What Do The Glossopteris Fossils Tell Us

What Do The Glossopteris Fossils Tell Us

In what continent/s do Glossopteris fossils were found? What do the Glossopteris fossils tell us about the early positions of the continents?​

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1. In what continent/s do Glossopteris fossils were found? What do the Glossopteris fossils tell us about the early positions of the continents?​


Answer:

In Antarctica and i think it tells that the position of the continents is one that called "Pangaea".


2. do the glossopteris fossils tell us


Answer & Explanation :

DO THE GLOSSOPTERIS FOSSILS TELL US?

- Yes. Because they indicate biological identity of these plants that were critical for recognizing former connections between the various fragments of Gondwana: South America, Africa, India, Australia, New Zealand, and Antarctica.

I hope it helps:)

#CarryOnLearning


3. what do the glossopteris fossils tell us about the early


The discovery of Gloossopteris fossils proves that the continents were once connected.

4. What do the glossopteris fossils tell us about the early position of the continents


it helps to tell that continents are once connected a million years agoIt tells us that all of the continents are a single land mass....

5. What do the Glossopteris fossils tell us about the early positions of the continents?


The discovery of glossopteris fossils tell us that there was once a supercontinent named Pangaea before it broke into different continents that we have today such as Asia, Europe, Russia, Africa , North America, South America and Antarctica.



6. What do the glossopteris fossils tell us about the early position of the continent


Glossopteris were found in Africa, South America , India , Australia and Antarctica. This fossil served as an evidence that the continents were one connected to each other

7. what do the glossopteris fossils tell us about the early positions of the continents


Since it is impossible for Glossopteris fossils found in different regions or continents to be blown by the wind or carried by ocean waves, the only possibility is that these regions were once connected.for me since the glossopteris fossils were found in the near continents around asia and were found in different countries near each other and also since they cannot be washed away or something that will carry them somewhere except people so my answer is yes they were once connected and were seperated through the movements of tectonic plates. hope this helps:)

8. what do the glossopteris fossils tell us about the early positions of the continent?


it tells us that those continents were once connected due to the only possible answer.,the large seeds of these plant could not possibly travel a long journey by the wind or survive a rough ride through ocean waves.


9. what do the glossopteris fossils tell us about the early position of the continents ?


Glossopteris fossils were distributed in different continents. It is impossible to travel through ocean or air. Also, the fossil can only be found in sub tropical climates. By these evidences it supports that the continents were once a big land mass.

10. what to do glossopteris fossils tell us about the early positions of the continents


it tells us that all of the contenents are a single land mass .all continents are connected.

11. What do the Glossopteris fossils tells us, about the early positions of the continents?


They were once joined

12. what do the glossopteries fossil tell us about the early position of the continents


The Glossopteris fossil tells us that the continents were once connected together since it is impossible that the fossil was carried by ocean waves.

--Mizu

13. what do the glossopteris fossils tell


Answer:

That the old continent is in one and called Pangaea


14. What to do glossopteris fossils tell us about the early postions of the continents?


The continents were once connected because it is found in all the continents...

15. What do the glossopteris fossils tell us about the early positions of the continents?


that the continent is compact to each other


16. what do the Glossopteris fossils tell us about the early position of the continent's?


well the glossopteris tells us about the early position of the continents that they were once connected...

early position on the Glossopteris fossils of the continent


17. What do the glossopteris fossils tell us abuote the earlypositions of the continent​


Answer:

earlypositionssisbansi


18. What do the glossopteris fossils tell us about the early positions of the continent?


the glossopteris fossils tell us about the early positions of the continents.... that the continents before are just neighbors or connected to each other :-)the glossopteris fossils tell us about that the continents where you can find those fossils where once connected to each other.

19. what do the glossopteris fossil tell us about the early of position of the continents


It tells us that the continents before were once connected to each other.


