Arable land is land that is suitable for agricultural production, particularly for growing crops. The main factors that make land arable are soil quality, climate, water availability, and topography.
What cause arable land?The main factors that make land arable are soil quality, climate, water availability, and topography.
Soil quality is one of the most important factors for arable land. The soil needs to have the right combination of nutrients, pH balance, and organic matter to support healthy plant growth. The type of soil also matters, as some soils are better suited for certain types of crops than others.Climate is also a crucial factor for arable land. The temperature, precipitation, and sunlight in a region all play a role in determining what crops can be grown and how productive they will be. For example, some crops need a certain amount of rainfall, while others thrive in dry conditions.Water availability is another key factor. Irrigation can be used to supplement rainfall, but arable land needs a reliable source of water to support plant growth. Topography also matters, as some areas are prone to flooding or erosion, which can damage crops and make land less arable.Human factors can also impact arable land. For example, deforestation, overgrazing, and poor land management practices can all degrade soil quality and reduce the productivity of arable land. In contrast, sustainable farming practices can help maintain soil health and improve the long-term productivity of arable land.Learn more about arable land here:https://brainly.com/question/11362044
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Which rock material was most likely transported to its present location by a glacier?
Unsorted loose gravel found in hills
Residual soil found on a flat plain
Rounded grains found in a sand dune
Rounded sand grains found in a river delta
Rounded sand grains found in a river delta is the rock material most likely to have been transported to its present location by a glacier. The correct option is D.
Glaciers create sediment as they move, grinding rocks and other materials together. As the glacier moves, it carries the sediment with it, and when the ice melts, it deposits the sediment in the area.
The sediment is typically rounded and well-sorted, which is why it is often found in river deltas. The other options (unsorted loose gravel found in hills, residual soil found on a flat plain, and rounded grains found in a sand dune) are not likely to have been transported by a glacier, as glaciers typically move too slowly for those materials to be carried for long distances. The correct option is D.
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Why do many Pacific Islanders speak English or French in addition to their native languages?
Responses
Both European languages were chosen by island governments for school instruction.
Islanders have historically traded with primarily American and British businesses.
Both European countries colonized or controlled many of the islands at various times.
French is the language of many international treaties and agreements.
Answer:
Both European countries colonized or controlled many of the islands at various times.
the luyten 726-8 star system contains two stars, one with apparent magnitude m = 12.5 and the other with m = 12.9. what is the combined apparent magnitude of the two stars?
The the combined apparent magnitude of the two stars in the Luyten 726-8 star system, one with apparent magnitude m = 12.5 and the other with m = 12.9 is approximately 12.32
To find the combined apparent magnitude of the two stars, we will follow these steps:
1. Convert the apparent magnitudes (m1 and m2) to their relative brightness (f1 and f2) using the formula: f = 10^(-m/2.5). This is because the magnitude scale is logarithmic. 2. Add the relative brightness values of the two stars (f1 and f2) to get their combined brightness (F_total). 3. Convert the combined brightness (F_total) back to the apparent magnitude (M_total) using the inverse formula: m = -2.5 * log10(f).
Now, let's apply these steps to the given magnitudes:Step 1: f1 = 10^(-12.5/2.5) = 10^(-5), f2 = 10^(-12.9/2.5) = 10^(-5.16)
Step 2: F_total = f1 + f2 = 10^(-5) + 10^(-5.16)
Step 3: M_total = -2.5 * log10(F_total), After calculating the values, we get:
F_total ≈ 1.38 * 10^(-5)
M_total ≈ -2.5 * log10(1.38 * 10^(-5)) ≈ 12.32
So, the combined apparent magnitude of the two stars in the Luyten 726-8 star system is approximately 12.32.
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The map shows the locations of four active volcanoes in the Caribbean Sea. What do these volcanoes indicate about plate tectonics in the region?
The volcanoes form an island arc, indicting a converging plate boundary.
The volcanoes form a line, indicating a diverging plate boundary. Two plates are moving past each other, causing faulting and magma formation.
