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Biggest earthquakes by year

What was the biggest earthquake of each year? The table below covers 76 years of USGS records, from 1950 to 2025: 986 events of magnitude 7 or higher, with the largest of each year highlighted.

The biggest earthquake of each year (1950 to 2025)

YearLargest magnitudeLocation (USGS catalog)Total M7+
20258.8Kamchatka Peninsula, Russia Earthquake16
20247.5Noto Peninsula, Japan Earthquake10
20237.8Pazarcik earthquake, Kahramanmaras earthquake sequence19
20227.635 km SSW of Aguililla, Mexico11
20218.2Chignik, Alaska Earthquake19
20207.8Perryville, Alaska Earthquake9
20198.078 km NE of Navarro, Peru10
20188.2Fiji Earthquake17
20178.2Tehuantepec, Mexico Earthquake7
20167.9140 km E of Kokopo, Papua New Guinea16
20158.348 km W of Illapel, Chile19
20148.293 km NW of Iquique, Chile12
20138.3Sea of Okhotsk Earthquake19
20128.6Wharton Basin Earthquake16
20119.1Great Tohoku Earthquake, Japan20
20108.8Maule, Chile Earthquake24
20098.1Samoa Earthquake17
20087.958 km W of Tianpeng, China12
20078.4122 km SW of Bengkulu, Indonesia18
20068.3Kuril Islands Earthquake11
20058.678 km WSW of Singkil, Indonesia11
20049.1Sumatra - Andaman Islands Earthquake16
20038.2Tokachi-Oki Earthquake15
20027.9Denali Fault, Alaska Earthquake13
20018.46 km SSW of Atico, Peru15
20008.0New Ireland Earthquake15
19997.721 km S of Puli, Taiwan18
19988.1Balleny Islands Earthquake12
19977.8156 km S of Ust’-Kamchatsk Staryy, Russia16
19968.1Biak, Indonesia Earthquake15
19958.036 km NNE of Antofagasta, Chile20
19948.348 km E of Shikotan, Russia13
19937.832 km S of Inarajan Village, Guam12
19927.837 km WNW of Maumere, Indonesia13
19917.6248 km E of Kuril’sk, Russia17
19907.875 km NNW of Gorontalo, Indonesia18
19898.0Macquarie Ridge Earthquake8
19887.8Gulf of Alaska11
19877.9200 km WSW of Yakutat, Alaska13
19868.0Atka, Alaska Earthquake11
19858.025 km WSW of Valparaíso, Chile15
19847.685 km SE of Honiara, Solomon Islands14
19837.6157 km ESE of Kokopo, Papua New Guinea14
19827.318 km SSW of La Libertad, El Salvador8
19817.7133 km NE of Hihifo, Tonga10
19807.9199 km S of Lata, Solomon Islands6
19797.955 km S of Biak, Indonesia8
19787.768 km ESE of Ishinomaki, Japan12
19778.3Sumba, Indonesia Earthquake11
19768.0Kermadec Islands, New Zealand Earthquake14
19757.9Azores-Cape St. Vincent Ridge13
19747.677 km WSW of Callao, Peru11
19737.719 km ESE of Nemuro, Japan9
19728.0Mindanao, Philippines Earthquake15
19718.1Bougainville Earthquake11
19708.095 km N of San Antonio del Estrecho, Peru17
19698.2Hokkaido Toho-oki Earthquake15
19688.2Tokachi-Oki Earthquake20
19677.334 km NE of Tocopilla, Chile10
19668.167 km W of Paramonga, Peru9
19658.7Western Aleutian Islands (Hawadax/Rat Islands) Earthquake15
19649.2Prince William Sound, Alaska Earthquake7
19638.5Kuril Islands Earthquake17
19627.5262 km WNW of Haveluloto, Tonga9
19617.6132 km W of Iñapari, Peru11
19609.5Great Chilean Earthquake (Valdivia Earthquake)13
19597.976 km ENE of Petropavlovsk-Kamchatsky, Russia6
19588.3Kuril Islands Earthquake7
19578.6Atka, Alaska Earthquake19
19567.719 km SSE of Amorgós, Greece5
19557.5Kermadec Islands region9
19547.8Strait of Gibraltar6
19537.9174 km SE of Katsuura, Japan9
19529.089 km ESE of Petropavlovsk-Kamchatsky, Russia6
19517.8Taiwan8
19508.6Assam-Tibet Earthquake13

How to read this table

The magnitude scale is logarithmic: each additional whole number multiplies the energy released by roughly 32 times. An M8 is not "a bit bigger" than an M7; it is dozens of times more energy. And an M9 releases about 32 times the energy of an M8. That is why the top of the table matters so much: the 1960 Valdivia earthquake in Chile, at magnitude 9.5, remains the largest ever recorded by instruments and released more energy than many entire years combined.

Another pattern the table reveals: the planet records on average 13 earthquakes of magnitude 7 or higher per year, and most of them happen along the Ring of Fire, the arc of colliding tectonic plate boundaries that wraps around the Pacific Ocean, from Chile to Alaska and from Japan to New Zealand. A year with few M7+ events does not mean a quiet planet, and a busy year does not mean earthquakes "are increasing": the variation is statistical, and the long term average has stayed stable for as long as modern seismographs have existed. Each row of this table, it is worth remembering, represents real communities that felt the ground move; the numbers are cold, the consequences never are.

Source: USGS Earthquake Catalog (public domain), snapshot of 2026-07-09. Magnitudes and locations as listed in the catalog; historical events may be revised by seismologists over time.

Last updated: · Methodology and sources