. The Compleat cladist : a primer of phylogenetic procedures. Cladistic analysis; Zoology -- Classification; Phylogeny. COEVOLUTIONARY STUDIES 123 ^ ^ q,^ ^ ^ C,^ ^ ^ ^ # oT ^ — Bx — Wy Wy Bx --Bz --Wz Bx Wy Bz + Wz TBz Wz Fig. —Three alternative trees (a-c) derived from analyzing the bird and worm data. Note that the synapomoiphies supporting AS+NG (tree a) and AS+SA (tree b) are illusions resulting from "missing data" cells in the matrix. EXERCISE —Some moths. Examine the distiibution data listed below and the phylogeny shown in Fig. 1. Prepare a data matrix for this g
. The Compleat cladist : a primer of phylogenetic procedures. Cladistic analysis; Zoology -- Classification; Phylogeny. COEVOLUTIONARY STUDIES 123 ^ ^ q,^ ^ ^ C,^ ^ ^ ^ # oT ^ — Bx — Wy Wy Bx --Bz --Wz Bx Wy Bz + Wz TBz Wz Fig. —Three alternative trees (a-c) derived from analyzing the bird and worm data. Note that the synapomoiphies supporting AS+NG (tree a) and AS+SA (tree b) are illusions resulting from "missing data" cells in the matrix. EXERCISE —Some moths. Examine the distiibution data listed below and the phylogeny shown in Fig. 1. Prepare a data matrix for this group using the original four areas (AS, NG, SA, AF). M1:AS M2:NG M3: SA 2. Add these data to the data concerning Bird and Womi (Table ) and solve the area relationship problem. M1 M2 M3. Fig. —The relationships among three moths (M) with ancestral nodes labeled (x, y) (Exercise ).. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Wiley, E. O. Lawrence, Kan. : Museum of Natural History, University of Kansas
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