People may use any of the following to predict an earthquake:
1. Their own senses, to witness changed animal behavior such as by:
Seeing and hearing birds in suddenly increased and agitated flight and communication patterns that just as suddenly stop;
Seeing burrowing animals out and about as though they're homeless at times that they usually are inside their holes;
Feeling pre-earthquake shock waves;
2. Their own use of or access to scientific equipment, such as:
Creepmeters, to identify movement of the earth's soil;
Global positioning systems, to identify movement of the earth's crust;
Laser light, to identify sudden disruptions in light beam transmissions from one side of a fault line to the other;
Magnetometer, to identify sudden changes in magnetic field activity;
Strainmeters, through the coordinated use of the seismograph and the seismometer, to identify the sudden presence of below ground vibrations;
3. Their own knowledge of previous earthquake activity in the area, from their own experence or through the written record or the oral tradition.
Information that might be used in an attempt to predict an earthquake may include the following:
Analyses through the use of scientific equipment such as
Creepmeters, to show movement in soil;
Global positioning systems, to show movement in the earth's crust;
Laser light, to show disrupted light beam transmissions from one side of a fault line to the other;
Magnetometer, to show changes in the magnetic field;
Strainmeters, through the coordinated use of the seismograph and the seismometer, to show the presence of vibrations.
Changes in animal behavior
Birds suddenly engage in increased, agitated communication and flight patterns and just as suddenly stop
Burrowing animals are out and about as though they're homeless at times when they usually are inside their holes
Location in an area where crustal [orlithospheric or tectonic] plates meet
Physical evidence in the environment, such as land upheavals and volcanoes
Records of previous earthquake occurrences, in writing or according to the oral tradition
Research by students and specialists.
There is no way, scientific or otherwise, to predict an earthquake at this time. The previous answer was wrong.
At present it is not possible to accurately predict earthquakes.
nope.
unless you are God, then yes.
Strain in rocks near faults
It is impossible to predict an earthquake of any magnitude.
false.
changes that happen just before an earthquake A+
Earthquakes is most often caused due to colliding of plates in the Earth's crust. As these plates are moving constantly it is not easy to know when they will collide. So it is difficult to predict earthquake.
They cannot determine which point along a fault has the most pressure.
seismograph are used to predict an earthquake
no
one way to predict when a volcano will occur is with the technology scientist use to determine when and where an eruption will occur.
Seismometers work pretty well for measuring them. But there is no true way to predict an earthquake. All methods have not been proven successful
It is impossible to predict when an earthquake will 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.
It is impossible to predict when an earthquake will happen.
Hell yeah we can predict and earthquake
It is 'technically' impossible to predict when an earthquake is going to happen.
An oral or written account of previous earthquake activity and location in, near or on the meeting of tectonic or lithospheric plates may serve to predict the location of a future earthquake.
No.
methane