How important is the tectonic setting in the production and accumulation of minerals? by Marc Gian Paolo Cloza

Tectonic Setting

2023-01-31 00:19:42 UTC

We can use these tectonic setting as a basis where we can extract minerals. It can helped as identify where we can find several mineral deposits. Just like what we've seen in the picture, there are a lot of minerals under the magmatic arc. With these we can explore more about the different types of minerals.

Neil Andrei L. Lozada
11- Einstein

Tectonic Setting

2023-01-31 01:56:16 UTC

Tectonic Setting is important in the formation and accumulation of minerals, as due to these processes, there are multiple types of ore deposits on specific features formed by the movement of these plates. This also means that there are some specific minerals that are only found in specific areas.

Z. Paraiso, 11-Newton

Gathering resources

2023-01-31 02:11:02 UTC

There are a lot of resources in mountains, volcanoes, and even in oceanic trenches as most tectonic activities often occurs in these places making more resources than any other areas. We could gather those resources as most of them are only in the places with tectonic activities. We can also gather energy on those places as they accumulate a lot of heat. Though we must gather resources 𝗰𝗮𝗿𝗲𝗳𝘂𝗹𝗹𝘆 or else accidents might happen and unrepairable damage to nature would occur.

Joshua Miguel B. Riveral
11-Newton

Importance of Tectonic Setting

2023-01-31 02:24:44 UTC

Magma is formed at three main plate-tectonic settings: divergent boundaries (decompression melting), convergent boundaries (flux melting), and mantle plumes (decompression melting). This happens because tremendous heat and pressure within the earth cause the hot magma to flow in convection currents. These currents cause the movement of the tectonic plates that make up the earth's crust. Though this also causes earthquakes and other natural disasters, but it makes renewing the mantle's crust possible.

Sources:
https://www.google.com/url?sa=t&source=web&rct=j&url=https://manoa.hawaii.edu/exploringourfluidearth/node/1348%23:~:text%3DTr
https://opentextbc.ca/geology/chapter/4-1-plate-tectonics-and-volcanism/

Elisha Kirsten Burbon || 11-Curie-Newton

Tectonic Setting

2023-01-31 02:26:52 UTC

Basing from the picture, this shows that different Mineral accumulate in different ways, seeing that there are various minerals in this setting, it shows that pressure, heat, and the state of the matter, can greatly affect the formation and accumulation of minerals. A tectonic setting can help accumulate in greater numbers knowing that this setting can provide enough heat and pressure for the formation of the shown minerals.

Jae Dellosa | 11 - Einstein

Tectonic Setting

2023-01-31 02:42:32 UTC

Based on the picture, Minerals accumulate differently based on the tectonic setting (heat, pressure, etc.), we can use these tectonic settings as a basis on the location of minerals so that we can extract them more easily. knowing what tectonic settings the minerals are formed in will help us explore the different types of minerals.

John Michael R. Dela Cruz | 11 - Newton

THE MAKE UP OF THE MAKE UP

2023-01-31 02:52:56 UTC

To give meaning to its importance, we need to define what is a plate setting. A tectonic setting is any condition that brings forth change to the Earth's crust, the minerals it possesses, and the overall structure of the lands. It is the pinnacle controlling factor in the study and compositions of sediments and other minerals.

An example of tectonic settings is the 3 plate boundaries. These are the convergent, which pertains to those plates that collide with one another, forming mountains, another is divergent, which are the ones that move away directly from each other, forming ridges, and lastly, is the transform late boundaries, the ones that rub against each other, forming cracks that become faults.

Another example is any form of tectonic activity, may it be earthquakes, volcanoes, and mountain buildings (from convergent boundaries). All in all, these different events are what shape the different minerals found in our Earth.

In conclusion, without these tectonic settings, there would be no accumulation of such minerals. These tectonic settings form and make the processes that shape these minerals.

Sources:
- https://www.sciencedirect.com/topics/earth-and-planetary-sciences/tectonic-setting
- https://oceanexplorer.noaa.gov/facts/plate-boundaries.html

Gabriel Jason F. Pascual || 11 - Galilei

Tectonic Setting

2023-01-31 03:26:23 UTC

The tectonic setting has a vital role in how minerals would be produced and accumulated since different areas like oceans and volcanoes create different ore deposits such as hydrothermal, igneous and sedimentary ore deposits. Knowing which ore is present and in abundant amounts in an ore deposit is essential in utilizing what can be extracted to create byproducts that could lead to the development of the country.

Andrei Russel M. Ceñidoza | 11 - Einstein

Tectonic Setting

2023-01-31 03:28:38 UTC

Minerals can be formed anywhere and can be formed by different processes, every mineral can get its unique characteristic based on where it was formed. Tectonic setting or the different conditions of the tectonic can guide us about where we can extract the different minerals. The better the condition the greater the production of minerals that can be extracted by the miners that can help to develop our country. Besides the minerals, the temperature in different tectonic boundaries can be a source of energy too. Knowing the tectonic setting is an advantage for us to monitor the condition of our nature for us to be safe.
Frinsford Culibrna/ G11 Einstein

Tectonic Setting sorts and filters minerals.

2023-01-31 03:29:10 UTC

Different minerals all have different densities. And due to the nature of plate tectonics where heavier materials sink and lighter materials rises, this process filters out the heavy materials from the lighter materials and places them in different locations and in different deposits. Plate tectonics also aid or facilitate volcanic activity which is responsible for the formation of different ore deposits by crystal settling, fractional crystallization, partial melting accumulating the minerals and placing them in deposits or distributed to other hydrothermal ore deposits. All of this is only possible through the help of plate tectonics forming volcanos and sorting out minerals from light and heavy.

James Benidict P. Dominguez
11 - Curie | Einstein

Production and Accumulation of minerals

2023-01-31 04:00:28 UTC

Magma is pushed to the surface of the Earth by plate tectonics and mantle convection processes. The tectonic movements also rebury buried reserves, making them available for mining, and bury organic stuff to generate fossil fuels. When magma bodies heat water, minerals are dissolved, and when the water cools, they form precious ores. The movement of tectonic plates is important in production and accumulation of minerals because without those movements there will be no interactions of the substances needed to form minerals. There won't be any mineral production without tectonic setting.

Cairo Khalel S. Langbayan
11 - Rutherford

Tectonic Setting

2023-01-31 04:49:32 UTC

Plate tectonics plays a crucial role in understanding the distribution and origin of minerals. This tectonic setting will help us to determine whether a certain type of mineral is highly concentrated or low concentrated in some areas. In simple terms, we can identify the mineral deposits that forms in a particular tectonic setting that is governed by the plate tectonics. Some of the example of tectonic settings are oceanic ridges, convergent plate margins, collision boundaries, cratonic rift systems and more. This statement simply implies that we have lots of resources when it comes to mineral production. Especially in mountain regions, volcanic areas, and even under the ocean like in trenches and ridges. Although we have these resources, we should still keep in mind that we must take care of our environment as it gives lots of beneficial things for us. We, humans, should not abuse our environment because it might cause catastrophe and long term damage to our world.

Erica Lei Garlet | 11 - Rutherford
https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

Tectonic Setting

2023-01-31 05:07:18 UTC

To produce the different kinds of minerals and deposits, the tectonic setting is an essential factor. The different tectonic setting produces different types of rocks from different locations causing the formation and production of different minerals. Also knowing where the different kinds of minerals are formed, makes it easier to accumulate such minerals. It makes it so that when extracting specific minerals, we will not go blindly and look everywhere but look only at a certain setting where specific minerals naturally form.

Gabriel Ashly S. Velasco | 11-Mendel

Importance of the tectonic setting in the production and accumulation of minerals

2023-01-31 05:09:55 UTC

Where and how minerals are formed in a tectonic context are clearly distinguished by the tectonics. The reason for this is that the tectonic setting's components are so many that different subsystems are involved, which causes the setting to acquire various components. Different components imply additional resources. Since it involves subsystems, we can determine which minerals are present there, facilitating the accumulation.

Ahron Dale V. Delantar - 11 | Galilei

Tectonic Setting

2023-01-31 06:16:36 UTC

Naturally tectonic setting plays a fundamental role in creation and accumulation of different minerals. Different kinds of geologic processes that result in minerals originate from tectonic or plates or the movement of said plates. The environment in which tectonic plates reside in, the chemical composition of the plates itself and even the interaction with other plates are all considerations and factors as to why a variety of minerals can be found on Earth.

- Joh Martin Caballero || 11-Gali

How important is the tectonic setting in the production and accumulation of minerals?

2023-01-31 06:28:23 UTC

Similar to lithospheric evolution, plate tectonics offers a foundation for comprehending the distribution and origin of mineral and energy resources. The energy released at plate borders causes volcanic and hydrothermal activity, which favorably influences the concentration of minerals. Deep-seated rocks from the mantle can also find their way to the near surface through plate borders. We get many of our major mineral deposits from these rocks. This process can be seen on divergent plate boundaries where hydrothermal activity results in deposits of both sulphides and metalliferous sediments along the flanks of ridges when the seafloor separates. Water flowing via fractures along ridges collects minerals from the heated rock before being released through hydrothermal vents, forming black smokers and volcanic massive sulphide deposits.

Angel Vera C. Egama
11-Curie/Newton

Importance of the tectonic setting in the production and accumulation of minerals

2023-01-31 07:22:00 UTC

Plate tectonics, like crustal evolution, provides a basis for understanding the distribution and origin of mineral and energy deposits. The relationship of plate tectonics and mineral deposits is significant on three counts:

Geological processes operating due to energy released at plate boundaries control the process of mineral deposition.
Mineral deposits form in particular tectonic settings which are governed by plate tectonics.
Reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits.

Several requirements must be fulfilled in any tectonic setting for the production and accumulation of minerals. A number of tectonic settings meet these requirements:
1. Deposits at Oceanic Ridges (Divergent Plate Margins)
2. Deposits at Convergent Plate Margins
3. Deposits at Collision Boundaries
4. Deposits in Cratonic Rift Systems
5. Deposits in Cratonic Basins

Sources: https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

Theodore S. Toyoken IV
11-Rutherford

2023-01-31 07:44:02 UTC

Magma is brought to the Earth's surface by the processes of mantle convection and plate tectonics.

Tectonic pressures also bury organic stuff, forming fossil fuels, and exhume buried reservoirs, allowing them to be mined.

When water is heated by magma bodies, minerals dissolve and precipitate out as precious ores.

sources: http://eqseis.geosc.psu.edu/cammon/HTML/Classes/PhysicalGeology/Notes/Chapter16/P01.html#:~:text=The%20forces%20of%20mantle%20convection,as%20valuable%20ores%20upon%20cooling.

-Stephen Pimentel, 11-Galilei

Minerals and Tectonic Settings

2023-01-31 07:45:10 UTC

According to the scientific theory of plate tectonics, the fundamental landforms are thought to be the result of the Earth's subsurface motions, This offered an explanation for a variety of occurrences, including earthquakes, volcanoes, and mountain-building activities. Now, minerals are naturally occurring materials that have distinct chemical and crystalline structures. What is their connection?

So, by going through the processes necessary for their production, minerals are created in various tectonic contexts, such as tectonic activity and volcanic activity. Without unique processes, specific minerals might not be produced with the same quality, quantity, and other properties. Specific processes occur and lead to the formation of specific minerals.

Anamicaela G. Masinsin │ 11 - Galilei

Importance of tectonic setting in production and accumulation of minerals

2023-01-31 07:53:16 UTC

Magma is pushed to the Earth's surface by the forces of plate tectonics and mantle convection. In addition to burying organic material to generate fossil fuels, tectonic forces also exhume buried reservoirs to make them accessible for mining. When minerals are dissolved in water heated by magma bodies, they become valuable ores once the water cools.

sources: http://eqseis.geosc.psu.edu/cammon/HTML/Classes/PhysicalGeology/Notes/Chapter16/P01.html#:~:text=The%20forces%20of%20mantle%20convection,as%20valuable%20ores%20upon%20cooling.

