Elisabeth Brauner is full Professor of Psychology at Brooklyn College and The Graduate Center, City University of New York. She is past-Head of the Ph.D. Program in Cognition, Brain, and Behavior at the Graduate Center, CUNY, and Director of two M.A. programs in Industrial and Organizational Psychology at Brooklyn College. Her research on team processes focuses on group interaction for the purpose of developing transactive memory, as well as on the development of research methods for applied psychological research. Margarete Boos is full Professor of Psychology and Head of the Department of Social and Communication Psychology at the Institute for Psychology, University of Göttingen. Her research focuses on group psychology, especially coordination and leadership in teams, computer-mediated communication, and distributed teams, as well as on methods for interaction and communication analysis. Michaela Kolbe is a member of the faculty at ETH Zurich and the Director of the Simulation Center for the University Hospital Zurich. She has been studying team processes for many years, with particular research interest in the social dynamics of 'speaking up' across the authority gradient and across disciplines in healthcare. She publishes widely in psychological, healthcare, and simulation journals and books, and she is a member of the Editorial Board of BMJ STEL and Associate Editor of Advances in Simulation.

• Part I. Background and Theory: 1. Interaction analysis: an introduction; 2. History of group interaction research; Part II. Application Areas of Interaction Analysis: 3. Dyadic interaction analysis; 4. Observing group interaction: the benefits of taking group dynamics seriously; 5. Unpacking the structures of team interaction patterns; 6. Coding nonverbal behavior; 7. Behavioral coding in animals; 8. Beyond coding interaction: new horizons in interaction analysis; Part III. Methodology and Procedures of Interaction Analysis: 9. Coding interaction: a technical introduction; 10. Rules for coding scheme development; 11. Unitizing verbal interaction data for coding: rules and reliability; 12. Quality control: assessing reliability and validity; 13. Software for coding and analyzing interaction processes; Part IV. Data Analysis and Data Presentation: 14. Coding and counting – frequency analysis for group interaction research; 15. Analysis of interaction sequences; 16. Temporal patterns in interactions: T-patterns and their detection with THEMEtm; 17. Interdependence in small group discussion; 18. Coding and analyzing multiple levels; 19. Introduction to machine learning: teaching computers to code group interaction data; 20. Tint – a technique for visualizing team processes; Part V. Coding Schemes for Interaction Research: General Group Process Systems: 21. The advanced interaction analysis for teams (act4teams) coding scheme; 22. Discussion Coding System (DCS); 23. Interaction Process Analysis (IPA); 24. TEMPO: a time-based system for analysis of group interaction process; Section 1. Argument, Conflict, and Negotiations: 25. Argument – a category system for analyzing argumentation in group discussions; 26. Group working relationships coding system; 27. Micro-conflict coding scheme; 28. Offer: behaviorally coding indirect and direct information exchange in negotiations; 29. Verbal tactics coding scheme (Vtcs); Section 2. Coordination and Coherence: 30. Coco – a category system for coding coherence in conversations; 31. Co-act – a framework for observing coordination behavior in acute care teams; 32. So-Dic-Or: simultaneous observation of distractions and communication in the operating room; Section 3. Cognition and Meta-Cognition: 33. Casorl – coding scheme for the analysis of socially regulated learning; 34. Coding scheme for group creativity; 35. Analyzing critical thinking in group constellations: from discourse analysis to analyzing social modes of thinking; 36. Identifying teacher and student contributions during assessment conversations: the elevate coding scheme; 37. In search of synergy in group decisions: coding hidden profile discussions; 38. Trawis – coding transactive knowledge and knowledge exchange; Section 4. Personality and Team Behavior: 39. The behavior analysis coding system – an applied, real-time approach for measuring and improving interactive skills; 40. Groupness/entitativity observational coding (Geoc): a coding system to assess groupness or entitativity in groups; 41. Assessing group interactions in personality psychology: the Münster behavior coding-system (M-BeCoSy); Section 5. Roles and Relationships: 42. BRRICS: brief romantic relationship interaction coding scheme; 43. (Family) relational communication control coding system; 44. Verbal response modes taxonomy.

