Tabelle 5. Fortsetzung. 
N-Breite O-Länge | She | Ag | AS | Ag Ahp— As 
Ufde, | Datum 
Nr. | und Uhrzeit 
+. 
23. VIL.12.00h 
24, 23.10 
25, 0.00 
| 1.00 
2.00 
3.00 
4.00 
5.00 
6.00 
7.00 1 
8.00 
12,00 
15.00 
18.00 
21.00 
26. VII, 9.00 
12.00 
16.00 
18.00 
19.00 
27, VII 7.00 
8.10 
9.00 
10.00 
11.00 
12.00 
20.00 
28. VII. 12.00 
| 18.00 
1 23.00 
619° 512° | 6° 34 
Olden-Ankerplatz 
519 52,27 6° 341.4’ 
31 50.4 6 222 
1 505 6 94 
51 52 5 546 
31 53,7 > 43 
54 54 20 
31 56 05 
31 565 4 515 
32 2 1 40 
32 31 3 24 
32 53 5 56 
33 15,5 5 28 
63 37 | 7 3 
55 10 9 27 
65 31 102 
56 6 10 57 
56 25 12 6 
36 26 12 
Hetschertor Holandsfjord 
Ankerplatz —andsfjord — 
6° 43’ 13° 33 25.48 A 5334 1.78 0.12 
8. 48 | 13.22 2994 | „3 8458 2.03 D.10 
‚5 53.3 13 31 31.46 2.07 3569 2.138 — 0.06 
:3 59 13 41 32.65 2.05 3270 | 2,22 — 0.07 
a7 13.5 13 45 32.95 2,08 6312 | 2.24 —0.16 
(8 35 15 14 33.38 2.06 6196 | 2.26 | — 0.20 
39 23 16 1 33.66 2.21. 6578 | 2,28 — 0.07 
69 45 16 30 33.68 222 6594 2.29 — 0.07 
Tabelle 6. R. FD. „Poseidon“, 1930. Nordsee. 
58 
— 0.07 
— 0,06 
— 0,03 
—0.02 
— 0.09 
—0.10 * 
— 0.08 
0.08 
0.0y 
0.10 
J.U9 
— 0.09 
— 0.09 
— 0.10 
0.10 
0.10 
„d 
a 
3 
4. 
S 
0. 
Lfde. Datum 
Nr. | 
N-Breite | O-Länge 
Tiefe 
m | t°C | 
SUN 
Ag | 
A/S 
Ay a] 4 Ap-— Ag 
1. 
5, VI.'540 21 8° 225 
20.5 12 
24 | 7° 58.1 
21 49 
22 38 
20 12.2 
© 
12% 
14.76 31.14 
14.71 31.15 
(3.52* 31.33 
12.344 31.56 
11.71 | 31,55 
12.07] 32.19 
‚2,251 32.75 
2.32] 34.01 
8.03| 34.17 
16.41 | 28.54 
8.34 | 25.27 
16.43 | 29.81 
15.411 32.00 
1.71 | 34.25 
„2.05 | 34.54 
„2.19| 34,33 
„2.48| 33.46 
2.92] 33.01 
— 132.39 
15.411 31.57 
16.79] 30.88 
16.72* 30.86 
14.55* 31.96 | 
13.101 33,11 * 
‚3.00| 33,89 
13.25 | 34.33 
12.57] 34,67 
„ 12.98] 34:57 
5 „15.21| 33.32 
5 {1509122581 
2.307 
352 
333 
314 
367 
231 
340 
5 
75 
244 
355 
345 
“3 
379 
327) 
0.074085 
375506 
074465 
073820 
075024 
072414 
‚071452 
069332 
069506 
082132 
93192 
078665 
373218 
I68613 
067459 
68366 
070142 
070765 
172583 
074027 
074708 
074530 
372872 
J70976 
65928 
68183 
067610 
067660 
070918 
71578 
1.4 
‚14 
126 
142 
141 
185 
223 
>)9 
19 
1.536 
PS 
2.02 
178 
25 
144 
>30 
71 
1 
199 
143 
56 
95 
—+40.193 
+ 0.238 
40.207 
-4- 0.172 
-- 0.226 
40.146 
40.117 
10 049 
4. 0.056 
- 0.408 
3.640 
„0,322 
“171 
925 
014 
017 
3.076 
2.095 
3.152 
1194 
211 
2.205 
3160 
102 
036 
3021 
2010 
— 0.0074 
+ 0.109 
1 A Or 
2, 
z 
£ 
}. 
X. 
530 27,8 | 60 55 
228 582 
32.7 42,38 
37.3 | 53 
54° 20.5 | 6° 16.4 
21.7 | 59 47.5 
59.6 | 60 41.5 
550 86 7° 25.2 
1 46.4 
2 59.5 
3.2 | 8° 13.5 
16 2886 
13, 
Ken 
43, 
18, 
its 
15. 
19 
0, 
21. 
3. 
23, 
34. 
25, 
26 
2 
27 
6 
SP 
2 7 
23? 
300 
229 
350 
236 
251 
344 
339 
363 
| 
559 23.3 
23.4 
233 
23.1 
56° 7 
3.2 
55° 56 
RO 43 6 
79 58,8 
32.5 
5.4 
690 24.2 
50 22 
60 88 
79 44,8 
26 m 
1 
LG} 
1: 
15 
1: 
16. 
16. 
BR) 
“Oo 
5) 
54 
346 
261 
79 
Tabelle 6. Fortsetzung. 
Lfde. | 
Nr, Datum 
N-Breite | O-Länge | niet] 400 | 89% 1 
Ag 
A/S 
Arsch.) | 4 Ag 7 Ar 
18, VI. 56° 56 | 4° 50 
i8. 576 8 28 
19. 4 | 50 13 
19. | 4.7! 60 0 
32. 19. 23 
33. | ı9. 53 
34. | 20. ] 
a5. } 20. 80 98 
20. 5.2 | 25.8 
20. | 16.4 33.4 
X 
14.41 
Lt. 
12.67 
L&S 
6.31 
4.00: 
5.25 
A095 
ö.22 
„539 
5.03 
5.70 
3.20 
Au 
16.18 
34.02 
5.13 
‘4.90 ] 
34.75 
35.10 
34.61 
35.19 
2.36 
35.19 
32.61 
35.06 
32.40 
34.69 
33.22 | 
3146 
2,327 
352 
327 
329 
361 
320 
365 
256 
381 
252 
370 
281 
372 
‚334 
997 
0.066640 ! 2,370 — 0.043 
066951 | 384 -— 0.082 
066676 | 369 | -— 0.042 
067023 | 1.358 | — 0.029 
067265 = 382 | — 0.021 
067033 | 349 | —0029 
067207 | 389 — 0.024 
69715 | 197 © 0.059 
067661 89 „2.008 , 
369059 183 + 0.089 
067599 3830 | —0.010 | 
970402 1.194 | + 0.087 
369970 1.355 | + 0.017 | 
070258 ! 255 | + 0.079 
071107 185 | .L0102 
u 
bo 
SE 
5 
7 
34 
} 
‚1 
3 
A