The answer to the given question is false. Visually detecting tornadoes associated with a low precipitation supercell thunderstorm is generally more difficult than with other types of supercell thunderstorms.
Which supercell thunderstorm is most likely to produce tornadoes?High precipitation supercell thunderstorms are most likely to produce tornadoes. They often may be embedded within squall lines and travel along boundaries. High precipitation supercell thunderstorms occur in environments with rich low-level moisture and moderate-to-strong wind shear. These are a threat for tornadoes, large hail, damaging winds, and flash flooding. Tornadoes which come from a supercell thunderstorm are the most common, and often the most dangerous.
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Warm air and cool air mix in region a, while rapid weather changes occur in region b. Which fronts are occurring in the regions?.
Since it is more challenging for the warm air to push the cold, dense air across the Earth's surface, warm fronts move more slowly than cold fronts. On the east side of low-pressure systems, where warmer air from the south is pushed north, warm fronts frequently form.
What are the rapid weather changes occur in region?Two distinct air masses do not combine when they come into touch. Along a path known as a front, they push up against one another.
The heated air rises because it is lighter when it encounters the cold air mass. When it cools down at a high altitude, the water vapor inside condenses.
Therefore, In Region A, a cold front is present, while in Region B, a warm front.
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Answer: There is a cold front in Region A and a warm front in Region B.
Explanation:
Sorting Task: Disk and Halo Stars:
Each item below belongs either with the population of disk stars or the population of halo stars of the Milky Way Galaxy. Match each item to the appropriate population.
Disk Stars (Yellow): Youngest stars, the sun, stars that all orbit in nearly the same plane, high-mass stars
Halo Stars (Green): Oldest stars, globular clusters, stars whose orbit can be inclined at any angle, stars with the smallest abundance of heavy elements
Disk Stars (Yellow) include the sun, the youngest stars, high-mass stars, and stars that orbit in almost the same plane.
Oldest stars, globular clusters, stars whose orbits can be inclined at any angle, and stars with the least amount of heavy elements are all represented by the Halo Stars (Green) category.
A "bubble" of halo stars surrounds our galaxy. These stars orbit the disk in erratic directions, high above and far below it. These stars were were contained within a disk but have since moved outside of it.
The majority of the stars in our galaxy are found in a disk. Around the galaxy's central black hole, they travel in roughly circular orbits. All of these stars' orbits are oriented similarly.
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what about the geography of bangladesh makes them vulnerable to flooding? how might this worsen for the people of bangladesh, if climate change raises sea levels and warms ocean temperatures, and precipitation intensifies from stronger tropical cyclones and monsoons?
Bangladesh is a small, low-lying nation that shares three borders with India. The majority of the nation is located in the floodplains and deltaic area of the Brahmaputra (named Jamuna), Ganga (called Padma), and countless additional tributaries and distributaries of the aforementioned rivers. Eighty percent of Bangladesh's total land area is made up of these rivers and their tributaries.
Climate change can worsen the flood condition and affect Bangladesh intensely in the following way-
Because most of the land is only 10 meters or less above sea level, it is extremely vulnerable to sea level rise brought on by climate change.Seawater intrusion can damage freshwater supplies and salinate Bangladesh's vast agricultural fields, which feed the country's population.Cloudburst and other disruptive precipitation occurrences have also been connected to climate change. In Bangladesh's plain landscape, where natural drainage is comparatively level, these events have the potential to be disastrous.b) The issue is rather one of ethical accountability for past wrongs. The accumulation of carbon dioxide in the atmosphere since the industrial revolution, which was mostly fueled by industrialized countries, is what has caused climate change.
The main reason for the deadlock at climate forums like UNFCCC summits has been the rich countries' refusal to embrace their duty. Developing and LDC countries are more severely impacted by climate change because its effects are differentiated.
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smaller clast sizes in a sedimentary rock generally indicate energy levels in the environment in which the sediment was deposited?
Sedimentary deposits with smaller group sizes in sedimentary rocks are found in clastic sedimentary rocks
Clastic sedimentary rock
Clastic sedimentary rock is composed of rock fragments (clasts) that have been cemented together. These classes are typically grains of quartz, feldspar, clay minerals, or mica. However, all types of minerals may be present. A class can also be a lithic fragment consisting of more than one mineral.
