1. Wake-up What organelle is the location of aerobic respiration?
Explain how aerobic respiration is different from anaerobic respiration?

2. Carbon Cycle
Christopherson

3. Photosynthesis Summative Equation (Words)
Sunlight Energy
Carbon
dioxide +
Water
Glucose
Oxygen +
Reactants
What is needed
Products
What is produced

4. Cell Respiration Summative Equation (Words)
Carbon
dioxide
Glucose +
Oxygen +
Water +
ATP
Reactants
Need?
Products
Produced?

5. How are Photosynthesis and Cellular Respiration Dependent on Each Other?
The products in photosynthesis are the reactants in cellular respiration

6. Place where carbon is stored in the environment.
What is a Carbon Sink?
Place where carbon is stored in the environment.

7. Carbon Sinks/Pools
Atmosphere

8. Carbon Sinks/Pools
Plants

9. Carbon Sinks/Pools
Soil

10. Carbon Sinks/Pools
Oceans

11. Carbon Sinks/Pools
Fossil Fuels

12. Carbon Sinks/Pools
Marine Sediment

13. Amount in Billions of Metric Tons Marine Sediments/Rocks
Carbon Pools/Sinks
Pool
Amount in Billions of Metric Tons
Atmosphere
578 (as of 1700)-766 (as of 1999)
Terrestrial Plants
540 to 610
Soil Organic Matter
1500 to 1600
Ocean
38,000 to 40,000
Fossil Fuel Deposits
4000
Marine Sediments/Rocks
66,000,000 to 100,000,000

14. Three cycles within the carbon cycle
a. Producers and Consumers
CO2
Plants absorb sunlight energy and carbon dioxide
C6H12O6
Glucose is made in photosynthesis

15. Three cycles within the carbon cycle
CO2
CO2
CO2
CO2
Cell Respiration
Photosynthesis
Cell Respiration
Cell
Respiration
Consumers eat the stored carbon in other consumers
Plants produce carbon dioxide in cell respiration
Consumers eat the stored carbon in producers

16. Three cycles within the carbon cycle
CO2
CO2
CO2
CO2
Decomposers
CO2
Cell Respiration
CO2
Organisms pass away, they are made up of stored carbon
Cell Respiration
C6H12O6
Decomposers break down the stored carbon

17. Three cycles within the carbon cycle
Fossil Fuels
CO2
Carbon-rich fuels
Plant and animal remains can be buried; over a long period of time with pressure, and heat, the organic matter is transformed into fossil fuels
The carbon-rich fuels can be broken down and released by combustion
C6H12O6

18. Carbon Cycle Video – 2:33 Stop