1. Biology Homework Police Hand out Pamishan creatures Dichotomous Key

2. Finishing 1.3

3. Main characteristics of Kingdoms Autotrouph: an organism that obtains energy by making its own food, usually using sunlight What is an example of an autotrouph? Heterotroph: an organism that consumes other oganisms to obtain energy. What is an example of a heterotrough?

4. Domains & Kingdoms – the must know table 3 Domains

5. Domains & Kingdoms – the must know table BacteriaArchaeaEukarya 3 Domains

6. Domains & Kingdoms – the must know table BacteriaArchaeaEukarya 3 Domains 6 Kingdoms

7. Domains & Kingdoms – the must know table BacteriaArchaeaEukarya BacteriaArchaea 3 Domains 6 Kingdoms

8. Domains & Kingdoms – the must know table BacteriaArchaeaEukarya BacteriaArchaeaProtistaPlantaeFungiAnimalia 3 Domains 6 Kingdoms

9. Domains & Kingdoms – the must know table BacteriaArchaeaEukarya BacteriaArchaeaProtistaPlantaeFungiAnimalia 3 Domains 6 Kingdoms Cell Type

10. Domains & Kingdoms – the must know table BacteriaArchaeaEukarya BacteriaArchaeaProtistaPlantaeFungiAnimalia Prokaryote 3 Domains 6 Kingdoms Cell Type

11. Domains & Kingdoms – the must know table BacteriaArchaeaEukarya BacteriaArchaeaProtistaPlantaeFungiAnimalia Prokaryote Eukaryote 3 Domains 6 Kingdoms Cell Type

12. Domains & Kingdoms – the must know table BacteriaArchaeaEukarya BacteriaArchaeaProtistaPlantaeFungiAnimalia Prokaryote Eukaryote 3 Domains 6 Kingdoms Cell Type # of cells

13. Domains & Kingdoms – the must know table BacteriaArchaeaEukarya BacteriaArchaeaProtistaPlantaeFungiAnimalia Prokaryote Eukaryote Unicellular 3 Domains 6 Kingdoms Cell Type # of cells

14. Domains & Kingdoms – the must know table BacteriaArchaeaEukarya BacteriaArchaeaProtistaPlantaeFungiAnimalia Prokaryote Eukaryote Unicellular Unicellular & Multicellular 3 Domains 6 Kingdoms Cell Type # of cells

15. Domains & Kingdoms – the must know table BacteriaArchaeaEukarya BacteriaArchaeaProtistaPlantaeFungiAnimalia Prokaryote Eukaryote Unicellular Unicellular & Multicellular MulticellularMostly Multicellular Multicellular 3 Domains 6 Kingdoms Cell Type # of cells

16. Domains & Kingdoms – the must know table BacteriaArchaeaEukarya BacteriaArchaeaProtistaPlantaeFungiAnimalia Prokaryote Eukaryote Unicellular Unicellular & Multicellular MulticellularMostly Multicellular Multicellular 3 Domains 6 Kingdoms Cell Type # of cells Example

17. Domains & Kingdoms – the must know table BacteriaArchaeaEukarya BacteriaArchaeaProtistaPlantaeFungiAnimalia Prokaryote Eukaryote Unicellular Unicellular & Multicellular MulticellularMostly Multicellular Multicellular Maple TreeMushroomRabbit 3 Domains 6 Kingdoms Cell Type # of cells Example

18. Domains & Kingdoms – the must know table BacteriaArchaeaEukarya BacteriaArchaeaProtistaPlantaeFungiAnimalia Prokaryote Eukaryote Unicellular Unicellular & Multicellular MulticellularMostly Multicellular Multicellular StaphylococcusSulfolobus archaea AmoebaMaple TreeMushroomRabbit 3 Domains 6 Kingdoms Cell Type # of cells Example

19. Domains & Kingdoms – the must know table BacteriaArchaeaEukarya BacteriaArchaeaProtistaPlantaeFungiAnimalia Prokaryote Eukaryote Unicellular Unicellular & Multicellular MulticellularMostly Multicellular Multicellular StaphylococcusSulfolobus archaea AmoebaMaple TreeMushroomRabbit 3 Domains 6 Kingdoms Cell Type # of cells Example Nutrition

