1. Phylogenetic analysis using parsimony
2. Homoplastic changes can still be useful in supporting groups in parsimony analysis
3. Finding most parsimonious trees - exact solutions
4. Finding most parsimonious trees - exhaustive search
5. Finding most parsimonious trees - exact solutions
6. Finding most parsimonious trees - branch and bound
7. Finding most parsimonious trees - heuristics 
8. Finding most parsimonious trees - heuristics
9. Finding most parsimonious trees - heuristics
10. Finding most parsimonious trees - heuristics 1
11. Finding most parsimonious trees - heuristics 2
12. Finding most parsimonious trees - heuristics 3
13. Finding most parsimonious trees - heuristics - summary
14. Tree space may be populated by local minima and islands of most parsimonious trees
15. Searching with topological constraints
16. Topological constraints - 1
17. Topological Constraints - 2
18. Searching with topological constraints backbone constraints
19. Character optimization
20. Missing data
21. Multiple most parsimonious trees
22. Consensus methods - 1
23. Strict consensus methods - 1
24. Strict consensus methods - 2
25. Majority-rule consensus methods 
26. Majority rule consensus
27. Reduced consensus methods - 1
28. Reduced consensus methods - 2
29. Consensus methods - 2
30. Consensus methods - 3
31. Successive approximations character weighting (SACW)
32. Parsimony - advantages
33. Parsimony - disadvantages
34. Parsimony can be inconsistent

Email: marw@nhm.ac.uk

Home Page: http://www.nhm.ac.uk/zoology/home/wilkinson.htm