142 C. Apstein, Biologische Studie über Ceratium tripos var. subsalsa Osti. 8 
Stadium oo K | 
Probe | Uhr , Datum Ort Licht | Bemerkungen. 
Nr. 2a pre! 
| | | II 
24 j 53/4P 1000 | | 14. X. 09 O.-Beltsee dämmer.,Neb.| Siehe Tabelle 2. 
2 8/2 || 1000 | 5 N.-Beltsee dunkel | 
3 93/4 || 965 8| 18 6 2 2| — | 5 SW.-Beltsee 5 
Aa oe ee ee A| ; ; : 
5 ar aa rl aa aa a © N 
6 0) 912 EP 65 726022 12 _ 4 || 15. X. 09 a || 
EEE) 1888| 1. NO | — I = | A k F || 121 filtriert. 
7 1a | soı | 6116| >20| 36| 56| 6| f i 5 
a, ea 002 | 0272| A| 93 ae ; : 
9| 31a a 2 ee ee : , ; 
10 41/2 94 | — 2 2. 10. er | 70: » 9 5 
11 oe | a2|ı —|ı — | — 4| 38 | 70 5 R dämmerig 
12 a | ae) 8) 8 : 2 fast hell 
28 1 10Y/ap 968 8| 18 6) -— | -I| 0 | 19. X1. 09 SW.-Beltsee dunkel 
2 10YePp || 968 | 10 Sul? 2| — | -—| 3 5 RB Vertikal. 
a Sal goal 21 a1 Al a | 20. XI. 09 i hell | 
4 8l/aa SE I || — || — | — |) | a | . “ | Tiefenfang in 21 m. 
5 10a 965 | — 2| — 6 | 5 ® " 
| | 
26 1 2p 1000 | — | — |) — | — 24 |\ 20. XI. 09 NW.-Beltsee Sonne 
2 3 | 998 2|— | —| — 28 er " trübe 
3 4 I a 227 | — | — 14 5 3 Sonne 
4 5 | 960 | 36 2 2| — 14 . 5 dämmerig 
5 5/2 948 | 84 | 16 2| = 12 en 5 dunkel 
6 7 129322 7862 22227 14 rn „ ” 
7 8 72 12 | 16 | — | = 4 9 5 5 
| © Ho 2a BL Zell 6 | f y : 
9 10 966 | 10 | 20 4| — 4\ > N.-Beltsee 
10 11 948 | 16 | 26 8 2 | ” 5 
11 0 974 6 | 10 6 4 — ı 21. XI. 09 > 5 
12 Ol/2a | 970 81 112 || 10 = 2 | 5 » 2 
13 1 | 975 2 4 8 8 2 > u 9 
14 21/4 964 2 8 14 8 2| > - „ 
15 3Ya 965 2 8 | 212 2 ” 2 5 
16 41/4 972 2 2 ol I) — n B " 
17 91/a 9777| — | — A LO lat 4| ° > 5 
18 61/2 983 2 | — 2 2 18 4| r & dämmerig 
19 742 981 —| 2 4 | 18 8 | 9 n hell 
20 9a 971 2 2 | 10 | = || 18 | 12 5 2 Sonne 
21 3Pp 9 —| — | — 2 2.42 r Re n 
27 1 3Pp 1000. | — | — | — 2) 21-22 215 396 09 O.-Beltsee hell 
2 5) 994 61 —- | — A Ta) 2 5 Bi fast dunkel 
3 aa ee | = ä dunkel 
4 712 968 | 18 | 10 4| — 2 12 # s 9 
6) 9 98 | 16 | 14 | 10 2 | 10 5 a 5) 
6 10 9522 6a ld 12 4 4 4 AR 5 5 
ff; 11p Hl | — || 18 | 1 6 a — 9 
8 Ol/2a 954 4 14 | 16 6 4 8 | 22. XI. 09 = » 
9 2 962 2. 10) 12 10) 4 4 5 . 2 
10 3 975 2 4 4 8 8 6 = n > 
ul 4 970 4 6 6. 10 4 4 N A 9 
12 3a 967 2 4 8 1 1) 9 » 5 
18 7 981 2| — 2 2220) 6 5 ei 5 
14 8 9Y7| — | — | — 6 | 26 8 rn 5 hell 
15 91/2 I —| — | — 2.28 || 16 = = ” 
16 103/4a 92 — | — 2 4| 10| 14 S 9 5 
28 1 8y/ap || 1000 — 1 I 22)7623.23%7.09 O.-Beltsee dunkel 
29 1 61/ıp 996 | — 2 2| — 4 4 || 26. XI. 09 O.-Beltsee dunkel 
2 7a 998 | — | — 2\ — 2 6 ” ö ” 
3 8/2 980 | 12 4 4| — 62=22 B , ” 
4 91/2 986 4 6| — 4 6 | 26 = N.-Beltsee 5 
f) 10/2 982 2 6 2| — 8 8 = D » 
6 111/ap 967 | 14 8 4 4 2 4 = SW.-Beltsee » 
7 6l/sa 965 2 4 a 12 6 | 10 | 27. XI. 09 s u 
3 aa | ol 2 Alm a | 4\ 12 : Vertikal. 
