Chemical sedimentary rocks are classified based on the mineral composition of the rock.
This classification is based on the minerals that make up the rock, as the minerals provide clues to the environment of deposition. The mineral composition of the rock is determined by the grain sizes of the detrital particles, degree of compaction and lithification, and colors of the cementing minerals.
Grain size is an important factor in determining the mineral composition of a rock. Detrital particles that make up the rock will range from fine-grained (clay-sized particles) to coarse-grained (pebble-sized particles).
Coarse-grained particles are more likely to form mineral grains such as quartz, feldspar, and mica, while finer-grained particles are more likely to form clays.
The degree of compaction and lithification are also important in determining the mineral composition of a rock. Compaction is the process of squeezing and rearranging particles together and lithification is the process of changing loose sediment into solid rock.
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the law which states that sediments deposited in water form as horizontal layers is called the law of
Answer:
the law of superposition.
The law of superposition states that sedimentary rock layers are deposited in a time sequence, with the oldest layer at the bottom and the youngest at the top. This law is an important principle used in geology and archaeology to date rock formations and archaeological sites.
This law states that the sediments are initially deposited horizontally. As more sediment is deposited, it is added on top of the previously deposited material and compresses the older layers. This process creates stratified layers of rock and sediment, with the oldest layers at the bottom and the youngest at the top.
The law of superposition can be used to estimate the relative age of a sedimentary rock formation. For example, if the lowest layer of a sedimentary rock formation contains fossils of an extinct species, then the rock formation must be older than the extinction date of the species. By examining the layers of sedimentary rock, geologists can infer the age of the formation relative to other formations in the same area.
In addition to sedimentary rocks, the law of superposition can also be applied to other geological structures, such as faults, igneous rocks, and cross-bedding. The law of superposition can also be used to date archeological sites. By examining the artifacts found in a particular layer of soil, archaeologists can infer the relative age of the artifacts compared to those found in other layers.
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in the absence of friction, the combined effect of the coriolis force and the pressure gradient force produces question 75 options: air flow from low to high pressure centers. surface winds. air flow in a north-south direction. geostrophic winds at altitudes above the ground. air flow perpendicular to the isobars.
winds that are geostrophic at heights above the earth. The creation of high and low-pressure systems is a result of geostrophic winds,
A theoretical wind known as geostrophic wind is produced when the atmosphere's Coriolis force and pressure gradient force are balanced. When there is no friction, the air moves at a constant speed parallel to the isobars. In the upper atmosphere, where the pressure gradient force predominates and the Coriolis force is considerable, this sort of wind is frequently observed. The creation of high and low-pressure systems is a result of geostrophic winds, which are also crucial to the atmosphere's general circulation. But friction and turbulence at the Earth's surface also contribute to the complexity and variability of the wind.
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how thick are all the john day rock deposits taken together? how many species do they contain, in total?
The john day rock deposits taken together will be 15,000 feet thick, with 180 species in total.
The John Day rock deposits are composed of multiple layers of sedimentary rock that are estimated to be around 15,000 feet thick in total. These rock formations contain a diverse array of over 180 species of plants, 100 species of fish, and several mammals, reptiles, and amphibians.
This region is a paleontological wonder, with fossils of creatures such as sabre-toothed cats, ground sloths, and camels having been discovered here. The John Day fossil beds are an important scientific resource, providing invaluable insights into the evolution of life on Earth.
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__________ extend into the water to reduce the energy from waves thereby reducing their power. They cause a break in the longshore current.
Breakwaters extend into the water to reduce the energy from waves thereby reducing their power. They cause a break in the longshore current.
A breakwater may be a natural or man-made structure that is intended to act as a barrier against the action of waves. Breakwaters have various forms and designs, but they are typically made of rock, concrete, or other durable materials that can withstand the forces of waves. Breakwaters can help to control the direction of longshore currents by creating a barrier that redirects the flow of water. They cause a break in the longshore current, which can help to reduce erosion along the shoreline. They can also be used to protect harbors and other marine structures from the damaging effects of waves and currents.
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which type of cloud shows the greatest vertical growthwhich cloud type would be most likely to form in an unstable atmosphere?
The type of cloud that shows the greatest vertical growth and is most likely to form in an unstable atmosphere is a cumulonimbus cloud.
The cumulonimbus cloud is known for producing strong winds, thunder, lightning, and heavy rain or snow.
