Educational worksheet illustrating fossil and mountain chain evidence for continental drift, designed to help students reconstruct Pangaea.

Problem Overview:

The task involves using the provided map and legend to recreate the supercontinent Pangea by matching fossil and mountain chain evidence. The goal is to label continents, color-code fossils and mountains, cut out the continents, and glue them together based on geological evidence.

Solution Explanation:

#### Step 1: Label Each Continent with Its Name
The map already includes some continent names (e.g., Greenland, India). You need to identify and label the remaining continents. Based on their shapes and positions, the continents are:

- North America
- South America
- Africa
- Europe
- Antarctica
- Australia
- Asia

Label each continent accordingly on the map.

#### Step 2: Color the Fossils or Mountains in the Legend and Color the Symbols on Each Continent
The legend provides symbols for different types of fossils and mountain chains. Use distinct colors for each symbol and apply those colors to the corresponding areas on the continents. Here’s a suggested color-coding:

- European Flora: Green
- Cynognathus Reptile: Blue
- Lystrosaurus Reptile: Yellow
- Glossopteris Plant: Orange
- Mesosaurus Reptile: Purple
- Alpine Mountains: Gray

Color the symbols on the map according to the legend.

#### Step 3: Cut Out the Continents and Match Up the Fossil and Mountain Evidence
Cut out each continent along its outlined edges. Then, use the fossil and mountain chain evidence to match the continents together. The idea is to align the continents so that the same types of fossils and mountain ranges line up seamlessly, as they would have been connected when Pangea existed.

Here’s how the evidence can guide you:

- Fossils:
- Cynognathus Reptile: Found in South America, Africa, and Antarctica.
- Lystrosaurus Reptile: Found in South America, Africa, and India.
- Glossopteris Plant: Found in South America, Africa, Antarctica, and Australia.
- Mesosaurus Reptile: Found in South America and Africa.
- European Flora: Found in Europe and North America.

- Mountain Chains:
- Alpine Mountains: Found in Europe and Asia. These should align with similar mountain ranges in other continents.

#### Step 4: Glue the Continents into Place on Construction Paper
Once you have matched the continents based on the fossil and mountain evidence, glue them onto construction paper to create a complete reconstruction of Pangea.

Final Reconstruction of Pangea:

Based on the evidence:

1. South America and Africa should be aligned because they share fossils like Mesosaurus Reptile, Lystrosaurus Reptile, and Glossopteris Plant.
2. India should be positioned near Africa due to the presence of Lystrosaurus Reptile.
3. Antarctica should be aligned with South America and Africa because of the Glossopteris Plant.
4. Australia should be placed near Antarctica due to the Glossopteris Plant.
5. North America and Europe should be aligned because of the European Flora.
6. Asia should be positioned near Europe and Africa due to the Alpine Mountains.

Final Answer:

After completing all steps, the continents should be glued together to form Pangea. The final reconstruction will show how the continents fit together based on the fossil and mountain chain evidence.

$$
\boxed{\text{Reconstructed Pangea}}
$$

This activity helps visualize the concept of continental drift and the historical connections between landmasses.