Because earthquakes tend to occur where there are stresses in the crust which lead to the storage of energy in the form of elastic strain. This tends to occur at plate boundaries and this deformation can be monitored by scientists. This lets them know that an earthquake is likely to occur in a particular area, but it does not enable them to say when it will occur.
Because earthquakes tend to occur where there are stresses in the crust which lead to the storage of energy in the form of elastic strain. This tends to occur at plate boundaries and this deformation can be monitored by scientists. This lets them know that an earthquake is likely to occur in a particular area, but it does not enable them to say when it will occur.
Geologists have been able to identify and locate the faults and pressure points in the Earth's crust. These are the locations of where earthquakes are expected. When the pressure is going to reach the point where things will shift is very difficult to figure out.
because scientist can feel the inner core moving over each other with their sophisticated machines
No, hurricanes are generally easier to predict. Hurricanes are much larger than tornadoes and occur over the course of days, as opposed to tornadoes which typically last a few minutes. As a result it is easier to study and monitor hurricanes and therefor predict them.
Sometimes a tsunami can occur after an earthquake has taken place. You can know when a tsunami will occur by the way the water reacts at a beach near the ocean. The water will start to pull away from the beach faster than a tide will. When this happens, the tsunami is about to strike.
because an earquake can strike anywhere at any tme whereas you know where a volcanoe is(.)
Viruses are constantly mutating which is why flu shots not always successful as they must predict which way the virus is going to evolve.
it will not minimize water evaporation, and it would be easier for contamination to take place
I think you mean when. Earthquakes are made by two plates in the ground moving against each other. Its it to predict where because if you are near a plate boundaries (where two plates meet) then it is more likely for an earthquake to occur.
Earthquake prediction is currently not possible, as such, seismologists will attempt to quantify the risk posed by a particular fault zone rather than state exactly when an earthquake will occur. For more information, please see the related question.
No, hurricanes are generally easier to predict. Hurricanes are much larger than tornadoes and occur over the course of days, as opposed to tornadoes which typically last a few minutes. As a result it is easier to study and monitor hurricanes and therefor predict them.
Seismologists attempt to quantify the risk posed by a particular fault zone rather than state exactly when an earthquake will occur (as this is currently impossible).For more information, please see the related question.Yes Kashmir was predicted an earthquake but scientists predicted an atrocious earthquake which would wipe out most of India. But it gave the strength of 7.6 on the Richter scale which was less than they feared
No, earthquakes can occur anywhere in the crust, oceanic crust or continental crust. An earthquake occurs when the hard brittle solid material of the crust fractures under stress. Earthquakes cannot occur deeper than the crust (the mantle is plastic and flows slowly under stress instead of fracturing, the outer core is liquid and flows even easier than the mantle).
well some people believe animals can predict earthquakes but other than that i dont think there is much at all
An activity series of metals can predict whether a replacement (displacement) reaction will occur. You use the activity series to compare the reactivity of different metals in order to predict whether a replacement reaction will occur. A metal that is above another metal in the series will replace that metal in a compound.
I doubt that either can be considered "easier to be safe from" than the other, it depends entirely on the magnitude of the event (i.e. amount of energy released).
It is possible to have an event that causes more than one hazardous process to occur. An example is the landslide in Myanmar. Because of the heavy rains, a flood and landslide can both occur. Another example can be seen in the game Sim City. If there is an earthquake in the town, the earthquake can cause fires by the power lines.
because as of now there still no one who knows how to predict them or even be able to sense them other than animals especially dogs.
Sometimes a tsunami can occur after an earthquake has taken place. You can know when a tsunami will occur by the way the water reacts at a beach near the ocean. The water will start to pull away from the beach faster than a tide will. When this happens, the tsunami is about to strike.
They can't predict the time or the location of earthquakes. They can provide probable data on expected times and location an earthquake with better assurance than in the past but not exact times or dates.