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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What is the cause of convection currents in Earth?.
Differential heating leads to convection currents. Warm, less dense, lighter material rises while cool, more dense, heavier material sinks.
Give a brief account on Convection currents.Convection currents are circular movements of gases or liquids. Convection currents can be observed on a small scale, such as in a pot of boiling water, or on a larger scale, such as in the movement of air from the equator up to the poles and back down again. Density discrepancies and temperature differences can contribute to the formation of convection currents. Warmer substances rise because they are less dense than colder ones (hot air and water). In order to fill the space left by the rising warm substance, the colder substance then sinks downward, resulting in a continuous circular movement.
The Earth's mantle exhibits convection currents. Mantle material that has been heated rises from the mantle's depths, while mantle material that has been cooled sinks and produces convection currents. The movement of the earth's crust plates is thought to be influenced by this kind of circulation. The Earth's molten outer core, radioactive element decay, friction from the tectonic plates falling in the upper mantle, and the decay of radioactive elements all contribute to the heat inside the mantle. A combination of energy from radioactive element decay and leftover energy from Earth-forming processes heats the outer core.
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What did Hayek say about inflation?.
Hayek believed that Keynesian policies to combat unemployment would cause inflation, and that to keep unemployment low, the central bank would have to increase the money supply faster, causing inflation to rise.
Give a brief account on inflation.A widespread increase in the costs of goods and services in an economy is referred to as inflation in economics. Because a rise in the general price level reduces the purchasing power of money, inflation is frequently referred to as a rise in prices. The opposite of inflation, deflation is a sustained decline in the level of prices for goods and services. The annualized percentage change in a general price index, sometimes known as the inflation rate, is one frequently used indicator of inflation. Because not all prices increase at the same rate, the consumer price index (CPI) is frequently used for this purpose. Wages in the US are also determined by the employment cost index.
The majority of economists agree that the main cause of high inflation and hyperinflation, both of which have severely disruptive effects on the actual economy, is chronic over increase of the money supply. The opinions on low to moderate inflation span a larger spectrum. Low or moderate inflation may be attributed to real changes in consumer demand for goods and services or real changes in the supply of such goods and services, such as during periods of scarcity.
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The topic of the personal statement can best be described as the reason rocks are interesting. Pursuit of a career in geology. Importance of learning geology. Impact of a good science education.
According to the stated statement, the personal statement best describes why rocks are intriguing. This is the sole personal statement since it only expresses the writer's subjective thoughts.
What exactly is the point of studying geology?Geology is a field of natural science that studies the Earth and other celestial objects, their characteristics or rocks, and the mechanisms through which they change over time. Because modern geology integrates with all other Earth sciences, including hydrology, it is regarded as a crucial component of integrated Earth system science and planetary science. Geology is the study of the structure of the Earth on and under its surface, as well as the processes that shape that structure. It also includes methods for determining the relative and absolute ages of rocks discovered in a certain place, as well as for describing the histories of those rocks.
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ozone is considered a secondary air pollutant because it:
Answer:
It is formed by the Transformation of NOx in sunlight
Explanation:
Ozone is secondary pollutant because it is not emitted directly but is produced in a cycle of reactions involving two basic classes of compounds i.e., nitrogen oxides generically called NOx, including NO (nitric oxide) and NO2 and hydrocarbons.
It is created when sunlight transforms NOx. Because it is formed by a cycle of reactions involving two fundamental types of molecules, namely nitrogen oxides, also known as NOx, which include NO and NO2, and hydrocarbons, ozone is considered a secondary contaminant.
Why ozone is harmful for human?Ozone can irritate and swell the respiratory system's tissues, which can exacerbate asthma symptoms and cause symptoms like coughing and chest tightness. Ozone also poses a major threat to crops, forests, and other natural vegetation.
The odourless, colourless gas known as ozone, which occurs naturally in the atmosphere, is created when three oxygen molecules join. It can be found in both the troposphere, which is the lower atmosphere, and the stratosphere, which is the upper atmosphere of the Earth.
Ozone exposure can induce shortness of breath because it limits how much air the lungs can take in. Lung cells are more porous and susceptible to toxins and bacteria when there is enough ozone present.
Thus, It is created when sunlight transforms NOx
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Why is the wall of a dam made thicker at the bottom?.
