The evaluation found that HOPE's goals - reductions in drug use, new crimes, and incarceration - have been achieved, both in the initial pilot program among high-risk probationers and in the randomized controlled trial among general-population probationers. Compared to probationers assigned to probation-as-usual, probationers assigned to HOPE had large reductions in positive drug tests and missed appointments, and they were significantly less likely to be arrested during follow-up at 3 months, 6 months, and 12 months. HOPE probationers averaged approximately the same number of days in jail for probation violations, serving more but shorter terms than those assigned to probation-as-usual. HOPE participants spent approximately one-third as many days in prison on revocations or new convictions. The core feature of HOPE was a mandate to abstain from illicit drugs, with lapses met with swift and certain sanctions preceded by a clear and direct warning. Unlike most diversion programs and drug courts, HOPE does not attempt to impose drug treatment on every participant. Probationers are sentenced to drug treatment only if they continue to test positive for drug use, or if they request a treatment referral. HOPE is distinct from drug courts in using treatment and court resources efficiently, with probationers appearing before a judge only when a violation is detected. The process evaluation found that HOPE was implemented largely as intended. Sanctions were delivered swiftly and with certainty. The evaluation focused on 940 HOPE participants and 77 probationers assigned to probation-as-usual. 2 tables, 14 figures, 24 references, and appended supplementary tables, example of a warning hearing, and summary of results of the randomized controlled trial of HOPE
Downloads
Similar Publications
- CITIZEN SATISFACTION WITH POLICE SERVICES - INDIVIDUAL AND CONTEXTUAL EFFECTS
- Opioid Affected Youth Initiative (OAYI) Podcast Answering the Call: Speaking the Language
- A Novel Two-Step Method for the Detection of Organic Gunshot Residue for Forensic Purposes: Fast Fluorescence Imaging Followed by Raman Microspectroscopic Identification