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An incredibly large chunk of the Perito Moreno Glacier's ice-sheet breaks off and flips over in a spectacular way. The ice-sheet of the glacier Perito Moreno is in average 70 meters / 250 feet high and the world's 3rd largest reserve of fresh water. Thankfully no-one was injured as boats stay at a safe distance from the glacier (for a good reason). The Perito Moreno Glacier is famous for insane glacier wall collapses during the summer when large icebergs – often up to 250 feet in height – are breaking off the glacier and collapsing into water of the Lago Argentino. In the right time of the year big blocks of ice break off the glacier and drop into the water. The waves created by such glacier calving events often splash dozens of meters through the air. The glacier is one of Argentina's most beautiful natural wonders. The glacier itself is about 5 km (3.1 mi) wide and has an average height of 74 m (240 ft) above the surface of the water. Glacier calving, also known as ice calving, or iceberg calving, is the breaking of ice chunks from the edge of a glacier. The sudden release and breaking away of a mass of ice from a glacier or iceberg often causes large waves around the area and can result in a "shooter" which is a large chunk of the submerged portion of the iceberg surfacing above the water. The ice that breaks away can be classified as an iceberg, but may also be a growler, bergy bit, or a crevasse wall breakaway. The entry of the ice into the water causes large, and often hazardous waves. (Find out more here: https://en.wikipedia.org/wiki/Ice_calving). © Laura Q. / LS

This incredible glacier calving footage was captured of the Helheim Glacier in Greenland. The Helheim glacier is one of the largest glaciers in the south-east of Greenland and is said to feed the waters of the Helheim Fjord. Glacier calving, also known as ice calving, or iceberg calving, is the breaking of ice chunks from the edge of a glacier. The sudden release and breaking away of a mass of ice from a glacier or iceberg often causes large waves around the area and can result in a "shooter" which is a large chunk of the submerged portion of the iceberg surfacing above the water. The ice that breaks away can be classified as an iceberg, but may also be a growler, bergy bit, or a crevasse wall breakaway. The entry of the ice into the water causes large, and often hazardous waves. These events have become major tourist attractions –a beautiful landscape, cracking sounds, large icebergs and sometimes even tsunami-like waves create overall stunning spectacles for all visitors. (Find out more here: https://en.wikipedia.org/wiki/Ice_calving). © Licet Studios GmbH – for further information about us, our content, or licensing / usage inquiries, you may check our website or contact us directly at: licensing@licetstudios.com.

Chemical tanker facing huge waves in the North Sea on its way from Finland to the Netherlands. Due to the heavy storm, the speed of the vessel was only 3 to 5 knots. Subscribe for more extreme weather videos ► https://www.youtube.com/c/LicetStudios?sub_confirmation=1 If you enjoy videos like this, consider to check out our video "Ships in Storms | 10+ TERRIFYING MONSTER WAVES, Hurricanes & Thunderstorms at Sea": https://www.youtube.com/watch?v=cMNH4nmOims #storm #ship #boat #boating #waves #hurricane #sea #maritime #ships #shipinstorm #ocean #northsea #northatlantic #atlantic #pacific © Licet Studios GmbH – for further information about us, our clips, or licensing / usage inquiries, you may check our website or contact us directly at: licensing@licetstudios.com.

A fishing vessel is facing rough seas and massiv waves in the North Sea. It's rare to film them during conditions like this. Subscribe for more extreme weather content ► https://www.youtube.com/c/LicetStudios?sub_confirmation=1 If you enjoy videos like this, consider to check out our video "Ships in Storms | 10+ TERRIFYING MONSTER WAVES, Hurricanes & Thunderstorms at Sea": https://www.youtube.com/watch?v=cMNH4nmOims #shorts #waves #boat #ship #storm #ocean #captain #sea #lifeatsea #viral #viralvideo #viralshorts #shortsfeed #short #shortvideo #tiktok #tiktokvideo © Licet Studios GmbH – for further information about us, our content, or licensing / usage inquiries, you may check our website or contact us directly at: licensing@licetstudios.com.

Shocking moment caught on camera when a massive landslide goes down a mountain and hits a road in Nepal. While most people were running away from the landslide, some of them came very close to film the event for social media, fortunately they were able to run away and evacuate just in time. Landslides include a wide range of ground movements, such as rockfalls, deep-seated slope failures, mudflows, and debris flows (https://en.wikipedia.org/wiki/Landslide); in this case it was a rockfall. Subscribe for more extreme nature content ► https://www.youtube.com/c/LicetStudios?sub_confirmation=1 #shorts #landslide #closecall #nearmiss #run #rock #viral #viralvideo #viralshorts #shortsfeed #cool #crazy #socialmedia #influencer #influencers #crazy #short #tiktok #tiktokvideo © Licet Studios GmbH – for further information about us, our content, or licensing / usage inquiries, you may check our website or contact us directly at: licensing@licetstudios.com.

