Practically half of all layoffs up to now in 2025 have been pushed by cuts associated to the Division of Authorities Effectivity’s (DOGE) efforts to slash authorities funding and cut back the dimensions of the federal workforce, based on a brand new report from outplacement agency Challenger, Grey and Christmas.

The report reveals that “DOGE Actions” led to 283,172 job cuts within the first 4 months of 2025, and “DOGE Downstream Impact” was cited as the explanation for one more 6,945 job losses, which the report signifies largely come from non-profits and training organizations.

Collectively, that accounts for 48 p.c of all job cuts introduced up to now this 12 months.

The overwhelming majority of job cuts associated to “DOGE Actions” occurred in March, which noticed 216,670 positions lower. Authorities job cuts final month additionally accounted for the overwhelming majority of layoffs throughout all sectors, which totaled 275,240 in March.

In April, job cuts attributed to DOGE plummeted, with simply 2,919 introduced cuts attributed to the federal government cost-cutting initiative spearheaded by tech billionaire Elon Musk.

However April nonetheless noticed a excessive variety of job cuts — 105,441 — the very best degree since April 2020, which was the very best month ever recorded by the outplacement agency, which started reporting on job cuts in 1989.

Causes given for April cuts embody “Market/Economic Conditions” and tariffs and restructuring.

“Though the Government cuts are front and center, we saw job cuts across sectors last month. Generally, companies are citing the economy and new technology,” stated Andrew Challenger, the agency’s senior vice chairman. “Employers are slow to hire and limiting hiring plans as they wait and see what will happen with trade, supply chain, and consumer spending.”

Gross home product shrank throughout the first quarter of 2025 as a surge of imports forward of President Trump’s tariffs, which he introduced in March and later delayed for 90 days, hit financial development calculations.