__ can occur where undercutting by waves removes support from beneath cliff overhangs.
Group of answer choices
A. Cliff collapse
B. Mudslides
C. Landslides
D. Rock falls

Answer:

A] deforestation

Explanation:

Papua new guinea - illegal logging\deforestation

Brazil- deforestation

Deforestation modification of the physical environment has concerned environmental advocates in both regions.

Deforestation is on the high side in climate change effects in the Brazilian Cerrado savanna biome, as it makes it hotter and drier.

A huge case of most countries have is the fact that there are large area of land that are going through desertification

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1) Plate-plate interactions form an island chain when two tectonic plates move towards each other and collide. This can cause the plates to buckle and form mountains, which can then become islands.

2) Hot spots form when a plume of hot material rises from the Earth's mantle and melts the crust above it. This can form a chain of volcanoes, which can then become islands. An example of this is the Galapagos Islands, which were formed by a hot spot in the Earth's mantle.

Plate-plate interactions are the primary geologic forces that form an island chain. This occurs when two tectonic plates collide, causing one plate to be pushed beneath the other. This process is known as subduction and can create a chain of islands due to the volcanic activity that is generated from the friction between the two plates. An example of this is the Hawaiian Islands, which were formed by the Pacific Plate subducting beneath the Philippine Plate.

Hot spots are another geologic force that can form an island chain. This occurs when a mantle plume rises from the Earth's core and melts the crust above it. This molten material then rises to the surface and forms a volcano. Over time, the tectonic plate moves away from the hot spot, leaving a chain of islands in its wake. An example of this is the Galapagos Islands, which were formed by a hot spot beneath the Nazca Plate.

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Option A is the correct answer. All the other options, including B, C, D, and E, have an impact on the potential hazards of shorelines. For example, the elevation of the land surface near the shore can determine the extent of flooding or erosion during a storm surge or high tide.

The distribution of hard and soft rocks can influence the formation of cliffs or slopes, which can be hazardous to people and infrastructure. The presence of offshore islands and sandbars can alter the wave patterns and currents, affecting swimming and navigation. The width of a beach can affect the speed and strength of waves, which can contribute to erosion or sedimentation. Therefore, it is essential to consider all these factors when assessing the potential hazards of a shoreline and implementing measures to mitigate the risks.
The potential hazards of a shoreline can be influenced by various factors, such as elevation of the land surface, distribution of hard and soft rocks, presence of offshore islands and sand bars, and the width of a beach. However, among the given options, the width of a beach (option e) does not have a significant impact on the potential hazards of a shoreline.

The elevation of the land surface near the shore (option b) affects the risk of flooding, storm surges, and erosion. The distribution of hard and soft rocks (option c) influences the stability of the shoreline and its susceptibility to erosion. The presence of offshore islands and sand bars (option d) can protect the shoreline by reducing wave energy, decreasing the risk of coastal erosion and flooding.

In contrast, the width of a beach (option e) primarily affects recreational activities and aesthetics rather than the potential hazards of a shoreline. While a wider beach may provide more buffer against wave action, it is not a primary factor that determines the vulnerability of a shoreline to hazards.

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The exact physical location where a heat source and a fuel come in contact with each other and a fire begins is known as the "ignition point."

The point at which a fire ignites is known as the ignition point. This is the spot where a heat source and fuel meet, resulting in combustion. Every combustible substance has an ignition point, and when the temperature reaches that point, combustion occurs spontaneously. The ignition point can be lowered by raising the pressure, such as in the case of propane. The point at which a flammable gas or vapor can be ignited is referred to as the "flash point." The temperature at which a material ignites in the presence of an oxidizer, such as air or oxygen, is referred to as the autoignition point or kindling point.

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Answer:

Akhenaton, Nefertiti and Three Daughters is an important work in the history of ancient Egyptian art. It represents a significant departure from the traditional forms and styles of pharaonic art, and is a testament to the innovative spirit of the Amarna period.

