List of historical tsunamis
This article lists notable historical tsunamis, which are sorted by the date and location that the tsunami occurred.
Because of seismic and volcanic activity associated with tectonic plate boundaries along the Pacific Ring of Fire, tsunamis occur most frequently in the Pacific Ocean, but are a worldwide natural phenomenon. They are possible wherever large bodies of water are found, including inland lakes, where they can be caused by landslides and glacier calving. Very small tsunamis, non-destructive and undetectable without specialized equipment, occur frequently as a result of minor earthquakes and other events.
Around 1600 BCE, a tsunami caused by the eruption of Thira destroyed the Minoan civilization on Crete and related cultures in the Cyclades, as well as in areas on the Greek mainland facing the eruption, such as the Argolid.
As early as 426 BCE, the Greek historian Thucydides inquired in his book History of the Peloponnesian War (3.89.1–6) about the causes of tsunamis. He argued that such events could only be explained as a consequence of ocean earthquakes, and could see no other possible causes.
|Date||Location||Main Article||Primary Cause||Description|
|≈7000–6000 BCE||Lisbon, Portugal||Unknown||A series of giant boulders and cobbles have been found 14 m above mean sea level near Guincho Beach.|
|≈6225–6170 BCE||Norwegian Sea||Storegga Slide||Landslide||The Storegga Slides occurred 100 km north-west of the Møre coast in the Norwegian Sea, causing a very large tsunami in the North Atlantic Ocean. This collapse involved an estimated 290 km length of coastal shelf, with a total volume of 3,500 km3 of debris. Based on carbon dating of plant material recovered from sediment deposited by the tsunami, the latest incident occurred around ~6225–6170 BCE. In Scotland, traces of the subsequent tsunami have been recorded, with deposited sediment being discovered in Montrose Basin, the Firth of Forth, up to 80 km inland and 4 metres above current normal tide levels.|
|≈1600 BCE||Santorini, Greece||Minoan eruption||Volcanic eruption||The volcanic eruption on Santorini, Greece is assumed to have caused severe damage to cities around it, most notably the Minoan civilization on Crete. A tsunami is assumed to be the factor that caused the most damage.|
|Date||Location||Main Article||Primary Cause||Description|
|479 BCE||Potidaea, Greece||479 BCE Potidaea tsunami||The earliest recorded tsunami in history. During the Persian siege of the sea town Potidaea, Greece, the Greek historian Herodotus reports how the Persian attackers who tried to exploit an unusual retreat of the water were suddenly surprised by "a great flood-tide, higher, as the people of the place say, than any one of the many that had been before". Herodotus attributes the cause of the sudden flood to the wrath of Poseidon.|
|426 BCE||Malian Gulf, Greece||426 BC Malian Gulf tsunami||In the summer of 426 BCE, a tsunami hit the gulf between the northwest tip of Euboea and Lamia. The Greek historian Thucydides (3.89.1–6) described how the tsunami and a series of earthquakes affected the raging Peloponnesian War (431–404 BCE) and, for the first time in the history of natural science, associated quakes with waves in terms of cause and effect.|
|373 BCE||Helike, Greece||Earthquake||An earthquake and a tsunami destroyed the prosperous Greek city of Helike, 2 km away from the sea. The fate of the city, which remained permanently submerged, was often commented upon by ancient writers and may have inspired the contemporary Plato to the myth of Atlantis.|
|60 BCE||Portugal and Galicia||Earthquake||An earthquake of intensity IX and an estimated magnitude of 6.7 caused a tsunami along the coasts of Portugal and Galicia. Little more is known due to the scarcity of records from the Roman possession of the Iberian Peninsula.|
|79 CE||Gulf of Naples, Italy||Eruption of Mount Vesuvius in 79||Volcanic eruption||A smaller tsunami was witnessed in the Bay of Naples by Pliny the Younger during the eruption of Mount Vesuvius.|
|115 CE||Caesarea, Israel||Earthquake (?)||Underwater geoarchaeological excavations on the shallow shelf (∼10 m depth) at Caesarea, Israel, have documented a tsunami that struck the ancient harbor at Caesarea. Talmudic sources record a tsunami that struck on 13 December A.D. 115, impacting Caesarea and Yavne. The tsunami was probably triggered by an earthquake that destroyed Antioch, and was generated somewhere on the Cyprian Arc fault system.|
|262 CE||Southwest Anatolia (Turkey)||262 Southwest Anatolia earthquake||Earthquake||Many cities were flooded by the sea, with the cities of Roman Asia reporting the worst tsunami damage. In many places, fissures appeared in the earth and filled with water; in others, towns were overwhelmed by the sea.|
|365 CE||Alexandria, Southern and Eastern Mediterranean||365 Crete earthquake||Earthquake||On the morning of 21 July 365 AD, a large earthquake caused a tsunami more than 100 feet (30 m) high, devastating Alexandria and the eastern and southern shores of the Mediterranean, killing many thousands, and hurling ships nearly two miles inland.
This tsunami devastated many large cities in what is now Libya and Tunisia, as well as Alexandria in Egypt. The anniversary of the disaster was still commemorated annually at the end of the 6th century in Alexandria as a "day of horror."
Researchers at the University of Cambridge recently carbon dated corals on the coast of Crete which were lifted 10 metres and clear of the water during the earthquake. This indicates that the tsunami was generated by an earthquake in a steep fault in the Hellenic trench near Crete. Scientists estimate that such an uplift is only likely to occur once in 5,000 years; however, the other segments of the fault could slip on a similar scale every 800 years or so.