Mattheus P. Cuan | 11-Einstein

Tectonic Settings of Metal Deposits

2023-01-31 08:04:52 UTC

In accordance with geologyin.com, Plate tectonics, like crustal evolution, provides a basis for understanding the distribution and origin of mineral and energy deposits. The relationship of plate tectonics and mineral deposits is significant on three counts:

Geological processes operating due to energy released at plate boundaries control the process of mineral deposition.
Mineral deposits form in particular tectonic settings which are governed by plate tectonics.
Reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits.

source: Tectonic Settings of Metal Deposits. (2013). Geologyin.com. https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

Althea Anne E. De Guzman | 11 - Einstein

‌

Tectonic Settings in the Production and Accumulation of Minerals

2023-01-31 09:01:09 UTC

Similar to crustal evolution, plate tectonics offers a foundation for comprehending the distribution and origin of mineral and energy resources. First, geological processes occurring as a result of energy generated at plate borders regulate the process of mineral deposition, making the interaction between plate tectonics and mineral deposits significant. Second, plate tectonics controls the formation of mineral deposits in specific tectonic environments. The reconstruction of fractured continents can also serve as a valuable starting point for the search for fresh mineral reserves. Divergent boundaries cause a low-pressure area where magma can rise to the surface when the two plates move apart. There are already significant concentrations of potentially precious metals in the hot magma. Metals are leached by water that seeps through the rocks, further concentrating them in valuable deposits. The next type of boundary is called a convergent boundary, when denser oceanic crust is subducted beneath the continental crust and may include base and precious metals. Transform boundaries are areas where two plates are passing one another laterally and may be accompanied by unusual mineral deposits. Deposits along collision boundaries, in cratonic rift systems, and in cratonic basins are additional factors.

Sources:
www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits

Althea Therese E. Zapanta
11-Rutherford

Tectonic Setting and Its Roles in Mineral Production and Accumulation

2023-01-31 09:36:05 UTC

Tectonic settings are different events that happens on the Earth's tectonics, the lithosphere, wherein any kind of tectonic activities make rise for ore deposits to be produced. One example of these are subduction zones created by an oceanic crust converging with a continental crust. This kind of tectonic setting helps to create what we know as disseminated ore deposits. Moreover, many more tectonic settings are created by other, different tectonic activities. Our Earth's plate tectonics aid in creating many geological activities we experience and exploit every day and the production and accumulation of minerals is only just one of them.

References
https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html
https://education.nationalgeographic.org/resource/plate-tectonics
https://www.sciencedirect.com/topics/earth-and-planetary-sciences/tectonic-setting

Eldridge Ranniel C. Santos
11 - Mendel

Importance of tectonic setting in the production and accumulation of minerals

2023-01-31 09:41:18 UTC

According to geologyin.com, Plate tectonics, like crustal evolution, helps to explain the distribution and origin of mineral and energy deposits. Tectonic setting is crucial in the production and accumulation of minerals as it determines the type of rocks and minerals that form and where they are found. Plate tectonics and geological processes such as volcanic activity, earthquakes, and mountain building create conditions that allow minerals to form and concentrate. For example, mineral deposits are often associated with volcanic arcs, rift zones, and orogenic belts. Understanding the tectonic setting of a region can help identify areas with a high potential for mineral resource development. Thus, the tectonic setting is an important factor in the exploration and exploitation of mineral resources.

Elajiah Sebastian S. Guadalupe | 11-Mendel

The importance of tectonic setting in the production and accumulation of minerals

2023-01-31 09:47:01 UTC

Plate tectonics and Ore deposits
Similar to crustal evolution, plate tectonics offers a foundation for comprehending the distribution and origin of mineral and energy resources. Three factors make the connection between plate tectonics and mineral deposits important:
Mineral deposition is governed by geological processes driven by energy generated at plate borders.

Mineral deposits develop in certain tectonic environments that are controlled by plate tectonics.
The search of new mineral reserves can be based on the reconstruction of broken continents.

source:
Tectonic Settings of Metal Deposits

https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

Isaac John B. Bautista
G11 Curie, Einstein

Importance of tectonic setting in the production and accumulation of minerals.

2023-01-31 10:37:33 UTC

Similar to crustal evolution, plate tectonics offers an explanation for the location and development of mineral and energy reserves. The formation and accumulation of minerals depend heavily on the tectonic context since it influences the kind of rocks and minerals that occur and where they are located. Minerals can originate and concentrate due to plate tectonics and geological events including earthquakes, volcanic eruptions, and mountain construction. Mineral deposits, for instance, are frequently connected to volcanic arcs, rift zones, and orogenic belts. Finding places with a high potential for the development of mineral resources can be made easier by understanding the tectonic context of a region. Consequently, the tectonic context plays a significant role in the discovery and use of mineral resources.

Sources:
https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

Ron Darrell De Borja | 11-Newton

Importance of Tectonic Setting in the Production and Accumulation of Minerals

2023-01-31 10:58:59 UTC

According to GeologyIn, plate tectonics, like crustal evolution, provides a basis for understanding the distribution and origin of mineral and energy deposits. The relationship of plate tectonics and mineral deposits is significant on three counts:

Geological processes operating due to energy released at plate boundaries control the process of mineral deposition.
Mineral deposits form in particular tectonic settings which are governed by plate tectonics.
Reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits.

Several requirements must be fulfilled in any tectonic setting for the production and accumulation of minerals.

Source: https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

Alliyah M. Amoranto | 11-Einstein

Significant role of tectonic setting in mineral production and accumulation.

2023-01-31 11:29:11 UTC

Minerals are the building blocks of rocks. Most, however, are a combination of several types. Every mineral has its own chemical composition and properties, such as what temperature it melts at, how hard it is, what color it is, and where it forms. Rocks (for example, basalt and granite) form in a wide range of tectonic settings, the most common of which are mid-ocean ridges, ocean islands, and island arcs. Plate tectonics, like crustal evolution, aids in understanding the allocation and origin of energy and mineral deposits. Significance of tectonic setting in the production and accumulation of minerals are as follows:

Mineral deposition is controlled by geological processes that operate as a result of energy released at plate boundaries.
Mineral deposits form in specific tectonic settings governed by plate tectonics.
Rebuilding fragmented continents can provide a useful foundation for the exploration of new mineral deposits.

Source:
https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

Baguhin, Sophia Cassandra A. || 11-Mendel

Importance of tectonic setting in the production and accumulation of minerals

2023-01-31 11:32:35 UTC

Importance of tectonic setting in the production and accumulation of minerals.

2023-01-31 11:46:23 UTC

· Geological processes running according to energy generated at plate boundaries affect the process of mineral deposition.

· Mineral deposits develop in certain tectonic environments that are controlled by plate tectonics.

· The discovery of new mineral reserves can be based on the reconstruction of fragmented continents.

https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

Sophia Ashley V. Santiago | 11-Rutherford

Importance of the tectonic setting in the production and accumulation of minerals

2023-01-31 11:49:54 UTC

According to geologyin, it provides basis and understanding the distribution and origin or minerals and energy deposits. This means that through tectonic setting we can identify which minerals or energy deposits can be found or is abundant in a certain area making it useful to find specific materials for us to use

Vince Roi S. Magwili | 11-Galilei

2023-01-31 11:52:17 UTC

Tectonic Setting is important in the production of minerals because of the following:
• Geological processes operating due to energy released at plate boundaries control the process of mineral deposition.
• Mineral deposits form in particular tectonic settings which are governed by plate tectonics.
• Reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits.

Source: Tectonics Settings of Metal Deposits https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html?m=1

Ma. Conchita Reycieriz O. Nayre | 11- Newton

Importance of tectonic setting in the production and accumulation of minerals

2023-01-31 11:54:42 UTC

According to geologyin, plate tectonics are similar to crustal evolution which helps us understand the distribution and origin of mineral and energy deposits. There are many significant relationships of plate tectonics and the production and accumulation of minerals. Plate boundaries release energy that operate geological processes to control the process of mineral deposition. Mineral deposits also form from particular tectonic settings from tectonic plates. The reconstruction of fragmented continents can help for the exploration of new mineral deposits.

Source: https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

Zachary Liam D.V. Membrebe
11-Rutherford

Importance of Tectonic Setting in the Production and Accumulation of Minerals

2023-01-31 11:58:25 UTC

Plate tectonics is similar to crustal evolution. It provides a basis for understanding the distribution and origin of mineral and energy deposits. It is significant for it controls the process of mineral deposition. Furthermore, the reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits. Lastly, mineral deposits form in particular tectonic settings which are governed by plate tectonics.

https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

Alethia Jaime P. Lumayog
11-Rutherford

Importance of the tectonic setting in the production and accumulation of minerals

2023-01-31 12:12:21 UTC

Plate tectonics is the driving force of the production and and accumulation of minerals, it also contributes to the variety of minerals in one surface area. Plate tectonics is what drives volcanic activity which tied to the production of minerals in a certain area. At both divergent boundaries and subduction zones, magma concentrates heavy metals, which are later further concentrated by hydrothermal fluids within the Earth. What happens along plate tectonics is critical for mineral formation. The energy released along boundaries results in volcanic and hydrothermal activity that creates the right conditions for many minerals to be concentrated. Plate tectonics are also a way for deep-seated rocks from the mantle to find a way to the near-surface.

https://www.geologyforinvestors.com/minerals-on-the-edge-plate-boundaries-and-minerals/

Mica A. Pullante | 11-Einstein

Importance of tectonic setting for production and accumulation of minerals

2023-01-31 12:13:00 UTC

Plate tectonics, according to GeologyIn, provides a foundation for understanding the distribution and origin of mineral and energy reserves.

Mineral deposition is controlled by geological processes that operate as a result of energy generated at plate borders.
Rebuilding fractured continents can provide a helpful foundation for the investigation of new mineral resources.

There is also what we call subduction zone and arcs that happens during tectonic setting where minerals are generally from and are gathered. As a result, without tectonic setting, minerals will be difficult to generate and accumulate.

Jessie U. Dizon || 11 Einstein || Source: https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html?m=1

Importance of tectonic setting in the production and accumulation of minerals?

2023-01-31 12:25:48 UTC

Tectonic setting is important in the production and accumulation of minerals because of these reasons. First, mineral deposition is governed by geological processes driven by energy released at plate boundaries. Additionally, mineral deposits develop in specific tectonic environments that are controlled by plate tectonics. Lastly, the exploration of new mineral deposits can be based on the tectonic setting.

Source:
https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

Jay Marcus G. Sacramento
11-Mendel

How essential is the tectonic setting in the production and accumulation of minerals?

2023-01-31 12:29:50 UTC

Tectonic setting is the tectonic condition of a specific location on Earth. It describes whether the location is near a tectonic plate boundary or in a more interior position on the plate.

The importance of tectonic setting in the production and accumulation of minerals is that the mineral deposition are controlled by the geological process operating due to energy released at plate boundaries. Meaning, mineral deposition has a relationship with the tectonic setting of a location. Also, the energy released along plate boundaries results in volcanic and hydrothermal activities. These activities create the right conditions for many minerals to be concentrated.

Angeline A. Katipunan 11-Einstein

Source: https://www.geologyforinvestors.com/minerals-on-the-edge-plate-boundaries-and-minerals/https://www.geologyforinvestors.com/minerals-on-the-edge-plate-boundaries-and-minerals/

https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

How important is the tectonic setting in the production and accumulation of minerals?

2023-01-31 12:36:22 UTC

When two continents collide or when a chain of islands crosses a subduction zone, the approaching landmass may contain concentrations of minerals that were created at divergent borders or at subduction zones. Therefore, mineral deposits as well as minerals are created when rocks undergo extreme pressure-induced metamorphosis, which can be found in zones of collision. On occasion, during the collision of the land masses, pieces of the ocean floor become trapped. The mineral asbestos, used in many industries, is frequently present in these ocean floor fragments. The collision zones offer the widest range of prospects for discovering mineral resources since they still include the remains of various plate boundaries, including some ocean bottoms.

Giancarlo P. Villamor | 11 - Rutherford

How important is the tectonic setting in the production and accumulation of minerals?

2023-01-31 12:36:48 UTC

The tectonic setting contributes to the formation of one of the main factors as to why rocks and minerals are produced — Volcanoes. When there are rocks, there are minerals. The energy released along plate boundaries results in volcanic and hydrothermal activity that creates the right conditions for mineral concentration. Plate boundaries are also a way for deep-seated rocks from the mantle to find a way to the near-surface. And these rocks become the source of many of our largest mineral deposits. Plate boundaries and mineralization goes hand-in-hand in the prospect of how different boundaries produce varying mineral deposits.

source: https://www.geologyforinvestors.com/minerals-on-the-edge-plate-boundaries-and-minerals/

Aisha Darnayla | 11-Newton

How important is the tectonic setting in the production and accumulation of minerals?

2023-01-31 12:37:18 UTC

Plate tectonics provides an explanation for the distribution and growth of mineral and energy reserves, just like crustal evolution does. The tectonic setting strongly affects the type of rocks and minerals that occur and where they are placed, which has an impact on how minerals originate and accumulate. Plate tectonics and geological occurrences like earthquakes, volcanic eruptions, and mountain formation can cause minerals to originate and concentrate. For example, volcanic arcs, rift zones, and orogenic belts are typically linked to mineral resources. Understanding a region's tectonic setting can help in locating areas with a high potential for the development of mineral resources. As a result, the discovery and utilization of mineral resources are significantly influenced by the tectonic setting.
source
https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html
Steven Millare // 11 -Rutherford-Curie

How important is the tectonic setting in the production and accumulation of minerals?

