What is a multicultural nation?
A. A state with a distinct political and social structure
B. A state made up of distinct cultural groups
o
C. A nation with similar behaviors and beliefs
D. A nation with a diverse taste in music and art
Answers
Answer:
B
Explanation:
Different cultural groups make a multicultural nation
Related Questions
What forces have helped shape plant life in Africa South of the Sahara?
(Long answers would be great,I have a section of an essay due on this question)
Answers
There are many forces that have helped shape plant life in Africa south of the Sahara, including climate, geology, fire, and human activities.
Climate: The climate of Africa south of the Sahara is characterized by a tropical and subtropical climate, with distinct wet and dry seasons. This climate has led to the evolution of many different types of plants, including drought-resistant grasses, succulent plants, and deciduous trees.
Geology: The geology of the region has also influenced plant life. The high levels of volcanic activity have produced nutrient-rich soils that support a diverse range of plant life.
Fire: Fire is a natural part of the African savanna ecosystem, and many plants have adapted to survive regular fires. For example, some trees have thick bark that protects them from fire, while others have developed the ability to resprout from their roots after a fire.
Human activities: Human activities, such as agriculture and deforestation, have also had a significant impact on plant life in the region. Many native plant species have been replaced by crops and non-native species, and large areas of forest have been cleared for agriculture and settlement.
Overall, these and other factors have contributed to the rich and diverse plant life found in Africa south of the Sahara
Answer:
Saharan vegetation is generally sparse, with scatt3d concentrations of grasses, shrubs, and tress in the highlands, in oasis depressions, some heat and drought-tolerant grasses, herbs, small shrubs, and trees and found on the less well watered plains and plateaus of the Sahara.
Organisms that eat cows obtain less energy from the cows than the cows obtain from the plants they eat because the cows...
Answers
Answer:
the cows use that energy for their own metabolism
Explanation:
dân số thế giới tăng nhanh và đột ngột trong thời gian nào; nguyên nhân,hậu quả và phướng hướng giải quyết
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\(sorry \: what\)
the largest percentage of total magma production on earth occurs at divergent plate boundaries. group of answer choices true false
Answers
Answer:
The statement is false.
Explanation:
The largest percentage of total magma production on Earth occurs at convergent plate boundaries, not divergent plate boundaries. At convergent plate boundaries, where two tectonic plates collide or come together, one plate typically subducts beneath the other, forming a subduction zone. The subducting plate sinks into the mantle, where it undergoes melting, generating magma. This magma can then rise to the surface, leading to volcanic activity and the formation of volcanic arcs.
Divergent plate boundaries, on the other hand, are where two tectonic plates move away from each other, creating a gap or rift zone. While magma is indeed produced at divergent plate boundaries, the overall magma production is lower compared to convergent plate boundaries.
Therefore, the largest percentage of total magma production on Earth occurs at convergent plate boundaries, not divergent plate boundaries.
The statement is true .The largest percentage of total magma production on earth occurs at divergent plate boundaries
.A divergent plate boundary is a boundary where two plates move away from each other, resulting in a gap that magma can fill to form new crusts. Divergent boundaries are where the majority of the Earth's magma is produced, as magma rises to fill the void that was left when the plates moved apart.
At divergent boundaries, magma production is significant because magma is produced as part of the process of creating new oceanic lithosphere. When magma solidifies into rock, it forms new oceanic lithosphere, which spreads away from the spreading center in both directions. Magma production is minimal at other plate boundaries like transform boundaries and convergent boundaries, where magma is produced by the melting of rocks in the subduction zone, and volcanic eruptions occur along the convergent boundary.
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Jomo recently got a job representing his country's oil industry. He is proud to travel the world attending meetings with other OPEC member nations. Jomo is most likely from which West African nation?
Answers
Jomo recently secured a position in his nation's energy sector. He is happy since he would get to visit different OPEC member countries while attending meetings. Jomo most likely hails from Nigeria, a country in West Africa.
How does OPEC fit into the global oil market?In order to guarantee fair and stable prices for oil producers, a dependable, cost-effective supply of petroleum to developing nations, and a fair return on investment for those who invest in the field, OPEC's member states coordinate and harmonize their petroleum policies.
