The Science of Reading Meets the Science of Brain Organization. How Bright Brain Thinking® Individualizes Structured Literacy Instruction.

I want to take back “balanced” and “whole” in literacy instruction. Both terms are getting a bad rap these days, now that reading curricula are getting a comeuppance for encouraging readers to use context cues to guess at words instead of decoding them, effectively providing only one side of the necessary instruction for proficient reading. 

But what if “balanced literacy” meant exactly that, instead of the pejorative term used to refer to any literacy instruction that comes under the discredited names of “Units of Study”, “The Classroom Workshop” model or “Fountas and Pinnell”. In other words, programs that Louisa Moats claims are “hiding behind the phrase balanced literacy in order to win contracts from school districts and avoid public scrutiny” (Moats, 2007).

In my office, balanced literacy instruction quite literally means using the science of reading (SOR) in an explicit application of structured literacy methods that employ both sides of the brain in a balanced way to experience a whole brain approach to reading. We cannot read (or do anything for that matter) with only one side of our brain. We need both the foundation concepts of print (mainly left hemisphere skills) and the meaning-making ability of comprehending print (mainly right hemisphere skills). Yet the educators who disparage balanced literacy seem to assume that it means Whole Language, an approach that emphasizes meaning over phonics and the alphabetic principle. Take this post by Lexia Learning, for example, that sets out to explain the difference between the SOR and balanced literacy.

“Any instructional method that does not teach the components of the science of reading in an explicit, cumulative, and responsive way will leave children behind, often without understanding why the student is struggling. That is the unfortunate impact of many literacy approaches schools use today, like balanced literacy, when educators don’t have the evidence-based knowledge they need to help every student.”

The Lexia authors are correct in promoting explicit, structured, and responsive instruction, but wrong in their assumption that all who use the term “balanced literacy” are under the influence of pseudoscience. While I cannot speak for the knowledge and training of other teachers and literacy coaches, this Reading Specialist is well informed of the research, the best practices and the science that includes both skills-based and meaning-based instruction in explicit, cumulative, and responsive ways.

In fact, the evidence-based reading instruction that I’ve found works best, is instruction that allows for differentiation and individualization of strategies and skills through the science of brain organization and hemisphere lateralization. Bright Brain Thinking® is the name I’ve given this framework and it allows me to identify the exact skills that a student needs to close the gap in their reading development. It is the best of the science of reading in a balanced, whole-brain way.

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What is Bright Brain Thinking®

I’ve been a clinical speech-language pathologist for 25 years. In the course of my career, I’ve worked in every environment possible from skilled nursing facilities, outpatient rehab, acute care, home health, schools, and clinics and worked with nearly every type of disorder from voice, stuttering, swallowing, aphasia, dementia, dysarthria, expressive language delay, autism, cleft palate, degenerative disease and cognitive impairment, and every age from infancy to adult. I finally found my place in private practice in 1998 with a specialty in written language development, specifically, reading development. I’ve gone from being a generalist to becoming a specialist. A broad view down to a narrow one. I see patterns and apply the similarities to greater understanding of the individual in front of me. This, in short, is the way I think. And it was my students who taught me that this way of thinking is because of the way my brain is wired. It is my cognitive dominance. And we all have one.

But I didn’t know this at first. It took twelve years and countless students, a PhD, and the birth of the field of Epigenetics for me to understand that the brilliance I saw in these children was due to their divided brains and the resulting dominance of one hemisphere. Yet it is the pressure of the educational environment and a system that is built on a cultural preference for left hemisphere dominance, that causes these brilliant children to appear less than brilliant to the adults that teach them and who are guiding their lives as learners.

I came to understand this idea of hemisphere dominance by seeing it in the children with whom I worked. Specializing in reading development gave me a unique context in which to see brain lateralization in its developmental stages. And because of my training as a speech-language pathologist, I always viewed individuals as intact before seeing the disorder. This was a fundamental principle of the training I received during my master’s program at Emerson College: never speak of a child as being Autistic, or an adult as being Aphasic. We were taught to always see the person first. And our language mattered because it shaped our thoughts about, and actions toward, the individuals with whom we would work.  Thus, it was a child with Apraxia of speech, or an adult with hearing loss, instead of an Apraxic child or a hearing-impaired adult. So, when children were referred to my office by teachers, psychologists, or their parents because they saw a problem, I understood this was the main concern, but then I went to work looking for what was intact, what was working, what were the strengths. And I saw them in abundance.

