Causal Analysis with Event History Data Using Stata
3rd Edition
Published on 30. July 2025
Book
Paperback/Softback
240 pages
978-1-032-65778-3 (ISBN)
Description
This third edition of Causal Analysis with Event History Data Using Stata provides an updated introduction to event history modeling along with many instructive Stata examples. Using the latest Stata software, each of these practical examples develops a research question, points to useful contextual background information, gives a brief account of the underlying statistical concepts, describes the organization of input data and the application of Stata statistical procedures, and assists the reader in interpreting the content of the results obtained.
Emphasizing the strengths and limitations of continuous-time event history analysis in different fields of social science applications, this book demonstrates that event history models provide a useful approach to uncover causal relation- ships or to map a system of causal relationships. In particular, this book demonstrates how long-term processes can be studied, how different forms of duration dependencies can be estimated using nonparametric, parametric and semiparametric models, and how parallel and interdependent dynamic systems can be analyzed from a causal-analytical point of view using the method of episode splitting. The book also shows how changing contextual information at the micro, meso and macro levels can be easily integrated into a dynamic analysis of longitudinal data. Finally, the book addresses the problem of unobserved heterogeneity of time-constant and time-dependent omitted variables and makes suggestions for dealing with these sometimes difficult methodological problems.
Causal Analysis with Event History Data Using Stata is an invaluable resource for both novice and experienced researchers from a variety of fields (e.g. sociology, economics, political science, education, psychology, demography, epidemiology, management research and organizational studies, as well as medicine and clinical applications) who need an introductory textbook on continuous-time event history analysis and who are looking for a practical handbook for their longitudinal research.
Emphasizing the strengths and limitations of continuous-time event history analysis in different fields of social science applications, this book demonstrates that event history models provide a useful approach to uncover causal relation- ships or to map a system of causal relationships. In particular, this book demonstrates how long-term processes can be studied, how different forms of duration dependencies can be estimated using nonparametric, parametric and semiparametric models, and how parallel and interdependent dynamic systems can be analyzed from a causal-analytical point of view using the method of episode splitting. The book also shows how changing contextual information at the micro, meso and macro levels can be easily integrated into a dynamic analysis of longitudinal data. Finally, the book addresses the problem of unobserved heterogeneity of time-constant and time-dependent omitted variables and makes suggestions for dealing with these sometimes difficult methodological problems.
Causal Analysis with Event History Data Using Stata is an invaluable resource for both novice and experienced researchers from a variety of fields (e.g. sociology, economics, political science, education, psychology, demography, epidemiology, management research and organizational studies, as well as medicine and clinical applications) who need an introductory textbook on continuous-time event history analysis and who are looking for a practical handbook for their longitudinal research.
More details
Edition
3rd edition
Language
English
Place of publication
London
United Kingdom
Publishing group
Taylor & Francis Ltd
Target group
College/higher education
Postgraduate and Undergraduate Advanced
Illustrations
62 s/w Abbildungen, 62 s/w Zeichnungen
62 Line drawings, black and white; 62 Illustrations, black and white
Dimensions
Height: 297 mm
Width: 210 mm
Thickness: 14 mm
Weight
654 gr
ISBN-13
978-1-032-65778-3 (9781032657783)
Copyright in bibliographic data and cover images is held by Nielsen Book Services Limited or by the publishers or by their respective licensors: all rights reserved.
Schweitzer Classification
Other editions
Additional editions
Hans-Peter Blossfeld | Goetz Rohwer | Gwendolin J. Blossfeld
Causal Analysis with Event History Data Using Stata
E-Book
07/2025
3rd Edition
Routledge
€74.99
Available for download
Hans-Peter Blossfeld | Goetz Rohwer | Gwendolin J. Blossfeld
Causal Analysis with Event History Data Using Stata
Book
07/2025
3rd Edition
Routledge
€215.41
Shipment within 10-20 days
Hans-Peter Blossfeld | Goetz Rohwer | Gwendolin J. Blossfeld
Causal Analysis with Event History Data Using Stata
E-Book
07/2025
3rd Edition
Routledge
€74.99
Available for download
Previous edition
Book
04/2019
2nd Edition
Routledge
€81.89
Shipment within 10-20 days
Persons
Hans-Peter Blossfeld, Prof., Dr. rer. pol. Dr. h. c., has been Emeritus of Excellence at the Graduate Centre Trimberg Research Academy (TRAc) at the University of Bamberg in Germany since April 2020. He held the Chair of Sociology I at the Faculty of Social Sciences, Economics and Business Administration at the University of Bamberg and was Professor of Sociology at the European University Institute in Florence, Italy.
Goetz Rohwer was Professor Emeritus of Methods of Social Research and Statistics at Ruhr-University Bochum in Germany. He passed away in March 2021.
Gwendolin J. Blossfeld is a Postdoc at the Faculty of Social Sciences, Economics and Business Administration at the University of Bamberg in Germany.
Goetz Rohwer was Professor Emeritus of Methods of Social Research and Statistics at Ruhr-University Bochum in Germany. He passed away in March 2021.
Gwendolin J. Blossfeld is a Postdoc at the Faculty of Social Sciences, Economics and Business Administration at the University of Bamberg in Germany.
