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9th Grade Science
Space Science
14. Earth Systems
14.1 Energy Distribution, Global patterns
How Earth Distributes Energy: Global Patterns Explained
Discover how uneven solar heating drives atmospheric circulation, ocean currents, and the global wind patterns that shape Earth's climate systems.
What You'll Learn
Uneven solar heating creates pressure gradients driving global atmospheric circulation.
Hadley, Ferrel, and Polar cells organize Earth's global heat transport system.
Thermohaline circulation redistributes thermal energy through global ocean currents.
Albedo, insolation, and the greenhouse effect govern Earth's overall heat budget.
What You'll Practice
1
Students analyze how uneven heating drives global wind and circulation patterns.
2
Questions test knowledge of Hadley, Ferrel, and Polar atmospheric circulation cells.
3
Learners identify how Coriolis effect and ocean density drive energy redistribution.
Why This Matters
Understanding Earth's energy distribution patterns is fundamental to explaining climate, weather systems, and the environmental changes that affect every region of the planet.
This Unit Includes
Practice exercises
Learning resources
Skills
Energy Distribution
Atmospheric Circulation
Coriolis Effect
Ocean Currents
Heat Budget
AL Curriculum Aligned