Conners 4 Manual Chapter 10: Overview |
Fairness in psychometric testing refers to the considerations taken, and evidence gathered, to
ensure that the measure is sensitive to individual
characteristics of the intended audience, and that the intended use and interpretation of scores
are valid and just across relevant subgroups (typically
defined by demographic characteristics). According to the Standards for Educational and
Psychological Testing, “fairness is a fundamental validity issue
and requires attention throughout all states of test development and use” (American Educational
Research Association [AERA], American Psychological
Association [APA], & National Council on Measurement in Education [NCME], 2014, p. 49). Evidence
for the fairness of the Conners 4th Edition (Conners 4®)
comes from many sources (both qualitative and quantitative) throughout the creation of the
assessment; for example, the flexibility of the response format
(e.g., printable or digital forms, accessible across multiple platforms) is discussed in detail
in chapter 2,
Administration. The considerations taken during early development phases to
ensure cultural sensitivity in the item content (see
chapter 6,
Development) also provides evidence for the fairness of the Conners 4.
This chapter summarizes the evidence for fairness from a psychometric perspective, focusing on
the absence or reduction of measurement bias in terms of
the Conners 4 Content Scales, Impairment & Functional Outcome Scales, and DSM Symptom Scales
(note that items on the DSM ADHD-related Symptom Scales
are subsumed under the Content Scales and are not examined separately within this chapter), as
well as the Critical & Indicator Items. Multiple indicators
of fairness are provided for the Conners 4 including measurement invariance, differential
functioning, and mean group differences with regard to the
demographic characteristics of the rated youth’s gender, race/ethnicity, country of residence,
and parental education level (PEL; applicable to Parent and
Self-Report only; Solomon et al., 2021).