|551 CE||Lebanese Coast||551 Beirut earthquake||Earthquake||The 9 July 551 CE earthquake was one of the largest seismic events in and around Lebanon during the Byzantine period. It destroyed several Lebanese coastal cities, including Beirut. The earthquake was associated with a tsunami along the Lebanese coast and a local landslide near Al-Batron. A large fire in Beirut also continued for almost two months.|
|684 CE||Nankai, Japan||684 Hakuhō Nankai earthquake||Earthquake||The first recorded tsunami in Japan, it hit on November 29, 684 on the shore of the Kii, Shikoku, and Awaji region. The earthquake, estimated at magnitude 8.4, was followed by a huge tsunami, but no estimates exist for the number of deaths.|
|869 CE||Sanriku, Japan||869 Jogan Sanriku earthquake||Earthquake||The Sanriku region was struck by a major tsunami that caused flooding extending 4 km inland from the coast. The town of Tagajō was destroyed, with an estimated 1,000 casualties.|
|887 CE||Nankai, Japan||887 Ninna Nankai earthquake||Earthquake||On August 26 of the Ninna era, there was a strong shock in the Kyoto region, causing great destruction. A tsunami flooded the coastal region, and some people died. The coast of Settsu Province (Osaka Prefecture) suffered especially heavily, and the tsunami was also observed on the coast of the Sea of Hyūga (Miyazaki Prefecture).|
|Date||Location||Main Article||Primary Cause||Description|
|1293||Kamakura, Japan||1293 Kamakura earthquake||Earthquake||A magnitude 7.1 quake and tsunami hit Kamakura, then Japan's de facto capital, killing 23,000 after resulting fires.|
|1303||Eastern Mediterranean||1303 Crete earthquake||Earthquake||A team from Southern Cross University in Lismore, New South Wales, Australia, found evidence of five tsunamis that hit Greece over the past 2000 years. "Most were small and local, but in 1303 a larger one hit Crete, Rhodes, Alexandria and Acre in Israel."|
|1361||Nankai, Japan||1361 Shōhei Nankai earthquake||Earthquake||On 3 August 1361, during the Shōhei era, an 8.4 quake hit Nankaidō, followed by a tsunami. A total of 660 deaths were reported. The earthquake shook Awa, Settsu, Kii, Yamato and Awaji Provinces (Tokushima, Osaka, Wakayama and Nara Prefectures and Awaji Island). A tsunami was observed on the coast of Awa and Tosa Provinces (Tokushima and Kōchi Prefectures), in Kii Strait and in Osaka Bay. The Hot spring of Yunomine, Kii (Tanabe, Wakayama) stopped. The port of Yuki, Awa (Minami, Tokushima) was completely destroyed by the tsunami, and more than 1,700 houses were washed away.|
|1498||Nankai, Japan||1498 Nankai earthquake||Earthquake||On September 20, 1498, during the Meiō era, a 7.5 earthquake and tsunami hit. The ports in Kii Province (Wakayama Prefecture) damaged by a tsunami several meters high. 30–40 thousand deaths estimated. The building around the great Buddha of Kamakura (altitude 7m) was swept away by the tsunami.|
|1531||Lisbon, Portugal||1531 Lisbon earthquake||Earthquake||The earthquake of 26 January was accompanied by a tsunami in the Tagus River that destroyed ships in Lisbon harbour|
|1541||Nueva Cadiz, Venezuela||Earthquake||In 1528, Cristóbal Guerra founded Nueva Cádiz on the island of Cubagua, the first Spanish settlement in Venezuela. Nueva Cádiz, which reached a population between 1000 and 1500, was possibly destroyed in an earthquake followed by tsunami in 1541—it also could have been a major hurricane. The ruins were declared a National Monument of Venezuela in 1979.|
|1605||Nankai, Japan||1605 Nankai earthquake||Earthquake||On February 3, 1605, in the Keichō era, a magnitude 8.1 quake and tsunami hit Japan. An enormous tsunami with a maximum known height of 30 m was observed on the coast from the Bōsō Peninsula to the eastern part of Kyushu Island. The eastern part of the Bōsō Peninsula, Edo Bay (Tokyo Bay), Sagami and Tōtōmi Provinces (Kanagawa and Shizuoka Prefectures), and the southeastern coast of Tosa Province (Kōchi Prefecture) suffered particularly heavily. 700 houses (41%) in Hiro, Kii (Hirogawa, Wakayama) were washed away, and 3,600 people drowned in the area of Shishikui, Awa (Kaiyō, Tokushima). Wave heights reached 5–6 meters at Kannoura, Tosa (Tōyō, Kōchi) and 8–10 m at Sakihama, Tosa (Muroto, Kōchi). 350 drowned at Kannoura and 60 at Sakihama. In total more than 5,000 drowned.|
|1607||Bristol Channel, Great Britain||Bristol Channel floods, 1607||Disputed||On 30 January 1607, at least 2,000 drowned, while houses and villages were swept away and an area estimated at 200 square miles (520 km2) was inundated. Until the 1990s, it was undisputed that flooding was caused by a storm surge aggravated by other factors, but recent research indicates a tsunami. The probable cause is postulated as a submarine earthquake off the Irish coast.|
|1693||Sicily||1693 Sicily earthquake||Earthquake||A large foreshock on January 9 was followed on January 11 by the most powerful earthquake in Italian history. The ensuing tsunami devastated the Ionian Sea coast and the Straits of Messina. It remains unclear whether the tsunami was directly caused by the earthquake or by a large underwater landslide triggered by the event.|
|Date||Location||Main Article||Primary Cause||Description|
|1700||Pacific Northwest, U.S. and Canada||1700 Cascadia earthquake||Earthquake||On 26 January 1700, the Cascadia earthquake, estimated Mw 9, ruptured the Cascadia subduction zone (C SZ) from offshore Vancouver Island to northern California, and caused a massive tsunami recorded in Japan and by the oral traditions of the indigenous peoples of the Pacific Northwest This wave had caught the Japanese completely off-guard, not knowing its origin, and was explained in the book, The Orphan Tsunami. .|
|1707||Nankai, Japan||1707 Hōei earthquake||Earthquake||On 28 October 1707, during the Hōei era, a magnitude 8.4 earthquake and tsunami up to 10 meters (33 feet) in height struck Tosa Province (Kōchi Prefecture). More than 29,000 houses were wrecked and washed away, causing ~30,000 deaths. In Tosa, 11,170 houses were washed away, and 18,441 people drowned. About 700 drowned and 603 houses were washed away in Osaka. Waves reached 20 m at Tanezaki, Tosa (Kōchi, Kōchi), and 6.58 at Murotsu, Tosa (Muroto, Kōchi). Hot springs at Yunomine, Kii (Tanabe, Wakayama), Sanji (?), Ryujin, Kii (Tanabe, Wakayama) Kanayana (Shirahama, Wakayama) and Dōgo, Iyo (Matsuyama, Ehime) stopped flowing.|
|1741||Western Oshima, Japan||Volcano||On 29 August 1741, the western side of Oshima Peninsula, Ezo (Hokkaido) was hit by a tsunami associated with the eruption of the volcano on Oshima Ōshima island. The cause of the tsunami is thought to have been a large landslide, partly submarine, triggered by the eruption. 1,467 people were killed on Ezo.|
|1755||Lisbon, Portugal||1755 Lisbon earthquake||Earthquake||Tens of thousands of Portuguese people who survived the Great Lisbon earthquake on 1 November 1755 were killed by a tsunami 40 minutes later. Many fled to the waterfront, an area safe from fires and falling debris during aftershocks. These people observed the sea rapidly receding, revealing a sea floor littered with lost cargo and shipwrecks. The tsunami then struck with a maximum height of 15 metres (49 ft), traveling far inland.
The earthquake, tsunami, and fires killed 40,000 to 50,000 people (30,000 to 40,000 in Lisbon alone, out of a population of ~200,000). Historical records of explorations by early navigators such as Vasco da Gama were lost, and among the buildings destroyed were most examples of Portugal's Manueline architecture. Europeans of the 18th century struggled to understand the disaster within religious and rational belief systems, and philosophers of the Enlightenment, notably Voltaire, wrote about the event. The philosophical concept of the sublime, as described by Immanuel Kant took inspiration in part from attempts to comprehend the enormity of the Lisbon quake and tsunami.
The tsunami took just over 4 hours to travel over 1,000 miles (1,600 km) to Cornwall in the United Kingdom. An account by Arnold Boscowitz claimed "great loss of life." It also hit Galway, Ireland, and caused serious damage to the Spanish Arch section of the city wall.
|1771||Yaeyama Islands, Ryūkyū||1771 Great Yaeyama Tsunami||Earthquake||
An undersea earthquake of estimated magnitude 7.4 occurred near Yaeyama Islands in the former Ryūkyū Kingdom (present day Okinawa, Japan) on 4 April 1771 at about 8 A.M. The earthquake is not believed to have directly resulted in any deaths, but a resulting tsunami killed an estimated 12,000 people (9,313 on the Yaeyama Islands and 2,548 on Miyako Islands). Estimates of the highest run-up on Ishigaki Island range from 30 to 85.4 meters (99 to 280 feet). The tsunami put an abrupt stop to population growth on the islands, and was followed by malaria epidemics and crop failures which further decreased the population. It took 148 years for the population to return to pre-tsunami levels.
