Resource Management in Minecraft
Lesson Overview
Title: Modeling Climate Change: From Banandium Refineries to Global Impacts
Subject: Science (Earth and Space Sciences)
Age Group(s): 14–18
Tags: Climate Change, Earth Systems, Human Impact, Atmospheric Science, Modeling, Environmental Science, Gamification
Description:
This lesson uses a gameplay clip from a vibrant, industrial game world to introduce the concept of atmospheric change due to human activity. Students will analyze the game's environment as a simplified visual model of industrial emissions, then connect this concept to real-world geoscience data to understand the causes of climate change and forecast its future impacts.
Lesson Plan
📋 Find the full lesson plan on the companion GameClass lesson — link at the bottom of this page!
Lesson Content
I. Key Teaching Points
- Point 1: Large-scale human activities, such as industrial processes shown in the game, release substances into the atmosphere that change its composition.
- Point 2: An altered atmospheric composition, particularly with an increase in greenhouse gases, can change the planet's energy balance by trapping more heat, leading to climate change.
- Point 3: Scientists use real-world data and complex computer models to track atmospheric changes and forecast future impacts on global systems like temperature, sea levels, and the biosphere.
II. Practical Examples
For Teaching Point 1:
The gameplay takes place in the "Banandium Refinery," an explicitly industrial setting. The most striking visual is the landscape filled with smokestacks continuously releasing plumes of colorful smoke (0:07–0:11). This serves as a clear and powerful visual model for how industrial activities pump vast quantities of substances directly into the atmosphere, leading to visible environmental change — represented by the thick, pinkish haze.
For Teaching Point 2:
The panoramic view from the top of the tower (0:05–0:08) shows a world where the atmosphere is thick and hazy. This visual can be used as an analogy for the greenhouse effect. The instructor can explain that while the game's smoke is visible, real greenhouse gases like CO₂ are invisible but act like a blanket, trapping heat in the atmosphere. The game's altered world represents a system where the energy balance has been thrown off, resulting in a different environmental state.
For Teaching Point 3:
The game's polluted landscape can be presented as a hypothetical, negative outcome. The instructor can pose the question: "What real evidence do we have that our atmosphere is changing?" This creates a natural transition for students to analyze authentic geoscience data — such as graphs showing rising CO₂ concentrations since the Industrial Revolution and corresponding global temperature anomalies. By comparing the trends in the data to the fictional game world, students can make an evidence-based forecast about potential real-world impacts if these trends continue.
End of Lesson