'The Cambridge Handbook of Group Interaction Analysis is an essential compendium that thoroughly covers this increasingly important team dynamics research methodology. Whether you are a novice or a seasoned expert, there are nuggets of wisdom in this collection written by a broad collection of experts. If you study team process dynamics, you need this book on your shelf.' Steve W. J. Kozlowski, Michigan State University

Elisabeth Brauner is full Professor of Psychology at Brooklyn College and The Graduate Center, City University of New York. She is past-Head of the Ph.D. Program in Cognition, Brain, and Behavior at the Graduate Center, CUNY, and Director of two M.A. programs in Industrial and Organizational Psychology at Brooklyn College. Her research on team processes focuses on group interaction for the purpose of developing transactive memory, as well as on the development of research methods for applied psychological research. Margarete Boos is full Professor of Psychology and Head of the Department of Social and Communication Psychology at the Institute for Psychology, University of Göttingen. Her research focuses on group psychology, especially coordination and leadership in teams, computer-mediated communication, and distributed teams, as well as on methods for interaction and communication analysis. Michaela Kolbe is a member of the faculty at ETH Zurich and the Director of the Simulation Center for the University Hospital Zurich. She has been studying team processes for many years, with particular research interest in the social dynamics of 'speaking up' across the authority gradient and across disciplines in healthcare. She publishes widely in psychological, healthcare, and simulation journals and books, and she is a member of the Editorial Board of BMJ STEL and Associate Editor of Advances in Simulation.

• Part I. Background and Theory: 1. Interaction analysis: an introduction; 2. History of group interaction research; Part II. Application Areas of Interaction Analysis: 3. Dyadic interaction analysis; 4. Observing group interaction: the benefits of taking group dynamics seriously; 5. Unpacking the structures of team interaction patterns; 6. Coding nonverbal behavior; 7. Behavioral coding in animals; 8. Beyond coding interaction: new horizons in interaction analysis; Part III. Methodology and Procedures of Interaction Analysis: 9. Coding interaction: a technical introduction; 10. Rules for coding scheme development; 11. Unitizing verbal interaction data for coding: rules and reliability; 12. Quality control: assessing reliability and validity; 13. Software for coding and analyzing interaction processes; Part IV. Data Analysis and Data Presentation: 14. Coding and counting – frequency analysis for group interaction research; 15. Analysis of interaction sequences; 16. Temporal patterns in interactions: T-patterns and their detection with THEMEtm; 17. Interdependence in small group discussion; 18. Coding and analyzing multiple levels; 19. Introduction to machine learning: teaching computers to code group interaction data; 20. Tint – a technique for visualizing team processes; Part V. Coding Schemes for Interaction Research: General Group Process Systems: 21. The advanced interaction analysis for teams (act4teams) coding scheme; 22. Discussion Coding System (DCS); 23. Interaction Process Analysis (IPA); 24. TEMPO: a time-based system for analysis of group interaction process; Section 1. Argument, Conflict, and Negotiations: 25. Argument – a category system for analyzing argumentation in group discussions; 26. Group working relationships coding system; 27. Micro-conflict coding scheme; 28. Offer: behaviorally coding indirect and direct information exchange in negotiations; 29. Verbal tactics coding scheme (Vtcs); Section 2. Coordination and Coherence: 30. Coco – a category system for coding coherence in conversations; 31. Co-act – a framework for observing coordination behavior in acute care teams; 32. So-Dic-Or: simultaneous observation of distractions and communication in the operating room; Section 3. Cognition and Meta-Cognition: 33. Casorl – coding scheme for the analysis of socially regulated learning; 34. Coding scheme for group creativity; 35. Analyzing critical thinking in group constellations: from discourse analysis to analyzing social modes of thinking; 36. Identifying teacher and student contributions during assessment conversations: the elevate coding scheme; 37. In search of synergy in group decisions: coding hidden profile discussions; 38. Trawis – coding transactive knowledge and knowledge exchange; Section 4. Personality and Team Behavior: 39. The behavior analysis coding system – an applied, real-time approach for measuring and improving interactive skills; 40. Groupness/entitativity observational coding (Geoc): a coding system to assess groupness or entitativity in groups; 41. Assessing group interactions in personality psychology: the Münster behavior coding-system (M-BeCoSy); Section 5. Roles and Relationships: 42. BRRICS: brief romantic relationship interaction coding scheme; 43. (Family) relational communication control coding system; 44. Verbal response modes taxonomy.