How does OPEC control the price of oil?Its members regularly meet to decide how much crude oil to collectively sell on foreign markets. According to Kate Dourian of the UK business organization the Energy Institute, who spoke to the BBC, the market is balanced by OPEC+. When demand for oil falls, "they keep prices high by restricting supplies," according to one source.
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1c. What do the population demographics of these two countries have in common? (2 points)
1d. How do the population demographics of these two countries differ? (2 points)
2a. The birthrate in Germany is _________ per 1,000, while the death rate is ______ per 1000.
2b. The birthrate in Indonesia is _______ per 1,000, while the death rate is ______ per 1,000
2c. Which country is having babies at a higher rate?
2d. What can you say about the people in Germany and Indonesia based on their birth and death rates?
3a. Whay does it mean that Germany has a positive migration rate, while Indonesia has a negative migration rate?
3b. What can you say about conditions in Germany and Indonesia based on their migration rates?
3c. How do the growth rates of Germany and Indonesia differ?
3d. How do births, deaths, and migration contribute to Germany's growth rate?
3e. How do births, deaths, and migration contribute to Indonesia growth rate?
Answers
Answer:
Kindly check explanation
Explanation:
1c.) In common :
Positive birth rate percentage
Positive death rate percentage
1d.)
Indonesia has negative migration rate while Germany has positive
Indonesia has a positive growth rate whole Germany has negative
2a.)
Germany's birthrate = 8.2 per 1000
Germany's death rate = 10.71 per 1000
2b.)
Indonesia 's birthrate = 19.65 per 1000
Indonesia's death rate = 6.25 per 1000
2c.)Indonesia ; 19.65 > 8.2
2d)
Germany experiences higher death rate than birth rate while Indonesia records a higher bury rate than death rate
3a.
Net percentage of people moving into Germany surpass the percentage moving out while the reverse is for Indonesia.
3b.
From the positive migration rate for Germany and negative for , we can conclude that Germany seems to be a more comfortable and developed country than Indonesia.
3c.
Decreasing growth rate in Germany, and increasing growth rate in Indonesia as seen from the negative and positive growth values respectively.
3d. How do births, deaths, and migration contribute to Germany's growth rate?
Negative birth rate, positive and high death rate, both culminate to result in a negative growth value for Germany.
3e.
High birth rate with low a d negative death rate will translate into high growth rate percentage.
When cold air moves under warm air, a cold front forms. The steep slope of the cold front tends to suddenly push the warm air up and create vertical clouds. Given this information, which of the following cloud types and weather conditions would most likely result from a fast moving cold front?
A. cirrus clouds and snow
B. cumulus clouds and clear weather
C. cumulonimbus clouds and thunderstorms
D. stratus clouds and drizzly rain
Answers
Option (c), The most likely cloud types and meteorological conditions associated with a swiftly moving cold front are thunderstorms and cumulonimbus clouds.
What kinds of clouds are most likely to indicate that a thunderstorm is on its way?If there is enough atmospheric instability, moisture, and lift, a cumulus cloud can develop into a mature, deep cumulonimbus cloud or a thunderstorm that produces heavy rain.
What classification of clouds are cumulonimbus?Towering, multi-level clouds with a plume-like appearance are called cumulonimbus clouds. Only a specific type of cloud, known as a cumulonimbus cloud or a thundercloud, can bring about hail, thunder, and lighting.
Cumulus clouds are the most typical clouds produced by cold fronts. In many cases, they grow into cumulonimbus clouds, which bring forth thunderstorms. Cold fronts may also be responsible for stratus, stratocumulus, and nimbostratus clouds.
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Which topographical region is known for dry climates, and cold night and warm days?
A . Coastal
B . Both Coastal and Mountains
C . Dry Aird
D . Mountains
Answers
Hope this helps
The coastal region is known for dry climates, cold nights and warm days. Thus, option 'A' (Coastal) is the correct option.
What is coastal climate?The Coastal Plain has a pleasant climate with warm summers and cool, rarely freezing winters. Seasonal high precipitation, especially around the coast. Although highs in the mid-90s are not uncommon during the dog days of summer, the average yearly high temperature is roughly 77 degrees.
