Indiana University Maurer School of Law
August 10, 2016
Drug courts are specialized, problem-oriented diversion programs. Qualifying offenders receive treatment and intense court-supervision from these specialized criminal courts, rather than standard incarceration. Although a body of scholarship critiques drug courts and recent sentencing reforms, few scholars explore the drug court movement’s influence on recent sentencing policies outside the context of specialized courts.
This Article explores the broader effects of the drug court movement, arguing that it created a particular paradigm that states have adopted to manage overflowing prison populations. This drug court paradigm has proved attractive to politicians and reformers alike because it facilitates sentencing reforms for low-level, nonviolent drug offenders that provide treatment-oriented diversions from incarceration. Though reforms adopted within the drug court paradigm have contributed to stabilizing prison populations and have created a national platform to discuss mass incarceration, this paradigm has limits that may prevent long-term reductions in prison populations. This Article identifies three limitations of the drug court paradigm: First, by focusing exclusively on low-level drug offenders, the approach detrimentally narrows analysis of the problem of mass incarceration; second, by presenting a “solution,” it obscures the ways that recent reforms may exacerbate mass incarceration; third, by emphasizing a focus on treatment-oriented reforms, this paradigm aggressively inserts the criminal justice system into the private lives of an expanding mass of citizens.
This Article locates the current frame’s origin in the drug court movement. Identifying this connection is important for two reasons: First, it provides new insight to how we define “success” in criminal justice, and why. Second, it illuminates a growing tension between government actors and the general public’s appetite for criminal justice reforms that meaningfully reduce mass incarceration.