Tales from Neuroscience: How the Reading Brain Informs
Transcript of Tales from Neuroscience: How the Reading Brain Informs
6/6/2018
The Reading Brain: InformingInstruction, Prediction of Dyslexia, and
Reading in a Digital AgePATTAN Maryanne Wolf
The Reading Brain: Informing Instruction, Prediction of Dyslexia, and
Reading in a Digital Age PATTAN Maryanne Wolf
The Center for Reading and
Language Research
Committed to the pursuit of multi-disciplinary research about how the brain learns to read across all ages and stages of development
UCLA Center for Dyslexia, Diverse Learners,
and Social Justice
Gene
Cognitive Classroom
Behaviors Tales from Neuroscience: How the Reading Brain Informs
Connecting Evolving Knowledge
Bases
Brain Cell/ Areas Neuron
Neural Circuits
Part I: Learning to Read and Reading Deeply
Part Two: Dyslexia
Part Three: Prediction and Intervention
Part Four: Deep Reading in a Digital Age
1
6/6/2018
Preface: The Mystery The human brain was never born to read
or multiply numbers or program.
How then does the human brain learn
new cognitive functions?
The Plastic Reading Brain Circuit
Principles of the Brain’s Plasticity within Limits for Cultural Inventions
1. 2. 3. Ability to form Ability to Depends on whole new recycle and environment/ connected repurpose limits circuits areas
DehaDehaene, 2015ene, 2015
2
6/6/2018
Whole New Reading Circuit
Existing circuits
of neurons
Originally designed for vision,
language, & cognition
Brain can rearrange itself in multiple ways to read, depending on writing system, medium, and individual variation.
Bolger, Perfetti, & Schneider
Multiple Circuits | Plasticity of Reading Brain
How does the Young Brain Learn to Read?
PART ONE: The Developing Brain
Each new reader must create a new reading
circuit from older cognitive and linguistic
structures and their connections
3
6/6/2018
Best To Start Early… And Invest Wisely…
Source: Dr. Jacques Vandergaag, University of Amsterdam, 2004
Phonemes Orthography Semantics Syntax Morphology
Phoneme Awareness
Explicit emphasis on
sounds’ representations
4
6/6/2018
Semantic Development in Every Book and
Story
32 Million Word Gap
Replication of Hart and Risley
Quality of early language interaction predicts later
development in low income families Hirsh-Pasek et al, 2015
Books From Birth AAP Literacy Recommendations
Shared reading “stimulates optimal patterns of brain development at a critical time in child development, which, in turn, builds language,
literacy, and social‐emotional skills that last a lifetime.”
High, P. C. and P. Klass (2014). "Literacy promotion: an essential component of primary care pediatric practice.”
5
Unnecessary Debate
Study 1: Quantitative Home Reading Environment and Neural Activation During Story Listening in
Preschoolers 3‐5 y/o: John Hutton, Cincinnati Hospital
•Semantic Processing (Understanding) •Visual Imagery •Controlled for household income
Semantic network
Left Hemisphere
1. Adapted from S. Dehaene, “Reading the Brain,” 2010. 2. Hutton, et al. Pediatrics, 2015.
Study 2: Maternal Shared Reading Engagement and Neural Activation During Story Listening in 4 y/o low‐
SES girls
•Expressive language •Complex language processing •Social-emotional integration •Working memory/attention
Left Hemisphere
1. Adapted from S. Dehaene, “Reading the Brain,” 2010. 2. Hutton, et al. In Submission, 2016; presented at PAS 2016.
”Goldilocks” Effect
6/6/2018
Illustrated story-reading by adult has significantly better effects on early language development than either an auditory version or an animated one. John Hutton, Cincinnati Hospital for Children
6
6/6/2018
Representations of Letters &
Letter Patterns
Conventions of Print
Left to Right Scanning
Developing Knowledge of Different Phrase & Sentence Structures
Increases Fluency
7
Eliot)
6/6/2018
Semantic and Syntactic Processes (with George
Representations of Prefixes, Suffixes, Roots
(Morphemes)
Increases Fluency by Orthographic chunks, Semantic & Syntactic
Knowledge
Decoding plus “Deep Reading” Connected in Milliseconds in Medium of Print
Dehaene, 2015
At the heart of reading, 100 to 200 milliseconds allow us
“time to think our own new thoughts”.
