Chaparral is the type of vegetation that grows in the Mediterranean climate
The region of the Mediterranean has deciduous vegetation. It is prepared to survive a protracted summer drought. Due to the extensive roots and thick bark of the trees in this area, moisture is retained during the dry summer months. Citrus fruits, in particular, are grown here by short-stemmed, moisture-retentive trees.
Oak, laurel, cork, oleander, beech, and ash are among the most common trees in Europe's Mediterranean region. The most typical tree is an olive. The prominent tree species in the North American Mediterranean region include hemlock, maple, and chestnut. California woodlands are known for its redwood trees. Coniferous evergreen trees are found at the poles and in the highlands. Common varieties include cedar, pine, fir, and cypress.
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Cooling of a surface overnight that chills the air layer directly above that surface may form Group of answer choices an upslope fog. a radiation fog. an evaporation fog. and advection fog.
Cooling of a surface overnight that chills the air layer directly above that surface may form a radiation fog.
What is Radiation Fog?This fog develops when all of the sun's energy leaves the planet and enables the temperature to reach the dew point. When it rained the night before, radiation fog is most likely to occur. Higher dew points are produced and the soil is moistened as a result.When heat from the Earth's surface that was absorbed throughout the day radiates into the air in the evening, radiation fog is created. Water droplets form as heat is transmitted from the earth to the atmosphere. Radiation fog is occasionally referred to as "ground fog."The air near the surface cools overnight as thermal radiation cools the land. As a result, condensation and fog are more likely to form. This lowers the air's capacity to store moisture.To learn more about Radiation Fog refer to:
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Why does the intensity of solar radiation striking earth's surface change when the sun angle changes?
When solar radiation strikes Earth at lower angles, it is more dispersed and less intense, while when it strikes Earth at higher angles, it is more concentrated and intense.
When the Sun's rays hit Earth at greater angles, their courses are shorter; when they hit Earth at lower angles, their paths are longer. The amount of solar radiation reaching Earth's surface is lessened by these longer pathways.
The irradiance incident on an absorbing surface has the largest power density when the Sun's beams are perpendicular to that surface. The intensity of light on the surface decreases as the angle between the sun and the absorbing surface varies.
The intensity of light decreases to zero when the surface is parallel to the sun's beams (making the angle from perpendicular to the surface 90°). This is because the surface is not hit by the light.
The angle between the Sun's beams and the direct normal (or perpendicular) to the surface is, and the relative power density at intermediate angles is cos(), where is the angle.
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Today, the country of Iran is located where the
"Persian Empire" used to be.
What is one aspect of life in Iran today that
reflects this?
A. The most predominant religion is Buddhism.
B. The largest city is Tehran.
C. Their official language is Persian.
Answer:b
Explanation:
The united states experiences eruptions two or three times a year. where do most of them occur?
The United States experiences eruptions two or three times a year. Most of them occur in Alaska.
A volcanic eruption refers to the situation where magma is released from a volcano. Volcanic eruptions can be explosive and very dangerous. These eruptions produce lava flows, ash and pyroclastic density currents. destructive. People have died from volcanic blasts. Volcanic eruptions can cause severe threats to health through activities like floods, mudslides, power outages, drinking water contamination, and many more hazardous situations.
More than 1,500 volcanoes have erupted in the past 10,000 years. And among these, about 10 percent have been found occurring in the United States. Most of these volcanoes are found in the Alaska Peninsula.
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In times of flooding, the river can overflow its banks depositing sediments along the edge of the river bank, and the thick sediments it deposits on the banks are called __________ levees.
Flash floods are dangerous because they usually take place clearly rapid because of heavy rain, rain from hurricanes, and many others. Like normal floods, flash flooding can damage houses and result in important flooding causing harm to vehicles, strength strains, and buildings. i'm hoping this facilitates!
A flood is an overflow of water onto land this is normally dry. Floods can happen almost anywhere. they could cowl a place with only a few inches of water or they could convey enough water to cowl the roof of a residence. Floods may be risky for communities, lasting days, weeks or sometimes even longer.
A flood occurs whilst water from a river , lake , or ocean overflows onto the land round it . an excessive amount of rain or melting snow are the principle reasons of floods . every so often the soil in the ground can make a flood worse. this is because whilst rain falls, the soil normally soaks it up like a sponge.
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In times of flooding, the river can overflow its banks depositing sediments along the edge of the river bank, and the thick In times of it deposits on the banks are called flood levees.