Although the Coastal Plain regularly receives below-freezing temperatures, year-round averages are in the 50s. Coastal regions are already under pressure from human activity, pollution, invasive species, and storms. Climate change threatens these places. Sea level rise may erode, inundate, and destroy coastal habitats and wetlands.
Oceans that are warmer and more acidic are likely to disturb marine and coastal ecosystems. The Coast Ranges' climate is characterized by moderate, rainy winters in the north and cold, dry summers.
Therefore, option 'A' (Coastal) is the correct option.
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What happened to India’s factories and manufacturing when the British took over?
Answers
The British affect the Indian industries as they brought about the Destruction of Industry. The British were said to have stopped buying the Indian textiles in pounds and as such were paying with the use of the Bengal revenue at very small rates, making the peasant to be more impoverished. This was what made the industry to be destroyed.
How did Britain stop India manufacturing?They made use of the Tariff policy and this was what brought about the death or decline of the handicraft industry.
The British government were said to have used preferential trade policies through which British goods were going into India duty free.
Therefore, The British affect the Indian industries as they brought about the Destruction of Industry. The British were said to have stopped buying the Indian textiles in pounds and as such were paying with the use of the Bengal revenue at very small rates, making the peasant to be more impoverished. This was what made the industry to be destroyed.
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Mark the map titled "noth and south america"at the approxmate point in ship is distress at 45* s and 5* e may be found
Answers
This is a trick question because the map is not labeled East or West. The points 45° South and 5° East is thus located in the South Atlantic Ocean of the Map titled "North and South America".
What is a map?A diagrammatic depiction of a graphical depiction of geographical space, that highlights the details of such an area is called a map.
The features of a location or area that are visible on the map are:
RoadsMountainsRiversOceansSeasCities etc.The point identified, thus as 45° South and 5° East is located in the South Atlantic Ocean.
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high- and low-pressure areas leading to air movement happen when there are differences in which factor? responses atmosphere atmosphere precipitation precipitation density density clouds clouds
Answers
High and low-pressure areas leading to air movement happen when there are differences in the factor of density.
Density plays a major role in the formation of high and low-pressure areas that lead to air movement. Density is the measure of the mass of a substance per unit volume of space. It is affected by temperature and pressure. When two air masses with different densities interact with each other, the denser air mass pushes the lighter air mass upwards.
This creates an area of low pressure at the surface and a region of high pressure aloft. This pressure difference generates wind, which is the air movement that results from the higher and lower pressure areas. In the absence of differences in temperature and pressure, air masses will not move.
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High and low-pressure areas leading to air movement happen when there are differences in which factor? A)Density
B)Clouds
C)Precipitation
D)Atmosphere
The Empire of ____ invaded Russia in the 13 century.
A. Genghis Khan
B. Lawrence of Arabia
C. Julius Ceaser
Answers
Answer:
julius Ceaser I think so
A.Genghis Khan is the answer
s the Earth's energy budget to space in balance? Answer: Yes and no. Your task: Explain the answer. Draw a diagram describing why geostrophic flow goes 90 degrees to the direction of the forcin
Answers
The Earth's energy budget to space is not perfectly balanced, as there is an imbalance between incoming solar radiation and outgoing thermal radiation. However, the Earth's climate system attempts to reach a balance by redistributing energy through various processes, such as ocean and atmospheric circulation, and feedback mechanisms.
The Earth's energy budget refers to the balance between the amount of energy received from the Sun (incoming solar radiation) and the amount of energy radiated back into space (outgoing thermal radiation). Ideally, these two energy fluxes should be equal, resulting in a balanced energy budget.
However, due to various factors such as the presence of greenhouse gases in the atmosphere, cloud cover, and surface characteristics, the Earth's energy budget is not perfectly balanced. More energy is absorbed by the Earth's surface and atmosphere from incoming solar radiation than is radiated back into space as thermal radiation. This imbalance leads to a net energy gain by the Earth.
To counteract this energy imbalance, the Earth's climate system employs mechanisms to redistribute energy. One key process is the ocean and atmospheric circulation. Heat is transported from regions of surplus (where more energy is received) to regions of deficit (where less energy is received). This circulation is driven by temperature gradients, pressure systems, and the rotation of the Earth.
