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The geologic processes have helped to make any kinds of iconic features on earth. Such as tectonic plates, continental plates, volcanic, terrains and many more that shapes the face of the earth today. Scientist have studied about our geology of the earth's surface to beneath it such as about plates and etc.

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- Rainfall, bedrock wear in rivers, coastal erosion caused by the sea and waves, glacial plucking, abrasion, and scour, areal flooding, wind abrasion, groundwater processes, and mass movement processes in steep landscapes such as landslides and debris flows are all examples of erosion-causing forces.

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- Rainfall, bedrock wear in rivers, coastal erosion caused by the sea and waves, glacial plucking, abrasion, and scour, areal flooding, wind abrasion, groundwater processes, and mass movement processes in steep landscapes such as landslides and debris flows are all examples of erosion-causing forces.

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- Rapid snow melt, strong rainfall, earthquake shaking, volcanic eruption, storm waves, stream erosion, and human activities all cause mass-wasting events that oversteepen slope angles and undermine slope stability. The most common trigger is excessive precipitation.

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- A fault is a fracture or zone of fractures that exists between two blocks of rock. Faults allow the blocks to move relative to one another. This movement can occur quickly, as in an earthquake, or slowly, as in creep. Most faults cause repeated displacements over geologic time. One of the most prominent effects of faults on topography is the production of several types of steep slopes known as fault scarps. The three most typical types of fault scarps are fault scarps, fault-line scarps, and composite-fault scarps.

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Folding happens when the Earth's crust bends away from a flat surface. Anticlines are formed when a line bends upward, while synclines are formed when a line bends downward. When the Earth's crust entirely cracks and slips past each other, faulting happens. Folds are caused by tectonic pressures, and as a result, the impacted rocks become deformed, distorted, or disturbed.

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The role of geological processes goes around in the intrinsic knowledge of our absolute existence; Geology looks at some of the most important issues in society today including energy sources and sustainability, climate change, the impacts of developments on the environment, water management, mineral resources and natural hazards. We would definitely die or simply would not exist.
If all that ever happened was that a bunch of space junk simply bashed together and stuck, there would be likely be little free water, no soil, little to no free oxygen, no plants or animals for us to use as food, no mineral concentrations for us to use, no worldwide “stable” atmosphere to moderate temperatures and solar radiation (similar to extreme heating and cooling on the Moon)
Contemplating over most basic things; We eat, drink, and breath geological stuff every single time! How important is that? Almost everything we use in our daily life is from a hole in the ground somewhere in some way.
Now, you need to look up the various interlinked cycles and processes; Any event or action that occurs on planet Earth as a result of natural forces such as gravity, temperature changes, freezing and thawing, chemical reaction, seismic shaking, and wind, moving water, ice, and snow. Earth material is deformed, translocated, or chemically changed when a force exceeds its strength.
Water
Carbon dioxide
Nitrogen
Rock
Soil formation
Tectonics
Monsoons
Hydrothermal
and many more.
In some manner, the answer is comprehensible. In another, a complete answer is extremely discombobulating and is still incomplete. That is why so many individual study geology to help us in our daily lives and to protect us from any geological dangers.

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Plate tectonics also has an impact on longer-term climate patterns and these will change over time. It also changes ocean current patterns, heat distribution over the planet, and the evolution and speciation of animals. Plate tectonics can change sea levels of local regions. Shallow waters that occur due to these changes in sea level can be ideal grounds for life to evolve on Earth. Movement of plate tectonics causes a change in the ocean currents and in turn generates more heat. Shifting of these tectonic plates result in the creation of the volcanic eruptions increases the degree of carbon dioxide (CO2) and sulfur dioxide (SO2) in the atmosphere that also leads to a rise in the temperature levels. On the contrary, if the move is insignificant, the temperature levels record a fall. Conclusively plate tectonic movement result in a change in climate though the rate is slow. Earthquakes are a signal that the plates are still moving about and we can expect to see a continuation of these in the future.

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As time goes by, tectonic plates continue to move without us knowing. Sometimes those plates doesn’t move for how many  years and release a big move creating those big earthquakes that we do experience here on Earth. If the plates continue to move, they will collide(convergent boundary). As tectonic plates continue moving, it changes the landscape of the Earth in some ways, it also cause the formation of mountains, volcanic eruptions, and earthquakes. It can be a cause of climate changes that can harm our place. This tragedies will have a big effect of changing the Earths surface. According to plate tectonics theory, Earth’s outer shell is divided into multiple plates that slowly glide over the mantle. This slowly changes Earth’s surface over time by merging, or separating, continents of the surface. Some predicted how Earth will look like for how many years. Just like the theory of Pangea where in before, the whole surface of the Earth is connected together and  the tectonic plates forming the planet's outer crust slid over the inner layers until they merged as a landmass surrounded by a massive ocean called Panthalassa. For now we must appreciate the Earth and take good care of it.

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The Continental Drift hypothesis was a hypothesis proposed by Alfred Wagner. This hypothesis suggests that our known landmasses used to be one supercontinent known as “Pangea” that drifted apart. Though this theory was generally rejected when first proposed, this can give us some insight into what could happen to the earth as tectonic plates continue to move. The possibility of countries and landmasses moving closer or farther apart from each other can be proved through this theory, some theorize that certain countries will sink or break apart, that the great rift valley will open, and such. The movement of tectonic plates can also form new mountain and mountain ranges along with weathering and erosion. Overall, the moving tectonic plates will continue moving and cause catastrophes such as earthquakes, tsunamis, and more. But, it can also create beautiful things like mountain ranges.