When Evan was in second grade, his mother called my office because he was still reading at a first-grade level. He was fine in math and his school did not see a need for any formal evaluation, but his classroom teacher thought he would benefit from some one-on-one instruction in reading. Evan had been in the “pull-out” reading group all through first grade (for those the teacher thought needed more attention), but his mother explained that “a lot of the kids were pulled out, even if there wasn’t really a problem.” This small group instruction had helped (we know from research that one-on-one, or small group instruction is the most effective for learning), but Evan was beginning to get bored with the books his teacher was selecting for him. In his mother’s words, “They’re too easy for him and the content is too basic.” His teacher, however, insisted that he couldn’t access higher level, more interesting books on his own yet.

“Evan can tell that something is wrong,” his mom told me, “and it’s starting to affect his self-esteem.”

When she’d pointed this out to his teacher, the teacher reported that Evan “spaces out” when he’s asked to read to himself for thirty minutes. Instead of seeing that as a sign of boredom, she interpreted Evan’s lack of interest as lack of ability.

Evan hadn’t repeated any grades, was not identified as gifted, and hadn’t had any previous speech-language therapy or any remedial reading instruction (the small group “pull-out” was considered part of the regular reading groups). His hearing was normal, he didn’t wear glasses, and had not undergone any previous cognitive evaluations. He was the product of a full-term pregnancy without complications and all his early developmental milestones had been met within normal limits: he’d crawled at eight months, spoken his first words at ten to eleven months, walked at twelve months, and was reading by age five and a half. He had a right-handed preference for writing and throwing. His mother and father, both professionals with advanced degrees, did not know what might be contributing to his difficulty and were very concerned that he might quickly fall behind in school. There was no family history of learning challenges or any events in the home that could be adversely affecting Evan and his ability to learn. They hoped if they addressed this quickly, they could preserve his self-esteem and help him feel good about school and learning.

Evan attended a small elementary school that ranked in the top five percent in the state. Families often moved into this neighborhood so their children could attend it. It boasted a ten percent gifted and talented rate among the less than 500 students, and the instructor to pupil ratio was 19:1. Evan’s classroom teacher was trained to know the early signs of reading difficulty and to address them immediately. She noted that Evan had trouble sounding out words, did not remember all the phonics patterns, and read slowly. The district-wide academic assessment at the end of first grade showed Evan made little to no growth in reading and placed him at a first-grade level for the beginning of second grade, with one exception: his comprehension. Evan understood what he read. In fact, his comprehension was well above all the other scores on his placement testing. His teacher reported Evan loved to listen to stories read aloud to the class and he consistently contributed meaningfully to the book discussion with insights about things that were not stated in the story.

This was part of what confused his parents. “He seems so smart, and we’re not just saying that because we’re his parents—he has a great vocabulary, he really follows adult level conversations at home, and we read to him from books that are way above what he can read on his own. He loved the entire Harry Potter series, and the Hardy Boys are a favorite request.”

His teachers and parents were stumped. Evan was obviously bright, so why was he having trouble reading at his level? What was tripping him up? Why wasn’t the classroom instruction or the small group intervention able to close the gap?

 

Ryan, was a happy, spritely little girl with chestnut brown hair, an impish disposition, and a laugh that made her whole-body bounce. She was the product of a pre-term pregnancy, so even at seven, she was small for her age and also the youngest in her class with an August birthday. Despite her early arrival in the world, Ryan had met all her developmental milestones on time and was thriving at school, again, except in the area of reading. She had never required supplemental therapy or remediation for any of her skills, but like Evan’s parents, hers were hoping some help could get her back on track with the rest of her peers.

Ryan had a creative streak. She loved drawing and painting in every free moment (her favorite subjects were PE and art) and playing make-believe with her little sister, who at the age of two and a half, was more of a prop for Ryan’s active imagination than a playmate. There seemed to be obvious sibling tension between Ryan and her older brother, however, who was an early reader and would often be found head down in a book ten times thicker than his glasses[RK2] . He often teased Ryan about “the baby books” she read.

Ryan’s mother remarked that self-esteem was her biggest concern for Ryan, who had begun to notice that her classmates were reading at a higher level, so she started hiding out in the class’s cubby corner during reading time, burying her book in her lap or a pillow so no one could see what she was reading. Her mother told me she and her husband made constant positive comments about her ability to read and learn, but the encouragement was overshadowed by her experience in the classroom. Her father felt that Ryan should be as avid a reader as her older brother and expressed that she simply wasn’t trying hard enough. Her mother felt Ryan was being forced to read before she was ready by a school that was aggressively oriented toward grades and competition.

