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Cancer · reviewed 2026-04-11

What are the odds of dying from lung cancer?

Evidence quality 4.75/5

Eight-dimension review score against the quality rubric . Each dimension scored 1–5.

D1 Source grounding
5/5
D2 Source authority
5/5
D3 Arithmetic
4/5
D4 Uncertainty
4/5
D5 Scope
5/5
D6 Prose
5/5
D7 Perception honesty
5/5
D8 Caveat completeness
5/5
Average 4.75/5
Direct evidence

Lifetime probability · lifetime, global adult

1 in 56

1.8% lifetime chance

range 1 in 83 to 1 in 27

lifetime, global adult each band = 10× rarer → zoomed to your factors See full scale →
certain 1 in 1K 1 in 1M 1 in 1B
1 in 1.1 1 in 101

● your factors — click this risk ▾ to reveal

≈ As likely as

Two concentric pale circles of different sizes on a muted sand background, flat vector illustration.

Perceived

Lung cancer is one of the few cancer sites where the public’s mental model is close to right: most adults correctly file it as "the one that smoking causes", and most adults correctly file it as one of the big killers. Decades of warning labels, anti-smoking campaigns, and visible clinical consequences have done their job at the qualitative level. What the typical reader does not usually internalise is the specific gap between the smoker and never-smoker lifetime numbers — roughly two orders of magnitude — or the fact that lung cancer in lifelong never-smokers, while much rarer per capita, is still responsible for a non-trivial share of the global death total through radon, occupational exposures, air pollution, and genetic mutations.

Rough estimate: 50% of US adults are very or somewhat worried about getting cancer (Gallup, all sites); 36% specifically worry about being diagnosed (Prevent Cancer Foundation)

Source: Gallup (2021) — Cancer, Heart Disease Worries Eclipse COVID-19

Actual

~1.8 million lung cancer deaths per year globally (~1 in 5 of all cancer deaths)

global, all ages, trachea/bronchus/lung cancer

Show derivation

Uses the IARC GLOBOCAN 2022 estimate of ~1.8 million lung cancer deaths per year globally (18.7% of all cancer deaths, making it the #1 cancer killer worldwide) as the canonical annual mortality figure. Across a global adult population of ~6.0 billion (age 18+), that is an annual per-adult rate of ~0.30 per 1,000 adults per year. Compounded naively over 60 years of remaining adult life: 1 − (1 − 0.00030)^60 ≈ 0.018, or roughly 1 in 55 lifetime. That is a floor rather than a ceiling because lung cancer mortality is heavily age-concentrated in the 60-80 band and the naive compounding treats risk as age-flat. Age-weighting pulls the realistic global figure slightly higher, but competing mortality (infectious disease, injury, maternal causes in LMICs) pulls it back down, so 0.018 sits at a defensible global mid-point. The direct US lifetime figures from the American Cancer Society are higher — 3.7% for men (1 in 27) and 3.5% for women (1 in 29) — reflecting higher historical smoking prevalence and lower competing mortality. Headline figure 0.018 (≈ 1 in 55) with an uncertainty band of 0.012-0.037 to span the global-adult to US-adult range. Scope is global-adult-lifetime to match the cancer-lifetime sibling entry; site-specific multipliers in personal_factor_multipliers show how much this number moves for smokers vs never-smokers.

Caveats: Lung cancer is the rare entry where the aggregate headline and the individual pe…

Lung cancer is the rare entry where the aggregate headline and the individual personal-factor adjustment are both load-bearing — and the gap between them is enormous. A lifelong heavy smoker and a lifelong never-smoker differ in lung cancer mortality risk by roughly two orders of magnitude, which is larger than the spread between almost any pair of entries on this site. The ~1 in 55 global headline is an average across a population where ~20% of adults are current smokers and the rest mostly aren’t; it is not a personal forecast for anyone in particular. The regular-smoking-death entry is the meta-entry for the smoker side of this distribution; this page shows how much of that aggregate flows specifically through lung cancer (answer: roughly 80-90% of the lung cancer share, and a meaningful fraction of the total). Site-specific cancer entries for breast, colorectal, prostate, pancreatic, and liver will follow, each with their own very different risk profiles. Lung cancer in never-smokers is itself a growing fraction of cases in some high-income countries as historical smoking cohorts age out, and is the subject of active research into air pollution, EGFR-mutant adenocarcinoma, and radon-attributable disease. Home radon testing is one of the few cost-effective individual interventions with a direct causal link to lung cancer mortality reduction.

