It is Earthquakes because they form it in to a huge brake dome
Without wishing to sound facetious, the main answer is to be lucky. In a poor country like Haiti, where buildings are of poor standard, the only safe place to be is outside.
Buildings that were retrofitted to withstand earthquakes or those built with seismic design features were more likely to survive the Kobe earthquake. On the other hand, older buildings or structures that were poorly constructed were more susceptible to damage or collapse. Additionally, the soil composition and proximity to the fault line also played a role in determining which buildings survived and which did not.
The buildings in New York City have no real reason to be built sturdy enough to survive earthquakes. New York is not in any real danger of earthquakes. This is because New York is in the middle of a tectonic plate. Tectonic plates make up the earth's surface, and the action of these plates rubbing against each other or colliding with each other is what causes earthquakes. A place like San Francisco, on the other hand, is on the edge of a plate, so this is the reason buildings in that area are built stronger.
Don't live in an area prone to earthquakes.
Techniques to survive
Of course he can! Santa is a magical being and he can survive anything!
In Kobe there were two sorts of Buildings, the older ones, and the newer ones The older ones were made mostly of just wood, and therefore werent very sturdy and burned very easily too. Which made them easy targets for the earthquake, and the post-earthquake fires. However the newer ones were built with earthquakes in mind, and were made with steel frames, and extra support (etc.) unlike the older wooden houses. This made them harder to burn or knock down. Although, some weren't as 'earthquake-proof' as thought and did fall down as well. But the majority of the newer buildings managed to survive the earthquake
Buildings should be constructed on stable, well-drained soil and away from fault lines to minimize earthquake risk. Utilizing flexible materials and engineering designs that can absorb and dissipate seismic energy is crucial. Additionally, adhering to strict building codes and incorporating seismic-resistant technologies, such as base isolators and cross-bracing, can enhance a structure's resilience to earthquakes. Placing buildings in areas with low population density can also reduce potential damage and casualties.
They would all fall down and people would die under them. Take a look online of pictures of earthquakes in villages in Italy or Greece.
Circular buildings can be safe in an earthquake-prone area if they are designed to be resilient to seismic forces. Engineers can incorporate features like reinforced foundations, flexible construction materials, and dampers to absorb vibrations. Proper design and construction techniques are critical to ensure the structural integrity and safety of circular buildings during earthquakes.
pyramids
Earthquakes are really destructive and they are capable of killing and injuring a lot of people, separating families and friends. Earthquakes can also damage properties and lead to high insurance premiums.Earthquakes can cause a lot of deaths. Many people can be killed when buildings collapse. The lucky ones may survive, yet they are trapped under rubble and have to stay there until the rescuers arrive, If they remain unfound, they will usually die of thirst or starvation.The government will also need to spend a lot of money to reconstruct the buildings in the devastated area. Earthquakes can destroy a whole city or town, where buildings collapse and become unsafe to use. Giant cracks may appear on the ground.Furthermore, earthquakes affect the lives of people. As the roads and bridges are wrecked by this natural disaster, cars and other vehicles cannot be used for transport. School and office buildings may also be destroyed, so people may lose their jobs and students may not be able to attend school.