Plz answer these a teacher or sum

1 coldest biome desert
2most species diversity tropical rain forest
3least precipitation temperate deciduous forest
4 largest land biome grasslands
5 four seasons tundra
6 used for live stock tiga

Answer: friction

Explanation:

1. The Alpine Tundra is found in high elevations, usually above 11,000 feet, in mountainous regions around the world, such as the Rocky Mountains in North America, the Andes in South America, and the Himalayas in Asia.

Far away from the equator.

2. The Alpine Tundra is a region located at high altitudes, usually above the treeline, characterized by cold temperatures and low precipitation. The climate in the Alpine Tundra is generally cool and windy, with temperatures that can drop well below freezing, even in summer. Precipitation in the form of snow is common throughout the year, and plants that grow in this region are adapted to the harsh, arid conditions.

3. The Alpine ecosystem is characterized by mountainous terrain, cold temperatures, strong winds, and rocky soils. Vegetation is limited to hardy, low-growing plants such as grasses, mosses, and shrubs. Trees are generally absent due to the harsh environmental conditions. The landscape is often marked by glaciers, snowfields, and streams that provide important habitat for a variety of wildlife species, including mountain goats, bighorn sheep, pika, and marmots.

The Alpine Tundra is typically mountainous.

4. Plants that can survive in the Alpine Tundra ecosystem are usually low growing and adapted to harsh conditions such as strong winds, cold temperatures, and poor soil quality. Examples of plant species found in the Alpine Tundra include alpine forget-me-not, alpine avens, alpine aster, moss campion, and cushion plants like arctic poppy, purple saxifrage, and mountain avens.

5.The Alpine Tundra ecosystem is home to a variety of animals, including mammals such as mountain goats, bighorn sheep, pikas, marmots, and various species of rodents. Birds that can be found in this ecosystem include eagles, hawks, and various species of songbirds. Other animals that live in the Alpine Tundra ecosystem include insects, such as butterflies and moths, as well as spiders and other arachnids.

Species in the Alpine Tundra ecosystem are able to adapt and survive due to several reasons, including:

Adaptations: Many species in the Alpine Tundra have developed adaptations that allow them to survive in harsh conditions. For example, animals such as mountain goats and bighorn sheep have developed thick fur and woolly undercoats to keep them warm in cold temperatures. Similarly, plants such as cushion plants have developed adaptations that help them retain heat and conserve water.

Migration: Some species in the Alpine Tundra ecosystem migrate to lower elevations during the winter months when food is scarce and temperatures are extremely low. This allows them to avoid harsh winter conditions and find food and shelter in lower elevations.

Food sources: Many animals in the Alpine Tundra rely on a variety of food sources, including insects, rodents, and other small animals, as well as grasses, mosses, and lichens. This allows them to survive in a challenging environment where food is scarce.

Energy conservation: Because resources are scarce in the Alpine Tundra, many species have evolved to conserve energy in order to survive. For example, some animals such as pikas have adapted to store food in "haypiles" during the summer months, which they then use as a food source during the winter when food is scarce.

6. The Alpine Tundra ecosystem is important for several reasons:

Climate regulation: The Alpine Tundra helps regulate the Earth's climate by acting as a carbon sink. The plants in the ecosystem absorb carbon dioxide, reducing the amount of greenhouse gases in the atmosphere.

Water regulation: The Alpine Tundra helps regulate the water cycle by storing water in the form of snow and ice. As the snow and ice melt, the water is released gradually, which helps prevent flooding and erosion downstream.

Biodiversity: The Alpine Tundra is home to a diverse range of plant and animal species that are adapted to the harsh conditions of the ecosystem. Many of these species are unique to the Alpine Tundra and are not found anywhere else in the world.

Cultural significance: The Alpine Tundra has cultural significance for many indigenous communities who have lived in the region for thousands of years. These communities rely on the ecosystem for food, medicine, and cultural practices.

7. Yes, human destruction is a threat to the Alpine Tundra ecosystem. Activities such as mining, oil and gas drilling, and tourism can lead to habitat destruction, pollution, and disturbance to wildlife. Climate change is also a major threat, as rising temperatures and changing precipitation patterns can alter the fragile balance of the ecosystem and cause disruptions to plant and animal populations.

Yes, These include initiatives to limit human impact through regulations and protected areas, as well as efforts to restore damaged areas and monitor the health of the ecosystem.


Let me know if this helps, hope it does.

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Answer:because they are different regions and hemispheres?

