The Cambridge Handbook of Research Methods in Clinical Psychology
Herausgeber: Wright, Aidan G C; Hallquist, Michael N
The Cambridge Handbook of Research Methods in Clinical Psychology
Herausgeber: Wright, Aidan G C; Hallquist, Michael N
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This forward-thinking handbook integrates philosophy of science, study design, and contemporary quantitative methods in clinical psychology.
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This forward-thinking handbook integrates philosophy of science, study design, and contemporary quantitative methods in clinical psychology.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Produktdetails
- Produktdetails
- Verlag: Cambridge University Press
- Seitenzahl: 600
- Erscheinungstermin: 21. Mai 2020
- Englisch
- Abmessung: 279mm x 216mm x 28mm
- Gewicht: 1588g
- ISBN-13: 9781107189843
- ISBN-10: 1107189845
- Artikelnr.: 58698354
- Herstellerkennzeichnung
- Libri GmbH
- Europaallee 1
- 36244 Bad Hersfeld
- 06621 890
- Verlag: Cambridge University Press
- Seitenzahl: 600
- Erscheinungstermin: 21. Mai 2020
- Englisch
- Abmessung: 279mm x 216mm x 28mm
- Gewicht: 1588g
- ISBN-13: 9781107189843
- ISBN-10: 1107189845
- Artikelnr.: 58698354
- Herstellerkennzeichnung
- Libri GmbH
- Europaallee 1
- 36244 Bad Hersfeld
- 06621 890
Section I. Clinical Psychological Science: An Evolving Field: 1. Trends in
the evolving discipline of clinical psychology; 2. Defining and refining
phenotypes: operational definitions as open concepts; 3. Building models of
psychopathology spanning multiple modalities of measurements; Section II.
Observational Approaches: 4. The conceptual foundations of descriptive
psychopathology; 5. Survey and interview methods; 6. Psychometrics in
clinical psychology research; 7. Latent variable models in clinical
psychology; 8. Psychiatric epidemiology methods; Section III. Experimental
and Biological Approaches: 9. Conceptual foundations of experimental
psychopathology: historical context, scientific posture, and reflections on
substantive and method matters; 10. A practical guide for designing and
conducting cognitive studies in child psychopathology; 11. Peripheral
psychophysiology; 12. Behavioral and molecular genetics; 13. Concepts and
principles of clinical functional magnetic resonance imaging; 14.
Reinforcement learning approaches to computational clinical neuroscience;
Section IV. Developmental Psychopathology and Longitudinal Methods: 15.
Studying psychopathology in early life: foundations of developmental
psychopathology; 16. Adolescence and puberty: understanding the emergency
of psychopathology; 17. Quantitative genetics research strategies for
studying gene-environment interplay in the development of child and
adolescent psychopathology; 18. Designing and managing longitudinal
studies; 19. Measurement and comorbidity models for longitudinal data;
Section V. Intervention Approaches: 20. The multiphase optimization
strategy for developing and evaluating behavioral interventions; 21. Future
directions in developing and evaluating psychological interventions; 22.
Health psychology and behavioral medicine: methodological issues in the
study of psychosocial influences on disease; Section VI. Intensive
Longitudinal Designs: 23. Ambulatory assessment; 24. Modeling intensive
longitudinal data; 25. Modeling the individual: bridging nomothetic and
idiographic levels of analysis; 26. Social processes and dyadic designs;
27. Models for dyadic data; Section VII. General Analytic Considerations:
28. Reproducibility in clinical psychology; 29. Meta-analysis: integration
of empirical findings through quantitative modeling; 30. Mediation,
moderation, and conditional process analysis: regression-based approaches
for clinical research; 31. Statistical inference for causal effects in
clinical psychology: fundamental concepts and analytical approaches; 32.
Analyzing nested data: multilevel modeling and alternative approaches; 33.
Missing data analyses; 34. Machine learning for clinical psychology and
clinical neuroscience.
the evolving discipline of clinical psychology; 2. Defining and refining
phenotypes: operational definitions as open concepts; 3. Building models of
psychopathology spanning multiple modalities of measurements; Section II.
Observational Approaches: 4. The conceptual foundations of descriptive
psychopathology; 5. Survey and interview methods; 6. Psychometrics in
clinical psychology research; 7. Latent variable models in clinical
psychology; 8. Psychiatric epidemiology methods; Section III. Experimental
and Biological Approaches: 9. Conceptual foundations of experimental
psychopathology: historical context, scientific posture, and reflections on
substantive and method matters; 10. A practical guide for designing and
conducting cognitive studies in child psychopathology; 11. Peripheral
psychophysiology; 12. Behavioral and molecular genetics; 13. Concepts and
principles of clinical functional magnetic resonance imaging; 14.
Reinforcement learning approaches to computational clinical neuroscience;
Section IV. Developmental Psychopathology and Longitudinal Methods: 15.
Studying psychopathology in early life: foundations of developmental
psychopathology; 16. Adolescence and puberty: understanding the emergency
of psychopathology; 17. Quantitative genetics research strategies for
studying gene-environment interplay in the development of child and
adolescent psychopathology; 18. Designing and managing longitudinal
studies; 19. Measurement and comorbidity models for longitudinal data;
Section V. Intervention Approaches: 20. The multiphase optimization
strategy for developing and evaluating behavioral interventions; 21. Future
directions in developing and evaluating psychological interventions; 22.
