Unit 9 Review - Fossils - NICHOLAS GLAESER | Library

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In 1970, fossil remains of a Tyrannosaurus rex were found in Big Bend National Park. The Tyrannosaurus rex fossil included part of an upper jaw and some very sharp teeth. Which conclusion is best supported by the discovery of these fossils?

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Marine geologists collect samples of fossils such as those pictured below.

Based on the information in the pictures, what conclusion can be made about marine fossils and their environments?

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Students compare the fossils shown in Layer A with those in Layer C.

What conclusion can be made by comparing the fossils in these two layers?

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Which of the following would be the best to use when gathering information to identify fossils?

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What is a fossil?

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Which type of rock generally contains fossils?

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What can a fossil reveal about its environment when it was alive?

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What kind of organism might leave behind a trace fossil?

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What do fossils help us understand?

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Which of these could potentially become a fossil?

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How can we determine the environment in which an organism lived by studying its fossil?

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What do we call the study of fossils?

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Fossils can provide information about what the environment was like when the organism was alive.

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Using models, we can predict the exact age of any fossil found.

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Fossils found in different layers of soil indicate they existed in different periods of time.

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Look at this fossil:

What type of organism did this fossil come from?

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This fossil shows the footprints of an animal that lived long ago. Based on the footprint pattern and size, what type of animal do you think made these prints?

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The fossil below contains the imprint of a fern leaf. What can you infer about the environment this plant lived in based on this fossil evidence?

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What are two ways that fossils can form over time.

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Paleontologists often use model reconstructions to understand what extinct organisms may have looked like. Look at this model of a prehistoric marine reptile. What features tell you this animal was adapted to live in the ocean?

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Fossils provide evidence of organisms that lived on Earth millions of years ago.

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Fossils are primarily found in sedimentary rock layers. Why is this the case?

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The fossil below shows a preserved cluster of shells. What can you infer about the ancient environment where these organisms lived?

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What are two ways scientists use fossils as evidence to learn about past environments on Earth?

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Unit 9 Review - Fossils

Unit 9 Review - Fossils

In 1970, fossil remains of a Tyrannosaurus rex were found in Big Bend National Park. The Tyrannosaurus rex fossil included part of an upper jaw and some very sharp teeth. Which conclusion is best supported by the discovery of these fossils?

Marine geologists collect samples of fossils such as those pictured below.Based on the information in the pictures, what conclusion can be made about marine fossils and their environments?

Students compare the fossils shown in Layer A with those in Layer C.What conclusion can be made by comparing the fossils in these two layers?

Which of the following would be the best to use when gathering information to identify fossils?

What is a fossil?

Which type of rock generally contains fossils?

What can a fossil reveal about its environment when it was alive?

What kind of organism might leave behind a trace fossil?

What do fossils help us understand?

Which of these could potentially become a fossil?

How can we determine the environment in which an organism lived by studying its fossil?

What do we call the study of fossils?

Fossils can provide information about what the environment was like when the organism was alive.

Using models, we can predict the exact age of any fossil found.

Fossils found in different layers of soil indicate they existed in different periods of time.

Look at this fossil:What type of organism did this fossil come from?

This fossil shows the footprints of an animal that lived long ago. Based on the footprint pattern and size, what type of animal do you think made these prints?

The fossil below contains the imprint of a fern leaf. What can you infer about the environment this plant lived in based on this fossil evidence?

What are two ways that fossils can form over time.

Paleontologists often use model reconstructions to understand what extinct organisms may have looked like. Look at this model of a prehistoric marine reptile. What features tell you this animal was adapted to live in the ocean?

Fossils provide evidence of organisms that lived on Earth millions of years ago.

Fossils are primarily found in sedimentary rock layers. Why is this the case?

The fossil below shows a preserved cluster of shells. What can you infer about the ancient environment where these organisms lived?

What are two ways scientists use fossils as evidence to learn about past environments on Earth?

Look at this ammonite fossil cast and model. What modern-day organism is most closely related to this extinct species?

In 1970, fossil remains of a Tyrannosaurus rex were found in Big Bend National Park. The Tyrannosaurus rex fossil included part of an upper jaw and some very sharp teeth. Which conclusion is best supported by the discovery of these fossils?

Marine geologists collect samples of fossils such as those pictured below.Based on the information in the pictures, what conclusion can be made about marine fossils and their environments?

Students compare the fossils shown in Layer A with those in Layer C.What conclusion can be made by comparing the fossils in these two layers?

Which of the following would be the best to use when gathering information to identify fossils?

What is a fossil?

Which type of rock generally contains fossils?

What can a fossil reveal about its environment when it was alive?

What kind of organism might leave behind a trace fossil?

What do fossils help us understand?

Which of these could potentially become a fossil?

How can we determine the environment in which an organism lived by studying its fossil?

What do we call the study of fossils?

Fossils can provide information about what the environment was like when the organism was alive.

Using models, we can predict the exact age of any fossil found.

Fossils found in different layers of soil indicate they existed in different periods of time.

Look at this fossil:What type of organism did this fossil come from?

This fossil shows the footprints of an animal that lived long ago. Based on the footprint pattern and size, what type of animal do you think made these prints?

The fossil below contains the imprint of a fern leaf. What can you infer about the environment this plant lived in based on this fossil evidence?

What are two ways that fossils can form over time.

Paleontologists often use model reconstructions to understand what extinct organisms may have looked like. Look at this model of a prehistoric marine reptile. What features tell you this animal was adapted to live in the ocean?

Fossils provide evidence of organisms that lived on Earth millions of years ago.

Fossils are primarily found in sedimentary rock layers. Why is this the case?

The fossil below shows a preserved cluster of shells. What can you infer about the ancient environment where these organisms lived?

What are two ways scientists use fossils as evidence to learn about past environments on Earth?

Look at this ammonite fossil cast and model. What modern-day organism is most closely related to this extinct species?

Marine geologists collect samples of fossils such as those pictured below.

Based on the information in the pictures, what conclusion can be made about marine fossils and their environments?

Students compare the fossils shown in Layer A with those in Layer C.

What conclusion can be made by comparing the fossils in these two layers?

Look at this fossil:

What type of organism did this fossil come from?

Marine geologists collect samples of fossils such as those pictured below.

Based on the information in the pictures, what conclusion can be made about marine fossils and their environments?

Students compare the fossils shown in Layer A with those in Layer C.

What conclusion can be made by comparing the fossils in these two layers?

Look at this fossil:

What type of organism did this fossil come from?