High School Earth Sciences Homeschool Curriculum
Most high school earth science is survey without depth. Ours develops genuine understanding of Earth systems: climate dynamics, geological processes, and the science behind environmental issues.
About high school learners
High schoolers can understand Earth as integrated systems with complex feedbacks. They're ready for quantitative analysis of climate data, sophisticated understanding of geological processes, and wrestling with the intersection of science and policy.
- Systems thinking capability
- Can handle complexity and uncertainty
- Motivated by relevance to their future
- Ready to engage with policy implications
Learning objectives
- Analyze Earth systems quantitatively
- Interpret climate models and projections
- Understand geological time and processes deeply
- Evaluate environmental policy with scientific literacy
- Prepare for environmental science careers
Before and after high school earth sciences
Before starting:
- Basic science foundation
- Math through algebra
- Interest in environmental topics
- Willingness to engage with complexity
Previous grade in this subject: 6th grade earth sciences
Sample high school earth sciences assignment
Student interest: climate science
Analyze real climate data for your region. Identify trends, project future conditions, evaluate local impacts and adaptation options. Present findings like a climate scientist.
What good work shows: Student understands climate science with genuine depth. Can evaluate climate claims critically. Develops real analytical and communication skills.
Sample projects and deliverables
Climate Data Analysis
Good fit for: climate data
Analyze real climate data to understand past changes and evaluate future projections. Work with the same data climate scientists use.
Skills used: Climate data, Statistical analysis, Model evaluation, Uncertainty
Deliverable: Climate analysis report + visualizations + presentation of findings
Environmental Impact Assessment
Good fit for: environmental planning
Conduct a professional-style environmental assessment for a local project or proposed development. Real science meeting real decisions.
Skills used: Impact assessment, Environmental monitoring, Policy interface, Stakeholder communication
Deliverable: Environmental assessment report + public presentation + recommendations
Geological Field Study
Good fit for: geology fieldwork
Conduct systematic fieldwork documenting geological features in your region. Create professional-quality maps and interpretations.
Skills used: Field methods, Geological mapping, Interpretation, Documentation
Deliverable: Geological report + maps + photographs + interpretive guide
Same skills, different topics
Advanced Earth systems analysis.
- Climate Modeling: Climate science → climate models → model evaluation → running simplified climate models and analyzing IPCC projections
- Plate Tectonics: Geological forces → plate boundaries → earthquake prediction → analyzing seismic data to assess regional earthquake risk
- Ocean Systems: Oceanography → ocean circulation → thermohaline circulation → modeling how ocean circulation changes affect climate
- Resource Geology: Economic geology → resource formation → critical minerals → analyzing supply chains for renewable energy minerals
Where high school students get stuck
- Handling scientific uncertainty appropriately
- Separating science from politics
- Working with large datasets
- Communicating technical findings accessibly
Teaching Approach for High School
Quantitative analysis of Earth systems. Use real data from climate models, geological surveys, and environmental monitoring. Address science-policy interface honestly. Prepare students for careers in environmental fields.