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Reading Instruction Through Neuro- Scientific Research “How the Special Education Brain Learns” By David Sousa

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Page 1: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

Reading Instruction Through Neuro-Scientific Research

“How the Special Education Brain Learns”

By David Sousa

Page 2: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

Agenda

• Overview of the Brain and Reading

• Reading Disabilities/Struggling Reader

• Emotion factor

• SPRW

• Adaptations

• Differentiation

Page 3: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

It is not like Spoken Language

• Reading is not a natural ability. There are no areas of the brain that specialize in reading.

• To read the brain must recruit regions that are specialized for other purposes.

• Reading is the most difficult task a young brain undertakes.

Page 4: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

Before They Learn to Read…

• Acquire vocabulary by listening to others

• Practice pronunciation and usage of new words in conversations.

• Children with language impairments are at risk for problems with reading.

Page 5: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

Two Operations

1. Decoding=student needs phonemic awareness, understand phonics, adequate vocabulary (mental lexicon)

2. Comprehend=student needs to know what the words in the lexicon mean (vocab) and be able to decode with reasonable fluency.

Page 6: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

Three Neural Systems

1. Visual-processing system

2. Auditory-processing system

3. Executive system

Page 7: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

Causes of Reading Disabilities

• Social

• Cultural

• Physical

Page 8: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

Physical Causes

Linguistic Causes-1. Phonological deficits2. Differences between auditory and visual

processing speeds3. Structural differences in the brain4. Working memory deficits5. Genetic defects6. Brain lesions7. Word blindness

Page 9: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

Physical Causes

• Nonlinguistic Causes

1. Poor perception of sequential sounds

2. Inability to discriminate certain sound frequencies

3. Inability to detect sounds from background noise

4. Deficits in the cerebellum-poor motor coordination

Page 10: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

Brain Imaging

• Studies have revealed differences in both structure and function of the brains with dyslexia compared to typical brains.

• These studies may lead to more accurate diagnosis and treatment.

Page 11: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

Detecting Reading Problems

• Not an easy task

• Early signs of problems with spoken language delays

• Early signs of difficulties with spoken language

• Failure to respond to reading interventions in grades one and two

Page 12: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

Indicators of Dyslexia

• Difficulty recognizing written words• Difficulty rhyming or sequencing syllables• Difficulty determining the meaning or main idea

of a simple sentence• Poor sequencing of letters or numbers• Difficulty with encoding words-spelling• Delayed spoken language• Difficulty with handwriting• Difficulty in expressing thoughts verbally• Possible family history of dyslexia

Page 13: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

Rewire Brains

• Studies have demonstrated that with intensive work it is possible to rewire the brains of children with dyslexia.

• The brains resemble typical brains when reading after the intensive work is finished.

• Commercial computer games are available for struggling readers with this research as its base. (Earobics, Fast forWord and Lindamood Phoneme Sequencing Progam)

Page 14: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

Programs Showing Significant Improvements

• Reading Recovery

• Success for All

• Read 180 Program

Page 15: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

Good Reading Programs

• Phonemic awareness

• Phonics

• Vocabulary

• Comprehension

• Fluency

• Instructional methods-explicit and direct instruction, scaffolding strategies, targeted practice and high quality feedback

Page 16: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

Increase Reading Achievement

Kids need… • to read a lot• access engaging classroom and school library media

center collections• choice in selecting books appropriate to their

independent reading levels• to be Read aloud to every day• positive reading role models• engage in a variety of reading activities every day• talk to others about what reading• quality teachers and high-quality instruction

Page 17: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

Robert Sylwester

• Emotion

• Attention

• Learning

Page 18: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

WHa

Say It

Weigh It

Relay It Play It

What is your decision making process?How will you assess and evaluate students?

Are students ready for

instruction?

What Lifeline do students need to practice?

What level of Bloom’s will be demonstrated?

Have students mastered the character, social, or academic skill?

Which of theintelligenceswill be used?

Do they need to move?

Which collaboration structure will be practiced?

•What is your essential question?•How will you “hook” your students

emotionally? •What strategies or tools will you use for

instruction?

What products or activities will students use to demonstrate their

understanding of the skill, content, or standard?

What collaboration structures best support students’ practice and or collaboration about the

skill, content, or standard?

Memory Lanes

Multiple Intelligences

TheBrain

Who?What? When? Where? Why?

How?

Bloom’s Taxonomy

Page 19: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

Say I t, Play I t, Relay I t, Weigh I t C.L.A.S.S. Decision Making Process for Twenty-First Century

Learners

Weigh I t: “The weigh it light is ALWAYS on.”

How will you assess and evaluate students?

Assessment Tools:

•Literacy Links

•running record

•rubric•rating

sheet•self -assessment•Peer assessment•conference•checklist•anecdotal

notes•test•quiz•exit slip•reflection•worksheet•district or state test

Where do I go from here?__Revise your teaching __Regroup students

__Move on to another skill

__Are students in the right f rame of mind for learning?

__ What is the level of student engagement?

__Do procedures need to be written?

__Has community been built in the classroom?

__How will you use Bloom’s?

__Will you include more than one intelligence?

__How will you involve memory lanes?

__Do students need a brain break?

Say I t:How will you “hook” your students? What will be your venue for direct instruction?C.L.A.S.S. Tools:

__Hallway Greeting__Welcome Message__Agenda

Study TripTechnology

__DVD / Video Clip__Blog, Wiki__Online Resource

Content Text on Essential Question

__Textbook, Trade book__Text f rom modeled,

shared or independent writing__Leveled Readers__Books

PoemSongResource PersonDiscover Process

__Model/ Specimen__Curiosity Bag

Scientific DemonstrationService LearningMovement

Partner Processing:

__Cell Phone Buddies__Meet Your Partner__Talking Pencils__Turn to Your

Partner__Move and Match__Dancing with the

Stars

Whole Group Processing:

__Community Circle__Moving to Music__Sign on the Line__Clipboard Cruising__ I Have, Who Has?__ I ’m on the Line__Quiz, Quiz, Trade__Roundabout

Conversations__To Tell the Truth__Give and Take

Play I t:

What novel structures will you use to help students process and practice what’

they are learning?