Feedback mechanisms also play a role in attempting to restore balance. For example, as temperatures increase, more water evaporates, leading to increased cloud cover. Clouds can reflect sunlight back into space, reducing the amount of energy absorbed by the Earth's surface.
Now, regarding the explanation of why geostrophic flow goes 90 degrees to the direction of the forcing, it is important to note that geostrophic flow refers to the motion of air or water in response to the balance between pressure gradient force and the Coriolis force. In the Northern Hemisphere, the Coriolis force deflects the flow to the right of the pressure gradient force, resulting in a perpendicular flow. Similarly, in the Southern Hemisphere, the deflection is to the left. This perpendicular flow is a result of the Coriolis effect, caused by the rotation of the Earth.
To visualize this, a diagram can be drawn with arrows representing the pressure gradient force pointing from high pressure to low pressure. Perpendicular to these arrows, curved arrows can be added to represent the deflection caused by the Coriolis force. The resulting direction of the geostrophic flow will be at a 90-degree angle to the direction of the pressure gradient force.
It's important to note that the geostrophic flow is an idealized concept and represents an equilibrium state. In reality, other factors such as friction and the influence of other forces can modify the flow pattern. Nonetheless, the geostrophic flow is a useful approximation for understanding large-scale atmospheric and oceanic circulation.
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The balance of energy flow within the Earth system is dependent on which of the following (choose all that apply).
- short wave radiation
-energy transport
-energy storage
-long wave radiation
Answers
The balance of energy flow within the Earth system is dependent on the following: short wave radiation, energy transport, and long wave radiation.
The balance of energy flow within the Earth system is a complex process involving various components. Short wave radiation, primarily from the Sun, provides the initial input of energy into the system. This incoming solar radiation is absorbed by the Earth's surface, oceans, and atmosphere. Some of this energy is reflected back into space, while the rest is either stored or transferred through energy transport mechanisms.
Energy transport plays a crucial role in redistributing heat within the Earth system. The movement of air masses, ocean currents, and atmospheric circulation patterns facilitate the transfer of heat from regions of surplus to regions of deficit. These dynamic processes help regulate global temperature patterns and maintain a balance of energy across different parts of the Earth.
Long wave radiation, also known as thermal radiation, is the energy emitted by the Earth and its atmosphere in the form of infrared radiation. This radiation is a result of the absorbed solar energy being re-emitted into the atmosphere. Long wave radiation is an important component in the energy budget of the Earth system, as it contributes to the overall energy balance and influences climate patterns.
By considering the interplay between short wave radiation, energy transport, and long wave radiation, scientists can better understand and model the energy dynamics of the Earth system. This knowledge is crucial for studying climate change, global temperature patterns, and the overall functioning of the planet.
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Why do countries provide disaster relief? (What could that mean for their/other economies, infrastructure, education, health care, politics, etc.?)
Answers
Answer:
They note that this indicates that people living below the poverty line were more likely to lack access to a key resource needed for evacuation, which resonates
Explanation:
Instructions
Read the question carefully and select the best answer.
Which of these quotes best supports the correct answer to the previous
question?
A. "The best friend a man has in the world may turn against him and become his
enemy."
B. "A man's reputation may be sacrificed in a moment of ill-considered action."
OC. "The people who are prone to fall on their knees to do us honor when success is
with us may be the first to throw the stone of malice when failure settles its cloud upon
our heads."
D. "Gentlemen of the jury, a man's dog stands by him in prosperity and in poverty, in
health and in sickness."
Answers
Answer: A man's reputation may be sacrificed in a moment of ill-considered action."
Explanation:
define vestigial organ
Answers
Answer:
Vestigial organs are the organs that have no apparent function and are considered to be the residual parts from the past ancestors.
Can someone do what, why, and how with B and C?? PLEASE?!?!?!
Answers
Answer:
b
Explanation:
it answers what how why
in which sub-saharan african country has commercial logging and agricultural clearing caused the tropical rainforest to disappear almost entirely?
Answers
The sub-saharan african u . s . has business logging and agricultural clearing brought on the tropical rainforest to vanish nearly entirelyis. madagascar.
The required details about Tropical rainforests is mentioned in below paragraph.