Regional breakdown

The headline figure averages across very different populations. Here’s how the probability varies by geography or context:

Region / context Lifetime probability Notes
Global average 1 in 56 ~1.8M lung cancer deaths/yr across ~6B adults (IARC GLOBOCAN 2022); compounded over 60 adult years
United States (men) 1 in 27 ACS direct lifetime estimate from SEER 2020-2022 mortality data; 1 in 27
United States (women) 1 in 29 ACS direct lifetime estimate from SEER 2020-2022 mortality data; 1 in 29
East Asia (high male smoking prevalence) 1 in 25 China, Indonesia, and several other East/Southeast Asian countries have male smoking prevalence well above the OECD median; lung cancer is the #1 cancer killer in China by a wide margin
High-radon US region (home level 4+ pCi/L) 1 in 17 EPA action level; multiplicative interaction with smoking pulls the smoker rate sharply higher and adds meaningful risk even for never-smokers

Risks at similar odds

Other risks with roughly the same likelihood — useful for calibration.

cancer

Liver cancer

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Cancer (any)

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Melanoma (UV)

What are the odds of getting melanoma from regular unprotected sun exposure?

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Prostate cancer

What are the odds of dying from prostate cancer?

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Breast cancer

What are the odds of dying from breast cancer?

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Radon cancer

What are the odds of getting lung cancer from radon in your home?

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Colorectal cancer

What are the odds of dying from colorectal cancer?

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Cervical cancer

What are the odds of developing cervical cancer?

Compare to:

Lung cancer is the number one cancer killer on the planet — and has been for decades. The IARC’s GLOBOCAN 2022 release puts annual global lung cancer mortality at about 1.8 million deaths, 18.7% of all cancer deaths, edging out colorectal, liver, and every other single cancer site. Spread across a global adult population of roughly six billion and compounded over a normal 60-year adult lifespan, that works out to a lifetime mortality figure of about 1 in 55 for a generic adult alive today. The American Cancer Society’s direct US estimate from SEER data is higher — 3.7% for men (1 in 27) and 3.5% for women (1 in 29) — reflecting higher historical US smoking prevalence and lower competing mortality. Lung cancer alone accounts for about 1 in 5 of all US cancer deaths, more than colon, breast, and prostate cancers combined.

The specific number hides a gap larger than almost anything else on this site. The WHO attributes 60-70% of preventable global lung cancer cases to smoking; the CDC’s US-specific attribution of lung cancer deaths runs 80-90%. Apply that to the population, and the arithmetic falls out: a lifelong heavy smoker runs roughly 20-23 times the lung cancer death rate of a lifelong never-smoker, which is the single largest modifiable cancer risk factor attached to any Likelier entry. The regular-smoking-death page is the meta-entry for the smoker side of this distribution — “tobacco kills up to half of its users who don’t quit”, per WHO — and lung cancer is the single biggest specific cause flowing through that headline figure. This is why the entry is tagged calibrated rather than debunked or underrated: most adults correctly file lung cancer as “the one smoking causes” and correctly file it as one of the big killers, and the arithmetic agrees.

Where the headline number doesn’t apply: almost every specific person reading it. Lung cancer in lifelong never-smokers is much rarer — on the order of 1 in 100 lifetime, not 1 in 55 — but it is not zero and is meaningfully driven by factors other than tobacco. The EPA attributes about 21,000 US lung cancer deaths a year to indoor radon, including ~2,900 among people who have never smoked, making radon the second leading cause of lung cancer overall and the leading cause in never-smokers. Occupational asbestos exposure combined with smoking produces one of the most-cited multiplicative interactions in occupational epidemiology — roughly a fifty-fold elevation in lung cancer risk versus a non-exposed never-smoker. Air pollution, secondhand smoke, EGFR-mutant adenocarcinoma (enriched in East Asian women who have never smoked), and inherited susceptibility make up most of the rest. Home radon testing is one of the very few cost-effective individual interventions on the site with a direct causal link to lung cancer mortality reduction, which makes it one of the few places a reader can move their personal number down without quitting a habit they may not have in the first place.

Related tidbits

Lung cancer kills more women annually than breast cancer, yet receives a fraction of the awareness funding and cultural attention. Pink ribbons outsell awareness of the actual leading cancer killer across genders.

Read more → ⇄ compare

Claim ledger

Every number below is what each source reported, with the verbatim quote we relied on and how we arrived at our figure. Click any link to verify directly.

