If you are looking for the answer of how can you go to antarctica, you’ve got the right page. We have approximately 10 FAQ regarding how can you go to antarctica. Read it below.
how can you prove why Antarctica has plant fossils?
Ask: how can you prove why Antarctica has plant fossils?
Answer:
Because
The lack of dinosaur fossils found in Antarctica has nothing to do with how many fossils might actually be there. The vast majority of Antarctica is covered year-round by a very thick layer of ice. … Instead, paleontologists focus their efforts on areas where the land is exposed and fossils can be more easily uncovered.
how is coal formation possible in antarctica
Ask: how is coal formation possible in antarctica
Answer:
because millions of years ago the antarctica and the other continents where once a part of a large super continent pangea and before the continental drift the antarctica once have a climate suitable for plants to grow and when the antarctica moved to where it is today the plants all died thus forming the coal bed
Explanation: That’s Just my own opinion
how is coal formation possible in Antarctica?
Ask: how is coal formation possible in Antarctica?
Answer:
COAL: There are coal deposits found along the coast of Antarctica. … These deposits were formed between 35 million and 55 million years ago when Antarctica was covered by ancient swamps. Coal forms in swamps as plants die and are buried before they can be completely decomposed.
Explanation:
Hope it helps:-)
What are the fossils that can be found in continent
Ask: What are the fossils that can be found in continent of Antarctica?
Answer:
Among the fossils found were the following: a hypsilophodontid, iguanodontid, plateosaurid, mosasaurs, a pterosaur, various sauropods, and a Lystrosaurus.
how is coal formation possible in antarctica?
Ask: how is coal formation possible in antarctica?
Answer:
Antarctica is the southern-most continent on the Earth and the continent
that we know the least about geologically. Two factors make it difficult to
study the geology and mineral resources of Antarctica. One, the cold
temperatures and strong winds, along with the 24 hour period of darkness
during the Antarctic winter, make it a very difficult place to work and
collect geological data. Two, less than 3% of Antarctica is ice-free, which
makes the study of geology of Antarctica very difficult.
GEOLOGY AND PLATE TECTONICS
What we know about the geology of Antarctica comes from studying the small
percentage of the rocks that are exposed either at the coast or the tops of
mountain ranges which extend above the ice. Our understanding of the
geology of the Antarctic region is based on the theory of plate tectonics.
Plate tectonics is the theory that the earth’s crust is made up of a series
of pieces. Each piece is called a plate. These plates float on top of the
semi-fluid mantle like rafts. The mantle is believed to have convection
cells within it which move these plates around. Because of the theory of
plate tectonics, most geologists believe that up until about 180 million
years ago, South America, Africa, India, Australia, and New Zealand were all
joined together in one very large mass called Gondwana. One piece of
evidence that supports the idea of this large land mass is that all of these
continents fit together like a jigsaw puzzle. It has also been found that
when these continents are placed together they share matching fossils, rock
types, and land features. The best explanation for this similarity is that
the rocks, fossils and land features formed when the continents were joined
together.
When Gondwana started to break up, the land masses gradually moved into the
positions that we see them today. This idea that all the land masses were
formed together allows us to make some assumptions about the geology of
Antarctica even though very little of the crust of Antarctica is exposed.
How to make a Antarctica question
Ask: How to make a Antarctica question
Question: What is the coldest continent in the whole world?
COAL DEPOSITS a. If coal is produced from the remains
Ask: COAL DEPOSITS
a. If coal is produced from the remains of plants that lived in a tropical climate and Antarctica is situated on the south pole where a little amount of sunlight is received, why are there coal deposits in Antarctica? b. What possible explanation can you suggest about the presence of coal deposits in Antarctica? c. Is there a possibility that Antarctica was originally situated in the tropical region? Why? d. Can the presence of coal deposits in Antarctica prove that plates are moving? Why?
Answer:
a.The continent of Antarctica makes up most of the Antarctic region. … of Antarctica, while the interior has little if any vegetation.
b.Coal forms in swamps as plants die and are buried before they can be completely decomposed
c.Geological drilling under Antarctica suggests the polar region has seen global … the south pole was a tropical paradise, it transpires
d.From evaluating several sources, I have concluded that the evidence presented by fossils proves the theory of continental drift. Due to the movement of the
Explanation:
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what information can be derived about antarctica
Ask: what information can be derived about antarctica
Answer:
*animal or plant dies and get buried quickly.
*remains get pressed under more and more sediment.
*weathering and erosion of rock layer expose fossil for discovery.
Explanation:
fossil are formed in a number of different ways,but most are formed when a plant or animal dies in a watery.
How is coal formation possible in antarctica?
Ask: How is coal formation possible in antarctica?
Answer:
These deposits were formed between 35 million and 55 million years ago when Antarctica was covered by ancient swamps.
Answer:
COAL: There are coal deposits found along the coast of Antarctica. These deposits were formed between 35 million and 55 million years ago when Antarctica was covered by ancient swamps. Coal forms in swamps as plants die and are buried before they can be completely decomposed.
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how is coal formation possible in antarctica
Ask: how is coal formation possible in antarctica
Answer:
These deposits were formed between 35 million and 55 million years ago when Antarctica was covered by ancient swamps. Coal forms in swamps as plants die and are buried before they can be completely decomposed.
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