Tropical rainforests are rainforests that arise in regions of tropical rainforest climate wherein there's no dry season – all months have an average precipitation of as a minimum 60 mm – and can additionally be noted as lowland equatorial evergreen rainforest. True rainforests are commonly observed among 10 stages north and south of the equator (see map); they're a sub-set of the tropical forestbiome that takes place kind of in the 28-diploma latitudes (withinside the equatorial quarter among the Tropic of Cancer and Tropic of Capricorn). Within the World Wildlife Fund's biome classification, tropical rainforests are a kind of tropical wet broadleaf forest (or tropical moist forest) that still consists of the greater extensive seasonal tropical forests.
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Continental Crust is generally _____ than Oceanic Crust.
a. older
b. denser
c. thinner
d. richer in iron and magnesium
e. all of the above
Answers
Continental Crust is generally thicker than Oceanic Crust. The thickness of the Earth's crust varies between 5 km (3 miles) and 70 km (43 miles).
The Earth's surface is split into two types of crust: Continental Crust and Oceanic Crust. Continental Crust is the uppermost layer of the Earth's continental lithosphere. Continental Crust is thicker, typically 30 km (20 miles) to 50 km (30 miles) thick than the Oceanic Crust, which is generally less than 10 km (6 miles) thick.Continental Crust has a lower density than Oceanic Crust because it consists of lighter materials like granite. The average density of Continental Crust is 2.7 g/cm³. Oceanic Crust, on the other hand, is more dense because it is composed of heavier materials like basalt. The average density of Oceanic Crust is 3.0 g/cm³.
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What are the primary goals of most all irrigation systems?
Answers
The primary goals of most irrigation systems are to provide crops with the appropriate amount of water and nutrients needed for optimal growth and yield, while minimizing water waste and reducing the risk of soil erosion.
The following are some of the precise objectives of irrigation systems:
The primary objective of an irrigation system is to supply crops with the water they require to grow and produce crops. Manage water delivery: In order to ensure that water is distributed uniformly and effectively to crops, irrigation systems are made to manage the delivery of water to crops. Manage soil nutrients by using irrigation systems to distribute fertilisers and other nutrients straight to plant rootsReducing water waste is one of the key difficulties with irrigationPrevent soil erosion: By regulating the water flow across fields, irrigation systems can aid in the reduction of soil erosion.For such more question on yield:
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(2) What percent of the worlds volcanoes happen in the Ring of Fire?
Answers
What wa the mot important reaon the city of Boton choe to fill in much of their wampy land and coatal area?
A. Swamp are breeding ground for moquitoe and other dieae-bearing inect. B. The original peninula wa prone to flooding. C. More land wa needed for it growing population. D. The harbor wa inacceible under the original layout
Answers
The most important reason the city of Boston chose to fill most of their marshland and coastal area is they need more land was needed for its growing population. (C)
What is the profile of the city of Boston?Boston, city, capital of the commonwealth of Massachusetts, and capital of Suffolk County, in the northeastern United States. It is located on Massachusetts Bay, an arm of the Atlantic Ocean. The city proper has an unusually small area for a large city, and more than a quarter of the total—including part of the Charles River, Boston Harbor, and part of the Atlantic Ocean—is water.
The topography of the Boston area was largely formed by the glaciers that covered the land during the last ice age. The city and its sheltered deepwater harbor lie in a basin that stretches to Lynn in the north and Quincy in the south and is surrounded by modest hills: from Middlesex Fells (in the north) to the Blue Hills (in the south).
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Can some one explain how volcanoes form in the central rift valley of a divergent boundary.
P.S. please
Answers
Answer:
Volcanoes form in the central rift valley of a divergent boundary when two tectonic plates move away from each other. This is because the plates create a gap in the Earth's crust between them, which allows molten rock from the mantle below to rise up and form a volcano. This molten rock is called magma, and when it rises to the surface it is called lava. As the tectonic plates move away from each other, the gap created by them is constantly widened, allowing more magma to escape and form a volcano.
Which gas forms 21% of Earth's atmosphere?
Answers
PLEASE IT WAS DUE YESTERDAY!!!!!!!!!!!
100 points!!
I need help on this part of the project it is supposed to be a graphic organizer but I don't know how to do that on here.
