What does a meteorologist study?; Why are meteorologists called meteorologists?; What is the importance of meteorology?; Who are the scientists that study weather and often share weather data to the public?
The study of weather, climate, and the factors influencing environmental change is known as meteorology.
Why are meteorologists called meteorologists?The word "meteoron," which in Greek meant "a thing high above" and related to anything seen in the atmosphere, gave Aristotle's book its name. As a result of that enduring phrase, specialists in the atmosphere came to be known as meteorologists.
What is the importance of meteorology?Meteorology is concerned with long-term changes in climate and weather, as well as their possible effects on human populations, in addition to weather forecasting. Modern meteorological research places a high priority on the effects of climate change
Who are the scientists that study weather and often share weather data to the public?Meteorologists and other atmospheric scientists research the weather, climate, and other features of the atmosphere. They analyze weather and climate data to produce reports and forecasts.
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What features form at plate tectonic boundaries?
Answer:
the answer would be deep ocean trenches/ volcanoes/ island arcs /submarine mountain ranges
The main reason hurricanes don't develop over the South Atlantic Ocean adjacent to South America is because:
The main reason hurricanes don't develop over the South Atlantic Ocean adjacent to South America is because the surface water temperatures are too cold.
Hurricanes find it difficult or practically impossible to acquire or sustain tropical features in waters that are cooler than 79 degrees. Any body of water that is above ground is considered to be surface water, and this includes creeks, wetlands, lakes, rivers, and streams. The hydrologic cycle, sometimes known as the water cycle, includes the transportation of water to and from the surface of the Earth.
Hurricanes require surface water temperatures to be warmer than 79 degrees. Tropical storms and hurricanes require warm ocean temperatures as their fuel or energy in order to form and strengthen. Interaction with the warm, tropical ocean waters provides hurricanes with the fuel they require.
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What adaptations do mountain goats have?; Which structural adaptation of a mountain goat would be an advantage for moving around on rocky ground?; Do mountain goats have split hooves?; How do goats climb steep mountains?
Adaptations like its horns, jumping ability, its hooves, and its teeth, help goats. They have cloven hooves with two toes that spread wide to improve balance with Rough pads on the bottom of each toe provide the grip of a natural climbing shoe.
What does Mountain goat looks like?A type of goat is the mountain goat. They go by the name "Rocky Mountain goat." They are North American citizens.
They belong to the Oreamnos genus. They prefer to reside at high altitudes.
Mountain goats like to relax on rocky outcrops and are excellent climbers. They do this to protect themselves from predators.
The mountain goat is solitary and only encounters other mountain goats to breed. It consumes lichens, leaves, and grasses.
They are protected from the windy winds and severe weather that frequently occur in their alpine habitat by their thick undercoat and long white coats.
Both sexes have short, powerful legs with big, black hooves at the end. To protect her young, the female utilizes her horns.
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total number of points scored in a football game height of the ocean's tide at a given location number of
Total number of points scored in a football game height of the ocean's tide at a given location number of the average number of points that is scored in a football game start at 43.4 average points scored .
Total points mean in football was an over or under in sports betting that is a wager on the total number of points in a football game. A bettor can wager on whether or not the combined points or goals or runs scored by both teams players.
It will go over or under a predetermined amount. Total Points refers to the sum of all points allotted to each game for all factors as it was determined in accordance with the Rating Manual.
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which increases along faults and leads to rock breaking? damage earthquake focus stress; what is the name of the fracture that separates two fault blocks?; a student states that a reverse fault is a type of thrust fault. what is wrong with this statement?; which type of stress causes rocks to fold? compression shearing strike-slip tension; in which layer of the earth does the motion of the convection currents drive plate movement?; which plate forms a boundary with the african plate?; what may occur when convergent boundaries interact?; use the drop-down menus to label the landforms in the image. a: b:
Answer: A fault is a fracture or zone of fractures between two blocks of rock. Faults allow the blocks to move relative to each other.
What is the radius of gyration, and what is the difference between the radius and the radius of gyration?
The radius of gyration R of a particle is the root-mean-square distance of all electrons from their center of gravity. Hence R is defined in complete analogy to the radius of inertia in mechanics, with the only difference being that here the electrons take the place of mass elements.
for this reason, the radius of gyration of a frame, rotating about a given axis of rotation is the radial distance from the axis and when the square of radius of gyration (ok) is elevated by way of the whole mass of the body it gives the immediate of inertia of the frame about that axis.