Clastic sedimentary rocks are divided based on the dominant particle size. Most geologists use the Udden-Wentworth grain size scale and divide unconsolidated sediment into three fractions: gravel (>2 mm diameter), sand (1/16 to 2 mm diameter), and silt (<1/16 mm diameter) . Silts are further divided into silts (1/16 to 1/256 mm in diameter) and clays (<1/256 mm in diameter). Classification of clastic sedimentary rocks according to this scheme; Conglomerates and breccias are mostly made of gravel, sandstones are mostly made of sand, and mudstones are mostly made of silt.
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Why it is globalization are not good for everyone?.
Free trade puts smaller, privately held, family-owned businesses that compete in the international market at greater risk, therefore globalization is not good for everyone.
Give a brief account on Globalization.Globalization can be regarded as the process of contact and integration between individuals, organizations, and governments on a global scale. The term "globalization" first appeared in the early 20th century and originally became widely used to characterize the extraordinary global connection of the post-Cold War world in the 1990s. Due to advancements in communications and transportation technologies, its beginnings can be seen in the 18th and 19th centuries. The expansion of international connections has led to a growth in international trade as well as the sharing of ideologies, values, and cultural practices. The process of economic contact and integration that includes social and cultural elements is known as globalization.. Conflicts and international diplomacy, however, nevertheless play a significant role in the history and present-day globalization.
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when a population shows an adaptation, it means that a population responds to an environmental pressure such that the presence of traits over time.
When a population exhibits adaptation, it indicates that the population has responded to a pressure from the environment in a way that causes the prevalence of beneficial features to rise over time.
Natural selection only affects heritable traits in populations, favoring advantageous alleles and reducing the frequency of harmful alleles, a process known as adaptive evolution. Natural selection only affects heritable traits in populations. However, natural selection affects whole organisms rather than specific alleles. A person may have a genotype that is extremely advantageous and a phenotype that, for example, boosts fecundity, but if that person also contains an allele that causes a fatal childhood ailment, the fecundity phenotype won't be passed on to the next generation.
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what is wrong with the statement that there is no population problem because all of earth's human population could fit inside the state of texas
The "all of earth's human population could fit inside the State of Texas" statement is wrong because the calculations carried out only counted each person who only got a piece of land to live on, did not calculate the area of roads, health facilities, agricultural land, livestock land, shopping areas, and other important places.
Why human population could not fit inside the state of Texas?Texas has approximately 170 million acres and a world population of 7.4 billion. In theory, anyone in the US could give her half an acre in Texas. In fact, with a population density of 27,000 people per square mile, Texas could theoretically fit the entire population of the world. This is about the same population density as New York City (and much less than Paris, for example). So to accommodate the whole world there, you would have to build effectively a single giant city across the state.
Well, this is not possible in real life. Even if we could convince everyone to live in Texas and build a 250,000-square-mile city to accommodate everyone, we would not have the food, water, and other necessities these global cities need. There will be no one left to supply the world. Is required. And even if all that happened, the distribution system would still need to consistently distribute food and water to cities of 7.6 billion people, not to mention other goods and services (with corresponding amounts of garbage and Remove sewage daily). ) is beyond all limits of practicality.
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nationwide in the united states, particulates come mostly from , but in urban areas they are derived from vehicles and industrial sources.
The majority of the particulates that contribute to soil erosion in the United States come from industrial and vehicular sources in urban areas.
Why is pollution higher in urban regions than in rural ones?
Despite the fact that pollution in cities can sometimes arise from natural sources, emissions from human activity are the most harmful. Due to the local concentration of people and human activity, anthropogenic sources of pollution, such as factories, industries, transportation, and so forth, are often made worse in cities.
What is the primary contributor to particulate matter in the US?
Cars and trucks (especially those with diesel engines), open burning, wildfires, fireplaces, woodstoves, and outdoor wood boilers (also known as hydronic heaters), cooking, dust from roads and construction, agricultural activities, and coal and oil-burning boilers are all significant sources of primary fine particles.
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geographic determination of the growing origins of jamaican and international coffee using instrumental neutron activation and analysis and other methods
The purpose of this study was to ascertain whether elemental analysis could identify intra-island growing regions and differentiate between the growing origins of Jamaican and foreign coffee.