 As a 3rd grader, Jeremy was a sweet, sensitive, cheerful child who exhibited a strong interest in puzzles, Legos, drawing, art, mazes, computers, and numbers from an early age. His parents and teachers reported Jeremy having a vivid and active imagination. He began reading from Dr. Seuss books when he was five and listened to his parents read him Harry Potter when he was six, fully understanding and enjoying the story. In addition, Jeremy exhibited advanced social skills, so he was accelerated past first grade into second upon entrance to elementary school.

However, as a result of skipping the early literacy instruction he would have received in first grade, Jeremy showed difficulty acquiring advanced reading skills in second grade. His 3rd grade teacher was concerned that Jeremy was having difficulty paying attention. He was “wiggly and often off in another world.” She recommended that he have a full cognitive evaluation and be tested for ADHD. His parents didn’t see this difficulty. At school, when she volunteered in the classroom, Jeremy’s mother observed her child attending and participating to the same degree as any of the other children. At home, Jeremy was capable of playing quietly for periods of time and easily switched focus between tasks when he was asked to. Jeremy’s science and art teachers similarly did not see any issues with attention, nevertheless, they had Jeremy tested in fourth grade. The results placed Jeremy in the average range for reading skills for his grade (at 4.5 grade level), but his passage comprehension score was at the sixth-grade level and his reading fluency at the third-grade level. In math, he exhibited low average ability with math calculations at the 3.2 grade level, while his math reasoning was average at the 4.1 grade level.

Further cognitive testing that same year showed Jeremy performing in the gifted range on verbal comprehension, picture concepts, and perceptual reasoning, which were all at the 99th percentile. His full-scale IQ was recorded at 145 with a 53-point discrepancy between composite scores (processing speed and verbal comprehension). Despite the suspicion of his third-grade teacher, Jeremy was never diagnosed with ADHD or any other learning challenge.

By the time he reached sixth grade, Jeremy still loved art and all things creative, drawing and doodling every chance he got. He liked math, but still had difficulty with calculations, recalling how to set up problems, and knowing which sequence to follow to solve them efficiently, but he often estimated answers within a digit of the correct response. Under timed conditions on tests and in-class work, he performed poorly, forgetting operation signs in his calculations. When writing, he often excluded correct grammar, when asked to respond to comprehension questions on paragraphs pulled randomly from books, he also struggled. He seemed to take longer to process new information than his classmates, often provided unusual or creative responses rather than the one his teacher expected. He read slowly but still loved literature and writing. His spelling was a blend of accurate complex advanced patterns and misspelled high frequency words.

Again, his parents were perplexed, and his teachers weren’t sure how to work with him. Jeremy confused them with his obvious intelligence in the midst of basic errors they felt he should have mastered. They seemed stuck for a label to give him that would help them know how to teach him, or perhaps a way to let someone else address his challenges.

The Evans, Ryans, and Jeremys are all amazing at creative skills like drawing and problem solving with puzzles, mazes, and blocks. They like cursive and have neat handwriting; some of them love calligraphy. They have advanced vocabularies and comprehend adult language better than some adults. They like individual sports like Parkour, rock climbing, or skateboarding—sports that are about achieving new skills and aren’t by their nature competitive or based on a scoreboard and winning or losing. They tend to see the big picture or the overview before the details, are incredibly kind, sensitive, and make friends easily. They see patterns between ideas and draw connections and inferences in usual and unique ways. Most distinguishing of all their strengths is the fact that they think in pictures. They are natural visualizers, making mental representations of everything they hear or read.

In other children, I notice an opposite pattern of strengths. Instead of the creative, problem-solving skills of the Evans, Ryans, and Jeremys, I see incredible abilities in recalling facts and noting specific details: they easily remember dates, names, and places that they heard or read about. They are great at memorizing multiplication tables and performing calculations and problems with embedded sequences of steps like the ones needed for long division. They often play a musical instrument or three, excel in their foreign language classes, and participate in debate club. They like rules, excel at competitive, organized sports, and do well on timed tests and tasks that required processing abstract information without context (like those little paragraphs on the SAT test that have no title and seem randomly pulled from classic texts that we then have to answer multiple choice questions about).

This personal ideology of seeing the person before the problem and the strengths before the struggle was tied to my training in child language development. In my first year of graduate school, I was introduced to the work of Lev Vygotsky, the Russian psychologist that every graduate student in Communication Disorders knows from his theory on the Zone of Proximal Development. This theory says that when a child is in the “zone,” the distance between where a child is in their independent development and where they are capable of arriving, their potential, is made shorter by the right kind of help and guidance from a caring adult. In all cases, “the right kind of help” is, in my view, working from their strengths—what I eventually came to recognize as their cognitive dominance.

