Judge bars immigration arrests at US courthouses in a setback for Trump
Judge Halts Federal Government Arrests at Immigration Courts
In a significant ruling on Tuesday, a judge has prohibited the federal government from conducting arrests at immigration courts, putting an end to a practice that was implemented shortly after President Donald Trump assumed office. U.S. District Judge Casey Pitts of San Francisco criticized the Trump administration’s abrupt reversal of the longstanding policy against arrests at immigration courts, stating that it was a result of a complete lack of decision-making rather than reasoned judgment. The judge highlighted the detrimental impact of arrests on individuals’ willingness to attend court hearings, emphasizing the need for federal agencies to justify their actions under the Administrative Procedure Act.
Judge Pitts underscored the importance of thoughtful decision-making by federal agencies, citing the requirement for sound reasoning behind their chosen course of action. This ruling marks the second legal setback for courthouse arrests, following a previous injunction in New York that only applied within the state. However, the latest decision by Judge Pitts extends the prohibition on arrests nationwide, invalidating the Trump administration’s policy.
James Percival, the general counsel for the U.S. Homeland Security Department, criticized the ruling as an instance of judicial overreach, arguing that individuals ordered for removal by immigration judges should be taken into custody. He characterized the judge’s decision as a form of judicial activism serving an anti-American, open borders agenda.
Following Trump’s presidency, immigration court hearings often concluded with case dismissals by the government, allowing plainclothes agents to conduct arrests in courthouse hallways in collaboration with Department of Homeland Security attorneys. Judge Pitts, appointed by President Joe Biden, criticized the administration for carrying out arrests and for exceeding the prescribed 12-hour limit for holding individuals in nearby cells.