With depth, the dam's water storage pressure rises. Therefore, the dam's bottom has been widened to accommodate the rise in water pressure.
A dam is a structure that controls or stops the flow of subsurface or surface water. Dams build reservoirs that serve multiple purposes, including flood control, irrigation, human consumption, industrial use, aquaculture, and navigability.
A liquid exerts more pressure the deeper it is. Consequently, the water's pressure on the dam's wall grows as the depth does. The thickness of the dam was increased toward the bottom since a thicker wall is needed to bear more pressure.
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How can you distinguish a clastic (fragmental) sedimentary rock from a chemically formed one.
Size, sorting, and grain shape are used to categorize clastic rocks. When water is saturated with dissolved minerals, chemical sedimentary rocks are precipitated. The mineral composition of a rock determines its chemical classification primarily.
Broken pieces of various rocks are used to form sedimentary rocks. Clastic sedimentary rocks are what these are. Sediment is the term for the fragments of fractured rocks. Sand near the seashore, muck at the bottom of lakes, boulders in streams, and even dust on furniture are all examples of sediment. If the tiny particles of salt advance toward solidification, they may eventually shape a stone. Synthetic rocks are not composed of particles of residue, unlike the majority of other sedimentary rocks. Instead, they use ingredients that degrade in water to make mineral gems.
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The world’s population reached a new milestone this week. Approximately how many people now live on earth?.
Approximately 8 billion people now live on the earth.
Just now, there were seven billion people on the planet. This is where you belong. A record 8 billion people now live in the world. Estimates from the United Nations have the number at staggering Tuesday. That translates to 8 billion individuals of all ages, countries, and cultures. A significant milestone in human growth will be reached when the world's population reaches 8 billion on November 15, 2022.An complete group of people is referred to as a population, whether that group is a nation or a collection of individuals who share a given characteristic. In statistics, a population is the group of individuals from whom a statistical sample is drawn.Thus the answer is 8 billion population.
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Which evidence would confirm that a given rock layer is newer than the layers around it.
Explanation:
it cuts through all the other layers
In regions such as california that rely upon snowfall and snowmelt for their water resources, what is a potential impact of global warming?.
In regions such as california there will be less snowfall each year, more rain each year, and less water stored in reservoirs, which will contribute to global warming.
The gradual rise in temperature found close to the surface of the globe is known as global warming. Over the previous two or three centuries, this pattern has been noted. This alteration has thrown off the earth's climate cycle. Although the idea of global warming is debatable, scientists have offered evidence to support the idea that the earth's temperature is growing steadily.
Humans, plants, and animals are negatively impacted by a number of causes of global warming. These reasons might be a result of human activity or they might be natural. Understanding how global warming negatively affects society is crucial for tackling the problems.
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What governmental changes have occurred in Argentina, Peru, and Chile since independence?
The governmental changes that have occurred in the nations of Argentina, Peru, and Chile, have been a change from democracy to dictatorship and then back to democracy.
How has government changed in Argentina, Peru, and Chile?Like several other Latin American countries, the nations of Argentina, Peru, and Chile have seen governmental changes since they gained independence from Spain in the early 1800s. These three countries in particular, have had a similar change in government with dictatorships having ruled the nation for years until a return to democracy which is what they have now.
In the case of Peru, there was a dictatorship between the years of 1968 and 1980 when the Revolutionary Government of the Armed Forces was in charge. In Argentina, the National Reorganization Process ruled from 1976 to 1983. And in Chile, the military ruled the nation from 1973 to 1990. All four nations have now returned to democracy however.
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will a continental polar air mass most likely be found north or south of a front east of the rocky mountains in the central united states
A continental polar air mass is most likely be found north of a front east of the Rocky Mountains in the Central United States.
Air masses refers to a volume of air which is defined by its temperature and humidity. Air masses encompass large areas (hundreds or thousands of square miles) and can adapt to the characteristics of the surface underneath them. They are classified according to latitude as well as their continental or maritime source regions. According to the latitude, air masses are classified as polar (cold), arctic (very cold), equatorial (warm and very moist), and tropical (warm). In terms of source regions, continental air mass forms over the continent and maritime air mass forms over the ocean. Hence, continental polar air mass refers to the body of air, which is cold, low humidity (dry), and stable and forms over land during the winter months. These air masses originate over northern Canada and Alaska as a result of radiational cooling. They are likely found north of a front east of the Rocky Mountains in the Central United States.