So, I applied evidence-based methods to address the challenges they were coming to me to resolve, but instead of applying the programs, methods, and techniques the way they were intended, to their weaknesses alone—a classic deficit view approach to remediation—I used the students’ strengths to bootstrap the learning of the new skills I was helping them develop.

With Evan’s extremely advanced comprehension skills for spoken language, I knew he was a picture thinker. His strength was visualizing. Visualizing is the key to understanding and memory. I learned this when I was a consultant at Lindamood-Bell Learning Processes in 1998 and was training other clinicians to deliver their Visualizing and Verbalizing® program to children with poor comprehension skills. As Einstein said, “If I can’t picture it, I can’t understand it.”

I observed that picture thinkers didn’t like to sound out words, one at a time, in order. They wanted to grab chunks or whole words off the page, seeing the big picture before—or sometimes instead of—the details of the letter/sounds. Similarly, their spelling tests reflected an uncanny ability to recall complex and irregular letter patterns they’d seen like ough, ight, tion but when their teachers told them to “sound out” words they often substituted or omitted single letters or letter chunks that represented crucial sounds in the word thinking trapped is spelled chrapped and shine was sine. They were also often described as “early readers” by their parents, devouring Dr. Seuss books by the age of four or five. But in reality, they were memorizing the word forms and using their comprehension and the predictive nature of the text (“Left foot, left foot, right foot right, feet in the morning, feet at ____”) to “read” without knowing the letter-sound combinations. This ability to fill in the blanks when information was not provided was a consistent super power of these visualizers. They were great at making meaningful connections between ideas and using the context to glean understanding when they couldn’t read the actual words.

While they displayed these wonderful abilities, they also experienced a comparative set of weakness in the skills for decoding, sounding out words, and deciphering spelling taught from the sound-it-out approach they learned in school. Instead of reinforcing their sense of failure and frustration by teaching these discrete concepts as unitary, isolated abstractions without context and with a focus on the symbols, sounds, and rules, I explicitly taught these concepts using the strengths and preferences from their profile: pictures, color, context, and story, encouraging their natural visualizing and overview ability. And I allowed them to read using context to close the gap between known words and words they hadn’t yet encountered by skipping the unrecognized word, reading past it and gathering more understanding from the words around it, then going back and popping the word off the page from the initial letter or two and their formidable comprehension ability. It was a strengths-based approach to developing their discrete sound awareness and knowledge of the alphabetic principle—the idea that letters map onto sounds and there are patterns to how letters and sounds are used in English (phonics). It honored who they were as learners, how they thought. My visualizers loved this approach to reading. It immediately made use of their dominant abilities and made them feel successful with a skill that they previously felt incapable of achieving. Their reading took off and so did their confidence.

I began to teach my students about the brain. I drew a picture on the white board of an oval representing a bird’s-eye view of the brain, with a line drawn down the middle. I labeled the left side “left hemisphere” and the right side “right hemisphere”. Then I explained all the skills that were strongest on each side, and asked them to think about which skills they felt were their strongest. Every student was able to identify their stronger set of skills, and it always clustered to one side. Eventually, I would come to discover a test to validate their awareness and confirm this phenomenon that gave each side of the brain its particular “take” on the world. This knowledge of the specialized skills of each hemisphere and the identification of our own cognitive dominance from knowing these skills is what I call Bright Brain Thinking®. It is a framework from which all of us can learn, live and love in the world with greater self-awareness and self-esteem, and great understanding and compassion for others.

Bright Brain Thinking® allows all of us to become self-possessed of our important qualities—consciously knowing what we are good at, what our strengths are and why we think the way we do. From this knowledge we are empowered learners, confident and self-assured of our innate goodness instead of feeling that our challenges are the result of some underlying inadequacy and unalterable problem inherent in our make-up. It allows us to know that the way our brains work is good. 

 

Being Bright Brained

I was in graduate school before I knew how to learn. Until then, I had been spending hours memorizing whole semesters worth of content and retaining it long enough to reproduce it on exams. I held most of the instruction in my auditory memory--short term storage. Consequently, much of what I had been taught was quickly forgotten. I was not empowered as a learner because I had never been taught how I learn. 