2023-01-31 12:44:08 UTC

Plate tectonics, in accordance with geologyin, is comparable to crustal evolution, which aids in our comprehension of the distribution and genesis of mineral and energy reserves. The formation and buildup of minerals have numerous important ties with plate tectonics. In order to manage the process of mineral deposition, plate boundaries release energy that drives geological processes. Additionally, specific tectonic settings caused by tectonic plates can result in mineral deposits. The search of new mineral reserves can be aided by the restoration of shattered continents.

Mark Gabrielle S. Mayo | 11 - Rutherford

The importance of tectonic setting in the production and accumulation of minerals.

2023-01-31 12:57:29 UTC

The geological processes occur to the energy released at plate boundaries controlling the process of mineral deposition. Mineral deposits are formed in a particular tectonic setting governed by plate tectonics. The rate of plate tectonic movements varies with the changes in the production of mineral resources due to the shifting of plates. One example of this is rock formation; rock is a mineral and as we all know mineral is a naturally occurring substance. The movement of these plates can be the cause of the production and destruction of all three rock types. In conclusion, the tectonic setting is important because it depicts the position on a plate, and it is linked to the formation of geological features.

Ramos, Raven Jazwyllah M.

11- MENDEL

source: Tectonic Settings of Metal Deposits (geologyin.com)

How important is the tectonic setting in the production and accumulation of minerals?

2023-01-31 13:03:52 UTC

The tectonic setting has a clear correlation with the production and accumulation of such minerals. For instance, various mineral deposits form in specific tectonic settings which are governed by plate tectonics. The energy released by moving plate boundaries results in volcanic and hydrothermal activity that commence the different geological processes, like earthquakes and volcanoes, which also produce and accumulate such minerals. This results in a high concentration of minerals. The plate boundaries also serve as a gateway for the deep-seated rocks from the mantle to find a way to the near-surface. These rocks become the source of many of our largest mineral deposits. With the help of tectonic setting and plate tectonics, basically like crustal evolution, provides a basis for understanding the distribution and origin of mineral and energy deposits. That is the reason why minerals are distributed throughout certain parts of our planet.

Kurt Donnel B. Bulanhagui | 11-Rutherford

Sources:
https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html
https://www.geologyforinvestors.com/minerals-on-the-edge-plate-boundaries-and-minerals/

Tectonic Setting importance in the production and accumulation of minerals

2023-01-31 13:18:38 UTC

According to geologyin.com, plate tectonics, like crustal evolution, provides a basis for understanding the distribution and origin of mineral and energy deposits. Tectonic setting also acts to provide the characteristics of a volcanic eruption. Also, Mineral deposits form in particular tectonic settings which are governed by plate tectonic, and Reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits.

John Cedrick Zabala | 11-Mendel

2023-01-31 13:33:39 UTC

Similar to crustal evolution, plate tectonics provides a explanation for the distribution and development of mineral and energy reserves. The sort of rocks and minerals that are present and their location are strongly affected by the tectonic setting, which also affects the origin and accumulation of minerals. Minerals can arise and concentrate as a result of plate tectonics and geological events involving earthquakes, volcanic eruptions, and mountain construction. Mineral resources are typically associated with geological characteristics like volcanic arcs, rift zones, and orogenic belts. Finding regions with a high potential for the development of mineral resources can be helped by understanding the tectonic context of a particular region. As a result, the tectonic setting has a big impact as to how mineral resources are identified and used.
Lance Teddy A. Deyta
11-Curie-Einstein

How important is the tectonic setting setting in the production and accumulation ofminerals?

2023-01-31 13:36:01 UTC

Similar to crustal evolution, plate tectonics offers a foundation for comprehending the distribution and origin of mineral and energy resources. In any tectonic context, a number of conditions must be met in order for minerals to be produced and accumulated. these are the Deposits at the ocean ridges, deposits and the convergent plate margins, deposits and collision boundaries, deposits in the cratonic basins. These tectonic plates help support and produce minerals for humanity to improve.

Source: https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html?m=1

Raphael Isaac D. Tirana
11 - Mendel

Magma is brought to the Earth's surface by the forces of plate tectonics and mantle convection. In addition to burying organic material to generate fossil fuels, tectonic forces also exhume buried reservoirs to make them accessible for mining. When minerals are dissolved in water heated by magma bodies, they become precious ores when the water cools.

2023-01-31 14:06:16 UTC

http://eqseis.geosc.psu.edu/cammon/HTML/Classes/PhysicalGeology/Notes/Chapter16/P01.html#:~:text=The%20forces%20of%20mantle%20convection,as%20valuable%20ores%20upon%20cooling.

Lord Mckee S. Lindog | 11- Galilei

Tectonic setting in the production and accumulation of minerals

2023-01-31 14:11:01 UTC

Plate tectonics are the reason why minerals accumulate in the first place, in fact, plate boundaries create the perfect conditions in forming and accumulating minerals, since plate boundaries have high volcanic activity, of course there will be tons of accumulated minerals due to the heat. We can also say the same for hydrothermal ore deposits, since there are high amounts of hydrothermal activity that also creates the perfect conditions in order to accumulate minerals.

Source: https://www.geologyforinvestors.com/minerals-on-the-edge-plate-boundaries-and-minerals/

Seth B. Sasuman 11 - Mendel

Importance of the tectonic setting in the production and accumulation of minerals

2023-01-31 14:11:12 UTC

The relationship between plate tectonics and mineral deposits is significant in three ways: geological processes that operate as a result of energy released at plate boundaries control the mineral deposition process. Mineral deposits form in specific tectonic settings governed by plate tectonics.

What happens along plate boundaries has a big impact on mineral formation. The energy released along boundaries causes volcanic and hydrothermal activity, which creates the ideal conditions for the concentration of many minerals. Deep-seated rocks from the mantle can also find their way to the near-surface via plate boundaries. Many of our largest mineral deposits are formed as a result of these rocks.

The exploration geologist, on the other hand, is concerned with where plate boundaries were many hundreds of millions of years ago. It is easier to predict where regional mineralisation may occur today if we have a clear understanding of the location of ancient plate boundaries.

https://www.geologyforinvestors.com/minerals-on-the-edge-plate-boundaries-and-minerals/

Reyes, Arkinna Britney R.
11 - Mendel

Importance of Tectonic Setting

2023-01-31 14:11:33 UTC

Geological processes operating due to energy released at plate boundaries control the process of mineral deposition.
Mineral deposits form in particular tectonic settings which are governed by plate tectonics.
Reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits.

Yohanan Yael S. Montoya
11-Rutherford

Tectonic Settings of Metal Deposits (geologyin.com)

2023-01-31 14:13:33 UTC

Geological processes operating due to energy released at plate boundaries control the process of mineral deposition. Mineral deposits form in particular tectonic settings which are governed by plate tectonics. Reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits.

Source: https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

Maria Kiara T. Capistrano || 11-Einstein

The under brings something up!

2023-01-31 14:17:17 UTC

Tectonic setting here, tectonic setting that. You might be wondering what tectonic setting even is. Well, to define tectonic setting, it is the various tectonic conditions that occur at a specific location on Earth.

Tectonic activities help or may not help in the production and accumulation of minerals. For example, a tectonic activity may bring up minerals that have been buried for a long time — exposing them to mining capabilities. It may also bury some minerals that are already within our reach.

Tectonic setting is important because it enables us to produce minerals that are essential to our everyday lives.

refs: https://homework.study.com/explanation/what-does-tectonic-setting-mean.html#:~:text=Tectonic%20setting%20refers%20to%20the,interior%20position%20on%20the%20plate.

symmon jerom s. buenaventura
11 - curiegalilei

Tectonic setting: How is it related to the accumulation of minerals?

2023-01-31 14:23:05 UTC

The movement of the tectonic plates is usually linked with volcanic activity. As we all know, some minerals come from the cooling of magma, water dissolving minerals due to magma bodies, and the such. Depending on the abundance of volcanoes in a certain location, many minerals can be extracted from that certain location.

Because of these interrelated processes, we use the product as a part in our everyday lives.

references:
https://study.com/academy/lesson/plate-tectonics-and-the-location-of-mineral-deposits.html
http://eqseis.geosc.psu.edu/cammon/HTML/Classes/PhysicalGeology/Notes/Chapter16/P01.html#:~:text=The%20forces%20of%20mantle%20convection,as%20valuable%20ores%20upon%20cooling.

de Guzman, Rae Cassandra S.
11-Galilei

importance of tectonic setting in the production and accumulation of minerals

2023-01-31 14:30:43 UTC

Geological processes operating due to energy released at plate boundaries control the process of mineral deposition.
Mineral deposits form in particular tectonic settings which are governed by plate tectonics.
Reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits.

To sum it up, because of the tectonic setting it gives way to the accumulation of minerals. Without tectonic plates there's no collision or separation and tectonic plates gives rise to different geological processes like volcanic eruption that helps in accumulating minerals. With Tectonic setting or different specific conditions we come across different minerals that helps our society to advance.

Jalen Royce DC. Villamarin
11 - Mendel
source:
https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html#:~:text=Geological%20processes%20operating%20due%20to,exploration%20of%20new%20mineral%20deposits.

Importance of Tectonic Setting in Production and Accumulation of Minerals

2023-01-31 14:41:01 UTC

According to Geology In, plate tectonics, like crustal evolution, provides a basis for understanding the distribution and origin of mineral and energy deposits. The relationship of plate tectonics and mineral deposits is significant on three counts:

Geological processes operating due to energy released at plate boundaries control the process of mineral deposition.
Mineral deposits form in particular tectonic settings which are governed by plate tectonics.
Reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits.

Several requirements must be fulfilled in any tectonic setting for the production and accumulation of minerals.

Shania Vianelle S. Sampang
11 - Curie - Newton

Importance of tectonic setting in the production and accumulation of minerals

2023-01-31 14:44:49 UTC

Plate tectonics provides a basis for understanding the distribution and origin of mineral and energy deposits. The relationship of plate tectonics and mineral deposits is significant on three counts:

first, Geological processes operating due to energy released at plate boundaries control the process of mineral deposition. second, Mineral deposits form in particular tectonic settings which are governed by plate tectonics. and third, Reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits.

source: https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

Johanne Narice SE. Catindig
11- Newton

How important is the tectonic setting in the production and accumulation of minerals?

2023-01-31 14:59:40 UTC

Tectonic setting is very vital in the formation and accumulation of minerals. It has a relationship that goes hand in hand with how minerals are formed. It is important because:

Minerals are guided and mainly formed by geological processes that is operated by the energy that is being released from the plate boundaries.

It is also formed because of the plate tectonics involved in the tectonic setting.

Lastly, the discovery of new mineral reserves are based on the reconstruction of separated continents.

Marquez | 11-Einstein

Tectonic Setting in Mineral Production and Accumulation

2023-01-31 15:01:06 UTC

Since its creation, the planet has been gradually cooling. Aside from a more dramatic decline in temperature early in Earth's history, this cooling has been essentially steady. There have, however, been short-term fluctuations in the rates of tectonic activity or plate movement. The rate of plate motion is proportional to the pace of deposit formations. If one could increase plate tectonic motions, one might also increase the rate of mineral accumulation. Close relations of plate tectonics and mineral production are evident in these points. (1) Mineral deposition is controlled by geological processes that operate as a result of energy generated at plate borders. (2) Mineral deposits occur in specific tectonic conditions regulated by plate tectonics. (3) Reconstructing fragmented continents can provide a helpful foundation for the investigation of new mineral deposits.

Source: https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

Ken Matthew S. Gonzales | Mendel

Importance of Tectonic Setting in the Production and Accumulation of Minerals

2023-01-31 15:02:07 UTC

Similar to crustal evolution, plate tectonics offers a foundation for comprehending the distribution and origin of mineral and energy resources. Three factors make the connection between plate tectonics and mineral deposits important:

Mineral deposition is governed by geological processes driven by energy generated at plate borders.

Mineral deposits develop in certain tectonic environments that are controlled by plate tectonics.

The search of new mineral reserves can be based on the reconstruction of broken continents.

Source: https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html?m=1

Ianna Cassie A. Magsino
11-Mendel

Importance of tectonic setting in the production and accumulation of minerals

2023-01-31 15:18:24 UTC

According to geologyin, understanding the distribution and origin of mineral and energy resources is made possible by plate tectonics. Production and accumulation of minerals also heavily rely on how the tectonic plates move, just like Divergent Plate Margins and Convergent Plate Margins.

https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

Jullienne R. Agpaoa 11-Curie-Galilei

The importance of tectonic setting in the production of minerals

2023-01-31 15:19:24 UTC

As minerals and rocks are mostly and often formed from geological occurrences and tectonic setting is the conditions that affects a geological process of volcanic occurrence occurs, it is co-related. Tectonic setting tells you much about a certain place because it tells you where a magma chamber is below, forcing fossil fuels to be buried from a million years ago, heat enough to accumulate and make crystals and minerals, etc.

http://eqseis.geosc.psu.edu/cammon/HTML/Classes/PhysicalGeology/Notes/Chapter16/P01.html#:~:text=The%20forces%20of%20mantle%20convection,as%20valuable%20ores%20upon%20cooling.