|1781||Pingtung, Taiwan||In April or May 1781, according to Records of Taiwan County, in Jiadong, Pingtung County, a ten-foot wave engulfed the town. Fish and shrimp thrashed wildly on the shore and nearby fishing villages wiped out. However, there was no earthquake reported. A different source claims a 30-meter (99-foot) wave with also struck Tainan. A possibility is a misrecording of date, corresponding with the above Great Yaeyama event.|
|1783||Calabria, Italy||1783 Calabrian earthquakes||Earthquake||The earthquake was the second of a sequence of five shocks that struck Calabria. The citizens of Scilla spent the night following the first earthquake on the beach, where they were swept away by the tsunami, causing 1,500 deaths. The tsunami was caused by the collapse of Monte Paci into the sea, near the town.|
|1792||Kyūshū, Japan||1792 Unzen earthquake and tsunami||Volcanic processes||Tsunamis were the main cause of death for Japan's worst-ever volcanic disaster, an eruption of Mount Unzen, Hizen Province (Nagasaki Prefecture), Kyushu, Japan. Towards the end of 1791 a series of earthquakes on the western flank of Mount Unzen gradually moved towards Fugen-dake, one of Mount Unzen's peaks. In February 1792, Fugen-dake started to erupt, triggering a lava flow which continued for two months. The earthquakes continued, shifting nearer to the city of Shimabara. On the night of 21 May, two large earthquakes were followed by a collapse of the eastern flank of Mount Unzen's Mayuyama dome, causing an avalanche which swept through Shimabara and into Ariake Bay, triggering a tsunami. It is not known whether the collapse occurred as a result of an eruption of the dome or as a result of the earthquakes. The tsunami struck Higo Province (Kumamoto Prefecture) on the other side of Ariake Bay before bouncing back. Out of an estimated 15,000 fatalities, around 5,000 are thought to have been killed by the landslide, around 5,000 by the tsunami across the bay in Higo Province, and a further 5,000 by the tsunami returning to strike Shimabara. The waves reached a height of 330 ft (100 m), making this a small megatsunami.|
|Date||Location||Main Article||Primary Cause||Description|
|1806||Goldau, Switzerland||1806 Goldau landslide||Landslide||A landslide of 120,000,000 tonnes of rock, much of which displaced water from Lake Lauerz causing a tsunami that flooded lake side villages and resulted in the confirmed death of 457 people.|
|1819||Gujarat, India||1819 Rann of Kutch earthquake||Earthquake||A local tsunami flooded the Great Rann of Kutch|
|1833||Sumatra, Indonesia||1833 Sumatra earthquake||Earthquake||On 25 November 1833, a massive earthquake estimated to have been between 8.8–9.2 on the moment magnitude scale, struck Sumatra in Indonesia. The coast of Sumatra near the quake's epicentre was hardest hit by the resulting tsunami.|
|1854||Nankai, Tōkai, and Kyushu, Japan||Ansei great earthquakes||Earthquake||The Ansei quake which hit the south coast of Japan, was actually a set of three earthquakes, two magnitude 8.4 quakes and a 7.4 quake over the course of several days.
The total result was 80,000–100,000 deaths.
|1855||Edo, Japan||1855 Ansei Edo earthquake||Earthquake||The following year, the 1855 Great Ansei Edo earthquake hit the Edo (Tokyo) region of Japan, killing 4,500 to 10,000 people. Popular stories of the time blamed the quakes and tsunamis on giant catfish called Namazu thrashing about. The Japanese era name was changed to bring good luck after four disastrous quakes/tsunamis in two years.|
|1867||Virgin Islands||Earthquake||On November 18, 1867, a large doublet earthquake occurred in the Virgin Islands archipelago. The shock probably occurred between the islands of Saint Thomas and Saint Croix. The highest runup of 7.6 m (25 ft) was observed at Frederiksted on Saint Croix, and came within minutes of the shocks.|
|1867||Keelung, Taiwan||Earthquake||Dec 18, 1867, a large quake hit Keelung, Taiwan, causing crustal deformation of the mountains and opening of fissures. The water drained out of Keelung harbor so that the sea bed was revealed, then suddenly returned in a huge wave. Boats were washed into the city center and there was much damage. In many locations, the ground and the mountains split open and water poured from the fissures. Hundreds of deaths resulted.|
|1868||Hawaiian Islands||1868 Hawaii earthquake||Earthquake||On 2 April 1868, a local earthquake with a magnitude estimated between 7.5 and 8.0 rocked the southeast coast of the Big Island of Hawaii. It triggered a landslide on the slopes of the Mauna Loa volcano, five miles (8 km) north of Pahala, killing 31 people. A tsunami then claimed 46 additional lives. The villages of Punaluu, Ninole, Kawaa, Honuapo, and Keauhou Landing were severely damaged and the village of Apua was destroyed. According to one account, the tsunami "rolled in over the tops of the coconut trees, probably 60 feet high .... inland a distance of a quarter of a mile in some places, taking out to sea when it returned, houses, men, women, and almost everything movable." This was reported in the 1988 edition of Walter C. Dudley's book "Tsunami!" (ISBN 0-8248-1125-9).|
|1868||Arica, Peru (now part of Chile)||1868 Arica earthquake||Earthquake||On August 16, 1868, an earthquake with a magnitude estimated at 8.5 struck the oceanic trench currently known as the Peru–Chile Trench. A resulting tsunami struck the port of Arica, then part of Peru, killing an estimated 25,000 in Arica and 70,000 in all. Three military vessels anchored at Arica, the US warship USS Wateree and the storeship Fredonia, and the Peruvian warship America, were swept up by the tsunami.|
|1877||Iquique, Chile||1877 Iquique earthquake||Earthquake||On May 9, 1877, an earthquake with a magnitude estimated at 8.5 occurred off the coast of what is now Chile that caused a destructive tsunami that killed about 2541 people. This event followed the destructive earthquake and tsunami at Arica by just nine years.|
|1881||Andaman Islands, Nicobar Islands||1881 Nicobar Islands earthquake||Earthquake||The tsunami triggered by this earthquake was recorded all round the coast of the Bay of Bengal by tide gauges. This information has been used to estimate the rupture area and magnitude of the earthquake.|
|1883||Krakatoa, Sunda Strait, Indonesia||1883 eruption of Krakatoa||Volcanic eruption||The island volcano of Krakatoa in Indonesia exploded with devastating fury on August 26–27, 1883, blowing its underground magma chamber partly empty so that much overlying land and seabed collapsed into it. A series of large tsunami waves were generated from the collapse, some reaching a height of over 40 meters above sea level. Tsunami waves were observed throughout the Indian Ocean, the Pacific Ocean, and even as far away as the American West Coast, and South America. On the facing coasts of Java and Sumatra the sea flood went many miles inland and caused such vast loss of life that one area was never resettled but reverted to the jungle and is now the Ujung Kulon nature reserve.|
|1896||Sanriku, Japan||1896 Sanriku earthquake||Earthquake||On 15 June 1896, at around 19:36 local time, a large undersea earthquake off the Sanriku coast of northeastern Honshu, Japan, triggered tsunami waves which struck the coast about half an hour later. Although the earthquake itself is not thought to have resulted in any fatalities, the waves, which reached a height of 100 feet (30 m), killed approximately 27,000 people. In 2005, the same general area was hit by the 2005 Sanriku Japan earthquake, but with no major tsunami.|
|Date||Location||Main Article||Primary Cause||Description|
|1905||Loenvatnet, Norway||Rockfall||On January 15, 1905, a rockfall hit the lake Loenvatnet in Sogn og Fjordane, creating a 40 m (130 ft) flood wave that destroyed the villages of Ytre Nesdal and Bødal, killing 61 people. The slide, which started 500 metres up the mountainside of Mount Ramnefjell, carried an approximate mass of 870,000 metric tons when it entered the lake.|
|1906||Tumaco-Esmeraldas, Colombia-Ecuador||1906 Ecuador–Colombia earthquake||Earthquake||The earthquake triggered a tsunami that killed 500 people in Tumaco and Esmeraldas and struck Colombia, Ecuador, California, Hawaii, and Japan. Waves were 5 meters high.|
|1908||Messina, Italy||1908 Messina earthquake||Underwater landslide triggered by an earthquake|||
|1918||Puerto Rico||1918 San Fermín earthquake||Earthquake/submarine landslide||A large tsunami (that may have been associated with a submarine landslide) affected northwest Puerto Rico.|
