Biological Bases of Individual Behavior
- 1st Edition - January 28, 1972
- Latest edition
- Editors: V. D. Nebylitsyn, J. A. Gray
- Language: English
Biological Bases of Individual Behavior contains a mixture of papers from East and West. The book can be organized into two parts. The articles in the first part, which might… Read more
Description
Description
Biological Bases of Individual Behavior contains a mixture of papers from East and West. The book can be organized into two parts. The articles in the first part, which might broadly be termed ""physiological"", examine a number of questions relating to the physiological constitution and to methods of measuring the properties of the nervous system. This section opens with one of Teplov's last papers, which contains a lucid exposition of the main results of research carried out in 1964 in the laboratory he directed. The other articles in this section elucidate the use of electroencephalographic and Chronometrie methods of studying the properties of the nervous system; examine problems of sensitivity and ""partiality"" in the manifestation of the basic properties; and present the results of experiments conducted to study the correlations between certain properties of the nervous system and features of the human constitution, as well as between age and neurodynamic factors. The second part of the volume may be described as psychophysiological. It consists of articles which examine the possible physiological mechanisms of individual psychological features of behavior. Many are devoted to either experimental or theoretical analysis of the neurophysiological bases of the personality dimension of extraversiσn-introversion.
Table of contents
Table of contents
List of Contributors
English Editor's Preface
Foreword
1. The Problem of Types of Human Higher Nervous Activity and Methods of Determining Them
2. The Driving Reaction as a Method of Study in Differential Psychophysiology
3. Concentration of Nervous Processes as an Individual Typological Feature of Higher Nervous Activity
4. Inter-analyzer Differences in the Sensitivity-Strength Parameter for Vision, Hearing and Cutaneous Modalities
5. The General and Partial Nervous System Types—Data and Theory
6. Problems of Interrelationship between Typological Features and Age
7. The Correlation between Background Alpha Activity and the Characteristics of the Components of Evoked Potentials
8. Cerebral Evoked Responses and Personality
9. Absolute Sensitivity of the Analyzers and Somatotype in Man
10. The Interpretation of Pavlov's Typology, and the Arousal Concept, in Replicated Trait and State Factors
11. Human Typology, Higher Nervous Activity, and Factor Analysis
12. The Psychophysiological Nature of Introversion-Extraversion: A Modification of Eysenck's Theory
13. Conditioning, Introversion-Extraversion and the Strength of the Nervous System
14. The Theory of Individual Differences in Neo-Behaviorism and in the Typology of Higher Nervous Activity
15. A Note on the Criteria of Dynamism of the Nervous Processes
16. Experimental Pain
17. The Relationship of Strength-Sensitivity of the Visual System to Extraversion
18. Concerning the Relation between Extraversion and the Strength of the Nervous System
19. Studies of Individual Differences at the Applied Psychology Unit
20. Alterations in Functional State as affected by Different Kinds of Activity and Strength of the Nervous System
21. Vigilance as a Function of Strength of the Nervous System
22. Study of the Correlation between Flexibility of Attention and Dynamism of Nervous Processes
23. Influence of Neuro dynamic Factors on Individual Characteristics of Problem Solving
24. Crime and Personality: A Review of Eysenck's Theory
25. Learning Theory, the Conceptual Nervous System and Personality
26. The Problem of General and Partial Properties of the Nervous System
Author Index
Subject Index
Product details
Product details
- Edition: 1
- Latest edition
- Published: October 30, 2013
- Language: English
View book on ScienceDirect
View book on ScienceDirect
Read Biological Bases of Individual Behavior on ScienceDirect