The artwork of Akhenaton, Nefertiti and Three Daughters is an unprecedented portrayal of pharaonic likeness because it deviates significantly from the traditional styles and forms of pharaonic art. The work is unusual in a number of ways, including the portrayal of the royal family, the style in which it is executed, and the iconography used to represent them.

Akhenaton, Nefertiti and Three Daughters is an unprecedented portrayal of pharaonic likeness in a number of ways.

The work is unusual in terms of the portrayal of the royal family, the style in which it is executed, and the iconography used to represent them. This can be seen in the depiction of the figures, the use of color and line, and the way in which the figures are arranged within the composition.

Overall, Akhenaton, Nefertiti and Three Daughters is an important work in the history of ancient Egyptian art. It represents a significant departure from the traditional forms and styles of pharaonic art, and is a testament to the innovative spirit of the Amarna period.

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Answer:

2-4 weeks or 1-3 weeks

Explanation:

Your recovery time depends on the type of surgery you had. If you had laparoscopic surgery, you will probably be able to return to work or a normal routine 1 to 3 weeks after surgery. If you had an open surgery, it may take 2 to 4 weeks. If your appendix ruptured, you may have a drain in your incision.

The situation between Native Fijians and Indo-Fijians in Fiji is by and large described by coexistence. Thusly, choice (B) is exact.

Throughout the long term, Fiji has put forth attempts to cultivate social amicability and advance inclusivity among the assorted ethnic networks. While authentic ethnic pressures existed between the two gatherings, the nation has been endeavoring towards public solidarity, equivalent portrayal, and social getting it.

It is vital to take note of that particular circumstances might shift across various districts and settings, and difficulties might in any case continue.

subsequently, choice (B) is right.

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The four different types of sediments classified by source in the order of their abundance are

This is further explained below.

Generally, Sediment is defined as a solid substance that has been transported and then deposited elsewhere. Rocks and minerals, as well as the decayed remnants of plants and animals, may all be found in sediment.

In conclusion,  Sediment may be classified as either cosmogenous (originating from space), volcanogenous (volcanic ash), terrigenous (originating from erosion of continents and river runoff), or biogenous (originating from living organisms) (skeletons of marine creatures).

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Lines of latitude run from north to south and measure distances east and west of the prime meridian.

Latitude measures the distance north or south of the equator. Parallels, also called parallels, are imaginary lines that divide the earth. They run east-west but measure north or south distance. The equator is the best-known parallel. Latitude is measured by an imaginary line that divides the earth horizontally (the distance north or south of the equator).

The degree latitude, also called the meridian, is an imaginary line that divides the earth. They run north-south from pole to pole, but measure distances east or west. The prime meridian passing through Greenwich, England has 0 degrees longitude.

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Answer:

Latin America doesn't have any true cold climate because it is located on and around the Equator.

The Atacama desert exists because of the influence of the cold ocean currents coming from the Southern Ocean.

Explanation:

Latin America is a region located on and in close proximity to the Equator. This results in direct or close to direct sunlight throughout the year, so the vast majority of the region experiences tropical types of climates. Even the Andes and the southern tip of South America don't really have a truly cold climate, but big variations throughout the year. In fact, the plateaus that are 3,000 or 4,000 meters in elevation are considered as some of the most pleaant places for living.

.On the western part of South America, in the Pacific coastal area of Chile, lies the driest desert in the world. It may come as a surprise because it is right next to the ocean so one would expect that it will have a lot of precipitation but the total opposite is true. The Atacama Desert is actually under the heavy influence of cold ocean currents. These ocean currents come from the Southern Ocean around Antarctica, and with the proximity being relatively small, they have a huge impact. Because they are very cold, they don't form conditions for precipitation to occur, but only zones of high pressure which are very dry.

Sedimentary structures are the bigger, three-dimensional physical features of sedimentary rocks; they are best seen in outcrop or large hand specimens rather than under a microscope. Bedding, ripple marks, fossil tracks and trails, and mud fissures are examples of sedimentary structures.