Using instrumental neutron activation analysis and inductively coupled plasma optical emission spectroscopy, 24 samples of soluble coffee, coffee that had been roasted and ground, and coffee that had been processed were gathered. 16 components were chosen for statistical analysis. Discreetly soluble clusters from roasted and ground sample. The distinction between the ground and roasted samples was not as clear. Statistics might be used to identify the geographical growing regions, but further research would be needed to identify the different Jamaican growing subregion .
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the weakening of rock due to expansion and contraction resulting from temperature changes is known as
Thermal weathering stress is defined as the breakdown of rock that occurs through expansion and/or contraction induced by heating and/or cooling.
Moreover, Physical weathering involves the breakdown of rocks into smaller fragments through processes such as expansion and contraction, mainly due to temperature changes. Two types of physical failure are freeze-thaw weathering and thermal cracking. Changes in temperature can also contribute to mechanical weathering in a process called thermal stress. Changes in temperature cause rock to expand and contract. As this happens again and again, the structure of the rock weakens. It crumbles over time.
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explain the difference between a reverse fault and a strike-slip fault. give an example of where you can see each type of fault at work. remember to use complete sentences when answering the question.
A strike-slip fault, also known as a transform fault, differs from a reversal fault in that it can travel left or right. A thrust fault or reversal fault travels upward and downward.
The block above the fault goes up in relation to the block below the fault when there is a reverse fault.
The most typical fault kind is referred to as a normal fault. It develops when rock above an inclined fracture plane slides over the rock on the opposite side of the fracture as it descends.
A strike-slip fault is a vertical (or nearly vertical) fracture in which the majority of the movement of the blocks has been horizontal.
Normal faults are caused when two plates that are stacked one on top of the other slip past one another. One plate sliding under the other results in a vertical offset, which causes reverse faults. When two plates pass each other horizontally, strike-slip faults occur.
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the specific aquifer on which most of the u.s. midwestern agriculture depends is known as the .
The specific aquifer on which most of the u.s midwestern agriculture depends is known as the Ogallala aquifer.
The specific aquifer, Ogallala is composed primarily of unconsolidated, poorly sorted clay, silt, sand, and gravel with groundwater filling the spaces between grains below the water table .The Ogallala is an unconfined aquifer, and virtually all recharge comes from rainwater and snowmelt. As the High Plains has a semiarid climate, recharge is minimal. Recharge varies by amount of precipitation, soil type, and vegetational cover and averages less than 25 millimeters (1 inch) annually for the region as a whole. In a few areas, recharge from surface water diversions has occurred. Groundwater does flow through the High Plains Aquifer, but at an average rate of only 300 millimeters (12 inches) per day. he depth to the water table of the Ogallala Aquifer varies from actual surface discharge to over 150 meters (500 feet).
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Which is an example of disturbance and primary succession currently happening on earth?.
The pioneer species will show up first after a disturbance in which the soil has been damaged or removed. This is an important aspect of primary succession.
The ecosystem progresses through the stages of ecological succession once the soil forms until another disturbance happens. happens when an organism settles in a dead environment. the emergence of plant and animal life in a region without an existing environment. Primary succession will ultimately result in equilibrium. On lava flows, boulders, cliffs, and sand dunes, the primary occurs.
some examples are:
-Volcanic eruptions
-the melting of glaciers
-Flooding and significant soil erosion.
-Landslides.
-nuclear detonations
-oil leaks.
-abandoning a built object, like a parking lot with asphalt.
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the fertile crescent was fought for as a desirable place in which to live because it had: rich soil water precious jewels a warm climate abundant food
The Fertile Crescent was fought for as a desirable place in which because the place had sufficient water, a warm and hospitable climate, and rich soils with enough minerals and nutrients for agriculture.
The Fertile Crescent is a crescent shaped or boomerang shaped region in the Middle East, including all the regions of modern-day Iraq, Syria, Lebanon, Israel, Palestine, and Jordan together with the northern region of Kuwait, the southeastern region of Turkey, the western portion of Iran. It is also called the "Cradle of Civilisation" as it was the birthplace of many innovations including tech, agriculture, the wheel among many others.
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Can serve as signals in an economy?.
Prices can serve as signals in an economy as argued by economist Friedrich Hayek.
Who was Friedrich Hayek?Friedrich Hayek who was born on 8 May 1899 was an Austrian-British economist, legal theorist and philosopher. He is best known for his defence of classical liberalism.