The radius of gyration is the distance from an axis of a body to the point within the frame whose 2nd of inertia is equal to the moment of inertia of the entire body. The radius of gyration is identical to the square root of the ratio among the instantaneous of inertia of the complete body and the mass of the entire machine.
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refer to exhibit 13-1. at which of the 4 positions would you expect to hear the following 12-hour forecast: "warm this morning with possible showers by afternoon, turning colder by tonight?"
The offered statement predicts that the correct response is 3 for mild this morning with a chance of showers by afternoon and turning cooler by nightfall.
What in geography are mango showers?In slang, pre-monsoon rain is alluded to as "mango showers." In a broad sense, these downpours are sometimes described to as "April rain" or "Warmer months showers." They are well-known throughout most of Southern Asia, notably in India and Cambodia.
In geography, what do rain showers mean?Even though showers are a sort of rain, they often originate from distinct clouds that you can see that in the sky, thus the rain will come and go with intervals of drier or brighter weather.
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what is the study of weather called; what is meteorology the study of; what is coriolis effect; what does a meteorologist do; what causes the coriolis effect; the science that studies weather and climate; meteorology facts; coriolis effect in everyday life
The study of the environment, emissions into the atmosphere, and the impact of the atmosphere on our weather are known as meteorology. The Coriolis force is the unseen force that seems to redirect the wind.
a) The study of the environment, atmospheric phenomena, and the impact of the atmosphere on our weather are known as meteorology. The gaseous layer of a planet's physical environment is called the atmosphere.
b) Movement on spinning objects is governed by the Coriolis force. It is based on two factors: the object's mass and rate of rotation. The Coriolis force is parallel to the axis of the object.
c) To forecast weather, meteorologists study the earth's atmosphere, notably climate and weather. The primary responsibilities of meteorologists include collecting and evaluating data from satellites, radars, remote sensors, and weather stations throughout the world.
d) The Coriolis effect is brought on by the Earth's rotation. In the Northern Hemisphere, moving objects frequently deviate from their intended routes, whereas in the Southern Hemisphere, they frequently bend to the left of their intended tracks.
e) Climatology is the study of the climate and how it changes through time. People's understanding of the atmospheric processes that affect weather patterns and temperature fluctuations through time is aided by this field of science.
f) The study of the Earth's atmosphere is the focus of meteorology. Those who choose to make a career out of meteorology are called meteorologists.
g) Despite the table rotating, a rolling ball will go straight over the surface if you place one there and spin it. Imagine yourself now spinning alongside the carousel and tracing the ball's course. It will look curled.
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Which of the following best describes a cinder cone?
A cinder cone is a steep, conical hill made of loose pyroclastic pieces that have accumulated around a volcanic vent, such as volcanic clinkers, volcanic ash, or scoria. Explosive eruptions or lava fountains from a single, generally cylindrical vent produce the pyroclastic pieces.
What is cinder cone?The most prevalent type of volcano worldwide is a cinder cone. They are steep, conical hills with a noticeable crater at the top, giving them the appearance of an idealized volcano.
a pebbly surface covering the earth.
At the Capulin Volcano, cinders. Scoria fragments called 'cinders' are tiny.
Image taken by Katie Keller Lynn (Colorado State University).
Technically speaking, scoria cones are cinder cones. Scoria are particles of lava that are ejected into the air and are normally solid when they fall. They are highly vesicular (bubble-like voids) and unevenly formed. For fragments of scoria that are roughly nut- to fist-size, the more informal term "cinder" is frequently used in the US.
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Theories of this type help to organize a large number of statistical relationships among tests of various mental abilities. Thus theories are good or useful to the extent that they organize more phenomena with greater clarity and efficienc
Theories of this type help to organize a large number of statistical relationships among tests of various mental abilities. Thus theories are good or useful to the extent that they organize more phenomena with greater clarity and efficienc
i think its mental abilities which is a theory extending the phenomena i think thats what it is
Use the information from case 2 to consider how well tourism authorities in Myanmar have met their research aims in trying to define the current tourism market for the destination
- the market.
- customer needs and wants.
- the competition.
