Climate Lesson

29
Climate Lesson What factors contribute to a region’s climate? - Click “Slide Show “View Show” to view point. -Record all notes a all tasks in your n - If a page doesn’t directions box like get the notes.

description

Directions: - Click “Slide Show” then “View Show” to view the power point. Record all notes and complete all tasks in your notebook. If a page doesn’t have a directions box like this, just get the notes. Climate Lesson. What factors contribute to a region’s climate?. Weather vs Climate?. - PowerPoint PPT Presentation

Transcript of Climate Lesson

Page 1: Climate Lesson

Climate Lesson

What factors contribute to a region’s climate?

Directions:

- Click “Slide Show” then “View Show” to view the power point.

-Record all notes and complete all tasks in your notebook.

- If a page doesn’t have a directions box like this, just get the notes.

Page 2: Climate Lesson

Weather vs Climate?

• Weather: Atmospheric conditions (temperature, rainfall, etc…) at a specific point in time

• Climate: Atmospheric conditions (temperature, rainfall, etc…) of a region over a long period of time

Page 3: Climate Lesson

Houston

• Weather - Climate

Page 4: Climate Lesson

Notes Template• Use this template to create your own notes from the Power point.

Factors that affect

climate

Zones of

Latitude

Page 5: Climate Lesson

Zones of Latitude

- A region’s latitude (distance from the equator) can impact its climate.

- Sketch the diagram below.

Polar

Polar

Temperate

Tropical Tropical

Temperate

Page 6: Climate Lesson

Zones of Latitude

• Tropical Zones: Warm weather year round. Area between the Tropic of Cancer (23 ½ º N) and the

Tropic of Capricorn (23 ½ º S).

• Temperate Zones: Warm summers and cold winters (four seasons). Areas between Tropic of Cancer (23 ½ º N) and Arctic Circle (66 ½ º N) and Tropic of Capricorn (23 ½ º S) and the Antarctic Circle (66 ½ º S).

• Polar Zones: Cold year round. Areas north of the Arctic Circle and south of the Antarctic Circle.

Page 7: Climate Lesson

1. High Latitude = ______________ zone, _____ ° N _____ ° S, where is it?

2. Middle Latitude = _______________ zone, _____ ° N _____ ° S, where is it?

3. Low Latitude = _________________ zone, _____ ° N _____ ° S, where is it?

Page 8: Climate Lesson

30°N

30°S30°S

30°N

60°S

60°N

60°S

60°N

TROPICAL

TEMPERATE

TEMPERATE

POLAR

POLAR

Page 9: Climate Lesson

1. Which cities will have a temperate climate?

2. Which cities are warm year-round? What is this zone of latitude called?

3. Which cities are in the polar zone?

Page 10: Climate Lesson

Notes Template• Use this template to create your own notes from the Power point.

Factors that affect

climate

Topography

Zones of

Latitude

Rain Shadows

Page 11: Climate Lesson

Topography - Elevation• Elevation is the height above sea level

• The higher the elevation of a region the cooler the temperature becomes.

Warmer Temperatures

Cooler Temperatures

Page 12: Climate Lesson

Topography – Rain Shadows• Mountains can create orographic rainfall.• The windward side of the mountain is rainy while the

leeward side is very dry.• Rain Shadows are desert regions created on the

leeward side of the mountain

Windward

Which side is the leeward side, the right or the left?

Which side is the windward side, the right or the left?

Page 13: Climate Lesson

1. Which gets more more rain point A or point B.

2. What causes the difference in rainfall amounts between point A and point B?

Hint: Rain comes from here

Page 14: Climate Lesson

1. Which gets more more rain point A or point B.

2. What causes the difference in rainfall amounts between point A and point B?

Hint: Rain comes from here

Page 15: Climate Lesson

If you said Point A gets more rain because the Himalayas act as a

rain shadow you are correct.

Desert – arid region with very little rainfall

Humid Subtropical – warm temperatures, lots of rainfall

Page 16: Climate Lesson

Notes Template• Use this template to create your own notes from the Power point.

