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Cognitive Neuroscience Foundations for School Psychologists: Brain-Behavior Relationships in the Classroom [Mīkstie vāki]

  • Formāts: Paperback / softback, 342 pages, height x width: 229x152 mm, weight: 471 g, 7 Tables, black and white; 7 Line drawings, black and white; 20 Halftones, black and white; 27 Illustrations, black and white
  • Izdošanas datums: 29-Nov-2022
  • Izdevniecība: Routledge
  • ISBN-10: 0367535378
  • ISBN-13: 9780367535377
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  • Mīkstie vāki
  • Cena: 52,11 €
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  • Bibliotēkām
  • Formāts: Paperback / softback, 342 pages, height x width: 229x152 mm, weight: 471 g, 7 Tables, black and white; 7 Line drawings, black and white; 20 Halftones, black and white; 27 Illustrations, black and white
  • Izdošanas datums: 29-Nov-2022
  • Izdevniecība: Routledge
  • ISBN-10: 0367535378
  • ISBN-13: 9780367535377
Citas grāmatas par šo tēmu:

Cognitive Neuroscience Foundations for School Psychologists provides a comprehensive overview of brain-behavior relationships relevant to the support of students at all ability levels. Carefully attuned to the shared language between neuroscience, psychology, and education, this book covers basic neuroanatomy, brain development in student academic performance, and general assessment and pedagogical implications and interventions in the classroom. School psychologists will be prepared to apply judicious neuroscientific findings to the initial stages of instruction through assessment and intervention, clearly linking best practices for classroom instruction, formative and summative assessment, and evidence-based intervention.



Cognitive Neuroscience Foundations for School Psychologists provides a comprehensive overview of brain-behavior relationships relevant to the support of students at all ability levels.

Recenzijas

"This book represents an excellent integration of biological bases of behaviour and the practice of school psychology. Readers are taken on a journey from basic biological principles to academic and mental health assessment and intervention. The theme is that an underpinning in cognitive neuroscience provides the strongest possible scientific foundation to support effective school psychology service delivery. This is a comprehensive and highly readable volume for students or anyone wanting to know how knowledge of cognitive neuroscience can improve the practice of school psychology." Steven R. Shaw, Associate Professor in the Department of Educational and Counselling Psychology at McGill University, Canada

"I love this book! Its diverse case studies and brain cheat sheets help the reader to understand the complex brain-behavior relationships underlying learning and academic functioning. Further, the authors provide pragmatic recommendations for how to share this information with teachers and collaboratively tailor interventions to better support children with developmental, medical, and environmentally based learning differences. The book also provides suggestions for additional readings, lists of relevant resources, and neuromyth-busting. It allows the reader to build a strong neurodevelopmental foundation and pushes them into actively engaging and integrating the concepts, furthering their mastery." Hilary Gomes, Licensed Psychologist in the State of New York and Board-Certified Pediatric Neuropsychologist

"This text is a compendium of translational research that should prove to be an invaluable addition to all psychological, neuropsychological, and educational training programs. Clearly written and comprehensive in scope, the manuscript journeys from cells and circuits to learning and behavior by weaving between contemporary research and neuromyths in the field. Case study examples along with poignant questions will challenge the reader to interpret data from a brain-based perspective to better inform intervention decision making for struggling students." Steven G. Feifer, Educational Neuropsychologist and Nationally Certified School Psychologist

"An insightful, approachable neuroscience text that presents complex topics of neuroanatomy and cognitive function in a consumable format. Through the use of case studies that promote further exploration and discussion, visual aids, and real-world examples, this text offers a thorough understanding of the brain and, in particular, behaviors and functioning as they appear in children and adolescents. Neuroscience cannot be ignored in assessment, diagnosis, or intervention. This text will prepare school psychologists to be the necessary conduit between brain structure, function, and learning. The text is realistic, conversational, and provides strategies for immediate classroom implementation." Julie A. Gettman, Owner of Mindworks Assessment LLC, Associate Director of the School Neuropsychology Institute, Licensed School Psychologist, and Nationally Certified School Psychologist

