Explore public exercises tagged Earth science.
16 public resources
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Learn to read and interpret weather maps and pressure systems through topics such as map symbols, fronts, isotherms, and forecasting techniques. This series guides students through analyzing atmospheric features to understand local and global weather patterns.
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Explore the distribution of Earth's freshwater, groundwater systems, watersheds, and ecosystems. Learn about the water cycle, human impacts on water quality, aquifer mechanics, and conservation strategies.
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Explore how fossils form, how rock layers record history, and how scientists use relative dating principles to order geological events. Learn about different fossil types, index fossils, unconformities, and the geologic time scale.
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Learn how soil forms through weathering and examine the distinct layers of a soil profile. Explore soil composition, the causes of erosion, and effective conservation techniques for healthy land.
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Explore the structure of Earth's atmosphere, the natural and enhanced greenhouse effect, atmospheric energy balance, and human impacts on global climate. Students will review air composition, greenhouse gases, the carbon cycle, and solutions for climate change mitigation.
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This learning path covers renewable and nonrenewable energy resources for Grade 6. Students explore solar, wind, hydroelectric, biomass, geothermal, fossil fuels, nuclear power, and concepts in energy conservation and future technologies.
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Explore the dynamic movement of ocean water through surface currents, deep density circulation, and gravitational tides. Discover diverse ocean floor features, bathymetry tools, and how marine systems shape global climate and life.
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Explore how latitude, ocean currents, atmospheric winds, topography, and human activities shape global climate patterns and distinct climate zones. This learning path covers key factors that influence regional weather and Earth's climate system.
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Explore how air masses, fronts, pressure systems, and global winds interact to shape weather patterns. This set of exercises covers atmospheric conditions, cloud formation, severe weather, and reading weather maps for forecasting.
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Explore the key processes of the water cycle, including evaporation, condensation, precipitation, and groundwater movement. Learn how solar energy, atmospheric conditions, ecosystems, and human activities influence water across the globe.
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Explore the fundamental concepts of volcanoes and magma, including volcanic landforms, eruption styles, and plate tectonics. Learn about different volcano types, magma properties, hazards, and the global distribution of volcanic activity.
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Explore the fundamentals of earthquakes, tectonic plates, and seismic wave behavior. Learn about fault lines, earthquake measurement, related hazards, safety preparedness, and how ground motion is analyzed.
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Explore the processes of weathering, erosion, and deposition. This path covers natural forces shaping landforms, soil formation, and human impacts on soil conservation.
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Explore the continuous processes that form, change, and reform different types of rocks in the rock cycle. Learn about igneous, sedimentary, and metamorphic rocks, along with the geological pathways and energy sources that drive their transformations.
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Explore the fundamentals of plate tectonics and continental drift. Learn about Pangaea, seafloor spreading, tectonic boundaries, and how movement beneath Earth's surface shapes our planet.
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This learning path explores the structure, composition, and physical properties of Earth's internal layers. Students will examine the crust, mantle, core, heat transfer, seismic evidence, and how Earth compares to other planets.
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