Get Full Government Meeting Transcripts, Videos, & Alerts Forever!
Get email alerts on the Community Supervision Funding topic
No spam. Unsubscribe anytime.
Committee lays over bill to stabilize and fully fund community supervision formula
Summary
House File 1769 would add a three-year averaging mechanism and seek full funding for a recently revised community supervision formula to stabilize county probation funding and support reentry services; counties and corrections associations testified in favor and the bill was laid over.
Vice Chair Feist presented House File 1769 and moved the A1 amendment (technical); the committee adopted the amendment and focused discussion on section 27, which falls under the committee's jurisdiction.
The bill seeks to implement a three-year averaging approach to blunt year-to-year allocation fluctuations for county community supervision funding, and to fully fund a supervision formula adopted in 2023. Feist said the change is cost-neutral in the short term but would provide budgeting stability so counties can hire and retain probation staff, maintain programs and prepare for anticipated workload changes under the Minnesota Rehabilitation and Reinvestment Act (MRRA).
Emilio Lamba, public-safety and corrections policy analyst for the Association of Minnesota Counties and legislative director for the Minnesota Association of Community Corrections Act Counties, described timing mismatches between county budgeting cycles and state allocations and supported a three-year averaging mechanism. Commissioner Karla Bigham (Washington County) and other county representatives said underfunding forces higher caseloads, delayed hiring and reduced programming; Bigham warned that effective reentry and MRRA implementation require state support.
Supporters argued that the revised formula helps direct funding strategically across delivery systems and that full funding would let counties reduce caseloads and expand reentry initiatives. The committee laid the bill over to continue work on funding levels and implementation mechanics.