Two plates are moving apart, creating new seafloor.
The map shows the locations of four active volcanoes in the Caribbean Sea. The volcanoes form an island arc, indicting a converging plate boundary. Option A is correct.
The volcanoes in the Caribbean Sea indicate a converging plate boundary. The fact that they form an island arc suggests that they are located along a subduction zone, where one tectonic plate is being forced beneath another plate. This process results in magma formation and volcanic activity, which can lead to the formation of an island arc.
The formation of island arcs is an important process in plate tectonics, as it helps to explain the distribution of volcanoes and earthquakes around the world. By studying the location and characteristics of island arcs, geologists can gain insights into the forces that shape the Earth's crust and the interactions between tectonic plates. Overall, the presence of an island arc in the Caribbean Sea indicates that the region is characterized by a converging plate boundary, where one plate is being forced beneath another plate. Option A is correct.
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what keeps the earth from getting too cold at the poles and too warm near the equator? group of answer choices air circulation ocean circulation low orbital eccentricity both a and b are correct
The group of answer choices that keeps the Earth from getting too cold at the poles and too warm near the equator are air circulation and ocean circulation. Therefore, option D, "both a and b are correct" is the correct answer.
Both air circulation and ocean circulation help regulate the Earth's temperature and prevent it from getting too cold at the poles and too warm near the equator. Air circulation is the movement of air masses caused by differences in temperature and pressure, while ocean circulation is the movement of ocean currents caused by differences in salinity and temperature.
Together, they help distribute heat from the equator to the poles and keep the Earth's temperature relatively stable. Low orbital eccentricity does not play a significant role in regulating the Earth's temperature. It refers to the shape of the Earth's orbit around the sun and affects the amount of solar radiation the Earth receives at different points in its orbit, but it is not a primary factor in determining the temperature distribution on Earth. Therefore, option D, "both a and b are correct" is the correct answer.
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What is most volcanism in the world associated with?
Most volcanism in the world is associated with tectonic plate boundaries, where plates either converge, diverge, or slide past each other.
The vast majority of volcanic activity occurs along the boundaries of the Pacific Plate, which is the largest and most active tectonic plate. When two plates converge, one may be subducted beneath the other, creating a volcanic arc. Divergent plate boundaries create new oceanic crust through volcanic activity, while transform plate boundaries can produce volcanic activity as a result of the movement and deformation of the plates. Some volcanoes, such as those found in Hawaii and Iceland, are associated with hotspots, which are areas of intense heat and volcanic activity that are not directly related to plate boundaries.
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based on radiometric dating, what is the estimated age of the earth?
The estimated age of the Earth is 4.54 billion years, based on radiometric dating.
This age is based on evidence from radiometric age dating of meteorite material and is consistent with the ages of the oldest-known terrestrial and lunar samples. Radiometric dating works by measuring the amount of a naturally occurring radioactive isotope and its decay products, assuming that the decay rate is constant over time.
This method has been used to determine the ages of the Earth, Moon, meteorites, and rocks from other planets. The age of the Earth is estimated by radiometric dating of meteorite material and is considered reliable by scientists.
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over what range of distances from the sun would you expect to find solid, rocky material collecting together to form a terrestrial planet? explain your reasoning
The range of distances from the sun would you expect to find solid, rocky material collecting together to form a terrestrial planet is between 0.4 and 4.0 astronomical units. The reason for this range of distance is due to the temperature and pressure of the protoplanetary disk as the temperature and pressure decrease with distance from the Sun.
Terrestrial planets are the four planets in the solar system that are closest to the sun, including Mercury, Venus, Earth, and Mars. These planets are classified as terrestrial planets because they are small and rocky, compared to the four gas giant planets which are large and gaseous.
The range of distances from the sun to find solid, rocky material is from 0.4 to 4.0 astronomical units. This is due to the temperature and pressure of the protoplanetary disk, which is decreasing with distance from the sun. This is the reason for the range of distances that are needed to form the terrestrial planets like Earth, Mars, Venus and Mercury.