20. Domains & Kingdoms – the must know table BacteriaArchaeaEukarya BacteriaArchaeaProtistaPlantaeFungiAnimalia Prokaryote Eukaryote Unicellular Unicellular & Multicellular MulticellularMostly Multicellular Multicellular StaphylococcusSulfolobus archaea AmoebaMaple TreeMushroomRabbit 3 Domains 6 Kingdoms Cell Type # of cells Example Nutrition

21. Domains & Kingdoms – the must know table BacteriaArchaeaEukarya BacteriaArchaeaProtistaPlantaeFungiAnimalia Prokaryote Eukaryote Unicellular Unicellular & Multicellular MulticellularMostly Multicellular Multicellular StaphylococcusSulfolobus archaea AmoebaMaple TreeMushroomRabbit Autotroughs & Hetertroughs 3 Domains 6 Kingdoms Cell Type # of cells Example Nutrition

22. Domains & Kingdoms – the must know table BacteriaArchaeaEukarya BacteriaArchaeaProtistaPlantaeFungiAnimalia Prokaryote Eukaryote Unicellular Unicellular & Multicellular MulticellularMostly Multicellular Multicellular StaphylococcusSulfolobus archaea AmoebaMaple TreeMushroomRabbit Autotroughs & Hetertroughs AutotroughsHetertroughs 3 Domains 6 Kingdoms Cell Type # of cells Example Nutrition

23. Domains & Kingdoms – the must know table BacteriaArchaeaEukarya BacteriaArchaeaProtistaPlantaeFungiAnimalia Prokaryote Eukaryote Unicellular Unicellular & Multicellular MulticellularMostly Multicellular Multicellular StaphylococcusSulfolobus archaea AmoebaMaple TreeMushroomRabbit Autotroughs & Hetertroughs AutotroughsHetertroughs 3 Domains 6 Kingdoms Cell Type # of cells Example Nutrition Reproducing method

24. Domains & Kingdoms – the must know table BacteriaArchaeaEukarya BacteriaArchaeaProtistaPlantaeFungiAnimalia Prokaryote Eukaryote Unicellular Unicellular & Multicellular MulticellularMostly Multicellular Multicellular StaphylococcusSulfolobus archaea AmoebaMaple TreeMushroomRabbit Autotroughs & Hetertroughs AutotroughsHetertroughs Asexual Asexual & sexualSexual 3 Domains 6 Kingdoms Cell Type # of cells Example Nutrition Reproducing method

25. Clarifying Domains & Kingdoms DomainBacteriaArchaeaEukarya KingdombacteriaArchaeaProtistaPlantaeFungiAnimalia How are the three domains different from each other? Bacteria and Archaebacteria are both prokaryotic but archaebacteria are often considered extremophiles (they can live in extremely harsh environments)

26. Section 1.4: Classifying Types of Biodiversity

27. Species diversity: the variety and abundance of species in an area Ecosystem diversity: the variety of ecosystems in the biosphere Genetic diversity: variety of heritable characteristics (genes) in a population of interbreeding individuals Gene Pool: genetic diversity within a population Population: a group of individuals of the same species in a particular area and time

28. Genetic Diversity Does genetic diversity provide resistance to disease? Does genetic diversity support conservation biology?

29. Section 2.1: Classifying Types of Biodiversity

30. Activity 1.3 Sustainability and Diversity – Find a Balance? Complete Activity 1.3, page 33 – Procedure 1, 3.

31. Prokaryotes & Eukaryotes The study of cells is an important step in understanding the diversity of life Eubacteria and archaea are prokaryotes Protists, plants, fungi and animals are eukaryotes

32. Interactive cell models http://www.cellsalive.com/cells/3dcell.htm 1. Examine the eukaryotic (animal and plant cell) and prokaryotic cell (bacteria cell) 2. What are some of the differences between the two types of cells?

33. Viruses – 4 facts about them Viruses differ from both prokaryotic and eukaryotic cells Viruses must invade cells and become functionally dependent on the workings of the host cell (what type of cells could the host be?) Viruses are not capable of living independently outside cells Viruses are not cellular – they have no cytoplasm, membrane-bound organelles, or cell membranes Question: do scientists consider viruses to be cells?

34. Viruses Virus a structure containing DNA or RNA strands surrounded by a protective protein coat; can’t live independently of cells Consequences: Viruses can cause disease in plants and _________, which can affect ____________, species and ecosystems. Well known viruses: ? Did you see viruses in the classification of life? If not, is it an organism?

35. In-class/Homework Read page 57 Complete Activity 2.1: Comparing Prion Diseases