Hayek shared the Nobel Memorial Prize in Economics Sciences with Gunnar Myrdal in 1974 for their work on money and economic fluctuations and the interdependence of economic, social and institutional phenomena. His important achievement in economics is his account of how changing prices communicate information that helps individuals coordinate their plans.
Hayek during his teenage days served in the first world war.
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find big dry creek, which is north of rome. what direction does that river flow? explain two reasons why you came to this conclusion.
Water Flows from high elevation to low elevation so in case of Big Dry Creek which flows in a valley. On the eastern side of the attached map, this valley is shown by V-shaped topographic contours. The General Direction of flow of the Creek is towards South i.e. opposite to the V direction of the topographic(height) contours which indicates the flow of water from high elevation to low elevation.
Topography is a area of geoscience and planetary science and is concerned with nearby element in widespread, inclusive of no longer best relief, but also natural, synthetic, and cultural functions together with roads, land obstacles, and homes.[1] within the u.s.a., topography regularly manner in particular relief, despite the fact that the USGS topographic maps file no longer just elevation contours, but also roads, populated locations, structures, land limitations, and so on. Topography in a narrow feel involves the recording of relief or terrain, the 3-dimensional first-rate of the surface, and the identification of specific landforms; this is additionally known as geomorphometry. In present day usage, this includes generation of elevation records in digital shape.
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In regions such as california that rely upon snowfall and snowmelt for their water resources, what is a potential impact of global warming?.
The annual snowfall will decrease, the annual rainfall will increase, and water storage will be insufficient to cover the damage in California.
Extreme weather events in recent years have not been isolated incidents. They point to the significant and increasingly visible effects of climate change in California. The most dramatic effects include larger and more frequent wildfires, in addition to the most severe drought since records began. A lengthy warming pattern that has sped up since the mid-1970s is at the root of these events. Furthermore, spring melting snowfall runoff is decreasing, sea levels are rising, icecaps are receding, lakes and oceans are warming, and animals and plants are migrating.
These effects are comparable to those seen globally.
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as the length of the confidence interval for the population mean increases, the degree of confidence in the interval's actually containing the population mean
When the length of a confidence interval increases, the degree of confidence in its actually containing the population parameter being estimated increases.
What relationship exists between the size of the population mean increase confidence interval and the level of interval confidence?The probability that a confidence interval truly contains the population parameter being assessed rises as its length does. The width of the confidence interval for a population mean shrinks with the sample size at a fixed level of confidence. A population parameter's point estimate is thus always in the middle of the parameter's confidence interval.
The relevant sample statistic is the most accurate point estimate for a population parameter. When determining confidence intervals for the difference between two population proportions using equal sample sizes, the sample size will grow when the margin of error is decreased and the significance level is held fixed.
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which of the following is true populations are made up of communities communities are made up of populations communities are made up of ecosystems populations are made up of ecosystems
communities are made up of populations.
Populations make up species. It relies on the species' distribution and the size (or lack thereof) of the geographical area. Some species only occur in relatively small areas, such as on a single island or the summit of a single mountain worldwide. The entire species is represented by the one colony on the island or summit. Such populations are particularly fragile from a conservation standpoint; if something were to happen to that one population, the entire species would be gone, and it would become extinct. Communities are made up of all the populations of various species in a specific location.
The community concept's focus on several populations of all the various species in the area and how these species interact with one another is its most crucial aspect. Each population is made up of individuals of a specific species, and these individuals interact with one another both within and outside of their own species (e.g., fighting, grooming, mating, and pollination) (e.g., hunting them for food, using them as a place to build a nest, growing on them). Community ecologists investigate local populations and their relationships. This tutorial includes another article that discusses various ecological interactions.
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A small, fast-moving river is in a v-shaped valley on the slope of a mountain. If you follow the river to where it passes through a plain, what will the river most likely look like compared with how it looked on the mountain?.
Fast-moving water, due to steep slopes in the mountain forms a V-shaped valley because the erosive power of the water is projected vertically more than horizontally.
This is vice versa in plains where the water moves at slower speeds. The horizontal erosion power is dominant over vertical erosion hence the banks of the river are eroded more than the bed in the plains.
A V-shaped valley is a slim valley with steeply sloped aspects that seem much like the letter "V" from a cross-section. they're formed via sturdy streams, which through the years have reduced down into the rock through a method known as downcutting.