The inner part of the solar system is known as the terrestrial planet region. The reason for the formation of these planets is due to the process of accretion in which smaller particles of dust and rock collide and stick together to form larger objects. Over time, these objects continued to grow in size, eventually leading to the formation of planets.
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Weather forecasting is important for us why ? justifyweather forecasting is important for us
Weather forecasting is an essential aspect of our daily lives. It plays a crucial role in our safety, planning, and decision-making. Here are some reasons why weather forecasting is important:
Safety: Weather forecasting is crucial in predicting extreme weather conditions like hurricanes, tornadoes, and severe thunderstorms. This information helps people to prepare and evacuate the affected areas in advance, thus reducing the risk of injuries and fatalities.
Planning: Weather forecasts help individuals and organizations plan their activities, such as farming, transportation, and construction, to minimize the risk of disruptions caused by extreme weather conditions.
Economic benefits: Weather forecasting is vital in predicting agricultural yields, which enables farmers to plan their planting and harvesting schedules, and avoid losses. It also helps businesses that depend on weather conditions, such as tourism and energy companies, to plan their operations.
Environmental conservation: Weather forecasting helps environmentalists and policymakers to monitor the impact of weather conditions on the environment and take appropriate measures to protect it.
In summary, weather forecasting is important for our safety, planning, economic benefits, and environmental conservation. It is an essential tool that helps us make informed decisions in our daily lives.
What is the main purpose of the geologic time scale Brainpop?
The main purpose of the Brainpop Geologic Time Scale is to help students understand the Earth’s timeline and its history.
The interactive tool allows users to explore the major events in Earth’s history and visualize the timeline of significant events, such as the formation of continents, the appearance of dinosaurs, and the evolution of humans.
It also includes information on the various eras and periods of the Earth’s history, as well as pictures, videos, and activities to help students better understand the concepts. Finally, it also includes a quiz to test students’ knowledge of the geologic time scale.
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what are the earth's layers from least dense to most dense? contiental crust, inner core, mantle, oceanic crust, and outer core
Answer: The earth's layers from least dense to most dense are continental crust, oceanic crust, mantle, outer core, and inner core.
The figures shown represent three hypothetical populations; each circle is an individual. Which figure depicts a pattern that illustrates a scenario in which individuals establish exclusive territories to secure access to resources?A.) diagram KB.) diagram HC.) diagram M
Figure M depicts a pattern that illustrates a scenario in which individuals establish exclusive territories to secure access to resources. So the option C is correct.
The figures of three hypothetical populations; each circle is an individual is given below:
When individuals in a population create exclusive territories, they remain in the population in a condition of equal dispersion. That indicates that their separation is often kept constant. Due to the fierce competition that exists among people in the population.
The main advantage of territoriality is that it helps protect a species from predation and competition. By establishing exclusive territories, individuals are able to reduce the chances of being preyed upon and monopolize resources in their area. So the figure M is correct figure. So the option C is correct.
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The river valleys of the Tigris-Euphrates, the Nile and the Indus were centers of civilizations because they-had rich deposits of iron ore and coalwere isolated from cultural influenceshad fertile soil, fresh water, and warm climateswere easy to defend from invasion
The river valleys of the Tigris-Euphrates, the Nile and the Indus were centers of civilizations because they had fertile soil, fresh water, and warm climates. The following factors led to the development of ancient civilizations: fertile soil, fresh water, and warm climates.
The river valleys of the Tigris-Euphrates, the Nile, and the Indus were centers of civilizations because they possessed these factors. Additionally, they allowed for the development of complex societies that could sustain a large population.
However, the other two options are incorrect. They did not have rich deposits of iron ore and coal, and they were not isolated from cultural influences. Moreover, while they were relatively easy to defend from invasion, this was not a major factor in their development.
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3. hydrothermal vents are the result of seawater percolating down through fissures in the ocean crust in the vicinity of spreading centers or subduction zones. true or false
The statement is true. Hydrothermal vents are formed due to the percolation of seawater into the ocean crust through fissures. These fissures are present in the areas of spreading centers or subduction zones.
