# Earthquakes Near Me — full content > A live record of every earthquake the US Geological Survey has located worldwide, broken out by US state, metro area and country, with magnitude, depth, time and the largest event on record for each place. This document aggregates the reference content of https://earthquakesnearme.com/ for AI ingestion. Canonical URLs are listed per section — cite the URL, not this file. --- ## Earthquakes Near Me Canonical: https://earthquakesnearme.com/ A live record of every earthquake the US Geological Survey has located worldwide, broken out by US state, metro area and country, with magnitude, depth, time and the largest event on record for each place. --- ## Earthquake Magnitude Scale: What Each Number Means Canonical: https://earthquakesnearme.com/magnitude-scale Earthquake magnitude is measured on the moment magnitude scale, written Mw or just M. It is logarithmic, so each whole number is ten times the ground motion and roughly 32 times the energy release of the number below it. A magnitude 6 does not shake twice as hard as a magnitude 3; it shakes a thousand times harder and releases around 32,000 times the energy. ### What each magnitude means These are the descriptive classes USGS uses, with the number of events the world sees in an average year. The felt effects assume a shallow event under populated ground; the same magnitude 300 km down is barely noticed. | Magnitude | Class | What it does | Per year, worldwide | | --- | --- | --- | --- | | Below 2.5 | Micro | Recorded by instruments; not usually felt | Millions | | 2.5 to 3.9 | Minor | Often felt indoors; no damage | Over 100,000 | | 4.0 to 4.9 | Light | Rattles dishes and windows; damage unlikely | About 10,000 | | 5.0 to 5.9 | Moderate | Can damage weak or poorly built structures | About 1,000 | | 6.0 to 6.9 | Strong | Damaging in populated areas up to about 100 km across | About 130 | | 7.0 to 7.9 | Major | Serious damage over large areas | About 15 | | 8.0 and above | Great | Devastating; felt thousands of kilometres away | About 1 | The frequencies are averages over decades, not a schedule. A year with three magnitude 8 events and a year with none are both ordinary. Magnitude describes the earthquake. It says nothing about how hard the ground moved where you were standing, which depends on distance, depth and the rock and soil underneath you. That second quantity is intensity, and it is measured separately. ### Why nobody uses the Richter scale any more News reports still say "on the Richter scale", but seismologists stopped using it decades ago. The number you see today is almost always moment magnitude. Charles Richter published his local magnitude scale in 1935. It was designed for southern California, for one instrument type, and for events within a few hundred kilometres. Past about magnitude 7 it saturates: genuinely enormous earthquakes all come out around the same number, because the instrument it was calibrated against cannot distinguish them. Moment magnitude, introduced in 1979, is computed from the physical size of the rupture: the area of fault that moved, how far it moved, and the rigidity of the rock. It does not saturate, so it can describe a magnitude 9.5 honestly. The two scales were deliberately matched in the middle of the range, which is why a moderate quake gets a similar number on either, and why the old name survived in headlines. **Is the Richter scale the same as magnitude?** Not since 1979. The Richter scale is one specific way of measuring magnitude, now largely retired because it saturates above about magnitude 7. Modern figures, including every number on this site, are moment magnitude. **How much stronger is a 6.0 than a 5.0?** Ten times the ground motion and about 32 times the energy. The scale is logarithmic, so a single decimal point matters: a 5.8 releases roughly twice the energy of a 5.6. **What magnitude earthquake can you feel?** Around magnitude 2.5 if you are close to it and standing still. Below that, only instruments notice. Depth matters as much as magnitude: a magnitude 4 five kilometres down is far more noticeable than a magnitude 5 two hundred kilometres down. **What is the highest possible earthquake magnitude?** There is no ceiling in the mathematics, but there is one in the geology. Magnitude depends on how much fault can rupture at once, and the longest faults on Earth cap that at somewhere around magnitude 10. The largest ever measured is the 1960 Valdivia earthquake in Chile at magnitude 9.5. --- ## Earthquake Terms, Defined Canonical: https://earthquakesnearme.com/glossary Every earthquake report uses the same dozen technical terms, and most of them are used slightly wrongly in everyday speech. These are the definitions as seismologists use them, one term at a time. ### The terms **Epicenter**: The point on the surface directly above where an earthquake starts. News maps mark the epicenter, but the earthquake itself begins underground, sometimes hundreds of kilometres down. **Hypocenter**: The point underground where the rupture actually begins, also called the focus. The epicenter is the hypocenter's shadow on the surface, and the depth figure on every event page is the distance between the two. **Magnitude**: A single number describing the total energy an earthquake released, measured on the moment magnitude scale. Each whole step is about 32 times the energy of the one below it. One earthquake has one magnitude, wherever you felt it from. **Intensity**: How strongly the shaking was felt at a particular place, usually on the Modified Mercalli scale. Unlike magnitude it varies with location: one earthquake has one magnitude and many intensities, fading with distance from the fault. **Aftershock**: A smaller earthquake following a larger one in the same area, caused by the crust adjusting to the stress change of the mainshock. Sequences decay over weeks to years, and after a large event an aftershock can itself be damaging. **Foreshock**: An earthquake later recognised as having preceded a larger one nearby. It can only be identified in hindsight: nothing about an earthquake reveals at the time whether something bigger is coming, which is one reason prediction fails. **Mainshock**: The largest earthquake in a sequence. If a later event is bigger, the labels move: the old mainshock is reclassified as a foreshock of the new one. **Fault**: A fracture in the crust where the rock on one side has moved relative to the other. Almost all earthquakes happen on existing faults, which is why hazard maps of past activity predict future shaking well. **Seismograph**: The instrument that records ground motion. Networks of them are how USGS locates an earthquake: comparing arrival times of the waves at different stations triangulates the source within minutes. **Depth**: How far below the surface the rupture began. Shallow earthquakes, above about 70 km, do the most damage because the waves reach the surface before spreading and weakening. The same magnitude at 500 km is often barely felt. **Liquefaction**: When strong shaking makes water-saturated sandy ground behave like a liquid. Buildings sink or tilt, and buried tanks float upward. It is why damage concentrates on reclaimed land and old riverbeds. **Tsunami**: A series of ocean waves generated when an earthquake moves the sea floor vertically. Large subduction earthquakes are the usual cause; strike-slip events that move the ground sideways rarely produce one. --- ## How Earthquakes Happen: Plates, Faults and Why the Ground Moves Canonical: https://earthquakesnearme.com/how-earthquakes-happen An earthquake is the sudden release of strain that has been building in rock for years or centuries. The outer shell of the Earth is broken into tectonic plates that move a few centimetres a year, and where they meet, friction locks them together while the rock behind keeps pushing. When the stress finally exceeds the friction holding a fault shut, the two sides slip past each other in seconds and the stored energy radiates outwards as seismic waves. ### Strain, friction and slip The mechanism is the same everywhere, from a magnitude 1 nobody notices to the largest events on record. Only the scale differs. 