Cover image for Efficient Learning for the Poor : Insights from the Frontier of Cognitive Neuroscience.
Efficient Learning for the Poor : Insights from the Frontier of Cognitive Neuroscience.
Title:
Efficient Learning for the Poor : Insights from the Frontier of Cognitive Neuroscience.
Author:
Abadzi, Helen.
ISBN:
9780821366899
Personal Author:
Physical Description:
1 online resource (304 pages)
Contents:
Contents -- Acknowledgements -- Overview -- Acronyms -- PART I. COGNITIVE REESEARCH ON BASIC SKILLS -- 1. The Pedagogy of Poverty -- Neurocognitive Research: The Key to the Black Box -- 2. Health, Nutrition, and Cognitive Processing -- Health and Nutritional Obstacles to Learning -- Developmental Delays and the Importance of Preschool -- Policy Implications -- 3. Nervous System Linkages with School Performance -- Policy Implications -- 4. Memory and Basic Skills Acquisition -- Knowledge Intake: Attention Span and Prospects for Improving It -- The Peculiarities of Memory: Eternal as Well as Fleeting -- Working Memory: A Concept Critical for Effective Education -- Why Is Working Memory So Important for School Work? -- How Information Learned in School Is Consolidated -- Policy Implications -- Research Needs -- 5. Literacy Acquisition and the Biology of Reading -- Reading Benchmarks and Norms -- Reading Issues Affecting the Poor -- Phonics Versus "Whole Word" Methods -- Policy Implications -- Research Needs -- 6. Why Mother-Tongue Instruction Improves Achievement -- The Benefits of Bilingual Education -- Policy Implications -- Research Needs -- 7. The Development and Teaching of Numeracy -- The Effects of Language Switching in Math -- Policy Implications -- Research Needs -- 8. The Cognitive Effects of Classroom Events -- "Chalk and Talk" Lecturing (Very Effective for Brief Periods) -- Practice, Questions, Feedback, Discussion (Very Effective) -- Individual Seatwork (Limited Effectiveness) -- Projects (Limited Effectiveness for Basic Skills) -- Noninstructional Activities (Ineffective) -- Policy Implications -- Research Needs -- PART II. RESOURCES FOR EFFECTIVE INSTRUCTION -- 9. Which Instructional Methods Are Most Efficient? -- The Pros and Cons of Constructivism and Discovery Learning -- The Pros and Cons of "Direct Instruction".

Policy Implications -- 10. Use and Wastage of Instructional Time -- Schools Open fewer than the Official Number of Days -- Teacher Absenteeism -- Student Absenteeism -- Wastage of Class Time -- Policy Implications -- Research Needs -- 11. A Textbook for Every Student to Take Home -- Policy Implications -- 12. Improving Instructional Support -- Classroom "Climate" and Student Achievement -- The Case of the Missing Homework -- Curricular Effects on Student Achievement -- Effects and Interpretation Difficulties of Achievement Tests -- Effects of School Facilities on Achievement and Attendance -- Policy Implications -- 13. Student Grouping and Class Size Effects -- Formation of Student Groups: Learning Potential and Issues -- Student Performance in Multigrade Classes -- Policy Implications -- PART III. PERFORMANCE OF TEACHERS AND EDUCATIONAL SYSTEMS -- 14. Teacher Incentives and Motivation -- Motivation and Incentives-Extrinsic and Intrinsic -- Self-Efficacy and the Challenge of Never-Ending Tasks -- Increasing Accountability -- Policy Implications -- 15. Performance and Training of Educators -- Social Status and Attitudes toward Students -- Attitudes toward Teaching -- Teacher Training Institutions May Not Teach Effectively -- Improving the Effectiveness of Teaching Behaviors -- Improving the Effectiveness of Training Events -- Policy Implications -- 16. The Seven Pillars of Basic Skills for All -- Benchmarks and Monitoring Indicators -- Invest More in the Lower Grades -- Efficient Access Goal -- Disseminating Lessons from Research -- ANNEX: COGNITIVE NEUROSCIENCE BASICS FOR EDUCATION -- I. Neuropsychology Essentials -- A. Neural Development in Young Organisms -- B. Nerve Wiring and Survival of the Fittest Memories -- C. Brain Architecture and Learning Functions -- D. Memory Systems -- E. Nature, Culture, and Circumstances.