ACROSS THE TOP
Who or what is affected?
How will building a road through the
rainforest affect the people or
system?
Is the effect positive, negative,
or both? Explain why.
DOWN THE SIDE
People who live in the
rainforest
Rainforest ecosystem
Plants and animals
Earth’s climate
Logging companies
Tourists
---------------------------------------------------
and please dont delete the question bc its "to hard"
Answers
PLEASE IT WAS DUE YESTERDAY!!!!!!!!!!!
100 points!!
I need help on this part of the project it is supposed to be a graphic organizer but I don't know how to do that on here.
ACROSS THE TOP
Who or what is affected?
How will building a road through the
rainforest affect the people or
system?
Answer:
The effect of transportation on people who live in the rainforest as well as the effect of transportation on tourism is:
This helps to take the foods and products in the rainforest to the people who live them and need these products.
The effect of deforestation on rainforests and the entire planet is:
It can lead to soil erosion
It can lead to the loss of plants and food resources
It can reduce the biodiversity
Some of the typical foods which are produced in the rainforests include:
Avocado
Cassava
yam
Nuts
Sugar
Cocoa, etc
Was this it? (its late ik but hopefully it will help others)
What is the average atomic mass of an element with two isotopes: 52.4% of isotope-
107 (mass=106.905) and 47.6% of isotope-109 (mass=108.905)
Answers
107 isotope (mass = 106.905): 52.4%; 109 isotope (mass = 108.905): 47.6% these two isotopes give these elements an average atomic mass of 107.856 amu.
A chemical element's isotope is any of two or more species of atoms that share the same atomic number, position in the periodic table, and virtually identical chemical behavior, but differ in atomic mass and physical characteristics.
There are one or more isotopes for each chemical element. An element's average atomic mass is calculated by adding the masses of its isotopes and multiplying each by the element's natural abundance.
The atomic weight of an element with more than one isotope is the average weight determined by the fractional abundance of all the isotopes.
Average atomic mass
= 0.5240(106.905) + 0.4760(108.905)
= 56.018 + 51.83
= 107.856 amu
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compared to younger rocks, rocks that were created earlier in the earth’s history are likely to be ________.
Answers
Answer:
Based on the search results, the answer to the question "Compared to younger rocks, rocks that were created earlier in the Earth's history are likely to be _______" appears to be "consumed or transformed by processes in the rock cycle" (search results [1], [3]).
This suggests that older rocks, which have been present for a longer period of time, are more likely to have undergone changes or transformations due to natural geological processes such as weathering, erosion, and plate tectonics. Additionally, search result [4] explains that geologists can use the order of rock layers to help determine the relative age of geological events . Therefore, older rocks are also more likely to be found at lower depths or layers, while younger rocks are found closer to the Earth's surface.
It's important to note that the specific properties and characteristics of rocks can vary widely depending on factors such as their composition, location, and specific geological history. Conversely, not all older rocks will necessarily be more altered than younger rocks, as the degree of alteration may depend on the nature and intensity of geological forces acting on them.
Explanation:
How are landscape and regional conservation crucial in sustaining biota?
Answers
Landscape and regional conservation make sure that the natural habitat of the plant and animal life of a particular region is preserved, therefore leading to the sustenance of biota i.e. flora and fauna of the ecological community.
For the sake of sustaining the biodiversity of communities and ecosystems, the respective regions and landscapes where they thrive must be conserved and taken care of. Biodiversity islands, nature reserves, extensive home-like habitats, and zoned reserves are a few measures that have been put into action, in order to sustain biota due to the severe damage and degradation caused by human activity.
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how do the activities of man affect the environment
Answers
Answer:
Humans impact the physical environment in many ways: overpopulation, pollution, burning fossil fuels, and deforestation. Changes like these have triggered climate change, soil erosion, poor air quality, and undrinkable water.
if my answer helps you than mark me as brainliest
Answer:
Explanation:Humans impact the physical environment in many ways: overpopulation, pollution, burning fossil fuels, and deforestation. Changes like these have triggered climate change, soil erosion, poor air quality, and undrinkable water. These negative impacts can affect human behavior and can prompt mass migrations or battles over clean water.