"As a clinician who has been practicing in the field for more than 35 years, I can only say it is about time that we had a practical textbook that brings to the forefront how brain processes are intrinsically connected to learning and to many disorders. This book beautifully weaves current research with case studies to punctuate important points. It is easy to understand and a wonderful summative guide for those who are training to work in education or psychology as well as those seasoned professionals who wish to refresh and broaden their knowledge." Melissa S. Cait, Licensed Psychologist, and Founder and Clinic Director of Cornerstone Psychological Services, Canada "This book represents an excellent integration of biological bases of behaviour and the practice of school psychology. Readers are taken on a journey from basic biological principles to academic and mental health assessment and intervention. The theme is that an underpinning in cognitive neuroscience provides the strongest possible scientific foundation to support effective school psychology service delivery. This is a comprehensive and highly readable volume for students or anyone wanting to know how knowledge of cognitive neuroscience can improve the practice of school psychology."

Steven R. Shaw, Associate Professor in the Department of Educational and Counselling Psychology at McGill University, Canada

"I love this book! Its diverse case studies and brain cheat sheets help the reader to understand the complex brain-behavior relationships underlying learning and academic functioning. Further, the authors provide pragmatic recommendations for how to share this information with teachers and collaboratively tailor interventions to better support children with developmental, medical, and environmentally based learning differences. The book also provides suggestions for additional readings, lists of relevant resources, and neuromyth-busting. It allows the reader to build a strong neurodevelopmental foundation and pushes them into actively engaging and integrating the concepts, furthering their mastery."

Hilary Gomes, Licensed Psychologist in the State of New York and Board-Certified Pediatric Neuropsychologist

"This text is a compendium of translational research that should prove to be an invaluable addition to all psychological, neuropsychological, and educational training programs. Clearly written and comprehensive in scope, the manuscript journeys from cells and circuits to learning and behavior by weaving between contemporary research and neuromyths in the field. Case study examples along with poignant questions will challenge the reader to interpret data from a brain-based perspective to better inform intervention decision making for struggling students."

Steven G. Feifer, Educational Neuropsychologist and Nationally Certified School Psychologist

"An insightful, approachable neuroscience text that presents complex topics of neuroanatomy and cognitive function in a consumable format. Through the use of case studies that promote further exploration and discussion, visual aids, and real-world examples, this text offers a thorough understanding of the brain and, in particular, behaviors and functioning as they appear in children and adolescents. Neuroscience cannot be ignored in assessment, diagnosis, or intervention. This text will prepare school psychologists to be the necessary conduit between brain structure, function, and learning. The text is realistic, conversational, and provides strategies for immediate classroom implementation."

Julie A. Gettman, Owner of Mindworks Assessment LLC, Associate Director of the School Neuropsychology Institute, Licensed School Psychologist, and Nationally Certified School Psychologist

"As a clinician who has been practicing in the field for more than 35 years, I can only say it is about time that we had a practical textbook that brings to the forefront how brain processes are intrinsically connected to learning and to many disorders. This book beautifully weaves current research with case studies to punctuate important points. It is easy to understand and a wonderful summative guide for those who are training to work in education or psychology as well as those seasoned professionals who wish to refresh and broaden their knowledge."

Melissa S. Cait, Licensed Psychologist, and Founder and Clinic Director of Cornerstone Psychological Services, Canada

