PlainQuake

USGS Comprehensive Earthquake Catalog · 2005–present

Every recorded earthquake, counted and mapped.

317,293 magnitude-4-and-above events worldwide since 2005, plus 14,444 significant M6+ earthquakes back to 1900, sorted by country, U.S. state, year and magnitude. Straight from USGS data, nothing modelled.

Catalogued events (M4+)

317,293

Worldwide, 2005–present

Significant (M6+)

14,444

Since 1900

Countries & territories

187

With recorded activity

Strongest recorded

M9.5

Chile, 1960

The global picture

Roughly 99% of the world's catalogued earthquakes are moderate (M4–5.9); only 3,219 of 317,293 reached the M6+ threshold where serious damage becomes likely.

~14,621
M4+ events/year avg (2005–2025 complete years)
87.23%
are M4.0–4.9, felt but rarely damaging
3,219
reached M6+ in the modern catalog
2025
busiest year worldwide (18,267 M4+ events)

Earthquake frequency follows a power law: each whole step up the magnitude scale is roughly ten times rarer and releases about 32× more energy.

According to the U.S. Geological Survey, 317,293 magnitude-4-and-above earthquakes have been catalogued worldwide since 2005 (complete years 2005–2025, plus open 2026), alongside 14,444 significant magnitude-6-and-above events reaching back to 1900. PlainQuake aggregates that public-domain record, drawn from the USGS Comprehensive Earthquake Catalog and last refreshed in August 2026, into country, U.S. state, year and magnitude views, so you can see where the Earth shakes hardest and how often. See our methodology for exactly how every figure is computed.

Earthquakes by U.S. state & territory

Recorded M4+ catalog events by state/territory (USGS ComCat, 2005–present)
Scale: 1–2K 2K–4K 4K–5K 5K–7K 7K–9K
View all 39 states as a list
  1. Alaska: 9K
  2. MP: 3K
  3. GU: 2K
  4. California: 885
  5. PR: 297
  6. Oregon: 267
  7. VI: 222
  8. Hawaii: 206
  9. Nevada: 170
  10. Oklahoma: 97
  11. Idaho: 73
  12. Georgia: 67
  13. Texas: 53
  14. New Mexico: 37
  15. Montana: 28
  16. Utah: 25
  17. AS: 24
  18. Washington: 17
  19. Wyoming: 13
  20. Colorado: 12
  21. Kansas: 12
  22. Arizona: 7
  23. Arkansas: 5
  24. Virginia: 5
  25. Louisiana: 5
  26. Tennessee: 3
  27. Illinois: 3
  28. Nebraska: 2
  29. Missouri: 2
  30. Kentucky: 1
  31. Maine: 1
  32. South Carolina: 1
  33. Michigan: 1
  34. Delaware: 1
  35. Ohio: 1
  36. Maryland: 1
  37. North Carolina: 1
  38. New Jersey: 1
  39. Florida: 1

Color encodes each state's M4+ earthquake count in the USGS catalog. Pacific states and territories near subduction zones, Alaska, the Mariana Islands, Guam, dominate; the eastern U.S. shows sparse but consequential activity. Select any state to open its full seismic profile.

Frequency vs. severity: where both risks meet

The 20 most-catalogued countries, plotted by how OFTEN they shake (M4+ event count) against how HARD the strongest one ever hit (max recorded magnitude). Bubble size also tracks event count.

M4+ events since 2005 vs Strongest recorded magnitude 2×2 strategic matrix plotting 20 entities by M4+ events since 2005 (X) and Strongest recorded magnitude (Y), with a crosshair dividing the plot into four quadrants. Frequent and severeRare but severeFrequent, capped so farLower on both axes 010,00020,00030,00040,000 M6.5M7M7.5M8M8.5M9M9.5 M4+ events since 2005 Strongest recorded magnitude

Magnitude distribution (M4+, 2005–present)

M4.0-4.9

276,788

87.23% of catalog

M5.0-5.9

37,286

11.75% of catalog

M6.0-6.9

2,895

0.91% of catalog

M7.0-7.9

301

0.09% of catalog

M8.0+

23

0.01% of catalog

USGS PGA seismic hazard tiers

Hazard35%32%22%11%Low (PGA <0.05g)Moderate (0.05-0.15g)High (0.15-0.30g)Very High (>0.30g)
PGA hazard tiers (50-year design life) - United States, National Seismic Hazard Map 2023 (USGS NSHM)

Peak Ground Acceleration tiers used in the USGS National Seismic Hazard Map and ASCE 7-22 seismic design. Each tier maps to a FEMA Seismic Design Category (SDC) used in the International Building Code.