The Perito Moreno Glacier is famous for insane glacier wall collapses during the summer when large icebergs – often up to 250 feet in height – are breaking off the glacier and collapsing into water of the Lago Argentino. The ice field of the Glacier Perito Moreno is the world's third largest reserve of fresh water. In the right time of the year big blocks of ice break off the glacier and drop into the water. The waves created by such glacier calving events often splash dozens of meters through the air. The glacier is one of Argentina's most beautiful natural wonders. The glacier itself is about 5 km (3.1 mi) wide and has an average height of 74 m (240 ft) above the surface of the water. Glacier calving, also known as ice calving, or iceberg calving, is the breaking of ice chunks from the edge of a glacier. The sudden release and breaking away of a mass of ice from a glacier or iceberg often causes large waves around the area and can result in a "shooter" which is a large chunk of the submerged portion of the iceberg surfacing above the water. The ice that breaks away can be classified as an iceberg, but may also be a growler, bergy bit, or a crevasse wall breakaway. The entry of the ice into the water causes large, and often hazardous waves. These events have become major tourist attractions –a beautiful landscape, cracking sounds, large icebergs and sometimes even tsunami-like waves create overall stunning spectacles for all visitors. (Find out more here: https://en.wikipedia.org/wiki/Ice_calving). © Licet Studios GmbH 2022, "Insane Glacier Wall Collapse Triggers Massive Iceberg Shooter In Argentina" – for further information about us, our content, or licensing / usage inquiries, you may check our website or contact us directly at: licensing@licetstudios.com.

Terrifying moment caught on camera when an unexpected flash flood surprises the drivers on this highway while stuck in traffic at the wrong plane and the wrong time! Subscribe for more extreme nature content ► https://www.youtube.com/c/LicetStudios?sub_confirmation=1 While the locals are forced to flee, this powerful flash flood didn’t hold back, and swept the bridge, and all surrounding areas in under 2 minutes like a tsunami wave, forcing all the drivers and the locals into a frenzy. All the cars were honking non-stop to try to rush each other out of the way. Luckily, everyone made it out safely! Flash floods are rapid flowing waters in low-lying areas typically caused by heavy rain fall, severe thunderstorms, hurricanes or tropical storms. They can make their way through hundreds of KMs of desert and it can take more than six hours between the rainfall and the beginn of the flooding in the lower lying areas, making them so unexpected for people in areas which might not even have taken notice about the downpours that caused them and the imminent danger coming towards them with no warning. © Licet Studios GmbH – for further information about us, our content, or licensing / usage inquiries, you may check our website or contact us directly at: licensing@licetstudios.com.

A huge iceberg is breaking off a melting glacier in Svalbard, Norway while a polar bear mommy and her cub are playing in the snow right in front of it. The Svalbard glaciers cover 6% of the worldwide glacier area outside of Greenland and Antarctica, and many of them have been melting rapidly since the 1980s due to global warming. It is estimated that they could raise the sea level by 1,7 cm once melted completely. Glacier calving, also known as ice calving, or iceberg calving, is the breaking of ice chunks from the edge of a glacier. It is the sudden release and breaking away of a mass of ice from a glacier, iceberg, ice front, ice shelf, or crevasse. (Find out more here: https://en.wikipedia.org/wiki/Ice_calving). #globalwarming #glacier #climatechange #polarbear #bear #bearfamily #caughtoncamera _______________ © Licet Studios GmbH, "Polarbear Mommy & Cub shocked by huge glacier calving" (Heinrich E.) – for further information about us, our content, or licensing / usage inquiries, you may check our website or contact us directly at: licensing@licetstudios.com.

Spectacular moment caught on camera when several meter high waves are speeding up to 130 km inland through the Kampar River in Indonesia. The phenomenon, called "Bono", is feared by the locals to sink ships, as at full tide during the rainy season the waves can reach a height of 20 feet (6 meters) and a speed of up to 40 km/h. The wave also attracts surfers who attempt to surf the tsunami-like wave, but as the river is also inhabited by crocodiles the surfers need to be escorted by rescue boats! A tidal bore is a tidal phenomenon in which the incoming tide forms waves of water that travels upwards against the direction of a river or a bay's current. Tidal bores only occur in a few locations worldwide with a large tidal range. Some of the most famous locations for these waves are the Kampar River in Indonesia (seen in video) and the Qiantang River in China, at which the world's largest bore is reaching heights of up to 9 meters. Unfortunately several people die each year in connection with these tidal bores (also find more information about a tidal bore here: https://en.wikipedia.org/wiki/Tidal_bore). The Bono wave is not just one, but a series of multiple waves. Although surfing the Bono waves can be very difficult due to the extreme currents and large amounts of mud brought up with the waves (besides the crocodiles), it remains a popular destination for surfers from all around the world. The Bono is very powerful if there have been heavy rainfalls before, so especially in the rainy season (also check here for more information about the Bono: https://en.wikipedia.org/wiki/Kampar_River). ⏱️TIMESTAMPS⏱️ 0:00 Spectators Waiting For The Action 1:02 1st Wave Reaches Spectators 1:30 Spectators Running form the Wave 2:26 Spectators Waiting For The 2nd Wave 3:11 Waves Returning 3:55 Action is Over © Licet Studios GmbH – for further information about us, our content, or licensing / usage inquiries, you may check our website or contact us directly at: licensing@licetstudios.com. Subscribe for more extreme nature content ► https://www.youtube.com/c/LicetStudios?sub_confirmation=1

