lake state presentation
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The New Science of Learning
Developed by Professor Terry Doyle Ferris State University
www.learnercenteredteaching.wordpress.com
http://www.learnercenteredteaching.wordpress.com/http://www.learnercenteredteaching.wordpress.com/ -
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Slides are available for download at:
www.learnercenteredteaching.wordpress.com
Lake Superior State University
http://www.learnercenteredteaching.wordpress.com/http://www.learnercenteredteaching.wordpress.com/ -
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Here is Our Challenge?
We as teachers cant make informed decisionsabout which teaching approaches or tools to use
if we dont first understand how our studentslearn.
To understand how our students learn we mustunderstand how their brains take in, process, andretrieve information as well as the numerousfactors that affect these processes.
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Key Questions
1. What new
responsibilities do
students need toaccept to optimize
their brains for
learning?
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Key Questions
2. What do
students need to
learn and whatcan they look up
as needed?
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Key Question
4. What would
make us happy
that our studentsstill knew and
could apply from
the content andskills of our course
a year later?
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An Different View of Learning
Guido Sarducci Five Minute University
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Educating for Life Long Learning
Cramming and forgetting will not cut it in
todays world and in the future our students
are facing.
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Facing a New World
In 1973 28% of jobs in
the United States
required a 4 year
college degree.
In 2018 57-67 % of jobs
will require a 4 year
college degree.
(Georgetown University study 2013)
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Facing a New World
It is estimated that
between the dawn of
civilization and 2003
there were five exabytes
(an exabyte = 1 quintillion
bytes) of data collected.
(Don Tapscott, Design Your Mind)
Today 5 exabytes of data
gets collected every two
days.
Soon it will be five
exabytes every few
minutes.
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Facing a New World
Currently there are 320
million Chinese honor
students and 280
million Indian honorstudents many of who
will be competing for
the same jobs our
college students want.
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Life Expectancy and Changes in
Retirement Systems
Current life expectancy
in USA is 78 years.
Medical breakthroughsmay allow many of our
students to live to be a
100!
Retirement may come
at 75-80 years of age.
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A Caution about Brain Research!
Brain systems relation to complex cognitionand behavior can only be explainedsatisfactorily by a comprehensive blend oftheories and facts related to all the levels oforganizationof the nervous system, frommolecules and cells to physical and socialenvironments.
(Antonio Damasio, Head of the
Department of Neurology at the
University of Iowa Medical Center)
Beware of
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The Human Brain
Forget that Right-Left Brain Myth
The human brain works
as a complex design of
integrated systems notthrough specialized and
competing right and left
brain functions.
(Tokuhama-Espinosa, Mind Brain and
Education Science, 2011
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20 years of fMRI Studies on Cognition
"The best approach toanswering questions aboutcognition, "is a synergisticcombination of behavioral
and neuroimagingmethods, richlycomplemented by thewide array of othermethods in cognitiveneuroscience.
Mather, Cacioppo, andKanwisher,2013)
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The Future of Teaching and Learning Research
Mind, Brain and Education Degrees
Education Neuroscience PsychologyPedagogy Cognitive Neuroscience Development Psychology
Special Ed Neuroethics Neuropsychology
Gifted Ed Neuropsychology
Developmental Neuroscience
Biology Chemistry Social ScienceBiopsychology Neurochemistry Sociology
Neurobiology Psychopharmacology Anthropology
Genetics Toxicology Philosophy
Math
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The Human Brain
The human brain weighsabout three (3) pounds
Contains 86 billionneurons
These neurons can make40 quadrillionconnections
(Ratey, 2001, Goldberg, 2009)
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Neuroscience and Learning
We have accumulatedenough knowledgeabout the mechanismsand molecular
underpinnings ofcognition at thesynaptic and circuitlevels to say something
about which processescontribute (James Bibb of theUniversity of Texas Southwestern MedicalCenter, 2011)
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We are Born to Learn
The brain was meant to explore and learn
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The Definition of Learning
Learning is a change
in the neuron-
patterns of the
brain.
