Webster - p. 4 
available male were compared with those from a few individuals of A. insolitus, 
A. hendersoni and two species of the monticola group: A. rimarum an 
christophei. 
There is no evidence that A. fowleri is an F} hybrid (with both parental 
species remaining undiscovered), nor that it is a species of hybrid origin 
that has retained a high level of heterozygosity because of the unusual 
cytogenetics. 
Anolis christophei and A. hendersoni are both strongly differentiated 
from one another and from the other three species, There are greater 
similarities in the comparisons of A. fowleri, A. insolitus and A. rimarum, 
with the last two being the closest of the ten possible pairings. 
fowleri insolitus rimarum hendersoni 
christophei 14 17 14 16 
fowleri 11 11 19 
insolitus 8 17 
rimarum ES 
All comparisons are based on the same set of proteins. Numbers are the 
proteins showing complete differentiation, with the reservation that few 
individuals and only a single population per species have been examined. 
Average numbers of differentiated proteins are: 
hendersoni 16.75 
christophei 15.25 
fowleri 13.75 
insolitus 13225 
rimarum 12.00 
Collections for other individuals, Material of the three brevirostris 
siblings in Haiti (species A, B, C) were shipped to Thomas Jenssen who will 
test directly the importance of dewlap color (and any behavioral aspects of 
the display) in species recognition. Samples of plasma and whole animal 
homogenates were sent to Dan Schochat who is using albumin to ascertain 
relationships between anoles. Live animals were also sent to A. S. Rand, 
T. C. Moermond and A. R. Kiester. 
