Auswerthung der Maasse. Fang auf 200 ccm gebracht. 
Art der 
Ver- 
Verdünnung 
Wahres 
Summirung 
Coefficient 
Berechnung 
gebrauch- 
Unter- 
suchung 
grösse- 
rung 
ab ccm 
auf ccm 
No. 
Maas 
ccm 
No. 
Summe 
des 
Coefficienten 
Log. 
Coefficient 
tes Maas 
trocken 
200 
12.762 
80 
1 
0.0171 17 
0.1073 
• 
200 
12.762 
80 
2 
0.0171 17 
0.1073 
* 
200 
12.762 
80 
3 
0.0171 17 
2.3010300 
0.1073 
200 
12.762 
80 
4 
0.0171 17 
0.068468 
0.8354876—2 
2921. 1 
0.1073 
3.4655422 
feucht 
88 
12.762 
80 
5 
0.084054 
0.5269 
• 
88 
12.762 
80 
6 
0.084054 
2.3010300 
0.5269 
88 
12.762 
7 
0.084054 
1-7 
0.32063 
0.5000042 — 1 
623.63 
0.5269 
2.794925s 
2.3010300 
„ 
88 
12.762 
80 
8 
0.084054 
1-8 
0.404684 
0.007 11 59 — 1 
494-21 
0.5269 
2.0939141 
• 
88 
12.762 
80 
9 
0.084054 
2.3p 10300 
0.5269 
88 
12.762 
80 
10 
0.084054 
1— 10 
0.572792 
0-7579969-1 
349.17 
0.5269 
2-5430331 
* 
88 
12.762 
so 
1 1 
0.084054 
2.3010300 
0.5269 
88 
12.762 
80 
12 
0.084054 
1 — 12 
0.7408 
0.869701c — 1 
269.92 
0.5269 
2.4312290 
2.3010300 
6l 
0.5269 
1.2676 
0.1029822 
157-78 
0.5269 
1.1980478 
. 
6l 
14 
0.5269 
0.5269 
* 
6l 
* 
15 
0.5269 
2.3010300 
0.5269 
„ 
88 
16 
0.5269 
1— 16 
2.8483 
0.4545657 
70.2 
• -*464443 
2.3010300 
88 
17 
0.5269 
1— 17 
3-3752 
0.5282995 
593 
1-7727305 
2.3010300 
• 
34 
18 
3-4 6 
1— 18 
6-835 
0-6347385 
29.3 
‘9 
1.46629x5 
1.0159881 
34 
3-54 
• 
1 — 19 
■0-375 
1.2850419 
19.3 
34 
20 
3-5 2 
1.143014s 
0 
1 — 20 
13-9 
1. 1570152 
14.4 
34 
21 
3-S6 
1.2420442 
1 — 21 
17-46 
1.0589858 
■1-5 
34 
22 
3-04 
1 — 22 
20.5 
'•3117539 
9.76 
0.9892761 
» 
34 
* 
8—12 
16, 17 
1-474 
2.1345325 
135-69 
• 
34 
* 
6—10 
0.42027 
2.6775016 
475-89 
• 
34 
• 
1 — 12 
16, 17 
1.7946 
2.0470633 
II 1.44 
0.1073 = log. 0.0305997—1 
0.5269 = log. 0.72172S2— 1 
80 = log. 1.9030900 
No. 
1—4 = 
Berechnung der wahren Maasse. 
12.762.0.1073 
So 
Log. i.io59iS7 
0.0305997—1 
= 0.13651S4 
1.9030900 
0.23341S4-2 = 0.017117. 
No. 5 »,762.0.5269 
3 So 
Log. 09245569—2 = 0.084054. 
XI 
Zählungsprotokoll für Fang No. 7. (L. No. 265). 
Summe des Fanges 
Benennung 
1 
2 
3 
4 
5 
6 
7 
8 
9 
IO 
12 
’ 3 
>4 
>5 
l6 
17 
iS 
■9 
20 
21 
22 
| Summe 
No. 
An- 
merkg 
774092 
Kleine Diatomeen 
53 
72 
74 
66 
265 
1—4 
21903S 
Chaetoceros 
S 
19 
32 
16 
‘ 
75 
1—4 
2389460 
Rhizosolenia alata 
192.5 
21 1.5 206 208 
SiS 
S763 
» setigera. 
2 
°-5 
°-5 
1—4 
48198 
» semispina . 
°-5 
5 
6 
. 
16.5 
1—4 
4994 
» styliformis . 
O 
. 
: 
I 
2-5 
[\ 2 
2 
. 
IS-5 
1 — 12 
27934 
Pyxilla 
3 
4 
5 
6 
12 
16 
9 
9 
9 
. 
. 
• 
80 
1 — 10 
10733 
Coscinodiscen, hell . 
O 
2 
3 
8 
9 
32 
26 
19 
27 
38 
181 
1—17 
722 
Actinoptychus undulatus . 
O 
2 
3 
1 
2 
I 
1 1 
1 — 16 
7734 
Melosirenketten 
? 
5 
4 
S 
? 
? 
■9 
16 
57! 
8-12, 16, 
277505 
Nodularia 
I I 
22 
28 
34 
. 
. 
1 
95 
*7 
i-4 
72341 1 
Ceratium tripos .... 
49 
67 
64 
39 
299 
318 
324 
I 
1 160 
1—7 
S99S94 
» fusus .... 
S6 
57 
72 
73 
399 
36s 
sss 
. 
. 
>443 
«-7 
51S92 
» furca, alt . 