(Goldberg, 2009)
www.virtualgalen.com/.../ neurons-small.jpg
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Attention Drives the Changes
One of the strongestfindings in neuroplasticity,the science of how thebrain changes its structureand function in response
to input, is thatattention is almostmagical in its ability tophysically alter the brainand enlarge functional
circuits.(Merzenich and colleagues, UCSF, 2011)
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Keeping Students Attention
Neuroscientists have a saying: Emotion drives
attention and attention drives learningthis
makes Attention the key to learning.
But the brains processing abilities in a given
moment are limited, and attention is the way
the brain allocates its resources.
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Keeping Students Attention
It is very important to specifically direct thestudent toward the desired object of attention.
We know that some students are impaired intheir attentional abilities, but these can beimproved through activities that requiresustained attention.
The emotional engagement pathway is effectivein capturing and sustaining attention
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Mistaking an Attention Problem
Teachers often complain that students dont payattention.
However , many of the activities we give students are
actually activities involving working memory.
If students fail to comprehend lengthy directions orinstructions, it may not be they are not trying to pay
attention but rather a working memory problem.
Shorter, clearer directions and instruction can help.
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Dendrite Growth
The picture show the
dendritic growth that
has taken as new
learning is occurring.See the new cellular
material!
(Cognitive Neuroscientist Janet Zadina, 2010)
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Use it or Lose it
When new material is
not practiced the new
dendrite tissue is
reabsorbed by thebrain to conserve
resources.
(Dr. Janet Zardina, 2010)
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Teachers Definition of Learning
Learning is the ability to use information aftersignificant periods of disuse
andit is the ability to use the information to solveproblems that arise in a context different (if onlyslightly) from the context in which the information
was originally taught.
(Robert Bjork, Memories and Metamemories, 1994)
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Basic Finding from
Neuroscience Research
It is the one who does
the work who does thelearning( Doyle , 2008).
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Preparing to Learn
Findings fromneuroscience over thepast decade has led to anew paradigmconcerning improvingstudents learning.
The simple but importantshift is our understanding
is ---that if the brain isprepared to learn greatersuccess can be expected.
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Preparation for Learning Means Students Have
Addressed these Five Areas
The brain needs tofunction effectively:
1.Oxygen
2. Hydration3.Food (glucose)
4. Exercise
5. Sleep
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Oxygen Use by the Brain
Although the brainrepresents only 2% of
the body weight, it
receives 15% of the
cardiac output and 20%
of total body oxygen
consumption.
( Magistretti,Pellerin andMartin )
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Oxygen Use by the Brain
Every breath you takeconverts to energy.Human cells use nutrientsfrom food and oxygen to
create Adenosine Tri-Phosphate (ATP), theenergy source that fuelscell function.
Too little oxygen = lessenergy.
( Magistretti,Pellerin andMartin )
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Oxygen Use by the Brain
Oxygen is essential forbrain function, andenhanced blood flowincreases the amount of
oxygen transported tothe brain.
Physical activity is areliable way to increase
blood flow, and henceoxygen, to the brain.
(Eric Jensen, 2005)
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Hydration and the Brain
One of the mostfascinating aspects ofneurons is that they storewater in tiny balloon-like
structures calledvacuoles.
Water is essential for
optimal brain health andfunction
(Norman ,2012)
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Hydration and the Brain
Water is needed for thebrain's production ofhormones andneurotransmitters whichkey the brains
communication system.
Nerve transmission requiresone-half of all the brainsenergy.
(Allen, Advanced Learning and Development
Institute)
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Hydration and the Brain
When you lose too
much water your brain
cells lose efficiency.
(Gowin2010)
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Why the Brain Needs Water
Dehydration can impair
short-term memory
function and the recallof long-term memory.
(Gowin, 2010)
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Hydration and the Brain
Even mild levels ofdehydration canimpact schoolperformance.
( Norman, 2012)
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Food and Learning
Glucose is the form ofsugar that travels in yourbloodstream to fuel themitochondrial furnacesresponsible for your
brain power. Because neurons cannot
store glucose, theydepend on thebloodstream to deliver aconstant supply of thisprecious fuel.
