442 A Study of the Nasal Bridge in the Anthropoid Apes 
TABLE C. Characters of the 
1VJ. HOC U1II 
N umber 
Sex 
Meso- 
dacryal 
Chord 
Meso- 
dacryal 
Arc 
Meso- 
dacryal 
Subtense 
Mesodacryal Indices 
a 
a' 
a - a' 
P 
39 
<J 
18-0 ? 
36 
11-8? 
65-6 
79-6 
-14-0 
100-0 
jl 
<J 
16'8 
59 ? 
12-6 
75-0 
160-1 
-85-1 
251-2 
o'i 
<J 
15-2 
34-2 
10-7 
70-4 
93-4 
-23-0 
125-0 
38 
6 
13 - 8 
37 ? 
12-9? 
93-5 
116-6 
-23-1 
168-1 
38. A 
6 
17-5 
35 
8'6 
49-1 
79-6 
-30-5 
100-0 
45 
6 
11 '8 
33? 
11-4 
96-6 
122-7 
-26-1 
179-7 
42 
6 
16 - 8 
38 ? 
11 -o 
65-5 
94-1 
-28-6 
126-2 
4<J. A 
? 
10-0 
25-3 
7 - 7 
77-0 
108-5 
-31-5 
153 0 
40. B 
? 
13-4 
35 - 5 
9-1 . 
67 - 9 
114-9 
— 47 -0 
164-9 
40. E 
? 
11 '6 
23 
6-8 
58-6 
78-7 
-20-1 
98-3 
44 
? 
13-8 
27'3 
9-2 
66-7 
78-4 
-11-7 
97-8 
44. A 
9 
12-7 
27 
9-7 
76-4 
86-6 
- 10-2 
112-6 
46 
? 
12-0 
28-2 
93 
77-5 
98-9 
-21-4 
135-0 
6 
16 -6 
29 
8-5 
51-2 
65-2 
- 14-0 
74-7 
59. 8. 10. 2 
6 
iro 
33 
12-7 
115-5 
133-4 
-17-9 
200-0 
1101 
6 
]2'0 
38 
14-7 
122-5 
142-2 
- 19-7 
216-7 
92. 11. 5. 14 
6 
18-8 
31 
9-7 
51-6 
59-4 
- 7-8 
64-9 
55 
6 
17 - 1 
26 
7*7 
45-0 
51-6 
- 6-6 
52-1 
1087 
? 
1 ] -4 
31 
10-9 
95-6 
118-6 
-23-0 
171-9 
1179. a 
6 
10 - 2 
29 
10-5 
102-9 
125-2 
-22-3 
184-3 
3. b 
6 
13-8 
31 ? 
10-0 
72-5 
93-2 
-20-7 
124-6 
— 
?<? 
14'0 
35 ? 
14-5 
103-6 
106-9 
- 33 
150-0 
3. i 
15*2 
30 - 5 
11-2 
73 7 
80-0 
- 6-3 
100-7 
92. 11. 5. 4 
17-0 
35 
11-6 
68-2 
82-9 
- 14-7 
105-9 
3. b 2 
?(? 
14-0 
33 
12-4 
88-6 
99-3 
- 10-7 
135-7 
3. m 
? 
13 4 
24 
10-5 
78-4 
67-8 
+ 10-6 
79-1 
32 
c? 
17-7 
40 
13-1 
74-0 
94-0 
-20-0 
126-0 
79. 11. 21. 24 
? 
130 ? 
33'5? 
in 
85-4 
111-1 
-25-7 
157-7 
52. 12. 26 
6 
16 - 0 ? 
35 ? 
9-6 
60-0 
90-0 
-30-0 
118-8 
8. 7. 17. 1 
6 
14-8 
26 
9 5 
64-2 
65-8 
- 16 
75-7 
98. 2. 28. 11 
6 
15 - 0 
32 
10-7 
71-3 
87-0 
-15-7 
113-3 
3- j 
S 
19-7 
34 
10-6 
53-8 
64-0 
- 10-2 
72-6 
3. a 
6 
18-0 
37 
13-4 
74-4 
82-8 
- 8-4 
105-6 
3. d 
6 
15-6 \ 
39 
119 
76-3 
106-9 
- 30-6 
150-0 
3. q 2 
6 
12-4 
25 
9-4 
75-8 
80-5 
- 4-7 
101-6 
3. c' 2 
6 
13 -8 
32? 
10-9 
79-0 
97-2 
- 18-2 
131-9 
9£. 11. 5. 5 
6 
20-8 
37 
iro 
52-9 
67-1 
- 14-2 
77-9 
68. 16. 42 
6 
160 
28-5 ? 
10-2 
63-8 
67-2 
- 3-4 
78-1 . 
92. 11. 5. 3 
6 
20-8 
32 
8-4 
40-4 
52-7 
-12-3 
53-9 
85. 20. 7. 1 
6 
16-0 
29? 
9-0 
56-3 
69-0 
-12-7 
81 -3 
85. 2. a 7. 2 
? 
10-8 
25 
9-5 
88-0 
97-0 
- 9-0 
131-5 
4 
6 
14-7 
34? 
11-8 
80-3 
96-9 
- 16-6 
131-3 
3 
?<? 
16'0 
34 
12-4 
77-5 
86-6 
- 9-1 
112-5 
2 
M 
13 0 
32'5 ? 
11-4 
87-7 
106'9 
-19-2 
150-0 
1 
c? 
15-7 ? 
33 ? 
12-2 
77-7 
85-3 
- 7-6 
110-2 
5 
?2 
10 '5 ? 
26 ? 
97 
92-4 
105-6 
- 13-2 
147-6 
1160. A 
<3 
15-0? 
26? 
7-1 
47-3 
64-4 
-17-1 
73-3 
1160. G 
(J 
13-0 
32 
11-7 
90-0 
104-9 
- 14-9 
146-2 
1160. D 
6 
12-5 
33 
11 -7 
93-6 
114-4 
-20-8 
164-0 
1163. G 
? 
12-0 
26 
8-4 
70-0 
88-9 
-18-9 
116-7 
1136 
?? 
9-8 
34 
12-0 
122-4 
157-9 
-35-5 
246-9 
D. 1 
«J 
15-0 
28 
9 3 
62-0 
72-1 
-10-1 
86-7 
D. 2 
15-0 
32 ? 
10-0 
66-7 
87-0 
-20-3 
113 3 
* 
0 
OA 
70-1 
89-4 
- 19-3 
117-7 
A 
6 
17-5 
43 
157 
89-7 
104-6 
-14-9 
145-7 
i a 
? 
11-0 
27 
8-4 
76-4 
104-5 
-28-1 
145-5 
? 
9-0 
28? 
10-1 
112-2 
1392 
-27-0 
211-1 
6 
14-7 
41? 
15-3 
104-1 
122-3 
- 18-2 
178-9 
1 
6 
15-7 
35-5 
11 '9 
75-8 
94-0 
- 18-2 
126-1 