'The Cambridge Handbook of Group Interaction Analysis is an essential compendium that thoroughly covers this increasingly important team dynamics research methodology. Whether you are a novice or a seasoned expert, there are nuggets of wisdom in this collection written by a broad collection of experts. If you study team process dynamics, you need this book on your shelf.' Steve W. J. Kozlowski, Michigan State University

Elisabeth Brauner is full Professor of Psychology at Brooklyn College and The Graduate Center, City University of New York. She is past-Head of the Ph.D. Program in Cognition, Brain, and Behavior at the Graduate Center, CUNY, and Director of two M.A. programs in Industrial and Organizational Psychology at Brooklyn College. Her research on team processes focuses on group interaction for the purpose of developing transactive memory, as well as on the development of research methods for applied psychological research. Margarete Boos is full Professor of Psychology and Head of the Department of Social and Communication Psychology at the Institute for Psychology, University of Göttingen. Her research focuses on group psychology, especially coordination and leadership in teams, computer-mediated communication, and distributed teams, as well as on methods for interaction and communication analysis. Michaela Kolbe is a member of the faculty at ETH Zurich and the Director of the Simulation Center for the University Hospital Zurich. She has been studying team processes for many years, with particular research interest in the social dynamics of 'speaking up' across the authority gradient and across disciplines in healthcare. She publishes widely in psychological, healthcare, and simulation journals and books, and she is a member of the Editorial Board of BMJ STEL and Associate Editor of Advances in Simulation.

• Part I. Background and Theory: 1. Interaction analysis: an introduction; 2. History of group interaction research; Part II. Application Areas of Interaction Analysis: 3. Dyadic interaction analysis; 4. Observing group interaction: the benefits of taking group dynamics seriously; 5. Unpacking the structures of team interaction patterns; 6. Coding nonverbal behavior; 7. Behavioral coding in animals; 8. Beyond coding interaction: new horizons in interaction analysis; Part III. Methodology and Procedures of Interaction Analysis: 9. Coding interaction: a technical introduction; 10. Rules for coding scheme development; 11. Unitizing verbal interaction data for coding: rules and reliability; 12. Quality control: assessing reliability and validity; 13. Software for coding and analyzing interaction processes; Part IV. Data Analysis and Data Presentation: 14. Coding and counting – frequency analysis for group interaction research; 15. Analysis of interaction sequences; 16. Temporal patterns in interactions: T-patterns and their detection with THEMEtm; 17. Interdependence in small group discussion; 18. Coding and analyzing multiple levels; 19. Introduction to machine learning: teaching computers to code group interaction data; 20. Tint – a technique for visualizing team processes; Part V. Coding Schemes for Interaction Research: General Group Process Systems: 21. The advanced interaction analysis for teams (act4teams) coding scheme; 22. Discussion Coding System (DCS); 23. Interaction Process Analysis (IPA); 24. TEMPO: a time-based system for analysis of group interaction process; Section 1. Argument, Conflict, and Negotiations: 25. Argument – a category system for analyzing argumentation in group discussions; 26. Group working relationships coding system; 27. Micro-conflict coding scheme; 28. Offer: behaviorally coding indirect and direct information exchange in negotiations; 29. Verbal tactics coding scheme (Vtcs); Section 2. Coordination and Coherence: 30. Coco – a category system for coding coherence in conversations; 31. Co-act – a framework for observing coordination behavior in acute care teams; 32. So-Dic-Or: simultaneous observation of distractions and communication in the operating room; Section 3. Cognition and Meta-Cognition: 33. Casorl – coding scheme for the analysis of socially regulated learning; 34. Coding scheme for group creativity; 35. Analyzing critical thinking in group constellations: from discourse analysis to analyzing social modes of thinking; 36. Identifying teacher and student contributions during assessment conversations: the elevate coding scheme; 37. In search of synergy in group decisions: coding hidden profile discussions; 38. Trawis – coding transactive knowledge and knowledge exchange; Section 4. Personality and Team Behavior: 39. The behavior analysis coding system – an applied, real-time approach for measuring and improving interactive skills; 40. Groupness/entitativity observational coding (Geoc): a coding system to assess groupness or entitativity in groups; 41. Assessing group interactions in personality psychology: the Münster behavior coding-system (M-BeCoSy); Section 5. Roles and Relationships: 42. BRRICS: brief romantic relationship interaction coding scheme; 43. (Family) relational communication control coding system; 44. Verbal response modes taxonomy.

'The Cambridge Handbook of Group Interaction Analysis is an essential compendium that thoroughly covers this increasingly important team dynamics research methodology. Whether you are a novice or a seasoned expert, there are nuggets of wisdom in this collection written by a broad collection of experts. If you study team process dynamics, you need this book on your shelf.' Steve W. J. Kozlowski, Michigan State University