This is sometimes caused by the application of an external stress (e.g., soft sediment faulting), but it is mainly caused by density instability between various sediment layers. The most prevalent are load structures (right), which are irregular bulbous shapes generated when a denser material sinks into a less dense material. Cross-bedding is an important sedimentary structure to recognize.

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The characteristic of a newly isolated forest fragment is best described by the "Species losses occur rapidly because very few species can cross the matrix." Therefore, option B is correct.

When a forest fragment becomes isolated, it loses its connectivity to the surrounding habitat or matrix. This isolation restricts the movement and dispersal of species between the fragment and the larger landscape. As a result, the ability of species to migrate or colonize the fragment becomes limited.

The lack of connectivity with the surrounding matrix makes it difficult for many species to reach the forest fragment, resulting in rapid species losses. The reduced gene flow and limited availability of resources in the isolated fragment further contribute to these losses.

Option A, stating that species richness remains stable because the forest fragment is still surrounded by a terrestrial matrix, is incorrect. Isolated forest fragments typically experience a decline in species richness due to the aforementioned factors.

Option C, suggesting that species losses occur slowly because species can still cross the surrounding matrix, is also incorrect. The isolation of the fragment hinders species movement, leading to relatively rapid losses.

Option D, stating that species richness increases over time as species colonize the fragment, is inconsistent with the scenario of a newly isolated forest fragment. Colonization and species richness increase are more likely to occur in older, well-established fragments that have developed suitable conditions for species to thrive.

Option E, suggesting that species losses occur slowly because invasive species emigrate to forest fragments, does not align with the characteristic of a newly isolated fragment. Invasive species are more likely to pose a threat to fragmented habitats in the long term rather than immediately after isolation.

In conclusion, when a forest fragment becomes newly isolated, a characteristic is the rapid loss of species due to the limited ability of species to cross the surrounding matrix. This loss of connectivity and restricted movement of species significantly impact the biodiversity of the isolated fragment. Therefore, option B is correct.

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Answer:

GDP per capita.

Explanation:

African rift valleys, Red Sea, Atlantic Ocean they illustrate the evolutionary process of a divergent plate boundary .

In a continental rift, magma rises beneath the continents, causing them to thin, crumble, and eventually break apart. New ocean crust erupts in the voids, eventually creating oceans between continents. The Atlantic is now in its final stages as the rift separates her two oceanic crusts.

Early in rift formation, streams and rivers may flow into low valleys, forming long, narrow lakes. Eventually, the expanding crust along the boundary may thin enough that parts of the continents may separate and form new tectonic plates. Rifting is defined as the splitting of a single tectonic plate into two or more tectonic plates separated by diverging plate boundaries. Continental tectonic plate rifts create regular fault valleys, small sloping boulders, and volcanic activity .

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Answer:

A. controlling worldwide oil prices

Explanation:

OPEC stands for The Organization of the Petroleum Exporting Countries. It is a huge entity that controls the prices of oil internationally. It has heavy influence over politics as for example, if OPEC supported Saudi Arabia and Iran was invading Saudi Arabia, it would raise oil prices heavily for Iran and its allies.

A comet, often known as a filthy snowball, is an ice mass coated with dust and tiny rocky fragments. The comet heats up and emits gases as it approaches the sun, a process known as outgassing. The so-called comet tail results from this.

There are 5 parts of a comet:

Answer:

D) Africa is home to less than 15% of the world's population and 68% of people with HIV live in Africa.

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The two forces that need to balance to keep a star from collapsing are gravitational force and radiation pressure.

Gravitational force is the inward force exerted by the star's own mass, trying to compress it under gravity. This force is a result of the star's mass and the mutual attraction between its particles. If left unopposed, gravitational force would cause the star to collapse under its own weight.

Radiation pressure, on the other hand, is the outward force exerted by the radiation produced within the star's core. This force is a result of the intense energy generated by nuclear fusion processes in the star's core. The high-energy photons produced exert a pressure that counteracts the gravitational force, providing an outward push.

For a star to maintain stability, these two forces must be in equilibrium. The inward gravitational force is balanced by the outward radiation pressure, preventing the star from collapsing under its own gravity or expanding uncontrollably. The balance between these forces determines the size, structure, and stability of the star throughout its lifespan.