These clouds are tall and dense and can grow to heights of over 10,000 meters (32,808 feet). They are composed of water droplets and sometimes contain ice crystals, which form due to the rapid condensation and uplifting of air.
An unstable atmosphere is characterized by warm, moist air near the surface and cooler air at higher altitudes, creating conditions that promote upward air currents and vertical development of clouds.
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Which of the following East Asian nations lack major deposits of oil or coal? (choose all that apply)
- Japan
- China
- North Korea
- Taiwan
Answer:
Taiwan
Explanation:
Because the country is not a developed so they do not things like this easy
Among the East Asian nations, Japan and South Korea are the two major countries that lack significant deposits of oil or coal. Both countries are highly dependent on imports to meet their energy needs. Hence option D is correct .
Which East Asian nations lack major deposits of oil or coal?Japan, the third-largest economy in the world, is almost entirely reliant on imports for its energy needs. Due to its lack of significant domestic energy resources .
Japan has to import almost all of its oil and natural gas from the Middle East and other regions. The country has also been investing heavily in renewable energy sources, such as solar and wind power, to reduce its dependence on fossil fuels.
South Korea, another major East Asian nation, also has limited deposits of oil and coal. The country has to import more than 95% of its energy needs, with the majority coming from coal, oil, and natural gas. Similar to Japan, South Korea is also investing in renewable energy sources to reduce its reliance on fossil fuels.
In summary, while most East Asian countries are rich in natural resources such as coal and oil, Japan and South Korea have limited deposits and are highly dependent on energy imports.
Thus option D ids correct .
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mars's seasonal winds are driven primarily by group of answer choices dust vaporization of carbon dioxide ice. vaporization of water ice. changes in air pressure due to volcanic activity.
The seasonal winds on Mars are primarily driven by changes in air pressure due to volcanic activity.
The most important factor controlling the winds is the variation in pressure that is caused by the varying amounts of carbon dioxide, dust, and water ice in the atmosphere. During the Martian year, the atmospheric pressure can change drastically, as the air warms and cools over the course of a Martian year. The changes in pressure cause winds to blow from higher-pressure regions to lower-pressure regions. This pressure difference causes dust storms, as well as the polar winds which can be seen in images of the Martian surface. The amount of vaporization of carbon dioxide and water ice can also affect the wind speeds, but the main factor remains the pressure difference.
In conclusion, the seasonal winds on Mars are primarily driven by changes in air pressure due to volcanic activity. This pressure difference is caused by varying amounts of carbon dioxide, dust, and water ice in the atmosphere, resulting in dust storms and polar winds. The vaporization of carbon dioxide and water ice can also contribute to wind speed, but the main factor remains the pressure difference.
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Landslide – Portuguese Bend, CA. The Problem 1 placemark flies you to the Portuguese Bend area in California. This region has experienced a massive (and progressive) landslide that has cannibalized the subdivision that once existed on the cliffs overlooking the ocean. How did urbanization likely contribute to cause the mass wasting? You may want to use your textbook. Choose one: a. Vibrations from traffic destabilized the slope. B. Concrete allowed the underlying soil to dry out and lose cohesion. C. Landscape plants (e. G. , trees, bushes) disrupted the stability of the soil. D. Water from septic systems, sprinklers, etc. , lubricated a layer of bentonite clay that slopes toward the ocean
The correct option is D. that is Water from septic systems, sprinklers, etc. , lubricated a layer of bentonite clay that slopes toward the ocean.
The Portuguese Bend landslide, in coastal southern California, is an active, slow-moving mass of blocks and debris that spans from the seashore to modest altitudes along part of the southerly boundary of the Palos Verdes Hills.
Earthflow, rotational, and translational slides all combine to form the Portuguese Bend Landslide. An older, more substantial slide was revived to create the modern slide.
Portuguese Bend, California, landslip. The Problem You can fly to the Portuguese Bend region of California with just 1 placemark. The community that used to be on the cliffs overlooking the ocean has been cannibalized by the significant (and progressive) landslip that occurred in this area. urbanisation likely contributes to cause mass wasting A layer of bentonite clay that slopes towards the ocean was lubricated by water from sprinklers, septic systems, etc.
The Portuguese Bend landslide is a slow-moving mass of blocks and debris that extends from the beach to modest altitudes along a portion of the southern edge of the Palos Verdes Hills in coastal southern California.
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__________ Earth Creation scientists believe that it takes millions of years to form a canyon like the Grand Canyon.