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compare and contrast the two biggest canadian provinces: the central provinces of quebec and ontario. pay special attention to their culture and history.
Both of them are referred to as Heartland. Both of the regions have dense urban concentrations. Quebec and Ontario are French and British, respectively. There are forests and rocky land in northern Canada.
The fact that Quebec and Ontario are the two largest and most populated provinces in Canada makes them comparable. They are geographically similar as well. Each province has a subpolar climate and the Canadian Shield covering its northern regions. Both provinces' population centers are in the south. Strong European influences can be found in both provinces. On the other hand, Ontario has a strong British background, but Quebec has a strong French culture. Eighty percent of Quebec residents speak French, and the country's cities nevertheless have a distinctly European vibe. Despite having a British past, Ontario has Canada's widest range of cultural influences. Canada's industrial hub is located there as well. The capital, Toronto, is modernized but has little of a European flair.
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what kind of coastal area would you expect to be mostly eroding?
Answer:
ocean shores with steep bluffs
Ocean shores with steep bluffs is the kind of coastal area would you expect to be mostly eroding.
What is eroding?to progressively diminish or destroy; to eat into or consume through a substance's gradual degradation as by cancer, an infection, or acid; to erode due to the force of water, wind, or glacial ice. Flooding had damaged the hillside.
Surface-Water Erosion Liquid water is the primary contributor to erosion on Earth. Rivers, lakes, floods, and the ocean carry sand and soil particles away as they slowly wash the silt away. The four types of soil erosion brought on by rainfall are splash erosion, sheet erosion, rill erosion, and gully erosion.
The pixels in the image get smaller due to erosion or when element A is made smaller by using element B. By using erosion, the pixels on object edges are eliminated.
Thus, it is Ocean shores with steep bluffs.
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what geological material often forms at about the time of major extinctions, for reasons not understood by scientists today?
We present a quantitative test of end-Cretaceous extinction scenarios and how these would have affected dinosaur habitats.
Combining climate and ecological modeling tools, we demonstrate a substantial detrimental effect on dinosaur habitats caused by an impact winter scenario triggered.
We were not able to obtain such an extinction state with several modeling scenarios of Deccan volcanism.
We further show that the concomitant prolonged eruption of the Deccan traps might have acted as an ameliorating agent, buffering the negative effects on climate and global ecosystems that the asteroid impact produced at the Cretaceous–Paleogene boundary.
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What are the 10 disadvantages of globalization?.
Globalization may also have negative social effects, such as a rise in income disparity and poor working conditions in poorer countries that export commodities to more developed countries. The 10 disadvantages of globalization are
Offshoring may increase rather than decrease as a result of globalization.The rich gain more from globalization than the poor.The wealthiest benefit more than the poor from globalization.Social safety net programmes could be cut back due to globalization.A new political system would be produced by globalization.Resource consumption would not be stopped by globalization.People would find it simpler to cheat as a result of globalization.Lack of skills cannot be remedied by globalization.Globalization modifies how people would identify.The environment would be harmed by globalization.For more questions like Globalization click the link below:
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a number of ways that would increase the amount of precipitation going into groundwater rather than runoff
Surface runoff happens when rainfall is greater than the rate of soil infiltration. Rainfall heaviness, slope, soil water holding capacity, and infiltration rate are all variables that affect runoff and hence minimizing them will increase the level of precipitation into the ground rather than runoff.
Surface runoff happens when rainfall is greater than the rate of soil infiltration. Rainfall quantity, slope, soil water holding capacity, and infiltration rate are all variables that affect runoff and reduce the amount of precipitation into the groundwater.
Rainfall or precipitation that lasts for a long time moderate to heavy amounts falling steadily can eventually saturate the soil and cause drainage. Rainfall that falls heavily and quickly can bounce off the Earth's surface before flowing over it as runoff.
Water travels downhill from surface water to groundwater during a hydrologic process known as groundwater recharge, deep drainage, or deep percolation. The primary way for entering of water in an aquifer is through recharge.