- competition among destinations.
- travel trends and customer behaviors.
- customer preferences for destinations.
- popularity of destinations.
- stage in the Butler ‘Destination Lifecycle’ model.
Answer:5069
Explanation: becuase if you
What happens to shadows during a solar eclipse?; When Earth moves into the Moon's shadow a solar eclipse takes place which phase represents the the appearance of the Moon during a solar eclipse?; What are the names of the shadows that are cast in an eclipse of the Sun?; What type of solar eclipse would you see if you were in the penumbra shadow?
Only during the new moon phase, when the moon travels squarely between the sun and Earth and casts shadows on its surface, can a solar eclipse occur.
What happens to shadows during a solar eclipse?The shadow that comes to mind when we think of an eclipse really refers to three different shadows that are cast by the Earth and the Moon as they move through space. Both lunar and solar eclipses are caused by these shadows, and each shadow results in a certain kind of eclipse.
What are the names of the shadows that are cast in an eclipse of the Sun?The Moon actually sends two shadows toward Earth during a solar eclipse. The umbra is one shadow that gets smaller as it approaches the Earth. The Moon's shadow's deep center can be seen here. The penumbra is the name for the second shadow.
What type of solar eclipse would you see if you were in the penumbra shadow?The area in which the occluding body blocks only a portion of the light source is known as the penumbra (from the Latin paene, "almost, nearly"). Partial eclipses can be seen by observers who are in the penumbra. An alternative meaning of the penumbra is the area when the light source is partially or completely veiled (i.e., the umbra is a subset of the penumbra). A body in the umbra is, for instance, also within the penumbra, according to NASA's Navigation and Ancillary Information Facility.
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This landform carries and drops sediment along the coast, helping to form beaches, barrier islands, and deltas.
River
Lake
Mountain
Dune
River landform carries and drops sediment along the coast, helping to form beaches, barrier islands, and deltas.
What are sediments?The processes of erosion and deposition are principally responsible for controlling the movement of silt along the coast. Rocks and other materials are broken down and worn away by the process of erosion, which is caused by wave action and other forces. Normally, where the sea meets the land is where this process takes place.
The act of transporting and depositing eroded materials takes place during deposition. This can happen either offshore, where currents carry items and then dump them on the seafloor, or onshore, when currents carry materials and then deposit them along the beach.
An essential component of the sediment budget is the flow of sediment into and out of littoral cells.
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the antarctic ice sheets are in constant motion. antarctica can be thought of as a continent covered by a single enormous glacier. about half of the arctic sea-ice volume has disappeared since 1979. the arctic is a large landmass surrounded by a cold ocean. the antarctic is generally colder than the arctic.
The correct response is that Antarctic Sea ice has increased, then declined over the past fifty years, while Arctic sea ice has decreased.
Explanation:The quantity of solar energy received by sea ice's surface increases as it melts near the surface, causing ice melt to occur more quickly. Sea ice also contributes to keeping the air cool by forming a barrier between the warmer water below and the cooler air above. The Antarctic sea ice is essential to the environment of penguins and other animals. Globally, there is less sea ice due to increasing air and ocean temperatures. There will be more intense heatwaves worldwide because there will be less ice to reflect heat. However, warmer air has the potential to induce the polar jet stream, a high-pressure wind that circles the Arctic region, to drop south, bringing bitter cold with it. This can result in harsher winters.
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Based on what you know about comets, select all of the correct statements from the following list. A comet is a lump of rock and ice. Spacecraft have flown by comets. A comet only has a tail when it is near the sun. Most comets come from the Kuiper belt. A comet has actually been witnessed hitting a planet. Most comets have circular orbits. Most comets have short orbital periods.
A comet is a lump of rock and ice. Spacecraft have flown by comets. A comet only has a tail when it is near the sun. Most comets come from the Kuiper belt. A comet has actually been witnessed hitting a planet. Most comets have short orbital periods.
A comet is a tiny, frozen entity in the Solar System that heats up and starts to emit gases as it approaches the Sun. This process is known as outgassing. This results in an apparent atmosphere or coma, and occasionally a tail as well. These occurrences are caused by how the solar wind and solar radiation interact with the comet's nucleus.
