If you are indoors, stay there. Get under a desk or table, or crouch down along an inside wall or hallway. If you are outdoors, get into an open area away from trees, buildings, walls and power lines. If you are driving, pull your car to the side of the road and stop. Avoid overpasses or power lines. Remain inside until shaking is over. If you are in a highrise building, stay away from windows and outside walls. Get under a table. Do not use elevators.

A natural shaking of the ground caused by sudden slippage on a fault line. Seismic waves spread outward from the fault rupture much like ripples do in a quiet pond when a stone is thrown into it.

I'd like to find out whether there are, in fact, other factors involved besides global warming and, if so, how much of an influence these other factors might be in what takes place and in what you predict might take place. The primary factor in iceberg generation is that it is a part of the hydrological cycle. Snow (and not that much) falls on the steep and high continent of Antarctica.

The most common sensor is not the accelerometer, which measures acceleration, but the seismometer, which measures the velocity or speed of a point on the ground as it moves during earthquake shaking. Most velocity sensors are high precision, sensitive instruments designed to record motions from distant earthquakes rather than the strong shaking that occurs near to earthquakes.

Alaska: Major tsunamis were generated along the Alaskan coast in 1946, 1957, 1958, 1964, and 1965. Many other locally generated tsunamis occurred prior to those dates. US West Coast: Tsunamis were generated locally in 1812, 1873, 1878, 1927, 1930, 1946 and 1949. The west coast was also impacted by tsunamis generated in other regions in 1877, 1946, 1952, 1957, 1960, 1964, and 1975. See http://wcatwc.arh.noaa.gov/web_tsus/pastaor_tsunamis.htm for more information on west coast tsunamis.

The standard insurance policy does not pay for direct damages caused by "earth movement." "Earth movement" is a much broader term than earthquake. It includes earthquake, volcanic activity and other earth movement. This coverage may be available by endorsement for an additional charge. If you live in an area that is more likely to have an earthquake, you'll pay more than if you live in an area that is unlikely to have an earthquake.

earthquake cult is usually some religious group who wants to give me pamphlets or books or magazines about their religion. The rumour that "earth quake cult" is just another term for Iehova's witnesses is completely unfounded. Probably. Common earthquake cult beliefs include the fact that trees live longer than people because they're more spiritual and the fact that all good is caused by god while all evil is man's own responsibility.

Earthquakes vary broadly in size; from microscopic fractures to slip occurring on a fault hundreds of kilometers long. Earthquakes also vary in location and depth. Individuals would probably notice a small earthquake occurring a kilometer below the surface, but a larger earthquake occurring several hundred kilometers below your feet may not be noticed at all.

Earthquake moment, or seismic moment M0 is perhaps the most fundamental parameter we can use to measure the strength of an earthquake. While magnitudes are a convenient measure of earthquake size determined directly from one seismogram, M0 is a more physically meaningful measurement of earthquake size not subject to many of the problems that plague magnitudes. In fact, M0 is directly related to the fundamental parameters of the faulting process.

Scientists and engineers often describe the effects of ground shaking on humans and man made structures in terms of earthquake intensity. Earthquake intensity is judged on the Modified Mercalli scale and is, by definition, subjective, since it doesn't depend on instrumental measurements, but instead on the observer's assessment of damage or shaking. A level III intensity indicates rattling doors and windows, broken dishes, and cracked plaster.

The 27 July 1976 earthquake in Tangshan, China (MS = 7.9) caused the greatest number of deaths of any recent quake known; the most reliable estimates are that about 242,000 lives were lost. Tangshan had a pre-quake population of about a million people; the main industry is mining. One reason the death toll was so high is because most of the structures in Tangshan were multiple-story, unreinforced brick and concrete buildings.

What is an "earthquake"? An earthquake occurs when rocks break and slip along a fault in the earth. Energy is released during an earthquake in several forms, including as movement along the fault, as heat, and as seismic waves that radiate out from the "source" in all directions and cause the ground to shake, sometimes hundreds of kilometers away.

Help the injured, if any. Speak calmly with family members, especially children about what has just happened, in order to relieve stress. To prevent fire, check the chimneys or have them checked before using the furnace or fireplace. Check all gas lines. Earthquakes can trigger huge ocean waves called tsunamis.

Unlike the dangerous load on a home’s structure caused by concrete or clay tile roofing materials, Allmet Stone Coated Steel Roofing Panels which weigh about 1/8th of the previously mentioned heavyweight choices can strengthen a home’s structure.

Don't worry, all the residences are built with reinforced concrete and according to the anti-seismic regulation. Here are the instructions to follow in case of an earthquake : Stay in the corner, under a strong wall, or failing that under the frame of a door and wait until the end of the tremor

Ans: In the 4th Century B.C., Aristotle proposed that earthquakes were caused by winds trapped in subterranean caves. Small tremors were thought to have been caused by air pushing on the cavern roofs, and large ones by the air breaking the surface. This theory lead to a belief in earthquake weather, that because a large amount of air was trapped underground, the weather would be hot and calm before an earthquake.

Unfortunately, divergent methods and opinions abound among those who install, inspect, or approve various kinds of strapping. At the root of the problem is a lack of adequate notification by the state agency responsible for the advent of current seismic standards. Since 1982, the Uniform Plumbing Code has mandated seismic safety straps for most water heaters. The purpose of this requirement is to prevent fire, explosion, or water damage if a water heater should topple during an earthquake.

Know evacuation routes and potential hazard zones for your area. Most coastal communities have an evacuation plan and designated safe areas. This information can be obtained from your local emergency official. If no tsunami hazard zone has been established or you don't know what it is, as a rule of thumb move to 100 feet above sea level or 1 mile inland. The WC/ATWC issues tsunami warnings, but the warnings and subsequent evacuations are implemented by state and local emergency management.