Flash floods are dangerous because they usually take place clearly rapidly because of heavy rain, rain from hurricanes, and many others. Like normal floods, flash flooding can damage houses and result in important flooding causing harm to vehicles, strength strains, and buildings. I'm hoping this facilitates!
A flood is an overflow of water onto land this is normally dry. Floods can happen almost anywhere. they could cowl a place with only a few inches of water or they could convey enough water to cowl the roof of a residence. Floods may be risky for communities, lasting days, weeks, or sometimes even longer.
A flood occurs whilst water from a river, lake, or ocean overflows onto the land around it. an excessive amount of rain or melting snow is the principal reason for floods. every so often the soil in the ground can make a flood worse. this is because whilst the rain falls, the soil normally soaks it up like a sponge.
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2 Is the role of agriculture in South Africa's economy declining? Discuss this, quoting figures and giving your own views. 3x2=6
Answer:
yes they are
Explanation:
because there are low agricultural people
Assuming that other planetary systems form in the same way as our solar system formed, where would you expect to find terrestrial planets?.
Terrestrial planets will likely be located nearer the planetary system's star than any Jovian planets.
Explanation:
Avalanches at Rogers Pass in Glacier National Park killed more than 200 people between 1885 and 1910, but they are now controlled if not prevented; cannons
Correct response is: (A)
Avalanches at Rogers Pass in Glacier National Park killed more than 200 people between 1885 and 1910, but they are now controlled if not prevented; cannons are fired at the slopes to make snow masses fall before they become dangerous.
Avalanches at Rogers Pass in Glacier National Park killed more than 200 people between 1885 and 1910?More than 200 people were killed by avalanches at Rogers Pass in Glacier National Park between 1885 and 1910, but today they are at least controlled, if not completely avoided. Cannons are fired at the slopes to cause snow masses to fall before they become deadly.
Over 200 people were killed by avalanches near Rogers Pass in Glacier National Park between 1885 and 1910, but today they are at least controlled, if not completely avoided. The Canadian Armed Forces (CAF) are supporting the Parks Canada avalanche-control program in Rogers Pass, British Columbia, through Operation PALACI. The Canadian Pacific Railway and the Trans-Canada Highway cross the Selkirk Mountains at Rogers Pass. The mission's objective is to prevent naturally occurring avalanches.Learn more avalanches near Rogers Pass Glacier National Park here:
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What planet can come closest to the earth in its orbit and look brightest in our skies?
Venus can come closest to the earth in its orbit and look brightest in our skies.
Venus is extremely bright because it is the nearest planet to Earth and because most of the sunlight that reaches it (about 70%) is reflected back into space by its thick clouds. The brightest object in the sky, Venus is frequently seen within a few hours after sunset or before sunrise.
The Earth and Venus is 38 million kilometres away at the closest point of opposition. This is the planet's closest approach to Earth. Venus has never travelled more than 261 million kilometres from Earth. the fact that the distance between Venus and Earth may change by a staggering 223 million kilometres.
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Essay Question- Lesson 12 - Compare and contrast the features of the east and west coasts of the United States. What erosional and depositional features are more common on each coastline
The East and Gulf Coasts are submerged and therefore depositional, but the West Coast is emergent and consequently erosive. When contrasting the east and west coasts of the United States, there are numerous different elements to take into account.
Compare and contrast the features of the east and west coasts of the United States?The west coast is mostly an emergent coastline, whilst the east coast is primarily a submerging coastline. This is one way that the two differ from one another. Wave-cut cliffs and platforms above sea level, which are regularly seen in California, are indicators of emerging coastlines. On the other hand, submerged coastlines are identified by drowned river mouths and other submergence indicators typically found in Maine. Even if these are the 're center' histories, both coasts have undoubtedly undergone numerous periods of emergence and submergence.
While depositional coasts are characterized by significant long-term sediment buildup, erosional coasts are those with little to no sediment. Each of these coastal kinds may experience variations in both time and place. Usually, erosive beaches have considerable relief and steep terrain.
What erosional and depositional features are more common on each coastline?Depositional Feature:
Depositional landforms are the physical manifestation of processes that deposit rocks or sediments after they have been carried there by gravity, wind, or flowing water. Beaches, deltas, glacial moraines, sand dunes, and salt domes are a few examples.
Erosional Feature:
Erosional landforms are any of the various landforms that have been produced on the earth's surface as a result of erosion. Erosion-related landforms include valleys, potholes, river terraces, and embedded Meanders.
Erosional features, such as valleys, are those that remain after sediment has been removed. River deltas and other depositional landforms are created from sediments that are transported from their eroding source and dropped.