Chemical tanker facing huge waves over several days in the North Atlantic which is famous for its though weather conditions during the winter months. Monster waves start at 7:05! Subscribe for more extreme weather videos ► https://www.youtube.com/c/LicetStudios?sub_confirmation=1 ⏱️TIMESTAMPS⏱️ 0:00​ Tanker Facing Heavy Seas and Huge Waves [ASMR] (Day 1, Noon) 3:17 Sea getting rougher [ASMR] (Day 1: Afternoon) 7:05 Tanker Facing Monster Waves (Day 1, Late Afternoon) 8:05​ Sun + Rough Seas (Day 2, Morning) 9:18 Sea getting rougher again (Day 2, Afternoon) 11:43 Tanker Facing Storm at Night Night (Day 3) If you enjoy videos like this, consider to check out our video "Ships in Storms | 10+ TERRIFYING MONSTER WAVES, Hurricanes & Thunderstorms at Sea": https://www.youtube.com/watch?v=cMNH4nmOims © Licet Studios GmbH – for further information about us, our content, or licensing / usage inquiries, you may check our website or contact us directly at: licensing@licetstudios.com.

Spectacular moments caught on camera when several meter high waves are speeding up through the Ganga River in India. The 1st wave was so powerful that it destroyed a dock ramp and the 2nd wave at night even washed away some spectators standing too close to the water. In this case a high tide caused such massive waves. Luckily, no serious injuries have been reported in connection with the two incidents. In the Ganga river, the largest tidal bores usually take place between March and May. Unfortunately every year many people die because they don’t take the warnings seriously. According to reports a tidal bore in 1876 killed up to a hundred thousand people (https://en.wikipedia.org/wiki/Hooghly_River#cite_note-NGeo-7). The power of such tidal waves can be compared to tsunami waves as they wipe out almost everything, including boats, making their way upwards the river. A tidal bore is a tidal phenomenon in which the incoming tide forms waves of water that travels upwards against the direction of a river or a bay's current. Tidal bores only occur in a few locations worldwide with a large tidal range. Some of the most famous locations for these waves are the Ganges River in Kolkata, India (seen in this video), the Kampar River in Indonesia (can be seen in here: https://youtu.be/pKd0PCI6Sx4) and the Qiantang River in China, at which the world's largest bore is reaching heights of up to 9 meters. Unfortunately several people die each year in connection with these tidal bores (also find more information about a tidal bore here: https://en.wikipedia.org/wiki/Tidal_bore). Subscribe for more extreme nature content ► https://www.youtube.com/c/LicetStudios?sub_confirmation=1 © Licet Studios GmbH – for further information about us, our content, or licensing / usage inquiries, you may check our website or contact us directly at: licensing@licetstudios.com.

During a heavy storm in the Baltic Sea this Oil Tanker was hit by a monster wave from the side so heavily that it destroyed several parts of the bridge! Luckily, they made it back to safety! Subscribe for extreme weather content ► https://www.youtube.com/c/LicetStudios?sub_confirmation=1 Rogue waves (also known as freak waves, monster waves, episodic waves, killer waves, extreme waves, sneaker waves, and abnormal waves) are unusually large, unexpected and suddenly appearing surface waves that can be extremely dangerous. In oceanography, rogue waves are more precisely defined as waves whose height is more than twice the significant wave height. Therefore, rogue waves are not necessarily the biggest waves found on the water; they are, rather, unusually large waves for a given sea state (https://en.wikipedia.org/wiki/Rogue_wave). The incident happened in January. © Licet Studios GmbH – for further information about us, our content, or licensing / usage inquiries, you may check our website or contact us directly at: licensing@licetstudios.com.

During storm force 12 in the North Sea, waves got that big that they reached 'monster wave' sizes, smashing the windows of this offshore rescue vessel. Make sure to watch until the end! Subscribe for extreme weather content ► https://www.youtube.com/c/LicetStudios?sub_confirmation=1 ⏱️TIMESTAMPS⏱️ 0:00 Ship Faces Monster Wave (1st) 0:15 Ship Facing Rough Seas (Storm Force 12) 1:14 Monster Waves Building Up 1:30 Ship SMASHED by Monster Wave © 2021 Nikolaj I. / MF / Licet Studios GmbH – for further information about us, our clips, or licensing / usage inquiries, you may check our website or contact us directly at: info@licetstudios.com.

Spectacular moment caught on camera when several meter high tidal waves are speeding up to 130 km inland through the Kampar River, Indonesia. Some spectators seem stand too close to the action. Subscribe for extreme nature content ► https://www.youtube.com/c/LicetStudios?sub_confirmation=1 The phenomenon, called "Bono", is feared by the locals to sink ships, as at full tide during the rainy season the waves can reach a height of 20 feet (6 meters) and a speed of up to 40 km/h. The wave also attracts surfers who attempt to surf the tsunami-like wave, but as the river is also inhabited by crocodiles the surfers need to be escorted by rescue boats! A tidal bore is a tidal phenomenon in which the incoming tide forms waves of water that travels upwards against the direction of a river or a bay's current. Tidal bores only occur in a few locations worldwide with a large tidal range. Some of the most famous locations for these waves are the Kampar River in Indonesia (seen in video) and the Qiantang River in China, at which the world's largest bore is reaching heights of up to 9 meters. Unfortunately several people die each year in connection with these tidal bores (also find more information about a tidal bore here: https://en.wikipedia.org/wiki/Tidal_bore). The Bono wave is not just one, but a series of multiple waves. Although surfing the Bono waves can be very difficult due to the extreme currents and large amounts of mud brought up with the waves (besides the crocodiles), it remains a popular destination for surfers from all around the world. The Bono is very powerful if there have been heavy rainfalls before, so especially in the rainy season (also check here for more information about the Bono: https://en.wikipedia.org/wiki/Kampar_River). ⏱️TIMESTAMPS⏱️ 0:00 Spectators Waiting For The Action 1:55 Waves Coming Closer 2:45 Waves Reaching Spectators 3:30 1st Wave Splashing Spectators 4:57 Waves Returning 5:36 Action is Over © Licet Studios GmbH – for further information about us, our clips, or licensing / usage inquiries, you may check our website or contact us directly at: licensing@licetstudios.com.

