same for written words. The actual numbers involved fade before the vast numbers of facesâ placesâ objectsâ eventsâ expressionsâ and relationships that we can make sense of in the world. Memory is hardly a problem. Written words are actually easier to discriminate than speechâwe can mishear what someone saysâ or be unable to recover from a lapse in concentration; in writing we can always check back. Some written words are easier to discriminate than the objects they refer to. Participants in a scientific experiment could identify words flashed on a screen faster than they could identify drawings of the objects the words referred to (like houseâ dogâ flowerâ and so forth)â even after extensive practice on the limited set of alternative words and pictures that were presented.
There is nothing unnatural about any of thisâ as I have maintained. Written language is no more opaque or impenetrable than anything else in the worldâ once we have made sense of it (because we have encountered it in circumstances that make sense to us).
So why do some people have so much trouble learning to read? The first reason might be that they are confronted by reading when it is not the best time for them to learnâ just as not everyone learns to play the pianoâ to swimâ or to play chess at the same time. They may be too involved in other thingsâ or trying to recover from some trauma. Learning to read is not necessarily a problem at any ageâ unless there are years of reading confusion and failure in the past. Which leads to the second reason why some people have so much trouble learning to read. Theyâve been confused. Instead of being helpedâ theyâve been handicapped.
People can be confused by anything. Difficulty in learning to read doesnât mean that it is unnatural (unless everything else that humans do that is not instinctual is regarded as unnatural).
Allusions to âscientificâ studies donât prove a thing. If phonics is an impossible systemâ even for computersâ then any experimental study claiming to show that phonic drills have helped children to read must have been looking at something else. In factâ many studies of phonics and phonemic awareness acknowledge that they are looking at something else. Instead of looking at reading as a matter of making sense of textâ they look at how well children can put sounds to isolated wordsâ and even to meaningless sequences of lettersâ to confirm that they use the alphabetic code. This is like tying childrenâs feet together to prove they must jump before walking.
References to mythical brain disabilities (diagnosed circularly in relation to perceived reading difficulties) explain nothing. Such phantasms are conjured up in the absence of understanding or coherent theory. And even if there were rare brain malfunctions that make it difficult for a few children and adults to readâ that doesnât mean that such individuals should be subjected to regimes of unnatural treatment. Such individuals must still be helped to make sense of printâbut it will take more time and patience. Calling them disabled is hardly likely to help.
Reading print is as natural as reading faces. Learning to read should be as natural as any other comprehensible aspect of existence. How reading is naturally accomplishedâ and what can go wrongâ are the twin concerns of this book.
Disentangling the Undergrowth
To clear the ground for the rest of the bookâ I must deal with several matters that in my view contribute to confusions or misconceptions about the nature of reading. They concern (1) the alphabetâ (2) languageâ and (3) the brain. I raise these issues now because to some extent they contradict what often seems obviousâ and there is no point in trying to understand reading without first examining critically what many people may take for granted. The remainder of the book will develop the arguments.
The Alphabet
Ever since an alphabetic writing system was invented by the Greeks over two thousand years agoâ the 26 or so letters have had a profound influence on human thought. Many people through the centuries have been fascinated by the letters that make up wordsâ and the putative relationships of these letters to the sounds of speech. They cannot imagine reading without a central role for the letters that make up individual words. Reading instruction from Greek and Roman times has focused on letters and soundsâ despite continual efforts by critics to emphasize the vital role of meaning in reading (Mathewsâ 1966) and to demonstrate that letters play only a smallâ redundantâ and often confusing part. Letters have become a fetish. People transfixed by the alphabet ask incredulously what the purpose of letters might be if not to make it possible for readers to read.
But the alphabet was never designed to help readers. It was not invented or developed for that purpose. Nor was it intended to be of any particular help to writers. The alphabetâs true function has always been to help people cope with technical problems of reproducing written languageâ for scribesâ copyistsâ inscribersâ and printers. Iâll call them transcribers. Tolchinsky (2003) provided an excellent summary of thisâ adding that a particular motivation for trying to make writing reflect sound was so that peopleâs names would appear consistent in print (pp. 42-44).