(The Franklin Institute)
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Food and Learning
This blood sugar isobtained fromcarbohydrates: thestarches and sugars youeat in the form of grains
and legumes, fruits andvegetables.
(The only animal foods
containing a significantamount of carbohydratesare dairy products
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Food and Learning
Too much sugar or refinedcarbohydrates at onetime, however, canactually deprive your
brain of glucosedepleting its energysupply and compromisingyour brain's power toconcentrate, remember,and learn.
(The Franklin Institute)
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Food and Learning
In the May 2001 issue of Neurobiology of
Learning and Memory, Gold, and McNay
reported
"Glucose enhances
learning and memory
not only in rats but also
in many populations of
humans.
For learners, this
research implies that
the contents and
timing of meals mayneed to be coordinated
to have the most
beneficial cognitive
effects that enhancelearning.
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Web MD Food Recommendations for
Health Brain Function
Blueberries
Avocadoes
Dark Chocolate
Nuts and seeds
Beans
Fresh brewed Tea
Whole Grains
Wild Salmon
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Movement and Learning
Natural selection
developed a human
brain to solve problems
of survival in outdoor,unstable environments
while in almost
constant motion.
(Medina, 2008)
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Movement and Learning
Our brains were shaped
and sharpened by
movement
We continue to require
regular physical activity
in order for our brains
to function optimally.
(Raichlen and Polk, 2013)
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Movement and Learning
Most neuroscientists agree that
movement and cognition are
powerfully connected.
The research demonstrates thatmovement can be an effective
cognitive strategy to:
1. Strengthen learning
2. Improve memory andretrieval
3. Enhance motivation and
morale
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Movement and Learning
Recent studies have
shown-
regular exercise, evenwalking, leads to more
robust mental abilities,
beginning in childhood
and continuing into oldage.
(Raichlen and Polk, 2013)
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Movement is Best for Learning
We need to rethink our
learning environments
to allow for a great dealmore movement.
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Exercise and Learning
Exercise is the single
most important thing a
person can do to
improve their learning.
(John Ratey, 2008, Spark, The
Revolutionary New Science of
Exercise and the Brain)
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Exercise Stimulates Synaptic Growth
Exercise stimulates
the production of
new synapses,
whose capacity andefficiency underlie
superior intelligence.
(Art Kramer of the University of Illinois at Urbana-
Champaign) It thus provides more
generalizable benefits
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Exercise and Learning
Exercise increasesproduction ofneurotransmitters that help:
1.Focus and Concentration
2. Attention
3.Motivation
4. Patience
5. Mood (more optimistic)
(Ratey, 2008)
EnergyCalm
E i I P d ti f BDNF
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Exercise Increases Production of BDNF
BDNF(Brain-derived neurotrophic factor )
Enhances the wiring of
neurons.
(Ratey, 2008)
Miracle Grow for the
Brain
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Exercise Produces BDNF
Improves brain health
Is a stress inoculator
Makes the brain cells
more resilient
(Ratey, 2008)
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BDNF and Exercise
In particular BDNF seems to be important for
long term memories (Ratey, 2008)
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Naperville Study
The results were impressive.Some students achieved a 20%improvement in math, literacyand problem-solving skills.
Naperville High Schoolstudents now score in the top5pc in the United States formath and science subjects.
Apart from the academic
benefits, this approach to PEalso improved discipline andreduced absenteeism.
L i R di Ph i l Ed ti
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Learning Readiness Physical Education
(LRPE). Based on the Naperville
experience and his ownresearch, Dr Ratey hasdeveloped an exercise modelcalled Learning ReadinessPhysical Education (LRPE).
This encourages students topush themselves for 15 to 20minutes several times a weekat a heart rate of 150-200bpm
this is the level at whichexercise begins to improvebrain function.
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Exercise, Stress and Learning
Students rarely know
that toxic levels of
stress erode the
connections between
the billions of nerve
cells in the brain or that
chronic depression
shrinks certain areas ofthe brain.