The size of comet nuclei varies between a few hundred meters and tens of kilometers, and they are made up of loose clumps of ice, dust, and tiny rocky particles. A comet's orbit is typically very eccentric and elliptical, and its orbital period can range from a few years to possibly millions of years.
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a multidomestic strategy is appropriate when which of the following conditions exist? (check all that apply.)
When a company has less need to cut costs, the host country's markets are unique, and there is a strong need for local response, a multi-domestic approach is ideal.
A multidomestic approach allows branch offices in each country to tailor products or services based on local customer preferences & market dynamics since a firm works as autonomous business units across numerous countries.
A business strategy that allows several subsidiaries of a global corporation to engage in autonomous competition in various domestic markets. The international organization's head office handles financial controls, certain marketing strategies, and maybe some R&D and design, and manufacturing as well.
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Part A Which of the following is a requirement of a state? View Available Hint(s) - Hint 1. Which term refers to a state having independent control of its internal affairs? O a uniform culture O a large number of tourists O rule by another country O membership in the United Nations O sovereignty Submit Request Answe
The requirements of a state are - 15 years of experience as a trial attorney
Trial attorneys represent clients in civil and criminal litigation. Criminal defense attorneys may represent the accused or the "people," the plaintiff or the defendant. Civil litigators support a party in a dispute when there is no criminal activity present.Trial lawyers represent clients in either criminal or civil litigation, while criminal defense attorneys represent defendants in criminal proceedings. The duties of a criminal trial lawyer include scheduling, gathering evidence, locating witnesses, arguing motions, and preparing the case for trial.To know more about Trial attorney here
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This region has the highest average number of hurricanes per year: A. Atlantic. B. Eastern Pacific. C. Western Pacific. D. Northwest Indian Ocean.
This region has the highest average number of hurricanes per year C. Western Pacific.
Tropical oceans generate around 80 tropical tempests every year, and around 66% are extreme (classification 1 or higher on the Saffir-Simpson size of power). Just about 90% of these tempests structure inside 20° north or south of the Equator. Poleward of those scopes, ocean surface temperatures are excessively cool to permit tropical cyclones to frame, and mature tempests moving that far north or south will start to disperse. Just two tropical sea bowls don't uphold tropical cyclones, since they need waters that are adequately warm. The Peru Flow in the eastern South Pacific and the Benguela Momentum in the South Atlantic convey cool water Equatorward from higher scopes thus dissuade tropical twister advancement. The Pacific Sea creates the best number of tropical tempests and cyclones. The most impressive tempests, some of the time called super storms, happen in the western Pacific.
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What type of plate boundary forms where two plates slide past one another horizontally?; What happens to the two plates in transform plate boundaries?; What can happen when two plates slide past each other in opposite directions?; Is crust created or destroyed at a transform boundary?
Where two plates glide past one another horizontally, a transform fault boundary develops. A transform fault causes plates to glide past one another. Tectonic plate boundaries are lines where two plates meet and interact. At transform margins, crust is fractured and broken rather than formed or destroyed, in contrast to convergent and divergent boundaries.
The borders at which two tectonic plates collide and interact are known as plate boundaries.At the plate borders, geologic activity, such as volcanic activity, always takes place.The limits of converging plates are those when plates are travelling in the same direction.Boundaries where motion is primarily horizontal are referred to as transform plate boundaries.When continental or oceanic plates move at different speeds or in the same direction but opposite of each other.A transform fault boundary forms when oceanic or continental plates slide past one other in opposing directions or move in the same direction but at different speeds. While no new crust is produced, subducted, or formed, and no volcanoes are formed, the fault produces earthquakes.
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The author’s explanation of how deep events occur would be most weakened if which of the following were discovered to be true?(A) Deep events are far less common than shallow events.(B) Deep events occur in places other than where crustal plates meet.(C) Mantle rock is more ductile at a depth of several hundred kilometers than it is at 50 kilometers.(D) The speeds of both P and S waves are slightly greater than previously thought.(E) Below 650 kilometers earthquakes cease to occur.
Deep occurrences take place elsewhere than at the meeting of crustal plates. The correct response is (b).
The crust of the Earth is made up of tectonic plates, commonly referred to as crustal plates. There are numerous minor plates as well as seven large plates. The Earth's crust and highest layer of the mantle are both included within tectonic plates.
