Fashion industry statistics at a glance
The fashion industry sits at an unusual intersection of scale, labor, trade, and environmental pressure. The numbers show a market that is enormous, globally distributed, and still changing fast.
Table of contents
- Fast facts
- Fashion industry market size
- Jobs and employment
- Retail and store footprint
- Trade and import data
- Sustainability and resource use
- What the numbers suggest
Fast facts
Big number: Fashion is a $2.5 trillion global industry (United States Joint Economic Committee report).
Employment scale: The fashion industry employs more than 1.8 million people in the United States (United States Joint Economic Committee report).
Household spend: Average annual household spending on apparel, footwear, and related products and services was $1,700 in 2010, equal to 3.5% of average annual household expenditures (BLS Fashion Spotlight).
Material intensity: In the EU, 5 million tonnes of clothing are discarded each year and only 1% of material in clothing is recycled into new clothing (European Commission Textiles Strategy).
Resource pressure: The textile industry produces 2% to 8% of global greenhouse gas emissions and uses the equivalent of 86 million Olympic-sized swimming pools of water each year (UNEP Annual Report 2025).
Fashion industry market size
Fashion is one of those industries where the headline value can obscure how much activity sits behind it. The supplied statistics place it at $2.5 trillion globally (United States Joint Economic Committee report), which is large enough to span design, manufacturing, logistics, retail, digital commerce, and recycling systems.
A second useful lens is how broad the consumer base is. The industry reaches beyond the runway and the luxury segment into daily household spending, with U.S. consumers spending nearly $380 billion on apparel and footwear in 2017 (United States Joint Economic Committee report). That makes fashion less of a niche category than a recurring purchase category tied to everyday life.
Why the headline numbers matter
The scale of the market helps explain why small changes in demand, pricing, or supply chain structure can ripple quickly.
- A market measured in trillions has enough volume to support very different business models, from low-cost basics to premium fashion labels.
- Spending in the hundreds of billions shows that apparel remains a core consumer category, not an occasional discretionary purchase.
- The number of downstream jobs, store locations, and import flows is large because the product category keeps turning over seasonally and across demographics.
Jobs and employment
Fashion is not just a consumption story. It is also a labor story, and the labor data show that the sector depends on both production-side and retail-side work.
The fashion industry employs more than 1.8 million people in the United States (United States Joint Economic Committee report). In the same broader market, the fashion industry employs over 75 million people worldwide (UNEP fast fashion press release). Those two figures together show a category with huge domestic and global labor footprints, even before counting indirect jobs in transport, warehousing, or recycling.
A separate BLS source shows how apparel manufacturing itself has changed over time. U.S. apparel manufacturing employment declined by more than 80% from about 900,000 jobs to 150,000 jobs over two decades (BLS Fashion Spotlight). That is one of the clearest signs that the industry’s center of gravity shifted away from domestic production and toward globalized supply chains.
Apparel manufacturing in the U.S.
The establishment counts reinforce the employment trend.
| Measure | Year | Figure | Source |
|---|---|---|---|
| Apparel manufacturing establishments | 2001 | 15,478 | BLS Fashion Spotlight |
| Apparel manufacturing establishments | 2010 | 7,855 | BLS Fashion Spotlight |
| Apparel manufacturing workers | 2001 | 426,027 | BLS Fashion Spotlight |
| Apparel manufacturing workers | 2010 | 157,587 | BLS Fashion Spotlight |
The comparison is stark. Between 2001 and 2010, U.S. apparel manufacturing establishments fell from 15,478 to 7,855 (BLS Fashion Spotlight). Employment fell from 426,027 to 157,587 (BLS Fashion Spotlight). That is not a modest adjustment; it is a fundamental change in industrial geography and operating structure.
Fashion design is geographically concentrated
The designer workforce is more concentrated than the manufacturing workforce.
- Almost 75% of salaried fashion designers worked in New York and California in May 2010 (BLS Fashion Spotlight).
- California alone had 4,480 employed designers in May 2010 (BLS Fashion Spotlight).
That concentration matters because it suggests that fashion design, unlike production, clusters around specific creative and commercial hubs. The geography of design talent is therefore much narrower than the geography of consumption.