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Exercise and the Brains Energy
A study out of U. ofSouth Carolina showedthat exercise increasesthe number of master
regulator mitochondria This means the brain
has a greater energysupply allowing it to
work faster and moreeffectively .
J. Mark Davis and Colleagues , 2012
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Exercise, Stress and Learning
Conversely exercise
unleashes a cascade of
neurochemicals and
growth factors that can
reverse this process,
physically bolstering the
brain's infrastructure.
(Jesper Mogensen , Department ofPsychology, University of Copenhagen.
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Exercise and Stress
"In fact, the brainresponds like muscles do,growing with use andwithering with inactivity.
Exercise causes neurons(dendrites) to grow andbloom, thus enhancing
brain function at afundamental level." Jesper Mogensen ,Department of
Psychology, University of Copenhagen
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Short Term Stress
Acute stress activates
selective CRH
molecules (corticotropin)
releasing hormones,
which disrupt the
process by which the
brain collects and stores
memories. (Baram,2010)
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How Sleep Affects Our Students
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How Sleep Affects Our Students
Learning and Memory
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Memories and Sleep
Final 2 hours of sleep from6-8 hours are really crucialfor memories to be laiddown as stable residents inyour brain.
During this time period inREM sleep your brainreplays the memories from
the day over and over againso they become stable inyour memory
(Maas, 2011 Sleep for Success).
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Learning Readiness and Sleep
During sleep sleepspindles," which arebursts of brain waves,may be networkingbetween key regions ofthe brain to clear a pathto learning.
(Walker, 2010).
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Learning Readiness and Sleep
These electrical impulseshelp to shift memoriesfrom the brain'shippocampus -- which haslimited storage space -- to
the nearly limitlessprefrontal cortex's , thusfreeing up thehippocampus to take infresh data (new learning).
(Walker, 2010) Sleep is the key to having abrain that is ready to learn
http://www.sciencedaily.com/releases/2011/03/110308124748.htmhttp://www.sciencedaily.com/releases/2011/03/110308124748.htmhttp://www.sciencedaily.com/releases/2011/03/110308124748.htm -
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Learning Readiness and Sleep
"A lot of that spindle-
rich sleep is occurring
the second half of thenight, so if you sleep six
hours or less, you are
shortchanging yourself
and impeding yourlearning"(Mander,
2011).
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Rehearsal of Learning before Sleep
A 2012 study out of theUniversity of Notre Dameconfirms that sleeping
directly after learningsomething new isbeneficial for memory.
(Payne, Tucker, Ellenbogen, Wamsley, 2012 )
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Rehearsal of Learning before Sleep
it would be a good
thing to rehearse any
information you need toremember just prior to
going to bed.
(Payne, Tucker, Ellenbogen, Wamsley, 2012 )
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Sleep and Creativity
Sleep also seems to
reorganize memories,
extracting the
emotional details and
reconfiguring the
memory to help us
produce new and
creative ideas.
(Wagner, U., Gais, S., Haider, H., Verleger, R., &
Born, J. (2004).
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Awake but Off Line
New findings suggest thatwhen the brain is sleepdeprived even though theperson is fully awake theneurons used forimportant mental taskswitch off.
(Chiara Corelli,2011 Nature)
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Awake but Off Line
This is likely to have
consequences on
mental performance
and we likely function
less well the longer
weve been awake.
(Chiara Corelli,2011, Nature)
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Less Sleep Equals Lower GPA
2012 study from the
University of Arkansas Sleep
and Learning Lab concluded
that students that
consistently got less thanthe recommended 7-8
hours of sleep each night
had lower GPAs than
students with 7-8 hours ofsleep.
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No Eight Oclock Classes
The University of
Arkansas study went so
far as to recommendthat college and
universities consider
not offering 8 am
classes.
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Naps Help Learning
Humans are supposedto nap. Twenty to thirtyminutes is ideal.
(Dement, 2009)
A NASA study found pilotswho napped for 27 minutesin the afternoon improved
their flying performance by34% .
(Dinges, 2005).