The Heart of Expert
Deep Reading
8
6/6/2018
Background Knowledge
Perspective Taking/Empathy
Critical Analysis
Novel Thought
Inference, Deduction/Induction Analogical Thinking
Imagery
Insight & Reflection
Deep Reading Background Knowledge
“Reading is cumulative and proceeds with geometric progression: each new
reading builds upon what the reader has read before.”
Albert Manguel, A History of Reading
Background Knowledge New Matthew Effect for Background Knowledge
Will it be threatened by too early over‐reliance on external sources of knowledge?
Will this impede use of analogical and inferential thought?
“The rich get richer and the poor poorer.
...Matthew 4:23
(Stanovich for vocabulary)
“
9
:
6/6/2018
THE TALE WITHIN A TALE:
“Here is the Golden Key. It is the capacity to pass over to others and come back to ourselves. We all have the capacity, but we
do not all discover it, come to use it, learn to
pass over. “
-Fr. John S. Dunne
Perspective Taking
•Theory of Mind
•Empathy
•Compassion
Bernhardt & Singer, 2012
Empathy
40% decline in empathy in our youth over 20 years, with most in last 10
years.
Sarah Konrath, Sherry Tukle
10
6/6/2018
Imagery, Empathy, and Hemingway’s Shortest Story
c
For Sale: Baby shoes. Never worn.
Sherlock Holmes and the ‘Scientific Method’ Processes
Analogy, Inferential/Deduction, and Critical Analysis
Miss Marple’s Secret Sauce: Empathy
Our deep reading brain favors Miss Marple.
11
6/6/2018
Critical Analysis & Vulnerability Insight and the Generative Processes
If background knowledge and inference are threatened, will critical analysis decline, leaving the reader susceptible to false information and demagoguery?
“An insight is a fleeting glimpse of the brain’s huge store of knowledge. The cortex is sharing one of its secrets.
‐ Jonah Lehrer
“
“We feel quite truly that our wisdom begins with that of the author…By a law which perhaps signifies that we can receive the truth from nobody, that which is the end of their wisdom appears to us as but the beginning of ours.”
Marcel Proust
“Nous sentons tres bien que notre sagesse
commence ou celle de l’auteur finit... “
The Deep Reading Brain
requires both milliseconds during the
reading act
and years of formation to change the “quality of attention” and depth of
thought.
12
6/6/2018
Deep Reading Brain Circuit and St. Thomas Aquinas
PART TWO: The Reading Brain, Dyslexia, Prediction, Intervention
How does the brain learn to read in individuals with dyslexia? What is cerebrodiversity?
What is dyslexia and can we predict it before a child fails and becomes ...?
Why do some children fail to learn to read without dyslexia ?
The Diversity of Dyslexia
Arts & Science EntrepreneursAlexander Graham Bell Richard Branson Lewis Caroll John Chambers
Leonardo Da ViNnci Stephen Cloobeck
Antoni Gaudi Walt Disney
Pablo Picasso William Hewlett Robert Rauschenberg Steve Jobs Auguste Rodin Craig McCaw Steven Spielberg Anita Roddick
Nikola Tesla Charles Schwab
Ben Wolf Noam
13
6/6/2018
Integrative Approach to Dyslexia ResearchFumiko Hoeft UCSF
Brain electrical activity Brain structure & function
EEG fMRI DTI
MEG NIRS
MRI
EEG / MEG
Genetics Brain stimulation
TMS / tDCS
character traits, socio-emotional
Grit, Resilience, Mindset, Empathy
The Neuroscience of Dyslexia – Emerging View Focus Also on Strengths, Protective Factors & Resilience
visuo-spatial Holistic, 3d
cognitive explicit memory comprehension
IQ, reasoning, oral language …
RELATIVE STRENGTHS phonological processing
(visual/selective) attention
cognitive implicit procedural learning
short-term memory
information processing
RELATIVE WEAKNESSES
dd
Fumiko Hoeft UCSF
14
6/6/2018
Differences in white matter integrity across reading development
Wang et al., 2016
15
6/6/2018
Six Distinct Profiles of Early Reading