|1923||Kantō, Japan||1923 Great Kantō earthquake||Earthquake||The Great Kantō earthquake, which occurred in eastern Japan on 1 September 1923, and devastated Tokyo, Yokohama, and the surrounding areas, caused tsunamis which struck the Shōnan coast, Bōsō Peninsula, Izu Islands and the east coast of Izu Peninsula, within minutes in some cases. In Atami, waves reaching 12 meters were recorded. Examples of tsunami damage include about 100 people killed along Yuigahama beach in Kamakura and an estimated 50 people on the Enoshima causeway. However, tsunamis only accounted for a small proportion of the final death toll of over 100,000, most of whom were killed in fire.|
|1929||Newfoundland||1929 Grand Banks earthquake||Earthquake||On November 18, 1929, an earthquake of magnitude 7.2 occurred beneath the Laurentian Slope on the Grand Banks. The quake was felt throughout the Atlantic Provinces of Canada and as far away as Ottawa and Claymont, Delaware. The resulting tsunami measured over 7 meters in height and took about 2½ hours to reach the Burin Peninsula on the south coast of Newfoundland, where 28 people lost their lives in various communities. It also snapped telegraph cables laid under the Atlantic.|
|1932||Mexico||1932 Jalisco earthquakes||Earthquake||Three very large-to-great shocks off the coast of Jalisco in June 1932 each generated tsunamis. The last and smallest event in the series occurred updip relative to the mainshock and generated the largest tsunami.|
|1933||Sanriku, Japan||1933 Sanriku earthquake||Earthquake||On March 3, 1933, the Sanriku coast of northeastern Honshu, Japan, which suffered a devastating tsunami in 1896 (see above), was again stuck by tsunami waves resulting from an offshore magnitude 8.1 earthquake. The quake destroyed ~5,000 homes and killed 3,068 people, the vast majority as a result of tsunami waves. Especially hard hit was the coastal village of Tarō (now part of Miyako city) in Iwate Prefecture, which lost 42% of its total population and 98% of its buildings. Tarō is now protected by a tsunami wall, currently 10 meters in height and over 2 kilometers long.|
|1934||Tafjord, Norway||Tafjord||Rockslide||On 7 April 1934, a rockslide of about 2,000,000 cubic metres (2,600,000 cu yd) of rock fell off the mountain Langhamaren from a height of about 700 metres (2,300 ft). The rock landed in the Tafjorden which created a local tsunami which killed 40 people living on the shore of the fjord. The waves reached a height of 62 metres (203 ft) near the landslide, about 7 metres (23 ft) at Sylte, and about 16 metres (52 ft) at Tafjord. It was one of the worst natural disasters in Norway in the 20th century.|
|1936||Loenvatnet, Norway||Rockfall||On September 13, approximately one million cubic metres of mountainside dislodged from the Mt. Ramnefjell at a height of 800 metres and landed in lake Loenvatnet in Sogn og Fjordane, creating a 70 m (230 ft) flood wave that destroyed several farms, killing 74 people. The second such incident in 31 years, the disaster caused the permanent depopulation of the area.|
|1944||Tōnankai, Japan||1944 Tōnankai earthquake||Earthquake||A magnitude 8.0 earthquake on 7 December 1944, about 20 km off the Shima Peninsula in Japan, which struck the Pacific coast of central Japan, mainly Mie, Aichi, and Shizuoka Prefectures. News of the event was downplayed by the authorities in order to protect wartime morale, and as a result the full extent of the damage is not known, but the quake is estimated to have killed 1223 people, the tsunami being the leading cause of the fatalities.|
|1945||Arabian Sea, Indian Ocean||1945 Balochistan earthquake||Earthquake||The earthquake with moment magnitude of 8.1 and a maximum perceived intensity of X (Extreme) on the Mercalli intensity scale, occurred in British India at 5:26 PST on 28 November 1945. It resulted from a fault rupture near the Makran Trench. The resulting tsunami caused damage along the Makran coastal region affecting Pakistan, Iran, Oman and India.|
|1946||Nankai, Japan||1946 Nankai earthquake||Earthquake||The Nankai earthquake on 21 December 1946 had a magnitude of 8.4 and occurred at 04:19 (local time) to the southwest of Japan in the Nankai Trough. This event was one of the Nankai megathrust earthquakes, periodic earthquakes observed off the southern coast of Kii Peninsula and Shikoku, Japan every 100 to 150 years. The subsequent tsunami washed away 1451 houses and caused 1500 deaths in Japan, and was observed on tide gauges in California, Hawaii, and Peru. Particularly hard hit were the coastal towns of Kushimoto and Kainan on the Kii Peninsula. The quake led to more than 1400 deaths, tsunami being the leading cause.|
|1946||Aleutian Islands||1946 Aleutian Islands earthquake||Earthquake||
On 1 April 1946, the Aleutian Islands tsunami killed 159 people on Hawaii and five in Alaska (the lighthouse keepers at the Scotch Cap Light in the Aleutians). It resulted in the creation of a tsunami warning system known as the Pacific Tsunami Warning Center (PTWC), established in 1949 for Oceania countries. The tsunami is known as the April Fools Day Tsunami in Hawaii because it happened on April 1 and many people thought it to be an April Fools Day prank.
|Date||Location||Main Article||Primary Cause||Description|
|1952||Severo-Kurilsk, Kuril Islands, USSR||1952 Severo-Kurilsk earthquake||Earthquake||The November 5, 1952 tsunami, triggered by a magnitude 9.0 earthquake, killed 2,336 on the Kuril Islands, USSR.|
|1956||Amorgos, Greece||Earthquake||Fifty-three deaths occurred during the largest 20th-century earthquake in Greece. The island of Santorini was damaged by the shock, and a localised tsunami affected the Cyclades and Dodecanese island groups. A maximum runup of 30 m (98 ft)) was observed on the southern coast of Amorgos.|
|1958||Lituya Bay, Alaska, U.S.||1958 Lituya Bay megatsunami||Earthquake-triggered landslide||On the night of July 9, 1958 an earthquake along the Fairweather Fault in Alaska loosened ~40 million cubic yards (30.6 million cubic meters) of rock high above the northeastern shore of Lituya Bay. This mass of rock plunged from an altitude of approximately 3000 feet (914 meters) into the waters of Gilbert Inlet. The impact generated a local tsunami that crashed against the southwest shoreline of Gilbert Inlet with such power that it swept completely over the spur of land separating Gilbert Inlet from the main Lituya Bay. The wave continued down the length of Lituya Bay, over La Chaussee Spit and into the Gulf of Alaska. The force of the wave removed all trees and vegetation from elevations as high as 1720 feet (524 meters) above sea level. Millions of trees were uprooted and swept away by the wave. This is the highest wave that has ever been recorded, and the first time such a wave had ever been observed. The scale of this wave was so much greater than ordinary tsunamis, it eventually led to the new category of megatsunamis.|
|1960||Valdivia, Chile, and Pacific Ocean||1960 Valdivia earthquake or Great Chilean earthquake||Earthquake||The magnitude-9.5 earthquake of 22 May 1960, the largest earthquake ever recorded, generated one of the most destructive tsunamis of the 20th century. The tsunami spread across the Pacific Ocean, with waves measuring up to 25 meters high in places. The first tsunami wave struck at Hilo approximately 14.8 hrs after it originated off the coast of South Central Chile. The highest wave at Hilo Bay was measured at ~10.7 m (35 ft). 61 lives were lost, allegedly due to people's failure to heed warning sirens. Almost 22 hours after the quake, the waves hit the Sanriku coast of Japan, reaching up to 3 m above high tide, and killing 142 people. Up to 6,000 people died in total worldwide due to the earthquake and tsunami.|
|1963||Vajont Dam, Monte Toc, Italy||Vajont Dam||Landslide||
The Vajont Dam was completed in 1961 under Monte Toc, 100 km north of Venice, Italy. At 262 metres (860 feet), it was one of the highest dams in the world. On October 9, 1963 an enormous landslide of about 260 million cubic metres of forest, earth, and rock, fell into the reservoir at up to 110 km per hour (68 mph). The resulting displacement of water caused 50 million cubic metres of water to overtop the dam in a 250-metre (820-foot) high megatsunami wave. The flooding destroyed the villages of Longarone, Pirago, Rivalta, Villanova and Faè, killing 1,450 people. Almost 2,000 people (some sources report 1,909) perished in total.