Tectonic plates come in two different varieties. The majority of the time, oceanic plates are found there. These plates are known as continental plates. The topography, or relief, of the Earth's surface is shaped by the interaction of the plates, much like when two continents collide.
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you learned about how humans are impacting the environment and using more resources than we can make up for.
Choose one of the following topics: land, water, food, or biodiversity. Discuss at least one factor that is causing a negative impact on your chosen topic.
Then, use your problem solving and innovation skills to suggest at least one solution humans could implement to combat the imbalance. Why did you choose that solution?
Biodiversity discovered how humans are having an adverse effect on the environment by using more things than we can replace.
Explain what an environment is.Environment can be summed up as the effects of all the live and non-living things that have an impact on human life. Non-living or environmental elements includes water, land, sunshine, rocks, and air, whereas all live or biotic aspects are animals, flowers, forests, fisheries, and birds.
What kinds of environments are there?terrestrial, aquatic, and atmospheric. The environment can also be classified into three categories based on its constituents: (1) the aquatic environment (marine, like oceans and seas, but rather freshwaters, like lakes and rivers), (2) the terrestrial ecology (land), and (3) the atmospheric environment (air).
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wind erosive and depositional features in semi arid region
Answer:
Wind Eroded Arid Landforms – Deflation basins, Mushroom rocks, Inselbergs, Demoiselles, Demoiselles, Zeugen , Wind bridges and windows. Depositional Arid Landforms – Ripple Marks, Sand dunes, Longitudinal dunes, Transverse dunes, Barchans, Parabolic dunes, Star dunes and Loess.vr
Explanation:
The landforms which are created by erosional and depositional activities of wind are called as Aeolian Landforms.
Semi-arid environments, which are places with little precipitation and moderately dry conditions, are prone to wind erosion and deposition. In certain areas, wind can play a big role in sculpting the terrain and forming different geomorphic features.
Wind erosion is the process by which wind carries loose material from one place to another, including sand, dust, and soil. Sand dunes, sand sheets, and deflation hollows may develop as a result of this.
On the other side, the process by which wind drops or deposits the stuff it has been transporting is known as wind deposition. Features like sand bars, blowouts, and depositional ridges may result from this.
The velocity and direction of the wind, the kind, and size of the material being moved, the topography and vegetation of the area, as well as other variables, can all have an impact on wind erosion and deposition.
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Sleet is formed when water droplets are lifted rapidly and freeze within a large cumulus cloud.
True
False
True.
Sleet is a type of frozen precipitation that is formed when water droplets are lifted rapidly and freeze within a large cumulus cloud. Sleet consists of small, ice pellets that are formed when raindrops fall through a layer of freezing air and freeze into ice pellets before they reach the ground.
This process is similar to the formation of hail, which is also composed of small, solid balls of ice that form within clouds. However, sleet is typically smaller and less dense than hail, and it is generally considered to be a type of frozen precipitation rather than a type of thunderstorm.
Sleet is common in regions with cold winters, and it is often accompanied by strong winds and low temperatures. Sleet can be difficult to drive in and can be slippery underfoot, making it a hazard for travelers and pedestrians. It is important to take precautions when sleet is forecast, such as dressing warmly and driving carefully.
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Why is the southern hemisphere of Mars believed to be older than the northern? A: The southern hemisphere is more heavily cratered.
B: The northern hemisphere is higher, due to the Tharsis Bulge.
C: The south polar cap is much thicker than the north one.
D: The southern hemisphere is darker much like the lunar mare.
E: The northern hemisphere leans more away from the Sun in winter.
The southern hemisphere of Mars believed to be older than the northern because D: The southern hemisphere is darker much like the lunar mare.
The Southern Hemisphere is the 1/2 of Earth this is south of the Equator. It carries all or elements of five continents and four oceans, as well as New Zealand and most of the Pacific Islands in Oceania. the two continents which completely lie in the southern hemisphere are Australia and Antarctica. other nations totally inside the Southern hemisphere are Uruguay and Paraguay in South the usa, South Africa and Zambia in Africa, East Timor in Asia etc.
South Africa. South Africa, which is formally the Republic of South Africa, is Africa's southernmost state and lies absolutely in the Southern Hemisphere.
