WEATHER vs. CLIMATE
MILANKOVITCH CYCLES
EL NIÑO & LA NIÑA
ATMOSPHERE & OZONE
GREENHOUSE GASES & CLIMATE CHANGE
100

The short-term conditions of the atmosphere at a specific time and place.

Weather

100

This Milankovitch cycle describes Earth's orbit changing from more circular to more elliptical.

eccentricity

100

During this event, warmer Pacific Ocean water moves eastward toward the Americas

El Niño

100

This atmospheric layer contains the ozone layer.

stratosphere

100

Name the two gases specifically identified in the study guide as affecting the greenhouse effect.

Carbon dioxide and methane

200

The long-term pattern of weather in a region.

Climate

200

This cycle describes Earth's axis changing its tilt.

obliquity

200

During this event, trade winds become stronger.

La Niña

200

This layer absorbs harmful ultraviolet radiation from the Sun.

ozone layer

200

Burning fossil fuels adds this greenhouse gas to the atmosphere.

carbon dioxide

300

A tornado occurring over a few minutes is an example of this.

Weather

300

This cycle describes Earth's axis wobbling like a spinning top.

precession

300

Upwelling increases due to strogner winds, and fishing near the west coast of South America becomes better 

La Nina

300

Increased exposure to UV radiation can increase the risk of this disease.

skin cancer

300

This activity reduces Earth's ability to absorb CO₂ because fewer trees are available to take in carbon dioxide.

deforestation

400

Scientists must study weather patterns over a long period of time to identify this.

Climate

400

This Milankovitch cycle can make seasons more or less extreme.

obliquity

400

During this event, upwelling decreases and fishing near the west coast of South America becomes worse.

El Niño

400

These chemicals are primarily responsible for depletion of the ozone layer.

CFCs (chlorofluorocarbons)

400

Name four activities that increase greenhouse gases according to the study guide.

Fossil fuel combustion, deforestation, agriculture, and landfills.

500

Explain why one tornado cannot prove that Earth's climate is changing.

A tornado is a short-term weather event. Climate change is determined by studying long-term patterns and trends.

500

This cycle can cause the seasons to switch because Earth's axis slowly changes its orientation.

precession

500

A scientist observes weaker trade winds, warm water moving toward the Americas, decreased upwelling, and worse fishing near South America. Identify the event.

El Niño

500

Put these atmospheric layers in order from lowest (close to earth) to highest (furthest from earth):

Exosphere, Troposphere, Thermosphere, Stratosphere, Mesosphere.

Troposphere → Stratosphere → Mesosphere → Thermosphere → Exosphere

500

As the amount of CO₂ in the atmosphere increases, what generally happens to Earth's temperature, and why?

Earth's temperature generally increases because CO₂ is a greenhouse gas that traps heat in Earth's atmosphere.