  1. [1] International Agency for Research on Cancer (IARC) / World Health Organization — New report on global cancer burden in 2022 by world region and human development level
    New report on global cancer burden in 2022 by world region and human development level

    See all 3 Likelier entries citing this source →

    Statistic
    Lung cancer was the leading cause of cancer death globally in 2022, with an estimated 1.8 million deaths (18.7% of all cancer deaths), and the most frequently diagnosed cancer with 2.5 million new cases (12.4% of all cancers)
    Excerpt
    “"Lung cancer was the most frequently diagnosed cancer in 2022 – representing almost 2.5 million new cases, or one in eight cancers, worldwide (12.4% of all cancers globally). Lung cancer was also the leading cause of cancer death, being responsible for an estimated 1.8 million deaths (18.7%)." ”
    Source data from
    2024-04-04
    Accessed
    2026-04-11 · archived copy
    Calculation
    GLOBOCAN 2022 reports ~1.8 million global lung cancer deaths. Across ~6.0 billion adults (age 18+), that is ~0.30 per 1,000 adults per year. Naive 60-year compounding: 1 − (1 − 3.0e-4)^60 ≈ 0.018, or ~1 in 55 lifetime. Used as the primary global headline and for the "#1 cancer killer" framing in the body text. Lung cancer’s 18.7% share of cancer deaths is larger than any other single cancer site, beating out colorectal, liver, breast, and stomach.
    Independence
    IARC GLOBOCAN is the upstream dataset that WHO, ACS international comparisons, and the IHME Global Burden of Disease cancer module all draw from. Treat this source and the WHO lung cancer fact sheet below as partially dependent: they agree because WHO republishes IARC headline numbers.
  2. [2] World Health Organization — Lung cancer — fact sheet
    Lung cancer — fact sheet
    Statistic
    Lung cancer is the leading cause of cancer death globally; 60-70% of preventable cases are attributable to tobacco smoking
    Excerpt
    “"More than 1.3 million cases in men and nearly 500 000 lung cancer cases in women are preventable, with the majority attributable to tobacco smoking (60–70%), followed by air pollution and occupational exposure." ”
    Source data from
    2023-06-26
    Accessed
    2026-04-26 · archived copy
    Calculation
    WHO states 60-70% of preventable lung cancer cases are attributable to tobacco smoking — not 85% of all cases. The "85%" figure on the WHO page refers to non-small-cell lung cancer’s share of all lung cancer histological types, not smoking attribution. The CDC’s US-specific figure of 80-90% of lung cancer deaths linked to smoking (source 5 below) is the appropriate anchor for the US smoking-attribution fraction. The 60-70% WHO global figure is lower partly because it refers to preventable cases (not deaths) and partly because global smoking prevalence is lower than historical US rates.
    Independence
    WHO lung cancer fact sheet republishes IARC/GLOBOCAN headline numbers; same upstream data pipeline as the first source. Included as the authoritative institutional endorsement of the smoking-attribution figure rather than as independent verification of the death count.
  3. [3] American Cancer Society — Lifetime Probability of Developing or Dying From Cancer
    Lifetime Probability of Developing or Dying From Cancer

