When terrifying events such as earthquakes, floods, and tornadoes occur, they often leave us with many unanswered questions. Which human beings have been trying to understand for a long? They have identified several reasons view of which we will discuss here.  

Recently, an earthquake was witnessed in Turkey and Syria, and events like these prompt us to ask why and how they happen. In this context, we will attempt to pose a few questions to gain a better understanding of these phenomena.

Every day, numerous earthquakes occur around the world, but most of them are so minor that we don’t feel them while going about our daily routines. However, some earthquakes have a such high intensity that they cause widespread destruction, leading to many unsettling questions. Here are some answers to a few of those questions.

Our earth is made up of hard rocks which are spread over several kilometres. These are divided into several segments, called tectonic plates. Beneath these tectonic plates are hot rocks. When these rocks get cooled down they move. This movement pushes the tectonic plates from their places. Thus, when these molten rocks come into contact with the tectonic plates it results in earthquakes and volcanoes. 

Naturally, these tectonic plates continually are in motion but all these are locked together. Until then when underneath these tectonic plates slipping motion, it results in a sudden release of energy in the form of an earthquake. This sudden release of energy causes seismic waves that propagate through the Earth’s crust, resulting in ground shaking and vibrations.

Physics of Earthquakes 

However, predicting when and where an earthquake will occur is incredibly challenging because earthquakes are highly unpredictable natural phenomena. Seismologists and geologists have made significant progress in understanding the physics of earthquakes and how they occur, but we still do not have a foolproof method for predicting them.

One reason why predicting earthquakes is so difficult is that they can occur suddenly and without warning. While scientists can identify areas that are more prone to earthquakes based on geological data and past seismic activity, they cannot predict the exact timing and location of an earthquake.

Type of rock formations 

Another reason why predicting earthquakes is difficult is that there are many different factors that can contribute to the occurrence of an earthquake. These factors include the type of rock formations present in the region, the orientation of the fault lines, the amount of stress on the fault, and the presence of underground water or other fluids. All of these factors can influence how an earthquake occurs and make it challenging to predict.


Despite these challenges, scientists are continuously working on developing new tools and techniques for earthquake prediction. These include using advanced sensors and monitoring systems to detect changes in the Earth’s crust and predict earthquake probabilities based on statistical models. While we may not be able to predict earthquakes with complete accuracy yet, ongoing research and development in this area will hopefully lead to new breakthroughs in the future.