During a massive Typhoon in the rough seas of North China this bulk carrier ended up rolling and pitching from side. The waves handled the huge ship like a toy! Subscribe for more extreme weather videos ► https://www.youtube.com/c/LicetStudios?sub_confirmation=1 ⏱️TIMESTAMPS⏱️ 0:00​ Bulk Carrier Hit By Typhoon (Storm Force 12) 0:07​ Bulk Carrier Starts Rolling 0:53 Heavy Rolling and Pitching in Massive Waves If you enjoy videos like this, consider to check out our video "Ships in Storms | 10+ TERRIFYING MONSTER WAVES, Hurricanes & Thunderstorms at Sea": https://www.youtube.com/watch?v=cMNH4nmOims © Licet Studios GmbH – for further information about us, our content, or licensing / usage inquiries, you may check our website or contact us directly at: licensing@licetstudios.com.

Spectacular moment caught on camera when several meter high waves are speeding up to 130 km inland through the Kampar River in Indonesia. The phenomenon, called "Bono", is feared by the locals to sink ships, as at full tide during the rainy season the waves can reach a height of 20 feet (6 meters) and a speed of up to 40 km/h. The wave also attracts surfers who attempt to surf the tsunami-like wave, but as the river is also inhabited by crocodiles the surfers need to be escorted by rescue boats! A tidal bore is a tidal phenomenon in which the incoming tide forms waves of water that travels upwards against the direction of a river or a bay's current. Tidal bores only occur in a few locations worldwide with a large tidal range. Some of the most famous locations for these waves are the Kampar River in Indonesia (seen in video) and the Qiantang River in China, at which the world's largest bore is reaching heights of up to 9 meters. Unfortunately several people die each year in connection with these tidal bores (also find more information about a tidal bore here: https://en.wikipedia.org/wiki/Tidal_bore). The Bono wave is not just one, but a series of multiple waves. Although surfing the Bono waves can be very difficult due to the extreme currents and large amounts of mud brought up with the waves (besides the crocodiles), it remains a popular destination for surfers from all around the world. The Bono is very powerful if there have been heavy rainfalls before, so especially in the rainy season (also check here for more information about the Bono: https://en.wikipedia.org/wiki/Kampar_River). ⏱️TIMESTAMPS⏱️ 0:00 Spectators Waiting For The Action 0:30 People Surfing the 1st Wave 1:05 Multiple Surfers Crashing 1:56 Last Surfer Crashing 2:03 1st Wave Coming in 2:30 Wave Makes Contact 2:41 Wave Hits Buildings 3:00 Guy Stranded On A Tree 3:10 Wave Reaches Spectators 4:30 2nd Wave Coming in 4:45 2nd Reaches Spectators 5:29 Guy Still On A Tree In the Middle of the Action 5:59 Water Retreating Again & Guy Climbs Off Tree © Licet Studios GmbH – for further information about us, our content, or licensing / usage inquiries, you may check our website or contact us directly at: licensing@licetstudios.com.

Tugboat heading through rough seas a few miles off the shore of Russia in the Black Sea. Freezing temperatures and strong winds ... looks like an interesting ride! Subscribe for more extreme weather content ► https://www.youtube.com/c/LicetStudios?sub_confirmation=1 The Black Sea covers 436,400 sq km (168,500 sq mi) and has a maximum depth of 2,212 m (7,257 ft), check for more info: https://en.wikipedia.org/wiki/Black_Sea If you enjoy videos like this, consider to check out our video "Ships in Storms | 10+ TERRIFYING MONSTER WAVES, Hurricanes & Thunderstorms at Sea": https://www.youtube.com/watch?v=cMNH4nmOims © Licet Studios GmbH – for further information about us, our content, or licensing / usage inquiries, you may check our website or contact us directly at: licensing@licetstudios.com.

Scottish fishing vessels Audacious facing rough seas and massiv waves in the North-West Atlantic off the coast of Scotland. It's rare to film them during conditions like this. Subscribe for more extreme weather content ► https://www.youtube.com/c/LicetStudios?sub_confirmation=1 If you want to support families who have lost loved ones at sea, you may want to check the website of the Fishermen's Mission, a charity registered in England and Wales: No. 232822 and in Scotland: No. SC039088. This information was lastly updated on 01-May-2021. Disclaimer: Licet Studios GmbH is not in any way affiliated with the The Fishermen's Mission, does not receive any kind of commission here, and does not have any influence nor makes any kind or guaranties or representations on how donations are handled. Please check the official website of the charity or contact the respective authorities in the UK if you need further information or have concerns. You are in no obligation to donate anything and you are free to consider any other charity as well. If you enjoy videos like this, consider to check out our video "Ships in Storms | 10+ TERRIFYING MONSTER WAVES, Hurricanes & Thunderstorms at Sea": https://www.youtube.com/watch?v=cMNH4nmOims © Davit G. / MF / Licet Studios GmbH – for further information about us, our content, or licensing / usage inquiries, you may check our website or contact us directly at: licensing@licetstudios.com.