|1964||Niigata, Japan||1964 Niigata earthquake||Earthquake||28 people died, and entire apartment buildings were destroyed by liquefaction. The subsequent tsunami destroyed the port of Niigata.|
|1964||Alaska, U.S. and Pacific Ocean||1964 Alaska earthquake||Earthquake||After the magnitude 9.2 Good Friday earthquake of March 27, 1964, tsunamis struck Alaska, British Columbia, California, and coastal Pacific Northwest towns, killing 121 people. The waves were up to 100 feet (30 m) tall, and killed 11 people as far away as Crescent City, California.|
|1965||Shemya Island, Alaska||1965 Rat Islands earthquake||Earthquake||The February 4, 1965, Rat Islands earthquake generated a 10.7-metre (35 ft) tsunami on Shemya Island.|
|1969||Portugal, Morocco||1969 Portugal earthquake||Earthquake||A large undersea earthquake off the coast of Portugal generated a tsunami that affected both Portugal and Morocco.|
|1976||Moro Gulf, Mindanao, Philippines||1976 Moro Gulf earthquake||Earthquake||On August 16, 1976 at 12:11 A.M., magnitude 7.9 earthquake hit the island of Mindanao, Philippines. The resultant tsunami devastated more than 700 km of coastline bordering Moro Gulf in the North Celebes Sea. An estimated casualties included 5,000 dead, 2,200 missing or presumed dead, more than 9,500 injured and a total of 93,500 people left homeless. It devastated the cities of Cotabato, Pagadian, and Zamboanga, and the provinces of Basilan, Lanao del Norte, Lanao del Sur, Maguindanao, Sultan Kudarat, Sulu, and Zamboanga del Sur.|
|1979||Tumaco, Colombia||1979 Tumaco earthquake||Earthquake||A magnitude 8.1 earthquake occurred on 12 December 1979 at 7:59:4.3 UTC along the Pacific coast of Colombia and Ecuador. The earthquake and resulting tsunami destroyed at least six fishing villages and killed hundreds of people in the Colombian Department of Nariño. The earthquake was felt in Bogotá, Cali, Popayán, Buenaventura, Guayaquil, Esmeraldas, and Quito. The tsunami caused huge destruction in the city of Tumaco, as well as in the towns of El Charco, San Juan, Mosquera, and Salahonda on the Pacific coast of Colombia. Casualties included 259 dead, 798 wounded and 95 missing or presumed dead.|
|1980||Spirit Lake, Washington, U.S.||Spirit Lake (Washington), 1980 eruption of Mount St. Helens, Mount St. Helens||Volcanic eruption||On May 18, 1980, in the course of a major eruption of Mount St. Helens, the upper 460 m (1400 ft) of the mountain failed, causing a major landslide. One lobe of the landslide surged onto the nearby Spirit Lake, creating a megatsunami 260 meters (853 feet) high.|
|1983||Sea of Japan||1983 Sea of Japan earthquake||Earthquake||On May 26, 1983 at 11:59:57 local time, a magnitude-7.7 earthquake occurred in the Sea of Japan, about 100 km west of the coast of Noshiro in Akita Prefecture, Japan. Out of the 107 fatalities, all but four were killed by the resulting tsunami, which struck communities along the coast, especially Aomori and Akita Prefectures and the Noto Peninsula. Footage of the tsunami hitting the fishing harbor of Wajima on Noto Peninsula was broadcast on TV. The waves exceeded 10 meters in some areas. Three of the fatalities were along the east coast of South Korea (whether North Korea was affected is not known). The tsunami also hit Okushiri Island, the site of a more deadly tsunami 10 years later. This tsunami killed 104 people and injured 235.|
|1992||Nicaragua||1992 Nicaragua earthquake||Earthquake||A 7.2+ quake hit offshore in Nicaragua, sending a devastating tsunami into the Rivas department coast, killing some 116 people. The wave magnitude, 9.9 meters high, was unusually large given the size of the earthquake.|
|1993||Okushiri, Hokkaido, Japan||1993 Hokkaido earthquake||Earthquake||A devastating tsunami wave struck Hokkaido in Japan as a result of a magnitude 7.8 offshore earthquake 80 miles (130 km) on 12 July 1993. Within minutes, the Japan Meteorological Agency issued a tsunami warning that was broadcast on NHK in English and Japanese (archived at NHK library). However, at Okushiri, a small island near the epicenter, some waves reached 30 meters and struck within two to five minutes of the quake. Despite being surrounded by tsunami barriers, Aonae, a village on a low-lying peninsula, was devastated over the following hour by 13 waves over two meters high arriving from multiple directions, including waves that bounced back off Hokkaido. Of 250 people killed as a result of the quake, 197 were victims of the tsunami that hit Okushiri; the waves also caused deaths on the coast of Hokkaido. While many residents, remembering the 1983 tsunami (see above), survived by evacuating on foot to higher ground, many others underestimated how soon the waves would arrive (the 1983 tsunami took 17 minutes to hit Okushiri) and were killed as they attempted to evacuate by car along the village’s narrow lanes. The highest wave of the tsunami was 31 meters (102 ft) high.|
|1994||Java earthquake||1994 Java earthquake||Earthquake||Two hundred and fifty killed as a M7.8 earthquake and tsunami affected east Java and Bali on June 3, 1994.|
|1998||Papua New Guinea||1998 Papua New Guinea earthquake||Earthquake||On 17 July 1998, a Papua New Guinea tsunami killed approximately 2,200 people. A 7.1-magnitude earthquake 24 km offshore was followed within 11 minutes by a tsunami about 15 metres tall. The tsunami was generated by an undersea landslide, which was triggered by the earthquake. The villages of Arop and Warapu were destroyed.|
|1999||Sea of Marmara||1999 İzmit earthquake||Earthquake||The earthquake triggered a tsunami in the Sea of Marmara, with a maximum water height of 2.52 m. 150 people were killed when the town of Degirmendere was flooded and a further five were swept into the sea at Ulaşlı.|
|Date||Location||Main Article||Primary Cause||Description|
|2004||Indian Ocean||2004 Indian Ocean earthquake and tsunami||Earthquake||
The 2004 Indian Ocean earthquake, which had a moment magnitude of 9.1–9.3, triggered a series of lethal tsunamis on 26 December 2004, that killed approximately 230,210 people (including 168,000 in Indonesia alone), making it the deadliest tsunami as well as one of the deadliest natural disasters in recorded history. It was also caused by the third largest earthquake in recorded history. The initial surge was measured at a height of approximately 33 meters (108 ft), making it the largest earthquake-generated tsunami in recorded history. The tsunami killed people over an area ranging from the immediate vicinity of the quake in Indonesia, Thailand, and the north-western coast of Malaysia, to thousands of kilometres away in Bangladesh, India, Sri Lanka, the Maldives, and even as far away as Somalia, Kenya, and Tanzania in East Africa. This trans-Indian Ocean tsunami is an example of a teletsunami, which can travel vast distances across the open ocean. In this case, it is an ocean-wide tsunami. It became known as the "Boxing Day Tsunami" because it struck on Boxing Day (26 December).