    See all 3 Likelier entries citing this source →

    Statistic
    US lifetime probability of dying from lung and bronchus cancer: 3.7% for men (≈ 1 in 27), 3.5% for women (≈ 1 in 29)
    Excerpt
    “"Lung and bronchus [mortality]: Men 3.7% (1 in 27); Women 3.5% (1 in 29)." ”
    Source data from
    2025-01-30
    Accessed
    2026-04-11 · archived copy
    Calculation
    ACS uses SEER mortality data (2020-2022) to compute direct lifetime probabilities from a life-table conditional on birth. These are methodologically the gold standard for "direct" lifetime risk and anchor the US row in regional_breakdown. Note that these figures are averaged across US smokers and never-smokers; the smoker-only figure is an order of magnitude higher, and the never-smoker figure is an order of magnitude lower. The US number sits above the global adult figure of ~1.8% mainly because historical US smoking prevalence was high and because competing mortality in LMICs removes adults from the denominator before they reach peak lung-cancer-risk age.
    Independence
    SEER (NCI) and IARC (WHO) are independent compilation pipelines — SEER is US-only vital registration and population-based cancer registries, IARC aggregates national registry data worldwide. Comparing the two anchors the global-vs-US gap in this entry’s regional_breakdown.
  4. [4] American Cancer Society — Key Statistics for Lung Cancer
    Key Statistics for Lung Cancer
    Statistic
    Lung cancer is by far the leading cause of cancer death in the US, accounting for about 1 in 5 of all cancer deaths; ~125,000 US lung cancer deaths per year (63,040 men, 61,950 women in the 2026 projection); lifetime chance of developing lung cancer ~1 in 19
    Excerpt
    “"Lung cancer is by far the leading cause of cancer death in the US, accounting for about 1 in 5 of all cancer deaths. [...] About 124,990 deaths from lung cancer (63,040 in men and 61,950 in women). [...] Overall, the chance that a person will develop lung cancer in their lifetime is about 1 in 19." ”
    Source data from
    2026-01-16
    Accessed
    2026-04-11 · archived copy
    Calculation
    The "about 1 in 5 of all cancer deaths" framing is the plain-English headline used in the body text: lung cancer kills more Americans each year than colon, breast, and prostate cancers combined. ~125,000 US lung cancer deaths / ~260 million US adults ≈ 0.48 per 1,000 adults per year, compounded over 60 adult years: 1 − (1 − 4.8e-4)^60 ≈ 0.028, or about 2.8% — higher than the global ~1.8% but lower than the sex-specific ACS direct lifetime figures (which include pre-adult exposure and more complete age weighting). Used for the "1 in 5 cancer deaths" framing and as the annual US aggregate anchor.
    Independence
    ACS Key Statistics and ACS Lifetime Probability page share the same SEER upstream. Treated as a single institutional pipeline for the US-specific figures.
  5. [5] US Centers for Disease Control and Prevention — Lung Cancer Risk Factors
    Lung Cancer Risk Factors
    Statistic
    In the United States, cigarette smoking is linked to about 80% to 90% of lung cancer deaths; indoor radon is another important cause
    Excerpt
    “"In the United States, cigarette smoking is linked to about 80% to 90% of lung cancer deaths. [...] Indoor radon is another important cause of lung cancer in the United States. [...] The risk of lung cancer from radon exposure is higher for people who smoke than for people who don’t smoke." ”
    Source data from
    2024-07-22
    Accessed
    2026-04-11 · archived copy
    Calculation
    CDC’s "80% to 90%" US attribution is the domestic anchor for the smoking multiplier and the never-smoker baseline. Combined with the ACS 125,000 annual US lung cancer death figure, that implies ~100,000-112,000 US smoking-attributable lung cancer deaths per year. The remaining ~13,000-25,000 include radon (EPA estimates ~21,000 total radon-attributable lung cancer deaths per year, with ~2,900 among never-smokers), occupational asbestos and diesel exhaust, air pollution, and a residual genetic/idiopathic background.
    Independence
    CDC draws on SAMMEC (Smoking-Attributable Mortality, Morbidity, and Economic Costs) and on Cancer Prevention Study II hazard ratios, partially overlapping with the ACS/SEER upstream but with independent attribution methodology.
  6. [6] US Environmental Protection Agency — Health Risk of Radon
    Health Risk of Radon

    See all 2 Likelier entries citing this source →

    Statistic
    Radon is the second leading cause of lung cancer in the US and the leading cause in never-smokers; ~21,000 radon-related lung cancer deaths per year, including ~2,900 in never-smokers
    Excerpt
    “"Radon is the number one cause of lung cancer among non-smokers [...] radon is the second leading cause of lung cancer. [...] Radon is responsible for about 21,000 lung cancer deaths every year. [...] About 2,900 of these deaths occur among people who have never smoked." ”
    Source data from
    2024-06-12
    Accessed
    2026-04-11 · archived copy
    Calculation
    EPA radon figures are used as the basis for the "radon exposure" personal factor multiplier and for the body text on never-smoker lung cancer. ~2,900 never-smoker radon deaths across ~180 million US never-smoker adults implies a baseline annual rate on the order of 0.016 per 1,000, which compounds over 60 years to ~0.1% — small in absolute terms but non-trivial and actionable through home radon testing. The multiplicative interaction between radon and smoking is the classical Darby et al. 2005 BMJ pooled analysis finding.
    Independence
    EPA radon estimates are based on the BEIR VI National Research Council model and on independent environmental sampling — methodologically independent of the ACS/SEER cancer mortality pipeline.