Chemical tanker facing huge waves in the North Atlantic which is famous for its though weather conditions during the winter months. Monster waves building up at 1:26 and 1:40! Subscribe for more extreme weather videos ► https://www.youtube.com/c/LicetStudios?sub_confirmation=1 ⏱️TIMESTAMPS⏱️ 0:00​ Tanker Hit By Huge Waves 0:15​ Tanker Facing Rough Seas 1:26 Monster Waves Building Up 1:52 Tanker Riding Monster Waves If you enjoy videos like this, consider to check out our video "Ships in Storms | 10+ TERRIFYING MONSTER WAVES, Hurricanes & Thunderstorms at Sea": https://www.youtube.com/watch?v=cMNH4nmOims © Licet Studios GmbH – for further information about us, our clips, or licensing / usage inquiries, you may check our website or contact us directly at: licensing@licetstudios.com.

Watch the never before published uncut video of the Greenland Tsunami, to learn more about what has been going on. Take a close look to the water movements and make sure to watch until the end! Subscribe for extreme nature videos ► https://www.youtube.com/c/LicetStudios?sub_confirmation=1 ⏱️TIMESTAMPS⏱️ 0:00 First Water Movements 0:55 1st Wave 2:00 2nd Wave 2:55 3rd Wave 3:29 4th Wave 3:40 Potential Tsunami Warning? 4:18 5th Wave 4:40 Enormous water retreat (potential indicator for larger tsunami waves) 5:48 6th Wave: LARGEST & FINAL The person who filmed this survived! In the evening of June 17th, 2017 (at about 9:40 pm local time), a gigantic landslide (measuring 300 m × 1,100 m = 980 ft × 3,610 ft) occurred on the southern slope of the Umiammakku Nunaat peninsula. Several dozen million cubic meters of rock and slope sediments fell about 1 km (3,300 ft) into the Kangilleq fjord, which triggered a tsunami that moved westward into the Karrat fjord complex. The tsunami wave, which was initially over 90 meters high (about 300 ft.), reached the small village Nuugaatsiaq with a wave height of about ten meters (about 30 ft.). It took the catastrophic tidal wave only seven minutes to cover the 32 kilometers distance to Nuugaatsiaq, which means it reached an average speed of 275 km/h. The tsunami dragged four people out to sea, who have since been considered dead. Furthermore, seven people were slightly injured and two people were seriously injured by the catastrophic natural disaster. Eleven buildings were destroyed. Rescue helicopters brought the approximately 200 local residents to the district capital of Uummannaq. In 2018, a Swiss company observed the situation and found that the mountain slipped about 1 cm every day and one could expect another landslide at any time. The risk for this was rated at 11.5 out of 12, which is why a resettlement at this time was further excluded. Shortly thereafter it was announced that there was still danger from the mountain slope, making it impossible to end the evacuation. The village of Nuugaatsiaq has since been abandoned. Was the Greenland tsunami a "mega-tsunami"? The Greenland tsunami may be considered as mega-tsunami (or impact tsunami) due to its incredible initial wave height of nearly 100 m / + 300 ft. By contrast to ordinary tsunamis, which usually reach an hight of about 30-100 ft., a megatsunami is a tsunami with an initial wave amplitude measured in several tens, hundreds, or possibly thousands of metres. Megatsunamis are caused by giant landslides and other impact events (including meteorite impacts in an ocean), while ordinary tsunamis are usually caused by underwater earthquakes or volcanic eruptions (which do not normally generate such large waves). Other recent megatsunamis include the wave associated with the 1883 eruption of Krakatoa (volcanic eruption), the 1958 Lituya Bay megatsunami (landslide into a bay), and the wave resulting from the Vajont Dam landslide (caused by human activity) (https://en.wikipedia.org/wiki/Megatsunami). When comparing this "Greenland Tsunami" with the 1958 "Lituya Bay Mega-tsunami", it seems surprising that the landslide which triggered the Greenland Tsunami was actually even bigger than the landslide which triggered the 1958 Lituya Bay mega-tsunami (45 million m³ which fell about 1 km into the Kangilleq fjord // vs. // 30 million m³ which fell from an elevation of about 900 m into the Lituya Bay). Somehow the Lituya Bay wave ended up being way higher in its max. (+524 m Vs. 100 m). The Greenland Tsunami wave was way faster – it only took 7 minutes to cover the 32 km distance to Nuugaatsiaq (which equals and average speed of about 275 km/h) compared with the speed of the Lituya Bay wave (estimated to only 160-210 hm/h). Additional information and insights about the causes and the consequences of the Greenland Tsunami can be found here: https://www.researchgate.net/publication/321539366_Karrat_Fjord_Greenland_tsunamigenic_landslide_of_17_June_2017_initial_3D_observations and https://www.highnorthnews.com/en/major-donation-greenlands-displaced-tsunami-victims and here https://nunatsiaq.com/stories/article/65674nunavut_to_donate_25000_for_greenland_tsunami_relief_effort_taptuna/ Other angles of the impact of the Greenland Tsunami wave can be found here: "MEGA-TSUNAMI caused by LANDSLIDE devastates village | Greenland, Nuugaatsiaq" https://www.youtube.com/watch?v=16bAhJSL2-o "GREENLAND TSUNAMI Hits Village Caught On Camera (Multiple Clips) | Nuugaatsiaq, Greenland" https://www.youtube.com/watch?v=FlUsnc2KxiM "GREENLAND TSUNAMI: Fishermen Run For Their Lives" https://www.youtube.com/watch?v=IFzXB2dKgcU © Licet Studios GmbH, "Teenager Films While Tsunami Hits House" (Svend-Pele L.) – for further information about us, our content, or licensing / usage inquiries, you may check our website or contact us directly at: licensing@licetstudios.com. Contact: info@licetstudios.com

