Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s...

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Climate and Climate Change Chapter 9

Transcript of Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s...

Page 1: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Climate and Climate Change

Chapter 9

Page 2: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Warm UpO 1. Where does most of the energy in

Earth’s atmosphere come from?O A. Earth’s interiorO B. lightningO C. the sunO D. Thunder

Page 3: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Warm UpO 2. What causes convection currents

in the air?O A. precipitationO B. evaporationO C. uneven heating of Earth’s surfaceO D. uniform heating of Earth’s land and

water

Page 4: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Warm UpO 3. Most of the heat in Earth’s

atmosphere and oceans is distributed byO A. radiationO B. evaporationO C. conductionO D. convection

Page 5: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Warm UpO 4. Which of the following has the

greatest effect on weather patterns?O A. the water cycleO B. the nitrogen cycleO C. the carbon cycleO D. the oxygen cycle

Page 6: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Warm UpO 1. Where does most of the energy in

Earth’s atmosphere come from?O A. Earth’s interiorO B. lightningO C. the sunO D. Thunder

Page 7: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Warm UpO 1. Where does most of the energy in

Earth’s atmosphere come from?O A. Earth’s interiorO B. lightning

OC. the sunO D. Thunder

Page 8: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Warm UpO 2. What causes convection currents

in the air?O A. precipitationO B. evaporationO C. uneven heating of Earth’s surfaceO D. uniform heating of Earth’s land and

water

Page 9: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Warm UpO 2. What causes convection currents

in the air?O A. precipitationO B. evaporation

OC. uneven heating of Earth’s surface

O D. uniform heating of Earth’s land and water

Page 10: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Warm UpO 3. Most of the heat in Earth’s

atmosphere and oceans is distributed byO A. radiationO B. evaporationO C. conductionO D. convection

Page 11: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Warm UpO 3. Most of the heat in Earth’s

atmosphere and oceans is distributed byO A. radiationO B. evaporationO C. conduction

OD. convection

Page 12: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Warm UpO 4. Which of the following has the

greatest effect on weather patterns?O A. the water cycleO B. the nitrogen cycleO C. the carbon cycleO D. the oxygen cycle

Page 13: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Warm UpO 4. Which of the following has the

greatest effect on weather patterns?

OA. the water cycleO B. the nitrogen cycleO C. the carbon cycleO D. the oxygen cycle

Page 14: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Big IdeaO What do you already know?

O Think about how the weather changes with the seasons where you live. Is there a dry season and a rainy season? Are certain months usually hotter than others? Write a paragraph describing how the weather changes over the course of a year where you live and in one other location with very different seasonal changes. Explain why you think these seasonal changes occur.

Page 15: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Big Idea

OWhat are the major factors that influence a region’s climate?

Page 16: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Big IdeaO What’s the difference between

weather and climate?O Is the climate of Alaska similar to or

different from the climate of Hawaii?O How would you describe the climate

of each of these states?O How many different types of climates

do you think exist on Earth?

Page 17: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

High-Use Academic Words

Word Definition Example Sentence

Page 18: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

High-Use Academic Words

Word Definition Example Sentence

Major(MAY jur)

Page 19: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

High-Use Academic Words

Word Definition Example Sentence

Major(MAY jur)

Adj. Great in size, amount, number, or importance

Page 20: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

High-Use Academic Words

Word Definition Example Sentence

Major(MAY jur)

Adj. Great in size, amount, number, or importance

Hurricanes often cause major damage in Florida.

Page 21: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

High-Use Academic Words

Word Definition Example Sentence

Major(MAY jur)

Adj. Great in size, amount, number, or importance

Hurricanes often cause major damage in Florida.

Positive(PAHZ uh tiv)

Page 22: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

High-Use Academic Words

Word Definition Example Sentence

Major(MAY jur)

Adj. Great in size, amount, number, or importance

Hurricanes often cause major damage in Florida.

Positive(PAHZ uh tiv)

Adj. Having a good or useful effect; hopeful

Page 23: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

High-Use Academic Words

Word Definition Example Sentence

Major(MAY jur)

Adj. Great in size, amount, number, or importance

Hurricanes often cause major damage in Florida.

Positive(PAHZ uh tiv)

Adj. Having a good or useful effect; hopeful

She received positive comments on her science project

Page 24: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

High-Use Academic Words

Word Definition Example Sentence

Major(MAY jur)

Adj. Great in size, amount, number, or importance

Hurricanes often cause major damage in Florida.

Positive(PAHZ uh tiv)

Adj. Having a good or useful effect; hopeful

She received positive comments on her science project

Range(raynj)

Page 25: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

High-Use Academic Words

Word Definition Example Sentence

Major(MAY jur)

Adj. Great in size, amount, number, or importance

Hurricanes often cause major damage in Florida.

Positive(PAHZ uh tiv)

Adj. Having a good or useful effect; hopeful

She received positive comments on her science project

Range(raynj)

v. To extend or reach in a given direction

Page 26: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

High-Use Academic Words

Word Definition Example Sentence

Major(MAY jur)

Adj. Great in size, amount, number, or importance

Hurricanes often cause major damage in Florida.

Positive(PAHZ uh tiv)

Adj. Having a good or useful effect; hopeful

She received positive comments on her science project

Range(raynj)

v. To extend or reach in a given direction

The temperature in our nation’s capital can range from about -3 to 32 degrees Celsius.

Page 27: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

High-Use Academic Words

Word Definition Example Sentence

Major(MAY jur)

Adj. Great in size, amount, number, or importance

Hurricanes often cause major damage in Florida.