Health psychology and behavioral medicine: methodological issues in the
study of psychosocial influences on disease; Section VI. Intensive
Longitudinal Designs: 23. Ambulatory assessment; 24. Modeling intensive
longitudinal data; 25. Modeling the individual: bridging nomothetic and
idiographic levels of analysis; 26. Social processes and dyadic designs;
27. Models for dyadic data; Section VII. General Analytic Considerations:
28. Reproducibility in clinical psychology; 29. Meta-analysis: integration
of empirical findings through quantitative modeling; 30. Mediation,
moderation, and conditional process analysis: regression-based approaches
for clinical research; 31. Statistical inference for causal effects in
clinical psychology: fundamental concepts and analytical approaches; 32.
Analyzing nested data: multilevel modeling and alternative approaches; 33.
Missing data analyses; 34. Machine learning for clinical psychology and
clinical neuroscience.
Section I. Clinical Psychological Science: An Evolving Field: 1. Trends in
the evolving discipline of clinical psychology; 2. Defining and refining
phenotypes: operational definitions as open concepts; 3. Building models of
psychopathology spanning multiple modalities of measurements; Section II.
Observational Approaches: 4. The conceptual foundations of descriptive
psychopathology; 5. Survey and interview methods; 6. Psychometrics in
clinical psychology research; 7. Latent variable models in clinical
psychology; 8. Psychiatric epidemiology methods; Section III. Experimental
and Biological Approaches: 9. Conceptual foundations of experimental
psychopathology: historical context, scientific posture, and reflections on
substantive and method matters; 10. A practical guide for designing and
conducting cognitive studies in child psychopathology; 11. Peripheral
psychophysiology; 12. Behavioral and molecular genetics; 13. Concepts and
principles of clinical functional magnetic resonance imaging; 14.
Reinforcement learning approaches to computational clinical neuroscience;
Section IV. Developmental Psychopathology and Longitudinal Methods: 15.
Studying psychopathology in early life: foundations of developmental
psychopathology; 16. Adolescence and puberty: understanding the emergency
of psychopathology; 17. Quantitative genetics research strategies for
studying gene-environment interplay in the development of child and
adolescent psychopathology; 18. Designing and managing longitudinal
studies; 19. Measurement and comorbidity models for longitudinal data;
Section V. Intervention Approaches: 20. The multiphase optimization
strategy for developing and evaluating behavioral interventions; 21. Future
directions in developing and evaluating psychological interventions; 22.
Health psychology and behavioral medicine: methodological issues in the
study of psychosocial influences on disease; Section VI. Intensive
Longitudinal Designs: 23. Ambulatory assessment; 24. Modeling intensive
longitudinal data; 25. Modeling the individual: bridging nomothetic and
idiographic levels of analysis; 26. Social processes and dyadic designs;
27. Models for dyadic data; Section VII. General Analytic Considerations:
28. Reproducibility in clinical psychology; 29. Meta-analysis: integration
of empirical findings through quantitative modeling; 30. Mediation,
moderation, and conditional process analysis: regression-based approaches
for clinical research; 31. Statistical inference for causal effects in
clinical psychology: fundamental concepts and analytical approaches; 32.
Analyzing nested data: multilevel modeling and alternative approaches; 33.
Missing data analyses; 34. Machine learning for clinical psychology and
clinical neuroscience.
the evolving discipline of clinical psychology; 2. Defining and refining
phenotypes: operational definitions as open concepts; 3. Building models of
psychopathology spanning multiple modalities of measurements; Section II.
Observational Approaches: 4. The conceptual foundations of descriptive
psychopathology; 5. Survey and interview methods; 6. Psychometrics in
clinical psychology research; 7. Latent variable models in clinical
psychology; 8. Psychiatric epidemiology methods; Section III. Experimental
and Biological Approaches: 9. Conceptual foundations of experimental
psychopathology: historical context, scientific posture, and reflections on
substantive and method matters; 10. A practical guide for designing and
conducting cognitive studies in child psychopathology; 11. Peripheral
psychophysiology; 12. Behavioral and molecular genetics; 13. Concepts and
principles of clinical functional magnetic resonance imaging; 14.
Reinforcement learning approaches to computational clinical neuroscience;
Section IV. Developmental Psychopathology and Longitudinal Methods: 15.
Studying psychopathology in early life: foundations of developmental
psychopathology; 16. Adolescence and puberty: understanding the emergency
of psychopathology; 17. Quantitative genetics research strategies for
studying gene-environment interplay in the development of child and
adolescent psychopathology; 18. Designing and managing longitudinal
studies; 19. Measurement and comorbidity models for longitudinal data;
Section V. Intervention Approaches: 20. The multiphase optimization
strategy for developing and evaluating behavioral interventions; 21. Future
directions in developing and evaluating psychological interventions; 22.
Health psychology and behavioral medicine: methodological issues in the
study of psychosocial influences on disease; Section VI. Intensive
Longitudinal Designs: 23. Ambulatory assessment; 24. Modeling intensive
longitudinal data; 25. Modeling the individual: bridging nomothetic and
idiographic levels of analysis; 26. Social processes and dyadic designs;
27. Models for dyadic data; Section VII. General Analytic Considerations:
28. Reproducibility in clinical psychology; 29. Meta-analysis: integration
of empirical findings through quantitative modeling; 30. Mediation,
moderation, and conditional process analysis: regression-based approaches
for clinical research; 31. Statistical inference for causal effects in
clinical psychology: fundamental concepts and analytical approaches; 32.
Analyzing nested data: multilevel modeling and alternative approaches; 33.
Missing data analyses; 34. Machine learning for clinical psychology and
clinical neuroscience.