Cruz, Winona Francine A.
Galilei

Importance of Tectonic Setting in The Production and Accumulation of Minerals

2023-01-31 15:34:26 UTC

Plate tectonics is responsible for distribution and knowing where energy and minerals form. The kinds of elements found in mineral deposits depend on what types of plate boundary is present. Metallic deposits like Iron, Zinc, and Copper are formed at divergent plate boundaries specifically at ocean ridges, while in convergent plate boundaries, precious metals like gold and silver are found. I think that it is important as we, humans that need mineral resources can have hints/clues of where to find what we need by means of tectonic plates.

Source:
www.geologyin.com

George C. Villasfer II | 11-Newton

Importance of Tectonic Setting in the Production and Accumulation of Minerals

2023-01-31 15:38:34 UTC

The process of mineral deposition is controlled by geological processes that are powered by energy generated at plate borders. Plate tectonics controls the formation of mineral deposits in specific tectonic environments. A helpful starting point for the investigation of new mineral reserves can be provided by the reconstruction of broken continents.

Plate subduction, volcanic eruptions, and sea bottom spreading are all caused by moving plates. The convection in the Earth's mantle is what allows the plates to move during these processes. All three rock types are produced and destroyed at different rates depending on the speed of plate tectonic processes.

Magma is brought to the Earth's surface via plate tectonics and mantle convection processes. Additionally, the tectonic forces bury biological material to create fossil fuels and exhume buried reservoirs to make them accessible for extraction. Water heated by magma bodies dissolves minerals, which then form precious ores when cooled.

Earth's minerals and commodities are essential to supporting the enormous global population. To comprehend and locate mineral resources, we need the field of study known as geoscience. The concentration of minerals into ore that humans can use to meet our needs is the result of igneous, sedimentary, and metamorphic processes. The interactions of the tectonic plates and those between the plates and the hydrosphere lead to these processes. We research these natural interactions and geologic processes to correlate dynamic activity with the distribution of natural resources in order to locate our required resources. We use this knowledge to analyze rocks in order to interpret a region's geologic past. We gauge a region's potential for mineral wealth by looking at its past. Because of this, we pay people to do it.

Many scientists, especially those who work in academic institutions, have varied motivations for researching nature. Perhaps best putting it was Cicero (106 BC – 43 BC):

"Nature has sown an unquenchable need for the truth in our minds."

We merely desire to understand Earth's functioning and our place within it.

Anonuevo 11-Curie; Galilei

How does earth movements aid in the accumulation valuable minerals?

2023-01-31 15:46:11 UTC

Plate tectonics are the drivers of our geologic processes. Therefore, it makes accumulation of valuable minerals possible, rendering them accessible to mining or production.

The forces of mantle convection and plate tectonics bring magma to the surface of the earth. Techtonic forces also bury organic matter from the remains of plants and animals which constitutes the fossil fuels that we use today. Magma heats up liquids which dissolves minerals, which then precipitates as valuable ores as they cool.

http://eqseis.geosc.psu.edu/cammon/HTML/Classes/PhysicalGeology/Notes/Chapter16/P01.html#:~:text=The%20forces%20of%20mantle%20convection,as%20valuable%20ores%20upon%20cooling.

Althea Hyacinth Q. Ponesto | Grade 11 - Galilei

How important is the tectonic setting in the production and accumulation of minerals?

2023-01-31 15:47:54 UTC

As stated by the site geologyforinvestors, "The energy released along plate boundaries results in volcanic and hydrothermal activity that creates the right conditions for mineral concentration. Plate boundaries are also a way for deep-seated rocks from the mantle to find a way to the near surface. These rocks become the source of many of our largest mineral deposits."

Some examples listed include the divergent plate boundaries, subduction zones, collision boundaries, and transform faults. An example of divergent plate boundary is the splitting apart of the seafloor, the activity results in sulphides and metalliferous sediments. In subduction zones, an oceanic plate is forced under another which results in a source for both heat and minerals to form mineral deposits. Next is the collision boundary, this is where two crustal plates collide, this doesnt cause the formation of mineral deposites but only expose mineralisation. Lastly, transform faults, in transform faults no plates are being forced so mineralisation is only at a small scale.

Source: Minerals on the Edge – Plate Boundaries and Minerals | Geology for Investors

Leus Tabornal | Rutherford

Tectonic settings and minerals

2023-01-31 16:06:20 UTC

The geological processes happening due to the released energy at plate boundaries controls the process of mineral production, deposition, and accumulation. Minerals deposits forms in specific/particular tectonic settings which are controlled by plate tectonics. The forces of both mantle convection and tectonic settings brings magma to the Earth’s surface. Mineral deposits usually happens or are located in tectonic plate boundaries which gives us an overview of why it is important in minerals.

https://study.com/academy/lesson/plate-tectonics-and-the-location-of-mineral-deposits.html

Rivas, Elisha Nicole B. | 11-Mendel

Tectonic Setting

2023-01-31 16:11:47 UTC

Because of Tectonic Setting, Igenous, Metamorphic, and Sedimentary rocks are able to be found over time and if those rocks are found, that also means that minerals can be found because of Tectonic Setting. So over time, because of Tectonic Setting, we are able to produce and accumulate many types of minerals across the years and the minerals that we are producing also varies because of Tectonic Setting.

Justice B. Tiamson | 11-Einstein

How does earth movements aid in the accumulation of minerals?

2023-01-31 16:18:30 UTC

Plate tectonics drive geological processes such as subduction, and abduction. These processes produce plate boundaries, which are abundant with minerals. These minerals are formed through the rock cycle processes that are abundant in the plate boundaries. The plates also tend to bury organic matter which, under pressure and heat, turns into fossil fuels.

http://eqseis.geosc.psu.edu/cammon/HTML/Classes/PhysicalGeology/Notes/Chapter16/P01.html#:~:text=The forces of mantle convection,as valuable ores upon cooling

- Miguel Antonio N. Purisima | 11 - Galilei

2023-01-31 16:39:20 UTC

Tectonic setting aids in the accumulation of minerals. It occurs when two plates interact by subduction or abduction which results in the accumulation of minerals. Molina 11-galilei

How important is the tectonic setting in the production and accumulation of minerals?

2023-01-31 16:57:27 UTC

Tectonic setting refers to the different tectonic conditions present at a particular location on Earth. It describes whether somewhere is near a tectonic plate boundary or in a more interior position on the plate.

In an article by Geology In, it was stated that plate tectonics, like crustal evolution, provides a basis for understanding the distribution and origin of mineral and energy deposits. The relationship of plate tectonics and mineral deposits is significant on 3 points:
- Geological processes operating due to energy released at plate boundaries control the process of mineral deposition.
- Mineral deposits form in particular tectonic settings which are governed by plate tectonics.
- Reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits.

There are different tectonic settings, and it is important as it allows the production and accumulation of various mineral deposits. These settings are also involved in the reconstruction of fragmented continents, which, as stated above, can provide a useful basis in exploring new mineral deposits.

Aisley Keith B. Medina
11 - Curie - Newton

Tectonic Setting

2023-01-31 21:02:44 UTC

The various tectonic conditions that are present at a specific spot on Earth are referred to as the tectonic setting. It indicates whether a location is close to a tectonic plate boundary or is farther inside the plate.

As the six setting (cratons, hot spots, divergent boundaries, ocean basins, convergent boundaries, and transform boundaries) occur, they build different sources of minerals like volcanoes and mountains. By forming of these different setting, the accumulation of minerals are getting higher. As mountains and volcanoes are the most found places that we could extract and found minerals.
Aurick Dwayne C. Oliveros | 11-Galilei

https://homework.study.com/explanation/what-does-tectonic-setting-mean.html

2023-02-01 00:04:33 UTC

Three factors make the connection between plate tectonics and mineral deposits significant: Geological processes that are driven by energy generated at plate boundaries regulate the mineral deposition process. Mineral deposits develop in certain tectonic environments that are controlled by plate tectonics.

Mangmang, Stephanie Gwen R. || 11 - Galilei

Tectonic Setting

2023-02-01 00:07:04 UTC

The geological processes due to energy released at plate boundaries is what's responsible for controlling the process of mineral deposition. Mineral deposits occur at tectonic plates which are responsible for particular tectonic settings that these mineral deposits need.

Specific metallic deposits form at different plate tectonics. For example, Iron, Copper, Zinc, Lead, Gold, and Silver form at the deposits at Oceanic Ridges. There are also other mineral deposits that can form at Convergent Plate Margins, Collision Boundaries, Cratonic Rift Systems, and Cratonic Basins.

https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html?m=1#:~:text=Geological%20processes%20operating%20due%20to,exploration%20of%20new%20mineral%20deposits.

Oliveros, Mariel M. | 11 - Newton

Calderon, Ehra Amika G.

2023-02-01 02:34:27 UTC

Mineral deposition is controlled by geological processes that operate as a result of energy released at plate boundaries. Mineral deposits form in specific tectonic settings governed by plate tectonics. Rebuilding fragmented continents can provide a useful foundation for the exploration of new mineral deposits.

The Tectonic Significance

2023-02-01 02:45:10 UTC

The recent emergence of rare earth elements (REE) as critical metals for modern technology has fueled global efforts to locate new REE orebodies. These orebodies have now been identified in a variety of geological settings around the world (Weng et al., 2013, Weng et al., 2015; Van Gosen et al., 2017), but very few are currently being mined for REE.

Recent studies, in particular, have used the geochronological and geochemical/isotopic archives of REE ore minerals such as monazite, xenotime, and apatite to determine metal sources as well as the temporal and geodynamic setting of ore formation (e.g., Downes et al., 2016; Huston et al., 2016; Spandler and Morris, 2016; Nazari-Dehkordi et al., 2018, Nazari-Dehkordi et al., 2020). Because these ore minerals are frequently subject to hydrothermal or tectonic resetting/recrystallisation, they may record geological activity that predates primary ore formation (e.g., Schoneveld et al., 2015; Anenburg et al., 2018; Slezak and Spandler, 2019).

This focuses on the geological evolution of the deposits, with an emphasis on their tectonic setting of formation and subsequent tectonic/hydrothermal activity. We show that REE ore deposits can be effective records of tectonic events, including far-field tectonic activity that is not well preserved in the nearby rock units. We also look for similarities in the Australian and global records of REE mineralization, which leads us to believe that REE orebodies could help us understand the geological evolution of continental interiors over long time scales.

https://doi.org/10.1016/j.earscirev.2020.103219

CERVANTES, JAOSCH MARCELL V.
11 - CURIE - GALILEI

THE TECTONIC SIGNIFICANCE

2023-02-01 02:50:56 UTC

The recent emergence of rare earth elements (REE) as critical metals for modern technology has fueled global efforts to locate new REE orebodies. These orebodies have now been identified in a variety of geological settings around the world (Weng et al., 2013, Weng et al., 2015; Van Gosen et al., 2017), but very few are currently being mined for REE. Currently, China supplies the majority of the world's REE, but Australia is emerging as a major alternative supplier, with two operations (Mount Weld and Browns Range) in operation and several advanced projects that are expected to supply REE products in the near future.

Recent studies, in particular, have used the geochronological and geochemical/isotopic archives of REE ore minerals such as monazite, xenotime, and apatite to determine metal sources as well as the temporal and geodynamic setting of ore formation (e.g., Downes et al., 2016; Huston et al., 2016; Spandler and Morris, 2016; Nazari-Dehkordi et al., 2018, Nazari-Dehkordi et al., 2020). Because these ore minerals are frequently subject to hydrothermal or tectonic resetting/recrystallisation, they may record geological activity that predates primary ore formation (e.g., Schoneveld et al., 2015; Anenburg et al., 2018; Slezak and Spandler, 2019).

This focuses on the geological evolution of the deposits, with an emphasis on their tectonic setting of formation and subsequent tectonic/hydrothermal activity. We show that REE ore deposits can be effective records of tectonic events, including far-field tectonic activity that is not well preserved in the nearby rock units. We also look for similarities in the Australian and global records of REE mineraliZation, which leads us to believe that REE orebodies could help us understand the geological evolution of continental interiors over long time scales.

https://doi.org/10.1016/j.earscirev.2020.103219

CERVANTES, JAOSCH MARCELL V.
11 - CURIE - GALILEI

how important is the tectonic setting in the production and accumulation of minerals

2023-02-01 04:08:26 UTC

There are chemical geological processes that occur around the plates that move above the asthenosphere. These processes happen to eventually form mineral deposits in which we can derive valuable minerals from.
For instance, when plates pull apart from each other, a divergent boundary is formed. As they full farther apart from each other, the heavier plate that meets convergently with another subducts into the asthenosphere where it gets heated and melted eventually forming magma chambers. These magma chambers can cause accumulation of minerals in deposits such as magmatic ore deposits and hydrothermal deposits.

alasco, keara

How important is the tectonic setting in the production and accumulation of minerals?

