Mastering Environmental Science
A rigorous curriculum on the Earth as a coupled system — its biogeochemical cycles, ecosystems, climate, pollution pathways, and the sustainability and policy frontier. Built for working professionals who already had a weak intro environmental class and want a complete, mechanistic mental model: how the carbon cycle actually works, why climate models project what they do, where pollutants travel, and which interventions move planetary boundaries. Every course pairs scientific mechanism with a real-world implication so the learner can reason about environmental decisions, not just recite definitions.
6 pillars22 courses212 concepts~320h estimated
What you'll learn
Earth as a System
- Earth Systems Science(13 concepts)
- Atmospheric & Ocean Circulation(9 concepts)
- Planetary Boundaries Framework(9 concepts)
- Biogeochemical Cycles(13 concepts)
Ecology & Biodiversity
- Ecosystem Dynamics & Succession(9 concepts)
- Biodiversity & Conservation Biology(10 concepts)
- Restoration & Rewilding(8 concepts)
- Population & Community Ecology(10 concepts)
Climate Science
- Anthropogenic Climate Change(10 concepts)
- Climate Modeling, Feedbacks & Tipping Points(10 concepts)
- Atmospheric Science Fundamentals(12 concepts)
- Past Climates & Paleoclimate(9 concepts)
Pollution & Environmental Health
- Soil, Waste & Land Degradation(9 concepts)
- Air Pollution & Atmospheric Chemistry(9 concepts)
- Water Pollution & Aquatic Systems(8 concepts)
- Environmental Toxicology & Human Health(7 concepts)
Resources & Sustainability
- Food, Agriculture & Land Use(9 concepts)
- Water Resources & Hydrology(8 concepts)
- Energy Systems & Transitions(12 concepts)
Solutions, Policy & Action
- Conservation Practice & Environmental Justice(9 concepts)
- Climate Mitigation & Adaptation(10 concepts)
- Environmental Economics & Policy(9 concepts)
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