1. Plates move: Tectonic plates drift at roughly the rate a fingernail grows, a few centimetres a year, driven by heat flow in the mantle beneath them. 2. A fault locks: Where two blocks of rock meet, friction holds the contact shut. The plates keep moving, so the rock on either side bends and stores elastic strain, like a stick being slowly flexed. 3. The fault slips: When accumulated stress exceeds the friction, the fault fails. The two sides slip past each other, sometimes by centimetres, sometimes by metres, in a few seconds. 4. Waves radiate: The stored strain converts to seismic waves that spread outwards. P waves arrive first as a sharp jolt, S waves follow with the stronger side-to-side shaking, and surface waves arrive last and do most of the damage. 5. The crust resettles: The slip changes the stress on nearby patches of fault, some of which then fail in turn. Those are aftershocks, and they can continue for months. ### The three ways a fault moves Fault type determines what the shaking feels like and whether the sea floor is displaced, which is what generates a tsunami. | Fault type | How it moves | Where | Example | | --- | --- | --- | --- | | Strike-slip | Two blocks slide horizontally past each other | Transform boundaries | The San Andreas Fault, California | | Normal | The crust pulls apart and one block drops down | Where plates diverge or crust stretches | The Basin and Range, Nevada and Utah | | Reverse or thrust | Compression pushes one block up over another | Subduction zones and collision belts | The Cascadia subduction zone, Pacific Northwest | Thrust faults at subduction zones produce the largest earthquakes on Earth, because they can rupture along hundreds or thousands of kilometres of locked interface at once. Every recorded magnitude 9 has been one. They are also the ones that make tsunamis. Vertical movement of the sea floor lifts the water column above it, and that displacement becomes a wave. A strike-slip earthquake of the same magnitude, moving the ground sideways, usually does not. **Can earthquakes be predicted?** No, and not for lack of trying. Neither USGS nor any other scientific body has ever predicted a major earthquake, and none expects to know how in the foreseeable future. What can be done is forecasting: stating the probability of an earthquake of a given size in a region over years or decades, which is what building codes are based on. **Why do aftershocks happen?** A slip changes the stress on the surrounding crust, loading nearby patches of fault that were already close to failing. Aftershock rates decay roughly with the reciprocal of time, so the first day produces more than the first month that follows it, but a large earthquake can generate them for years. **Can fracking cause earthquakes?** Wastewater disposal can, and the effect is well documented. Injecting fluid at depth raises pore pressure and reduces the friction holding an existing fault shut. Oklahoma went from roughly two magnitude 3 or larger earthquakes a year before 2009 to hundreds a year at the peak, and rates fell again after injection volumes were restricted. **Is there earthquake weather?** No. Earthquakes begin kilometres underground where surface conditions have no influence, and statistical checks find no association with temperature, pressure or season. The belief is ancient and persistent, and it is wrong. --- ## The Biggest Earthquakes Ever Recorded Canonical: https://earthquakesnearme.com/biggest-earthquakes The largest earthquake ever recorded is the magnitude 9.5 Valdivia earthquake, which struck southern Chile on 22 May 1960. It ruptured roughly 1,000 kilometres of the boundary where the Nazca plate dives beneath South America and generated a tsunami that killed people in Hawaii, Japan and the Philippines. No earthquake since has come within half its energy release. ### The ten largest since 1900 Instrumental records begin around 1900, so this is a list of the largest measured earthquakes, not the largest that have ever occurred. Magnitudes are moment magnitude as currently published by USGS; several have been revised as methods improved. | Magnitude | Location | Date | Deaths | | --- | --- | --- | --- | | 9.5 | Valdivia, Chile | 22 May 1960 | About 1,600 | | 9.2 | Prince William Sound, Alaska | 28 March 1964 | 131 | | 9.1 | Sumatra, Indonesia | 26 December 2004 | About 227,900 | | 9.1 | Tohoku, Japan | 11 March 2011 | About 19,700 | | 9.0 | Kamchatka, Russia | 4 November 1952 | None recorded | | 8.8 | Maule, Chile | 27 February 2010 | About 550 | | 8.8 | Off Ecuador | 31 January 1906 | About 1,000 | | 8.7 | Rat Islands, Alaska | 4 February 1965 | None recorded | | 8.6 | Northern Sumatra, Indonesia | 11 April 2012 | 10 | | 8.6 | Assam, Tibet | 15 August 1950 | About 1,500 | Every one of these was a subduction-zone thrust event. That is not a coincidence: only a subduction interface offers a fault surface large enough to produce this much slip at once. Magnitude and death toll are barely related. The 1960 Chile earthquake was the largest ever measured and killed around 1,600 people; the 2010 Haiti earthquake was magnitude 7.0, releasing under one thousandth of the energy, and killed well over a hundred thousand. What decides the toll is how many people live above the rupture, what their buildings are made of, and what time of day it happens. **What was the biggest earthquake ever recorded?** The magnitude 9.5 Valdivia earthquake in Chile on 22 May 1960. It remains the largest measured since instrumental recording began and released roughly twice the energy of the next largest, the 1964 Alaska earthquake. **What was the deadliest earthquake in history?** The 1556 Shaanxi earthquake in China, with an estimated 830,000 deaths, far more than any instrumentally recorded event. Most of the population lived in dwellings carved into loess cliffs, which collapsed. In the instrumental era the deadliest is the 2004 Sumatra earthquake and tsunami, at around 227,900. **Could a magnitude 10 earthquake happen?** It is not considered possible on Earth. Magnitude scales with the area of fault that ruptures, and no continuous fault is long enough to produce a 10. Reaching it would require a rupture thousands of kilometres longer than any that exists. --- ## The San Andreas Fault: Where It Runs and What It Does Canonical: https://earthquakesnearme.com/san-andreas-fault The San Andreas Fault is a roughly 1,200-kilometre strike-slip fault running most of the length of California, marking where the Pacific plate slides north-west past the North American plate at about five centimetres a year. It is not one clean line but a system of segments, and it produced both the 1906 San Francisco earthquake and the 1857 Fort Tejon earthquake, each around magnitude 7.9. ### Three segments that behave differently The fault is usually described in three parts, and they do not behave alike. One creeps continuously; the other two are locked and release their strain all at once. | Segment | Behaviour | Last major rupture | | --- | --- | --- | | Northern, Cape Mendocino to Juniper Serra | Locked | 1906, magnitude 7.9 | | Central, Parkfield to Hollister | Creeping, releases strain steadily | No great rupture recorded | | Southern, Parkfield to the Salton Sea | Locked | 1857, magnitude 7.9 | The creeping central section is the interesting one. Because it slips continuously, it never accumulates enough strain for a great earthquake, and it appears to act as a barrier that stops a rupture propagating from one locked section into the other. The southern segment has not produced a major earthquake since 1857. At five centimetres a year, more than eight metres of slip has accumulated on it since, which is the basis of the long-standing expectation of a large southern California earthquake. **Will the San Andreas Fault cause California to fall into the ocean?