As the seawater percolates into the crust, it is heated by the magma and rocks present in the earth's crust. The heated water then rises back up to the seafloor and emerges through the hydrothermal vents. The water that emerges from these vents can be very hot and can carry minerals and other chemicals that support unique ecosystems of organisms that are adapted to the extreme conditions of the vents.
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Volcanic activity created the _____ that is important to the economy of the village of Vestmannaeyjar on the island of Heimaey, near Iceland.
fishing port
volcanic peaks
mineral ores
hot springs
Volcanic activity created the fishing port that is important to the economy of the village of Vestmannaeyjar on the island of Heimaey, near Iceland.
In January 1973, a volcanic eruption began in the Vestmannaeyjar archipelago, which lasted for several months and created a new island called Surtsey. The eruption also threatened the town of Vestmannaeyjar on the island of Heimaey, but the local fishing fleet worked tirelessly to create a harbor to protect the town from the lava flow. Thanks to their efforts, the harbor was successfully completed and has since become one of the largest fishing ports in Iceland. The local fishing industry is a major contributor to the economy of the village, with fish processing and export being significant sources of income.
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how was gdp miss used in the past and the present
A country's economic output is measured by its gross domestic product (GDP), which has been used for many years to gauge the strength and development of a country's economy.
What is the usage of GDP's history?Simon Kuznets created the contemporary definition of GDP for a 1934 report to the U.S. Congress, in which he cautioned against using it as a welfare indicator (see below under limitations and criticisms).
What was India's GDP before?From 1960 and 2021, India GDP increased by 699.08 $ on average, with a record high of 3176.30 USD in 2021 and a record low of 37.03 USD in 1960.
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how does physical geography of south america impact people in three regions has impacted the lives of people in 3 different regions
The physical geography of South America has a significant impact on the lives of people in three different regions because because different terrain affects natural resources.
The terrain of each region varies in South America, affecting the availability of natural resources, the ability to create infrastructure, and the types of transportation and industries available. For example, the Andes Mountains range, which runs through the middle of South America, can provide mountain habitats and climates for some regions, while the Amazon River and its tributaries can provide access to food, water, and transportation in other regions.
The tropical climates in South America can also have an effect on the types of crops that can be grown and the availability of animal resources. Ultimately, the physical geography of South America has a huge impact on the lives of people in three different regions.
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the contact beneath the tapeats sandstone and the underlying grand canyon supergroup is an example of a(n)
The contact beneath the Tapeats Sandstone and the underlying Grand Canyon Supergroup is an example of an unconformity.
An unconformity is a surface of erosion or non-deposition that separates two rock units of different ages. It can form due to episodes of tectonic uplift and erosion, subsidence, or due to the changing of sea levels. T
his surface does not have any parallel bedding planes or folds and represents a time gap in the sedimentary record. When looking at this contact, it is clear that the Tapeats Sandstone was deposited after the Grand Canyon Supergroup due to the presence of angular unconformity.
The presence of angular unconformity can be seen in the sharp contact between the two rock units, as well as in the angular unconformity of the bedding planes.
This demonstrates that the Tapeats Sandstone was deposited after the erosion of the Grand Canyon Supergroup, forming a time gap between the two rock units.
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What did Ethan Allen, Benedict Arnold, and the Green Mountain boys do in the battle at Fort Ticonderoga?
1.They defeated the British and destroyed the fort in the process.
2.They were defeated by British soldiers holding the fort.
3.They defeated the British and won the fort with all its supplies.
4.They were taken captive by British soldiers and held at the fort.
The correct answer is 3. They defeated the British and won the fort with all its supplies. In May 1775, Ethan Allen, Benedict Arnold, and the Green Mountain Boys captured Fort Ticonderoga from the British. The fort was lightly guarded, and the Americans were able to surprise the British and take the fort without a fight. The capture of Fort Ticonderoga was an important victory for the Americans, as it gave them control of a strategic location and a large supply of weapons and ammunition.
print made from an engraved copper or steel plate is called? crossword clue
Print made from an engraved copper or steel plate is called Etching.
