1. Organizing

2. Do Now! Complete the Punnett Square and analyze it!
Write your name on the piece of paper and read the directions to its entirety. Once you wrote your name and read this, turn your paper over. Do not tell your neighbor, I can here talking and that will end bad for your grade.
Complete the Punnett Square and analyze it!

3. Exploration
Pull out the sheet of paper that is titled Lion is Missing.
Look in the bag and analyze the pictures and feather
Follow the steps to figure out who took Lion by looking at the pictures and feather.

4. Who Did IT?

5. Domains There are three domains used in biology Archaea Bacteria
Eukarya

6. Archaea The Ancient one
Kingdom: Archaebacteria
Cell structure
Cell walls
Various cell wall make up, but no peptidoglycans
Several RNA polymerase
No membrane bound organelles
Cell Organization
Unicellular

7. Food Getting?
Autotroph
Heterotroph
Cell Type
Is it a Prokaryote or a Eukaryote?
Environment
Live in extreme environments
Reproduction
Binary fission

8. Examples of Archaea
Methanogens- anaerobic environments such as wetlands and guts of animals. Produce methane as a byproduct.
Halophiles-High salinity environments such as salt lakes
Thermophilic-High Temperatures such as hot springs

9. Domain Bacteria Cell structure Contain cell walls
Kingdom: Eubacteria
Cell structure
Contain cell walls
Cell wall composed of peptidoglycan
One RNA polymerase
No membrane bound organelles
Cell organization
Unicellular

10. Food Getting?
Autotroph
Heterotroph
Cell type
Is it a prokaryote or eukaryote?
Environment
Soil, Rock, Oceans, on other organisms
Reproduce
Binary fission

11. Examples of Bacteria Lactobacillus acidophilus found in yogurt.
Staphylococcus aureus found on our skin.
Escherichia coli found in our gut to aid in digestion.
Staphlyococcuspneumoniae which causes pneumonia.
Clostridium botulinum which can contaminate canned goods and cause botulism.

12. Domain Eukarya Broken down into 4 kingdoms Protista Fungi Plants
Animals

13. Kingdom: Protista Cell structure Cell wall composed of cellulose
Some have chloroplast
Many RNA polymerase
Membrane bound organelles
Cell organization
Most are multicellular
Some are Unicellular
Some are colonial

14. Food Getting?
Heterotrophs
Autotrophs
Cell type
Is it a Prokaryote or Eukaryote?
Environment
Freshwater, marine, dead organisms, and decay, ETC
Reproduce
Sexual
Asexual-binary fission

15. Examples of Protista Amoeba proteus Euglena gracilis
Paramecium aurelia

16. Kingdom: Fungi Cell Structures Cells walls composed of Chitin
No chloroplast
Many RNA polymerase
Membrane bound organelle
Cell Organization
Some are Multicellular
Some are unicellular

17. Food Getting?
Heterotroph
Cell type
Is it a prokaryote or eukaryote?
Environment
Slightly acidic
Moisture
Reproduce
Asexual-fragmentation, budding, or producing spores
Sexual-Plasmogamy, then Karyogamy

18. Examples of Fungi
Mushrooms
Yeast
Puff ball
Smuts
Mold
Mildew

19. Kingdom: Plants Cell structure Cell wall composed of cellulose
Chloroplast present
Many RNA polymerase
Membrane bound organelle
Cell Organization
Multicellular
Reproduce
Sexually
Asexually

20. Food Getting?
Autotrophs
Cell type
Is it a prokaryote or eukaryote?
Environment
Where there is light and nutrients

21. Examples of Plants
Mosses
Ferns
Flowering Plants
Liverworts

22. Kingdom: Animal Cell structure No cell wall No chloroplasts
Many RNA polymerase
Membrane bound organelle
Cell organization
Multicellular
Reproduce
Sexually and Asexually

23. Food Getting?
Heterotrophs
Cell type
Is it a prokaryote or eukaryote?
Environment
Environment suitable to the animal for survival such as shelter and food

24. Example of Animals
Sponge
Warm
Mammals
Reptiles
Fish

25. Putting It all together
Complete the dichotomous key based on what you learned about Domains and Kingdoms.