The prime importance of the alphabet is that it enables people to make marks on paper (and other surfaces) in a simple and consistent mannerâ so that to speakers of a languageâ the written words will always look the same. In a senseâ the 26 letters are convenient alternatives to thousands of drawings. They are building blocks for the construction of visible wordsâ like the wooden tablets used in many board games. âDecoding to soundâ has nothing to do with it. Readers have coped with nonalphabetic languages like Chinese for centuriesâ and continue to do so. Learning to read an ideographic script has never been a particularly complicated or traumatic process. Even in alphabetic cultures today we all understand a multitude of symbols that donât decompose into individual soundsâ like the ubiquitous X (âdonât even think about itâ)â the icons on washroom doorsâ dashboardsâ and laundry machinesâ numerical symbols like 1â 2â 3â and so forthâ and such characters as @ # $ % ^ & * ( ) + = ? on keyboards. They have namesâ but they canât be decoded into sounds. Nor has the alphabet anything to do with encodingâ for that matter. Letters correspond to sounds only coincidentally; they are guidelines that keep transcribers from representing words in an idiosyncratic and arbitrary manner. Letters cut down on arguments. No one can claim that C-O-W is a better way of writing âhorseâ than H-O-R-S-E. But this was far more important for the transcriber than for the writer. In factâ it was not until after the Gutenberg revolutionâ when texts began to be mass producedâ that printers began to worry particularly about consistency. They didnât want spellings that sounded rightâ just ones that werenât contentious.
The alphabet is a construction kit for putting words togetherâ much like the set used by a person who constantly changes the billboards for movie theaters or supermarketsâ assembling one letter at a time from a stock (for the English language) of 26 alternatives. This is an enormous advantage. From just 26 basic shapesâ a unique visual representation of every word in the language can be produced. The sign writer doesnât even need to be literateâ as he copies one letter at a time from his script. And contrast the cost-effectiveness of having 26 basic shapes from which to build wordsâ compared with the complexity of Chinese scriptâ which for formal purposes has to be drawn by an artist. (A standardized alphabetic form of Chinese became imperative with the advent of keyboards for typewriters and computers.)
The second advantage of the alphabet is that each of these shapesâ and their variantsâ has been given a nameâAyâ Beeâ Seaâ etc.âso that the illiterate sign writer can be told how to construct every word in the language. Instead of âUse a circleâ a zigzagâ and a right-angleâ he can be told to put up an Oâ a Wâ and an L.
When a child asks âHow do I write cat?â we donât have to say âThereâs an open circle at the beginningâ then a closed circle with a tailâ and finally a âŠâ (I canât even think how to describe a âTâ)â we simply say âCat is written C A T.â We can do that for every word in the language.
This far from exhausts the utility of the alphabet. The 26 letters have been assigned a conventional orderâ so that every word in the languageâ including namesâ can be put into easily sortedâ easily searchedâ sequences. Think of the utility of alphabetical order in dictionariesâ directoriesâ librariesâ and other information storage and retrieval systems. Imagine the organizational chaos if alphabetical order didnât exist. (How could I construct an author and subject index for this book?)
So the alphabet earns its keep; it is one of our most useful inventions. But it is not essential. We could have visible language without it. People can learn to read without a phonetic alphabet without great difficulty. Chapter 9 examines why the sounds associated with letters are largely irrelevant and frequently misleading for readers and writers. But hereâs a quick demonstration of that fact. Computer programs that âreadâ by producing sounds from text that is keyboarded inâ and that âwriteâ by transforming speech input into textâ donât use phonics. The programs wonât work at the letter-sound level. And as for âphonemic awarenessââ the detection of distinct sounds in spoken language that are supposed to correspond to lettersâ computers canât do it at all. Computers do best with wordsâ especially when grouped in meaningful sequences.
Language
I donât propose to enter into a lengthy disquisition on the nature of languageâ or on its uses in societyâ communicationâ and expression. I just want to focus here on one narrow aspect of languageâ which has a considerable impact on the way everyone thinks. I want to consider how language creates worldsâ objects and rela-tionshipsâ which in no other sense exist. Language makes us think something is there when it isnât. It deceives us.
The human race is always prone to give names to aspects of experienceâ and then to take for granted that whatever corresponds to those names exists. Give something a name (like intelligenceâ or perseveranceâ or wickedness)â and many people will think that it existsâ not as a kind of behavior that fits a certain descriptionâ but as the cause or underpinning of the behavior. Thus for example readingâ which in general is easily identifiable behaviorâ has become transmuted into the reading processâ which is assumed (by many) to actually exist within the human brain (which is also supposed to contain a writing processâ a grammatical processâ and a phonemic awareness process).
Learning and comprehension are particularly interesting examples of this drive to construct fictitious entities. Both are widely regarded as skillsâ reflecting learning and comprehension processes in the brain. Instructional programs are devised to augment these processesâ and standardized tests to calibrate their effectiveness. But a different point of view can be taken that learning and comprehension are simply states of the human organism. They are neither skills nor processesâ but a consequence of being alive. Their presence in human beings doesnât have to be explainedâ only their absenceâ or rather the consequences of their suppression. Any human in a position of being unable to learn is bored. No one would claim that boredom was a process; it is the opposite of learningâ an alternative state. Similarly absence of comprehension is not a lack of skillsâ nor the shutting down of a process; it is a stateâ to which we normally give the name of confusion. It might be tempting to consider confusion ...