F. Cultural Differences in Students' Cognition -- G. Gender-Related Issues in Cognition -- II. The Lens of Cognitive Science -- A. Attention -- B. Storage of Information in Cognitive Networks -- C. The Uses and Abuses of Memorization -- D. Copying From the Blackboard and Note-Taking -- E. Transfer of Learning to Other Skills -- F. How, What, and Why Learners Forget -- G. Higher Cognitive Functions -- H. Learning Styles: Do They Exist? -- I. Expertise and Its Implications -- J. Ability to Act on "Lessons Learned" by Donors and Governments -- K. Age-Related Memory Changes and Their Implications for Learners -- L. Training Implications for Middle-Aged Educators -- Notes -- References -- Index -- Boxes -- 1.1. The "Education for All" Goals -- 2.1. Health and School Attendance -- 2.2. Full-Time Schools: Special Attention for Low-Income Students -- 4.1. How Much Attention Do Students Pay in Class? -- 4.2. Chewing Gum Increases Recall of Words -- 4.3. Poor Students Forget More During End-of-Year Vacations -- 5.1. Sixty Words per Minute for All -- 5.2. With Efficient Instruction, Children Can Learn Multiple Scripts . . . . . . -- 6.1. How Many Years Are Needed to Teach Sufficient Language? -- 8.1. Activities and Achievement in Jamaican Schools -- 9.1. Constructivist Curricula, Illiterate Artists? -- 12.1. Youth Orchestras for the Poor in Venezuela -- 13.1. "Hole-in-the-Wall Experiment" -- 14.1. Extrinsic Teacher Incentives and "Cramming" for Exams -- 14.2. How Do Teachers Use School Grants? -- 16.1. An "Indicative Framework" for Educational Quality -- 16.2. How Well Do Schools in Niger Improve the Country's Human Capital? -- A-1. The Sociology of Competition -- A-2. Levels of Processing -- A-3. The Brief Window of Opportunity for Learning -- A-4. Useful Knowledge Tends to Be Remembered -- A-5. Visualizing Tasks Could Improve Training Outcomes -- Figures.

1.1. Burkina Faso, a Poor Country with Large Enrollment Increases -- 1.2. Fulani-Speaking Girls in Rural Niger -- 2.1. Cumulative Number of Words Addressed to Children -- 2.2. Biological Needs for Learning -- 3.1. Learning Skills by Automizing Small Units -- 4.1. Structure and Types of Human Memory -- 4.2. Memory Capacity -- 4.3. Best-Fit Relationship Between Working Memory and Age -- 5.1. Slow and Skilled Reading Areas -- 5.2(a) and (b): Performance at the End of Grade 1 in Common Words -- 6.1. Grade 4 Students Still Learning the Names of Clothes in French -- 6.2. Poor Children Studying in Official Languages -- 6.3. Non-Native Speakers Need Several Years to Catch Up -- 9.1. Different Dimensions and Methods of Teaching -- 10.1. Instructional Time Indicators in Basic Education -- 10.2. A Teacher's Class Book in Honduras -- 10.3. Instructional Time Loss Model -- 12.1. Dark Classroom in Rural Niger -- 13.1. Cooperative Learning Techniques in Tanzania -- 15.1. Primary-School Teachers Meeting Qualification Standards -- 15.2. Notes Dictated in a Teacher Training Institute -- 16.1. Relatively Few Students Meet Mastery Criteria -- 16.2. The Seven Pillars of Basic Skills for All -- A-1. Brain Potential of Younger and Older People -- A-2. Neuron Assemblies -- A-3. fMRI Equipment -- A-4. Functional Magnetic Resonance Imaging -- A-5. Brain Areas that Are Important for Learning -- A-6. Stimulation Facilitates Connections among Nerve Cells -- A-7. Illustrations of a Simple Cognitive Network -- A-8. Accumulation of Nodes to Create Complex Concepts -- A-9. Connected Knowledge and Probability of High Test Scores -- A-10(a). Items Linked in Series, Like a Poem -- A-10(b). Various Types of Links -- A-11. Information Retention and Prior Knowledge -- A-12. Some Concepts are Semantically Closer Than Others -- A-13. Information is Encoded along with Context.

A-14. Bizarre Interactive Images Are Best Retained -- A-15. Concepts With High and Low Degree of "Fan" -- A-16. Primacy and Recency Effects -- A-17. Forgetting Rates of Complex Procedures -- Tables -- 1.1. Quantitative versus Qualitative Indicators of School Participation -- 2.1. Amount of Parental Interaction with Children in U.S. -- 8.1. Most and Least Effective Means to Learn New Information -- 10.1. Instructional Hours in Countries Using "Split-Shift" Schooling -- 10.2. Provider Absenteeism Rates by Country and Sector -- 10.3. Studies Relating Time Use and School Effectiveness -- 16.1. Viability of Instructional Interventions for the Disadvantaged -- A-1. Improving the Effectiveness of Instructional Activities -- A-2. Policy Changes that May Improve Instructional Outcomes.
Abstract:
Large-scale efforts have been made since the 1990s to ensure that all children of the world go to school. But mere enrollment is not sufficient, students must become fluent in reading and calculation by the end of grade 2. Fluency is needed to process large amounts of text quickly and use the information for decisions that may ultimately reduce poverty. State-of-the-art brain imaging and cognitive psychology research can help formulate effective policies for improving the basic skills of low-income students. This book integrates research into applications that extend from preschool brain development to the memory of adult educators. In layman??s terms, it provides explanations and answers to questions such as: Why do children have to read fast before they can understand what they read?How do health, nutrition, and stimulation influence brain development?Why should students learn basic skills in their maternal language?Is there such a thing as an untrained teacher?What signs in a classroom show whether students are getting a quality education?How must information be presented in class so that students can retain it and use it?What training techniques are most likely to help staff put their learning into use? This book would be useful to policymakers, donor agency staff, teacher trainers, supervisors, and inspectors, as well as university professors and students.
Local Note:
Electronic reproduction. Ann Arbor, Michigan : ProQuest Ebook Central, 2017. Available via World Wide Web. Access may be limited to ProQuest Ebook Central affiliated libraries.
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