Ozernov-Palchik et al., 2016
Stability of Early Reading Profiles 1st grade
• 100% of children remained in the same groups
Ozernov-Palchik et al., 2016
16
OO4
6/6/2018
Reading outcomes at the end of 2nd grade
Ozernov-Palchik et al., in prep
All children with dyslexia begin as
struggling readers, but not all struggling
readers are children with dyslexia
Brain Reading Plasticity Enviornment Practice
SES modulates risk reading outcomes
• Children from Low-SES families who were at risk in kindergarten were significantly more likely to become poor readers as compared to children from the High-SES group
16 %
44 %
High SES Low SES
Risk No Risk
Risk No Risk
Higher left ILF coherence in High SES
• The High-SES group had significantly higher FA values in the cluster adjacent to the visual word form area
Ozernov-Palchik et al., under review
Brain Reading Plasticity Enviornment Practice
17
Slide 67
OO4 Change figure to different colors and legend in bottomOla Ozranov, 4/16/2018
6/6/2018
Brain Reading Plasticity Enviornment Practice
SES modulates brain reading outcomes
• Lower left ILF coherence in kindergarten was associated with worse 2nd grade reading outcomes in lower- but not higher-SES children
Ozernov-Palchik et al., under review
18
6/6/2018
The Forgotten Boys:African-American, Smart, Struggling, Doomed by Grade Four,Connected in Milliseconds
• Jeanne Chall’s last message• Special Issue in Reading and Writing: • Co-Editors Shawn Robinson & Corey Thompson
Part Three: Using the Reading Brain Circuit
to Inform Instruction and Intervention
19
6/6/2018
BEFORE READING BEGINS: Music, Rhythm, and Phoneme Awareness
• Tested over 150 students from preschool to 2nd grade
• Relationship between rhythm and phoneme awareness
• Music training in K: better reading in Gr 1.
Ozernov-Palchik, Wolf, Patel., in prep.
Music , Rhythm , and Reading
• Did Sandy Same or Dudley Different play the drums?
• Tested over a 150 students from preschool to 2nd grade
Ozernov-Palchik, Wolf, Patel., in prep
Rhythm Skills Were Associated with Early Literacy Across Development
Strong Beat: R=0.42, p<0.001, Weak Beat: R=0.22, p=0.06
Strong Beat: R=0.6, p<0.001, Weak Beat: R=0.28, p=0.1
Ozernov-Palchik, Wolf, Patel., under review
Increased Activation During Phonological Processing was Associated with Rhythm Performance:
Z = 42
Z = 47
Z = 52
Z = 37 4
6
8
10
12
14
16
-2.00 -1.00 0.00 1.00 2.00 CT
OP
P M
emo
ry f
or
Dig
its
L_T-P_FSM Mean Activation
20
Unnecessary
Debate
6/6/2018
Unnecessary Debate
Phonics emphases on explicit decoding principles and phoneme awareness
Whole Language emphases on implicit learning from words and texts
Dyslexia Paradox
Early intervention is best - Lovett, Wolf, Morris, et al., in press
Identification in Grade 2 or 3 is the norm.
- Nadine Gaab
Two Decades of
Intervention Studies Robin Morris, Maureen Lovett,
Maryanne Wolf
Components of the
Reading Brain Circuit (POSSuM)
Millisecond Connections
Deep Reading
Processes
21
6/6/2018
Reverse Engineering of Reading Brain
Components for Differences in Dyslexic Brain and Dysfluent
Readers
1. 2. Explicit “Deep reading”emphases on comprehensioncircuit parts processesand how words work
3. Their millisecond connections
SGrV
LM
LSVVMGr
VGrS
Grammar Processes
Sound Processes
Vocabulary Processes
Letter Processes
Morphological Processes
One Example of Multi-Component Intervention: RAVE-O and its Characters
Metacognitive Strategies Embodied in Characters for each Component of a Reading Circuit
22
6/6/2018
Many Interesting Meanings
Many Interesting
Connections
Strategies for Semantic Skills
Representations of Prefixes, Suffixes, Roots
”Secret Sauce” for Orthographic, Semantic &
Syntactic Knowledge
Polysemy and Semantic/Syntactic Flexibility
The bat bats with a bat.
Duck, duck. The duck ducked.
