Nonconcurrent Multiple-Baseline and Multiple-Probe Designs in Special Education: A Systematic Review of Current Practice and Future Directions

Author:

Morin Kristi L.1ORCID,Lindström Esther R.1,Kratochwill Thomas R.2,Levin Joel R.3,Blasko Alyssa1ORCID,Weir Amanda1,Nielsen-Pheiffer Christiana M.1,Kelly Samantha1,Janunts Davit1ORCID,Hong Ee Rea4

Affiliation:

1. Lehigh University

2. University of Wisconsin–Madison

3. University of Arizona

4. Baekseok University

Abstract

Although quality guidelines for single-case intervention research emphasize the importance of concurrent baselines in multiple-baseline and multiple-probe designs, nonconcurrent variations on these designs persist in the research literature. This study describes a systematic review of special education intervention studies ( k = 406) between 1988 and 2020 that report using nonconcurrent multiple-baseline or multiple-probe designs to test interventions for individuals with disabilities ages 21 years and younger. We coded and synthesized study characteristics pertaining to participants, settings, interventions, data reporting, and contextual factors. Findings indicate the prevalence of nonconcurrent designs for intervention studies in a variety of settings addressing social and communication needs of individuals with disabilities. We discuss implications for research and practice and offer suggestions for improving the validity of nonconcurrent designs. A PRISMA-compliant abstract is available at https://osf.io/sdnj5/?view_only=f386b1fe5f14430a8d63fceed293718d .

Publisher

SAGE Publications

Subject

Developmental and Educational Psychology,Education

Reference61 articles.

1. *For a list of references included in the review, see “Reference List” on OSF.

2. Americans With Disabilities Act of 1990, Pub. L. No. 101-336, 104 Stat. 328 (1990).

3. Diagnostic and Statistical Manual of Mental Disorders

4. The External Validity of Experiments

5. Incorporating nonoverlap indices with visual analysis for quantifying intervention effectiveness in single-case experimental designs

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