Contextualization

Planet Earth is a fascinating sphere of diversity and life, a mosaic of landscapes, climates, soils, and vegetation. However, often we wonder - how was all of this formed? How did Earth, our home, become what it is today?

This project aims to explore exactly this topic - 'The Formation of Planet Earth.' Let's delve into this intriguing theme, understanding the processes that shaped our planet, integrating them with its components - from climate patterns, types of soil, relief, and vegetation formations - and, on top of that, learn about how to collaborate and work in a team.

Our Earth is the only known planet to harbor life, and this is no mere coincidence. To understand the importance of the formation of our planet, we need to comprehend that every piece of land, every portion of water, and every breath of air are integral parts of a complex mechanism that makes life as we know it possible.

Most of us realize that our planet is special, but few of us know how it became this way. Therefore, this project is not just a journey into the past, but a quest to understand our present and envision our future. Understanding the formation of Earth helps us appreciate its uniqueness and, thus, the importance of protecting it.

Now, you will become miniature geologists, exploring the wonders of the formation of our Planet Earth. To embark on this incredible journey, we suggest some resources that can assist you. You can read the book 'History of the Earth: An Introduction to Historical Geology' by Dennis V. Kent and 'Earth: An Introduction to Physical Geology' by Edward J. Tarbuck. For online resources, look for the educational website 'Mundo Educação' and search for videos with Geology teachers on YouTube. Remember, research is an important part of this project and will be essential for its execution.

Practical Activity - 'Recreating the Earth'

Project Objective

Through the construction of a three-dimensional model of Earth, this project aims to encourage research, collaboration, and creativity. Students will explore different aspects of the planet's formation, including climate patterns, types of soil, relief, and vegetation formations.

Detailed Project Description

Groups will be responsible for building a three-dimensional model of Planet Earth based on their research on the project's topics. The model should be divided into layers representing the planet's interior and exterior, with special attention to the Earth's crust, where students must represent different types of soils, reliefs, vegetation formations, and climates. Each group will be responsible for presenting their model and explaining its creation in an oral presentation.

Required Materials

• Modeling clay in various colors
• Acrylic paints in various colors
• Brushes
• Styrofoam or wood board (base for the model)
• Barbecue sticks
• Cardboard
• Glue
• Scissors
• Kraft paper
• Colored pens

Detailed Step-by-Step

1. Start the research by dividing the topics among group members. Focus on understanding the theory behind the formation of Planet Earth and its components.
2. After the research, gather and share your findings.
3. Begin the discussion on how to represent the findings in the three-dimensional model. Sketch to visualize better.
4. Start building the model. Remember to represent both the internal and external parts of the planet.
5. After completing the model, prepare a presentation that explains the aspects presented.
6. Review the work to ensure the model and the presentation align with the research findings.

Project Deliverables

The final project delivery will be a group presentation, where students will present the three-dimensional model created and explain, based on their research, the concepts and processes of Earth's formation represented in the model.

The delivery also includes a group-written report on the project. This report should include:

1. Introduction: Description of the theme, its relevance and real-world application, and the project's objective.
2. Development: Detailed explanation of the theory of Earth's formation, description of the practical activity carried out, methodology used, and the results obtained.
3. Conclusion: Reflection on the main points of the project, the learnings, and conclusions about the formation of Planet Earth.
4. Bibliography: References of the materials consulted during the project execution.

Remember that the report should be written in a cohesive, clear manner with arguments based on the research conducted. Reflections on teamwork, difficulties, solutions found, and the project's contribution to understanding the theme should also be included in the report.