Sam tracked the tracks by the tracks.
23
6/6/2018
24
6/6/2018
25
6/6/2018
WRMT- Word Attack WRMT- Passage Comprehension
Effect Sizes avg .99 over 14 measures
Multi-component Intervention
Lovett, Frijters, Wolf et al., 2017
Early v. Later Intervention Effects
Test of Word Reading
Efficiency sight words
(raw scores)
26
EUREKA-Italian translation: Traficante and Andolfi, 2017
6/6/2018
Developing Knowledge of PART FOUR:Literacy Increases
Using the Reading Brain Circuit Relationships
to Understand Deep Reading in a Engagement
Digital Age and its Implications for Mastery
the Next Generation Optimism
& Our SelvesSense of Well Being
As we move to digital mediums, what are the deeper implications of having a plastic reading circuit?
“The real question is whether the affordances of reading on screen lead us to a new normal, one in which length and complexity … and memory and especially concentration are proving more challenging.”
Baron, 2015–-CASBS 2013-14
27
6/6/2018
The Reading Circuit Reflects the Medium
Novelty Bias: The Basis of Distraction in Children and Adults
“Every medium has its costs and weaknesses; every medium develops some cognitive skills at the expense of others…the Internet may develop impressive visual intelligence, the cost seems to
be to deep processing: mindful knowledge acquisition, inductive analysis, critical thinking,
imagination and reflection.”
-Greenfield, 2009
“Humans will work just as hard to obtain a novel experience as we will to get a meal or a mate.”
Glut of Information & Sensory Overload in Youth and Adults
Will our glut of information reduce our capacity to process it? Will we narrow ourselves to silos of
less dense information that conform to what we already thought?
Will changes in attention and
the expectation for constant, immediate information from
external platforms of knowledge threaten the
formation of deep reading in young
digital readers?
28
6/6/2018
Evidence “Skimming is the New Normal”
So is Distraction, Attention Switching, and Voluminous Information
In scanning, Less time on in- Decreased browsing, depth, sustained bouncing, concentrated attention and 1 2 3 keyword reading; novelty memory.spotting. bias:
Changes in attention and memory;
Comprehension of text and sequencing of details…
Anne Mangen; Guernsey & Levine
27 distractions an hour.
Dehaene, 2015 (Liu, 2005, 2009, 2014) (Baron,2014)(Barron,2014)
iPad is the New Pacifier Hyper Attention in Children
Differences in Early Language
Hirsh-Pasek et al Zuckerman & Radesky
Continuous partial attention and multi-tasking
Requires high levels of stimulation
Low-level threshold for boredom
Bathed in fight/flight hormones
29
6/6/2018
Deep Reading, Our Young, and Ourselves
Ensuring the formation and sustaining of deep reading is our best inoculation against their vulnerability (and ours) to false information, demagoguery, and indifference to “other”.
We can not go back to a pre-digital
time; but, we should not lurch forward without understanding
what we will lose, what we will gain,
for our species’ cognitive repertoire.
30
Grammar Processes
6/6/2018
Can we help new readers to develop a bi-literate brain and to know when to skim and how to read deeply?
Can we design a digital learning system that redresses its own weaknesses and facilitates reflection and a new sense of “other”?
Can all children become literate?
Can we create an experience on a tablet that can help children learn to read who have inadequate or no
schools in remote parts of the world or our backyards?
C U R I O U S L E A R N I N G : A G l o b a l L i t e r a c y P r o j e c t C o l l a b o r a t i o n : T u f t s U n i v e r s i t y , M I T M E D I A L A B , G S U
SGrV
LM
LSV VMGr
VGrS
Sound Processes
Vocabulary Processes
Letter Processes
Morphological Processes
Reading Brain:
Basis for Curation
31
6/6/2018
Ethiopia
32
6/6/2018
130
Pope Francis
“Children are a sign. They are asign of hope, a sign of life, but also a 'diagnostic' sign, a marker indicating the health of families, society, and the entire world. Wherever children are accepted, loved, cared for and protected, the family is healthy, society is more healthy, and the world is more human."
33
6/6/2018
“
“Literacy alters the brain in profoundly transformative ways, which alters the person, which alters the species, which alters humanity
itself.” This is our shared mission. Thank you each.
34