** No. It is a strike-slip fault, so the two sides move horizontally past each other rather than one dropping away. Los Angeles is drifting north-west towards San Francisco at about five centimetres a year, and in roughly 15 million years the two will be neighbours. Nothing sinks. **When is the next big one?** Nobody knows, and nobody can. USGS forecasts probabilities rather than dates: its most recent assessment puts the chance of a magnitude 6.7 or larger in the greater San Francisco Bay Area at 72 percent within 30 years. That is a rate, not a prediction of any particular earthquake. **Can you see the San Andreas Fault?** In places, clearly. At the Carrizo Plain the fault has offset stream channels by tens of metres, and the trace is visible from the air as a line running across the landscape. Elsewhere it is buried under sediment or built over. --- ## What to Do in an Earthquake: Drop, Cover, Hold On Canonical: https://earthquakesnearme.com/what-to-do-in-an-earthquake Drop, cover and hold on. Get down on your hands and knees before the shaking knocks you down, cover your head and neck under a sturdy table if one is within a couple of steps, and hold on to it until the shaking stops. Do not run outside during the shaking: most injuries in earthquakes come from falling objects and from people moving while the ground is moving. ### During the shaking The advice differs by where you are, and two of the versions are the opposite of what instinct suggests. | Where you are | What to do | | --- | --- | | Indoors | Drop, cover under sturdy furniture, hold on. Stay where you are. Do not go outside and do not stand in a doorway. | | In bed | Stay in bed, turn face down and cover your head and neck with a pillow. You are more likely to be injured crossing a dark room over broken glass. | | Outdoors | Move away from buildings, streetlights and power lines, then drop to the ground and stay there until the shaking stops. | | Driving | Pull over as soon as it is safe, away from overpasses, bridges and power lines, and stay in the vehicle with the handbrake on. | | In a wheelchair | Lock the wheels, lean forward, and cover your head and neck with your arms or a book until the shaking stops. | | Near the coast, after strong shaking | When the shaking stops, move inland or to high ground immediately. Do not wait for an official warning; the shaking is the warning. | The doorway advice is out of date. It came from photographs of adobe houses where the door frame was the only part left standing. In a modern building a doorway is no stronger than the wall around it, and it will not shield you from anything falling. The "triangle of life" advice that circulates online, telling people to lie beside furniture rather than under it, is rejected by USGS, the American Red Cross and every national emergency agency that has examined it. Follow drop, cover and hold on. ### After the shaking stops - Expect aftershocks and drop, cover and hold on again when one arrives. The largest aftershock is typically about one magnitude below the mainshock, which after a magnitude 7 means a damaging earthquake in its own right. - Check yourself for injuries before helping anyone else. - If you smell gas, leave and shut the supply off outside if you can reach it safely. Do not use switches or naked flames. - Put shoes on before walking anywhere. Broken glass causes a large share of post-earthquake injuries. - Send text messages rather than making calls. Voice networks saturate immediately; text usually gets through. - If you are near the coast and the shaking was strong or lasted more than about 20 seconds, move inland or uphill without waiting for a warning. **Should you stand in a doorway during an earthquake?** No. That advice dates from unreinforced adobe construction where door frames sometimes survived. In a modern building the doorway is no stronger than the surrounding wall, offers no protection from falling objects, and swinging doors can injure you. Drop, cover and hold on instead. **How long do earthquakes last?** Strong shaking usually lasts seconds rather than minutes. Moderate earthquakes shake for 10 to 30 seconds; the 2011 Tohoku earthquake in Japan produced roughly six minutes of shaking, which is exceptional. Duration tends to increase with magnitude because a larger rupture takes longer to unzip. **What should be in an earthquake kit?** Water at one gallon per person per day for at least three days, non-perishable food, a torch, a battery or crank radio, a first aid kit, medications, a whistle, sturdy shoes and work gloves, copies of important documents and some cash. Keep a pair of shoes and a torch beside the bed, because a night-time earthquake leaves you crossing a dark floor covered in glass. --- ## How These Earthquake Numbers Are Produced Canonical: https://earthquakesnearme.com/methodology Every earthquake on this site comes from the United States Geological Survey Earthquake Hazards Program, retrieved through its public FDSN event web service. Nothing is estimated, interpolated or averaged between sources. Where USGS has not published a value, this site says so rather than filling the gap. ### The source, and how often it updates USGS publishes located earthquakes through the FDSN event service, an international standard interface also used by other national seismic networks. It is public domain US federal government work, free to use and requiring no account. Every place page on this site is rebuilt from that service, and the table on each page then refreshes itself in your browser directly from USGS when you load it. The date and time stamped at the top of each table tells you which of the two you are reading. Magnitudes for recent events are revised. An automatic solution is published within minutes and a reviewed one usually replaces it within a day, sometimes shifting the magnitude by a few tenths. A number here that disagrees slightly with a news report is usually this, and USGS is the one to trust. ### The magnitude floor, and why counts are not comparable Counting "all earthquakes" in a region is not as simple as it sounds, because how small an earthquake can be detected depends on how many seismometers are nearby. California is densely instrumented and records events below magnitude 1 routinely; a sparsely monitored region of the same size might only catch magnitude 3 and above. Comparing raw counts between the two measures instrumentation, not seismicity. So every place page states the magnitude floor its counts were taken at, and pages do not compare their totals with each other. A place that reports fewer earthquakes than another is not necessarily quieter. The service also refuses any query matching more than 20,000 events rather than silently returning a truncated list. Where a region would exceed that, the floor is raised until the query is answerable, and the page reports the floor that produced its numbers. ### What "in and around" means State and country pages are built from a latitude and longitude rectangle covering the region. No state is a rectangle, so the box necessarily includes some ground outside the border, and an event a few kilometres into a neighbouring state can appear on the list. That is why those pages say "in and around" and why every row shows the location text USGS itself published, which names the nearest town. City pages are different: they use a circular search around the city centre, so "within 100 km of Los Angeles" is exactly what it says. The radius is stated on each page. **Why does this site show a different number of earthquakes than another one?