Soil erosion prevention, basement flood protection, landscaping, appropriate roof drainage, and a reduction of paved surfaces are among measures that can assist or control runoff.
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Studies of cores obtained from continental glaciers and deep-sea sediment indicate that.
Studies of cores taken from deep-sea sediment and continental glacier glaciers show the movement of plates throughout various time periods.
The movement of the plates results in two different types of tectonic boundaries: transform, where the plates move sideways with respect to one another, and convergent, where the plates merge. Each year, there is a movement of three to five centimeters or one to two inches. The widely accepted scientific theory known as plate tectonics states that the Earth's lithosphere is composed of numerous large tectonic plates that have been moving gradually for close to 3.4 billion years.
The continental drift theory, which was developed in the early 20th century, is the foundation of the model. Following confirmation of seafloor spreading in the mid-to-late 1960s, plate tectonics became largely accepted by geoscientists.
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Studies of cores obtained from continental glaciers and deep-sea sediment indicate that.
Studies of cores taken from deep-sea sediment and continental glacier glaciers show the movement of plates throughout various time periods.
The movement of the plates results in two different types of tectonic boundaries: transform, where the plates move sideways with respect to one another, and convergent, where the plates merge. Each year, there is a movement of three to five centimeters or one to two inches. The widely accepted scientific theory known as plate tectonics states that the Earth's lithosphere is composed of numerous large tectonic plates that have been moving gradually for close to 3.4 billion years.
The continental drift theory, which was developed in the early 20th century, is the foundation of the model. Following confirmation of seafloor spreading in the mid- to late 1960s, plate tectonics became largely accepted by geoscientists.
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why is the mercator map good? Why should we use it and wy?
Answer:
It became the standard map projection for navigation because it is unique in representing north as up and south as down everywhere while preserving local directions and shapes. The map is thereby conformal. As a side effect, the Mercator projection inflates the size of objects away from the equator.
examine sample a. what is the grain roundness of sample a? (consult the figures in the above pdf for examples/reference.) group of answer choices very angular subangular subround well-rounded
Sample A's grains are subangular in terms of roundness. The presence or absence of corners and jagged edges on a particle is referred to as grain roundness.
A particle is "angular" if it has several edges. Edgeless particles are "rounded." Keep in mind that roundness is not the same thing as sphericity. A highly rounded particle can also be oblong.
The variety of grain sizes in sand is sorted. While well-sorted sands have grains of a comparable size, poorly sorted sands display a wide variety of grain sizes. The grain size tends to diminish, the roundness tends to rise, and the sorting tends to increase as sand grains are carried by wind, water, or any other action. It takes a lot of visual processing to determine these textural features.
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Sort each of the planetary properties below based on whether they apply to some, all, or none of the four jovian planets in our solar system. View Available Hint(s) Reset Help blue color because of methane solid surface under a thick atmosphere approximately 10 Earth-mass core strong atmospheric winds and composed mostly of hydrogen and helium orbited by rings of ice and rock storms interior is mostly liquid or metallic hydrogen composed mostly hydrogen compounds magnetic field stronger than Earth's Jupiter and Saturn only Uranus and Neptune only all four jovian planets no jovian planets.
A planet can be regarded as a celestial body that orbits the Sun, has enough mass to overcome rigid body forces and take on a hydrostatic equilibrium shape, has cleared the area around its orbit.
Enlist the properties of the four jovian planets.The term "Jovian planets" is frequently used to describe the four large planets of the outer solar system: Jupiter, Saturn, Uranus, and Neptune. Despite recent discoveries that Uranus and Neptune in particular have little similarity to Jupiter and are more appropriately referred to as "ice giants," this phrase, which literally means "Jupiter-like," continues to be used. The inner Earth-like or terrestrial planets, Mercury, Venus, Earth, and Mars, are frequently utilized as a contrast to these huge planets.
The Jupiter-mass planets discovered in these systems are referred to as "Jovian" in the study of extrasolar planets.
