# Shift Work Statistics 2026: Data, Risks, Industries
Shift work statistics for 2026: how many people work nights, which industries rely on shifts, and the health, safety, and turnover risks behind the data.
Source: https://turnozo.com/blog/shift-work-statistics
Published: 2026-02-12
Updated: 2026-05-22
Category: industry
Tags: statistics, shift-work, night-shift, scheduling, data
Shift work keeps hospitals, restaurants, factories, warehouses, and stores running. The tradeoff is measurable: **16% of US wage and salary workers work non-day schedules, about 6 million work nights, and 10-40% of shift workers may develop Shift Work Sleep Disorder**.

This page collects the useful numbers in one place: who works shifts, where shift work is concentrated, what the health and safety research says, and which scheduling choices make the risk worse.

**Quote-ready summary:** roughly one in six US wage and salary workers works a non-day schedule, according to BLS. Night work is the smallest named category at 4%, but it carries the heaviest fatigue risk because it collides with sleep. For managers, the fix is usually boring and practical: steadier rotations, enough rest between shifts, and less overtime used as a coverage patch.

> **Shift Work Chart: Where is shift work hurting your team most?:** Interactive element available in the full article.

> **IMPORTANT:**
> Bad shift design does not stay contained inside the rota. It spills into
>   fatigue, injuries, overtime, turnover, and customer experience. The schedule
>   is the operating system here.

For practical next steps behind these numbers, see our [complete guide to employee scheduling](/blog/employee-scheduling-guide), our breakdown of [healthcare turnover rate](/blog/healthcare-turnover-rate), and our full page on [employee turnover cost](/blog/employee-turnover-cost) if you want to quantify the downstream damage.

## What to do with this data

If these numbers describe your team, the best next move is usually not another policy memo. It is a cleaner operating system for shifts:

1. reduce short turnarounds
2. make availability visible before schedules are built
3. cut last-minute coverage chaos
4. stop running schedule changes through text threads
5. track hours, coverage, and handoffs in one place

That is where the data on this page becomes useful. Not as trivia, but as a case for running shift work with less friction.

## Sources

- **Bureau of Labor Statistics (BLS)**. [Job Flexibilities and Work Schedules, 2017-2018](https://www.bls.gov/news.release/flex2.nr0.htm)
- **BLS Table 7**. [Workers by shift usually worked](https://www.bls.gov/news.release/flex2.t07.htm)
- **BLS Table 47**. [Absences from work, 2024](https://www.bls.gov/cps/cpsaat47.htm)
- **NCBI**. [Shift Work Hazards (StatPearls, 2024)](https://www.ncbi.nlm.nih.gov/books/NBK589670/)
- **Population Reference Bureau**. [A Demographic Profile of U.S. Workers Around the Clock](https://www.prb.org/resources/a-demographic-profile-of-u-s-workers-around-the-clock/)
- **Business Research Insights**. [Employee Scheduling Software Market Report, 2024](https://www.businessresearchinsights.com/market-reports/employee-scheduling-software-market-109432)
- **National Restaurant Association**. Industry workforce projections
- **Toast**. Restaurant turnover data
- **Circadian**. Workforce productivity and absenteeism research

_Last updated: May 2026. We review and update this page quarterly._

---

> **Turnozo CTA:**
> Shift work falls apart when coverage, handoffs, and hours tracked all live in
>   different places. Turnozo helps small teams run one clear schedule instead of
>   stitching together texts, spreadsheets, and damage control.