Answer:
It depends
Explanation:
For example mount tambora in indonisia affect the world climate i many ways. Mount tambora ejected so much ash that the sky darkened. This blocked the suns light from reaching the ground which affected the ground life of all organisms.
Answer:
Big amounts of volcanic gas, ash, etc are injected into the stratosphere.
Explanation:
Without glaciers, what challenges could we face?
Answer:
If all the ice covering Antarctica , Greenland, and in mountain glaciers around the world were to melt, sea level would rise about 70 meters (230 feet). The ocean would cover all the coastal cities. And land area would shrink significantly. ... Scientists are studying exactly how ice caps disappear.
in which layer of the atmosphere is the highest concentration of ozone found ?
Answer:
stratosphere
Most ozone (about 90%) is found in the stratosphere, which begins about 10–16 kilometers (6–10 miles) above Earth's surface and extends up to about 50 kilo- meters (31 miles) altitude. The stratospheric region with the highest ozone concentration is commonly known as the “ozone layer” (see Figure Q1-2).
please mark my answer as brainlist
Answer:
Ozone is mainly found in the stratosphere ( about 90% of it). I hope this helps!
Where is the atmosphere?
i) on the earth
iii) inside the earth
ii) around the earth
iv) nowhere
Explanation:
Around the earth is the right answer
Answer:
around the earth
it is located at stratosphere which is 16-50 km
What will happen after fossil fuel reserves peak if demand remains the same?
Reserves will become depleted.
New reserves will be continuously discovered.
New supplies of fossil fuels will form.
Reserves will gradually recover over a few hundred years.
Answer:
Explanation:
Originally Answered: What will happen when Earth uses up all of its fossil fuels? Food production will start to shrink due to less carbon dioxide in the atmosphere. Primary energy production will be nuclear, producing electricity.
Reserves will become depleted
Explanation:
I took the test
Maps are an important part of geography. Explain why it would be important to know how
to use one. The more information you give, the better your grade will be!
Answer:
If you don't know how to use a map then you wouldn't know your location. They're important because they give us context. They simplify complicated information.
Explanation:
Why it's important to have or to know the deformation history of rock in a certain area?
Answer:
When rocks are deformed in this way, geologic structures, such as faults and folds are produced. ... Understanding rock deformation and geologic structures is fundamental to the Science of Geology. These structures are evidence of important events in Earth history.
Geomorphic importance of earth materials (rocks and minerals)
Answer:
Rocks and minerals are all around us! They help us to develop new technologies and are used in our everyday lives. Our use of rocks and minerals includes as building material, cosmetics, cars, roads, and appliances. In order maintain a healthy lifestyle and strengthen the body, humans need to consume minerals daily. Rocks and minerals play a valuable role in natural systems such as providing habitat like the cliffs at Grand Canyon National Park where endangered condors nest, or provide soil nutrients in Redwood where the tallest trees in the world grow.
Rocks and minerals are important for learning about earth materials, structure, and systems. Studying these natural objects incorporates an understanding of earth science, chemistry, physics, and math. The learner can walk away with an understanding of crystal geometry, the ability to visualize 3-D objects, or knowing rates of crystallization.
1. Why do you think the continents don't fit together perfectly? What processes have occurred since?
2. How do you think the movement of the continents since the time of Pangea is related to a theory called "seafloor spreading'?
Answer:
They don't fit perfectly together, but they mostly fit together because they were at one point. Continental drift and erosion change the landscape.
Seafloor spreading causes the continents to drift around.
Explanation:
Pangaea, the single supercontinent that once contained all of Earth's landmasses, formed 335 million years ago. The continents eventually drifted apart as a result of the geological forces that initially brought them together.
What happens if two continents run into each other?The ocean that separates two continents gradually vanishes before they collide. Along the rift between the two plates, the seafloor is subducted into a trench. The two plates rub against one another as the seafloor is subducted.
The plates are constantly moving slowly toward, away from, or against one another. The continents move with the plates because they are embedded in them rather than "drifting" over the ocean floor. Continent shapes fit together like a puzzle. Just take a look at the similarities between the west coast of Africa and the east coast of South America. On various continents, identical rocks have been discovered. Before the continents split apart, these rocks were formed millions of years ago.
Learn more about continents here:
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