Dinges,D.(
f
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Rest after Learning Improves Recall
Neuroscientist LilaDavachi of NYU foundthat during rest periodsfollowing new learningthe areas of the brain
used during newlearning were just asactive as they werewhen they were learningthe task
Dr Lila Davachi, NYU's Department of Psychologyand Center for Neural Science.
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What Teaching Actions does Brain
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What Teaching Actions does Brain
Research Affirm as Promoting Learning
What Teaching Actions does Brain
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What Teaching Actions does Brain
Research Affirm as Promoting Learning
1. When the
information or
skill is made tohave personal
relevance.
What Teaching Actions does Brain
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What Teaching Actions does Brain
Research Affirm as Promoting Learning
2. That content
should be made to
respond to the
survival needs of
the learner.
What Teaching Actions does Brain
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What Teaching Actions does Brain
Research Affirm as Promoting Learning
3. The teaching that
engages the brain in
multimodal, multi-sensory, experiential
and diverse activities
promotes learning.
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What Teaching Actions
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What Teaching Actions
Promote Learning
5. When teachersembed facts in a
meaningful context they
make the learning
process much easier
and enhance the
likelihood of recall in
the future.
What Teaching Actions does Brain
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g
Research Affirm as Promoting Learning
6. The brain doesnt learnin a linear structured
and predictable fashion.
The use of various
sensory channels at the
same time are best
especially for hard tolearn concepts
What Teaching Actions does Brain
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g
Research Affirm Promote Learning
7. The human brainseeks and quicklydetects novelty.
Teacher who know thiscan design novelactivities that willenhance classroom
learning and long termrecall.
M lti L i
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Multisensory Learning
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Our Senses Work Together
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g
to Enhance Learning
The traditional belief amongneuroscientists has beenthat our senses operatelargely as independentsystems.
However, mounting datasuggest interactionsbetween the senses are the
rule, rather than theexception.
Aaron Seitz Journal Current Biology, 2006
S C t M lti l P th
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Senses Create Multiple Pathways
The more sensesused in learning and
in practicing what
has been learnedthe more pathways
are available for
recall.
Smell Enhances Recall
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Smell Enhances Recall
Proust Effect is the
unusual ability of smell
to enhance recall.
Best results when
smells are congruent
with the situation.Medina, 2008, Brain Rules, p.212
Smells during sleep can enhance recall
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Smells during sleep can enhance recall
Smells that youassociate with a
particular new learning
released during sleep,
make the memories for
that learning stronger.
(Sobel , 2012)
Vi i T All
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Vision Trumps All
Vision trumps all other senses
Sound Gains Attention
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Sound Gains Attention
Unlike our eyes our earscan never be shut.
(Elizabeth La daras)
Sound is more effective
to gain attention than
images.
Vision Trumps All
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Vision Trumps All
Text and oralpresentations are not
just less efficient than
pictures for retaining
information they are
way less efficient.
(Brain Rules p.234)
Vision Trumps All
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Vision Trumps All
Oral information has arecall of about 10%after 72 hours.
Add a picture and therecall increases to 65%.
(Brain Rules, P.234)
Reading as a Multisensory Activity
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Reading as a Multisensory Activity
Reading is the slowestway we enter
information into our
brains.
The reasons is it carries
a very heavy visual load.(Dehaene, 2009)
It is often done as a
unisensory action.
Reading as a Multisensory Activity
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Reading as a Multisensory Activity
Solutions --Make readingmultisensory.
1. Get students to
annotate-the use oftouch( the pencil) andmovement( the hand)improves attention andhelps comprehension.
Reading as a Multisensory Activity
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Reading as a Multisensory Activity
2. Suggest studentsread certain challenging
parts aloud while
continuing to
annotatenow there
are 3 senses involved.
Reading as a Multisensory Activity
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Reading as a Multisensory Activity
3. Keep a smell near
that can be associatedwith the reading to aid
recall.
Questions
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Questions
How can you use amore multisensory
approach in your
teaching?
What are you currently
doing that others could
do to use a moremultisensory approach?