2023-02-01 04:59:43 UTC

It is essential. The interaction between these plate boundaries is critical for mineral formation. Because the energy produced along plate boundaries results in volcanic and hydrothermal activity that creates the right conditions for mineral concentration. Plate boundaries also allow deep-seated rocks from the mantle to find a way to the near-surface. These rocks become the source of many of our largest mineral deposits.

Each plate boundary has its form of mineralization. Like for divergent boundaries where the seafloor splits apart, then the hydrothermal activity causes deposits of both sulfides and metalliferous sediments along flanks of ridges. In convergent boundaries, there is far less hydrothermal activity. So, rather than directly causing the formation of mineral deposits, convergent plate boundary will expose a variety of mineralization created elsewhere, displaced, and then uplifted by the moving plate. And in Transform plate boundary, there is a little hydrothermal activity, so the mineralization that occurs tends to be localized and in small scale.

Lastly, minerals can form in the Subduction Zones. It is where one oceanic plate is forced progressively under another. This creates a source of both heat and minerals that result in a wide variety of mineral deposits like copper, lead, gold, silver, and more.

SOURCE:
- https://www.geologyforinvestors.com/minerals-on-the-edge-plate-boundaries-and-minerals/
- https://slideplayer.com/slide/4526334/

Julie Andrea M. Robles | 11 - MENDEL

How important is the tectonic setting in the production and accumulation of minerals?

2023-02-01 11:13:14 UTC

Tectonic setting is very important in he production and accumulation of minerals because in different tectonic settings like divergent plate at oceanic ridges, convergent plate margins and etc. There are different types of minerals formed, for example metallic deposits at convergent plate margins and the reason is because of geological process operating due to the heat of plate boundaries that control the mineral deposits, like in convergent plate margins. Different plate setting also produced different chemicals that have an effect in mineral type and number of accumulation.

Source: https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html#

Angelica Cabansag| 11-Einstein

How important is the tectonic setting in the production and accumulation of minerals?

2023-02-01 12:04:34 UTC

The tectonic setting is important for mineral production and accumulation because it provides a diverse range of minerals for use. Mineral deposition is controlled by geological processes that operate as a result of energy released at plate boundaries. Mineral deposits form in specific tectonic settings that are controlled by plate tectonics. Rebuilding fragmented continents can lay the groundwork for the discovery of new mineral deposits. This allows us to use a variety of minerals for specific purposes.

- Tanawan, 11-Newton

In, Geology. “Tectonic Settings of Metal Deposits.” Geology In. Accessed February 1, 2023. https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html#:~:text=Geological%20processes%20operating%20due%20to,exploration%20of%20new%20mineral%20deposits

How important is the tectonic setting in the production and accumulation of minerals?

2023-02-01 12:20:41 UTC

The movements of tectonic plates bury organic matter and at the same time brings magma to the surface making it accessible for mining. As the magma bodies heat water that dissolves minerals, it's precipitation of valuable minerals come out once cooled. This process also contributes to the creation of mineral deposits, as the reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits.

Katrina Lauren T. Manalili | 11-Rutherford

Importance of The Tectonic Setting

2023-02-01 12:22:20 UTC

As Plate Tectonics play a role in the development and formation of different types of rocks. They also help in regulating the formation and concentration of different minerals. The tectonic settings visualizes and shows how different kinds and types of minerals can accumulate depending on the geological activity. For example, Divergent Plate Boundaries that result in Mid-ocean ridges result in magma being uplifted to the ocean floor and is then cooled resulting in Volcanogenic massive sulfide deposits. So this shows that the tectonic settings regulate the formation of minerals driven by certain geological processes.

https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

Randie Ferdinand F. Rafin | 11-Galilei

How important is the tectonic setting in the production and accumulation of minerals?

2023-02-01 12:38:02 UTC

Tectonic setting is important especially in the production and accumulation of minerals since it is an essential feature to control the location of mineral deposits. This could be also used to identify minerals.

Llana Daniella R. Botin | 11-Galilei

How important is the tectonic setting in the production and accumulation of minerals?

2023-02-01 13:53:36 UTC

Plate tectonics offers a starting point for comprehending the distribution and origin of mineral and energy reserves. According to geologyin, there are three important reasons on why there is a correlation between plate tectonics and mineral formations. First off, the energy generated at plate borders stimulates geological processes that influence mineral deposition. In certain tectonic settings that are governed by plate tectonics, mineral deposits typically develop. The restoration of fractured continents can also serve as a helpful basis for the search for undiscovered mineral deposits. The development and accumulation of mineral deposits are influenced significantly by tectonic settings.

source:
https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

Pederio, Ericka S.
11 - Curie/Rutherford

The importance of tectonic setting in the production and accumulation of minerals.

2023-02-01 14:23:09 UTC

Tectonic setting plays a huge role in the formation of minerals. Within this area, minerals are concentrated as plate tectonics are unstable, and have more access to our mantle. The tectonic setting is where energy is released and therefore minerals are created here as the conditions are perfect for its formation. Not to mention, plate boundaries can also act as a gate or escape to the minerals from the mantle.

World is such an amazing place. Without these tectonic settings, there will be fewer concentrations of minerals that are used everywhere that eases our work to do.

Jenard Latorre || 11-Galilei

The significance of tectonic setting in the production and accumulation of minerals.

2023-02-01 15:05:59 UTC

The production, accumulation, and variety of minerals within a given surface area are all influenced by plate tectonics, which also acts as a driving force behind these processes. Volcanic activity is fueled by plate tectonics, which is connected to a region's mineral production. Magma concentrates heavy metals at both divergent boundaries and subduction zones, where they are later further concentrated by hydrothermal fluids in the Earth. For the production of minerals, what happens along plate tectonics is essential. The energy released along borders causes volcanic and hydrothermal activity, which makes the ideal environment for the concentration of several minerals. Deep-seated rocks from the mantle can also reach the near-surface through plate tectonics.

https://www.geologyforinvestors.com/minerals-on-the-edge-plate-boundaries-and-minerals/

Ayesha V. Vergara | 11-Mendel

How important is the tectonic setting in the production and accumulation of minerals?

2023-02-01 15:37:59 UTC

Tectonic setting plays a huge role in the accumulation and production of minerals. Due to the energy released at plate boundaries, it controls the process of mineral deposition.
Several requirements must be fulfilled in any tectonic setting for the production and accumulation of minerals:
1) Deposits at Oceanic Ridges (Divergent Plate Margins)
2) Deposits at Convergent Plate Margins
3) Deposits at Collision Boundaries
4) Deposits in Cratonic Rift Systems
5) Deposits in Cratonic Basins

Trisha Padlan | 11-Curie/Newton

How important is the tectonic setting in the production and accumulation of minerals?

2023-02-01 16:54:43 UTC

Plate tectonics are critical for mineral formation and accumulation since they are the driving force behind these phenomena. What happens along plate boundaries is vital for mineral formation. The energy released along borders causes volcanic and hydrothermal activity, which offers the ideal circumstances for the concentration of various minerals.

Reference:
Sowerbutts, L. (2013, August 12). Minerals on the Edge – Plate Boundaries and Minerals. Mineralisation and Plate Boundaries. Retrieved February 2, 2023, from https://www.geologyforinvestors.com/minerals-on-the-edge-plate-boundaries-and-minerals/

Bambalan, Cyriz Fate M.
11-Curie-Mendel

Tectonic Setting: The Earth-shaking Setting

2023-02-01 17:26:37 UTC

The tectonic setting describes the tectonic condition at a particular place on Earth. It determines whether the plate is near or distant from a plate boundary. However, how significant is this tectonic setting in the production and accumulation of minerals?

Together with tectonic plates and their movements, the tectonic setting provides primary info on a mineral's origin, distribution, and lodging. First, the tectonic plates' movement laid the groundwork. The tectonic plates decide where the minerals will be located as they progress and recycle through their faults; hence, abundant minerals can be found everywhere underground, like scattered stars underneath us. The tectonic setting then follows. Due to this factor, some minerals are more prevalent in a particular place than others. It specifies the area where minerals will be temporarily placed.

Simply said, the tectonic setting serves as a "landmark" for certain minerals' placements. It helps pinpoint the position of the production and accumulation of minerals. So next time...when conversing about minerals, think of this new, earth-shaking knowledge of the tectonic setting.

Sources:
https://homework.study.com/explanation/what-does-tectonic-setting-mean.html#:~:text=Tectonic%20setting%20refers%20to%20the,interior%20position%20on%20the%20plate.

https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

Kharl Anfernie M. Opeñano
_11-Galilei

How important is the tectonic setting in the production and accumulation of minerals?

2023-02-01 17:49:51 UTC

Before we talk about the importance of tectonic setting in the production and accumulation of minerals, let us define tectonic setting first. According to homework.study, tectonic setting refers to the different tectonic conditions present at a particular location on Earth. It describes whether somewhere is near a tectonic plate boundary or in a more interior position on the plate.

Then, why is it important for the accumulation of minerals? According to geologyforinvestors, what happens along plate boundaries is critical for mineral formation. The energy released along boundaries causes volcanic and hydrothermal activity, which makes the ideal environment for the concentration of several minerals. Deep-seated rocks from the mantle can also find their way to the near-surface through plate boundaries. We get many of our major mineral deposits from these rocks. And according to geologyin, plate tectonics, like crustal evolution, provides a basis for understanding the distribution and origin of mineral and energy deposits. The relationship between plate tectonics and mineral deposits is significant on three counts:
- Geological processes operating due to energy released at plate boundaries control the process of mineral deposition.
- Mineral deposits form in particular tectonic settings, which are governed by plate tectonics.
- Reconstruction of fragmented continents can provide a useful basis for the exploration of new mineral deposits.

Sources:
https://www.geologyforinvestors.com/minerals-on-the-edge-plate-boundaries-and-minerals/
https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html
https://homework.study.com/explanation/what-does-tectonic-setting-mean.html#:~:text=Tectonic%20setting%20refers%20to%20the,interior%20position%20on%20the%20plate.

Karrylle Hazel Anne M. Yson
11 - Newton

2023-02-02 11:19:18 UTC

Geological processes operating due to energy released at plate boundaries control the process of mineral deposition.
Mineral deposits form in particular tectonic settings which are governed by plate tectonics.
Reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits.

Without these tectonic activities, minerals that are relevant these days would not be accessible.

Shra Nicole L. Parungao | 11-Newton

Tectonic Setting

welchallynvocal — 2023-02-02 12:24:24 UTC

Tectonic settings are crucial in mineral production and accumulation since they provide a basis for understanding the distribution and origin of mineral and energy deposits. Furthermore, its significance is rooted in the fact that geological processes operating due to energy released at plate boundaries control the process of mineral deposition. At the same time, mineral deposits form in particular tectonic settings governed by plate tectonics. Lastly, the reconstruction of fragmented continents can provide a valuable basis for the exploration of new mineral deposits. Based on these points, tectonic settings give us the knowledge of where and what minerals to find in a specific tectonic setting.

Welch Allyn F. Vocal
^{11-Rutherford}

How important is the tectonic setting in the production and accumulation of minerals?

2023-02-02 12:25:21 UTC

Understanding the distribution and origins of minerals and energy resources is based on plate tectonics and crustal development. Three factors make the relationship between plate tectonics and mineral deposits important:

1.) Geological processes are fueled by energy released at plate borders to generate mineral deposits.

2.) Plate tectonics and the particular tectonic context have an impact on the creation of mineral deposits.

3.) Through plate tectonics, it is possible to reconstruct shattered continents and find new mineral reserves.

https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

Mark Aeron S. Magwili
11-Rutherford

Tectonic Setting

2023-02-02 12:38:00 UTC

The concept of plate tectonics describes how the various portions of the Earth's crust move and float on the mantle's molten rock. Many of the Earth's geological features are the result of activity at the planet's borders and special mantle characteristics in certain places.

It is important because magma is brought to the Earth's surface by the forces of plate tectonics and mantle convection. In addition to burying organic material to generate fossil fuels, tectonic forces also exhume buried reservoirs to make them accessible for mining. When minerals are dissolved in water heated by magma bodies, they become precious ores when the water cools. Also because of it, the Earth is now habitable. We can't survive underwater, therefore it created the continents on which we now reside. Volcanoes are produced when plates clash and subduct, generating magma. We believe that numerous cycles of this process created the continents.

