1. What is this and what does it show?

2. Objectives Know what a clade is and the evidence that makes an organism part of a clade. Interpret cladograms. Outcomes 3: Outline key principles and evidence for cladistics. 5: Successfully complete all aspects of the lab to explore cladistics. 7: Evaluate the issues with grouping organisms and how new discoveries can shift our view point in biology. Key terms: cladistics, clade, DNA, molecular, analogous, homologous

4. Outcomes 3: Outline key principles and evidence for cladistics. 5: Successfully complete all aspects of the lab to explore cladistics. 7: Evaluate the issues with grouping organisms and how new discoveries can shift our view point in biology. Key terms: cladistics, clade, DNA, molecular, analogous, homologous

5. Outcomes 3: Outline key principles and evidence for cladistics. 5: Successfully complete all aspects of the lab to explore cladistics. 7: Evaluate the issues with grouping organisms and how new discoveries can shift our view point in biology. Key terms: cladistics, clade, DNA, molecular, analogous, homologous

6. Outcomes 3: Outline key principles and evidence for cladistics. 5: Successfully complete all aspects of the lab to explore cladistics. 7: Evaluate the issues with grouping organisms and how new discoveries can shift our view point in biology. Key terms: cladistics, clade, DNA, molecular, analogous, homologous

7. Outcomes 3: Outline key principles and evidence for cladistics. 5: Successfully complete all aspects of the lab to explore cladistics. 7: Evaluate the issues with grouping organisms and how new discoveries can shift our view point in biology. Key terms: cladistics, clade, DNA, molecular, analogous, homologous

9. Homologous structures have similar ancestry Analogous structures are similar because of convergent evolution i.e they show similarities in structure and function but evolved independently.

10. Outcomes 3: Outline key principles and evidence for cladistics. 5: Successfully complete all aspects of the lab to explore cladistics. 7: Evaluate the issues with grouping organisms and how new discoveries can shift our view point in biology.

11. Outcomes 3: Outline key principles and evidence for cladistics. 5: Successfully complete all aspects of the lab to explore cladistics. 7: Evaluate the issues with grouping organisms and how new discoveries can shift our view point in biology.

12. NOS: Falsificati on of theories

13. Activity Cladistics lab. Outcomes 3: Outline key principles and evidence for cladistics. 5: Successfully complete all aspects of the lab to explore cladistics. 7: Evaluate the issues with grouping organisms and how new discoveries can shift our view point in biology. Key terms: cladistics, clade, DNA, molecular, analogous, homologous