Patterns and Learning
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Patterns and Learning
Patterns and Learning
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Patterns and Learning
The brain is a pattern
seeking device that
relates whole conceptsto one another and
looks for similarities,
differences, or
relationships betweenthem.(Ratey, 2002, pg.5)
Patterns and Learning
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Patterns and Learning
Learning is pleasurable
to the brain; the activity
of detecting patterns is
also pleasurable.
(Zadina, 2010)
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Which of the following
slides is easier to
remember and WHY?
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SLIDE ONE
4915802979
Slide Two
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Slide Two
(491) 580-2979
Slide One
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Slide One
NRAFBINBCUSAMTV
Slide Two
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Slide Two
NRA NBC FBI USA MTV
Familiar Patterns
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Familiar Patterns
Clustering is used to organizerelated information into groups.
Information that is categorized
becomes easier to remember and
recall. In Teaching Reading
Topic
Main Ideas-concepts, issues
Significant Details
Important ExamplesLists
Names, Dates, Places
Terms, Definitions
Using Patterns to Make
http://psychology.about.com/od/cindex/g/clustering.htmhttp://psychology.about.com/od/cindex/g/clustering.htm -
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Learning Easier.
Olives tomatoes bread carrotschicken lettuce cookies hamgrapes beef strawberriesspinach pork plums mangospotatoes onions fish duck
broccoli cheese cherriesbrownies turkey
Using Patterns to Make
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Learning Easier
AlphabeticalThis is a familiar pattern but itdoesnt help very much.
Beef, bread, brownies carrots, cheese,
cherries, etc.
A More Meaningful Pattern
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Lunch and Dinnercategorizing the food by familiar areas likelunch and dinner gives it more meaning and makes it much easierto recall.
Lunch a salad including lettuce, cheese, tomatoes, olives, carrots,spinach, broccoli, onions, turkey, ham with bread and cookies for
dessert.
Dinner a fruit salad with plums, strawberries, mangos, grapes andcherries.
Choices of duck, chicken, beef, fish or pork with potatoes and abrownie for dessert.
Common Patterns for Learning
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Common Patterns for Learning
Similarity and Difference
Cause and Effect
Comparison and Contrast
In students own words
Memory Formation ,Recall and
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Forgetting
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Now, for the first time, scientists from the Floridacampus of The Scripps Research Institute (TSRI)have been able to erase dangerous drug-associated memories in mice and rats without
affecting other more benign memories. The surprising discovery, published this week
online ahead of print by the journal BiologicalPsychiatry, points to a clear and workablemethod to disrupt unwanted memories whileleaving the rest intact.
Cramming
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Cramming
The short-termadvantage of studypractice shows thatcramming can improveexam scores.
Carrier & Pashler, 1992; Roediger &Karpicke, 2006b; Thompson, Wenger,&Bartling, 1978; Wenger, Thompson, &Bartling, 1980; Wheeler, Ewers, &Buonanno, 2003
However, if the goal ofpractice is long-termretention of coursematerial, cramming
appears to be anirrational behavior.
Cognitive Load
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Cognitive Load
When our cognitive loadexceeds the capacity of
our working memory, our
intellectual abilities take a
hit.Information zips in and
out of our minds so
quickly we cannot get a
good mental grip on it.
(Neuroscientist Torkel Klingberg)
Cognitive Load
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Cognitive Load
Cognitive load alsoincreases our distractedness
We have to remember whatit is we are to concentrateon ---
lose you hold on that andyou will find distraction
more distracting
(Neuroscientist Torkel Klingberg)
Cognitive Load
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Cognitive Load
Information overload isnot just a metaphor it is
a physical state when
learning is important
we need to turn the
information faucet
down to a trickle.
(Nicholas Carr, What the Internet is doing to
our Brains)
Cognitive Load
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Cognitive Load
The more we make ourstudents aware of how
fragile working memory
is, the better they will
be able to monitor and
manage their cognitive
load.
(Nicholas Carr, What the Internet is doing
to our Brains)
Helping Students to Remember what They
Need to Know
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Need to Know
Two Rules
1. Repetition over time(distributive practice)
2.Elaboration of material
Listen to the Music
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Do you know the lyrics tosongs that you did not try to
learn and do not want to
know the lyrics to?
