The given pictures above are some example of metamorphic rocks namely the Serpentinite and Gneiss. Gneiss is usually formed by regional metamorphism at convergent plate boundaries. It is a high-grade metamorphic rock in which mineral grains recrystallized under intense heat and pressure. This change increased the size of the mineral grains and separated them into bands, making the rock and minerals more stable in their metamorphic environment while Serpentinite is created when igneous ultramafic rocks undergo hydrous alteration and low-temperature metamorphic alteration. These rocks are made up of olivine and pyroxene in varying proportions to form peridotite and pyroxenite.

On the other hand, if the plate tectonics will continue to move it would generate volcanic eruptions. Sometimes plates get stuck for hundreds of years and then release with a powerful snap that causes huge earthquakes. As the tectonic plates keep on moving, a huge impact on society will happen. Maybe the layers of rocks will change or the formation of landforms may be affected. 
 
 

Deformations in Earth materials occur when the crust is pushed together by compression forces, resulting in recognizable geological structures such as folding and faulting. By its nature, elastic deformation will not result in long-lasting geological structures. It is not to say that this type of deformation isn't possible. Earthquakes are a common cause of this.

The curvatures in the rocks or strata that contain them are known as geological folds. The rivers, quarries, and coastlines are where the most visible stratified rocks are found. When the Earth's crust bends away from a flat surface, it is referred to as folding. Rather than fracture, the folds form from tectonic pressure and stress in the rocks. A fold occurs when the material is flexible, like the area in our photo was taken. Mountains are also formed by folding.

There are four types of folding; symmetrical, asymmetrical, overfold, and recumbent. The picture that we provided is an example of an asymmetrical fold. It is one with an inclined axial plane.

•           Role of Geological Process in Geography- understanding igneous and metamorphic geology is crucial to the earth sciences because of the linked nature of the planet's operations. Any practicing geoscientist must be able to recognize and understand igneous and metamorphic rocks and processes.  This process helped form many iconic features on Earth. Plate tectonics are such processes that shaped the landmarks on Earth.

•           Role of Geological Process in Biology- movement of tectonic plates impacts species distribution, allowing for the spread and evolution of species. Geological process is a natural way of changing the environment or structure of Earth. Processes such as earthquakes, volcanoes, plate tectonics, mass wasting, weathering and erosion and many more that can pose a problem or help all the species living on Earth.

•           Role of Geological Process in Climate- some researchers concur that tectonic plates influence climate. Consider that plate movement promotes the formation of volcanoes and mountains, which can potentially contribute to climate change. Large mountain ranges may affect the movement of air throughout the world, and hence the climate. Mountains, for example, can divert warm air to colder locations. Geological data demonstrate that the Earth's climate has changed dramatically throughout time.

•           Role of Geological Process in Ecosystem- Geographic processes and their ability to resist change will determine how ecosystems adapt to climate change and sea-level rise. Some ecosystems may become more dynamic as the type and rate of geomorphological processes change. More diversity in such processes may make it easier for biodiversity to respond to climate change. Certain ecosystems and species, on the other hand, may be unable to adapt in time as geomorphological activity increases. Increased rates of erosion and sediment movement, as well as more frequent floods, may have an impact on the quality of freshwater ecosystems. Changes in seasonal flow will have the same effect. It's also possible that the time between major incidents will be shorter. The rate of landscape change and the length of time an area remains in one location are geomorphological constraints on species adaptation.

           Volcanoes are formed as a result of geological processes. When a volcano erupts amid the ocean, it might construct an island and create a new home for some animals. Volcanism causes the production of a troposphere rich in oxygen, which aids respiration. Stromatolites, a bacteria-like creature, are responsible for the formation of oxygen in the atmosphere. The application of geology in everyday life is not limited to resources. It also covers the dangers and risks of rock falls, radiation, landslides, fast clay, landslides, and earthquakes. Geology aids in the understanding of past climate change, which may aid in the prediction of future scenarios.
 
 B.) The possible events that occurred in a certain area based on the rock layers found therein or based on the pictures you have captured.

The images provided by our group showed a different exogenic event that happened in that certain areas, we can identify this list of captured photos as weathering, erosion, deposition, and mass movement. The first image, taken on December 26, 2021, in Kaputian, Island Garden City of Samal, Davao del Norte that shows signs of weathering, with rocks broken down into pieces and deposited elsewhere, the same as the picture provided. The next are the two photos, the first photo was taken on December 24, 2021, in Compostella Valley, Davao de Oro, and the second photo was taken on December 27, 2021, in (Zone 3- Gamuton) Lanuza, Surigao Del Sur bypass road, that we distinguished as erosion, the process of moving the soil fragments downhill, or other places through water, wind, or gravity. These photos showed a layered structure that can happen when an erosion occurred. The next one is what we called the deposition, where rocks or sediments are being carried to a new location with either water or wind, almost the same with erosion, this photo was taken on December 26, 2021, in Kaputian, Island Garden City of Samal, Davao del Norte. And lastly, the image that was taken on December 19, 2021, in Florenda Beach Resort in Samal, Island Garden City of Samal, Davao del Norte, is identified as a mass movement of the Earth's surface and rock debris downslope due to the pulling force of gravity, where the sediments and soil are visually seen on the bottom part of the photo.

C.) What could happen in the future as the tectonic plates continue to move and how will it change your place.

As tectonic plates continue to move in the future, the system's forces will continue to ensure that energy is dispersed. Volcanic eruptions and earthquakes will continue in the short term if it constantly shuffles the contents around and ocean basins are constantly changing. Since plate motion causes mountains to rise where plates press together or converge, and continents to fracture, it can form different landforms such as mountain ranges and oceans where plates diverge. 

Plate movement can also cause volcanoes and mountains, contributing to climate change. Plate tectonics also influenced long-term climatic trends, which shifts. The shifting of Earth's plates causes earthquakes, volcanic eruptions, and the formation of mountains, ocean trenches, and mid-ocean ridges. As a result, they use these landforms and geologic occurrences as evidence of plate tectonics to comprehend what happened in the past and predict what will happen in the future. According to the National Geographic Society, "Plate tectonics is a scientific idea that describes how the Earth's subterranean motions create important landforms." It has the potential to cause potential dangers like earthquakes and volcanic activity. It's also possible that it'll affect global heat dispersion. If this threat persists, our region's landforms may be destroyed soon. 

Climate change and plate tectonic movement are inextricably linked. It can also affect our climate because tectonic movement alters ocean currents, causing more heat to be generated. Seasons will change, and we may experience snow, as well as the separation of states, cities, or countries. Some islands may rise, affecting people's livelihoods. It alters people's lifestyles, means of livelihoods, economic activity, and global structure.

Natural geologic activities, such as earthquakes and faulting, may have created an effect on the rock layers, as depicted in the image we captured. As you can see in the photo, there is a fracture in the ground as a result of an earthquake that occurred nearby. The abrupt movement or trembling of the Earth's tectonic plates, which causes the ground to tremble, is known as an earthquake. The plates move slowly, which is often likened to fingernail growth pace. These plates glide over a hot surface in our planet's core, which is known as the core.

But if tectonic plates continue to move, more volcanoes will rise and erupt. Many parts of the world will be affected by earthquakes and tsunamis. Some parts of our place will become an island. Longer-term climatic patterns are also influenced by plate tectonics, and they will vary over time. It also affects ocean current patterns, global heat distribution, and animal evolution and speciation.