Fishing vessel getting towed through heavy seas and massive waves in the Indian Ocean. Apparently, the ship ran out of fuel in one of the worst scenarios. Luckily both ships made it back to safety! Subscribe for more crazy videos ► https://www.youtube.com/c/LicetStudios?sub_confirmation=1 If you enjoy videos like this, consider to check out our video "Ships in Storms | 10+ TERRIFYING MONSTER WAVES, Hurricanes & Thunderstorms at Sea": https://www.youtube.com/watch?v=cMNH4nmOims © Licet Studios GmbH & Dena W. – for further information about us, our content, or licensing / usage inquiries, you may check our website or contact us directly at: licensing@licetstudios.com.

Teenager films the shocking moment when the final and biggest wave of the Greenland Tsunami hits and devastates his neighbor's and his own house. Thankfully, he is okay! Subscribe for extreme nature content ► https://www.youtube.com/c/LicetStudios?sub_confirmation=1 In the evening of June 17th, 2017 (at about 9:40 pm local time), a gigantic landslide (measuring 300 m × 1,100 m = 980 ft × 3,610 ft) occurred on the southern slope of the Umiammakku Nunaat peninsula. Several dozen million cubic meters of rock and slope sediments fell about 1 km (3,300 ft) into the Kangilleq fjord, which triggered a tsunami that moved westward into the Karrat fjord complex. The tsunami wave, which was initially over 90 meters high (about 300 ft.), reached the small village Nuugaatsiaq with a wave height of about ten meters (about 30 ft.). It took the catastrophic tidal wave only seven minutes to cover the 32 kilometers distance to Nuugaatsiaq, which means it reached an average speed of 275 km/h. The tsunami dragged four people out to sea, who have since been considered dead. Furthermore, seven people were slightly injured and two people were seriously injured by the catastrophic natural disaster. Eleven buildings were destroyed. Rescue helicopters brought the approximately 200 local residents to the district capital of Uummannaq. In 2018, a Swiss company observed the situation and found that the mountain slipped about 1 cm every day and one could expect another landslide at any time. The risk for this was rated at 11.5 out of 12, which is why a resettlement at this time was further excluded. Shortly thereafter it was announced that there was still danger from the mountain slope, making it impossible to end the evacuation. The village of Nuugaatsiaq has since been abandoned. Was the Greenland tsunami a "mega-tsunami"? The Greenland tsunami may be considered as mega-tsunami (or impact tsunami) due to its incredible initial wave height of nearly 100 m / + 300 ft. By contrast to ordinary tsunamis, which usually reach an hight of about 30-100 ft., a megatsunami is a tsunami with an initial wave amplitude measured in several tens, hundreds, or possibly thousands of metres. Megatsunamis are caused by giant landslides and other impact events (including meteorite impacts in an ocean), while ordinary tsunamis are usually caused by underwater earthquakes or volcanic eruptions (which do not normally generate such large waves). Other recent megatsunamis include the wave associated with the 1883 eruption of Krakatoa (volcanic eruption), the 1958 Lituya Bay megatsunami (landslide into a bay), and the wave resulting from the Vajont Dam landslide (caused by human activity) (https://en.wikipedia.org/wiki/Megatsunami). When comparing this "Greenland Tsunami" with the 1958 "Lituya Bay Mega-tsunami", it seems surprising that the landslide which triggered the Greenland Tsunami was actually even bigger than the landslide which triggered the 1958 Lituya Bay mega-tsunami (45 million m³ which fell about 1 km into the Kangilleq fjord // vs. // 30 million m³ which fell from an elevation of about 900 m into the Lituya Bay). Somehow the Lituya Bay wave ended up being way higher in its max. (+524 m Vs. 100 m). The Greenland Tsunami wave was way faster – it only took 7 minutes to cover the 32 km distance to Nuugaatsiaq (which equals and average speed of about 275 km/h) compared with the speed of the Lituya Bay wave (estimated to only 160-210 hm/h). Additional information and insights about the causes and the consequences of this Greenland Mega-Tsunami can be found here: https://www.researchgate.net/publication/321539366_Karrat_Fjord_Greenland_tsunamigenic_landslide_of_17_June_2017_initial_3D_observations and https://www.highnorthnews.com/en/major-donation-greenlands-displaced-tsunami-victims and here https://nunatsiaq.com/stories/article/65674nunavut_to_donate_25000_for_greenland_tsunami_relief_effort_taptuna/ Other angles of the impact of the Greenland Tsunami wave can be found here: "MEGA-TSUNAMI caused by LANDSLIDE devastates village - Camera 1 | Greenland, Nuugaatsiaq": https://www.youtube.com/watch?v=16bAhJSL2-o "GREENLAND TSUNAMI Hits Village Caught On Camera - Camera 2 (Multiple Clips) | Nuugaatsiaq, Greenland" https://www.youtube.com/watch?v=FlUsnc2KxiM "GREENLAND TSUNAMI: Fishermen Run For Their Lives - Camera 3" https://www.youtube.com/watch?v=IFzXB2dKgcU #shorts #tsunami #wave #greenland #waves #run #crazy #sea #storm #ship #boat #boating #waves #maritime #ships #landslide #lifeatsea #viral #viralvideo #viralshorts #shortsfeed © Licet Studios GmbH, "Teenager Films While Getting Flushed Away By Wave" (Svend-Pele L.) – for further information about us, our clips, or licensing / usage inquiries, you may check our website or contact us directly at: licensing@licetstudios.com.