Old Earth Creation scientists believe that it takes millions of years to form a canyon like the Grand Canyon.
Old Earth Creationism is a Christian doctrine that holds that God created the Earth over a period of several billion years, according to scientific estimates. This perspective is in contrast to young-earth creationism, which claims that the Earth is just 6,000 to 10,000 years old.
Old Earth Creationism accepts the scientific evidence for the age of the Earth and the universe. They believe that God created the universe and life but that He did so over a much longer period of time than the six-day timespan described in the Bible. Old Earth Creationists frequently criticize young-earth creationists for denying scientific evidence, particularly concerning the age of the Earth and the universe.
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during metamorphism, would you expect to find aligned, flattened grains in a rock that has undergone heating but has not been subjected to differential stress? why?
Aligned and flattened grains are typically found in a rock that has been subjected to differential stress, rather than in a rock that has undergone heating but has not been subjected to differential stress.
During metamorphism, this is a key difference. Differential stress is defined as stress that is not applied uniformly in all directions, whereas uniform stress is stress that is applied uniformly in all directions. In a rock that has been subjected to differential stress, aligned and flattened grains would be expected because the pressure is not distributed uniformly, which causes the grains to align perpendicular to the direction of stress.
Heating alone will not cause grains to align in this manner because there is no directional stress that causes the grains to move or rotate, and the rock is typically subjected to uniform heating in all directions.
Therefore, the grains will not align or flatten, and instead will maintain their original position and shape. In summary, aligned, flattened grains are typically found in a rock that has been subjected to differential stress, rather than in a rock that has undergone heating but has not been subjected to differential stress. During metamorphism, this is a key difference.
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at nearly all the stations, the season receives the greater amount of precipitation on average. a. summer b. winter
The answer is "b. winter". In most stations, the winter season receives a greater amount of precipitation on average compared to summer.
At almost all locations, the winter season typically experiences higher precipitation totals. This is because the air becomes colder and less able to hold moisture during the winter when the temperature decreases. As a result, clouds form from the condensation of the air's moisture, bringing forth precipitation. Winter storms also bring a lot of precipitation, including snow, sleet, and freezing rain, to many areas. Although thunderstorms can occasionally occur in the summer, they are typically more confined and localised than storms that occur in the winter. Therefore, across most locations, winter is the time of year that sees the highest precipitation.
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Rice is the staple food for over half the people in the world. What is meant by this statement?
A basic and crucial part of people's daily existence is a staple meal, item, or activity. For more than half of the world's population, rice is a staple diet.
Is rice the main food consumed by almost half the world's population?The world's major staple meal is rice. Around 80% of the world's population, or more than 50 percent, depends upon rice for food. Almost 95% of the world's rice production is made and eaten in developing nations.
It is one of the most grown crops and is frequently consumed in India. It is suitable for rice farming due to the amount of precipitation, soil fertility, and availability of irrigation. It is a vital source of food and income for the farmers.
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in general, what do beaches look like at the end of winter?
Winter – Higher winter waves move sand offshore and narrow the beach. … The summer beach is covered with a layer of sand that is moved south by the longshore currents and onshore by low waves. The winter beach is denuded of sand by high storm waves.
In general, beaches look different at the end of winter compared to the peak of summer. During winter, beaches are often deserted and quiet, with fewer visitors and tourists.
The weather is usually cooler, and the water is colder, making swimming and water sports less popular. Additionally, beaches may be covered in debris, seaweed, and other natural materials that have washed up during storms or high tides. The sand may also be covered in snow, depending on the region.
However, despite the cooler weather and fewer visitors, winter beaches can be a beautiful and peaceful place to visit. Many people enjoy long walks along the shoreline, watching the waves crash against the shore, and taking in the natural beauty of the coast.
In conclusion, beaches look different at the end of winter compared to the peak of summer. They are often quieter, colder, and covered in natural materials. Despite this, they can be a beautiful and peaceful place to visit during the off-season.
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which of the following sediment undergoes the most compaction and reduction in volume during burial and lithification to sedimentary rock? pebbly sand coarse gravel marine mud desert dune sand
Out of the following sediments, marine mud undergoes the most compaction and reduction in volume during burial and lithification to sedimentary rock. Therefore the correct option is option C.
Marine mud is a type of sedimentary deposit that is made up of very fine-grained mineral and organic material that has been transported to the ocean by rivers and other waterways.
