The essence of synthetic estimation as applied to drug issues is the use of a presumed or established functional relationship, based partly on what is observable, to infer drug use when direct observations are unavailable. The author briefly reviews recent studies in which synthetic estimation, together with other estimation procedures, was used to estimate the prevalence of cocaine and heroin use. He then discusses a specific real-world application of the synthetic estimation approach that was developed for purposes of policy research. This application yielded estimates of approximately 2 million weekly users of cocaine and 660,000 weekly users of heroin in the United States during 1990. The author advises that in practice the application of synthetic estimation to drug use prevalence is more art than science. The data from the calibration sample are typically sparse, biased, and otherwise inaccurate. All three conditions mitigate against making probability-based estimates. Still, when used in concert with other complementary estimation techniques, it is useful in providing an information base for policymaking. 1 table, 19 notes, and 45 references
Synthetic Estimation Applied to the Prevalence of Drug Use
NCJ Number
142330
Journal
Journal of Drug Issues Volume: 23 Issue: 2 Dated: (Spring 1993) Pages: 297- 321
Date Published
1993
Length
25 pages
Annotation
This article provides a working definition of synthetic estimation and indicates why its application to drug use prevalence almost always requires the simultaneous application of other, complementary estimation procedures.
Abstract
Date Published: January 1, 1993