Acknowledgments xvi
1 Introduction
1(6)
Structure of the Book and Its
Chapters
4(1)
What This Book Is Not
4(1)
References
5(2)
2 Cells and Circuits
7(23)
Cells
7(2)
Neurons
7(2)
Glia
9(1)
Major Divisions of the Brain
9(5)
How Do We Learn About the Brain?
14(10)
Lesion and Post-Mortem Studies
14(1)
Animal Models
15(1)
Brain Imaging Studies
16(1)
Computed Tomography (CT)
16(1)
Magnetic Resonance Imaging (MRI)
17(3)
Diffusion Tensor Imaging (DTI)
20(1)
Single Photon Emission Computed Tomography (SPECT) and Positron Emission Tomography (PET)
20(1)
Magnetic Resonance Spectroscopy (MRS)
21(1)
Electroencephalogram (EEG) and Magnetoencephalography (MEG)
22(1)
Functional Magnetic Resonance Imaging (fMRI)
23(1)
How Do These Work Together?
24(1)
Conclusion
25(1)
Additional Readings
26(1)
Additional Resources
26(1)
References
27(3)
3 Brain Development Basics
30(11)
Basic Principles of Brain Development
31(3)
Brain Development Is Not Linear or Uniform
31(2)
The Brain Gets More Connected and Specialized Over Time
33(1)
The Balance in Functioning between Brain Regions Changes Over Time, Which in Turn Affects Behavior
33(1)
Brain Development Is a Double-Edged Sword (Plasticity and Vulnerability)
34(1)
Early Stages of Brain Development
34(3)
Neurulation
34(1)
Proliferation
35(1)
Cell Migration
35(1)
Differentiation
36(1)
Synaptogenesis and Synaptic Pruning
36(1)
Myelination
36(1)
Childhood and A dolescent Brain Development
37(1)
Conclusion
38(1)
Additional Readings
38(1)
Additional Resources
38(1)
References
38(3)
4 Executive Functioning, Reasoning, Learning, and Memory
41(38)
Executive Functioning
41(11)
Cognitive Neuroscience of Executive Functioning
44(1)
Attention
44(1)
Planning
45(1)
Cognitive Flexibility
45(1)
Switching/Shifting
45(1)
Monitoring
46(1)
Initiation
46(1)
Inhibition
47(1)
Metacognition
48(1)
Executive Functioning in Practice
49(3)
Thinking and Reasoning
52(3)
Cognitive Neuroscience of Thinking and Reasoning
52(1)
Thinking and Reasoning in Practice
53(2)
Processing Speed
55(1)
Cognitive Neuroscience of Processing Speed
55(1)
Processing Speed in Practice
56(1)
Learning
56(4)
Cognitive Neuroscience of Learning
57(3)
Memory
60(5)
Cognitive Neuroscience of Memory
60(1)
Wor king memory
61(1)
Long-Term Memory
62(2)
Learning and Memory in Practice
64(1)
Conclusion
65(6)
Additional Reading
71(1)
Additional Resources
72(1)
References
72(7)
5 Language
79(28)
Early Language
79(5)
Cognitive Neuroscience of Early Language
79(5)
Early Language in Practice
84(1)
Receptive and Expressive Language
84(2)
Cognitive Neuroscience of Receptive and Expressive Language
84(2)
Receptive and Expressive Language in Practice
86(1)
Vocabulary
86(1)
Cognitive Neuroscience of Vocabulary
86(1)
Vocabulary in Practice
87(1)
Pragmatic Language
87(2)
Cognitive Neuroscience of Pragmatic Language
87(1)
Pragmatic Language in Practice
88(1)
Grammar
89(1)
Cognitive Neuroscience of Grammar
89(1)
Grammar in Practice
90(1)
Language Disorders
90(2)
Cognitive Neuroscience of Language Disorders
90(2)
Language Disorders in Practice
92(1)
English Language Learners
92(4)
Cognitive Neuroscience of English Language Learners
92(1)
English Language Learners in Practice
93(3)
Conclusion
96(5)
Additional Readings
101(1)
Additional Resources
101(1)
References
101(6)
6 Reading
107(48)
Reading and Mental Health
108(1)
Print A wareness
109(2)
Cognitive Neuroscience of Print A wareness
109(1)
Print Awareness in Practice
110(1)
Phonemic Awareness
111(2)
Cognitive Neuroscience of Phonemic Awareness
111(1)
Phonemic Awareness in Practice
112(1)
Rapid A utomatic Naming
113(1)
Decoding
114(7)
Cognitive Neuroscience of Decoding
114(2)
Decoding in Practice
116(1)
Cognitive Neuroscience of Orthography
117(3)
Decoding in Practice
120(1)