Explanation:

Tourism produces foreign domination and dependency, polarization, environmental destruction, cultural alienation, and the loss of social control and identity among host communities. Using the indigenous people as an example it can lead to conflict and resentment with them as development drives them from their traditional lands and degrades their sacred sites.

Explanation:

it is plains because, they have a wide space of room for a location.

This was from my comment when I was not able to answer earlier:

It is a scanning of an high-flying aircraft or a satellite to obtain information. Three tools that can be used is infra-red, cameras, and air photography.

We have that the definition of remote sensing and the three remote sensing tools that geographers can use are

Remote sensing

This is simply defined as the Means through which a geographer Detects and Reads the Physical environment around him by the use of Radiation emitting devices that are reflected back for results to be taken.

From the question we are told that

Generally

Remote sensing

This is simply defined as the Means through which a geographer Detects and Reads the Physical environment around him by the use of Radiation emitting devices that are reflected back for results to be taken.

It is important to note that geographers Use tool of Different ranges for Remote sensing But below are a Three major Remote sensing devices

Film photography

This Is the use of Cameras to Get a sense of the environment or Space under their survey

Charge coupled devices

These are Devices that relate to The emission of rays and use the reflection of these rays as feedback to understand the space under their survey

Radiometers  

This  is strictly use for the Reading of rays or Radiation Energy

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Answer:

When oceanic lithosphere collides with continental lithosphere at a convergent boundary, a subduction zone is formed. A subduction zone is a tectonic boundary where one lithospheric plate is forced beneath another plate and descends into the Earth's mantle.

Here's how the process occurs:

Oceanic lithosphere: The oceanic lithosphere, which is denser than the continental lithosphere, starts to converge with the continental lithosphere.

Subduction: As the oceanic plate moves towards the continental plate, it starts to subduct (dive) beneath the continental plate. This subduction occurs because the oceanic lithosphere is denser and more negatively buoyant than the continental lithosphere.

Trench formation: The point where the oceanic lithosphere begins to subduct beneath the continental lithosphere forms a deep oceanic trench. The trench marks the surface expression of the subduction zone.

Volcanic activity: As the oceanic lithosphere descends into the mantle, it undergoes intense heat and pressure. The subducting plate releases water-rich minerals and undergoes partial melting. This process generates magma, which rises through the overriding continental plate.

Volcanic arc formation: The magma generated from the subducting plate forms a chain of volcanoes known as a volcanic arc on the overriding continental plate. Examples of such volcanic arcs include the Andes in South America and the Cascades in North America.

Earthquakes and mountain building: As the subducting plate continues to descend into the mantle, it can cause intense pressure and deformation in the overriding plate. This leads to earthquakes and may result in the uplift and deformation of the continental crust, contributing to mountain building. Examples of mountains formed through the collision of oceanic and continental lithosphere include the Andes and the Himalayas.

Explanation:

In summary, when oceanic lithosphere collides with continental lithosphere at a convergent boundary, a subduction zone is formed. This results in the formation of a deep oceanic trench, volcanic activity and the creation of a volcanic arc on the overriding plate, earthquakes, and mountain building. The collision and subduction of oceanic lithosphere play a crucial role in shaping the Earth's surface and in the formation of significant geological features.

Answer: A scientist collecting a core sample from 60 km deep in Earth will find that the sample mainly consists of granite (option C).

Explanation: As one goes from the surface of the Earth towards the Earth's core, for the first 70km to 100km, it is the solid crust called as Lithosphere. Asthenosphere separates the Lithosphere from Mantle and it occurs at a much deeper level.

In the Lithosphere, which is the solid zone, there are elements like Silica, Aluminium, Iron, Calcium, Sodium , Potassium. Silica forming the highest proportion, is formed by granite. This is mainly formed due to the solidified lava, which rises to the surface and due to contact with water in the ocean base or in contact with low atmospheric temperature, this mineral-rich lava cools down and solidifies. Thus, it is rich in granite.

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The observer who measured the difference of 8 min 40 s in the arrival times of P and S waves is like 4,800 km away.

We can determine the distance to the earthquake epicenter by   using the time difference between the arrival of the P and S waves to estimate the distance from the earthquake to the station.

Hence, the observer who measured the difference of 8 min 40 s in the arrival times of P and S waves is like 4,800 km away.

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Answer:

...........b ..........

Answer:

b

Explanation:

Answer:

A.

Explanation:

Rain provides the energy needed to bring sand, mud, and pebbles to one location where energy from the Sun changes them to rock.

Answer:

Explanation:

The correct option to the question is option D- Energy from the Sun creates the cycle of rain and wind that causes erosion to produce sedimentation.

