In "The Resource Race" module of Twig Science, 7th graders investigate how modern technological advancement depends on Earth's raw materials and explore the delicate balance between human consumption and planetary limits.

Core Focus & Key Concepts

• Geological Origin of Resources: Students explore how ancient geological processes shaped the uneven global distribution of vital natural resources—such as rare earth metals, minerals, fresh water, and fossil fuels.

• Human Impact & Technology: The curriculum highlights the direct link between human population growth, technological innovation, and the rising demand for both natural and synthetic materials.

• Renewable vs. Non-Renewable Energy: Students examine how energy resources are harvested, processed, and consumed, comparing the long-term sustainability of non-renewable fossil fuels against renewable alternatives.

Hands-On & Digital Learning

• Digital Mapping Interactives: Using digital tools like the Earth's Resources Map, students analyze interactive geospatial data to trace resource locations, mining sites, and global trade flows.

• Physical Lab Experiments: Hands-on lab kits allow students to simulate resource extraction processes, model how minerals form within Earth's crust, and test the physical properties of natural versus synthetic materials.

• Resource Management Simulations: Physical and digital modeling tasks challenge students to manage limited supplies under shifting population and consumption demands.

Critical Thinking & Problem Solving

• Evaluating Environmental Trade-offs: Students weigh the ecological costs of resource extraction (such as habitat disruption and pollution) against the societal benefits of modern technology.

• Data-Driven Argumentation: Using real-world datasets, students construct evidence-based scientific arguments explaining how human activity alters Earth's systems.

• Engineering Design Challenges: Acting as engineering problem solvers, students evaluate potential solutions aimed at reducing resource consumption, improving recycling efficiency, or developing alternative materials.