Source:
https://ec.europa.eu/research-and-innovation/en/horizon-magazine/qa-plate-tectonics-fundamental-understanding-earths-evolution-big-questions-remain#:~:text=It%20is%20what%20made%20the,is%20what%20built%20the%20continents.
https://www.earthquakeauthority.com/Blog/2020/Understanding-Plate-Tectonic-Theory#:~:text=It%20explains%20the%20earth's%20surface,a%20vital%20element%20for%20life.
https://www.earthquakeauthority.com/Blog/2020/Understanding-Plate-Tectonic-Theory#:~:text=It%20explains%20the%20earth's%20surface,a%20vital%20element%20for%20life.

Miranda, Javen Ashlee C.
G11 - Galilei

Tectonic Setting

2023-02-02 16:27:42 UTC

According to Geologyin.com, tectonic setting is important and is a significant factor for the production and accumulation of minerals becauseof various reasons. Some mineral deposits form in particular tectonic settings, leaving it slightly easier to find concentrated patches of minerals. Geological processes also occur due to energy released at plate boundaries, this controlling the process of mineral disposition. The study and observation of tectonic plates make it easier to explore and collect minerals for our consumption.

ATILANO, LEANNE B. || 11 : Curie - Einstein

How important is the tectonic setting in the production and accumulation of minerals?

2023-02-02 17:30:54 UTC

Similar to crustal evolution, plate tectonics offers a foundation for comprehending the distribution and origin of mineral and energy resources. According to Geologyin's website, there are three known factors that make the connection between plate tectonics and mineral deposits essential:

1. Mineral deposition is governed by geological processes driven by energy generated at plate borders.
2. Mineral deposits develop in certain tectonic environments that are controlled by plate tectonics.
3. The reconstruction of broken continents can serve as a valuable starting point for the search for new mineral reserves.

Source:
https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

Seane Villamarin | 11-Newton

Tectonic Setting & its importance in the production & accumulation of minerals

2023-02-02 21:26:57 UTC

Tectonic setting is vital to the production & accumulation of minerals. It is also important in providing a basis for understanding the distribution & origin of minerals & energy deposits.

The link between plate tectonics & mineral deposits has three main significances:

1. Geological processes operating due to energy released at plate boundaries control the process of mineral deposition.

2. Mineral deposits form in particular tectonic settings which are governed by plate tectonics.

3. Reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits.

To summarize, the processes that happen in the different plate tectonics is crucial to mineral production because these processes essentially control mineral formation. Tectonic settings are also where deposits are formed, which is why by having the knowledge of plate tectonics & its relationship with minerals & its deposits can help us discover more deposits.
Without tectonic settings, mineral deposits would not be formed & the important minerals that we use to create different things like appliances that are important in our daily lives would not be made. Humanity's technological advancements may have been slowed significantly if not for the tectonic settings & its role in mineral production & accumulation.

Sources:
https://www.google.com/url?sa=i&url=https%3A%2F%2Fwww.geologyin.com%2F2014%2F05%2Ftectonic-settings-of-metal-deposits.html&psig=AOvVaw3Hnzt3CnBYjzVOuicASbjj&ust=1675459432684000&source=images&cd=vfe&ved=0CBEQjhxqFwoTCKj7sPXi9_wCFQAAAAAdAAAAABAQ

Arwen Tabalina || 11-Newton

significance of tectonic setting in the production and accumulation of minerals

2023-02-03 00:33:57 UTC

Tectonic setting is crucial in the production, accumulation, and distribution of minerals, specifically metal deposits. Plate boundaries also play a significant role in some of the formation of our planet’s geological makeup.

For example, magmatic arcs produce more metal deposits such as copper, gold, silver, tin, lead, mercury, and molybdenum, as well as porphyry, and vein type deposits as it is exposed to hydrothermal systems which are responsible in the production of precious metals and base metal deposits. In addition, subduction zones produce chromium and are responsible for the production of magmatic ore deposits.

Having said that, we can truly say that plate tectonics, plate boundaries, and tectonic settings are concentration and distribution of minerals.

Deciar, James Darius D. || 11 Einstein

2023-02-03 05:58:51 UTC

The tectonic setting is the primary factor that controls the lithology, chemistry, and the preservation of sediment accumulations in their respective depocenters, which are the sedimentary basins. It recognizes 26 different types of basins and classifies basins according to whether they are associated with divergent, interplate, convergent, transform, or hybrid settings. Even though this classification does not take into account the full complexity of natural systems, it does imply that basins associated with transform and convergent boundaries are more susceptible to destruction than basins associated with divergent and intraplate settings, particularly basins formed on continental crust. This is especially true for basins that were formed on continental crust.

Kate Christine T. Laurenciano || 11-Einstein

Importance of Tectonic Setting in the Production and Accumulation of Minerals

2023-02-04 02:36:59 UTC

Geological processes operating due to energy released at plate boundaries control the process of mineral deposition.
Mineral deposits form in particular tectonic settings which are governed by plate tectonics.
Reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits.

There are also several requirements must be fulfilled in any tectonic setting for the production and accumulation of minerals. A number of tectonic settings meet these requirements:

I. Deposits at Oceanic Ridges (Divergent Plate Margins)
II. Deposits at Convergent Plate Margins
III. Deposits at Collision Boundaries
IV. Deposits in Cratonic Rift Systems
V. Deposits in Cratonic Basins

Sources:
https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

Daphne Nicole C. Crisolo
11- Newton

How important is the tectonic setting in the production and accumulation of minerals?

cabigaoac_olps — 2023-02-04 08:45:28 UTC

There are 3 main ways plate tectonic activity relates to ore deposits. Firstly, geological processes that concentrate minerals and elements of rocks in a particular area are facilitated by the energy produced by tectonic activity. Not only that but the precipitation of these minerals is governed by plate activity. And lastly, the placements of tectonics are useful for the discovery of new minerals. As we’ve learned from the previous lessons, plate tectonic activity plays a vital role in the rock cycle, likewise, it plays the same vital role for mineral ore deposits since it is directly related to geologic activities. As for the placement of these plates, it's closely related to the activity that it produces. For example, minerals like tin, tungsten, bismuth, and copper are more abundant in continental crusts. While copper, zinc, and lead are more common in fore-arc basins since water is also an important factor for these minerals. To sum it up the tectonic setting is a result of tectonic activity, likewise, the geologic activity that precipitates these minerals is also a result of tectonic activity. Without the difference in tectonic setting, geological activities won’t occur and we wouldn’t have a wide variety of minerals as well as the abundance of it in certain mineral deposits.

Reference:

Ashley Cayle Niña T. Cabigao | 11 - Mendel Curie

All about Tectonic Setting in the Production and Accumulation of Minerals

2023-02-04 10:57:20 UTC

Are there even any needs to overthink what's beneath us?
Have you ever wondered how deep can a human dig beneath soils? As we all know, some minerals ban be found deep under beneath us, but how did they even form?

Tectonic settings play a huge role in accumulating minerals. Plate tectonics form mountains, ridges, faults and trenches by plates moving against or apart each other, and one moving up against another. Now due to these boundaries, the energy released forms a volcanic and hydrothermal activity for minerals to be concentrated the way they are.

Now we're on the topic, how are tectonic and mineral deposits related? According to GeologyIn, the relationship of plate tectonics and mineral deposits is significant on three counts:

Geological processes operating due to energy released at plate boundaries control the process of mineral deposition.
Mineral deposits form in particular tectonic settings which are governed by plate tectonics.
Reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits.

There must be something needed for minerals to accumulate, how can they even form? GeologyIn also listed the requirements for the production and accumulation of minerals:

Deposits at Oceanic Ridges (Divergent Plate Margins)
Deposits at Convergent Plate Margins
Deposits at Collision Boundaries
Deposits in Cratonic Rift Systems
Deposits in Cratonic Basins

^{https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html
https://www.geologyforinvestors.com/minerals-on-the-edge-plate-boundaries-and-minerals/}

MACULANGAN, Chriszelle Joyce A.
11 - Rutherford

Tectonic Setting: Its Importance in the Production and Accumulation of Minerals

2023-02-04 12:39:08 UTC

Tectonic settings is important in the process of production and
and production of accumumulation of minerals. In these settings,
there are different circumstances depending on the type of plate boundaries,
and this circumstance determine what kind of mineral will be
produced in a certain area. For example. based on the picture,
copper and zinc are found in mid-ocean ridge, while in oceanic crust,
we can find manganese, cobalt, and nickel. We can see that
the location or settings affects the production and accumulation.
This just shows how important tectonic setting is.

Hacel F. Campana | 11-Curie-Mendel

Tectonic Setting of Mineral Deposits

2023-02-05 01:19:15 UTC

Tectonic setting plays an important role in the formation of minerals. Plate tectonic form ridges, mountains, trenches, and faults when the plates move towards and away from each other. Now the forces of mantle convection and plate tectonics bring magma to the Earth's surface. The tectonic forces also bury organic matter to form fossil fuels and exhume buried reservoirs, rendering them accessible to mining. Water heated by magma bodies dissolves minerals, which precipitate out as valuable ores upon cooling.
According to GeologyIn, the relationship of plate tectonics and mineral deposits is significant on three counts:
• Geological processes operating due to energy released at plate boundaries control the process of mineral deposition.
• Mineral deposits form in particular tectonic settings which are governed by plate tectonics.
• Reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits.
GeologyIn also stated the requirements for the production of minerals:
I. Deposits at Oceanic Ridges
II. Deposits at Convergent Plate Margins
III. Deposits at Collision Boundaries
IV. Deposits in Cratonic Rift Systems
V. Deposits in Cratonic Basins

Enrico Lagarejos 11-Rutherford

Tectonic Setting and Minerals: What is their relationship?

2023-02-05 13:08:55 UTC

One of the key reasons why tectonic setting is important in the accumulation of minerals is that the forces of mantle convection and plate tectonics bring magma to the surface, which is then the reason why the rock cycle exists to formulate minerals.

The relationship between tectonic setting and minerals is significant for three reasons:

Geological processes operating due to energy released at plate boundaries control the process of mineral deposition.
Mineral deposits form in particular tectonic settings, which are governed by plate tectonics.
Reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits.

Although tectonic plates are significant for mineral accumulation, there are specific requirements to be able to formulate minerals, which are:

Deposits at Oceanic Ridges (Divergent Plate Margins)
Deposits at Convergent Plate Margins
Deposits at Collision Boundaries
Deposits in Cratonic Rift Systems
Deposits in Cratonic Basins

In the end, if it weren’t for the movement of plate tectonics, we wouldn’t have minerals existing today. And by that thought alone, we can already say that tectonic setting is important to the formulation of minerals.

https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

http://eqseis.geosc.psu.edu/cammon/HTML/Classes/PhysicalGeology/Notes/Chapter16/P01

DIZON, Michaela Cyd T.
11 - Rutherford

How important is the tectonic setting in the production and accumulation of minerals?

2023-02-05 13:46:31 UTC

According to geologyin.com, Understanding the distribution and origin of mineral and energy resources is made possible by plate tectonics. There are three reasons why the connection between plate tectonics and mineral deposits is important.

Mineral deposition is regulated by geological processes driven by energy generated at plate borders.

Mineral deposits develop in certain tectonic environments that are controlled by plate tectonics.

The search of new mineral reserves can be based on the reconstruction of broken continents.

In any tectonic context, a number of conditions must be met in order for minerals to be produced and accumulated.

SOURCE: https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

Carl Arellano
11-Curie/Rutherford

Significance of tectonic setting in the production and accumulation of minerals

2023-02-05 15:05:03 UTC

According to sciencedirect.com, tectonic setting is the principal controlling factor of lithology, chemistry, and preservation of sediment accumulations in their depocenters, the sedimentary basins. This refers to the different tectonic conditions present at a particular location on Earth. It describes whether somewhere is near a tectonic plate boundary or in a more interior position on the plate.

According to geologyin.com, tectonic setting is significant in the production and accumulation of minerals on three factors:

• Geological processes operating due to energy released at plate boundaries control the process of mineral deposition.

• Mineral deposits form in particular tectonic settings which are governed by plate tectonics.

• Reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits.

Minerals are produced and accumulated because of geological processes that is from the energy that is released from the plate boundaries. Moreover, mineral deposits are formed in tectonic settings, based on the information above, which makes tectonic setting important in the production of minerals.

https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html?m=1
https://www.sciencedirect.com/topics/earth-and-planetary-sciences/tectonic-setting#:~:text=Tectonic%20setting%20is%20the%20principal,their%20depocenters%2C%20the%20sedimentary%20basins.

Regencia, Ellyza Mikelle G. | Newton

Tectonic Setting and Minerals

2023-02-05 16:44:47 UTC

The relationship of plate tectonics and mineral deposits is significant on three counts: Geological processes operating due to energy released at plate boundaries control the process of mineral deposition. Mineral deposits form in particular tectonic settings which are governed by plate tectonics. Reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits.

https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

Camilla Rivera
11-Newton

How important is the tectonic setting in the production and accumulation of minerals?