Positive(PAHZ uh tiv)

Adj. Having a good or useful effect; hopeful

She received positive comments on her science project

Range(raynj)

v. To extend or reach in a given direction

The temperature in our nation’s capital can range from about -3 to 32 degrees Celsius.

Region(REE jun)

Page 28: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

High-Use Academic Words

Word Definition Example Sentence

Major(MAY jur)

Adj. Great in size, amount, number, or importance

Hurricanes often cause major damage in Florida.

Positive(PAHZ uh tiv)

Adj. Having a good or useful effect; hopeful

She received positive comments on her science project

Range(raynj)

v. To extend or reach in a given direction

The temperature in our nation’s capital can range from about -3 to 32 degrees Celsius.

Region(REE jun)

n. Part of the surface of Earth; an area

Page 29: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

High-Use Academic WordsWord Definition Example

Sentence

Major(MAY jur)

Adj. Great in size, amount, number, or importance

Hurricanes often cause major damage in Florida.

Positive(PAHZ uh tiv)

Adj. Having a good or useful effect; hopeful

She received positive comments on her science project

Range(raynj)

v. To extend or reach in a given direction

The temperature in our nation’s capital can range from about -3 to 32 degrees Celsius.

Region(REE jun)

n. Part of the surface of Earth; an area

The southern region of the United States has the warmest weather.

Page 30: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

What Causes Climate

Chapter 9, Section 1

Page 31: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

StandardsS.6.4.a Students know the sun is the major source of energy for

phenomena on Earth’s surface; it powers winds, ocean currents,

and the water cycle.

S.6.4.e Students know differences in pressure, heat, air movement, and humidity result in changes in

weather.

Page 32: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Key QuestionsWhat kinds of questions can you ask based on looking at this picture?

Page 33: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Key QuestionsWhat kinds of questions can you ask based on looking at this picture?

Page 34: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Key QuestionsWhat kinds of questions can you ask based on looking at this picture?

Page 35: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Key Questions

OSWBAT describe what factors influence temperature.

OSWBAT explain which factors influence precipitation.

OSWBAT describe what causes the seasons.

Page 36: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

climateThe long-term, average conditions of temperature, precipitation, winds, and clouds in an area.

Page 37: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

microclimateA small area with climate conditions that differ from those around it

Page 38: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Tropical zoneArea near the equator, between about 23.5° north latitude and 23.5° south latitude

Page 39: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Polar zoneExtend from about 66.5° to 90° north and 66.5° to 90° south latitudes

Page 40: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Temperate zoneLocated between the tropical zones and the polar zones.

Page 41: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Marine climateClimates with relatively mild winters and cool summers.

Page 42: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Marine climateClimates with relatively mild winters and cool summers.

Page 43: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Continental climateHave more extreme temperatures than marine climates. Winters are cold, while summers are warm or hot.

Page 44: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Ocean currentsStreams of water within the oceans that move in regular patterns.

Page 45: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

WindwardThe side the wind hits first

Page 46: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

LeewardThe side where the wind travels down a mountain. There is little precipitation, and is usually the dry side of the mountain.

Page 47: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

MonsoonsSea and land breezes over a large region that change direction with the seasons.

Page 48: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Factors Affecting TemperatureLatitude

Page 49: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Factors Affecting TemperatureLatitude, altitude

Page 50: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Factors Affecting TemperatureLatitude, altitude, distance from a large body of water

Page 51: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Factors Affecting TemperatureLatitude, altitude, distance from a large body of water,

ocean currents

Page 52: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Factors Affecting PrecipitationPrevailing winds

Page 53: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Factors Affecting PrecipitationPrevailing winds, mountain ranges

Page 54: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Factors Affecting PrecipitationPrevailing winds, mountain ranges, seasonal winds

Page 55: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

What causes the seasons?

Page 56: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

What causes the seasons?The tilt of the Earth. The part that is closer to the sun is summer time, and the part farther away is winter.

Page 57: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Key QuestionsO What factors influence temperature?

Page 58: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Key QuestionsO What factors influence temperature?

O The main factors that influence temperature are latitude, altitude, distance from large bodies of water, and ocean currents.

Page 59: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Key QuestionsO What factors influence temperature?

O The main factors that influence temperature are latitude, altitude, distance from large bodies of water, and ocean currents.

O What factors influence precipitation?

Page 60: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Key QuestionsO What factors influence temperature?

O The main factors that influence temperature are latitude, altitude, distance from large bodies of water, and ocean currents.

O What factors influence precipitation?O The main factors that affect precipitation

are prevailing winds, the presence of mountains, and seasonal winds.

Page 61: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Key QuestionsO What factors influence temperature?

O The main factors that influence temperature are latitude, altitude, distance from large bodies of water, and ocean currents.

O What factors influence precipitation?O The main factors that affect precipitation

are prevailing winds, the presence of mountains, and seasonal winds.

O What causes the seasons?

Page 62: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Key QuestionsO What factors influence temperature?

O The main factors that influence temperature are latitude, altitude, distance from large bodies of water, and ocean currents.

O What factors influence precipitation?O The main factors that affect precipitation

are prevailing winds, the presence of mountains, and seasonal winds.

O What causes the seasons?O The seasons are caused by the tild of

Earth’s axis as Earth travels around the sun.

Page 63: Climate and Climate Change Chapter 9. Warm Up O 1. Where does most of the energy in Earth’s atmosphere come from? O A. Earth’s interior O B. lightning.

Homework

OWorkbook Chapter 9 Section 1, pg 174 - 178