Rivers begin excessively up inside the mountains so that they flow quickly downhill eroding the landscape vertically. The river cuts a deep notch down into the landscape using hydraulic motion when the sheer force of the water gets into small cracks and breaks down the sides of the river valley.
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How are eras divided and named?.
In general, geological time is divided into four large chunks, or eras, in modern times: Precambrian, Paleozoic (from the Greek significance previous lifestyle), Mesozoic (center life), and Cenozoic (late life).
What divides the eras?Eons are broken down into smaller time periods called eras. The Phanerozoic is divided into three eras, as shown in the above time scale: Paleozoic, Cenozoic, and Mesozoic The boundaries of the eras are established by using extremely significant events in Earth's history. Periods are a subset of eras.
Which of the three eras are their names?The Paleozoic, Mesozoic, and Cenozoic eras encompass the Phanerozoic Eon. The kinds of fossils that were present gave these their names. The Cenozoic is the most youthful time and the name signifies "new life".
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The manager at a wedding asked each of the 80 guests whether they were a friend of the bride or of the groom. The results to this question are given below. Given that a randomly selected guest is friend the groom, find the probablity they are a friend of the bride? Bride's friend: 29; Groom's friend: 20; Both: 30
If there are 29 bride's friends, 20 groom's friends, and 30 bride and groom's friends; then the probability that the random chosen guest is one of the bride's friends is 0.3625.
Total number or guests, n (S) = 80
Let A: selected guests who are friend of the bride
n (A) = 29
And B: selected guests who are friend of the groom
n (B) = 20
A U B: selected guests who are friend of the groom and the bride
n (A U B) = 30
Thus, probability that the selected guest is a friend of a bride:
P (A) = n (A) / n (S)
= 29 / 80
= 0.3625
Hence, the probability that the random selected guest is a friend of the bride is 0.3625.
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in this activity, you will first draw a contour map from observed point values. in the second part, you will use topographic contour maps to produce cross-sections that show the elevation profile along a transect.
Part 1: The temperature measurements for North America are displayed on the map below (See image part 1). Degrees Fahrenheit are used to measure temperatures. Create a contour map with the values, with contours spaced 10 degrees apart.
Part 2: Take a look at the bathymetry map of Favre Lake on the right as an illustration of a contour map. A purported tarn called Favre Lake can be found in Nevada's Ruby Mountains (see image part 2_1). A bathymetry map is comparable to a topographic map, with the exception that it displays the lake's depth. The water depth can be transferred along a transect that is drawn from point A to point B on a map to display the water depth as a function of distance, as illustrated in the lower graph. This graph is a portion of the map in the middle that better illustrates how elevation changes from one point to the next.
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Communism—The Soviets' original command economy adhered to a Marxist economic philosophy of everyone working for the common good—that is, everyone works according to their ability, and supplies are provided according to people's needs. Why do you think this economy failed?
Communism economic system, as invented by Marxist economic philosophy failed because its predicted mechanism of action does not work and manifest in the economy plan.
What is the Communism economic system about?As one of economic system, communism also serves as a political and economic doctrine that aims to replace private property and a profit-based economy with public ownership and communal control of at least the major means of production (such as mines, mills, and factories) and the natural resources of a society.
Hence, the Communism system is a form of socialism, but a higher and more advanced form, according to its advocates. How exactly communism differs from socialism has long been a matter of debate but the distinction rests largely on the communists’ adherence to the revolutionary socialism of Karl Marx.
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Which equation represents the graphed function slope-intercept form of a line?.
The slope (m) and the y-intercept (b) of a line are highlighted in the slope-intercept form of linear equations (y=mx+b).
How is a line with a slope and an intercept graphed?Slope and y-intercept are used to graph an equation in the following ways:
The equation y = mx + b's y-intercept is equal to b.Draw a y-intercept plot. The key message is (0, b).To solve the equation y = mx + b, get the slope=m.Run from the slope with one step while utilising the ascent.With your line, join those two points together.What is the slope intercept form location?Y = mx + b, where m denotes the slope and b the y-intercept, is how the equation of the line is expressed in the slope-intercept form. We can see that the slope of the line in our equation, y = 3 x + 5, is 3.
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the following four figures show several different tectonic settings where volcanism is active. which of the following images shows a tectonic environment where magmas were produced by flux-melting?