Etching is a printmaking technique that uses an engraved copper or steel plate to create a design on paper. It is often combined with other printmaking techniques, such as aquatint, to create more detailed and complex prints.
To make an etching, the artist begins by drawing the desired image onto the metal plate with a resist such as wax or a chemical varnish. This protects the metal beneath from being etched by the acid, while the exposed areas of metal are corroded, creating a recessed design on the plate.
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Identify the following steps in the development of a karst landscape by dragging them to the correct targets ACaves form below water table. Water- table RWater table sinks; new caves form. c ) New caves get bigger Water table Old caves empty; speleothems Sinkhole grow Caves collapse; karst landscape develops. Water able
Here are the correct steps in the development of a karst landscape and their corresponding targets:
A) Caves form below the water table.
B) Water table sinks; new caves form.
C) New caves get bigger as water table continues to sink.
D) Old caves empty; speleothems (cave formations such as stalactites and stalagmites) form.
E) Sinkholes grow as the roof of the caves collapses.
F) Caves collapse, and a karst landscape develops.
Karst landscapes are formed through the dissolution of soluble rocks, such as limestone, by groundwater. The process starts with the formation of caves below the water table. As the water table sinks due to the continuous erosion of the rock, new caves are formed and the existing ones get bigger. As the water continues to drain, the old caves empty, leaving behind speleothems. The roof of the caves can eventually collapse, leading to the formation of sinkholes, and the caves themselves can collapse, leading to the development of a karst landscape with features such as towers, valleys, and underground rivers.
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The Lomonosov mine is one of the largest diamond mines in Russia and in the world. The mine is located in the north-western part of the country in the Arkhangelsk Oblast.
The given statement "The Lomonosov mine is one of the largest diamond mines in Russia and in the world. The mine is located in the north-western part of the country in the Arkhangelsk Oblast" is True because It is located in a large area of land spanning nearly 140 square kilometers and is estimated to contain more than 200 million carats of diamond reserves.
It is owned and operated by the state-owned ALROSA, the world’s leading diamond producer. The mine produces around 6 million carats of diamonds annually and is the largest producer of gem-quality diamonds in the world.
It has been estimated that the mine will be capable of producing diamonds for another 70 years. The mine has provided employment to many people in the area and has contributed to the local economy.
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The Question is-
The Lomonosov mine is one of the largest diamond mines in Russia and in the world. The mine is located in the north-western part of the country in the Arkhangelsk Oblast. True/False
what is the term used to describe the process of breaking down rock on earth’s surface?
what is an anticline? what is an anticline? a fault shaped like a right-side-up u a fault shaped like an upside-down u a fold shaped like an upside-down u a fold shaped like a right-side-up u
Answer: A fold shaped like an upside down u
Which is the greatest benefit to the people of Southern Africa from a growing solar energy industry?
1. They are viewed as a leader in an industry of the future.
2. Solar energy is an affordable and easily accessible energy source.
3. The industry creates more jobs for Southern Africans than fossil fuels.
4. The landscape isn’t cluttered by miles of wires and poles.
Answer: Solar energy is an affordable and easily accessible energy source
Explanation: South Africa and Egypt have the biggest solar capacity, followed by Algeria, the report says. By using this report, you can see clearly that number two is the correct answer.
what were people of mixed european and native american descent called?
Mestizos are a term used to describe people who have ancestry from both Europe and North America. Mestizos have a wide variety of cultural identities.
Depending on their unique experiences and circumstances, they may identify more strongly with their indigenous or European origin. Mestizo is a Spanish term that first appeared in Latin America during the colonial era to describe persons who had a mixture of European and indigenous heritage. Spanish colonisers used the phrase to set the mixed-race people apart from the exclusively indigenous and European populations. Even though the phrase has expanded to include a wider spectrum of cultural identities and racial combinations, it is still used to identify persons of mixed descent in many Latin American countries today.