Sedimentation is the process in which the heavy particles in suspension lie down in the bottom due to effect of gravity. The sedimentation is phase wise process in which first there is weathering of rocks in which the rocks reduce into smaller particles. The smaller particles are then transported and then they are deposited in a place. Over a period of time, the materials aggregate and then they harden to form sedimentary rocks.

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Answer:

it could tell you what would happen if different continents moved to different climates and stuff see how it would adapt

Explanation:

Answer:

approximately 4,100 miles without the blue or white niles.

Explanation:

hope this helps. truly sorry if i am wrong.

Answer:

D

Explanation:

Answer:

Even though these gases are in small amounts, they can also have a major effect on Earth. An example is: "increased amounts of carbon dioxide are having a major effect on global warming."

Explanation:

These gases can have a significant impact on Earth despite their small levels. "Increased levels of carbon dioxide are having a huge effect on global warming," as an illustration.

The effects of CO2 exposure on health are likely to be numerous. Coma, hypoxia, convulsions, sweating, a tingling or pins-and-needles feeling, headaches, disorientation, restlessness, a tingling or pins-and-needles feeling, and breathing difficulties are some of the symptoms that may be present. Inhaled CO2 is thought to have a low level of toxicity.

The basic asphyxiant properties of CO2 are what cause its negative effects on health. A simple asphyxiant is a gas that reduces or takes the place of the oxygen found in breathing air. Headaches and drowsiness might be mild CO2 exposure symptoms.

Natural such as volcanoes, animal breath, and plant deterioration and anthropogenic sources both produce carbon dioxide.

Thus, These gases can have a significant impact on Earth despite their small levels.

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Answer:

Inflation is crucial to the economy because inflation can reduce the value of investment returns.

Inflation raises prices, lowering your purchasing power. Inflation also lowers the values of pensions, savings, and treasury notes.

Many people especially those with less salary will be greatly affected.

Answer:

The advantage of bottom-up planning is that the team members, i.e. the people who are actively working on the project, have a say in the project planning and decisions are made collaboratively. This will improve team communication and team building, and also empowers the team members.

Explanation:

hopes this helps =)

Answer:

Explanation:

there :)

Answer:  Along the Tropic of Cancer, between 15 and 30 degrees north of the Equator, or along the Tropic of Capricorn, between 15 and 30 degrees south of the Equator.

Explanation:

Hope this helps

Long answer: Africa is a continent known for its diverse and extensive desert landscapes. The distribution of deserts in Africa is primarily influenced by various factors, including climate patterns, geological features, and atmospheric circulation systems. Here is an overview of the major deserts found in Africa:

   Sahara Desert: The Sahara Desert is the largest desert in Africa and the world. It spans across several countries, including Algeria, Chad, Egypt, Libya, Mali, Mauritania, Morocco, Niger, Sudan, and Tunisia. The Sahara covers an enormous area of approximately 9.2 million square kilometers (3.6 million square miles) and is characterized by vast stretches of arid land, rocky plateaus, sand dunes, and occasional mountain ranges.

   Kalahari Desert: Located in southern Africa, the Kalahari Desert spans across Botswana, Namibia, and South Africa. It covers an area of around 900,000 square kilometers (350,000 square miles). The Kalahari is a semi-arid sandy savannah, with sparse vegetation, grasslands, and intermittent rivers.

   Namib Desert: The Namib Desert is situated along the southwestern coast of Africa, spanning across Namibia, Angola, and South Africa. It is considered one of the oldest deserts globally, characterized by extensive sand dunes, gravel plains, and rocky outcrops. The Namib Desert stretches over approximately 2,000 kilometers (1,200 miles).

   Libyan Desert: Also known as the Western Desert, the Libyan Desert is located in western Egypt, eastern Libya, and northwestern Sudan. It is part of the larger Sahara Desert and features vast sand seas, rocky plateaus, and occasional oases. The Libyan Desert is known for its extreme aridity and harsh conditions.

   Nubian Desert: Situated in northeastern Sudan and extending into southern Egypt, the Nubian Desert is a relatively small desert region compared to others in Africa. It is characterized by rocky terrain, sand dunes, and scattered vegetation.

   Danakil Desert: Located in the northeastern part of Ethiopia and extending into Eritrea and Djibouti, the Danakil Desert is a volcanic desert known for its extreme temperatures, geothermal activity, and salt flats. It is one of the hottest places on Earth.