Properties of the four jovian planets are enlisted below :
1. Only for Jupiter and Saturn:
hydrogen that is largely liquid or metallic.primarily made up of hydrogen and helium.2. Only for Uranus and Neptune:
Due to methane, it is blue.primarily made up of hydrogen compounds3. Each of the four Jupiters
around ten Earth-mass corescircles of ice and rock in orbitgreater magnetic field than the Earth'sstorms and high winds in the atmosphere4. No Jupiter-like planets:
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Greenhouse gases in the atmosphere trap heat near earth’s surface. Which of these is a greenhouse gas?.
Greenhouse gases include carbon dioxide, methane, nitrous oxides, CFCs, and water vapor.
The sun emits radiation which enters our earth's atmosphere. they reach the ground and get reflected back into the atmosphere and then into space. But in the atmospheric layers, some gases prevent them from getting into space, rather than reflecting them back on the ground. this goes on and on and the heating of the atmosphere takes place. this effect is called the greenhouse effect. The gases which reflect these radiations back to earth are Chlorofluorocarbons(CFCs), Nitrous oxide, Carbon dioxide, and Methane which are mostly anthropogenic in nature. Ozone and water vapors are also major sources of greenhouse gases.
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The complete question is-
Greenhouse gases in the atmosphere trap heat near the earth’s surface. Which of these is a greenhouse gas?
a. water vapor
b. Argon
c. Nitrogen
Q3: the picture here shown sand dunes in the desert near the salton sea, california. which one of the following statements is true? a) the most common sand dune shown here is transverse. b) the most common sand dune shown here is seif. c) the wind is blowing from northeast to southwest. d) the wind is blowing from east to west. e) none of the above is true.
the picture here shown sand dunes in the desert near the salton sea, california. the most common sand dune shown here is transverse.
A dune is a mound of sand formed by the wind, usually along the beach or in a desert. Dunes form when wind blows sand into a sheltered area behind an obstacle. Dunes grow as grains of sand accumulate. Every dune has a windward side and a slipface. Where there are consistent, strong winds in one direction, dunes are most prone to form. They typically belong in deserts or on beaches. Some of the world's deserts, including the Sahara in Africa, include substantial dune fields. The southwest United States' deserts contain a few isolated dunes here and there. The silt may be pushed leeward by wind erosion in one area. The dune's arms will be held back by the vegetation so that it points in a leeward direction. A rudimentary explanation of how they form can be found in the animation below. They are especially prevalent in deserts around the shore.
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What is an example of a mission area?.
A mission area is a collection of organizations with comparable responsibilities that answer to the same under or assistant secretary. An illustration of a mission area is research, education, and economics.
What is economics?Economics is the study of scarcity and how it impacts a variety of complex social issues, including how resources are used, how goods and services are generated, how output and welfare rise over time, and a host of other intricate issues.
Economics is the study of how products and services are made, distributed, and consumed. These three issues are addressed by economists:
(1) What products and services ought to be created to satisfy client demands?
(2) Who should generate them and how should they be produced?
3. To whom should goods and services be provided?
Capitalism and socialism are the two main economic systems in contemporary civilizations. In reality, neither a capitalism nor a communist society exists in isolation.
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An isothermal temperature profile from surface to seafloor may exist in coastal ocean waters __________.
An isothermal temperature profile from the surface to the seafloor may exist in coastal ocean waters in either low-latitude waters or high-latitude waters.
"Isothermal" mean that hotness wait uninterrupted in rule and opportunity and skilled is no heat transfer. Change Domain Heat Transfer model to Thermal Energy or Total Energy expected smart to use hotness classification. "Isothermal" method that hotness debris perpetual in rule and period and skilled is no heat transfer.
The seafloor is below the sea. All floors of the sea are popular as 'seabeds'. The building of the seabed of the all-encompassing sea is controlled by plate tectonics. Most of the sea is very deep, place the bottom of the sea is famous as the unfathomable plain. The seafloor (as known or named at another time or place as the seafloor, expanse floor, the bottom of the sea, and the bottom of the sea) is below the sea. All floors of the sea are famous as 'seabeds'.
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What geologic processes can cause deeply buried fossils to be brought toward the surface?.
The geologic processes that can cause deeply buried fossils to be brought to the surface are mountain building (elevation) and erosion.
Fossils are the remains of prehistoric organisms. It can be preserved in a petrified form or as a mold in rock. When a fossil is formed, it may lie thousands of meters under the earth's surface. The only way for them to be discovered is if they reach the surface of the earth.
