<p>Module 3: Earth’s Climate System</p><p>Module Big Idea: A number of natural factors (i.e. topography, atmospheric makeup, sun) constitute the Earth’s Climate System. Different regions experience different climates based on these factors. Lesson Sequence Accompanying Teacher Curriculum Resources Expectations 1 How the Earth’s Climate System works on a Global Climate Web D3.1, D2.1 Global Scale. Investigation The biosphere is made up of the atmosphere, hydrosphere and Making Fog Demo lithosphere. Configuration of land masses (topography) and proximity to water bodies affects a region’s climate. Regional precipitation patterns are influenced by topography and proximity to water bodies. 2 1) Climate vs. Weather Weather vs. Climate Sort D2.8, A1.8 There are key differences between weather and climate. Venn Diagram Sort Climate patterns or trends can be used to predict regional weather Taking the City’s patterns. Temperature 2) Investigate Toronto Climate Compare climate data from various regions throughout Canada (i.e. Vancouver, Calgary, Toronto) 3 Heat Transfer in the hydrosphere and Conduction and D3.2, D2.5 atmosphere Convection Gizmo with Heat is transferred between student worksheet substances through conduction, convection and radiation. Radiation, Conduction, Heat transfer between the Convection hydrosphere and atmosphere Compare/Contrast contributes to regional and global climate patterns. Air and water currents occur as a result of heat transfer between the hydrosphere and the atmosphere. 4 Water affects climate patterns Albedo and the D2.6, D2.7, A1.5 Water bodies (including oceans and Importance of Ice Lab lakes) moderate regional and global climate. Melting Ice Burgs Demo The presence of ice increases the overall albedo of the Earth’s surface Salt Water vs. Fresh thus affecting global climate. Water Demo Global warming leads to melting surface ice and ground-based ice, Ocean Currents Lab which have different impacts on ocean levels and global climate patterns. Salt water and fresh water have different compositions. Their interactions lead to ocean currents (including the jet stream) and have an impact on regional and global climate.</p><p>.</p>
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