Marine mud is typically less than 0.0625 millimeters in size (about the size of fine-grained sand) and is the product of the weathering and erosion of rocks and minerals.
As marine mud is formed from fine-grained materials, it undergoes the most compaction and reduction in volume during burial and lithification to sedimentary rock. Therefore the correct option is option C.
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which of the following sediment undergoes the most compaction and reduction in volume during burial and lithification to sedimentary rock?
pebbly sand coarse gravel marine mud desert dune sand__________ __________ are steep, high walls built along the coast to prevent beaches from eroding. They are usually made out of concrete.
"Sea walls are steep, high walls built along the coast to prevent beaches from eroding. They are usually made out of concrete."
Sea walls are human-made structures built along the shoreline to protect coastal areas from the effects of erosion and flooding. These walls are typically constructed using durable materials such as concrete, and they are designed to absorb the impact of waves and tidal forces.
By providing a physical barrier between the ocean and the land, sea walls can prevent erosion, protect property and infrastructure, and maintain the integrity of coastal ecosystems. However, some experts have raised concerns that sea walls can also have unintended consequences, such as disrupting natural coastal processes, altering the local hydrology, and exacerbating erosion in adjacent areas.
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which of the following is not a factor cited to explain periodic long-term variations in the climate of the earth? group of answer choices speed of rotation of the earth on its axis tilt of the earth's axis shape of the earth's orbit all are factors. wobble of the earth's axis
The speed of the earth's rotation, the tilt of its axis, the configuration of the earth's orbit, and the wobble of its axis are all mentioned as contributing causes to the periodic long-term oscillations in the Earth's climate.
As a result, none of the answers provided are appropriate for the query.
All of the factors mentioned - speed of rotation of the earth on its axis, tilt of the earth's axis, shape of the earth's orbit, and wobble of the earth's axis - are considered important contributing factors to the periodic long-term variations in the Earth's climate. Therefore, none of the options listed is the correct answer to the question.- speed of rotation of the earth on its axis, tilt of the earth's axis, shape of the earth's orbit, and wobble of the earth's axis - are considered important contributing factors to the periodic long-term variations in the Earth's climate.
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According to the US National Snow and Ice Data Center, there have been __________ ice age cycles on Earth during the last 750,000 years.
Answer:
According to the US National Snow and Ice Data Center, there have been eight ice age cycles on Earth during the last 750,000 years.
According to the US National Snow and Ice Data Center, there have been eight ice age cycles on Earth during the last 750,000 years.
The Earth is not the same as it was millions of years ago. In fact, the planet has seen numerous changes and transformations throughout its life. The climate is one of the most significant factors that have impacted the Earth in this process. The climate has gone through many changes over the centuries. The Earth's climate, for example, has gone through a number of ice ages. Ice ages are periods of time when the Earth's temperature falls considerably, resulting in glaciers and ice sheets.
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the runup of a tsunami is affected by group of answer choices shape of the seafloor immediately offshore. topography of the beach. patterns of vegetation. all the above.
The correct answer is "all the above". The runup of a tsunami is affected by the shape of the seafloor immediately offshore, the topography of the beach, and the patterns of vegetation.
For more information, the runup of a tsunami is affected by the shape of the seafloor, because the wave will become higher or lower depending on the shape of the seafloor. The topography of the beach also affects the runup of a tsunami, because certain beach shapes can cause the wave to grow higher. The patterns of vegetation also affect the runup of a tsunami, because the vegetation can slow down the wave or cause it to break.
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what is the interpreted plate motion direction for the pacific plate for the time period between the formation of kauai and the big island of hawaii
Interpreted plate motion direction for the Pacific plate for the time period between the formation of Kauai and the Big Island of Hawaii is northwest, as it moves over the Hawaii hotspot.
Plates on Earth’s lithosphere have been in motion since the creation of the planet, and the movement of plates causes numerous geological phenomena, including mountain formation, volcanic eruptions, and earthquakes.
The Pacific Plate, on the other hand, has moved in various directions in recent geological history, including northward, southeastward, and westward. The direction of motion of the Pacific Plate is northwest over the Hawaii hotspot, resulting in the creation of the Hawaiian Islands.
The interpretation of plate motion helps scientists to understand the past motion of plates, present geological phenomena, and future outcomes of plate tectonics.
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a sedimentary basin which appears when a continent is stretched, causing down-dropped crustal blocks bordered by faults and mountains, is called a: group of answer choices rift basin. passive margin basin. intracontinental basin. foreland basin.