IO 
1 
2 
3 
26 
25 
21 
•7 
. 
105 
1-8 
l 
165560 
• tripos var. Terg. klein 
18 
19 
1 1 
l 2 
74 
! 63 
66 
7» 
. 
. 
! 335 
1 — 8 
571896 
Peridinium divergens. 
40 
40 
63 
40252 241 
241 
917 
'-7 
181476 
Diplopsalis 
iS 
1 1 
s 
9 
98 
79 
6S 
. 
• 
291 
1-7 
250564 
Dinophysis acuta .... 
>5 
24 
30 
27 106 
96 103 
106 
. 
• 
507 
1—8 
2159 
* laevis .... 
0 
I 
I 
1 
I 
1 
I 
■ 
8 
1 — 12 
5235 
Sp 
? 
4 
2 
I 
■ 
1 1 
6 — 10 
98 
Welliger Statoblast . 
0 
I 
• 
I 
I 
1 
I 
2 
2 
I 
10 
1—22 
2 
85993 
Tintinnus denticulatus 
7 
6 
8 
7 
2S 
54 
35 
29 
174 
1-8 
10256 
urniger u. ventricosus 
2 
1 
4 
4 
5 
6 
12 
3 
8 
10 
IO 
• 
65 
1— '3 
14042 
» urnula .... 
1 
1 
I 
2 
s 
5 
8 
7 
8 
s 
6 
2 
32 
- 
• 
89 
1-13 
3 
1672 
» subulatus . 
1 
1 
I 
I 
I 
1 
I 
• 
O 
? 
? 
4 
4 
15 1 
I — 12, 16, 
>7 
4 
56143 
» acuminatus 
0 
3 
5 
7 
25 
26 
25 
25 
•7 
19 
24 
32 
208 
1 — 12 
5 
351 
Codonella campanula 
0 
2 
I 
I 
1 
5 
I — 16 
6 
1 115526 
Copepoden, ausgebildet . 
5 
2 
4 
5 
61 
53 
5' 
52 
45 
4< 
47 
57 
428 
I — 12 
1 1 174368 
» Larven . 
9 
'7 
iS 
■7 
80 
67 
65 
64 
75 
84 
76 
74 
646 
I — 12 
1 15655 
Mysoidlarven 
0 
6 
7 
8 
IO 
2 
I I 
? 
7 
s» 
I — 12 
59652 
Copepodeneier in Säcken 
0 
29 
3° 
38 
29 
5° 
20 
25 
221 
I — 12 
53444 
* einzeln . 
0 
25 
52 
24 
23 
23 
3° 
20 
21 
198 
1 — 12 
2597 
Challengerien 
0 
2 
2 
5 
1 
I 
5 
2 
3 
3 
3 
7 
3 
37 
l — l6 
273S 
Dornige Cyste .... 
0 
2 
5 
I 
2 
2 
1 
5 
3 
7 
7 
4 
39 
1 — 16 
vereinzelt 
Globigerina bulloides. 
I 
. 
1 
140 
Kleine Radiolarien . 
0 
I 
• 
I 
2 
1 — 16 
3736 
Appendicularien .... 
0 
I 
' 
4 
I 
• 
5 
5 
8 
■5 
10 
4 
9 
63 
1-17 
1406 
Cyphonautes 
0 
2 
I 
I 
4 
6 
3 
8 
5 
18 
48 
1— 18 
4329 
Muschellarven 
0 
1 
1 
I 
2 
4 
4 
2 
10 
6 
7 
16 
19 
73 
1-17 
830 
Schneckenlarven .... 
0 
I 
I 
I 
5 
4 
5 
1 
3 
8 
7 
7 
43 
I — 19 
59 
Podon 
0 
1 
1 
I 
I 
2 
6 
1 — 22 
*334 
Evadne 
0 
I 
• 
I 
2 
5 
2 
2 
4 
'5 
33 
3' 
20 
116 
I — 21 
3558 
Pluteus 
0 
1 
I 
3 
3 
I 
2 
2 
‘ 
7 
8 
8 
14 
9 
60 
1-17 
173 
Bipinnarien 
0 
4 
4 
4 
12 
1 — 20 
394 
Sagitta 
0 
I. 
I 
2 
1 
' 
2 
1 
2 
5 
7 
4 
8 
5 
40 
1 — 22 
7 
1S4 
Actinula 
0 
■ 
1 
3 
3 
6 
3 
16 
1 — 21 
562 
Wurmlarven 
0 
I 
I 
1 
3 
1 
2 
■ 
9 
12 
8 
• 
39 
1 — 20 
173 
Cirripedenlarven .... 
0 
2 
• 
2 
2 
3 
6 
■5 
I— 21 
178 
Lichomolgus 
0 
3 
1-17 
127 
Ostrakoden 
0 
1 1 
5 
4 
1 
* 
1 1 
I — 21 
98 
Dekapoda makrura, Larven . 
0 
■ 
2 
1 
2 
2 
1 
2 
10 
I — 22 
10 
» brachyura » 
0 
1 
1 — 22 
437 
Fischeier 
0 
2 
1 
• 
I J 
•1 
1 
1 
3 
1 
12 
6 
7 
S 
• 1 
38 
I — 21 
8 
Anmerkung 1) Davon circa */ $ leer. 2 ) i l b leer. 3) meist leer. 4) Viele 
leer. 5) Die Hälfte leer. 6) Alle leere Schaalen. 7) Ausserdem 4 Stück. 8) In 
frühen Stadien. 
4 