Factors that affect

climate

Topography

Zones of

LatitudeWind

Currents

Elevation

Rain Shadows

Page 17: Climate Lesson

Wind Currents• Wind currents help distribute the sun’s heat from one

part of the world to another.• Warmer air has lower pressure than cooler air. The

cooler air rushes into the low pressure areas causing wind.

• Warm air currents make areas warmer than normal. Cold air currents make areas cooler than normal

High Pressure Air

Low Pressure Air

Wind blows from areas of High Pressure to Low Pressure

Page 18: Climate Lesson
Page 19: Climate Lesson

Jet stream – wind currents on land that impact weather and climate.

1. How does the jet stream affect the climate of the NE?

Page 20: Climate Lesson

Notes Template• Use this template to create your own notes from the Power point.

Factors that affect

climate

Topography

Zones of

LatitudeWind

Currents

Ocean Current

s

Elevation

Rain Shadows

Warm Currents

Cold Currents

Page 21: Climate Lesson

Ocean Currents• Ocean current move in large circular systems• Ocean currents affect temperature and precipitation of

an area.• Warm ocean currents make surrounding areas warmer

and rainy.• Cool ocean currents make surrounding areas cooler and

drier

Warm Ocean Current

Cool Ocean Current

Cooler and Drier

Warmer and Rainy

Page 22: Climate Lesson

Ocean Currents

Page 23: Climate Lesson

Notes Template• Use this template to create your own notes from the Power point.

Factors that affect

climate

Topography

Zones of

LatitudeWind

Currents

Ocean Current

s

Elevation

Rain Shadows

Climate Changes

Warm Currents

Cold Currents

Global Warmin

g

El Niño

Page 24: Climate Lesson

Global Warming• Global Warming is the build up of carbon dioxide

(greenhouse gases) in the atmosphere trapping heat and causing increase temperature and shifting weather patterns.

• Global Warming is being caused by both the human release of greenhouse gases from the burning of fossil fuels (oil, coal) and a natural warming cycle the Earth is going through

• As the global temperature begins to rise many changes will occur to climates around the world

• Complete the global warming simulation on the class webpage. – What are the effects of global warming?

Page 25: Climate Lesson

El Niño

• The natural warming of waters off the west coast of South America about every 2 – 7 years due to a reversal of wind direction.

• El Nino causes floods and mudslides in the Americas.

• El Nino causes droughts in Australia and Asia.

Page 26: Climate Lesson

Climographs

• Climographs are a combination of a line graph, measuring average temperature, and a bar graph, measuring average rainfall, for each month.

Rainfall

Temperature

Page 27: Climate Lesson

Notes Template• Use this template to create your own notes from the Power point.

Factors that affect

climate

Topography

Zones of

LatitudeWind

Currents

Ocean Current

s

Elevation

Rain Shadows

Climate Changes

Warm Currents

Cold Currents

Global Warmin

g

El Niño

Page 28: Climate Lesson

Major Climate Regions• Tropical Wet: Always hot and rain falls almost daily (Amazon

Rainforest)• Desert: Receives less than 10 inches of rain per year

(Phoenix, AZ)• Semiarid: Receives between 10 and 16 inches of rain per

year (West Texas)• Mediterranean: Dry and hot summers, cool and rainy winters

(Los Angeles, CA) • Humid Subtropical: Hot and humid summers, mild to cool

winters (Houston, Tx)• Marine West Coast: Located close to warm ocean currents.

Moderate temperatures and constant rainfall (Seattle, WA).• Humid Continental: Hot summers and Cold winters.

Located in the interior, far away from oceans. Have four distinct seasons (St. Louis, MO).

• Tundra: Always cold. Flat, treeless lands around the Arctic Ocean. Very little rain. Land has permafrost. (Greenland)

Page 29: Climate Lesson

Map Questions

• Use the map of the world’s climates and the slide following to answer the questions below.

1. What is the climate of Houston?

2. Which types of climate are present in the tropical zone of latitude?

•http://www.mcwdn.org/MAPS&GLOBES/Climate.html