Unlike in the Pacific Ocean, there was no organized alert service covering the Indian Ocean. This was in part due to the absence of major tsunami events since 1883 (the Krakatoa eruption, which killed 36,000 people). In light of the 2004 Indian Ocean tsunami, UNESCO and other world bodies have called for an international tsunami monitoring system.
|2006||South of Java Island||2006 Pangandaran earthquake and tsunami||Earthquake||A 7.7 magnitude earthquake rocked the Indian Ocean seabed on 17 July 2006, 200 km south of Pangandaran, a beach famous to surfers for its perfect waves. This earthquake triggered tsunamis which height varied from 2 meters at Cilacap to 6 meters at Cimerak beach, where it swept away and flattened buildings as far as 400 metres away from the coastline. More than 800 people were reported missing or dead.|
|2006||Kuril Islands||2006 Kuril Islands earthquake||Earthquake||On 15 November 2006, a magnitude 8.3 earthquake occurred off the coast near the Kuril Islands. In spite of the quake's large 8.3 magnitude, a relatively small tsunami was generated. The small tsunami was recorded or observed in Japan and at distant locations throughout the Pacific.|
|2007||Solomon Islands||2007 Solomon Islands earthquake||Earthquake||On 2 April 2007, a magnitude 8.1 earthquake struck about 40 km (25 mi) south of Ghizo Island in the western Solomon Islands at 7:39 a.m., resulting in a tsunami that was up to 12 m (36 feet) tall. The wave, which struck the coast of Solomon Islands (mainly Choiseul, Ghizo Island, Ranongga, and Simbo), triggered tsunami warnings and watches extending from Japan to New Zealand to Hawaii and eastern Australia. The tsunami killed 52 people and dozens more were injured when entire towns were inundated by waves. A state of national emergency was declared for the Solomon Islands. On the island of Choiseul, a wall of water reported to be 9.1 m (30 feet) high swept almost 400 meters inland. The largest waves hit the northern tip of Simbo Island, where two villages, Tapurai and Riquru, were completely destroyed by a 12 m wave, killing 10 people. Officials estimate that the tsunami displaced more than 5000 residents throughout the archipelago.|
|2007||British Columbia||Landslide||On 4 December 2007, a landslide entered Chehalis Lake in British Columbia, generating a large lake tsunami that destroyed campgrounds and vegetation many meters above the shoreline.|
|2009||Samoa||2009 Samoa earthquake and tsunami||Earthquake||A submarine earthquake took place in the Samoan Islands region at 06:48:11 local time on September 29, 2009, (17:48:11 UTC, September 29). The magnitude 8.1 quake occurred on the outer rise of the Kermadec-Tonga Subduction Zone, and was the largest earthquake of 2009.
The subsequent tsunami caused substantial damage and loss of life in Samoa, American Samoa, and Tonga. The Pacific Tsunami Warning Center recorded a 76 mm (3.0 in) rise in sea levels near the epicenter, and New Zealand scientists noted waves measuring 14 m (46 ft) at their highest on the Samoan coast. More than 189 people were killed, especially children, mostly in Samoa. Large waves with no major damage were reported on the coasts of Fiji, the northern coast of New Zealand and Rarotonga in the Cook Islands. People in the low-lying atolls of Tokelau moved to higher ground as a precaution. There were no reports of high waves from Vanuatu, Kiribati, New Caledonia and the Solomon Islands.
|2010||Chile||2010 Chile earthquake||Earthquake||
On 27 February 2010, an 8.8 earthquake offshore of Chile caused a tsunami which caused serious damage and loss of life, it also caused minor effects in other Pacific nations.
|2010||Sumatra||2010 Mentawai earthquake and tsunami||Earthquake||On 25 October 2010, a 7.7 earthquake struck near South Pagai Island in Indonesia triggering a localized tsunami that killed at least 408 people.|
|2011||New Zealand||2011 Christchurch earthquake||Earthquake-triggered ice fall||On 22 February 2011, a 6.3 magnitude earthquake hit the Canterbury Region of the South Island, New Zealand. Some 200 kilometres (120 mi) away from the earthquake's epicenter, around 30 million tonnes of ice tumbled off the Tasman Glacier into Tasman Lake, producing a series of 3.5 m (11 ft) high tsunami waves, which hit tourist boats in the lake.|
|2011||Pacific coast of Japan||2011 Tōhoku earthquake and tsunami||Earthquake||
On 11 March 2011, off the Pacific coast of Japan, a 9.0 magnitude earthquake produced a tsunami 33 feet (10 m) high along Japan's northeastern coast. The wave caused widespread devastation, with an official count of 18,550 people confirmed to be killed/missing. The highest tsunami which was recorded at Miyako, Iwate reached a total height of 40.5 metres (133 ft). In addition the tsunami precipitated multiple hydrogen explosions and nuclear meltdown at the Fukushima I Nuclear Power Plant. Tsunami warnings were issued to the entire Pacific Rim.
|2013||Solomon Islands||2013 Solomon Islands earthquake||Earthquake||On 6 February 2013, an earthquake measuring 8.0 on the Moment Magnitude scale struck the island nation of Solomon Islands. This earthquake created tsunami waves up to around 1 meter high. The tsunami also affected some other islands like New Caledonia and Vanuatu.|
|2014||Iceland||Askja||Landslide||At 11:24 PM on 21 July 2014, in a period experiencing an earthquake swarm related to the upcoming eruption of Bárðarbunga, an 800m-wide section gave way on the slopes of the Icelandic volcano Askja. Beginning at 350m over water height, it caused a tsunami 20–30 meters high across the caldera, and potentially larger at localized points of impact. Thanks to the late hour, no tourists were present; however, search and rescue observed a steam cloud rising from the volcano, apparently geothermal steam released by the landslide. Whether geothermal activity played a role in the landslide is uncertain. A total of 30–50 million cubic meters was involved in the landslide, raising the caldera's water level by 1–2 meters.|
|2015||Chile||2015 Chile earthquake||Earthquake||On Wednesday, September 16, 2015, a major earthquake measuring 8.3 on the Moment Magnitude scale struck the west coast of Chile, causing a tsunami up to 16 feet (4.88 meters) high along the Chilean coast.|
|2016||New Zealand||2016 Kaikoura earthquake||Earthquake||On November 14, 2016, a big earthquake struck the South Island of New Zealand measuring 7.5 to 7.8 magnitude. A 2.5 metre tsunami hit Kaikoura and other small waves less than one metre hit various shores in New Zealand.|
|2017||Greenland||Landslide||On June 17, 2017, a landslide measuring 300 m × 1,100 m (980 ft × 3,610 ft) fell about 1 km (3,300 ft) into the Karrak fiord in the Uummannaq area in Western Greenland, causing a tsunami which hit the settlement Nuugaatsiaq killing four people, injuring nine and washing eleven buildings into the water. In the beginning the tsunami had a height of 90 m (300 ft), but it was significantly lower once it hit the settlement. Initially it was unclear if the landslide was caused by a small earthquake (magnitude 4), but later it was confirmed that the landslide had caused the tremors.|
Highest or tallest
- The tallest tsunami ever recorded is the 1958 Lituya Bay megatsunami, which had a record height of 524 m (1,719 ft).
