1. Bell Ringer: 02/15/2017
Objective: Diagram and explain the carbon cycle.
Question:
Identify the producers.
Identify the missing organism.
Identify the tertiary consumers.

2. The One Question Quiz Everything put away.
You have 5 minutes to answer the question on a separate sheet of paper. When finished raise your hand and I will come to you.

3. Define Biological Magnification and provide an example.

4. Carbon Cycle Notes Key Questions: What is carbon?
Why do we need carbon?
How do living things get carbon?
Besides food, how else do people use carbon?
If every living thing needs carbon, why isn’t it all used up?

5. 4th most abundant element on Earth.
Essential for all life
Found in various forms:
Carbon dioxide
Limestone
Wood
Plastic
Diamonds
Graphite
Fossil Fuels
Carbon
4th most abundant element on Earth.

6. Carbon Cycle
Movement of carbon between the atmosphere, oceans, biosphere, and geosphere.
The SAME carbon atoms are used repeatedly on earth. The carbon cycle NEVER ENDS!!!!

7. How does Carbon move? Plants: Move carbon through Photosynthesis
Animals: Move carbon through Cellular Respiration
Burning of Fossil Fuels

8. Photosynthesis
Autotrophs take in carbon dioxide, water, and sunlight to produce sugars and oxygen.
Controls the amount of C02 in the atmosphere
Chemical Formula:
6CO2 + 6H20 + light energy → C6H12O6 + 6O2

9. Turn & talk: Why does atmospheric carbon dioxide increase as a result of deforestation?

10. Cellular Respiration
Carbon dioxide is released back into the atmosphere by breaking down sugar during cellular respiration.
Chemical Formula:
C6H12O6 + 6O2 → 6CO2 +6H2O + energy

11. When plants and animals die...
Their bodies are DECOMPOSED and carbon atoms are returned to the atmosphere.
Some are not fully decomposed and end up in deposits underground (oil, coal, etc.)

12. Carbon in the Ocean Additional carbon is stored in the ocean
Many animals pull carbon from water to use in shells.
Animals die & carbon substances are deposited at the bottom of the ocean.
Oceans contain the earth’s largest store of carbon.

13. Release of Carbon Dioxide
Co2 is also released into the atmosphere by:
Decaying dead matter
Forest fires
Volcanoes
Burning of fossil fuels (coal, oil, gas)
Release of Carbon Dioxide

14. Turn & Talk: How has the industrial revolution impacted the carbon cycle?

15. 1. Survival rates increase

16. 2. More pollutants in the air.

17. Human Impact
The greatest human impact on the carbon cycle is the burning of fossil fuels.
The vast amount of fossil fuels burnt contribute to the greenhouse effect and results in climate change (global warming)

18. Greenhouse effect
Process by which Co2 & other gases in the atmosphere absorb infrared radiation from the sun forming a “heat blanket” around the earth.

19. Climate Change
Global Warming: an average increase in the Earth’s temperature, which in turn causes changes in climate.
This may lead to…
Change in rainfall patterns
A rise in sea level
A wide range of impacts on plants, wildlife, and humans
It is believed that humans caused climate change.

20. Can You Answer Them Now? Key Questions: What is carbon?
Why do we need carbon?
How do living things get carbon?
Besides food, how else do people use carbon?
If every living thing needs carbon, why isn’t it all used up?

21. Ted Talk: The Carbon Cycle

22. Copy this down onto a lined sheet of paper.
Station
What happens?
Where to Next?

23. Where are the stations at?
Station 1: Animal Station
Station 2: Fallen Log Station
Station 3: Wood Product Station
Station 4: Firewood Station
Station 5: Tree Station
Station 6: Atmosphere (Air) Station

24. Drawing the Carbon Cycle: Use the handout to create a detailed and neat illustration of the carbon cycle.
Didn’t get to

26. Nitrogen Cycle

27. Nitrogen
Is one of the primary nutrients critical for the survival of all living organisms.
Makes up 78-80% of our atmosphere.
It is a component of:
Chlorophyll
Amino Acids
ATP
DNA

28. Consists of four processes:
Nitrogen Fixation
Decay
Nitrification
Denitrification

29. Atmospheric nitrogen (N2) makes up nearly 78%-80% of air.
Organisms can not use it in that form.
Lightning and bacteria convert nitrogen into usable forms.

30. Atmospheric Nitrogen is broken into useable nitrogen (NH3 or NH4+)

31. Nitrification- Nitrogen goes into the ground.

32. Nitrogen Fixation: Nitrogen is changed into a useable form by lightning or bacteria.

33. Denitrification
Removes nitrogen from ecosystems, and converts it back to atmospheric N2.

34. Nitrogen forms that can enter into the atmosphere
Smog - nitric oxide (NO)
Greenhouse gas - nitrous oxide (N2))
Acid Rain (nitrogen oxides)
Nitrogen forms that can enter into the atmosphere