The plate tectonic conditions that result in mafic magmas include mid-ocean ridges, continental rifts, oceanic and continental volcanic arcs.
Oceanic mid-ridges The two plates separate near the mid-ocean ridges, when the magma effusion creates the new oceanic crust. The two plates move apart, revealing the interior of the earth.
Continental rift The effusion of the magma creates a new oceanic crust, and the two plates separate. As a result, the melt in the continental drift forms. The crustal thickness therefore thins.
Oceanic and continental volcanic arc: The points of convergence are the oceanic arc and the volcanic arc. The thicker plate of the arcs subducts beneath the lighter or less dense plates and descends into the mantle, raising the temperature of the area around it.
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if your farm has a problem with too much wind removing the soil, which of the following practices is most likely to solve your problem?
Shelterbelts can offer a durable, reasonably priced solution for minimizing wind erosion on farms. Shelterbelts are used to lessen wind speed in the protected area and lessen soil erosion on agricultural land.
A windbreak is a planting that typically consists of one or more rows of trees or shrubs that are placed so as to offer protection from the wind and prevent soil erosion. On farms, they are frequently planted as hedgerows along the boundaries of fields. Trees are arranged in rows along fence lines in shelter belts. They are mostly grown to provide shade in hot times and shield livestock or crops from cold winds. Shelter belts also lessen wind erosion in areas with a lot of cultivated land, like Canterbury. This is called Shelter belts. Sand and loam become more cohesive when the soil is damp, which temporarily prevents wind erosion. Two strategies are used to control wind erosion: lowering ground-level wind speeds and boosting soil cohesiveness, which increases a soil's wind resistance.
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What is the evidence from fossils that supports plate tectonics?.
Some of the early hints that scientists used to recreate historical plate movement were the discovery of identical or similar fossils in regions that were separated by great distances.
Give a brief account on plate tectonics.In the 1960s, plate tectonics as a theory was developed. The lithosphere, which is Earth's outermost stiff layer and is normally around 100 km (60 miles) thick, is believed to sit on top of the asthenosphere, which is Earth's plastic (moldable, partially molten) layer. Seven extremely large continental and oceanic plates, six or seven medium-sized regional plates, plus a number of smaller plates make up the lithosphere. These plates interact at their boundaries where they converge, diverge, or slip past one another at speeds of 5 to 10 cm (2 to 4 inches) per year or less.
Although earthquakes and volcanoes can occur in plate interiors, it is thought that these interactions are primarily to blame for the majority of Earth's seismic and volcanic activity. Mountain formation results from plate motions, which also cause continents to break apart and oceans to form where plates pull apart or diverge. The continents are enmeshed in the plates and passively drift with them, causing the Earth's geography to change significantly over millions of years.
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the grand staircase in the desert of the southwest united states includes the grand canyon. the [ select ] of the grand canyon is the [ select ] of zion national park. the [ select ] of zion is the [ select ] of bryce national park.
The Grand Canyon is part of the Grand Staircase in the Southwest of the United States. Zion National Park's bottom is the top of the Grand Canyon. The bottom of Bryce National Park is at the top of Zion.
A 100-mile stretch of sedimentary rock formations known as the Grand Staircase connects Bryce Canyon National Park, Zion National Park, and the Grand Canyon.
The Grand Stairway was characterized as "the edge of the cliffs of each layer that climbs northward from the floor of the Grand Canyon, making a colossal staircase, among the many he has ever seen" by a geologist by the name of Clarence Dutton in 1870. largest staircase in the space.
Sculpted smooth surfaces, active waterfalls, arches, and riverbank oases The appeal of trekking in the Escalante hinterland is enhanced by the presence of active waterfalls, arches, riverbank oasis, smooth, carved rocks, and little canyons. The area around the great staircase is quiet and uncrowded.
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23) a type of subsistence agriculture in which short periods of cultivation are followed by longer periods of fallow land is called
A type of subsistence agriculture in which short periods of cultivation are followed by longer periods of fallow land is called Shifting cultivation.
It is likewise called jhum or jhoom cultivation. It is the nearby call of lessen and burns agriculture. The farmers harvest the forest's timber and burn the plant remains. The ash is applied to fertilize the land, that is then used for agricultural or livestock grazing.
Subsistence farming, shape of farming where in almost all the plants or cattle raised are used to hold the farmer and the farmer's family, leaving little, if any, surplus on the market or trade.
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