2023-02-05 19:58:39 UTC

To start it all off, based on geologyin.com, plate tectonics contributes in understanding the distribution and origin of mineral and energy deposits. Quoting what is said in geologyin.com, plate tectonics and mineral deposits connect in three ways:
"

Geological processes operating due to energy released at plate boundaries control the process of mineral deposition.
Mineral deposits form in particular tectonic settings which are governed by plate tectonics.
Reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits. "

In addition to that, before tectonic setting can contribute to the production and accumulation of minerals, there are requirements that need to be met.

source: https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

Mischa Vianne S. Requiron || Newton

Tectonic Setting

2023-02-05 22:47:38 UTC

Tectonic setting is the principal controlling factor of lithology, chemistry, and preservation of sediment accumulations in their depocenters, the sedimentary basins.

The relationship of plate tectonics and mineral deposits is significant on three counts:

Geological processes operating due to energy released at plate boundaries control the process of mineral deposition.
Mineral deposits form in particular tectonic settings which are governed by plate tectonics.
Reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits.

https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

Maegan Kate D. Magallanes
G11 Rutherford

Importance of Tectonic Setting

2023-02-05 23:23:36 UTC

The primary causal element of the lithology, chemistry, and preservation of sediment accumulations in their depocenters, the sedimentary basins, is tectonic setting.

In a manner similar to how crustal evolution is explained, plate tectonics establishes a structure for comprehending the location and history of energy and mineral resources. As stated by geologyin.com, one should be aware of the following three things to fully understand how important plate tectonics is in connection to mineral deposits:

Mineral deposition is governed by geological processes driven by energy generated at plate borders.
Mineral deposits develop in certain tectonic environments that are controlled by plate tectonics.
The search of new mineral reserves can be based on the reconstruction of broken continents.

These three helped us, stating unequivocally, to comprehend that plate tectonics, plate borders, and tectonic settings are what lead to mineral concentration and dispersion.

Tectonic Settings of Metal Deposits (geologyin.com)

-

Dolores, Camilla Elizabeth S. | 11 - Einstein

Significance of Tectonic Setting for the Formation of Minerals

2023-02-06 03:21:57 UTC

Plate tectonics are significantly involved with the formation and distribution of mineral and energy resources/deposits. Their relationship benefits one another and is of great importance to us humans. Why? Well there are 3 points to consider. First, these geological processes are fueled by the energy released at plate boundaries which facilitate the formation of mineral deposits. Second, in specific tectonic settings, plate tectonics also contribute to the accumulation of mineral deposits. And third, reformation of broken-up continents can be a significant basis for a new mineral deposit discovery. However, criteria must be attained for the production and formation of these minerals. For example: For hydrothermal deposits at oceanic ridges, important metallic deposits are accumulated like Iron, Zinc, Copper, Lead, Gold, and silver. This is because this place caters to hydrothermal deposits such as sulfide deposits and metalliferous deposits on ridges. Without plate tectonics and the natural production/accumulation of minerals, we will have a hard time surviving.

Source: https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

Alphonse Leon M. Manda | 11-Newton

Essence of Tectonic Setting of Metal Deposits

2023-02-06 04:41:38 UTC

Geological systems known as tectono-metallogenic systems connect ore-forming processes with geodynamic and tectonic processes. Throughout Earth's history, fundamental geodynamic processes, such as those related to buoyancy, crustal/lithospheric thinning, and crustal/lithospheric thickening, have taken place, but tectonic systems, which are influenced by these processes, have changed as Earth's interior has cooled. It is assumed that tectonic systems developed from magma oceans in the Hadean, a "stagnant-lid" regime that was unstable in the early Archean, and a proto-plate tectonic regime from the late Archean onward. It is believed that at the beginning of the Paleozoic, plate tectonics in the modern manner had taken control.
Most of Earth's current endowment of mineral wealth was formed during and after the Neoarchean, when proto- or modern-style plate tectonic systems became increasingly dominant and after significant changes in the chemistry of the atmosphere and hydrosphere. Mineral systems with general similarities to modern or geologically recent systems have been present episodically (or semi-continuously) throughout much of Earth's history. Changes in the properties of some mineral systems, such as the volcanic-hosted massive sulfide (VHMS) system, can be attributed to secular changes in the hydrosphere and atmosphere as well as tectonic style changes over the progression towards the current plate tectonic regime.

REFERENCE: https://www.sciencedirect.com/science/article/abs/pii/S0169136815300482

Georgia Milan W. Garcia // 11 - Einstein

Tectonic Setting and Minerals

2023-02-06 04:52:10 UTC

According to ScienceDirect, tectonic setting is the principal controlling factor of lithology, chemistry, and preservation of sediment accumulations in their depocenters, the sedimentary basins. This process is what causes earthquakes and volcanic activities to occur which directly or not, produce our mineral resources that we rely on to uphold modern life.

The relationship between plate tectonics and mineral deposits is also notable on three counts:

Geological processes operating due to energy released at plate boundaries control the process of mineral deposition.
Mineral deposits form in particular tectonic settings which are governed by plate tectonics.
Reconstruction of fragmented continents can provide a useful basis for the exploration of new mineral deposits.

"Every act of creation begins with an act of destruction." - Pablo Picasso

Peñaranda, Cassandra M.
11 - Rutherford

Tectonic Setting: The Importance

2023-02-06 06:04:41 UTC

The minerals we use in our daily lives are formed and gathered with the help of tectonic setting. Minerals are absolutely essential; without these, we would not be capable of functioning properly in this modern world.

Plate tectonics, like crustal evolution, has an essential role that provides us help in understanding the distribution and origin of mineral and energy resources. The relationship of plate tectonics and mineral deposits is significant on three counts:

Geological processes operating due to energy released at plate boundaries control the process of mineral deposition.
Mineral deposits form in particular tectonic settings which are governed by plate tectonics.
Reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits.

It is very crucial for tectonic settling to take place to be able to produce and accumulate minerals. And to be able to produce and create minerals, there are several requirements that must be met:

I. Deposits at Oceanic Ridges (Divergent Plate Margins)

II. Deposits at Convergent Plate Margins

III. Deposits at Collision Boundaries

IV. Deposits in Cratonic Rift Systems

In conclusion, without the help of the tectonic setting, we would’ve had a hard time when it comes to the production and accumulation of minerals.

Reference: https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

Andrea Eloise T. Reponcion
11-Einstein

Importance of Tectonic Setting

2023-02-06 09:16:44 UTC

Geological processes operating due to energy released at plate boundaries control the process of mineral deposition.
Mineral deposits form in particular tectonic settings which are governed by plate tectonics.
Reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits.

Victorino, Anna Francesca A.
11 - Rutherford

The Importance of Tectonic Seeting

navarretechaimmonicgalilei — 2023-02-06 10:57:36 UTC

Plate tectonics, like crustal evolution, helps to explain the distribution and origin of mineral and energy deposits. The connection between plate tectonics and mineral deposits is significant in three ways:
Mineral deposition is controlled by geological processes that operate as a result of energy released at plate boundaries.
Mineral deposits form in specific tectonic settings governed by plate tectonics.

Rebuilding fragmented continents can provide a useful foundation for the exploration of new mineral deposits.

Several conditions must be met in any tectonic setting for mineral production and accumulation. Several tectonic settings have a criteria that should be met.

Navarrete, Chaim Monic B.
11-Galilei

How important is the tectonic setting in the production and accumulation of minerals?

2023-02-06 12:01:14 UTC

Mineral deposition is governed by geological processes driven by energy generated at plate borders. Mineral deposits develop in certain tectonic environments that are controlled by plate tectonics.

Oxygen, silicon, aluminum, iron, calcium, potassium, sodium, and magnesium make up the majority of the crust's chemical composition. The majority of crustal material is composed of these components. The remaining 1% contains a variety of priceless materials. It is typically too expensive to break rocks and sift through the powder to locate the materials we need unless minerals are somehow concentrated.

Minerals are frequently concentrated by plate tectonic processes in veins or ore deposits. This is a crucial justification for the study of geology as well as for understanding the specifics of Earth's functioning. We may use this knowledge to help locate the mineral if we understand how a material is concentrated and the kind of geologic environment that supports that concentration.

Sources:
https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html
http://eqseis.geosc.psu.edu/cammon/HTML/Classes/PhysicalGeology/Notes/Chapter16/P01.html

De Leon, Ananda Ruth L.
11-Curie (Mendel)

How important is the tectonic setting in the production and accumulation of minerals?

2023-02-06 12:30:33 UTC

Plate tectonics have properties that are vital for the production and accumulation of various minerals. Plate tectonics, according to GeologyIn, provides the basis for understanding the distribution and origin of mineral and energy deposits. Plate tectonics and mineral deposits are related in three ways: 1) geological processes operating due to energy released at plate boundaries control the process of mineral deposition, 2) mineral deposits form in specific tectonic settings governed by plate tectonics, and 3) reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits.

Source:
https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

Rein Gabrielle T. de Leon | 11- Newton

Importance of Tectonic Setting in the Production and Accumulation of Minerals

cenidozafideltyrongalilei — 2023-02-06 12:39:30 UTC

Deposition of minerals is controlled by geological processes that are fueled by energy produced at plate boundaries. Tectonic settings distinct to those regulated by plate tectonics are where mineral deposits are formed. In order to locate new mineral reserves, reconstruction of shattered continents can be a useful starting point.

In order for minerals to be produced and accumulated in any tectonic setting, a variety of conditions must be met. Thus, deposits can be found in the following places: continental crust, back-arc basins, magmatic arcs, fore-arc basins, oceanic crusts, mid-ocean ridges.

https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits

Fidel Tyron B. Ceñidoza
11-Galilei

2023-02-06 13:03:53 UTC

According to eqseis.geosc, the forces of plate tectonics and mantle convection allowed magmas to exist on the Earth's surface. Additionally, organic matter creates fossil fuels and unearths underground reservoirs so that they can be mined. Water is heated by magma bodies, which dissolves minerals and causes them to precipitate out as precious ores when the water cools.

Perez, Christopher M. | 11 - Galilei

How important is the tectonic setting in the production and accumulation of minerals?

2023-02-06 13:21:57 UTC

Similar to crustal evolution, plate tectonics offers a foundation for comprehending the location and history of mineral and energy reserves. Three factors make the connection between plate tectonics and mineral deposits significant:

1. Geological processes operating due to energy released at plate boundaries control the process of mineral deposition.

2. Mineral deposits form in particular tectonic settings which are governed by plate tectonics.

3. Reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits.

https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

Ryan James C. Malapitan | 11 - Rutherford

Importance of Tectonic Setting in the Production and Accumulation of Minerals

2023-02-06 13:36:04 UTC

The distribution and origin of various mineral deposits can be subjected to plate tectonics. The present deposits in a certain tectonic setting are caused by the processes caused by the movement of plate tectonics. These processes can affect the formation and accumulation of several deposits, affecting their distribution as seen in the picture above. Moreover, the setting where these deposits accumulate depends solely on the environment and factors present around them, including the movement of the plate tectonics and processes caused by it.

https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

John Dhey A. Cruz
11-Curie/Galilei

How important is the tectonic setting in the production and accumulation of minerals?

2023-02-06 13:56:55 UTC

Geological processes operating due to energy released at plate boundaries control the process of mineral deposition.
Mineral deposits form in particular tectonic settings which are governed by plate tectonics.
Reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits.

Several requirements must be fulfilled in any tectonic setting for the production and accumulation of minerals. A number of tectonic settings meet these requirements:

I. Deposits at Oceanic Ridges (Divergent Plate Margins)

II. Deposits at Convergent Plate Margins

III. Deposits at Collision Boundaries

IV. Deposits in Cratonic Rift Systems

V. Deposits in Cratonic Basins

REFERENCE;https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

11-MENDEL REYES,E

How important is the tectonic setting in the production and accumulation of minerals?

2023-02-06 14:33:23 UTC

The correlation of the plate tectonic and its mineral deposit are dependent on these three factors. The first one being, geological processes operating due to energy released at plate boundaries control the process of mineral deposition. Second is the mineral deposits form in particular tectonic settings which are governed by plate tectonics. And third, reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits. These three factors determine what kind of mineral deposits are formed at which area.

Ken Jacob P. Ayongao 11-Mendel

Tectonics and Mineral Accumulation

2023-02-06 14:40:21 UTC

Tectonics refers to the processes related to the crust and its evolution, predominantly plate tectonics, which is the movement of large tectonic plates above the asthenosphere that divide the Earth's lithosphere.

According to the United States Geological Survey (USGS), plate tectonics plays a significant role in controlling the process of mineral and rock formations. Mineral deposits form in different tectonic settings, wherein some may be displaced or moved due to geologic processes and tectonic forces. For example, veins formed in fractures of igneous rocks underground have concentrated gold and other minerals. These rocks undergo uplifting by tectonic forces in convergent boundaries, which create mountain ranges. Once at the surface, these veins become subjected to weathering and erosion.