- The only other recent megatsunamis are the 1980 Spirit Lake megatsunami, which measured 260 m (850 ft) tall and the 1963 Vajont Dam megatsunami which had an initial height of 250 m (820 ft).
The deadliest tsunami in recorded history was the 2004 Indian Ocean tsunami, which killed almost 230,000 people in eleven countries. The 365 CE Mediterranean tsunami's death toll may have been much higher.
- List of deadly earthquakes since 1900
- List of natural disasters by death toll
- List of tsunamis in Europe
- Lists of earthquakes
- Tsunamis in the United Kingdom
- Smid, T. C.: "'Tsunamis' in Greek Literature", Greece & Rome, 2nd Ser., Vol. 17, No. 1 (April 1970), pp. 100–04 (102f.)
- Thucydides: "A History of the Peloponnesian War", 3.89.1–5
- Bondevik, Stein; Dawson, Sue; Dawson, Alastair; Lohne, Øystein (5 August 2003). "Record-breaking Height for 8000-Year-Old Tsunami in the North Atlantic" (PDF). EOS, Transactions of the American Geophysical Union. 84 (31): 289, 293. Bibcode:2003EOSTr..84..289B. doi:10.1029/2003EO310001. Retrieved 2007-01-15.
- Bondevik, S; Lovholt, F; Harbitz, C; Stormo, S; Skjerdal, G (2006). "The Storegga Slide Tsunami – Deposits, Run-up Heights and Radiocarbon Dating of the 8000-Year-Old Tsunami in the North Atlantic". American Geophysical Union meeting.
- Bondevik, S; Stormo, SK; Skjerdal, G (2012). Green mosses date the Storegga tsunami to the chilliest decades of the 8.2 ka cold event. Quaternary Science Reviews. 45. pp. 1–6. Bibcode:2012QSRv...45....1B. doi:10.1016/j.quascirev.2012.04.020.
- Herodotus: http://www.perseus.tufts.edu/cgi-bin/ptext?lookup=Hdt.+8.129.1 "The Histories", 8.129
- Antonopoulos, John (1992). "The Tsunami of 426 BCE in the Maliakos Gulf, Eastern Greece". Natural Hazards. 5: 83–93. doi:10.1007/BF00127141.
- Smid, T. C.: "'Tsunamis' in Greek Literature", Greece & Rome, 2nd Ser., Vol. 17, No. 1 (Apr., 1970), pp. 100–04 (103f.)
- Paul Kronfield. "The Lost Cities of Ancient Helike: Principal Ancient Sources". Helike.org. Retrieved 2011-03-11.
- NOAA National Geophysical Data Center (NGDC) (2005-09-20). "NOAA/WDS Global Historical Tsunami Database". Retrieved 2013-03-25.
- Cf. tsunami-ID 01, in: Tinti S., Maramai A., Graziani L. (2007). The Italian Tsunami Catalogue (ITC), Version 2 (Windows database software).
- Reinhardt, E. G.; Goodman, B. N.; Boyce, J. I.; Lopez, G.; van Hengstum, P.; Rink, W. J.; Mart, Y.; Raban, A. (2006). "The tsunami of 13 December A.D. 115 and the destruction of Herod the Great's harbor at Caesarea Maritima, Israel". Geology. The Geological Society of America. 34 (12): 1061–64. Bibcode:2006Geo....34.1061R. doi:10.1130/G22780A.1.
- Altınok, Y.; Alpar, B.; Özer, N.; Aykurt, H. (2011). "Revision of the tsunami catalogue affecting Turkish coasts and surrounding regions" (PDF). Natural Hazards and Earth Systems Sciences. 11 (2): 273. Bibcode:2011NHESS..11..273A. doi:10.5194/nhess-11-273-2011.
- "Turkey: S Coasts; Libya: Comments for the Earthquake Event". Significant Earthquake Database. National Geophysical Data Center. Retrieved 4 October 2016.
- "South Coasts of Asia Minor: Comments for the Tsunami Event". Significant Tsunami Database. National Geophysical Data Center. Retrieved 4 October 2016.
- Kelly, Gavin: "Ammianus and the Great Tsunami", The Journal of Roman Studies, Vol. 94 (2004), pp. 141–67 (141)
- Stanley, Jean-Daniel & Jorstad, Thomas F. (2005): "The 365 A.D. Tsunami Destruction of Alexandria, Egypt: Erosion, Deformation of Strata and Introduction of Allochthonous Material"
- Stiros, S. C. (2001), "The AD 365 Crete earthquake and possible seismic clustering during the fourth to sixth centuries AD in the Eastern Mediterranean: a review of historical and archaeological data", Journal of Structural Geology, Elsevier, 23 (2–3): 545–62, Bibcode:2001JSG....23..545S, doi:10.1016/s0191-8141(00)00118-8
- "Fault found for Mediterranean 'day of horror'." New Scientist magazine, 15 March 2008, p. 16.
- Darawcheh, R.; Sbeinati R., Margottini C., Paolini S., (2000). "The 9 July 551 earthquake, Eastern Mediterranean Region" (PDF). Earthquake Engineering. 4 (4): 403–14. doi:10.1080/13632460009350377.
-  Archived July 4, 2007, at the Wayback Machine.
- (Earth and Planetary Science Letters, doi:10.1016/j.epsl.2008.02.021). In: "Fault found for Mediterranean 'day of horror'." New Scientist magazine, 15 March 2008, p. 16.
- Kamio, Kenji, and Willson, H. An English Guide to Kamakura's Temples and Shrines, pp. 143–44.
- Ishabashi, K. (1981). "Specification of a soon-to-occur seismic faulting in the Tokai District, central Japan, based on seismotectoncs". In Simpson D.W. & Pichards P.G. Earthquake prediction: an international review. Maurice Ewing Series. 4. American Geophysical Union. pp. 323–24. ISBN 978-0-87590-403-0.
- Vila, P. (1948). "La destrucción de Nueva Cádiz ¿terremoto o huracán?". Boletín de la Academia National de la Historia. 31: 213–19.
- Bryant, Edward; Haslett, Simon (2002). "Was the AD 1607 Coastal Flooding Event in the Severn Estuary and Bristol Channel (UK) Due to a Tsunami?". Archaeology in the Severn Estuary (13): 163–67. ISSN 1354-7089.
- Atwater, B. F.; Musumi-Rokkaku, S.; Satake, K.; Yoshinobu, T.; Kazue, U.; Yamaguchi, D. K. (2005). The Orphan Tsunami of 1700—Japanese Clues to a Parent Earthquake in North America. U.S. Geological Survey Professional Paper 1707. United States Geological Survey–University of Washington Press. p. 98. ISBN 978-0295985350.
- Hatori, T. (1981). "Field investigations of the Nankaido Tsunamis in 1707 and 1854 along the South-west coast of Shikoku" (PDF). Bulletin Earthquake Research Institute (in Japanese). 56: 547–70. Retrieved 2009-12-23.
- Satake, K. (2007). "Volcanic origin of the 1741 Oshima-Oshima tsunami in the Japan Sea" (PDF). Earth Planets Space. 59 (5): 381–90. Bibcode:2007EP&S...59..381S. doi:10.1186/bf03352698. Retrieved 7 November 2010.
