
Recent headlines on men and work have drawn attention to several important trends: the long-run decline in male labor force participation, the weaker labor-market position of young men and men without degrees, and job growth concentrated in sectors where men tend to be underrepresented. However, it can be difficult to know what conclusions to draw from these trends, because they rely on different measures, apply to different groups of men, and cover different time horizons.
This brief tries to contextualize some of these disparate findings. It provides seven key facts about men and work, and shows which measures are best suited to which questions, which groups of men have seen the most meaningful declines, and which claims are more complicated than they might seem.
Part of what makes the story difficult to decipher is that labor-market statistics answer different questions.
We begin with labor force participation and then discuss other measures where appropriate.
Metric: LFP
Population: Men 16+
Time horizon: 1948-present
Since 1948, labor force participation has declined quite significantly among men 16 or older, from 87% to 75% by the year 2000, and then further to 68% by 2020. Since then, male labor force participation has been mostly stable.
Figure 1
However, these numbers capture teenagers, college students, prime-age workers, and older men near or past retirement age. As a broad measure of male attachment to the labor market it can be useful, but it also conflates several distinct populations. Factors driving the decline can also change over time, and the reasons for exit between 1948 and 1975 might be different from those at play in recent years. For the rest of this brief, for reasons of data availability and relevance, we try to focus on the last 25-50 years.
Metric: LFP, NEET
Population: Men by age
Time horizon: 2000-2025
Young men have seen some of the largest declines in labor force participation from 2000 to 2025. But much of that reflects delayed labor-market entry: more young men are enrolled in school, and students are less likely to work. This can be seen by looking at the share of men either working or in school: in 1990 it was 90%, rising to 91% in 2000 and then declining to 88% by 2025.
Figure 2
Prime-age men, by contrast, have seen much smaller declines over the past 25 years, and participation rates among older men have slightly increased.
Figure 3
At the same time, the United States population as a whole has grown older, and older men despite their higher rates of employment compared to the past are still less likely to work than prime-age men.
Male labor force participation has fallen from 75% in 2000 to 68% in 2025, a 7 percentage-point decline. To understand the impact of an aging workforce, figure 4 holds the age distribution of men 16 or older at its 2000 level and lets within-age participation rates evolve as they actually did. If the age distribution had remained what it was in 2000, today’s LFP would be about 73% instead of 68%, a decline of 2 percentage-points rather than 7. The 5-point gap between the two lines is the share of the decline attributable to population aging.
Figure 4
Metric: LFP
Population: Prime-age men, by education
Time horizon: 1976-2025
While the broad 16+ decline is strongly shaped by aging, the long-run deterioration among prime-age men is most visible among those without bachelor’s degrees.
Participation among prime-age men with at least a bachelor’s degree has declined by about 3 percentage points over the past 50 years, compared with about 6 points for men with some college or an associate’s degree and about 8 points for men with a high school degree or less.
Figure 5
Metric: Not In Labor Force (NILF)
Population: Prime-age men
Time horizon: 1995-2026
Prime-age men are most likely to report being out of the labor force due to illness and disability, though this has become slightly less common over the past 30 years. Caretaking, school, and retirement, in contrast, have become more common.
Figure 6
These responses can tell us something about how men describe their current status, but they do not necessarily tell us what pushed them out of work in the first place. Disability, for instance, may be the reason someone gives for not working, but it may also be more likely among men who have already lost work for other reasons.
For the post-2000 period, the strongest explanations beyond aging are demand-side changes that reduced opportunities for non-college men, especially import competition and automation. Other factors—such as expanded disability compensation, increased rates of incarceration, and rising minimum wages—are smaller, but still measurable, contributors. Opioids, changing norms around work, and improvements in leisure technology may also matter but are harder to quantify, and there is less consensus on their impact.
Metric: NEET and NEET-not-seeking
Population: Men 16-24
Time horizon: 1990-2025
Young men are less likely to be in the labor force than in the past, but that does not automatically mean they are disconnected.
For young men, LFP can be misleading because many are in school. A better measure is the NEET rate: the share of young people who are neither employed nor enrolled in education or training. On this measure, the male trend is less dramatic. Among men ages 16-24, the NEET rate has increased only modestly, from 10 to 12% since 1990. Women’s NEET rate, meanwhile, has declined more substantially.
But there is still a real concern. Among young male NEETs, a growing share are not seeking work at all, suggesting greater detachment among those who are disconnected.
Figure 7
Metric: Unemployment
Population: Young adults, ages 22-27 by education
Time horizon: 1990-2026
Much of the long-run decline in male labor force participation has been concentrated among men without college degrees. But recent unemployment trends also suggest young college-educated men are beginning to experience some stress.
Historically, bachelor’s degrees have provided protection from unemployment—men and women with degrees are less likely to be unemployed than those without. But the figure below shows that this has changed over the last 5-10 years. Between 1990 and 2015, young men and women (22-27) with at least a bachelor’s degree experienced lower unemployment on average. However, more recently their unemployment rates have risen, and for young college-educated men in particular, now approach the unemployment rate of men without bachelor’s degrees.
Figure 8
Metric: CES non-farm, payroll
Population: Payroll jobs; prime-age men/women
Time horizon: 1990-2026
Some recent articles have noted that women now hold slightly more jobs than men. That claim is true: men went from holding over 6 million more jobs than women in 1990 to being near-parity by 2026.
Figure 9
But this statistic needs careful interpretation. It comes from the payroll survey, which counts jobs at employers, not people in households. That is different from the household survey used to estimate labor force participation, unemployment, and employment rates. The payroll survey excludes some categories of work, such as self-employment, and can count a person more than once if they hold multiple jobs. So the payroll-jobs crossover does not mean that men and women are equally likely to be employed. In April 2026, the employment rate was still higher for men than women: 64% versus 55% overall, and 87% versus 75% among prime-age adults.
The more important story is that recent job growth has been concentrated in healthcare and social assistance, where women are a large majority of workers. In 2025, 77% of payroll job growth came from healthcare and social assistance, while several male-majority sectors, including manufacturing and transportation and warehousing, saw employment declines. The labor market is increasingly creating jobs in sectors where men are underrepresented.
Underneath the broad and long-term decline in male labor force participation, several stories are unfolding at once. Some are demographic: the male population has grown older, and older men remain less likely to work than prime-age men. Some reflect shifting societal expectations around education: more young men are spending time in school, and fewer combine school with work.
But that does not mean there is no reason for concern. Prime-age participation has been relatively stable overall, yet the long-run decline among non-college men is substantial. Even if the broader story among young men is not one of wholesale withdrawal, a growing subset of young men appear increasingly detached: the share who are not in school, not employed, and not seeking work has doubled since 1990. More recently, young college-educated men are experiencing unusually high unemployment relative to historical patterns, and job growth has been concentrated in sectors where men are underrepresented.
The result is a more nuanced picture than headlines sometimes suggest. Men’s labor-market challenges are real, but they differ by age and education. Some have developed over several decades while others have been more sudden. This makes the story harder to summarize, but it also brings potential solutions into sharper relief—effective solutions are likely to be those that help non-college men access stable career paths, improve school-to-work transitions for young men, and encourage more men into growing sectors such as health, education, and care.
Get the latest developments on the trends and issues facing boys and men.

This special volume of The ANNALS (Volume 716) brings together leading scholars to advance a systematic, multi-disciplinary perspective on the current state of male education.

Rising housing costs are pushing men out of the workforce as more live with parents instead of working.

Healthcare job growth is reshaping the workforce. What it means for men’s career paths and future opportunities.