Reference:
https://pubs.usgs.gov/gip/2005/17/gip-17.pdf

Jan Jerwin A. Tongohan | 11-Rutherford

How important is the tectonic setting in the production and accumulation of minerals?

2023-02-06 14:48:36 UTC

How important is the tectonic setting in the production and accumulation of minerals?

2023-02-06 15:31:08 UTC

The convection current spreads the seafloor and brings new rock to the surface and those rocks may contain minerals. The subducted part of the plate melts and is turned into magma and the magma erupts farther inland. Plate tectonic processes often concentrate minerals in ore deposits or veins.

Magmatic Processes
as magma cools, minerals crystallize at different temperatures and the concentration of different minerals changes as the magma solidifies.

Hydrothermal Deposits
hot water can dissolve minerals and form brine, a mixture of water and dissolved minerals. As the brine flows upward and cools, its ability to keep minerals in the solution decreases and minerals precipitate from the brine

Sedimentary Processes
Sedimentation can naturally concentrate material

Placer Deposits
Result of weathering and gravity-induced density sorting.

https://drive.google.com/file/d/1YYb57F2NrkFfvWG02tjFTgJyrHTji_Ga/view

http://eqseis.geosc.psu.edu/cammon/HTML/Classes/PhysicalGeology/Notes/Chapter16/P01.html

John Kyrk B. Terrobias || 11-Rutherford

How important is the tectonic setting in the production and accumulation of minerals?

2023-02-06 16:31:28 UTC

Magma is brought to the Earth's surface by the forces of plate tectonics and mantle convection. In addition to burying organic material to generate fossil fuels, tectonic forces also exhume buried reservoirs to make them accessible for mining. When minerals are dissolved in water heated by magma bodies, they become precious ores when the water cools. Mineral deposition is governed by geological processes driven by energy generated at plate borders. Mineral deposits develop in certain tectonic environments that are controlled by plate tectonics. The search of new mineral reserves can be based on the reconstruction of broken continents.

Valerie L. Maqui - 11Newton

How important is the tectonic setting in the production and accumulation of minerals?

2023-02-06 16:42:57 UTC

The production and accretion of various minerals depends on the characteristics of plate tectonics. Understanding the distribution and origin of mineral and energy resources is based on plate tectonics.

The seabed is extended out by the convection current, which also raises fresh rocks that may contain minerals to the top. The plate's subducted portion melts, transforms into magma, and then erupts farther inland. Minerals are frequently concentrated by plate tectonic processes in veins or ore deposits.

Magmatic Mechanisms
Different minerals crystallize at various temperatures as magma cools, and as the magma solidifies, the concentration of various minerals changes.

Basically, tectonic setting and the other mentioned factors, raise minerals to the surface and groups them up for easy collection

Jayk Malhberg C. Ramolete
11-Mendel

How important is the tectonic setting in the production and accumulation of minerals?

2023-02-06 17:13:58 UTC

By definition, tectonic setting refers to the different tectonic conditions present at a particular location on Earth. It describes whether a certain location is near a tectonic plate boundary or in a more complex position in the plate. Relating it to the plate tectonics, different plates move and interact with each other in the form of convergent, divergent, and transform plate boundaries. In consideration to the subduction zones in the convergent plate boundary, denser oceanic plate sinks down into the mantle carrying rocks that may contain sedimentary ore deposits which is then converted into metamorphic rocks with the aid of heat and pressure and pushed out of the crust as igneous rocks by means of volcanic activities. Hence, the rock cycle continues. And since minerals are the building blocks of rocks, it will always be formed, recycled, and present in our Earth's surface.

Ariza, Aneeza Yeddah Ll. | 11 - Curie - Mendel

2023-02-06 18:34:07 UTC

Tectonic settings are very important in the production and accumulation of minerals. They are the primary controls over the occurrence and distribution of mineral deposits. Tectonic settings create different geological environments that can favor the formation of certain types of mineral deposits, particularly those related to magmatic, hydrothermal, and sedimentary processes. Tectonic settings also influence how and where minerals are deposited, as well as how they are transported and concentrated. In addition, tectonics can play a role in the erosion and deposition of mineral deposits, allowing for their accumulation over time.

Vaughn Marc Martinez
11-Galilei

How important is the tectonic setting in the production and accumulation of minerals?

2023-02-07 00:52:42 UTC

It is possible for various minerals to be concentrated because of the volcanic and hydrothermal activity that is caused by the energy generated along tectonic plates. Deep-seated mantle rocks can also find their way to the surface via plate borders. Many of our major mineral deposits are derived from these rocks.
Three factors make the connection between plate tectonics and mineral deposits significant:
• Mineral deposits form in particular tectonic settings which are governed by plate tectonics.
• Plate tectonics controls the formation of mineral deposits in certain tectonic settings.
• A great starting point for the investigation of new mineral deposits can be provided by the reconstruction of fragmented continents.

Sources:
https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

https://www.geologyforinvestors.com/minerals-on-the-edge-plate-boundaries-and-minerals/

Rabboni Charles G. Opiniano | 11 - Mendel

Tectonic Setting and its Significance to Mineral Production and Accumulation

2023-02-07 03:12:47 UTC

Understanding the tectonic setting is important because it can help explain the distribution and origin of mineral and energy deposits. This is due to the fact that minerals are produced and accumulated in different tectonic setting. Furthermore, deposits can be found at oceanic ridges, convergent plate margins, collision boundaries, cratonic rift systems, and cratonic basins.

The relationship of plate tectonics and mineral deposits is significant on three counts:

Geological processes operating due to energy released at plate boundaries control the process of mineral deposition.
Mineral deposits form in particular tectonic settings which are governed by plate tectonics.
Reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits.

Tectonic Settings of Metal Deposits (geologyin.com)

Patag, Joshua Antonio M. || 11 - Rutherford

How important is the tectonic setting in the production and accumulation of minerals?

2023-02-07 03:16:20 UTC

It is very important. Geological processes happen mainly due to energy released at plate boundaries. Mineral deposits were said to be formed in particular tectonic settings. In simple words, tectonic settings make the accumulation and production of minerals possible.

https://www.sciencedirect.com/topics/earth-and-planetary-sciences/tectonic-phenomena

Natasha Lois S. Montas

11 - Newton

2023-02-07 03:43:11 UTC

Geological processes operating due to energy released at plate boundaries control the process of mineral deposition. Mineral deposits form in particular tectonic settings which are governed by plate tectonics. Reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits.
Source: https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html#:~:text=Geological%20processes%20operating%20due%20to,exploration%20of%20new%20mineral%20deposits.

Elyza Ramirez, 11-Newton

How important is the tectonic setting in the production and accumulation of minerals?

2023-02-07 03:47:01 UTC

The production and accumulation of minerals are significantly influenced by the tectonic setting. The energy released during the process enabled the reconstruction. Due to that, there would be a possibility for the exploration of new mineral deposits.

Alexandra Carla Sablaon
11 - Newton

Importance of Tectonic Setting in the Production and Accumulation of Minerals

2023-02-07 05:33:02 UTC

Plate tectonics describes how the Earth's crust is divided into plates. The constant movement of plates produces convergent, divergent, and transform boundaries. Divergent boundaries form sea ridges where seafloor spreading occurs. The process allows new hot rocks to move and rise from the inner part of the Earth. With the help of hot water, these rocks contain minerals like iron, zinc, copper, lead, gold, and silver. Convergent boundaries form subduction zones, mountain ranges, and volcanoes because of the collision of two crusts, which have high production of minerals such as tin, tungsten, uranium, gold, and other minerals, primarily because of heat and volcanism. Lastly, Transform boundaries form as two crusts slip alongside each other. Although it has little hydrothermal activity, which is the needed condition for mineral formation, it can still be a deposit for certain minerals like gold.

Overall, it is reasonable to learn the relativity of the tectonic setting to the accumulation and production of minerals as they are correlated. Identifying a type of boundary in a location can help you identify the extractable minerals and vice versa.

https://www.geologyforinvestors.com/minerals-on-the-edge-plate-boundaries-and-minerals/

https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

https://drive.google.com/file/d/1YYb57F2NrkFfvWG02tjFTgJyrHTji_Ga/view

Khurt Denzel R. Querubin
11-Rutherford

Tectonics and Minerals

2023-02-07 09:40:22 UTC

Plate Tectonics: The Earth's crust is broken into dozen/ more plates of different sizes that move relative to one another. These plates are moving slowly on top of a hot and more mobile material called the "asthenosphere" resulting to different tectonic settings. Due to geological processes, energy is released which plays a vital role in controlling processes involving mineral deposition. Different tectonic setting produces and contain different minerals which helps us people to locate and find them easily.

Sources: https://www.coursehero.com/file/26334287/Ore-Deposits-and-Plate-Tectonicsdocx/

Fulgueras, Elishaelet I. | 11-Curie

2023-02-07 12:14:41 UTC

Similar to crustal evolution, plate tectonics offers a foundation for comprehending the distribution and origin of mineral and energy resources. Three factors make the connection between plate tectonics and mineral deposits important:
Mineral deposition is governed by geological processes driven by energy generated at plate borders.
Mineral deposits develop in certain tectonic environments that are controlled by plate tectonics.

The search of new mineral reserves can be based on the reconstruction of broken continents.

https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

Stephanie Gwen R. Mangmang 11 - Galilei

The Importance of Tectonic Setting in Mineral Production and Accumulation

2023-02-08 05:40:04 UTC

The boundaries of tectonic plates are extremely dynamic. Volcanoes, earthquakes, mountains, and even important mineral resources can be found here. Mineral deposits formed at tectonic plate boundaries are heavily influenced by volcanic activity. Mineral deposition is controlled by geological processes that operate as a result of energy released at plate boundaries. Mineral deposits form in specific tectonic settings governed by plate tectonics. Rebuilding fragmented continents can provide a useful foundation for the exploration of new mineral deposits.

References:
https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

https://study.com/academy/lesson/plate-tectonics-and-the-location-of-mineral-deposits.html

EVANGELISTA, Mhariel Joy Q.
11 - Einstein

Importance of tectonic setting in the production and accumulation of minerals

2023-02-09 10:27:28 UTC

Minerals are directly related to the tectonic setting where it accumulates. For instance, important metallic deposits like Fe, Zn, Cu, Pb, Au and Ag are found in ocean ridges that have divergent plates, while some metallic deposits are commonly found at both continental and convergent plate margins. The environment affects what mineral is going to accumulate in it, as well as the concentration, pressure, and heat.

According to Geology In, Geological processes operating due to energy released at plate boundaries control the process of mineral deposition. Mineral deposits form in particular tectonic settings which are governed by plate tectonics. Reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits. That is why the movements in tectonic plate boundaries greatly affects the production and accumulation of minerals.

Julia Monica E. Agron
11- Curie|Mendel

The significance of tectonic context in mineral production and accumulation

2023-02-10 01:39:54 UTC

The tectonic setting of a region can have a considerable impact on mineral production and accumulation. Plate tectonics, mountain building, and faulting can all create geological conditions that encourage the development and concentration of certain minerals.

Plate tectonics, for example, can transport various types of rocks to the Earth's surface, offering a mineral source. Plate tectonics can also result in the production of volcanic and geothermal activity, which can lead to the formation of minerals such as sulfides, native metals, and precious stones.

Mountain creation can also generate suitable circumstances for mineral production and concentration. The enormous pressure and heat generated by mountain development can result in the production of mineral deposits like porphyry copper.

John Eimann C. Culibrina | 11 - Einstein

Importance of the tectonic setting in the production and accumulation of minerals

2023-02-12 14:02:29 UTC

Tectonic plates, large slabs of rock that divide Earth's crust, move constantly to reshape the Earth's landscape. The system of ideas behind plate tectonics theory suggests that Earth's outer shell (lithosphere) is divided into several plates that glide over the Earth's rocky inner layer above the soft core (mantle)

Plate tectonics, like crustal evolution, provides a basis for understanding the distribution and origin of mineral and energy deposits. The relationship of plate tectonics and mineral deposits is significant on three counts:

Geological processes operating due to energy released at plate boundaries control the process of mineral deposition.
Mineral deposits form in particular tectonic settings which are governed by plate tectonics.
Reconstruction of fragmented continents can provide a useful basis for exploration of new mineral deposits.

Reference:
https://www.earthquakeauthority.com/Blog/2020/Understanding-Plate-Tectonic-Theory#:~:text=Tectonic%20plates%2C%20large%20slabs%20of,the%20soft%20core%20(mantle)

https://www.geologyin.com/2014/05/tectonic-settings-of-metal-deposits.html

Mark Joseph A. Barbosa | 11 - Rutherford