A sedimentary basin which appears when a continent is stretched, causing down-dropped crustal blocks bordered by faults and mountains, is called a rift basin. Therefore the correct option is option A.
A sedimentary basin is a geological basin that has formed from sediment accumulation caused by erosion or sediment deposition. Sedimentary basins occur in the Earth's crust, and they are most commonly formed by tectonic activity.
They also develop as a result of the Earth's thermal evolution, such as in the rift basins that develop on divergent plate boundaries. A rift basin is a type of sedimentary basin that forms when continental crust is stretched and thinning. It is a depressed region of the crust in the form of a valley bounded by fault lines that have uplifted peaks.
Rift basins are formed when the Earth's crust is pulled apart or thinned, resulting in a vertical drop. The depression is filled with sediments that have been eroded from the surrounding mountains, which build up to form thick layers of sediment that cover the basin's floor. Therefore the correct option is option A.
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earthquakes at mount st. helens prior to the major eruption in 1980 were caused by blank . multiple choice question. magma rising in the volcano landslides steam explosions
Earthquakes at Mount St. Helens prior to the major eruption in 1980 were caused by magma rising in the volcano.
Magma is molten rock that originates deep within the Earth's crust and is pushed upward by the Earth's tectonic forces. This movement can cause earthquakes, as the magma moves through cracks and faults in the Earth's crust.
The other multiple choice answers are incorrect, as they would not have caused the earthquakes that were felt prior to the eruption.
Landslides, or mass movements of rock and soil, and steam explosions, or the rapid release of steam and volcanic gases, typically occur during an eruption. Therefore, these are unlikely to have caused the earthquakes prior to the eruption.
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8. What is the collective role of water vapor, carbon dioxide, ozone, and methane in the atmosphere?
A. They prevent harmful ultraviolet radiation of the sun from reaching earth
B. they are important components of the water cycle, which regulates the earths temperature
C. they regulate earths climate by trapping heat and holding it within earths atmosphere
D. they scatter almost a third of the sunlight that reaches the outer layers of the atmosphere back into space
Answer: C. They regulate Earth's climate by trapping heat and holding it within Earth's atmosphere.
he type of turbulence that develops when wind speed changes rapidly with height is: group of answer choices thermal turbulence adiabatic turbulence political turbulence shear-induced turbulence
The type of turbulence that develops when wind speed changes rapidly with height is known as shear-induced turbulence. Therefore the correct option E.
Turbulence is a disruptive event that can cause high-intensity fluctuation flows in different mediums. It is characterized by irregular, chaotic, and random fluctuations in velocity, pressure, and other fluid properties.
Turbulence is commonly observed in many natural and human-made systems, including oceans, rivers, the atmosphere, and industrial applications such as airplane engines and pipelines.
Shear-induced turbulence develops when there is a change in wind speed with height. This phenomenon occurs when the horizontal velocity gradient causes vertical shear and results in turbulent eddies. Therefore the correct option E.
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The type of turbulence that develops when wind speed changes rapidly with height is: a) thermal turbulence b) political turbulence c) adiabatic turbulence d) mechanical turbulence e) shearinduced turbulence
__________ are created when the top of the glacier moves faster than the bottom of the glacier.
Ridges are created when the top of the glacier moves faster than the bottom of the glacier.
A ridge is a formation that is created when the top of the glacier moves faster than the bottom of the glacier. As glaciers move over time, they can create distinct formations in the landscape, and one of these formations is called a ridge. A ridge is formed when the top of a glacier moves faster than the bottom, causing the ice to crack and break off in a jagged line, creating a sharp ridge or peak in the landscape.
Glaciers are known to have a tremendous force that can create a variety of landforms as they move, like valleys, fjords, and moraines. The top of the glacier moves faster than the bottom because of the friction between the ice and the ground. The weight of the glacier on the bottom slows down the movement, while the top can continue to slide forward. This movement can cause stress, which results in fractures, and cracks in the ice, and forms ridges.
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what is an aquifer, igneous and metamorphic rocks are not good aquifers as they contain little natural porosity or permeability.
An aquifer is an underground layer of water-bearing permeable rock, rock fractures or unconsolidated materials (gravel, sand, or silt) from which groundwater can be extracted. Igneous and metamorphic rocks generally contain little natural porosity or permeability and therefore cannot be used as aquifers. Igneous rocks, for instance, form when molten magma cools and solidifies.