   Chalbi Desert: Situated in northern Kenya, the Chalbi Desert is a semi-desert region characterized by a mixture of sandy and rocky terrain. It is part of the larger East African Rift Valley and experiences occasional seasonal floods.

   Sahara el Beyda: Translated as the "White Desert," Sahara el Beyda is a desert region in eastern Libya known for its unique white chalk rock formations and sand dunes. It is part of the larger Libyan Desert.

It's important to note that the boundaries between these deserts are not always well-defined and may overlap in certain areas. Additionally, smaller desert regions and arid landscapes can be found throughout various parts of the continent, contributing to the overall desertification of Africa.

Short answer: Africa is home to several major deserts, with the Sahara Desert being the largest and most well-known. Other significant deserts in Africa include the Kalahari Desert, Namib Desert, Libyan Desert, Nubian Desert, Danakil Desert, Chalbi Desert, and Sahara el Beyda. These deserts are spread across different regions of the continent, each characterized by unique landscapes and climatic conditions.

Answer: Panama and Costa Rica

Evidence:

Those countries are located in Central America.

Answer:(1) to assess the current status of the preservation of this unique and high valuable archaeological site, (2) to analyze the various actions that cause the destruction of the pyramid complex, in particular the weathering activities and strong seismic event, and (3) to determine the geochemical and engineering properties for construction materials using different types of tools and advanced analytical and diagnostic techniques.

Explanation:

Answer:

do better at preserving the pyramid.

Explanation:

Scientists can find ways to protect the pyramid from weathering.

The roundness and the smoothness of the earth has been described using the information contained below

From the information provided, we can determine that the Earth has a polar diameter of 12,714 km and an equatorial diameter of 12,756 km, giving it a roundness ratio of 0.996. This means that the Earth is slightly flattened at the poles and bulging at the equator, which is consistent with its oblate spheroid shape.

As for smoothness, the information provided does not directly relate to the Earth's surface smoothness. However, we can infer that the surface of the Earth is not completely smooth due to the presence of Mount Everest, which has an actual height of 8.8 km but is represented on the relief globe as only 0.3 cm or 0.011-0.01 cm, depending on the correct scale used. This indicates that the Earth's surface has significant variation in elevation.

The percent deviation of 2627% indicates a large discrepancy between the actual height of Mount Everest and its representation on the relief globe. This may be due to the limitations of the relief globe as a model of the Earth, as it cannot accurately represent the scale and elevation of features such as mountains.

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we can't see what the options are, add a photo.

Answer:

The answer is c

HOPE THIS HELPS

Explanation:

All of the following are results of increased deforestation of rainforests in Latin America except increased transpiration. Thus, option C is correct.

Deforestation is the deliberate getting free from forested land. Over the entire course of time and into current times, backwoods have been leveled to account for farming and animal brushing, and to acquire wood for fuel, assembling, and development.

All factors that have affected that have been affected by deforestation but transpiration is one of the factors that have not been affected in fact it is the process in which the water movement and the soil are included. In this method, evaporation takes place where the soil is wind holding the water and that falls down in the form of precipitation

Therefore, option C  is the correct option.

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Answer:

Here are some of the major landforms or waterways that will be crossed when traveling from Morocco to Sudan:

The Atlas Mountains

The Sahara Desert

The Nile River

The Red Sea

The Ethiopian Highlands

The Sudd

The Great Rift Valley

The exact route that you take will depend on your starting point in Morocco and your destination in Sudan. However, no matter which route you choose, you will be crossing some of the most rugged and challenging terrain in the world.

Explanation:

Answer:

Explanation:

Nile river

the sudd

sorry thats all i can remember

Answer:

hi

Explanation:

While in cities of some developed countries, urban population might stabilize or even slightly decrease, its rate of growth in developing countries is faster than in the industrialized nations. Such increase is accompanied by growing energy production, increased food demand, expanding transportation and industrialization.

Answer:

Larger cities also have a greater population and have more growing companies that the economy supports. There are a lot of these small companies that grow much quicker because of the big populations and increased sales because of the amount of people living there too.

Explanation:

hope it helps.

Answer:

Melting glaciers when the lakes took their present form.

Nowadays, it's precipitation, rivers, and groundwater springs that bring new water to the great lakes.

Explanation:

Answer:

My answer is based off of the video on Edge.

Explanation:

Adam Smith believed that the government should ensure a stable  peaceful nation, protect the right to use private resources to make profit, guarantee honest judicial system to settle disputes and enforce contracts, grant patents and copyrights to encourage inventions and new ideas, and provide public works to benefit all members of society (bridges, roads, ports).

Answer:c

Explanation:big brained