Analyze real environmental data, model ecosystem interactions, and evaluate sustainability solutions through evidence-based investigations.
Investigate NowStudy the atmosphere, hydrosphere, lithosphere, and biosphere — their interactions, cycles, and the energy flows that drive natural processes.
Examine species diversity, ecosystem services, habitat loss, endangered species management, and conservation biology principles with real-world data.
Analyze pollution sources, climate change evidence, resource depletion, renewable energy, waste management, and environmental policy frameworks.
Analyze real CO2, temperature, and sea level data sets to identify trends and make projections.
Calculate Shannon and Simpson diversity indices for sample ecosystems and compare biomes.
Test virtual water samples for dissolved oxygen, pH, nitrates, turbidity, and biological indicators.
Compare energy sources by efficiency, cost, emissions, and land use with interactive models.
Working with actual climate data instead of hypothetical numbers made the urgency of environmental issues real.Ms. Larson, APES Teacher
The biodiversity simulations showed me exactly why conservation biology matters.Noah P., Grade 11