Recent significant earthquakes

View all M6+ →
Mag Location Depth
6.0 215 km NNE of Lospalos, Timor Leste 10.0 km
6.0 33 km SSW of Honchō, Japan 42.9 km
6.2 Scotia Sea 10.0 km
6.7 31 km NW of Aniso, Peru 99.0 km
6.1 56 km NNE of Port-Olry, Vanuatu 188.1 km
6.9 9 km WNW of Pematangsiantar, Indonesia 175.0 km
6.1 58 km N of Ende, Indonesia 10.0 km
7.7 68 km NNW of Ende, Indonesia 10.0 km
6.0 South Sandwich Islands region 10.0 km
7.4 5 km S of San José del Palmar, Colombia 110.3 km
6.3 south of the Kermadec Islands 216.7 km
6.3 28 km SW of Sarangani, Philippines 10.0 km
6.8 The 2026 Kumamoto Region, Japan Earthquake 10.0 km
6.0 55 km W of Sola, Vanuatu 15.0 km
6.4 96 km SW of Puerto Madero, Mexico 10.0 km
7.3 52 km W of Puerto Madero, Mexico 22.0 km
6.2 33 km WSW of Sarangani, Philippines 47.8 km
6.3 southeast of the Loyalty Islands 16.0 km
6.4 196 km SE of Lorengau, Papua New Guinea 10.0 km
6.4 South Sandwich Islands region 26.0 km

Annual earthquake activity

All years →
Year Total M4+ Max
2025 18,267 8.8
2024 14,132 7.5
2023 16,178 7.8
2022 15,714 7.6
2021 17,257 8.2
2020 13,934 7.8
2019 13,526 8.0
2018 14,495 8.2
2017 13,075 8.2
2016 15,388 7.9

Showing the ten most recent complete years. 2026 is still in progress, see the year index for year-to-date figures.

Earthquake guides

Come back when the catalog moves

USGS ComCat keeps updating. PlainQuake refreshes from that feed so country and state ranks shift when new M4+ and significant M6+ events land. Two return paths are live now: save countries to My watchlist (stored only in this browser), and subscribe to the significant-earthquake RSS feed.

What to do with this data

317,293 M4+ earthquakes catalogued worldwide since 2005 - 2025 was the busiest year on record with 18,267.

Figures reflect the USGS ComCat catalog (M4+ since 2005, M6+ significant events since 1900) - not a real-time hazard or early-warning feed.

About this data

How PlainQuake keeps the USGS catalog honest

What the ComCat surface shows

PlainQuake is a ComCat ledger, not an early-warning service. It rolls every USGS magnitude-4-and-above event since 2005 (plus significant M6+ back to 1900) into country, U.S. state, year, and magnitude desks so you can compare where shaking concentrates, without inventing hazard scores the Survey did not publish.

How counts reach the page

  1. Pull. Ingest ComCat rows from the USGS Earthquake Hazards Program API for the coverage window we publish.
  2. Keep USGS parameters intact. Magnitude, depth, origin time, and coordinates stay as reported; we never interpolate or editorially smooth a seismic value.
  3. Place, then aggregate. Map events to countries (and U.S. states), then compute distributions and yearly totals so every on-page figure still resolves to a ComCat row.

Independence and correction notes

PlainQuake accepts no payment, sponsorship, or promoted placement for rankings or country pages. Found an error or a stale refresh? File it on the contact page, we respond within 72 hours and publish corrections with a visible revision note. Full attribution and cadence live on the methodology page.

Frequently asked

What data does PlainQuake provide?

PlainQuake aggregates the USGS Comprehensive Earthquake Catalog (ComCat): 317,293 magnitude-4-and-above events worldwide from 2005 onward, plus 14,444 significant (M6+) earthquakes back to 1900, organised by country, U.S. state, year and magnitude.

What magnitude earthquakes are included?

The worldwide catalog covers magnitude 4.0 and above (the threshold at which events are reliably detected and located globally). A separate historical series covers significant magnitude-6.0-and-above earthquakes back to 1900.

Where does the data come from?

Every figure comes from the U.S. Geological Survey Comprehensive Earthquake Catalog (ComCat) - the authoritative public-domain record of global seismicity. Nothing is modelled or estimated by PlainQuake.

According to the US Geological Survey Earthquake Hazards Program, PlainQuake's figures are rendered directly from 317,293 recorded M4+ earthquakes and 14,444 significant M6+ events (USGS ComCat, 2005-present) -- no figure is typed in by an editor. See our editorial standards & corrections policy, the methodology behind these numbers, or report a data error. Data current as of 2026-08-26.