Cruise ship climbing up big waves and diving deep into the sea in an area a few hundred KM off the coast of France which is famous for its though and dangerous weather conditions during the winter months. Subscribe for crazy videos ► https://www.youtube.com/c/LicetStudios?sub_confirmation=1 If you enjoy videos like this, consider to check out our video "Ships in Storms | 10+ TERRIFYING MONSTER WAVES, Hurricanes & Thunderstorms at Sea": https://www.youtube.com/watch?v=cMNH4nmOims © Mathias S. / MF / LS | For further information about us, our content, or licensing / usage inquiries, contact us at: info@licetstudios.com.

Shocking moment caught on camera when fishermen got surprised by the incredible power of a tsunami wave which hit Greenland's west coast. Luckily all three were able to escape the wave just in time. Subscribe for more crazy videos ► https://www.youtube.com/c/LicetStudios?sub_confirmation=1 In the evening of June 17th, 2017 (at about 9:40 pm local time), a gigantic landslide (measuring 300 m × 1,100 m = 980 ft × 3,610 ft) occurred on the southern slope of the Umiammakku Nunaat peninsula. Several dozen million cubic meters of rock and slope sediments fell about 1 km (3,300 ft) into the Kangilleq fjord, which triggered a tsunami that moved westward into the Karrat fjord complex. The tsunami wave, which was initially over 90 meters high (about 300 ft.), reached the small village Nuugaatsiaq with a wave height of about ten meters (about 30 ft.). It took the catastrophic wave only seven minutes to cover the 32 kilometers distance to Nuugaatsiaq, which means it reached an average speed of 275 km/h. The tsunami dragged four people out to sea, who have since been considered dead. Furthermore, seven people were slightly injured and two people were seriously injured by the catastrophic natural disaster. Eleven buildings were destroyed. Rescue helicopters brought the approximately 200 local residents to the district capital of Uummannaq. In 2018, a Swiss company observed the situation and found that the mountain slipped about 1 cm every day and one could expect another landslide at any time. The risk for this was rated at 11.5 out of 12, which is why a resettlement at this time was further excluded. Shortly thereafter it was announced that there was still danger from the mountain slope, making it impossible to end the evacuation. The village of Nuugaatsiaq has since been abandoned. Was the Greenland tsunami a "mega-tsunami"? The Greenland tsunami may be considered as mega-tsunami (or impact tsunami) due to its incredible initial wave height of nearly 100 m / + 300 ft. By contrast to ordinary tsunamis, which usually reach an hight of about 30-100 ft., a megatsunami is a tsunami with an initial wave amplitude measured in several tens, hundreds, or possibly thousands of metres. Megatsunamis are caused by giant landslides and other impact events (including meteorite impacts in an ocean), while ordinary tsunamis are usually caused by underwater earthquakes or volcanic eruptions (which do not normally generate such large waves). Other recent megatsunamis include the wave associated with the 1883 eruption of Krakatoa (volcanic eruption), the 1958 Lituya Bay megatsunami (landslide into a bay), and the wave resulting from the Vajont Dam landslide (caused by human activity) (https://en.wikipedia.org/wiki/Megatsunami). When comparing this "Greenland Tsunami" with the 1958 "Lituya Bay Mega-tsunami", it seems surprising that the landslide which triggered the Greenland Tsunami was actually even bigger than the landslide which triggered the 1958 Lituya Bay mega-tsunami (45 million m³ which fell about 1 km into the Kangilleq fjord // vs. // 30 million m³ which fell from an elevation of about 900 m into the Lituya Bay). Somehow the Lituya Bay wave ended up being way higher in its max. (+524 m Vs. 100 m). The Greenland Tsunami wave was way faster – it only took 7 minutes to cover the 32 km distance to Nuugaatsiaq (which equals and average speed of about 275 km/h) compared with the speed of the Lituya Bay wave (estimated to only 160-210 hm/h). Additional information and insights about the causes and the consequences of this Greenland Mega-Tsunami can be found here: https://www.researchgate.net/publication/321539366_Karrat_Fjord_Greenland_tsunamigenic_landslide_of_17_June_2017_initial_3D_observations and https://www.highnorthnews.com/en/major-donation-greenlands-displaced-tsunami-victims and here https://nunatsiaq.com/stories/article/65674nunavut_to_donate_25000_for_greenland_tsunami_relief_effort_taptuna/ Another angle of the impact of the Greenland Tsunami wave can be found here: "MEGA-TSUNAMI caused by LANDSLIDE devastates village | Greenland, Nuugaatsiaq": https://www.youtube.com/watch?v=16bAhJSL2-o #tsunami #wave #unexpected #run #running #waves #greenland #ocean #sea #waves #boat #landslide © Licet Studios GmbH: "Fishermen Caught Off Guard by Unexpected Greenland-Tsunami Wave" – For further information about us, our content, or licensing / usage inquiries, you may check our website or contact us directly at: licensing@licetstudios.com.