Fluency
121(3)
Cognitive Neuroscience of Fluency
121(2)
Fluency in Practice
123(1)
Vocabulary
124(6)
Cognitive Neuroscience of Vocabulary
124(1)
Cognitive Neuroscience of Morphology
125(2)
Vocabulary in Practice
127(3)
Comprehension
130(4)
Cognitive Neuroscience of Comprehension
130(2)
Too Long; Didn't Read (TL; DR)
132(1)
Comprehension in Practice
133(1)
Dyslexia and Reading Disabilities
134(5)
Cognitive Neuroscience of Dyslexia
134(4)
Reading Learning Disabilities in Practice
138(1)
English Language Learners and Reading
139(1)
Cognitive Neuroscience of English Language Learners and Reading
139(1)
English Language Learners and Reading in Practice
140(1)
Conclusion
140(4)
Additional Readings
144(1)
Additional Resources
144(1)
References
145(10)
7 Written Expression
155(25)
Early Writing Development
155(1)
Cognitive Neuroscience of Early Writing Development
155(1)
Early Writing Development in Practice
156(1)
Transcription: Handwriting and Typing
156(4)
Cognitive Neuroscience of Handwriting
156(3)
Transcription in Practice: Handwriting and Keyboarding
159(1)
Spelling
160(2)
Cognitive Neuroscience of Spelling
160(1)
Spelling in Practice
161(1)
Composition
162(4)
Cognitive Neuroscience of Composition
162(2)
Composition in Practice
164(2)
Learning Disabilities in Written Expression
166(2)
Cognitive Neuroscience of Learning Disabilities in Written / Expression
166(1)
Learning Disabilities in Written Expression in Practice
167(1)
English Language Learners and Writing
168(1)
Cognitive Neuroscience of English Language Learners and Writing
168(1)
Conclusion
169(6)
Additional Reading
175(1)
Additional Resource
175(1)
References
175(5)
8 Mathematics
180(32)
Number Sense and Early Math Development
181(5)
Cognitive Neuroscience of Number Sense and Early Math Development
181(4)
Number Sense and Early Math Development in Practice
185(1)
Part-Whole Relationships
186(3)
Cognitive Neuroscience of Part-Whole Relationships
186(1)
Part-Whole Relationships in Practice
187(2)
Math Facts, Algorithms, and Computation
189(2)
Cognitive Neuroscience of Math Facts, Algorithms, and Computation
189(1)
Math Facts, Algorithms, and Computation in Practice
190(1)
Math Fluency
191(1)
Cognitive Neuroscience of Math Fluency
191(1)
Math Fluency in Practice
192(1)
Math Vocabulary
192(1)
Cognitive Neuroscience of Math Vocabulary
192(1)
Math Vocabulary in Practice
193(1)
Word Problems
193(2)
Cognitive Neuroscience of Word Problems
193(1)
Word Problems in Practice
194(1)
Math Anxiety and Motivation
195(3)
Cognitive Neuroscience of Math Anxiety and Motivation
195(2)
Math Anxiety and Motivation in Practice
197(1)
Dyscalculia and Math Learning Disabilities
198(2)
Cognitive Neuroscience of Dyscalculia and Math Learning Disabilities
198(2)
Dyscalculia and Math Learning Disabilities in Practice
200(1)
Conclusion
200(5)
Additional Reading
205(1)
Additional Resources
205(1)
References
206(6)
9 Learning Disabilities Summary
212(11)
Challenges with LD identification
212(3)
Specific or Not?
212(1)
Variability in Diagnosis and Classification
213(2)
Assessment to Inform Intervention
215(1)
Connection between LD and MH
215(1)
Ending All of the Wars: The Needfor Both Factual and Conceptual Knowledge
216(1)
Choosing Interventions that Support Remediation
217(1)
Strategy Instruction
217(1)
The Role of Educational Neuroscience
218(1)
Conclusion
219(1)
Additional Reading
219(1)
Additional Resources
219(1)
References
220(3)
10 Social-Emotional Development and Mental Health
223(28)
Early Social-Emotional Development
223(2)
Cognitive Neuroscience of Early Social-Emotional Development
223(1)
Early Social-Emotional Development in Practice
224(1)
Social-Emotional Learning
225(10)
Cognitive Neuroscience of Social-Emotional Learning
226(1)