** Almost always the magnitude floor or the search area. A site counting everything above magnitude 1 in a box drawn slightly differently will report a different total for the same region and the same week. Both can be correct. This is why every page here states its floor and its area. **Is USGS earthquake data free to use?** Yes. It is work of the United States federal government and carries no copyright in the US. USGS asks that you credit it, which this site does on every page. --- ## About Earthquakes Near Me Canonical: https://earthquakesnearme.com/about Earthquakes Near Me is a free reference for earthquake data, built and maintained by John Weeks, a web developer. There is no sign-up, no download and no paywall. Every figure comes from a named published source, and the explanations are written by hand rather than generated. ### Who runs Earthquakes Near Me This site is built and run by John Weeks, a web developer who designs, codes and maintains every site in the network himself. I am a web developer. I build for the web full time, mostly TypeScript and PHP on the server, React and Tailwind CSS on the front end, and I build and run my own sites rather than only shipping other people's. This network came out of a simple frustration: the free version of whatever you were looking for was slow, buried under adverts, gated behind an account, or built once and abandoned. I wanted the version I would actually want to use, instant and readable on a phone with no sign-up, and then to write the explanation properly so anyone can get the answer in one page. Every site here is a single game on its own domain. I write the code, the rules, the strategy and the reference tables myself, and I keep them current. There is no content farm behind this and no AI-generated filler: if a page states an odds figure or a scoring rule, it came from a solver I wrote or a primary source I can point you at. ### What this site is trying to be The goal is simple: the clearest free reference for earthquake data on the web, with every number traceable to where it came from. - Readable in about a second, on a phone, in portrait, with no account. - Accurate to the published source, including the cases where sources disagree. - Explained properly: rules, scoring and strategy written out, not padded. - Kept working. A game that breaks in a browser update gets fixed. ### How the site is paid for, and what it knows about you Adverts pay the hosting and the time. Being straight about that, and about the data side, matters more than pretending the site runs on goodwill. The site is free and always will be. Display advertising is what will pay for it, and the slots go around the tables rather than over them. 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Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 5.7. The largest on record since 1900 is M 7.9 at The 1906 San Francisco, California Earthquake. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Alaska Canonical: https://earthquakesnearme.com/place/alaska Alaska: USGS recorded 529 earthquakes in the last 7 days, 2306 in the last 30 days and 31465 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 7.0. The largest on record since 1900 is M 9.2 at The 1964 Prince William Sound, Alaska Earthquake. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in New Jersey Canonical: https://earthquakesnearme.com/place/new-jersey New Jersey: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 10 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 2.4. The largest on record since 1900 is M 4.8 at 2024 Tewksbury, New Jersey Earthquake. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Utah Canonical: https://earthquakesnearme.com/place/utah Utah: USGS recorded 59 earthquakes in the last 7 days, 154 in the last 30 days and 1763 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 4.7. The largest on record since 1900 is M 6.6 at The 1934 Hansel Valley, Utah Earthquake. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Nevada Canonical: https://earthquakesnearme.com/place/nevada Nevada: USGS recorded 82 earthquakes in the last 7 days, 417 in the last 30 days and 5716 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 5.7. The largest on record since 1900 is M 7.1 at The 1954 Fairview Peak, Nevada Earthquake. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Washington Canonical: https://earthquakesnearme.com/place/washington Washington: USGS recorded 20 earthquakes in the last 7 days, 120 in the last 30 days and 1344 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 3.8. The largest on record since 1900 is M 6.8 at 7 km SSE of Longbranch, Washington. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Oklahoma Canonical: https://earthquakesnearme.com/place/oklahoma Oklahoma: USGS recorded 36 earthquakes in the last 7 days, 157 in the last 30 days and 2446 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 5.0. The largest on record since 1900 is M 5.8 at 14 km NW of Pawnee, Oklahoma. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Texas Canonical: https://earthquakesnearme.com/place/texas Texas: USGS recorded 181 earthquakes in the last 7 days, 999 in the last 30 days and 11707 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 5.0. The largest on record since 1900 is M 6.3 at 17 km NNE of Parral, Mexico. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Hawaii Canonical: https://earthquakesnearme.com/place/hawaii Hawaii: USGS recorded 110 earthquakes in the last 7 days, 441 in the last 30 days and 4320 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 6.0. The largest on record since 1900 is M 7.7 at 17 km SSW of Leilani Estates, Hawaii. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Oregon Canonical: https://earthquakesnearme.com/place/oregon Oregon: USGS recorded 14 earthquakes in the last 7 days, 55 in the last 30 days and 582 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 3.3. The largest on record since 1900 is M 6.0 at 27 km WNW of Klamath Falls, Oregon. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Idaho Canonical: https://earthquakesnearme.com/place/idaho Idaho: USGS recorded 13 earthquakes in the last 7 days, 74 in the last 30 days and 950 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 4.2. The largest on record since 1900 is M 7.2 at The 1959 Hebgen Lake, Montana Earthquake. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Montana Canonical: https://earthquakesnearme.com/place/montana Montana: USGS recorded 13 earthquakes in the last 7 days, 85 in the last 30 days and 1252 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 4.2. The largest on record since 1900 is M 7.2 at The 1959 Hebgen Lake, Montana Earthquake. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Wyoming Canonical: https://earthquakesnearme.com/place/wyoming Wyoming: USGS recorded 8 earthquakes in the last 7 days, 37 in the last 30 days and 742 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 3.8. The largest on record since 1900 is M 6.3 at 22 km SW of Mammoth, Wyoming. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Arizona Canonical: https://earthquakesnearme.com/place/arizona Arizona: USGS recorded 1 earthquakes in the last 7 days, 2 in the last 30 days and 68 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 3.7. The largest on record since 1900 is M 6.5 at 6 km S of Golfo de Santa Clara, Mexico. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in New Mexico Canonical: https://earthquakesnearme.com/place/new-mexico New Mexico: USGS recorded 64 earthquakes in the last 7 days, 442 in the last 30 days and 4893 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 4.4. The largest on record since 1900 is M 5.8 at Near Socorro, New Mexico. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Colorado Canonical: https://earthquakesnearme.com/place/colorado Colorado: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 116 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 3.8. The largest on record since 1900 is M 5.5 at 15 km E of Colona, Colorado. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Missouri Canonical: https://earthquakesnearme.com/place/missouri Missouri: USGS recorded 6 earthquakes in the last 7 days, 23 in the last 30 days and 332 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 4.0. The largest on record since 1900 is M 5.1 at Southwestern Illinois. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Arkansas Canonical: https://earthquakesnearme.com/place/arkansas Arkansas: USGS recorded 2 earthquakes in the last 7 days, 12 in the last 30 days and 114 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 4.0. The largest on record since 1900 is M 4.8 at 3 km ESE of Lake City, Arkansas. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Tennessee Canonical: https://earthquakesnearme.com/place/tennessee Tennessee: USGS recorded 7 earthquakes in the last 7 days, 30 in the last 30 days and 360 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 4.0. The largest on record since 1900 is M 5.2 at Near Asheville, North Carolina. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Kentucky Canonical: https://earthquakesnearme.com/place/kentucky Kentucky: USGS recorded 0 earthquakes in the last 7 days, 4 in the last 30 days and 53 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 3.5. The largest on record since 1900 is M 5.3 at 5 km SSW of Norris City, Illinois. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Illinois Canonical: https://earthquakesnearme.com/place/illinois Illinois: USGS recorded 1 earthquakes in the last 7 days, 1 in the last 30 days and 18 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 3.8. The largest on record since 1900 is M 5.3 at 5 km SSW of Norris City, Illinois. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in South Carolina Canonical: https://earthquakesnearme.com/place/south-carolina South Carolina: USGS recorded 1 earthquakes in the last 7 days, 2 in the last 30 days and 73 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 3.0. The largest on record since 1900 is M 4.8 at Near Charleston, South Carolina. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in North Carolina Canonical: https://earthquakesnearme.com/place/north-carolina North Carolina: USGS recorded 1 earthquakes in the last 7 days, 8 in the last 30 days and 142 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 3.0. The largest on record since 1900 is M 5.2 at Near Asheville, North Carolina. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Georgia Canonical: https://earthquakesnearme.com/place/georgia Georgia: USGS recorded 0 earthquakes in the last 7 days, 2 in the last 30 days and 52 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 3.0. The largest on record since 1900 is M 4.6 at 8 km S of Valley Head, Alabama. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Virginia Canonical: https://earthquakesnearme.com/place/virginia Virginia: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 15 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 2.5. The largest on record since 1900 is M 5.8 at 11 km SSW of Mineral, Virginia. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in West Virginia Canonical: https://earthquakesnearme.com/place/west-virginia West Virginia: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 3 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 2.5. The largest on record since 1900 is M 5.8 at 11 km SSW of Mineral, Virginia. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Pennsylvania Canonical: https://earthquakesnearme.com/place/pennsylvania Pennsylvania: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 14 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 2.4. The largest on record since 1900 is M 4.8 at 2024 Tewksbury, New Jersey Earthquake. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in New York Canonical: https://earthquakesnearme.com/place/new-york New York: USGS recorded 1 earthquakes in the last 7 days, 3 in the last 30 days and 62 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 4.1. The largest on record since 1900 is M 5.7 at 8 km S of Cornwall, Canada. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Maine Canonical: https://earthquakesnearme.com/place/maine Maine: USGS recorded 2 earthquakes in the last 7 days, 4 in the last 30 days and 39 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 2.7. The largest on record since 1900 is M 6.3 at 7 km NW of Saint-Pacôme, Canada. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in New Hampshire Canonical: https://earthquakesnearme.com/place/new-hampshire New Hampshire: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 12 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 2.1. The largest on record since 1900 is M 5.6 at 5 km NNW of Tamworth, New Hampshire. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Massachusetts Canonical: https://earthquakesnearme.com/place/massachusetts Massachusetts: USGS recorded 0 earthquakes in the last 7 days, 1 in the last 30 days and 11 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 2.2. The largest on record since 1900 is M 3.7 at 6 km W of Hardwick, Massachusetts. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Connecticut Canonical: https://earthquakesnearme.com/place/connecticut Connecticut: USGS recorded 0 earthquakes in the last 7 days, 1 in the last 30 days and 8 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 2.2. The largest on record since 1900 is M 3.8 at 14 km S of Madison Center, Connecticut. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Ohio Canonical: https://earthquakesnearme.com/place/ohio Ohio: USGS recorded 1 earthquakes in the last 7 days, 2 in the last 30 days and 16 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 2.9. The largest on record since 1900 is M 5.4 at 3 km NNW of Kettlersville, Ohio. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Indiana Canonical: https://earthquakesnearme.com/place/indiana Indiana: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 2 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 3.5. The largest on record since 1900 is M 5.2 at 7 km NNE of Bellmont, Illinois. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Michigan Canonical: https://earthquakesnearme.com/place/michigan Michigan: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 3 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 3.0. The largest on record since 1900 is M 5.0 at Near Aurora, Illinois. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Wisconsin Canonical: https://earthquakesnearme.com/place/wisconsin Wisconsin: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 0 in the last year. Counts include events of magnitude 1.0 and above. The largest on record since 1900 is M 4.5 at Near Calumet, Michigan. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Minnesota Canonical: https://earthquakesnearme.com/place/minnesota Minnesota: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 1 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 3.3. The largest on record since 1900 is M 4.6 at 3 km SW of Donnelly, Minnesota. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Kansas Canonical: https://earthquakesnearme.com/place/kansas Kansas: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 42 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 3.7. The largest on record since 1900 is M 4.9 at 4 km ENE of Milan, Kansas. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Nebraska Canonical: https://earthquakesnearme.com/place/nebraska Nebraska: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 8 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 4.1. The largest on record since 1900 is M 5.1 at 11 km NW of Merriman, Nebraska. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Alabama Canonical: https://earthquakesnearme.com/place/alabama Alabama: USGS recorded 0 earthquakes in the last 7 days, 1 in the last 30 days and 15 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 2.5. The largest on record since 1900 is M 5.1 at Near Irondale, Alabama. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Mississippi Canonical: https://earthquakesnearme.com/place/mississippi Mississippi: USGS recorded 0 earthquakes in the last 7 days, 1 in the last 30 days and 2 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 2.4. The largest on record since 1900 is M 4.6 at 12 km WNW of Holcomb, Mississippi. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Louisiana Canonical: https://earthquakesnearme.com/place/louisiana Louisiana: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 56 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 4.9. The largest on record since 1900 is M 4.9 at 2026 Red River Parish, Louisiana Earthquake. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Florida Canonical: https://earthquakesnearme.com/place/florida Florida: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 1 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 2.5. The largest on record since 1900 is M 5.9 at Gulf of America. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Maryland Canonical: https://earthquakesnearme.com/place/maryland Maryland: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 2 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 2.5. The largest on record since 1900 is M 5.8 at 11 km SSW of Mineral, Virginia. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Delaware Canonical: https://earthquakesnearme.com/place/delaware Delaware: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 0 in the last year. Counts include events of magnitude 1.0 and above. The largest on record since 1900 is M 4.1 at 3 km NNE of Little Creek, Delaware. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Vermont Canonical: https://earthquakesnearme.com/place/vermont Vermont: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 9 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 2.7. The largest on record since 1900 is M 4.5 at 1 km NW of Sanbornton, New Hampshire. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Rhode Island Canonical: https://earthquakesnearme.com/place/rhode-island Rhode Island: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 1 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 1.9. The largest on record since 1900 is M 3.5 at 5 km SE of Portsmouth, Rhode Island. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Iowa Canonical: https://earthquakesnearme.com/place/iowa Iowa: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 0 in the last year. Counts include events of magnitude 1.0 and above. The largest on record since 1900 is M 4.6 at 6 km WNW of Elk Creek, Nebraska. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in North Dakota Canonical: https://earthquakesnearme.com/place/north-dakota North Dakota: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 0 in the last year. Counts include events of magnitude 1.0 and above. The largest on record since 1900 is M 3.5 at 10 km SW of Grenora, North Dakota. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in South Dakota Canonical: https://earthquakesnearme.com/place/south-dakota South Dakota: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 1 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 2.7. The largest on record since 1900 is M 5.1 at 11 km NW of Merriman, Nebraska. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Washington, D.C. Canonical: https://earthquakesnearme.com/place/washington-dc Washington, D.C.: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 0 in the last year. Counts include events of magnitude 1.0 and above. The largest on record since 1900 is M 2.3 at 0 km WSW of Rockville, Maryland. Source: USGS Earthquake Hazards Program. --- ## Earthquakes Near Los Angeles Canonical: https://earthquakesnearme.com/place/los-angeles Near Los Angeles: USGS recorded 30 earthquakes in the last 7 days, 99 in the last 30 days and 1430 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 3.6. The largest on record since 1900 is M 6.7 at Northridge, California, earthquake. Source: USGS Earthquake Hazards Program. --- ## Earthquakes Near San Francisco Canonical: https://earthquakesnearme.com/place/san-francisco Near San Francisco: USGS recorded 18 earthquakes in the last 7 days, 81 in the last 30 days and 1748 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 4.6. The largest on record since 1900 is M 7.9 at The 1906 San Francisco, California Earthquake. Source: USGS Earthquake Hazards Program. --- ## Earthquakes Near San Jose Canonical: https://earthquakesnearme.com/place/san-jose Near San Jose: USGS recorded 21 earthquakes in the last 7 days, 108 in the last 30 days and 1894 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 4.6. The largest on record since 1900 is M 7.9 at The 1906 San Francisco, California Earthquake. Source: USGS Earthquake Hazards Program. --- ## Earthquakes Near Sacramento Canonical: https://earthquakesnearme.com/place/sacramento Near Sacramento: USGS recorded 13 earthquakes in the last 7 days, 41 in the last 30 days and 867 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 4.2. The largest on record since 1900 is M 6.0 at The 2014 South Napa, California Earthquake. Source: USGS Earthquake Hazards Program. --- ## Earthquakes Near San Ramon Canonical: https://earthquakesnearme.com/place/san-ramon Near San Ramon: USGS recorded 12 earthquakes in the last 7 days, 44 in the last 30 days and 1308 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 4.3. The largest on record since 1900 is M 5.8 at The 1980 Livermore, California Earthquake. Source: USGS Earthquake Hazards Program. --- ## Earthquakes Near Seattle Canonical: https://earthquakesnearme.com/place/seattle Near Seattle: USGS recorded 12 earthquakes in the last 7 days, 49 in the last 30 days and 609 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 3.8. The largest on record since 1900 is M 6.8 at 7 km SSE of Longbranch, Washington. Source: USGS Earthquake Hazards Program. --- ## Earthquakes Near Portland Canonical: https://earthquakesnearme.com/place/portland Near Portland: USGS recorded 3 earthquakes in the last 7 days, 33 in the last 30 days and 271 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 3.2. The largest on record since 1900 is M 5.7 at 38 km NNE of Amboy, Washington. Source: USGS Earthquake Hazards Program. --- ## Earthquakes Near Anchorage Canonical: https://earthquakesnearme.com/place/anchorage Near Anchorage: USGS recorded 71 earthquakes in the last 7 days, 383 in the last 30 days and 5183 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 6.0. The largest on record since 1900 is M 9.2 at The 1964 Prince William Sound, Alaska Earthquake. Source: USGS Earthquake Hazards Program. --- ## Earthquakes Near Las Vegas Canonical: https://earthquakesnearme.com/place/las-vegas Near Las Vegas: USGS recorded 7 earthquakes in the last 7 days, 14 in the last 30 days and 272 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 4.4. The largest on record since 1900 is M 5.8 at 47 km ESE of Beatty, Nevada. Source: USGS Earthquake Hazards Program. --- ## Earthquakes Near Reno Canonical: https://earthquakesnearme.com/place/reno Near Reno: USGS recorded 6 earthquakes in the last 7 days, 41 in the last 30 days and 971 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 5.7. The largest on record since 1900 is M 6.4 at Near Fernley, Nevada. Source: USGS Earthquake Hazards Program. --- ## Earthquakes Near Salt Lake City Canonical: https://earthquakesnearme.com/place/salt-lake-city Near Salt Lake City: USGS recorded 3 earthquakes in the last 7 days, 10 in the last 30 days and 164 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 4.7. The largest on record since 1900 is M 5.7 at 5 km NNE of Magna, Utah. Source: USGS Earthquake Hazards Program. --- ## Earthquakes Near Oklahoma City Canonical: https://earthquakesnearme.com/place/oklahoma-city Near Oklahoma City: USGS recorded 12 earthquakes in the last 7 days, 82 in the last 30 days and 1750 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 3.7. The largest on record since 1900 is M 5.8 at 14 km NW of Pawnee, Oklahoma. Source: USGS Earthquake Hazards Program. --- ## Earthquakes Near Memphis Canonical: https://earthquakesnearme.com/place/memphis Near Memphis: USGS recorded 3 earthquakes in the last 7 days, 13 in the last 30 days and 182 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 4.0. The largest on record since 1900 is M 4.8 at 3 km ESE of Lake City, Arkansas. Source: USGS Earthquake Hazards Program. --- ## Earthquakes Near Charleston Canonical: https://earthquakesnearme.com/place/charleston Near Charleston: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 9 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 2.9. The largest on record since 1900 is M 4.8 at Near Charleston, South Carolina. Source: USGS Earthquake Hazards Program. --- ## Earthquakes Near New York City Canonical: https://earthquakesnearme.com/place/new-york-city Near New York City: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 13 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 2.4. The largest on record since 1900 is M 4.8 at 2024 Tewksbury, New Jersey Earthquake. Source: USGS Earthquake Hazards Program. --- ## Earthquakes Near Houston Canonical: https://earthquakesnearme.com/place/houston Near Houston: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 0 in the last year. Counts include events of magnitude 1.0 and above. The largest on record since 1900 is M 2.5 at 4 km SSW of Round Top, Texas. Source: USGS Earthquake Hazards Program. --- ## Earthquakes Near Dallas Canonical: https://earthquakesnearme.com/place/dallas Near Dallas: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 2 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 2.2. The largest on record since 1900 is M 4.0 at 5 km N of Venus, Texas. Source: USGS Earthquake Hazards Program. --- ## Earthquakes Near Denver Canonical: https://earthquakesnearme.com/place/denver Near Denver: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 1 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 3.0. The largest on record since 1900 is M 5.5 at 7 km SE of Lochbuie, Colorado. Source: USGS Earthquake Hazards Program. --- ## Earthquakes Near Boise Canonical: https://earthquakesnearme.com/place/boise Near Boise: USGS recorded 0 earthquakes in the last 7 days, 2 in the last 30 days and 73 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 3.2. The largest on record since 1900 is M 5.3 at Western Idaho. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Japan Canonical: https://earthquakesnearme.com/place/japan Japan: USGS recorded 18 earthquakes in the last 7 days, 81 in the last 30 days and 1484 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 7.6. The largest on record since 1900 is M 9.1 at 2011 Great Tohoku Earthquake, Japan. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Venezuela Canonical: https://earthquakesnearme.com/place/venezuela Venezuela: USGS recorded 0 earthquakes in the last 7 days, 9 in the last 30 days and 104 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 7.5. The largest on record since 1900 is M 7.7 at Near the coast of Venezuela. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Russia Canonical: https://earthquakesnearme.com/place/russia Russia: USGS recorded 116 earthquakes in the last 7 days, 299 in the last 30 days and 3760 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 7.8. The largest on record since 1900 is M 9.0 at 89 km ESE of Petropavlovsk-Kamchatsky, Russia. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Turkey Canonical: https://earthquakesnearme.com/place/turkey Turkey: USGS recorded 2 earthquakes in the last 7 days, 4 in the last 30 days and 142 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 6.1. The largest on record since 1900 is M 7.8 at Pazarcik earthquake, Kahramanmaras earthquake sequence. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Chile Canonical: https://earthquakesnearme.com/place/chile Chile: USGS recorded 7 earthquakes in the last 7 days, 56 in the last 30 days and 797 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 6.9. The largest on record since 1900 is M 9.5 at 1960 Great Chilean Earthquake (Valdivia Earthquake). Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Mexico Canonical: https://earthquakesnearme.com/place/mexico Mexico: USGS recorded 156 earthquakes in the last 7 days, 930 in the last 30 days and 9857 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 7.3. The largest on record since 1900 is M 8.2 at 2017 Tehuantepec, Mexico Earthquake. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Indonesia Canonical: https://earthquakesnearme.com/place/indonesia Indonesia: USGS recorded 32 earthquakes in the last 7 days, 158 in the last 30 days and 2439 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 7.8. The largest on record since 1900 is M 9.1 at 2004 Sumatra - Andaman Islands Earthquake. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Philippines Canonical: https://earthquakesnearme.com/place/philippines Philippines: USGS recorded 20 earthquakes in the last 7 days, 74 in the last 30 days and 963 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 7.8. The largest on record since 1900 is M 8.3 at 1918 Mindanao, Philippines Earthquake. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Italy Canonical: https://earthquakesnearme.com/place/italy Italy: USGS recorded 0 earthquakes in the last 7 days, 4 in the last 30 days and 47 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 6.2. The largest on record since 1900 is M 7.2 at 5 km W of San Nicolò, Italy. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Greece Canonical: https://earthquakesnearme.com/place/greece Greece: USGS recorded 2 earthquakes in the last 7 days, 5 in the last 30 days and 249 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 6.1. The largest on record since 1900 is M 7.9 at Southern Greece. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Iran Canonical: https://earthquakesnearme.com/place/iran Iran: USGS recorded 5 earthquakes in the last 7 days, 17 in the last 30 days and 191 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 5.6. The largest on record since 1900 is M 7.7 at 79 km ESE of Kh?sh, Iran. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Nepal Canonical: https://earthquakesnearme.com/place/nepal Nepal: USGS recorded 0 earthquakes in the last 7 days, 1 in the last 30 days and 26 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 5.0. The largest on record since 1900 is M 8.0 at 1934 Bihar-Nepal Earthquake. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in India Canonical: https://earthquakesnearme.com/place/india India: USGS recorded 8 earthquakes in the last 7 days, 23 in the last 30 days and 304 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 6.0. The largest on record since 1900 is M 8.6 at 1950 Assam-Tibet Earthquake. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in China Canonical: https://earthquakesnearme.com/place/china China: USGS recorded 16 earthquakes in the last 7 days, 93 in the last 30 days and 956 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 6.8. The largest on record since 1900 is M 8.6 at 1950 Assam-Tibet Earthquake. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Taiwan Canonical: https://earthquakesnearme.com/place/taiwan Taiwan: USGS recorded 0 earthquakes in the last 7 days, 4 in the last 30 days and 76 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 6.6. The largest on record since 1900 is M 8.2 at 1920 Hualien, Taiwan Earthquake. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in New Zealand Canonical: https://earthquakesnearme.com/place/new-zealand New Zealand: USGS recorded 2 earthquakes in the last 7 days, 13 in the last 30 days and 94 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 5.9. The largest on record since 1900 is M 7.8 at 97 km WSW of Te Anau, New Zealand. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Peru Canonical: https://earthquakesnearme.com/place/peru Peru: USGS recorded 6 earthquakes in the last 7 days, 22 in the last 30 days and 255 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 6.2. The largest on record since 1900 is M 8.4 at 6 km SSW of Atico, Peru. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Ecuador Canonical: https://earthquakesnearme.com/place/ecuador Ecuador: USGS recorded 0 earthquakes in the last 7 days, 3 in the last 30 days and 57 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 5.5. The largest on record since 1900 is M 8.8 at 1906 Ecuador-Colombia Earthquake. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Colombia Canonical: https://earthquakesnearme.com/place/colombia Colombia: USGS recorded 3 earthquakes in the last 7 days, 12 in the last 30 days and 139 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 7.5. The largest on record since 1900 is M 8.0 at 95 km N of San Antonio del Estrecho, Peru. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Guatemala Canonical: https://earthquakesnearme.com/place/guatemala Guatemala: USGS recorded 0 earthquakes in the last 7 days, 5 in the last 30 days and 50 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 5.8. The largest on record since 1900 is M 7.7 at 12 km NW of Chalatenango, El Salvador. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Costa Rica Canonical: https://earthquakesnearme.com/place/costa-rica Costa Rica: USGS recorded 0 earthquakes in the last 7 days, 1 in the last 30 days and 46 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 5.9. The largest on record since 1900 is M 7.6 at 11 km ENE of Hojancha, Costa Rica. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in El Salvador Canonical: https://earthquakesnearme.com/place/el-salvador El Salvador: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 21 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 4.9. The largest on record since 1900 is M 7.7 at 12 km NW of Chalatenango, El Salvador. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Papua New Guinea Canonical: https://earthquakesnearme.com/place/papua-new-guinea Papua New Guinea: USGS recorded 3 earthquakes in the last 7 days, 25 in the last 30 days and 588 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 6.6. The largest on record since 1900 is M 8.2 at 1919 Papua New Guinea Earthquake. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Afghanistan Canonical: https://earthquakesnearme.com/place/afghanistan Afghanistan: USGS recorded 2 earthquakes in the last 7 days, 21 in the last 30 days and 281 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 6.2. The largest on record since 1900 is M 7.8 at 71 km SSW of Jurm, Afghanistan. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Pakistan Canonical: https://earthquakesnearme.com/place/pakistan Pakistan: USGS recorded 2 earthquakes in the last 7 days, 14 in the last 30 days and 246 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 6.2. The largest on record since 1900 is M 8.1 at 1945 Makran Subduction Zone Earthquake. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Cuba Canonical: https://earthquakesnearme.com/place/cuba Cuba: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 9 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 5.8. The largest on record since 1900 is M 6.8 at 42 km SSW of Bartolomé Masó, Cuba. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Canada Canonical: https://earthquakesnearme.com/place/canada Canada: USGS recorded 92 earthquakes in the last 7 days, 413 in the last 30 days and 11432 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 7.0. The largest on record since 1900 is M 8.0 at 1949 Haida Gwaii Earthquake. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Myanmar Canonical: https://earthquakesnearme.com/place/myanmar Myanmar: USGS recorded 2 earthquakes in the last 7 days, 11 in the last 30 days and 138 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 5.8. The largest on record since 1900 is M 8.6 at 1950 Assam-Tibet Earthquake. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in the Dominican Republic Canonical: https://earthquakesnearme.com/place/dominican-republic the Dominican Republic: USGS recorded 3 earthquakes in the last 7 days, 9 in the last 30 days and 141 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 5.0. The largest on record since 1900 is M 7.8 at 16 km NNW of Miches, Dominican Republic. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in the United Kingdom Canonical: https://earthquakesnearme.com/place/united-kingdom the United Kingdom: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 3 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 3.9. The largest on record since 1900 is M 5.7 at 103 km ENE of Easington, United Kingdom. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Australia Canonical: https://earthquakesnearme.com/place/australia Australia: USGS recorded 0 earthquakes in the last 7 days, 3 in the last 30 days and 67 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 5.8. The largest on record since 1900 is M 8.3 at 1977 Sumba, Indonesia Earthquake. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Puerto Rico Canonical: https://earthquakesnearme.com/place/puerto-rico Puerto Rico: USGS recorded 26 earthquakes in the last 7 days, 200 in the last 30 days and 1365 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 4.2. The largest on record since 1900 is M 6.4 at 4 km SSE of Indios, Puerto Rico. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Iceland Canonical: https://earthquakesnearme.com/place/iceland Iceland: USGS recorded 0 earthquakes in the last 7 days, 1 in the last 30 days and 19 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 5.4. The largest on record since 1900 is M 6.9 at 41 km W of Siglufjörður, Iceland. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Argentina Canonical: https://earthquakesnearme.com/place/argentina Argentina: USGS recorded 5 earthquakes in the last 7 days, 44 in the last 30 days and 562 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 6.9. The largest on record since 1900 is M 9.5 at 1960 Great Chilean Earthquake (Valdivia Earthquake). Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Jamaica Canonical: https://earthquakesnearme.com/place/jamaica Jamaica: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 4 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 4.3. The largest on record since 1900 is M 6.2 at 4 km NNW of Savanna-la-Mar, Jamaica. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Spain Canonical: https://earthquakesnearme.com/place/spain Spain: USGS recorded 0 earthquakes in the last 7 days, 1 in the last 30 days and 8 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 4.5. The largest on record since 1900 is M 7.8 at Strait of Gibraltar. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Israel Canonical: https://earthquakesnearme.com/place/israel Israel: USGS recorded 0 earthquakes in the last 7 days, 0 in the last 30 days and 1 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 4.1. The largest on record since 1900 is M 6.1 at Dead Sea region. Source: USGS Earthquake Hazards Program. --- ## Earthquakes in Morocco Canonical: https://earthquakesnearme.com/place/morocco Morocco: USGS recorded 1 earthquakes in the last 7 days, 1 in the last 30 days and 5 in the last year. Counts include events of magnitude 1.0 and above. The strongest in the last year measured M 4.7. The largest on record since 1900 is M 6.8 at Al Haouz, Morocco. Source: USGS Earthquake Hazards Program.