Small Group Processing:

__ I ’m Wild About__Star Seekers__Table Talk__Ways We are

Alike__4-2-1__Chart Chats__Create a Question__M&M Processing__Shuffl e and Share__Your Number is

Up__Challenge

Envelopes__Divide and

Conquer__Me, You, Us__Paradise

Processing__Triangle Talk

Relay I t:

What student products or actions can be assessed while extending and applying learning.?

Creating __ Power Point__ Video__ Story__ Expert

Project__ Puppet Show__ Game__ Song__ Advertisement__ Painting__ I nvention__ Experiment__ Article__ Pantomime__ Website__ Webinar

Applying__ I llustration__ Simulation__ Demonstration__ Presentation__ I nterview__ J ournal__ Model__ Diorama__ Scrap Book__ Writing

Prompt__Reader’s

Theater

Analyzing__ Survey__ Chart__ Mobile__ Commercial__ Report__ Graph__ Spreadsheet__ Checklist__ Biography__ Outline__ Venn Diagram__ Art Critique

Remembering__ Retell__ Fact__ Label__ List__ Timeline__ Facts Chart__ Recite a Poem

Evaluating__ Debate__ Panel__ Report__ I nvestigation__ Conclusion__ Persuasive

Speech orWriting

__ Self Evaluation__ Group

Evaluation__ Editorials

Understanding__ Recitation__ Summary__ Collection__ Explanation__ Cartoon Strip __ Flow Chart__ Make a Book__ Speech__ Diagram__ Poster

Say I t:How will you “hook” your students? What will be your venue for direct instruction?

C.L.A.S.S. Tools:__Hallway Greeting__Welcome Message__Agenda

Technology__DVD / Video Clip__Blog, Wiki__Online Resource

Content Text__Textbook, Trade book__Text f rom modeled,

shared, or independent writing

__Leveled Readers__Books

PoemSongStudy TripResource PersonDiscovery Process

__Model/ Specimen__Curiosity Bag

Scientific DemonstrationService LearningPropsMovement **Any of these structures can be used to

promote, social, character, or academic achievement.

Student Behaviors and Reactions:_ Body Language _ Level of Engagement_ Verbal Actions _ Emotional behaviors_ Physical Reactions

Levels of Bloom’s

Character Social Academic Development

Page 20: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

Multiple Intelligences

• linguistic/ verbal word smart• logical / mathematical number smart• visual / spatial art smart• musical / rhythmic music smart• bodily kinesthetic body smart• naturalistic nature smart• intrapersonal self smart• interpersonal people smart

Page 21: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

Adaptations

• Size

• Time

• Level of Support

• Input

• Difficulty

• Output

• Participation

Page 22: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

Size

• Adapt the number of items that the learner is expected to learn or complete.

Example: Reduce the number of science terms a learner must learn at any one time.

Page 23: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

Time

• Adapt the time allotted and allowed for learning task completion, or testing.

Example: Individualize a timeline for completing a task; pace learning differently (increase or decrease) for some learners.

Page 24: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

Level of Support

• Increase the amount of personal assistance with a specific learner.

Example: Assign peer buddies, teaching assistants, peer tutors, or cross-age tutors.

Page 25: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

Input

• Adapt the way instruction is delivered to the learner.

Example: Use different visual aids, plan more concrete examples, provide hands-on activities, place students in cooperative groups.

Page 26: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

Difficulty

• Adapt the skill level, problem type, or the rules on how the learner may approach the work.

Example: Allow the use of a calculator to figure math problems; simplify task directions; change rules to accommodate learner needs.

Page 27: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

Output

• Adapt how the student can respond to instruction.

Example: Instead of answering questions in writing, allow a verbal response; use a communication book for some students; allow students to show knowledge with hands on materials

Page 28: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

Participation

• Adapt the extent to which a learner is actively involved in the task.

Example: In geography, have a student hold the globe, while others point out locations.

Page 29: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

Differentiation

Adaptation

Modification

Page 30: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

Differentiation Of Instruction

• Differentiation is a teacher’s response to learner’s needs

• Teachers can differentiate by Content, Process, or Product

• According to Student’s Readiness, Interests, or Learning Profile

(Adapted from Carol Ann Tomlinson, The Differentiated Classroom)

Page 31: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

Differentiation Instruction: Instructional and Management Strategies-Carol Ann Thomlison

• Interest centers and groups

• Varied homework, journal prompts

• Multiple Intelligences,

• Jigsaw

• Small group Instruction

• Varied texts,

• Literature circles,

• Tiered lessons, centers or products

Page 32: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

Begin SLOWLY-Carol Ann Thomlison

• Lo-Prep Differentiation

Choices of books

Homework options

Reading Buddies

Student teacher goal setting

Think Pair Share

Open ended activities

Jigsaw

Explorations by Interest

Multiple Levels of questions

• Hi-Prep Differentiation

Independent Studies

Multiple texts

Alternative Assessments

Learning Contracts

Interest Groups, centers

Stations

Group Investigation

Tiered activities, lessons

Literature Circles

Page 33: Reading Instruction Through Neuro-Scientific Research “How the Special Education Brain Learns” By David Sousa

SHHH…CLASS is the best kept secret for learning!!!

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