Self-Awareness
226(1)
Self-Management
227(3)
Social Awareness
230(1)
Relationship Skills
231(1)
Responsible Decision-Making
232(1)
Social-Emotional Learning in Practice
233(2)
Mental Health and Weil-Being
235(3)
Cognitive Neuroscience of Mental Health and Weil-Being
235(2)
Mental Health and Weil-Being in Practice
237(1)
Conclusion
238(7)
Additional Reading
245(1)
Additional Resources
245(1)
References
246(5)
11 Common Childhood Disorders
251(53)
Neurodevelopmental Disorders
251(1)
Intellectual Disability
251(3)
Cognitive Neuroscience of Intellectual Disability
251(2)
Intellectual Disability in Practice
253(1)
Fetal Alcohol Spectrum Disorder (FASD) and Other Teratogens
254(3)
Cognitive Neuroscience of FASD
254(1)
Cognitive Neuroscience of Other Teratogens (Cocaine, Cannabis, Nicotine, and Lead)
255(2)
FASD and Other Teratogens in Practice
257(1)
Autism Spectrum Disorder (ASD)
257(2)
Cognitive Neuroscience of ASD
257(1)
ASD in Practice
258(1)
Attention Deficit Hyperactivity Disorder (ADHD)
259(5)
Cognitive Neuroscience of ADHD
259(2)
ADHD in Practice
261(3)
Tourette Syndrome
264(2)
Cognitive Neuroscience of Tourette's Disorder
264(1)
Tourette's Disorder in Practice
265(1)
Medical Disorders
266(3)
Cognitive Neuroscience of Epilepsy
266(1)
Cognitive Neuroscience of Pediatric Stroke
267(1)
Cognitive Neuroscience of Cerebral Palsy
268(1)
Medical Disorders in Practice
268(1)
Mental Health Diagnoses
269(1)
Internalizing Mental Health Diagnoses
269(6)
Cognitive Neuroscience of Internalizing Mental Health Diagnoses
269(1)
Anxiety Disorders
269(1)
Depressive Disorders
270(1)
Comorbid Anxiety and Depression
271(1)
Obsessive-Compulsive Disorder
271(1)
Post-Traumatic Stress Disorder
272(1)
Internalizing Mental Health Diagnoses in Practice
273(2)
Externalizing Mental Health Diagnoses
275(2)
Cognitive Neuroscience of Oppositional Defiant Disorder and Conduct Disorder
275(1)
Externalizing Mental Health Diagnoses in Practice
276(1)
Substance Abuse
277(2)
Cognitive Neuroscience of Substance Abuse
277(1)
Cannabis
278(1)
Nicotine
278(1)
Alcohol
279(1)
Substance Abuse in Practice
279(1)
Concussion
279(1)
Cognitive Neuroscience of Concussion
279(1)
Concussion in Practice
280(1)
Conclusion
280(9)
Additional Reading
289(1)
Neurodevelopmental Disorders
289(1)
ADHD
289(1)
Tourette syndrome
290(1)
Autism
290(1)
Internalizing Disorders
290(1)
Behavioral Disorders
290(1)
Additional Resources
290(1)
References
291(13)
12 Technology
304(27)
Cognition
304(5)
Multitasking, Distraction, and Attention
304(3)
Learning and Memory
307(2)
Academic Performance
309(3)
Identity Formation
312(1)
Relationships
313(2)
Mental Health
315(2)
Physical Health
317(1)
Sleep
317(1)
Video Games
318(1)
Technology in Practice
319(1)
Conclusion
320(1)
Additional Readings
321(1)
Additional Resources
321(1)
References
321(10)
Index 331
Gabrielle Wilcox is an Associate Professor of School and Applied Child Psychology in the Werklund School of Education and Coordinator of the Educational Neuroscience certificate at the University of Calgary, Canada. She is a Registered Psychologist in Alberta and a Nationally Certified School Psychologist.

Frank P. MacMaster is an Associate Professor of Psychiatry and Paediatrics in the Cumming School of Medicine at the University of Calgary, Canada, and Scientific Director for the Provincial Addictions and Mental Health portfolio with Alberta Health Services.

Erica Makarenko is a Senior Instructor and Academic Coordinator of School and Applied Child Psychology program in the Werklund School of Education and Co-Coordinator of the Educational Neuroscience certificate at the University of Calgary, Canada. She is a Registered Psychologist in Alberta and a Nationally Certified School Psychologist.