By the time I got to graduate school, the load, complexity and specialization of the information was so great, that I could no longer rely solely on these auditory skills. I began to intuit what I needed to do to learn the information quickly, easily and reliably. I color coded my notes, and grouped concepts, recognized patterns and connected ideas through meaning. As a visual thinker, representing the bulk of my thoughts in images, I relied more confidently on my visual memory. I needed to transform the information that was coming at me, into a useful format that I could receive, represent and make permanent. I needed to make it match my visual strengths.

After graduation, I went to work for a reading intervention company called Lindamood-Bell. I was hired as a Consultant and began testing and coaching the tutors to deliver the multi-sensory instruction to students. One of the programs they teach is called Visualizing and Verbalizing. Tutors delivered explicit instruction in making mental pictures.

This was revelatory to me for two reasons:

  1. I took it for granted that I made mental pictures and thought everyone did!
  2. I discovered that some individuals needed to be taught how to do something that came naturally to me.

But then, a greater shift occurred. In seeing that this skill of visualizing was important enough to teach, it was as if someone gave me permission to use it, to consciously pay attention to the pictures that my mind made so easily. Instead of feeling like I was the one who was different, out of sync, incapable, I realized I had the advantage. I could do it automatically. But the life changing part was this: The expectation to visualize validated me as a learner. This was the way I thought naturally, and here were teachers, telling other students that in order to comprehend (the very definition of learning), they needed to develop this skill--a skill that I had been born with and used all the time without trying and it was the one that everyone wanted!  Not only could I be myself, but suddenly, I felt like the one with the answer.

What I have learned in the 19 years since then is that individual instruction can be even more powerful when it is combined with information on hemisphere specialization and attentional styles and cognitive processing strengths.

It has been my experience that when we engage our metacognition--the brain's ability to be aware of its own thinking and learning process--we can regulate and control information that comes in--we learn faster, better and more permanently. This is supported by years of research (Dignath, C. & Büttner, G. Metacognition Learning (2008) 3: 231). And by years of experience in the clinic and classroom. By discussing attentional style and hemisphere skills, individual students can identify for themselves what their strengths are and how they attend, and then they are empowered to make better use of the information they receive.

By engaging students' metacognition or self awareness about their own brains and how they learn, teachers are creating a common language to discuss the different ways individuals receive information, how they organize and represent it. And how these ways of thinking and learning affect our perception and experience of the world (McGilchrist,2009). We are teaching students that it is necessary to question how information comes to us, and to monitor their own reception of information to make sure it is meaningful and useful to them.

This for me, is the crux of being Bright Brained. Knowing how to transform the information into the format that matches my strengths.  I am strongly visual, with a right hemisphere overview attentional style. When the information is coming at me in a stream of words, I have to quickly link them to pictures, or support that auditory input with the visual of written notes. But if I can't translate the verbal message quickly enough (it takes longer to translate words into pictures hence the slower processing speed of most if not all Visually dominant individuals), I may have to record the lecture or content until I can review it at my own rate and process it in my own time.

In fact, these are the top 5 strategies that I use most often in my work with students who are struggling in our heavily auditory and sequential, left hemisphere world:

1. Teach OVERVIEW first and repeatedly throughout a lecture to reorient the students to their big picture focus and the related overviews within that

2. Use CHUNKING, PATTERN recognition for memorizing; Engage metacognition/context/meaningful connections 

3. Encourage VISUALIZING and use of COLOR

  • graphic organizers help visualize if information is highly sequential
  • visualizing must be taught explicitly if individuals do not do it, but if the person is a visual thinker, then reminding and encouraging this strength in the midst of a heavily oral/auditory environment will help them connect emotionally and feel safe to learn from their strength.

4. Use MNEMONICS and SAME SOUND MEANING CUE for memorization

5. Engage EMOTIONAL CONNECTION to the teacher and content—relationship with the teacher is paramount

Once individuals are told about the hemispheres and their dominant skills, they can then begin to see which ones they use easily and which they are less conscious of and need to bring in more deliberately. This is where Cognitive Processing strengths enter the picture. 

In addition to teaching students about hemisphere specialization, I talk broadly about auditory and visual skills. I then link this to the notion of engaging our stronger skills at the moment of intake, when information is coming in, how can I represent it, so that I can easily and quickly process it and make sense of it.

So being Bright Brained is knowing your strengths as a learner and being empowered to transform and translate information into a format that is useable for you for maximum benefit. 

How do You make the best sense of information you receive? Do you have strategies that you use that are helpful when the presentation is primarily verbal? We'd love to hear your ideas. Share them here in the comments section.