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Mining career death — 1 in 214 Gambling financial ruin — 1 in 159 Wildfire home destruction — 1 in 120 Lightning home fire — 1 in 105 Malaria (travel) — 1 in 10,000 Infection from shared drink — 1 in 10,000 Chagas disease — 1 in 8,475 Wild berry fox tapeworm — 1 in 8,475 Schistosomiasis death — 1 in 6,667 Sudden death (young adult) — 1 in 3,922 Unsafe wiring — 1 in 3,390 Sepsis from wound — 1 in 2,857 Anesthesia awareness — 1 in 2,500 Heat stroke (outdoor) — 1 in 1,905 House fire — 1 in 1,818 Rabies from dogs — 1 in 1,449 Drowning — 1 in 1,379 Shallow-water diving SCI — 1 in 1,111 Choking — 1 in 1,099 EVALI vaping hospitalization — 1 in 1,064 Betel nut cancer — 1 in 1,290 Blood clot (flight) — 1 in 4,651 Killing a cyclist — 1 in 3,937 Teen road-crash death — 1 in 3,030 Child rear bike seat — 1 in 2,500 Child without restraint — 1 in 2,000 Fatal police encounter — 1 in 4,739 Honor killing — 1 in 2,381 Intimate-partner homicide — 1 in 1,767 Hurricane — 1 in 8,929 Drought famine death — 1 in 6,536 Blizzard death — 1 in 4,367 Earthquake — 1 in 3,802 Dog chocolate death — 1 in 2,000 Food poisoning (US) — 1 in 1,862 Fish mercury — 1 in 1,695 Phone/laptop battery fire — 1 in 1,136 SIDS — 1 in 7,143 Laundry pod ingestion — 1 in 6,494 Untreated infant hip dysplasia — 1 in 5,000 Pool drowning — 1 in 2,299 War (civilian) — 1 in 2,000 Fatal bee/wasp sting — 1 in 76,923 Anesthesia death — 1 in 50,000 Dog hot car death — 1 in 41,667 Anaphylaxis — 1 in 27,548 Chiropractic neck manipulation — 1 in 16,667 CO poisoning — 1 in 14,006 Hepatitis A (travel) — 1 in 12,500 Skipping allergy immunotherapy — 1 in 11,111 Acrylamide & cancer — 1 in 16,667 Bus crash — 1 in 100,000 Plane crash — 1 in 58,824 Child pedestrian (residential) — 1 in 45,455 Railroad crossing death — 1 in 20,704 Child bike trailer — 1 in 14,286 Acid attack — 1 in 89,286 Terrorism — 1 in 77,519 Child stranger abduction — 1 in 38,760 Stranger kidnapping — 1 in 35,211 Dowry death — 1 in 13,158 Accidental gun death — 1 in 11,299 Wildfire — 1 in 100,000 Tornado — 1 in 80,645 Tsunami — 1 in 52,632 Ocean drowning — 1 in 29,155 Flood — 1 in 20,202 Landslide death — 1 in 18,416 Supervolcano eruption — 1 in 12,376 Crocodile attack — 1 in 84,746 Bee sting — 1 in 78,927 Fatal scorpion sting — 1 in 26,110 Plastic container leaching — 1 in 16,949 Infant in car seat — 1 in 64,935 Bouncer chair fall — 1 in 60,606 Toddler choking — 1 in 50,000 Unsupervised infant choking — 1 in 50,000 Magnet ingestion — 1 in 12,048 Snorkeling death — 1 in 21,739 Pet in transport — 1 in 20,000 Landmine or UXO injury — 1 in 14,728 Vaccine reaction — 1 in 763,359 Aluminum & Alzheimer's — 1 in 169,492 Residential gas leak — 1 in 140,845 Child hot car death — 1 in 102,041 Glyphosate & cancer — 1 in 1,000,000 Teflon cookware cancer — 1 in 169,492 Roller coaster injury — 1 in 312,500 Cruise ship accident — 1 in 188,679 Ferry sinking — 1 in 133,333 Turbulence injury — 1 in 114,943 School shooting — 1 in 192,308 Mass shooting — 1 in 113,636 Nuclear accident — 1 in 833,333 Avalanche — 1 in 210,526 Lightning — 1 in 209,205 Snake bite — 1 in 884,956 Spider bite — 1 in 833,333 Hippo attack — 1 in 564,972 Dog bite — 1 in 142,045 Pesticide residue — 1 in 1,000,000 Dirty can illness — 1 in 200,000 PLA bioplastic harm — 1 in 169,492 Charger left plugged in — 1 in 200,000 Infant swing death — 1 in 714,286 Child blind cord strangulation — 1 in 416,667 Child plastic bag suffocation — 1 in 263,158 Button battery — 1 in 250,000 Inclined sleeper death — 1 in 238,095 Elevator/escalator death — 1 in 188,324 Japanese encephalitis (travel) — 1 in 2,000,000 Kid + front airbag — 1 in 10,000,000 Asteroid impact — 1 in 1,351,351 Banana spider eggs — 1 in 10,000,000 Shark attack — 1 in 5,681,818 Bear attack — 1 in 3,787,879 Wild berry poisoning — 1 in 2,222,222 Space debris hits property — 1 in 10,000,000 Piranha attack — 1 in 135,135,135 Phone at gas pump — 1 in 1,000,000,000 Phone on plane — 1 in 1,000,000,000 Alien contact — 1 in 169,491,525
Lottery jackpot 1 in 95,238