YES
Practice over Time
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Practice, Use ,Repetition, Review,
Reflection or other
meaningful ways we
engage with newlearning over time is a
major key to its recall.
Cumulative Exams
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Cumulative examsrequire students to go
back and relearn and
recall important
information they needto know.
It promotes practiceover time
Elaborations are the Key
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y
For better or worse, our
recollections are largely
at the mercy of our
elaborations
(Daniel Schacter author of the Seven
Sins of Memory)
Elaboration is a Major Key to Recall
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j y
Step One. Accuracy
Step Two: Reflection
Step Three: Regular Review
Step Four: Mapping, Images, Charts
Step Five: Recoding
Keeping Memories
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p g
The best way to minimize memory decay is to useelaborative rehearsal strategies
Visualizing
Singing Writing
Semantic Mapping
Drawing Pictures Symbolizing
Mnemonics.
Why Students Forget
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y g
Review helps to limit the 3 Sins ofMemory thatcommonly occur among students.
1. Blockinginformation stored but cant be
accessed (Schacter, 2001)
2. Misattribution attributing a memory to the
wrong situation or source (Zola, 2002)
3. Transience memory lost over time65% of alecture is lost in the first hour (Schacter, 2001)
Emotion and Memory
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Emotional arousalorganizes and coordinatesbrain activity (Bloom, Beal &Kupfer 2003)
When the amygdaladetects emotions, itessentially boosts activity
in the areas of the brainthat form memories (S.Hamann , Emory University.)
Multitasking Slows Learning
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g g
It is not possible tomultitask when it
comes to activities
that require thebrains attention.(Foerde Knowlton Poldrack, 2006)
Multi-tasking
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g
Multi-tasking violateseverything we know abouthow memory works .
The imaging data indicatedthat the memory task andthe distraction stimuliengage different parts ofthe brain and that theseregions probably competewith each other.
(Foerde, K., Knowlton, Barbara J., andPoldrack, Russell A. 2006. )
Multitasking
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Our brain works hard to foolus into thinking it can domore than one thing at atime. It cant.
When trying to do twothings at once, the braintemporarily shuts down onetask while trying to do theother.
(3 Dux, P. E., Ivanoff, J., Asplund, C. LO., and Marois, R. 2007. )
New Technology
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Serious Games
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A serious game is a gamedesigned for a primarypurpose other than pureentertainment.
The "serious" adjectiverefers to products used byindustries like defense,education, scientificexploration, health care,emergency management,city planning, engineering,religion, and politics.
Virtual Textbooks
The Future is Here Almost
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The Future is Here--Almost
Click on any bar in thetimeline, and that barexpands to a list ofimages, which in turn arelinked to video about that
artist.
That's key, because, like agreat documentary, itmakes learning about
what can be a fairlynarrow subject intosomething painless.
Art Textbook
Neuroscience and Technology
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Neuroeducational.net
A website that is
devoted to howneuroscience is driving
the use of technology
especially serious
games.
Cognitive EnhancementsHow Can
We Get Smarter?
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We Get Smarter?
Greater cognitive capacitymeans--
1.More synapses
2.Higher levels of
neurogenesis especially inthe memory forminghippocampus
3. Increased production of
BDNF which stimulates theproduction of neurons andsynapses, (Neuroscientist Yaakov Stern ofColumbia University)
Cognitive Enhancements
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Both neurogenesis andsynapse formation
boost learning,
memory, reasoning, and
creativity.
(Yaakov Stern of Columbia
University)
We can get smarter!
Meditation and Cognitive
Enhancement
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Enhancement
One form of cognitiveenhancement ismeditation.
Meditation can increasethe thickness of brainregions that controlattention and processsensory signals from the
outside world
(Neuroscientist Amishi Jha of theUniversity of Miami)
Meditation and Cognitive
Enhancement
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Enhancement
The training has shownsuccess in enhancingmental agility andattention by changing
brain structure andfunction so that brainprocesses are moreefficient, the qualityassociated with higherintelligence (NeuroscientistAmishi Jha of the University of Miami)
Caffeine + Sugar and Learning
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The combination of caffeineand sugar enhancedattention, learning andmemory.
