Statistical Analysis of Human Growth and Development
Statistical Analysis of Human Growth and Development is an accessible and practical guide to a wide range of basic and advanced statistical methods that are useful for studying human growth and development. Designed for nonstatisticians and statisticians new to the analysis of growth and development data, the book collects methods scattered throughout the literature and explains how to use them to solve common research problems. It also discusses how well a method addresses a specific scientific question and how to interpret and present the analytic results. Stata is used to implement the analyses, with Stata codes and macros for generating example data sets, a detrended Q-Q plot, and weighted maximum likelihood estimation of binary items available on the book’s CRC Press web page.
After reviewing research designs and basic statistical tools, the author discusses the use of existing tools to transform raw data into analyzable variables and back-transform them to raw data. He covers regression analysis of quantitative, binary, and censored data as well as the analysis of repeated measurements and clustered data. He also describes the development of new growth references and developmental indices, the generation of key variables based on longitudinal data, and the processes to verify the validity and reliability of measurement tools. Looking at the larger picture of research practice, the book concludes with coverage of missing values, multiplicity problems, and multivariable regression.
Along with two simulated data sets, numerous examples from real experimental and observational studies illustrate the concepts and methods. Although the book focuses on examples of anthropometric measurements and changes in cognitive, social-emotional, locomotor, and other abilities, the ideas are applicable to many other physical and psychosocial phenomena, such as lung function and depressive symptoms.
Introduction. Causal Reasoning and Study Designs. Basic Statistical Concepts and Tools. Quantifying Growth and Development: Use of Existing Tools. Regression Analysis of Quantitative Outcomes. Regression Analysis of Binary Outcomes. Regression Analysis of Censored Outcomes. Analysis of Repeated Measurements and Clustered Data. Quantifying Growth: Development of New Tools. Quantifying Development: Development of New Tools. Quantifying Growth and Development: Longitudinal Measurements. Validity and Reliability. Missing Values and Imputation. Multiple Comparisons. Regression Analysis Strategy. References. Appendices. Index.
"… a very useful and well-organised manual to be used by statisticians and non-statisticians. It responds to the problems that may arise on both sides."
—Journal of Applied Statistics, 2014
"… a very useful overview of the vast array of statistical tools, models and tests, which can be applied to the study of human growth and development and also to some important concepts, which are relevant to epidemiological research more generally. The code provided makes this book particularly accessible to those who are familiar with Stata or who are intending to use this software for their analysis, although the methods described could easily be implemented in other standard statistical software packages."
—Corrie Macdonald-Wallis, International Journal of Epidemiology, 2014
"The author, Yin Bun Cheung has been part of studies in human growth and development in African and Asian countries for about fifteen years. Thereby, he has recognized the lack of statistical analysis books with an emphasis on this specific field . . . I recommend the book for anyone interested in dealing with data of human growth and development, as it extensively describes how to approach a problem in this field. The book is addressed to researchers and postgraduate students without a broad statistical education. Therefore, basic statistical concepts necessary for following subsequent Book Reviews 1467 chapters are explained at the beginning, and the multitude of examples facilitate understanding and application.
—Johanna Straubinger, The International Biometric Society