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what happens when two continental plates meet at a convergent boundary according to plate tectonics?; how can mountain formation be described according to the theory of plate tectonics?; according to the theory of continental drift, what is actually moving the continents?; each year, tectonic plates move a few; at which type of boundary do lithospheric plates collide; plate tectonic theory; a region where the phenomenon described in question 3 occurs often is called a(n); plates move together or apart at trenches?
A convergent plate boundary is created when two tectonic plates clash. Subduction is the process of one of the convergent plates moving beneath the other.
How do tectonic plates function? What are they?According to the idea of plate tectonics, Earth's crust is made up of enormous solid rock slabs called "plates" that move over the mantle, the rocky inner layer above the planet's core. The crust and uppermost mantle make up the lithosphere, the solid outer layer of the planet.
Why do tectonic plates exist?The asthenosphere is a layer of rock that is semi-molten that rests and slides onto Earth's hard surface, known as the lithosphere. Due to variations in the rock's density and subsurface heating from one place to the next, the skin has been split into numerous separate plates.
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fragments of basalt within the lower portion of the conglomerate imply which of the following statements? (choose the most correct answer.)
As basaltic achondrite meteorites, pieces of basalt from these bodies can be discovered on Earth. Throughout Earth's history, massive amounts of basaltic lava have been produced, mostly as a result of seafloor expansion.
The most prevalent volcanic rock in the world is basalt. It frequently consists of lava that has solidified and cooled. Sometimes volcanic rock is used to create whole islands. In the state of New Jersey, basalt may be seen on the slopes of ancient volcanoes. Typically, basalt is gray-black or black. Despite being a volcanic rock, basalt is neither glossy like obsidian nor light like pumice. Basalt is brittle and solid. It has a delicate texture. Sources of iron ore and copper include basalt. Large copper concentrations may be found in the basalt in the Canadian region surrounding Lake Superior. Among the rich minerals found in basalt are stunning dark-blue sapphires, which are utilized in jewelry.
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these earth photos show the colorado river, which has incised downward due to uplift of the colorado plateau. the canyon cut by this river is currently flooded due to a dam installed in northern arizona in 1963, creating lake powell. a rincon, or an incised and abandoned meander, can be seen in the following images. the previous and present paths of the river are also outlined.
This earth photo shows the colorado river, which has incised downward due to the uplift of the colorado plateau. the canyon reduced via this river is presently flooded due to a dam mounted in northern Arizona in 1963 a stream migrates laterally across its floodplain growing meanders. This flow terminates at a lake, which is its base stage.
The base degree of the stream is lowered by using crustal uplift and the river starts to incise downward.
Incised meanders form.
A Rincon forms via the cutoff of an incised meander, which shortens the river.
The primary photograph of Earth as a whole become taken on Dec. 7, 1972, by using scientist-astronaut Harrison H. Schmitt, a member of the Apollo 17 group on their way to finishing NASA's very last mission to land on the Moon.
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(a) There is evidence that global climate change over the past 100 years has led to an increased warming of Earth because of the greenhouse effect.
(ii) Identify one human activity that could directly contribute to global climate change.
One human activity that has directly contributed to global climate change is the emission of greenhouse gases. These gases trap heat from the Sun as it passes from the Earth's atmosphere. There are some natural greenhouse gases as well but the addition of greenhouse gases from humans has increased this process over time.
The three largest greenhouse gases are carbon dioxide, methane, and nitrous oxide.
Air pollution in different manners like emissions from planes, trains, and other vehicles, industrial emissions from factories, and burning of fossil fuels like coal etc. adds to the greenhouse effect.
Even very simple things like keeping the lights on at your house may not seem much but collectively and over time they too contribute a lot to greenhouse effect.
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SOLVED: How old do paleontologist believe the earth is?
Approximately 4.54 billion years have passed since the formation of our tiny planet, give or take just several hundred million.
Is working as a paleontologist enjoyable?Although fascinating, exciting, and fun, paleontology is also labor-intensive. From rocks to genetics, paleontologists need to be knowledgeable in a wide range of scientific subjects. Paleontology is one of the most diverse sciences as a result.
Are paleontologists doctors?According to Michele, persons who want to oversee fossil collections can choose between a master's and a doctorate, while those who want to become paleontology researchers typically need to earn a science degree. Along with numerous species that cannot be categorized as dinosaurs, they also examine ancient marine and plant life.
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