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Desert pavement refers to Group of answer choices surfaces of concentrated pebbles and gravels. surfaces that evidently were not affected by the 1991 Persian Gulf War. specially constructed roadbeds in dry and hot regions. sand-covered surfaces.
The Gulf warfare changed into concentrated pebbles and gravels. the result of the aggression of Iraqi leader Saddam Hussein,attempted to take over Kuwait in August 1990.
The Persian Gulf region produces almost one 1/3 of the arena's oil and holds over half of the world's crude oil reserves in addition to a giant portion of the world's herbal gasoline reserves.
Cemented gravel and pebbles shape a sedimentary rock called conglomerate. synthetic cemented rocks (sand and gravel) are known Cemented sand forms sandstone and dust-sized make and siltstone. The form of cement also helps classify sedimentary rock analyze extra approximately Persian Gulf.
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Loose materials formed when large rocks in the landscape are broken down and worn away are called?
Loose materials formed when large rocks in the landscape are broken down and worn away are called sediment.
This breakdown or dissolution of large rocks on the Earth's surface is referred to as weathering. Agents of weathering include water, ice, acids, plants, animals, variations in temperature, etc. After the process of weathering, a process called erosion transports the pieces of rock and mineral away.
Sediment is a substance that is formed when rocks are broken down by weathering and erosion processes and then moved by the force of gravity acting on the particles or by the action of wind, water, or ice. Sediments can be classified on the basis of its size of grain, shape of grain, and composition.
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Placemarks A through F indicate the locations of six different glacial formations. Which answer correctly identifies each of the formations
placemark A: horn peak
placemark B: arête
placemark C: col
placemark D: tarn
placemark E: cirque
placemark F: hanging valley
these correctly identified each of the formations.
As a glacier expands, it crushes, grinds, and washes rocks, bedrock, and other surfaces as the weight of snow and ice accumulate. The resulting erosional landforms include strips, curls, glacier crests, ridges, trim lines, U-shaped valleys, Roches motonnées, overdrafts, and hanging valleys.
Huge glacier lines can form beneath fast-moving ice flows. These topographies are important for telling the direction and dynamics of ice flow beneath former ice sheets.
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Starting at the earth’s surface and going towards the center of the earth, what is the correct order of earth’s layers that make up the mantle?
The correct sequence of the Earth's layer, which begins at the surface and moves towards the center, is the lithosphere, asthenosphere, lower mantle, outer core, and inner core.
Each layer has its very own houses, composition, and characteristics that affects a number of the key processes of our planet. They are, in order from the outside to the interior the crust, the mantle, the outer center, and the internal core.
The 3 predominant layers are the middle, mantle, and crust. The mantle consists of the mesosphere and the asthenosphere and the uppermost a part of the mantle.
They are subsequent from pinnacle to bottom (near the floor): Exosphere, Thermosphere, Mesosphere, Stratosphere, and Troposphere. those five one-of-a-kind layers provide safety and additionally make existence viable because of the constituent gases which kingdom the significance and importance of the ecosystem.
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How far back in history would scientists need to use models to describe Earth's systems?
a) 1000 years
b)2500 years
c)5000 years
d)200 years
In order to model the Earth's systems, scientists would have to go back c. 5,000 years.
How far back do models on Earth go?Earth System Models are used to check the interactions between the biosphere and the atmosphere amongst others.
These systems go back 5,000 years because the Earth has been around for millions of years and there is a need to go as far back as possible.
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Why have 20th century earthquakes in turkey suggested that some earthquakes beget subsequent earthquakes?
Earthquakes have occurred in a pattern from east to west, that is why Earthquakes have occurred in a pattern from east to west.
Turkey is a seismically active region located inside the complex zone of plate collision between the Eurasian Plate and both the African and Arabian Plates.
The Anatolian Plate, a small plate on which much of the country is situated, is bounded by the East Anatolian Fault and the North Anatolian Fault, two important strike-slip fault zones.
The Hellenic arc's southward migration has an effect on the Aegean Sea's extensional tectonic zone, which also affects the western part of the country.
Turkey's easternmost region is situated on the western end of the Zagros fold and thrust belt, which is dominated by thrust tectonics.
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Imagine a scenario in which several lakes have been colonized by marine-origin sticklebacks. In each lake, body armor disappears over time. Which change most likely caused this?.
The change most likely to favor this is Independent, unique mutations occurred in each population that rendered enhancers in the armor pathway useless, which were then favored by natural selection.