Improves cognitive performancein terms ofsustained attentionand working memory byincreasing the efficiency of theareas of the brain responsiblefor these two functions.
(Grabulosa, Adan, Falcn, and Bargall, 2010 reported in thejournal Human Psychopharmacology: Clinical and Experimental
Nicotine Promotes Cognitive
Enhancement
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Enhancement
Nicotine enhancesattentionthat key driverof neuroplasticity andcognitive performance inboth smokers andnonsmokers.
Nicotine has significant positiveeffects on fine motor skills, theaccuracy of short-term memory,some forms of attention, andworking memory, among other
basic cognitive skills.(Martha Farah, University of Pennsylvania)
Scientists at the National Institute on
Drug Abuse reported in a 2010
analysis of 41 double-blind, placebo-
controlled studies.
Adderall is a Cognitive Enhancements
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There are cognitive benefitsof stimulants like Adderall ,at least in some people forsome tasks.
Enhance the recall ofmemorized words as well asworking memory, whichplays a key role in fluidintelligence.(Martha Farah of the University of
Pennsylvania)
Adderall and Ritalin are Cognitive
Enhancements
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Enhancements
Adderall has strongereffects on the prefrontal
cortex and can
therefore improve
concentration andminimize fatigue much
more so than caffeine.
Adderall and Ritalin have Side Effects
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Adderall is not withouthealth risks.
Side effects include
difficulty sleeping,
seizures, high blood
pressure, loss of
appetite, depression,and many others.
Neuroplasticity
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When the correct skill-building protocol is
used, educators can
make positive and
significant changes instudents brains in a
short time. (NeuroscientistsMichael Merzenich and Paula Tallal)
Treating Developmental Disorders
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"Showing that it'spossible to rewire a
brain's white matter has
important implications
for treating readingdisabilities and other
developmental
disorders, including
autism, Marcel Just, Director,Center for Cognitive Brain Imaging , Carnegie Mellon
References
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REFERENCES
http://www.brainadvance.org/ Allen, Corinne (Water and Brain health, Anderson, L. W., & Krathwohl, D. R. (Eds.). (2001). A taxonomy for learning, teaching and assessing: A revision of Bloom's taxonomy of
educational objectives (Complete ed.). New York, New York: Longman.
Andrews, J. D. (1980). The verbal structure of teacher questions: Its impact on class discussion. POD Quarterly, 2, 130-163.
Arnsten, A. F. T., Paspalas, C. D., Gamo, N. J., Yang, Y., & Wang, M. (2010). Dynamic network connectivity: A new form ofneuroplasticity. Trends in Cognitive Sciences, 4, 365-75.
Aronson, J. (2007). In The secret to raising smart kids by Carol Dweck. Scientific American. 29 Jul. Retrieved November 5, 2010 fromhttp://homeworkhelpblog.com/the-secret-to-raising-smartkids/
Arum, R., & Roksa, J. (2011).Academically adrift: Limited learning on college campuses. Chicago, Illinois: University of Chicago Press.
Atkins, D. (2010). Response to the article Fixed mindset vs. growth mindset: Which one are you? by Michael Graham Richard.Retrieved May 5, 2010 from http://michaelgr.com/2007/04/15/fixed-mindset-vs-growth-mindset-which-one-are-you/
Banaszynski, J. (2000). Teaching the American revolution: Scaffolding to success. Education World: The Educators Best Friend. RetrievedNovember 1, 2010 from http://www.educationworld.com/a_curr/curr218.shtml
Bandura, A. (1997). Self-efficacy: The exercise of control. New York, New York: W.H. Freeman.
Baram, T. Z., Chen, Y., Dub, C. M., & Rice, C. J. (2008). Rapid loss of dendritic spines after stress involves derangement of spinedynamics by corticotropin-releasing hormone.Journal of Neuroscience, 28, 2903-11.
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