Coastlines

Yes, a Tsunami is caused by a sudden displacement of large volumes of seawater, Mainly from earthquakes occurring at underwater fault lines.

A tsunami is a big word for a very large tidal wave. They often occur before, during or after a major earthquake near a coastline. If you are near the ocean and see a tsunami coming in, it is too late to do anything about it. The best place to be when this disaster occurs is to be on higher ground. If you are far enough away from the tsunami but still in danger, it is best to head in the direction of higher ground as soon as possible. A tsunami will mean more than one wave is approaching of dangerous levels. You can prevent loss of life by steering clear of the beach area when you hear a tsunami warning. You can better improve your chances for survival in emergencies by obtaining a home safety emergency plan that has detailed instructions on how to survive disasters. Some people take first aid courses to ensure the safety of themselves and their family. By taking the above steps, you can ensure a higher level of safety for you and those that you love. Have a wonderful day!

The UK coastline is owned by a mix of individuals, organizations, and government bodies. The Crown Estate owns a significant portion of the foreshore and seabed, while private landowners and local authorities also own different sections of the coastline. Public access to most beaches in the UK is guaranteed under the Countryside and Rights of Way Act 2000.

A tsunami is typically generated by the displacement of a large volume of water, usually from undersea earthquakes, volcanic eruptions, or landslides. The medium through which a tsunami travels is water, specifically ocean water.

The climate in the Dorset coastline is generally mild, with cool summers and mild winters. The area receives moderate levels of rainfall throughout the year, with slightly drier summers. The coastal location can also result in breezy conditions at times.

Matching coastlines are coastlines from different continents that seem to fit together like puzzle pieces. This observation led to the development of the theory of continental drift and plate tectonics, as it suggests that these continents were once joined together as a single landmass. A famous example of matching coastlines is the fit between the eastern coast of South America and the western coast of Africa.

Tsunamis usually happened in areas that are close to the oceans. Islands like Japan tend to be susceptible to Tsunamis.

It says here: The Norwegian Sea. Tak. Oslo Rules! So does Bergen!

no not really they have tsunamis , may be reached as 5-6 meters height but not can be specified as a Tsunami!

No, a bay and a beach are not the same. A bay is a body of water partly enclosed by land, while a beach is a landform along the shoreline typically made up of sand, pebbles, or rocks. Beaches can be found along bays as well as other types of coastal areas.

Canada has the longest coastline in the world, measuring over 202,000 kilometers due to its vast border along the Atlantic, Pacific, and Arctic Oceans.

I might be wrong but what i can gather a hard coastline is a coastline that is surrounded by hard resistant rock like limestone. By being surrounded by hard rock it is more resistant to wave power which means that it will erode at a much slower rate. Hope this helped:)!!

Yes, Florida has a long and extensive coastline along the Atlantic Ocean and the Gulf of Mexico. The state is known for its beautiful beaches and coastal areas.

A tsunami causes massive destruction along coastal areas. They cause loss of property, animal, plant, and human loss. They inundate fresh water sources with salt water and leave behind massive destruction.

Tsunamis usually occur after significant undersea disturbances like earthquakes, volcanic eruptions, or underwater landslides. These events displace large amounts of water, triggering the formation of a tsunami that can grow and propagate across the ocean, eventually making landfall and causing devastation.

You can protect the coastline by establishing coastal marshes and mangroves, building seawalls and jetties, implementing beach nourishment projects, creating buffer zones, enforcing strict coastal development regulations, and promoting sustainable coastal management practices.

France has coastlines on the English Channel, the Bay of Biscay, and the Mediterranean Sea.

Coastlines change due to natural processes like erosion, deposition, weathering, and sea level rise. These processes are influenced by factors like waves, tides, storms, and human activities. Over time, coastlines can retreat, advance, or shift laterally as a result of these interactions.

Canada holds the title for the world's longest continual coastline, stretching over 202,080 kilometers along its borders.

False. European settlers were willing to move beyond the coast line as they ventured inland to explore and settle new territories. This expansion of settlements eventually led to the establishment of colonies further inland.

A "drowned" coastline - also called a "submergent" coastline - is an "old" continental edge that has been eroded, and is consequently flatter, with a shallower topography.

It becomes "drowned" as sea levels rise, or as the land subsides - creating features such as large estuaries (Chesapeake Bay, for example) as old river valleys are submerged.

The reason the East Coast is mostly submergent is because the continent is moving West - toward the Pacific and San Juan de Fuca oceanic plates. As the continent collides with these oceanic plates, it creates a new "emergent" coast along the west coast of the US and Canada - with steep mountains and volcanoes. In contrast, the East coast continues to erode over time, as there is no mountain building occurring (no collision with other tectonic plates).

It could be billions of years old. There would have to be moving plates, and also oceans.

Yes, South America has the second longest coastline of any continent, after Asia. The continent's coastline stretches over 15,000 miles, with countries like Brazil and Chile contributing significantly to its length.

earthquakes and volcanic eruption

the earthquakes had shaken the earth causing the water to move past water level. At fist the tsunamis starts to move farther away from the shore line picking up more & more water as it goes along. Then when it is as far as it can go it rises and rises till its at its maximum height. Then the water starts moving back to the shore line rapidly. It goes past and the wave is in the air above thousands of people and their city. Then comes the down fall. All that water then lands and then starts moving back towards the ocean in that deraction. This is when all the damage happeens. The water is moving ver fast and tearing down anything in its way. (i.e. tress, houses, building & even people get dragged back and start to drown in the deep wave. Once the water returns to the ocean the tsunami is at rest but the destruction will need endless repairs.