ABSTRACT

Researchers often have difficulties collecting enough data to test their hypotheses, either because target groups are small or hard to access, or because data collection entails prohibitive costs. Such obstacles may result in data sets that are too small for the complexity of the statistical model needed to answer the research question. This unique book provides guidelines and tools for implementing solutions to issues that arise in small sample research. Each chapter illustrates statistical methods that allow researchers to apply the optimal statistical model for their research question when the sample is too small.

This essential book will enable social and behavioral science researchers to test their hypotheses even when the statistical model required for answering their research question is too complex for the sample sizes they can collect. The statistical models in the book range from the estimation of a population mean to models with latent variables and nested observations, and solutions include both classical and Bayesian methods. All proposed solutions are described in steps researchers can implement with their own data and are accompanied with annotated syntax in R.

在这本书中描述的方法将是有用的for researchers across the social and behavioral sciences, ranging from medical sciences and epidemiology to psychology, marketing, and economics.

partI | 84pages

Bayesian solutions

chapter1 | 10pages

Introduction to Bayesian Statistics

By Milica Miočević, Roy Levy, Rens van de Schoot
Size: 0.31 MB
Size: 0.13 MB

chapter3 | 20pages

A Tutorial on Using The Wambs Checklist to Avoid The Misuse of Bayesian Statistics

By Rens van de Schoot, Duco Veen, Laurent Smeets, Sonja D. Winter, Sarah Depaoli
Size: 1.69 MB

chapter4 | 21pages

The Importance of Collaboration in Bayesian Analyses with Small Samples

By Duco Veen, Marthe Egberts
Size: 1.83 MB
Size: 0.87 MB

partII | 70pages

n = 1

chapter6 | 15pages

One by One

The design and analysis of replicated randomized single-case experiments
By Patrick Onghena
Size: 0.40 MB

chapter7 | 10pages

Single-Case Experimental Designs in Clinical Intervention Research

By Marija Maric, Vera van der Werff
Size: 0.23 MB
Size: 1.16 MB

chapter9 | 13pages

Combining Evidence Over Multiple Individual Analyses

By Fayette Klaassen
Size: 0.15 MB

chapter10 | 16pages

Going Multivariate In Clinical Trial Studies

A Bayesian framework for multiple binary outcomes
By Xynthia Kavelaars
Size: 0.64 MB

partIII | 111pages

Complex hypotheses and models

chapter11 | 16pages

An Introduction to Restriktor

Evaluating informative hypotheses for linear models
By Leonard Vanbrabant, Yves Rosseel
Size: 0.19 MB

chapter12 | 13pages

Testing Replication with Small Samples

Applications to ANOVA
By Mariëlle Zondervan-Zwijnenburg, Dominique Rijshouwer
Size: 0.27 MB

chapter13 | 17pages

Small Sample Meta-Analyses

Exploring heterogeneity using MetaForest
By Caspar J. van Lissa
Size: 0.61 MB

chapter14 | 12pages

Item Parcels as Indicators

Why, when, and how to use them in small sample research
By Charlie Rioux, Zachary L. Stickley, Omolola A. Odejimi, Todd D. Little
Size: 0.19 MB

chapter15 | 11pages

Small Samples in Multilevel Modeling

By Joop Hox, Daniel McNeish
Size: 0.09 MB

chapter16 | 13pages

Small Sample Solutions for Structural Equation Modeling

By Yves Rosseel
Size: 0.14 MB

chapter17 | 16pages

Sem with Small Samples

Two-step modeling and factor score regression versus Bayesian estimation with informative priors
By Sanne C. Smid, Yves Rosseel
Size: 0.77 MB

chapter18 | 11pages

Important Yet Unheeded

Some small sample issues that are often overlooked
By Joop Hox
Size: 0.13 MB