The cooling process does not leave much space for porosity and permeability. The recrystallization of the rock grains during metamorphism also does not leave much space for porosity and permeability.
Aquifers can be found in sedimentary rocks like sandstone, limestone and shale because the grains of these rocks are arranged in a way that allows for more porosity and permeability.
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explain the three major characteristics of magma that determine how explosive a volcanic eruption will be.
Magma’s three major characteristics that determine how explosive a volcanic eruption will be are temperature, viscosity, and dissolved gases.
Temperature - Hot magma is more buoyant, leading to faster and more violent eruptions. Cooler magma is denser, and therefore has a slower eruption.
Viscosity - The higher the viscosity of the magma, the less likely it is for gases to escape, leading to a more explosive eruption.
Dissolved gases - Magma can contain dissolved gases such as water vapor and carbon dioxide. The more gas that is dissolved in the magma, the more explosive the eruption.
In summary, the three major characteristics of magma that determine the explosivity of a volcanic eruption are temperature, viscosity, and dissolved gases.
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what was your estimate of earth's albedo during the last glacial maximum? why should it be larger than the earth's current albedo of 0.30?
During the Last Glacial Maximum, it was estimated that Earth had an albedo of 0.32. Due to the greater coverage of ice and snow, it ought to be higher than the Earth's current albedo of 0.30.
During the Last Glacial Maximum, the Earth's albedo was estimated to be 0.32 .The ability to reflect sunlight into space is known as albedo. Sunlight is reflected by deserts, clouds, ice and snow, and aerosols . The more solar energy that is reflected, the higher the albedo; the chillier The albedo is also raised as the ice cover expands as the temperature drops.
The growing conditions for alpine grasslands on the TP, where Climate is the primary constraining factor, are improved by increased vegetation coverage, which results in a lower surface albedo and more energy absorbed.
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what does the cenozoic fossil record of north america reveal about how climate was changing over that era?
The Cenozoic fossil record of North America reveals that the climate was changing significantly over the era. During the Paleocene and Eocene, temperatures were generally warmer than today and the climate was relatively wet. As the Eocene transitioned into the Oligocene, temperatures began to cool.
By the end of the Miocene, temperatures began to cool again, resulting in the formation of glaciers in the northern part of the continent. This period of cooling and drying continued through the Pliocene and Pleistocene.
By the end of the Pleistocene, temperatures were much cooler and the climate was dry, resulting in the onset of the modern glacial age. These fluctuations in climate over the Cenozoic era reveal the dynamic nature of Earth’s climate system.
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which part of earth's cumulative hypsographic curve includes linear scars in the ocean floor, caused by the collision of two plates along convergent plate margins?
Linear scars on the ocean floor are caused by the collision of two plates along convergent plate margins and this part of Earth's cumulative hypsographic curve is known as a continental shelf.
The continental shelf is typically the area extending from the shoreline to the continental slope. The continental slope marks the beginning of the deep ocean basin and the continental shelf is the part of the ocean floor that is shallow and relatively flat. The continental shelf is typically divided into a series of shelves and basins, which are also known as abysmal basins.
The shelves are generally lower than the continent and rise gradually up to the continental slope. The continental shelf also includes shallow coastal bays, which are formed when sediment is deposited on the shoreline. This part of Earth's cumulative hypsographic curve is important for many oceanic activities, including fishing, navigation, and oil exploration.
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The Antarctic and the Arctic each contain a specific type of cold desert known as __________ deserts.
The Antarctic and the Arctic each contain a specific type of cold desert known as polar deserts.
The Antarctic and the Arctic each contain a specific type of cold desert known as polar deserts.
What is a desert?A desert is defined as an area that receives less than 25 cm of precipitation each year. Many deserts have little or no vegetation, as well as severe temperature fluctuations. Deserts may be warm, with scorching temperatures during the day and cooler nights, or they may be cold. The Polar Regions, for example, have cold deserts. The polar deserts are also known as the ice deserts, glacial deserts, or high polar deserts. They are characterized by having less than 25 cm of precipitation each year and low temperatures.
Antarctic and the Arctic are cold and dry places, hence polar deserts, which are also known as the ice deserts, glacial deserts, or high polar deserts. The polar regions, which are situated in the high-latitude areas of the globe, are the source of the coldest and driest deserts. The most significant Polar Regions are the Arctic and the Antarctic, where the planet's coldest temperature was recorded.
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