There are two processes that can cause buried fossils to surface:
Mountain making. During the process of mountain making, layers of sediments that cover the fossil are colliding with each other. The layers are buckling, exposing the lower layers to the surface.Erosion. Over the course of millions of years, the upper layers are eroded away by wind or water, exposing the lower layer containing fossils to the surface.Learn more about fossils at https://brainly.com/question/11829803
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he storm surge atlas provides information on: a. the worst-case storm surge associated with a category 5 hurricane b. a map of the evacuation zones c. the average extent of storm surge flooding from any category hurricane d. the maximum storm surge flooding expected from any category hurricane
The storm surge atlas provides information on a map of the evacuation zones.
The Storm Atlas occurred in the month of October 2013. It was also called the "Winter Storm Atlas" since it was an icy blizzard and "Cattleman's Blizzard" since it uprooted the majority of the cattle population where it occurred. It started off just like any other normal storm. But then temperatures suddenly dropped, the rainfall increased, and when the skies finally cleared the damage had already been done.
The cattle, especially horses had been decimated in horrible ways. Guesses of the casualties vary while some may say it varied from 40,000 to 60,000.
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Which is an example of disturbance and primary succession currently happening on earth?.
For instance, primary succession may occur after the eruption of volcanoes, like those on Hawaii's Big Island. Rock is created as lava flows into the ocean.
What is primary succession?
Following a severe disturbance, primary succession is the first stage of ecological recovery and typically takes place in an environment devoid of vegetation and other living things. As a result of environmental disturbances like lava flows and retreating glaciers, these habitats often lack soil.
On substrates, in contrast, that had previously supported vegetation before an ecological disturbance, secondary succession takes place. This happens when less severe disturbances, such as fires, floods, and tornadoes, only completely wipe out the local plant life while leaving the soil's nutrients available for the rapid establishment of intermediate community species.
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examine the five words and/or phrases and determine the relationship among the majority of words/phrases. choose the one option that does not fit the pattern. examine the five words and/or phrases and determine the relationship among the majority of words/phrases. choose the one option that does not fit the pattern. suboceanic sublittoral supralittoral subneritic littoral
The appropriate response is supralittoral, answer C.
The supralittoral zone is where?
Usually not submerged, the supralittoral is located above the high-tide mark. The intertidal zone, also known as the littoral zone, stretches from the high-tide mark (when the tide is at its highest level) to the shallow offshore waters.
How many zones make up the littoral?
The littoral zone, which in marine biology encompasses oceanic regions extending to the ends of the continental shelf, can be divided into three smaller zones based on areas of tidal movement. These three zones are supralittoral, eulittoral, and sublittoral, arranged from shallow to deep.
What does the term "littoral" mean?
Adjective. of, pertaining to, situated, or growing on or near a shore, especially of the sea. Littoral.
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from 1990 to about 2007, global climate models used in the ipcc reports at that time reasonably accurately predict [ select ] but were well below the measured amount of [ select ] . A.atmospheric carbon dioxide only (neither atmospheric temperature nor sea level rise)
B.atmospheric carbon dioxide and atmospheric temperature
C.atmospheric temperature only (neither atmospheric carbon dioxide nor sea level rise)
D.atmospheric temperature and sea level rise
E.sea level rise only (neither atmospheric carbon dioxide nor atmospheric temperature)
F.atmospheric carbon dioxide and sea level rise
but were well below the measured amount of
A.atmospheric carbon dioxide and atmospheric temperature
B.atmospheric temperature and sea level rise
C.sea level rise
D.atmospheric carbon dioxide
D.atmospheric carbon dioxide and sea level rise
E.atmospheric temperature .
The IPCC assessments at that time reasonably properly project sea level rise, atmospheric carbon dioxide, and atmospheric temperature for the period from 1990 to around 2007.
The Intergovernmental Panel on Climate Change (IPCC) has not established that all upcoming research must utilize a single computer climate model, nor have they determined that it is the best.
According to the worst-case scenario, global warming will result in a rise in the average temperature.
Only a small percentage of climate scientists think that short-term climatic cycles are to blame for the current temperature increases.
Industrial work, vehicle and truck emissions, as well as the overall human population, have all expanded during the previous century.
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