1 / 41

Earth's Climate Patterns: A Comprehensive Guide

Explore the Earth-Sun relationships, factors affecting climate, and world climate patterns in this informative guide. Learn about the greenhouse effect, factors influencing climate distribution, and the impact of latitude, elevation, winds, and ocean currents on weather patterns.

gsteven
Download Presentation

Earth's Climate Patterns: A Comprehensive Guide

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. World Geography and Cultures Ch. 3: Climates of the Earth Yorkville High School 2014

  2. Ch. 3 Section Break-Down • Section 1: Earth-Sun Relationships • Section 2: Factors Affecting Climate • Section 3: World Climate Patterns

  3. Think About It… • Where is it nighttime right now? • What time is it in California, Hawaii, Japan, Afghanistan?

  4. Essential Question: Explain how the Earth’s position (in space) in relation to the Sun affect life on Earth? 3.1 Earth-Sun Relationships

  5. Climate and Weather Weather v. Climate Weather = short term – Think: I should bring my umbrella, it might rain today. Climate = long term – Think consistently rainy in Seattle, I always need my umbrella. …cold snowy winters in Chicago

  6. Earth’s Tilt and Rotation • Axis – determines how much direct sunlight the Earth receives at a given point • Temperature • Fahrenheit v. Celsius • Rotation – 1 every 24 hours

  7. Earth’s Revolution • Revolution – One trip around the sun • 365 ¼ days • Seasons - reversed north and south of the Equator • Spring Equinox – March 21 • Summer Solstice – June 21 • Fall Equinox – September 23 • Winter Solstice – December 22 • The Poles • North – Midnight sun • Rotation – one 24 hour period (day)

  8. 24 hour sunlight in Alaska

  9. The Greenhouse Effect • Earth’s atmosphere traps the sun’s heat and energy and keeps it from escaping back into space. • w/o = too cold to live for most • 50% of Sun’s radiation • Global Warming • Rise in temps • Cause- burning of coal, oil, natural gas • Releases CO2 • Potential problems???

  10. Greenhouse effect with Global Warming

  11. 3.2 Factors Affecting Climate • Essential Question: What factors can affect how climates are distributed on Earth’s surface? • Think about… • Why are Chicago Winters usually so cold and snowy but summers extremely hot? • Antarctica…would you go there? He’s there…→

  12. Latitude, Elevation and Climate • Low Latitudes • Between 30°South and 30°North • Tropic of Capricorn, Equator, Tropic of Cancer are in this zone …sun all year = Warm to hot • High Latitudes • Between 60°North and 90°North and between 60°South and 90°South • Arctic/Antarctic circle- direct sunlight 180 days

  13. Latitudes, Elevation and Climate • Midlatitudes • Between 30° North and 60° North and 30° South and 60° South • Varying weather • Temperate Climate – dramatic seasonal changes

  14. Latitudes, Elevation and Climate • Elevation • Influence Temp regardless of latitude • Thinner air retains less heat SEE chart on page 55

  15. Winds and Ocean Currents • Wind Patterns • Happen because of Temp differences • Tropical winds towards poles and vice versa • Prevailing winds • Coriolis Effect • Trade winds • Westerlies • Polar Easterlies

  16. Winds and Ocean Currents • Horse Latitudes • At the Equator – little wind • Doldrums • Ocean Currents • Warm and cold streams of water • Causes – rotation, air pressure, water temps

  17. Distributing the Sun’s Heat

  18. Winds and Oceans Currents • Weather and the water cycle • How does the water cycle cool or change the weather (think back to chapter 2) • El Nino • Periodic change in ocean currents, water temps and weather in mid-pacific region • Appears infrequently • So what happens?

  19. Landforms and Climate • How do physical features affect climate? • Water • Coasts • Mountains • Windward • Leeward • Rain Shadow

  20. World Climate Patterns • Essential Question: How do Geographers classify Earth’s climate and vegetation?

  21. Climate Regions • Tropical • Dry • Midlatitudes • High latitude • Highland • Soils and Vegetation

  22. Climate Regions • Tropical Climates • Low Latitudes – Tropical Areas • Tropical wet • Hot and Wet throughout the year (80 Degrees) • Daily Rain (80 in) • Ex. Amazon River Basin • Tropical dry • Dry winters, wet summers (Hot) • Fewer trees (Not lush) • Ex. Parts of Africa, central and south America, Australia

  23. Amazon River Basin

  24. Savannah in Austraila

  25. Climate Regions • Dry Climates • Desert • Dry areas • Sparse plant life • Less than 10 in of rain • Scrub, cactus, plants…oasis? • Ex. Sahara • Steppe • Border deserts • Largely treeless grasslands • 10-20in rain per year • Ex. Eastern Europe and western and central Asia

  26. Sahara Desert

  27. Climate Regions • Midlatitude Climates • 4 regions • Marine West Coast • Mediterranean • Humid subtropical • Humid Continental

  28. Climate Regions - Midlatitude • Marine West Coast • Cool summers • Cool damp winters • Lots of rain • Coniferous - evergreens • Deciduous – broad leaves, change colors, lose leaves in winter • Ex. Pacific coast of North America

  29. Climate Regions - Midlat • Mediterranean • Mild rainy winters • Hot sunny summers • Woody bushes, short trees

  30. Climate Regions – Mid lat • Humid Subtropical • Short mild winters • Year round rain • High humidity • Prairies, inland grasslands, evergreens and deciduous trees • EX. Southeastern US

  31. Climate Regions – Mid Lat • Humid Continental • Inland location (Ocean…little impact) • North = long and severe snowy winters, shorter cooler summers • More evergreens • Ex. Much of the Very north, Northern Hemisphere.

  32. Climate Regions • High Latitude Climates • Freezing Temperatures • Lack of direct sunlight • Vegetation limited • Subarctic • North of arctic circle – bitter winters, short cool summers • Permafrost • Tundra – near the poles • Indirect sun, vegetation limited, snow and ice • Highland Climates • High elevation, mixed forests…

  33. Climate Changes • Ice ages – over 2 million years • HEI – • Fuels, acid rain, deforestation, smog, changes in water flows

  34. Up Next: • The Human World • World Population • Global Cultures • Political and Economic Systems • Resources, trade and the environment

More Related