Content
1 Introduction 1
1.1 Causal Modeling and Observation Plans
1.1.1 Cross-Sectional Data
1.1.2 Panel Data
1.1.3 Event History Data
1.2 Event History Analysis and Causal Modeling
1.2.1 Causal Explanations
1.2.2 Transition Rate Models
2 Event History Data Structures
2.1 Basic Terminology
2.2 Event History Data Organization
3 Nonparametric Descriptive Methods
3.1 Life Table Method
3.2 Product-Limit Estimation
3.3 Comparing Survivor Functions
4 Exponential Transition Rate Models
4.1 The Basic Exponential Model
4.1.1 Maximum Likelihood Estimation
4.1.2 Models without Covariates
4.1.3 Time-Constant Covariates
4.2 Models with Multiple Destinations
4.3 Models with Multiple Episodes
5 Piecewise Constant Exponential Models
5.1 The Basic Model
5.2 Models without Covariates
5.3 Models with Proportional Covariate Effects
5.4 Models with Period-Specific Effects
6 Exponential Models with Time-Dependent Covariates
6.1 Parallel and Interdependent Processes
6.2 Interdependent Processes: The System Approach
6.3 Interdependent Processes: The Causal Approach
6.4 Episode Splitting with Qualitative Covariates
6.5 Episode Splitting with Quantitative Covariates
6.6 Application Examples
7 Parametric Models of Time Dependence
7.1 Interpretation of Time Dependence
7.2 Gompertz Models
7.3 Weibull Models
7.4 Log-Logistic Models
7.5 Log-Normal Models
8 Methods for Testing Parametric Assumptions
8.1 Simple Graphical Methods
8.2 Pseudoresiduals
9 Semiparametric Transition Rate Models
9.1 Partial Likelihood Estimation
9.2 Time-Dependent Covariates
9.3 The Proportionality Assumption
9.4 Stratification with Covariates and for Multiepisode Data
9.5 Baseline Rates and Survivor Functions
9.6 Application Example
10 Problems of Model Specification
10.1 Unobserved Heterogeneity
10.2 Models with a Mixture Distribution
10.2.1 Models with a Gamma Mixture
10.2.2 Exponential Models with a Gamma Mixture
10.2.3 Weibull Models with a Gamma Mixture
10.2.4 Random Effects for Multiepisode Data
10.3 Discussion
11 Sequence Analysis
Brendan Halpin
11.1 What is Sequence Analysis?
11.1.1 Sequence Data
11.1.2 The Value of a Holistic View
11.2 Defining Distances
11.2.1 Hamming Distance
11.2.2 Optimal Matching Distance
11.2.3 Other Distances
11.2.4 Determining State Distances
11.3 Doing Sequence Analysis in Stata .
11.3.1 Example Data
11.3.2 A First Look at the Data
11.4 Unary Summaries
11.5 Intersequence Distance
11.6 What to Do with Sequence Distances?
11.7 Optimal Matching Distance
11.8 Special Topics
11.8.1 Other Distance Measures
11.8.2 Ideal Types
11.8.3 Multichannel Sequence Analysis
11.8.4 Dyadic Analysis
11.9 Conclusion
Appendix: Exercises
References
About the Authors
1.1 Causal Modeling and Observation Plans
1.1.1 Cross-Sectional Data
1.1.2 Panel Data
1.1.3 Event History Data
1.2 Event History Analysis and Causal Modeling
1.2.1 Causal Explanations
1.2.2 Transition Rate Models
2 Event History Data Structures
2.1 Basic Terminology
2.2 Event History Data Organization
3 Nonparametric Descriptive Methods
3.1 Life Table Method
3.2 Product-Limit Estimation
3.3 Comparing Survivor Functions
4 Exponential Transition Rate Models
4.1 The Basic Exponential Model
4.1.1 Maximum Likelihood Estimation
4.1.2 Models without Covariates
4.1.3 Time-Constant Covariates
4.2 Models with Multiple Destinations
4.3 Models with Multiple Episodes
5 Piecewise Constant Exponential Models
5.1 The Basic Model
5.2 Models without Covariates
5.3 Models with Proportional Covariate Effects
5.4 Models with Period-Specific Effects
6 Exponential Models with Time-Dependent Covariates
6.1 Parallel and Interdependent Processes
6.2 Interdependent Processes: The System Approach
6.3 Interdependent Processes: The Causal Approach
6.4 Episode Splitting with Qualitative Covariates
6.5 Episode Splitting with Quantitative Covariates
6.6 Application Examples
7 Parametric Models of Time Dependence
7.1 Interpretation of Time Dependence
7.2 Gompertz Models
7.3 Weibull Models
7.4 Log-Logistic Models
7.5 Log-Normal Models
8 Methods for Testing Parametric Assumptions
8.1 Simple Graphical Methods
8.2 Pseudoresiduals
9 Semiparametric Transition Rate Models
9.1 Partial Likelihood Estimation
9.2 Time-Dependent Covariates
9.3 The Proportionality Assumption
9.4 Stratification with Covariates and for Multiepisode Data
9.5 Baseline Rates and Survivor Functions
9.6 Application Example
10 Problems of Model Specification
10.1 Unobserved Heterogeneity
10.2 Models with a Mixture Distribution
10.2.1 Models with a Gamma Mixture
10.2.2 Exponential Models with a Gamma Mixture
10.2.3 Weibull Models with a Gamma Mixture
10.2.4 Random Effects for Multiepisode Data
10.3 Discussion
11 Sequence Analysis
Brendan Halpin
11.1 What is Sequence Analysis?
11.1.1 Sequence Data
11.1.2 The Value of a Holistic View
11.2 Defining Distances
11.2.1 Hamming Distance
11.2.2 Optimal Matching Distance
11.2.3 Other Distances
11.2.4 Determining State Distances
11.3 Doing Sequence Analysis in Stata .
11.3.1 Example Data
11.3.2 A First Look at the Data
11.4 Unary Summaries
11.5 Intersequence Distance
11.6 What to Do with Sequence Distances?
11.7 Optimal Matching Distance
11.8 Special Topics
11.8.1 Other Distance Measures
11.8.2 Ideal Types
11.8.3 Multichannel Sequence Analysis
11.8.4 Dyadic Analysis
11.9 Conclusion
Appendix: Exercises
References
About the Authors