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The points Q (6,9) R(-1,9) S (-7,1) and T (0,1) form parallelogram QRST. Plot the points then click the "Graph Quadrilateral" button. Then find the perimeter of the parallelogram. Round your answer to the nearest tenth if necessary.
The perimeter of the parallelogram QRST is 30 units.
To find the perimeter of the parallelogram QRST, you need to find the length of each side of the parallelogram. You can do this using the distance formula:
distance = [tex]√((x2 - x1)^2 + (y2 - y1)^2)[/tex]
Using this formula, you can find the length of each side:
QR: [tex]√((-1 - 6)^2 + (9 - 9)^2)[/tex]= √49 = 7
RS: [tex]√((-7 - (-1))^2 + (1 - 9)^2)[/tex] = √64 = 8
ST: [tex]√((0 - (-7))^2 + (1 - 1)^2)[/tex] = √49 = 7
TQ: [tex]√((0 - 6)^2 + (1 - 9)^2)[/tex] = √64 = 8
Therefore, the perimeter of parallelogram QRST is:
perimeter = QR + RS + ST + TQ
perimeter = 7 + 8 + 7 + 8
perimeter = 30
So the perimeter of the parallelogram QRST is 30 units.
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Complete the passage below about monsoon rainfall in Pakistan. Choose the correct words from the list and place them in the spaces provided.
Monsoon…..blow towards the heart of the….. in…….
They blow towards the sea in……..
autumn
continent
ocean
spring
summer
winds
winter
Answer: Monsoon winds blow towards the heart of the continent in summer. They blow towards the sea in autumn.
Explanation:
which of the following earthquake phenomena is the least likely to actually injure or kill humans? group of answer choices ground shaking landslides and avalanches sediment liquefaction tsunami
The least likely earthquake phenomenon to injure or kill humans is sediment liquefaction. Sediment liquefaction occurs when soils, typically saturated with water, experience ground shaking from an earthquake.
The vibration of the ground causes the particles of soil to separate, creating a liquid-like substance. This liquefaction can cause ground settlement, leading to sinkholes or other ground failures. However, it is not as destructive as other earthquake-related phenomena.
In contrast, ground shaking is the main cause of injury and death in an earthquake. It is the physical shaking of the ground caused by seismic waves. Ground shaking can cause structures to collapse, which can lead to serious injuries and fatalities.
Landslides and avalanches can also cause fatalities and injuries, though they are less common than ground shaking. Landslides occur when large sections of earth, rock, and debris move down slopes due to the force of gravity and the shaking of the earth. Avalanches are also possible, where snow and ice move down slopes due to an earthquake. These events can cause significant damage and loss of life.
Finally, tsunamis are one of the most destructive earthquake phenomena. A tsunami is a large ocean wave caused by a large underwater earthquake. Tsunamis can be incredibly destructive, leading to flooding, displacement, and death.
In conclusion, sediment liquefaction is the least likely earthquake phenomenon to injure or kill humans. Ground shaking, landslides and avalanches, and tsunamis are all more destructive, and can lead to significant damage and loss of life.
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Where would one likely find the deepest soil development?
A) over the oldest geological formations in an area, regardless of slope
B) on level or nearly level grounds
C) on moderately sloping, south facing hills (in the Northern Hemisphere)
D) on steep slopes
E) in biologically productive areas, regardless of slope or aspect
One is likely to find the deepest soil development on level or nearly level grounds. This option B is the correct answer.
What is soil development?Soil development is a gradual natural process where soils are formed as a result of weathering of rocks over time. This process also involves other biological factors such as decay of organic matter, and other soil-forming processes.
Soils are formed from parent materials. These materials include minerals, rocks, and organic materials. Parent materials are broken down and transformed over time to form soils.
What is soil profile?Soil profile refers to the vertical arrangement of soils that makes up a soil horizon. The soil profile is made up of several layers that each has unique features. Each of these layers forms through soil-forming processes that take place over time.
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