What is Natural Selection?Natural selection is the variation in individual survival and procreation brought on by phenotypic variances.The evolution of a population's heritable features across generations is a fundamental mechanism of evolution.By contrasting it with artificial selection, which in his opinion is intentional and natural selection is not, Charles Darwin popularized the phrase "natural selection."Every population of organisms contains variation. This happens in part because an organism's genome might experience random mutations, which its descendants may inherit. Individuals' genetics and environments interact throughout their lifetimes to produce different phenotypes.A genome's environment comprises the abiotic environment as well as the molecular biology of the cell, other cells, individuals, populations, and species.The population changes as a result of individuals with specific variants of the trait having a higher chance of surviving and procreating than those with other, less successful versions.Fecundity selection and sexual selection, which are now frequently included in natural selection, are other factors that affect reproductive success.Know more about Natural selection https://brainly.com/question/9830102
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Question:
I hope you are trying to ask the question below:
Imagine a scenario in which several lakes have been colonized by marine-origin sticklebacks. In each lake, body armor disappears over time. Which change most likely caused this?
a. Independent, unique mutations occurred in each population that rendered enhancers in the armor pathway useless, which were then favored by natural selection.
b. Each population had the exact same mutation in a protein coding gene that produces the armor, which increased in frequency by natural selection.
c. Novel trans-regulatory elements functioned to build new, armorless morphologies that increased in frequency because of gene flow from oceanic populations.
d. Lack of armor reduces fitness, so only genetic drift could cause the armorless condition to increase in frequency.
Between New Year's and Memorial Day, at middle latitudes in the Northern Hemisphere, the length of the day
Between New Year's and Memorial Day, at middle latitudes in the Northern Hemisphere, the length of the day increases.
The northern hemisphere is the part of the planet that lies north of the equator. It accounts for about 90% of the world's population and most of the world's land. All of North America and Europe are in the Northern Hemisphere. Most of Asia, her two-thirds of his in Africa, and her ten percent in South America are also in this hemisphere.
This is because the hypothetical axis of the Earth does not move straight up and down, it is tilted 23.5 degrees. The movement of the Earth around this axis causes changes between day and night. During the Northern Hemisphere summer, daylight hours increase as you travel north.
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As they approach North America, hurricanes commonly move north on clockwise-curving paths due to the _________
As they approach North America, hurricanes commonly move north on clockwise-curving paths due to the:- Coriolis effect
Coriolis effect
An effect whereby a mass moving in a rotating system experiences a force (the Coriolis force ) acting perpendicular to the direction of motion and to the axis of rotation. On the earth, the effect tends to deflect moving objects to the right in the northern hemisphere and to the left in the southern and is important in the formation of cyclonic weather systems.The key to the Coriolis effect lies in Earth’s rotation. Specifically, Earth rotates faster at the Equator than it does at the poles. Earth is wider at the Equator, so to make a rotation in one 24-hour period, equatorial regions race nearly 1,600 kilometers (1,000 miles) per hour. Near the poles, Earth rotates at a sluggish 0.00008 kilometers (0.00005 miles) per hour.
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Draw and labelled diagram of the rain guage
The above pic is rain gauge labelled diagram
Answer:
The above is a labeled diagram of a rain guage
Stop 6: Putting it all together. How does the transition in sediment composition seen from the lower to upper Martinsburg formation compare to the sediment transition change between the Massanutten formation and overlying Helderberg Group? What does this tell us about the changes taking place in tectonic activity? Put the events in order that tell this story.
The order in which the changes taking place in tectonic activity in the Martinsburg and Massanutten formation is:
Erosion of the taconian mountains providing abundant carbonate sediment of the Massanutten formation.Taconian mountain building and the influx of siliciclastic sediment of the upper Martinsburg formation.Tectonic quiescence and the deposition of lime mud on carbonate platform of the upper Martinburg formation.Tectonic quiescence & the deposition of lime mud on carbonate platform of the Helderberg formation.What order did the tectonic events happen?As a result of the erosion of the teconian mountains, there was abundant carbonate for the Massanutten formation.
Some time later, a process of tectonic quiescence led to a deposition of lime mud on the upper Martinsburg formation, and then the Heiderberg formation.
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Please answer fast Most governments are expected to provide public services such as __________. A. public entertainment B. travel by plane and train C. legal services D. public education Please select the best answer from the choices provided A B C D
Answer:
D. Public education
If Earth did not rotate while other conditions remained the same, which way would the surface winds blow
The surface winds blow : From pole to equator
INTERPRETATION-
If the Earth did not rotate on its axis, it would still experience one complete day every year so any point on the equator would be in sunshine for half the year and in darkness for the other half. If the axis of the Earth was also tilted as now, there would also be a curved line on the surface (rather like a sine wave) crossing the equator twice and touching each or the two tropics at one point which would mark out places which would, at some point in each year/day, have the Sun directly overhead. Those points would be the most extreme.
