420 
Fishery Bulletin 109(4) 
Table 1 
Summary statistics for 16 nuclear-encoded microsatellites and a 590 base-pair sequence of the mitochondrially encoded ND-4 
gene for mutton snapper ( Lutjanus analis) sampled from four localities in the northeastern Caribbean Sea and one locality in the 
Florida Keys. For microsatellites, n is sample size , #A is number of alleles, A R is allelic richness, H E is gene diversity (expected 
heterozygosity), P HW is the probability of conforming to expected Hardy-Weinberg genotypic proportions, and F IS is an inbreeding 
coefficient (measured as f of Weir and Cockerham, 1984). For mitochondrial DNA (mtDNA): n is sample size, # Hobs is observed 
number of haplotypes, H R is haplotype richness, H Dobs is observed haplotype (nucleon) diversity, and tt d is nucleotide diversity. 
#H exp and H Dexp are expected haplotype number and diversity (95% confidence interval [Cl]), respectively, as determined by 
bootstrap resampling of the entire population. 
Microsatellite 
St. Croix 
St. Thomas 
Puerto Rico-east 
Puerto Rico-west 
Florida Keys 
Lan3 
n 
81 
97 
96 
94 
118 
#A 
14 
14 
15 
13 
13 
Ar 
13.98 
13.81 
14.58 
12.84 
12.78 
h e 
0.849 
0.857 
0.829 
0.838 
0.857 
P HW 
0.274 
0.502 
0.011 
0.875 
0.377 
F.s 
0.026 
-0.035 
0.020 
0.061 
-0.009 
LanQ 
n 
93 
97 
96 
94 
114 
#A 
20 
17 
18 
19 
18 
Ar 
19.54 
16.75 
17.80 
18.78 
17.11 
H e 
0.854 
0.835 
0.882 
0.897 
0.868 
P HW 
0.033 
0.282 
0.776 
0.838 
0.676 
p ,s 
0.030 
-0.024 
0.032 
0.016 
-0.010 
Lan9 
n 
93 
97 
96 
94 
118 
#A 
13 
12 
12 
12 
12 
Ar 
12.69 
11.56 
11.80 
11.93 
11.75 
H e 
0.776 
0.774 
0.781 
0.746 
0.795 
P HW 
0.628 
0.236 
0.477 
0.322 
0.230 
Fis 
0.058 
-0.039 
-0.027 
-0.012 
-0.003 
Lanll 
n 
91 
96 
96 
94 
116 
#A 
21 
20 
22 
21 
24 
Ar 
20.50 
19.54 
21.54 
20.06 
22.25 
h e 
0.889 
0.869 
0.886 
0.860 
0.901 
P HW 
0.002 
0.766 
0.743 
0.968 
0.151 
Fis 
0.110 
0.005 
-0.070 
-0.027 
-0.004 
LanVl 
n 
93 
97 
96 
94 
118 
#A 
5 
5 
5 
5 
6 
Ar 
4.86 
5.00 
4.95 
4.98 
5.86 
H e 
0.595 
0.646 
0.643 
0.611 
0.642 
P HW 
0.208 
0.823 
0.193 
0.080 
0.057 
Fis 
0.151 
-0.022 
0.011 
-0.045 
0.023 
LanV3 
n 
93 
97 
96 
94 
118 
#A 
4 
4 
5 
3 
5 
^R 
3.98 
3.83 
4.81 
3.00 
4.36 
h e 
0.295 
0.297 
0.378 
0.380 
0.341 
P HW 
0.083 
0.198 
0.337 
0.234 
0.863 
Fis 
0.161 
0.064 
0.063 
0.076 
-0.044 
continued 