- NGDC. "Comments for the Tsunami Event". Retrieved 7 November 2010.
- The Opportunity of a Disaster: The Economic Impact of the 1755 Lisbon Earthquake. Discussion Paper 06/03, Centre for Historical Economics and Related Research at York, York University, 2006
- "沖縄県". .pref.okinawa.jp. Retrieved 2011-03-11.
- Sugawara, D.; Minoura K.; Imamura F.; Takahashi T.; Shuto N. (2005). "A huge sand dome, ca. 700,000 m3 in volume, formed by the 1854 Earthquake Tsunami in Suruga Bay, Central Japan" (PDF). ISET Journal of Earthquake Technology. 42 (4): 147–58. Retrieved 2009-11-14.
- Murakami, H.; Ito S.; Hiraiwa Y.; Shimada T. (1995). "Re-examination of historical tsunamis in Shikoku Island, Japan". In Tsuchiya Y. & Shutō N. Tsunami: progress in prediction, disaster prevention, and warning. Springer. p. 336. ISBN 9780792334835. Retrieved 2009-11-15.
- 安政南海地震 (in Japanese)
- Barkan, R.; ten Brink, U. (2010), "Tsunami Simulations of the 1867 Virgin Island Earthquake: Constraints on Epicenter Location and Fault Parameters" (PDF), Bulletin of the Seismological Society of America, Seismological Society of America, 100 (3): 995–1009, Bibcode:2010BuSSA.100..995B, doi:10.1785/0120090211
- "The 1868 Arica Tsunami". Usc.edu. Retrieved 2011-03-11.
- Delouis, B.; Pardo, M.; Legrand, D.; Monfret, T. (2009). "The Mw 7.7 Tocopilla Earthquake of 14 November 2007 at the Southern Edge of the Northern Chile Seismic Gap: Rupture in the Deep Part of the Coupled Plate Interface" (PDF). Bulletin of the Seismological Society of America. Seismological Society of America. 99 (1): 87–94. Bibcode:2009BuSSA..99...87D. doi:10.1785/0120080192.
- Tufty, Barbara (1978). 1001 questions answered about earthquakes, avalanches, floods, and other natural disasters. Courier Dover Publications. pp. 100–01. ISBN 0-486-23646-3.
- Starheim, Ottar (2009). "Lodalsulukkene 1905 og 1936". In Bjerkaas, Hans-Tore. Sogn og Fjordane Fylkesleksikon (in Norwegian). NRK. Archived from the original on 2014-04-13.
- "The Lodal catastrophes". Nord Fjord.
- The world's worst natural disasters Calamities of the 20th and 21st centuries
- Hornback, M. J.; Mondziel, S. A.; Grindlay, N. R.; Frohlich, C.; Mann, P. (2008), "Did a submarine landslide trigger the 1918 Puerto Rico tsunami?" (PDF), Science of Tsunami Hazards, Tsunami Society, 27 (2): 22–31
- Fine, I.V.; Rabinovich A.B.; Bornhold B.D.; Thomson R.E.; Kulikov E.A. (2005). "The Grand Banks landslide-generated tsunami of November 18, 1929: preliminary analysis and numerical modeling" (PDF). Marine Geology. 215: 45–57. Bibcode:2005MGeol.215...45F. doi:10.1016/j.margeo.2004.11.007. Retrieved 20 January 2012.
- Okal, E. A.; Borrero, J. C. (2011), "The ‘tsunami earthquake’ of 1932 June 22 in Manzanillo, Mexico: seismological study and tsunami simulations", Geophysical Journal International, Wiley, 187 (3): 1443–59, Bibcode:2011GeoJI.187.1443O, doi:10.1111/j.1365-246X.2011.05199.x
- Schiller, Bill (2011-03-15). "A story of survival rises from the ruins of a fishing village". Toronto Star. Retrieved 2011-03-19.
- Furseth, Astor (1985): Dommedagsfjellet. Tafjord 1934. Oslo: Gyldendal.
- Store norske leksikon. "Tafjord" (in Norwegian). Retrieved 2010-10-11.
- Starheim, Ottar (2009). "Lodalsulukkene 1905 og 1936". In Bjerkaas, Hans-Tore. Sogn og Fjordane Fylkesleksikon (in Norwegian). NRK. Archived from the original on 13 April 2014.
- Rajendran, C. P.; Ramanamurthy, M. V.; Reddy, N. T.; Rajendran, K. (2008). "Hazard implications of the late arrival of the 1945 Makran tsunami". Current Science. Current Science Association. 95 (12): 1739–1743.
- "1945 Makran Tsunami". Indian Ocean Tsunami Information Center. Retrieved 2016-11-28.
- Okal, E. A.; Synolakis, C. E.; Uslu, B.; Kalligeris, N.; Voukouvalas, E. (2009), "The 1956 earthquake and tsunami in Amorgos, Greece" (PDF), Geophysical Journal International, Royal Astronomical Society, 178 (3): 1533–54, Bibcode:2009GeoJI.178.1533O, doi:10.1111/j.1365-246x.2009.04237.x
- "Emergency & Disasters Data Base". CRED. Archived from the original on 2008-08-11. Retrieved 2006-05-30.
- "Historic Earthquakes: Rat Islands, Alaska". U.S. Geological Survey. Retrieved 31 October 2015.
- Guesmia, M.; Heinrich, Ph.; Mariotti, C. (1998), "Numerical Simulation of the 1969 Portuguese Tsunami by a Finite Element Method", Natural Hazards and Earth System Sciences, European Geosciences Union, 17 (1): 31–46, doi:10.1023/A:1007920617540
- "Tsunamis and Earthquakes – 1998 Papua New Guinea tsunami Descriptive Model – USGS WCMG". Walrus.wr.usgs.gov. Retrieved 2011-03-11.
- "Comments for the Tsunami Runup at Degirmendere". NGDC/WDS Tsunami Event Database. NGDC. Retrieved 2 July 2015.
- "Comments for the Tsunami Runup at Ulasli". NGDC/WDS Tsunami Event Database. NGDC. Retrieved 2 July 2015.
- "Ice breaks off glacier after Christchurch quake – ABC News (Australian Broadcasting Corporation)". Abc.net.au. 2011-02-22. Retrieved 2011-03-11.
- "Quake shakes 30m tonnes of ice off glacier – National – NZ Herald News". Nzherald.co.nz. 2011-02-22. Retrieved 2011-03-11.
- "Archived copy". Archived from the original on 2011-03-31. Retrieved 2011-03-29.
- "Japan Hit by 33ft Tsunami". Daily Express. London. 11 March 2011. Retrieved 12 March 2011.
- Jón Kristinn Helgason, Sveinn Brynjólfsson, Tómas Jóhannesson, Kristín S. Vogfjörð, Harpa Grímsdóttir; Ásta Rut Hjartardóttir, Þorsteinn Sæmundsson, Ármann Höskuldsson, Freysteinn Sigmundsson, Hannah Reynolds (5 August 2014). "Frumniðurstöður rannsókna á berghlaupi í Öskju 21. júlí 2014".
- Kokkegård, H. (19 June 2017). "Geus: Uklart, om jordskælv udløste grønlandsk tsunami [Unclear if earthquake caused Greenlandic tsunami]". Ingeniøren. Retrieved 26 July 2017.
- "After recon trip, researchers say Greenland tsunami in June reached 300 feet high". Georgia Institute of Technology. 25 July 2017. Retrieved 26 July 2017.
- Tinti S., Maramai A., Graziani L. (2007). The Italian Tsunami Catalogue (ITC), Version 2 (Windows software database)