With one half the Earth in Sun at any one time and the other in darkness there would be enormous temperature differences and this would surely result in some incredible weather. It could well be that the oceans on the “dark side” freeze over every “night”.
Therefore, we can conclude that the correct option is B.
Your question is incomplete, but most probably your full question was:
If Earth did not rotate while other conditions remained the same, which way would the surface winds blow?
A. From hot to cold
B. From pole to equator
C. Both a and b.
D. None of the above.
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what are the main agriculture centres in pakistan for cotton?
Answer:
Punjab
Explanation:
being the most conducive for cotton production, produces around 70% of country's cotton followed by
Which of the following geographic characteristics of the United States has had a positive influence on the country's political status
Access to both the Pacific and Atlantic Oceans and Limited number of neighboring countries are the geographic characteristics of the United States which had a positive influence on the country's political status.
What is Pacific Ocean?Of the five oceanic regions of the planet, the Pacific Ocean is the largest and deepest. It is bordered by the continents of Asia and Australia in the west and the Americas in the east, and stretches from the Arctic Ocean in the north to the Southern Ocean (or, depending on definition, to Antarctica) in the south.The South China Sea, East China Sea, Sea of Japan, Sea of Okhotsk, Philippine Sea, Coral Sea, Java Sea, and Tasman Sea are only a few of the main marginal seas in the western Pacific.To know more about pacific ocean with given link
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Question:
Which of the following geographic characteristics of the United States has had a positive influence on the country's political status?
I. Access to both the Pacific and Atlantic Oceans
II. Limited number of neighboring countries
III. Regional differences among the population
IV. Country's proximity to the Mexican border
define vestigial organ
Answer:
Vestigial organs are the organs that have no apparent function and are considered to be the residual parts from the past ancestors.
How many people are allowed daily into the coyote buttes north area, which includes the wave?.
Answer: 64 people
Explanation: A daily maximum of 64 people are permitted to visit Coyote Buttes North. 16 people and/or 4 groups (whichever comes first) are awarded through this Daily Lottery.
Can the segment shown below could form a triangle 658?
The segment shown of AC 6 , CB 5, BA 8 can indeed form triangle 658 so this is TRUE.
How are triangles formed?A shape is said to be a triangle when the sum of the lengths of any two sides is greater than the length of the last side.
To prove this, we have:
8 + 6 = 14 which is greater than 5
6 + 5 = 11 which is greater than 8
5 + 8 = 13 which is greater than 6
This shows that the segment can indeed form a triangle 658.
Full question is:
The segment shown below could form a triangle. 6, 5, 8
AC 6 , CB 5, BA 8
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If polaris lies directly in line with the horizon, what is your approximate latitude? what is the name commonly given to the latitude where you are located?
Answer:
The answer is 5 degrees (I assume you mean north) latitude, as other responders have said. And you can even see Polaris from south of the equator. The question is, “from how far south?”
Explanation:
lol
Latitude may be determined for every location between the Equator and the North Pole by counting the degrees Polaris is above the horizon at that location: at 30°N, it is 30° above the horizon; at 63°N, it is 63° above the horizon; and so on.
What is the main line of latitude?Equidistant from the North and South Poles, the equator denotes the locations on the globe. The only latitude line that is a large circle is the equator; all other latitude lines are small circles.
30 degrees above the horizon in the north is where Polaris can be found. Up until the voyager reaches the geographic North Pole rather than the magnetic North Pole, this pattern holds. Polaris appears straight overhead at this latitude, 90 degrees north, where it is 90 degrees above the northern horizon.
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A river __________ when the rate of flow in the river is higher than its ability to contain it.
A river overflows when the rate of flow in the river is higher than its ability to contain it.
There are instances when a particular location has more flow than its ability to contain it naturally. It leads to a flood. Flooding can also result from combinations of variables including exceptionally heavy rains. For instance, when paired with strong rain, heavy snow melt, saturated terrain, extremely high tides, and drainage changes can cause flooding.
The Three Most Common Types of Flood:
Floods in rivers happen when water levels rise above the banks of a river as a result of a lot of rain.Larger bodies of water frequently have coastal floods, which typically happen when the tide is extremely high.An enormous volume of rain in a brief period of time causes a flash flood (usually within 6 hours).To learn more about flood, refer
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