The Trump administration has moved to end Temporary Protected Status for Yemen just days after a major court victory allowing the Department of Homeland Security to strip the designation from Honduras, Nicaragua, and Nepal.
Roughly 3,000 Yemeni nationals are currently living in the United States under the Temporary Protected Status (TPS) designation — a program that, once it expires in 60 days, would make them subject to deportation under federal law.
The Trump administration’s decision to end the designation is almost certain to trigger another courtroom battle. In the past, efforts to wind down these so-called “temporary” protections have repeatedly been challenged — and in some cases blocked — by federal judges.
Administration officials argue that TPS, originally intended as a short-term humanitarian measure, has morphed into something very different. Instead of functioning as a temporary bridge during crises abroad, critics say the program has effectively become a rolling extension of long-term residency for nationals from struggling countries, often lasting decades.
DHS Secretary Kristi Noem has maintained that the law was never meant to operate as a permanent workaround to immigration policy. She has argued that restoring TPS to its original, limited purpose is about enforcing statutory limits — not ideology:
A win for the rule of law and vindication for the US Constitution. Under the previous administration, Temporary Protected Status was abused to allow violent terrorists, criminals, and national security threats into our nation.
TPS was never designed to be permanent, yet previous administrations have used it as a de facto amnesty program for decades.
Given the improved situation in each of these countries, we are wisely concluding what was intended to be a temporary designation.
The government has urged Yemenis to utilize Homeland Security’s self-deportation initiative, which offers individuals $2,600 along with a free flight back to their homeland. It will be interesting to see how many choose that option.