20. what do glossopteris fossil tell us about the early position of the continent


Fossilized leaves of an extinct plant GLOSSOPTERIS were found in 250 million years old rocks. These fossils were located in the continent of southern africa, australia, india, and antarctica, which are now separated from each other by wide ocean...

the early position of the earth continent were was once one large landmass. This landmass are called Landmass Pangaea a greek word which means "all earth"

21. what do the glossopteris fossils tell us about the early positions of the continents?


Since it is impossible for Glossopteris fossils found in different
regions or continents to be blown by the wind or carried by ocean waves,
the only possibility is that these regions were once connected.


^_^

22. what do the glossopteris fossils tell us about the positions of the continents?


Since it is impossible for Glossopteris fossils found in different regions or continents to be blown by the wind or carried by the ocean waves, the only possibility is that these regions were once connected.Since it is impossible for Glossopteris fossils found in different regions or continents to be blown by the wind or carried by the ocean waves, the only possibility is that these regions were once connected. :)

23. what do the Glossopteris fossils tell us about the early positions of the continents?


continents were once connected into a super continents -the Pangaea.  

24. What do the glossopteris fossils tell us about the early position of the continents?


The glossopteris fossils tells us that the continents today was not in position back in the time. It tells us also that the continents were once joined together. 

Hope makatulong,If it is impossible for glossopteris fossils found in different regions or continents to be blown by the wind or carried by the oceon waves, the only possibility is that the regions were once connected.

25. what do the glossopteris fossils tell us about the early positions of the continents?


Answer:

Please refer to the explanation part below for the answer.

Explanation:

Glossopteris Fossils

Glossopteris was the most common genus that came from the extinct family of seed-bearing, flowerless plants called Glossopteridales. The name of the genus means "tongue fern". It is said to be a "tongue fern" due to its shape and the general appearance of its leaves.

A lot of species of Glossopteris have already been identified from its leaf fossils but the true abundance of its species remains uncertain. This is because no other parts of the plants like twigs and branches are found except for its root fossils.

Places where Glossopteris Fossils were Found:AustraliaAntarcticaIndiaSouth AfricaSouth America

Based on the listed places above, there is one thing we can conclude that the early positions of the continents.

We all know that Australia,Antarctica, India, South Africa, and South America are not near to each other but there are evidence that Glossopteris fossils are present within their lands. Therefore, we can say that during the early days (way way back), the continents were once been part of a big land mass.

It is possible that during those years, the Glossopteris were abundant in that big land mass and then due to continental phenomenon, the continents were separated from each other. Even though they are separated, the remnants of the Glossopteris would remain under the soil of the separated land. And these remnants, being the fossils were found around the world.

More information about genus here: https://brainly.ph/question/1818466

Read more about extinction here: https://brainly.ph/question/384980

#BetterWithBrainly


26. what do the glossopteris fossils tell us about the early position of the continents?


The continents were once connected

27. What do the glossopteris fossils tell us about the early position of the contenents?


since it is impossible for glossopteris fossils found in different regions or continents to be blown by the wind or carried by ocean waves, the only possibility is that these regions were once connected.


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28. what do the glossopteris fossils tell us about the early positions of the continents?


The Glossopteris arose in the Southern Hemisphere around the beginning of the Permian Period (298.9 million years ago). Their distribution across several, now detached, landmasses led Eduard Suess, amongst others, to propose that the southern continents were once amalgamated into a single supercontinent—Pangaea.   The glossopteris fossils tell us that the early positions of the continents were once combined or amalgamated into a super continent---the Pangaea. The Glossopteris turn out in the Southern Hemisphere around 298.9 million years ago, the beginning of the Permian Period.



29. What do the Glossopteris fossils tell us about the early positions of the continents?


Since it is impossible for Glossopteris fossils found in different regions or continents to be blown by the wind or carried by ocean waves, the only possibility is that these regions were once connected

30. What do glossopteris fossils tell us about the early position of continents?


(FOSSILS) It is the proof or evidence of Alfred Wegener's Theory

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