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Answer:

Correct answer is B.

Explanation:

B is correct answer because the expression itself has no meaning. It doesn't says whether temperature is high or low, so you cannot conclude nothing from it.

A is correct because it is impossible to live in dry place, where you have no water.

C is also correct answer, because you cannot live in places where temperature is too high, like for example in Sahara.

Same goes for D as you cannot live on North Pole for example.

E is also wrong, as you cannot live on the top of mountains for example.

Answer:

C

Explanation:

Your welcome my guy ok

Answer:

c

Explanation:

It seperates from east and west

Answer:

i would think your answer is b

Explanation:

In Zimbabwe, prey availability varies greatly between the wet and dry seasons. This is due to the fact that prey species rely heavily on vegetation to survive, and vegetation varies greatly between the two seasons. During the wet season, vegetation is abundant and water is readily available, providing prey species with the resources they need to survive.

Zimbabwe has two seasons, the dry season which lasts from May to October and the wet season which runs from November to April. The availability of prey in Zimbabwe varies between these two seasons because prey animals depend on vegetation which varies with the season. Vegetation is abundant and water is readily available during the wet season, which provides prey species with the resources they need to survive. As a result, the prey population is higher during the wet season. In contrast, during the dry season, vegetation is scarce and water is difficult to find, making it challenging for prey animals to find the resources they need. The result is a lower prey population during the dry season.In Zimbabwe, the dry season is a difficult period for prey animals because of the limited resources that are available. As a result, some animals migrate to areas where they can find water and food. Others stay in Zimbabwe but must adapt to the harsh conditions by changing their feeding and watering habits or reducing their activities. Some species have adapted to the dry season by having longer legs which help them to travel long distances in search of water and food. They have also developed the ability to drink saline water that is available during the dry season.

In conclusion, prey availability in Zimbabwe varies between the wet and dry seasons. During the wet season, vegetation is abundant and water is readily available, providing prey species with the resources they need to survive. This results in higher prey populations. During the dry season, vegetation is scarce, and water is difficult to find, which makes it challenging for prey animals to find the resources they need. As a result, prey populations are lower during this time.

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Answer:

As San Francisco and other cities in the Bay Area commemorate the anniversary of the 1989 Loma Prieta earthquake, we are reminded once again of the need to get prepared for the next natural disaster. The 6.9 magnitude earthquake not only resulted in collapsed homes, displacement of residents, but it also was a terrifying reminder of the need to reinforce the structures we use every single day.

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Answer:

Give the other person brainliest....

<3

Explanation:

The strips of caribou hide used to make snowshoes and tumplines in the Subarctic culture area are called babiche.

Babiche is a traditional material commonly used by Indigenous peoples in the northern regions of North America. It is made by carefully processing and drying the caribou hide to create strong and flexible strips. These strips are then woven or laced together to form the framework of snowshoes or the carrying straps of tumplines. Babiche has been used for generations due to its and durability resilience in snowy and icy conditions, making it an essential component of traditional Subarctic tools and equipment.

In the Subarctic culture area, where winter conditions can be harsh and snowy, snowshoes and tumplines are essential tools for travel and transportation. Snowshoes are used to distribute the weight of a person over a larger surface area, preventing them from sinking deep into the snow. Babiche strips are carefully crafted and woven to create the webbing or netting of the snowshoe, allowing for efficient movement across snowy terrain.

Tumplines, on the other hand, are used to carry heavy loads such as hunting gear or firewood. They consist of a long strip of babiche attached to a carrying frame and are placed across the forehead or chest, allowing the weight to be distributed and reducing strain on the back and shoulders. Babiche, with its strength and flexibility, plays a crucial role in the construction and functionality of both snowshoes and tumplines in the Subarctic culture area.

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Answer:

D) image 2 shows an innovation that occurred in the Third Agricultural Revolution, resulting in a diffusion of agricultural practices to less developed countries.

Explanation: