598 
BULLETIN OF THE BUREAU OF FISHERIES 
Table XV. — Hydrographic Details — Continued. 
CAYUGA LAKE. 
Depth. 
Area. 
Length 
of 
contours. 
Depth. 
Area. 
Volume. 
Slope. 
Thousand 
Meters. 
Sq. km. 
Per cent. 
Km. 
Meters. 
Sq. km. 
Per cent. 
cu. m. 
Per cent. 
Per cent. 
' 
0 
173.1 
100. 0 
153.8 
o-io 
47.4 
27.5 
1,435.7 
15-4 
2.9 
1 
40 
5 
138.7 
78. Q 
116.5 
10-20 
12.7 
7-4 
1,183.4 
12. 6 
7.6 
4 
21 
10 
124.8 
72-5 
100.9 
20-30 
8.0 
4.6 
1,080. 2 
II. s 
II. 5 
6 
34 
20 
112.0 
65-1 
93.3 
30-40 
10.1 
5-9 
989.6 
10. 6 
8.8 
5 
02 
30 
104.0 
6o. 5 
90.8 
40-50 
12.0 
7'0 
878.7 
9.4 
7-1 
4 
04 
40 
93.9 
54-6 
86.4 
so-60 
8.3 
4-8 
777.3 
S-3 
9.9 
5 
39 
50 
81.9 
47.6 
83.9 
60-70 
7.8 
4.6 
696.4 
7-4 
10. 0 
5 
43 
6o 
73.6 
42. 8 
80.4 
70-80 
7.1 
4.1 
622.0 
6.6 
10. 6 
6 
03 
70 
65.8 
38.2 
76.3 
80-90 
8.0 
4.6 
546.8 
s-s 
8.9 
5 
05 
8o 
58.7 
34-1 
72.4 
90-100 
8.4 
4.9 
464.8 
5-0 
7-6 
4 
21 
90 
50.7 
29-5 
68.9 
lOO-IIO 
8.4 
4.Q 
380.5 
4-1 
6.6 
3 
47 
lOO 
42.3 
24. 6 
58.2 
I 10-120 
17.9 
10. 4 
244.2 
2. 6 
2. 6 
1 
30 
no 
33.9 
19-7 
.53.9 
I2O-I3O 
15.3 
8.9 
79. 1 
0.8 
1-5 
0 
52 
120 
16.0 
9-3 
39.4 
130-133 
0.8 
0.4 
0.7 
I. 0 
0 
34 
7.4 
30. 3 
0.8 
6.2 
132 - 6 
0.0 
172.2 
9,379.4 
KEUKA LAKE. 
0 
47.0 
100. 0 
111.2 
o-io 
7. 30 
15-6 
432.6 
30. 2 
12.4 
7 
04 
10 
39.7 
84.4 
99.5 
10-20 
5.49 
II. 7 
368.8 
25-7 
17-7 
10 
02 
20 
34.2 
72. 8 
95.8 
20-30 
7. 79 
16. 6 
302.0 
21. I 
ii'7 
6 
40 
30 
26.4 
56. 2 
86.4 
30-40 
11. 30 
24. 0 
204.7 
14-4 
6. 1 
3 
29 
40 
15.1 
32-1 
50.4 
40-50 
7. 92 
16. 9 
108.8 
7-4 
5-3 
3 
02 
50 
7.17 
15.2 
35.8 
50-57 
7. 17 
15-2 
16.7 
I. 2 
1.4 
0 
48 
5S-8 
0.0 
47.0 
1,433.7 
OWASCO LAKE. 
0 
10 
20 
30 
40 
50 
54-0 
26.7 
21.3 
17.0 
14.6 
10.2 
3.68 
100. 0 
79.8 
63.8 
54-8 
38.4 
13-8 
41.6 
37.3 
33.9 
20.0 
22. 1 
13.7 
O-IO 
10-20 
20-30 
30-40 
40-50 
50-54 
5. 38 
4. 27 
2.41 
4. 37 
6.57 
3. 68 
20. I 
16. 0 
9.0 
16. 4 
24- 6 
13.8 
Million 
cu. m. 
238.3 
191.3 
158. 1 
122.8 
66.9 
3. 31 
30-5 
24-5 
20.3 
15-7 
8.6 
0.4 
7-3 
S.3 
13-2 
6. 0 
2.7 
2.7 
4 II 
4 44 
7 36 
3 26 
I 33 
I 33 
26. 68 
780.7 
SENECA LAKE. 
0 
175.4 
100. 0 
128.3 
O-IO 
22.6 
12.9 
1,639.7 
10.6 
S-4 
3 
OS 
10 
152.8 
87. 1 
115. 1 
10-20 
11. 1 
^’3 
1,472.6 
9-5 
10. 2 
5 
50 
20 
141.7 
80. 7 
111.2 
20-30 
7.6 
4-3 
1,378.7 
8.9 
14. 0 
7 
58 
30 
134.1 
76.3 
109.6 
30-40 
8.1 
4.6 
1,300.4 
8.4 
13-5 
7 
41 
40 
126.0 
71.8 
108.4 
40-50 
9.2 
5-2 
1,214.1 
7.8 
II. 8 
6 
44 
50 
116.9 
66.6 
107.2 
SO-60 
10.0 
5-7 
1,113.9 
7.2 
10.5 
6 
00 
60 
106.9 
60.8 
102.6 
60-70 
6.9 
4.0 
1,034. 1 
6.6 
14. 6 
8 
18 
70 
100.0 
56.9 
100.5 
70-80 
6.3 
3’ 5 
968. 1 
6. 2 
16. I 
9 
09 
80 
93.7 
53-3 
99.9 
80-90 
8.1 
4.6 
896.0 
5-S 
12. I 
6 
34 
90 
85.6 
48.8 
94.8 
90-100 
6.0 
3’ 4 
826.0 
5-3 
15-7 
8 
55 
100 
79.6 
45-3 
92.3 
lOO-IIO 
5.7 
3-2 
767.9 
4.9 
IS- 8 
8 
58 
no 
73.9 
42. 1 
89. 1 
110-120 
5.7 
3-2 
713.3 
4-6 
15-4 
8 
45 
120 
68.2 
3^-9 
86.5 
I2O-I3O 
6.4 
3-7 
649.8 
4-2 
13- 1 
7 
28 
130 
61.8 
35.2 
82.9 
I3O-I4O 
11.7 
6.7 
558.5 
3-6 
6.6 
3 
48 
140 
50.0 
28. s 
73.1 
I4O-I5O 
10.2 
s-s 
448.5 
2.9 
6.9 
3 
57 
150 
39.8 
22. 2 
67.8 
150-160 
12.6 
7-2 
333.2 
2. 1 
4. 9 
2 
47 
160 
27.2 
15’ 5 
55.0 
160-170 
15.7 
8 .Q 
188.0 
1. 2 
2.8 
1 
35 
170 
11.5 
6.5 
32.4 
170-180 
9.3 
5-3 
62.3 
0.4 
2. 4 
1 
21 
180 
2.2 
I. 2 
11.6 
180-188 
2.2 
1. 2 
4.3 
0. 03 
1-7 
1 
00 
188 
0.0 
175.4 
1 
15,539.5 1 