Multiple angles of the shocking impact when one of the tallest tsunamis recorded in history hits and devastates the village of Nuugaatsiaq (Greenland) in the late evening hours, causing four deaths. Subscribe for extreme nature content ► https://www.youtube.com/c/LicetStudios?sub_confirmation=1 In the evening of June 17th, 2017 (at about 9:40 pm local time), a gigantic landslide (measuring 300 m × 1,100 m = 980 ft × 3,610 ft) occurred on the southern slope of the Umiammakku Nunaat peninsula. Several dozen million cubic meters of rock and slope sediments fell about 1 km (3,300 ft) into the Kangilleq fjord, which triggered a tsunami that moved westward into the Karrat fjord complex. The tsunami wave, which was initially over 90 meters high (about 300 ft.), reached the small village Nuugaatsiaq with a wave height of about ten meters (about 30 ft.). It took the catastrophic tidal wave only seven minutes to cover the 32 kilometers distance to Nuugaatsiaq, which means it reached an average speed of 275 km/h. The tsunami dragged four people out to sea, who have since been considered dead. Furthermore, seven people were slightly injured and two people were seriously injured by the catastrophic natural disaster. Eleven buildings were destroyed. Rescue helicopters brought the approximately 200 local residents to the district capital of Uummannaq. In 2018, a Swiss company observed the situation and found that the mountain slipped about 1 cm every day and one could expect another landslide at any time. The risk for this was rated at 11.5 out of 12, which is why a resettlement at this time was further excluded. Shortly thereafter it was announced that there was still danger from the mountain slope, making it impossible to end the evacuation. The village of Nuugaatsiaq has since been abandoned. Was the Greenland tsunami a "mega-tsunami"? The Greenland tsunami may be considered as mega-tsunami (or impact tsunami) due to its incredible initial wave height of nearly 100 m / + 300 ft. By contrast to ordinary tsunamis, which usually reach an hight of about 30-100 ft., a megatsunami is a tsunami with an initial wave amplitude measured in several tens, hundreds, or possibly thousands of metres. Megatsunamis are caused by giant landslides and other impact events (including meteorite impacts in an ocean), while ordinary tsunamis are usually caused by underwater earthquakes or volcanic eruptions (which do not normally generate such large waves). Other recent megatsunamis include the wave associated with the 1883 eruption of Krakatoa (volcanic eruption), the 1958 Lituya Bay megatsunami (landslide into a bay), and the wave resulting from the Vajont Dam landslide (caused by human activity) (https://en.wikipedia.org/wiki/Megatsunami). When comparing this "Greenland Tsunami" with the 1958 "Lituya Bay Mega-tsunami", it seems surprising that the landslide which triggered the Greenland Tsunami was actually even bigger than the landslide which triggered the 1958 Lituya Bay mega-tsunami (45 million m³ which fell about 1 km into the Kangilleq fjord // vs. // 30 million m³ which fell from an elevation of about 900 m into the Lituya Bay). Somehow the Lituya Bay wave ended up being way higher in its max. (+524 m Vs. 100 m). The Greenland Tsunami wave was way faster – it only took 7 minutes to cover the 32 km distance to Nuugaatsiaq (which equals and average speed of about 275 km/h) compared with the speed of the Lituya Bay wave (estimated to only 160-210 hm/h). Additional information and insights about the causes and the consequences of this Greenland Mega-Tsunami can be found here: https://www.researchgate.net/publication/321539366_Karrat_Fjord_Greenland_tsunamigenic_landslide_of_17_June_2017_initial_3D_observations and https://www.highnorthnews.com/en/major-donation-greenlands-displaced-tsunami-victims and here https://nunatsiaq.com/stories/article/65674nunavut_to_donate_25000_for_greenland_tsunami_relief_effort_taptuna/ Another angle of the impact of the Greenland Tsunami wave can be found here: "MEGA-TSUNAMI caused by LANDSLIDE devastates village | Greenland, Nuugaatsiaq": https://www.youtube.com/watch?v=16bAhJSL2-o © Licet Studios GmbH, "Greenland Tsunami Hits Village Caught On Camera" (A.-L. Larsen) – for further information about us, our clips, or licensing / usage inquiries, you may check our website or contact us directly at: licensing@licetstudios.com.