1. Climate vs Weather

2. How are Climate and Weather different?
Weather Variables:
temperature
humidity
clouds/ cloud cover
wind
daylight hours
barometric pressure
geography
altitude
precipitation
Climate variables:
Latitude/ Longitude
geography
ocean proximity
average rainfall
average temperature
coriolis effect
air/ ocean flow patterns
Air mass formation

3. Definitions:
weather: the state of the atmosphere at a specific place and time with respect to temperature, moisture, sun, wind, etc
Climate: the weather conditions over a long period of time in a general area, region, latitude/longitude.

5. Air mass formation

6. World air masses

7. Now compare climate to air masses
Look at your world map with climate color coding and explain how the climate locations are related to the air mass map on the back of your map.
What variables might overlap between weather and climate? Make a list of 3 ideas and include evidence to support your claim.

8. Proximity to the ocean

9. Orographic effect

10. Seasonal temperature differences:
-Daylight hours
-Angle of sun’s rays and amount of relative heat

11. Convection currents
Coriolis Effect

12. Let’s look at ways that convection currents work on a bigger scale
Based on what you have observed -
warm air/ water becomes less dense and ____________
cold air/ water becomes more dense and ____________
this combination creates a circulation called convection cells in both air and water.

13. On the Globe in the Troposphere
These are called Hadley Cells -
Draw them in your journal, notice they circulate different directions depending on latitude.

14. Is it only air that have global convection currents?
Hadley cells refer to air mass circulation, but what about in the ocean?

15. World Map: Coriolis effect
Label the latitudes on your world map
now add arrows between the equator and tropic lines that deflect due to rotation of Earth on it’s axis.

16. Let’s put that in motion
1st cause of currents?
2nd cause for deflection?
any other factors?

17. Climate Variables- cause and effect:
Air and water Convection currents -
Air pressure/ air mass changes -
Temperature changes-
Temperature differences, (rotation of Earth on axis)
Location it formed (temperature); volume (mass)
Latitude, geography, origin, density, pressure, volume

18. The link to all weather/ climate on Earth?
—The unequal heating of the earth’s surface creates differences:
-Angle of the sun’s rays leads to seasonal changes in ___
-Amount of solar energy absorbed/ reflected = ________
-Ocean temperatures change due to _________
Add more of your own…….

19. End of unit exit ticket:
Temperature, Barometric pressure, humidity, cloud types are data that can be gathered daily, but can be used to predict weather. Choose two and explain how they can be used to predict weather later in the day or even the next day.
What causes pressure changes?
What is the relationship between temperature and pressure with respect to these parts of the water cycle: evaporation, condensation, precipitation?
Make a T chart for ozone and greenhouse for the following: gases related to each; cause of gas production; long term effects of these gases in the atmosphere