Retail and store footprint
Fashion retail has also changed shape. The retail clothing industry’s employee count fell from 1.8 million in 2017 to 1.5 million in 2022 (U.S. Census Bureau story on clothing retail jobs), while annual payroll rose from $32.1 billion in 2017 to $35.0 billion in 2022 (U.S. Census Bureau story on clothing retail jobs).
That combination suggests fewer workers but somewhat higher total payroll, which may reflect changes in wages, productivity, store formats, or a shift toward more specialized labor.
At the same time, nonstore retail kept expanding. U.S. electronic shopping and mail-order firms increased 33% from 33,241 in 2017 to 44,322 in 2022 (U.S. Census Bureau story on clothing retail jobs). Nonstore retailer establishments rose from 72,316 in 2021 to 77,128 in 2022 (U.S. Census Bureau story on clothing retail jobs).
Retail snapshots
Fast facts:
- New nonstore retail establishments created 117,379 jobs at their 2020 peak (U.S. Census Bureau story on clothing retail jobs).
- About 13.7 million people worked in retail in Q2 2023 (U.S. Census Bureau story on clothing retail jobs).
- The clothing retail workforce has contracted even as the digital and nonstore side continued to scale.
What the retail data suggest
The retail numbers point in a clear direction:
- Store-based fashion retail remains significant, but the workforce is smaller than before.
- Payroll growth can coexist with headcount decline, which means labor value and labor count do not always move together.
- Nonstore retail is increasingly important to how consumers buy clothes and accessories.
Trade and import data
Fashion is also a trade-heavy industry. The latest import data in the dataset show that the U.S. brought in 8,359.1 million square meter equivalents of textile and apparel imports in June 2024 (OTEXA June 2024 trade data release).
That total breaks into two major pieces:
- 6,333.4 million square meter equivalents of textile imports in June 2024 (OTEXA June 2024 trade data release)
- 2,025.6 million square meter equivalents of apparel imports in June 2024 (OTEXA June 2024 trade data release)
The year-to-date picture is even larger. Through June 2024, U.S. textile and apparel imports reached 46,741.0 million square meter equivalents (OTEXA June 2024 trade data release), including 35,087.4 million square meter equivalents of textile imports and 11,653.7 million square meter equivalents of apparel imports (OTEXA June 2024 trade data release).
Import mix in compact form
| Category | June 2024 | Year to date through June 2024 | Source |
|---|---|---|---|
| Textile and apparel imports | 8,359.1 | 46,741.0 | OTEXA June 2024 trade data release |
| Textile imports | 6,333.4 | 35,087.4 | OTEXA June 2024 trade data release |
| Apparel imports | 2,025.6 | 11,653.7 | OTEXA June 2024 trade data release |
The comparison shows that textiles make up the larger share of the import flow, both monthly and year to date. That matters because apparel supply chains depend on upstream textile availability, not only finished garments.
Sustainability and resource use
The environmental statistics are where the fashion industry becomes especially difficult to ignore. The dataset suggests an industry whose resource use is large even before accounting for waste and recycling losses.
The textile industry produces 2% to 8% of global greenhouse gas emissions (UNEP Annual Report 2025). It also uses the equivalent of 86 million Olympic-sized swimming pools of water each year (UNEP Annual Report 2025). Those two numbers alone show why fashion regularly appears in sustainability debates.
The European Commission’s textile strategy adds a waste perspective. In the EU, 5 million tonnes of clothing are discarded each year (European Commission Textiles Strategy), which is around 12 kg of clothing discarded per person each year (European Commission Textiles Strategy). Only 1% of material in clothing is recycled into new clothing (European Commission Textiles Strategy).
Circularity pressure points
- Re-use of 1,000 tonnes of textiles can create 20 to 35 jobs (European Commission Textiles Strategy).
- Europe’s textile sector employs 1.7 million people (EEA Textiles in Europe’s circular economy).
- Europeans consume on average 26 kg of textiles per person per year (EEA Textiles in Europe’s circular economy).
These figures show that circularity is not just an environmental issue. It is also a labor and infrastructure issue.
