Bailey v. Noot

Background

A man who pleaded guilty to a 1976 kidnapping, sexual abuse, and murder of a young girl was serving three concurrent terms, the longest for 40 years. In 1981 Minnesota’s Corrections Board set his target release at the end of his sentence and warned it would not consider early release unless staff certified he was no longer a danger to the public or young females. About a year later the State abolished that board and gave parole power to the commissioner, who adopted a rule that all release dates set by the old board would remain in full force. The prisoner was told this effectively froze his release date and sued under federal civil-rights law claiming the change violated the Constitution’s ban on retroactive laws. The district court entered summary judgment for the state, and a divided Eighth Circuit affirmed in Bailey v. Gardebring.

Reasoning

The core question was whether applying the new parole regulation to someone already serving a sentence punished him retroactively in violation of the Constitution. The Eighth Circuit concluded the parole regulations were not “laws” for purposes of that constitutional ban and rejected the prisoner’s claim. Other federal appeals courts have reached different conclusions, finding that changed parole rules can raise retroactive-law problems. The Supreme Court declined to review the appeals court’s decision, so it did not rule on the constitutional question itself.

Real world impact

Because the Court refused review, the Eighth Circuit’s ruling stands and the prisoner’s frozen release date remained effective in his case. The constitutional question remains unresolved nationally, so prisoners facing changed parole rules may receive different results depending on their federal circuit. This denial is not a final decision on the merits and the issue could return to the courts.

Dissents or concurrances

Justice White, joined by Justice Blackmun, dissented from the denial of review and said the Court should hear the case to resolve the conflict among circuits, noting the issue will likely arise frequently.