Supply chain pressure beyond Europe
The EEA data show how much of the EU textile footprint depends on inputs from outside the region:
- 85% of the primary raw materials used for EU clothing, footwear, and household textiles come from outside the EU (EEA Textiles in Europe’s circular economy).
- 92% of the water used for those products comes from outside the EU (EEA Textiles in Europe’s circular economy).
- 93% of the land used for those products comes from outside the EU (EEA Textiles in Europe’s circular economy).
- 76% of the greenhouse gas emissions linked to those products come from outside the EU (EEA Textiles in Europe’s circular economy).
Those percentages make the industry’s environmental burden look much more global than local. The impacts are distributed across the countries that grow fibers, process materials, manufacture products, and consume finished goods.
Material and emissions intensity
The dataset also includes several per-person and per-tonne measures that help make the scale more concrete.
| Metric | Figure | Source |
|---|---|---|
| Primary raw materials used per person in the EU textile consumption chain in 2017 | 1.3 tonnes | EEA Textiles in Europe’s circular economy |
| Water used per person in the EU textile consumption chain in 2017 | 104 cubic metres | EEA Textiles in Europe’s circular economy |
| Upstream CO2 equivalent generated per person in 2017 | 654 kg | EEA Textiles in Europe’s circular economy |
| Textiles production CO2 equivalent per tonne produced | 15 to 35 tonnes | EEA Textiles in Europe’s circular economy |
The patterns are consistent: the industry is resource intensive, emissions intensive, and highly dependent on material throughput.
Fibre mix is changing
Since 1975, global production of textile fibres has almost tripled (EEA Textiles in Europe’s circular economy). Today, 60% of textile fibres are synthetic (EEA Textiles in Europe’s circular economy), and polyester production requires more than 70 million barrels of oil each year (EEA Textiles in Europe’s circular economy).
That combination matters because synthetic fibre growth links fashion more closely to fossil inputs. It also helps explain why waste, recycling, and fiber substitution remain difficult problems rather than easy fixes.
Brand scale examples inside the broader market
Company-level data help translate the macro statistics into real operating scale.
Gap Inc. ended fiscal 2025 with 2,474 company-operated stores and approximately 1,000 franchise store locations (Gap Inc. annual report). It had a global workforce of about 79,000 employees as of January 31, 2026 (Gap Inc. annual report), with 84% in retail locations, 8% in distribution centers, and 8% in headquarters locations (Gap Inc. annual report).
lululemon gives a different but equally useful example. It recorded sales per square foot of $1,426 in fiscal 2025 (lululemon annual report), operated 476 company-operated stores across the Americas on February 1, 2026 (lululemon annual report), and ended fiscal 2025 with $11.1 billion in net revenue and $2.2 billion in operating income (lululemon annual report).
Company-level comparison
| Company metric | Gap Inc. | lululemon | Source |
|---|---|---|---|
| Company-operated stores | 2,474 | 476 across the Americas | Company annual reports |
| Global employees | 79,000 | 39,000 | Company annual reports |
| Revenue | Not provided in the dataset | $11.1 billion | Company annual reports |
| Operating income | Not provided in the dataset | $2.2 billion | Company annual reports |
The two companies do not represent the same business model, but they do show how fashion spans mass retail, premium positioning, and large-scale international operations.
What the numbers suggest
The strongest pattern in the dataset is that fashion is simultaneously massive, fragmented, and under pressure.
- It is massive because the market is valued at $2.5 trillion globally and supports more than 1.8 million U.S. jobs (United States Joint Economic Committee report).
- It is fragmented because production, retail, design, and trade are distributed across different geographies and business models.
- It is under pressure because resource use, waste, and emissions remain high, while recycling into new clothing is still just 1% of material flow (European Commission Textiles Strategy).
Another important pattern is that the industry’s growth is not happening evenly. Domestic apparel manufacturing employment fell by more than 80% over two decades (BLS Fashion Spotlight), while nonstore retail and digital commerce expanded (U.S. Census Bureau story on clothing retail jobs). That shift changes where value is created, who captures it, and which parts of the supply chain need the most attention.
The statistics also make one thing clear: fashion is not only a consumer trend category. It is a labor system, a trade system, and a materials system. Any serious reading of the industry has to account for all three at once.