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Full text: Annalen der Hydrographie und maritimen Meteorologie, 36 (1908)

2929 
Annalen der Hydrographie und Maritimen Meteorologie, Mai 1908. 
Sternbedeckungen. 
(Verzeichnis des Berliner nautischen Jahrbuchs.} 
Hilfsgrößen für die Vorausberechnung. 
Datum | Name 
1909 ı des Sterna 
Jan. 
z Tauri 
- Geminor. 
 Geminor. 
n Lwonis 
+ Leonis 
Y 
i1 
17 
17 
80 
» Virginis. 
1 Seorpii 
v Scorpä 
£ Taurı 
Fehr. ! 
€ 
LA 
Geminor. 
(eminor, 
x Leonis 
+ Leonis 
v Virginis 
13 
18 
1* 
16 
5 
v Scorpli 
Mars 
A Sagittarü 
g Tanuri 
März * 
8 Geminor. 
% CGeminor. 
7? Leonis . 
» Lconis | 
» Virginis 
6 
7 
{2 
8: Scorpii 
v Scorpil 
A Sagittarli 
g Geminor, 
x Geminor. 
l 
28 
20 
April 
1 
x Leonis 
£ Leonis 
vv Virginis 
#1 Scorpli 
21 Scorpli 
[4] 
@ 
1 
v Scorpü 
A Sagittarit 
£ Geminor. 
% Geminor, 
2» Leon 
SO 
830 
z Leonis 
vv Vireinis 
‚Jai 
6 
® 
#1 Scorpii 
al Scorpli 
» Scorpli 
A Sagittarli 
* Geminor. 
6 
8 
yo 
25 
27 
0 
% Geminor. 
2 Leonis 
£ Leonis 
7 Virgin 
Gr. 
Kr 
0 
log pr! 
I 
Yo 
= 
w 
S 
Ca 
x 
3 
Grenzen 
in Breite 
9.7 
3,2 
37 
56 
40 
min 5 
21712 419938 74738 + 0.143 
12 57 16 +24 19 ı 7534 | + 0.013 
15.27 13 +23 58 | 7480 | — 0.048 
u 052,416 54 |7188 — 0.168 
2 1547' 410 0 70833 — 0.207 
40.958 248° 50/1 258° 9 
-— 0.965; 12 42 26 42 
— 0.790 36 1 50 18 
—0.236 1295 50 3811 5 
11361161 43 177 33 
\ 
400) 
524 
544 
90° +24 
öi8 — 85 
[= % 20 
+22 —52 
26 —79 
42 
27 
4.2 
8.7 
15 14 54 
6 720 
9 351 
7 54 13 
+ 7 43 
—18 26 
—18 38 
19 39 
7003 — 0.215 
7429 — 0.161 
7H9 — 0.156 
7443 4 0.141 
4 0.758 886 21 
1.180 141 8 
0.863 183 47 
1. 1.069 354 58 
352 18 
155 30 
1983 5 
9 18 
47. 0 0 
161471 34 
194 | +1 — 20 
4931490 32 
3.2 
87 
2.6 
4.0 
1.2 
{9 18 88 +24 22 
22 823 +23 54 
18 633 410 40 
1022 7:4 9 32 
29 9i1 8.1 7 34 
1496 
7452 
7192 
1042 
7011 
+0.012 — 0,920; 1534 51 145 59 
—0.M9 —0.779/163 9 177 2i 
—0.170/—0428 09 9 Si 24 
— 0.2090 | — 1.202 295 13 311 2 
— 0.216 4 0.5385 ' 109 54 125 30 
4838 
14 
DE 
543 
54 
—15 — 05 
— 5 — 06 
17 — 57 
— — 7 
119 — 8 
2.7 
4.2 
2.9 
8.7 
15 419 —15 838 
183 540 —19 5 
8 43 25 —23 24 
31857 — 24 21 
13 54 33 490 14 
7801 
7381 
7410 
‚7721 
7472 
— 0.158 1 0.979302 14 
— 0.153 +0.154 345 6 
— 0.075 | — 0.020 | 154 53 
—— 0028 | + 1.153] 93 27 
2 0.1427 4. 41.210111 58 
316 51 
0 38 
199 16 
106 48 
126 11 
504 
502 
498 
463 
AG 
+11 17 
430 —32 
+21 —42 
4165 36 
AM —L}3 
3.2 
3.7 
36 
4.0 
A 3 
058 0 38 7480 + 0.010 
34094121 83 7425 — 0.051 
017 1+16 50 7176, — 0.171 
16 41 7 + 9 48 7041' — 0211 
2 40 48! L 7 98 7014 — 0.219 
— 0.726 (245 21 
— 0,627 | 275 17 
— 0.414 188 87 
—1.376° 56 50 
0.478.231 42 
250 38 
289 40 
203 55 
72 39 
247 37 
20 — 2 —6 
1961-+ 5 —60 
326° 185 — 565 
343 — 00 —79 
316 170 — 14 
32T 
4.2 
2.9 
3.2 
27 
22 8 48 
1 841 
11 54 45 
7 19057 
GG 533 921 
—18 35 7820 — 0.157 
—19 21 ‚7338 — 0.152 
24 36 | 7633 | — 0.027 
+24 49 17500 + 0.010 
94 17 7482 — 0.02 
+ 0601 78 56 
—0.142 118 40 
4.0.0913 249 13 
— 0.438 8 30 
10362 m 4 
88 41 
133 22 
| 22 56 
47 26 
OD 
506 
472) 
453 
406 
N — 2 
TR — 49 
+65 +14 
+16 — 2 
A420 — 41 
8.6 
4.0 
4.2 
2.7 
4.1 
8 12 59|+4-16 59 
22 45 404 9 52 
1047 4|+ 7 30 
849101—19 8 
497 23 10 14 
1155 — 0.1738 
7026 — 0,213 
7004 ' — 0.221 
7323 — 0.158 
7326 —— 0.157 
„0.251 304 27 
— 1.302 | 174 48 
105211350 6 
40.456 187 7 
* 1.290! 196 17 
319 48 528 +27 — 48 
190 40 3441 — 43 —79 
Ö 41547 +B —12 
201 52 508 +57 —16 
211 1 506 470 49 
4.2 
2.9 
3.2 
3,7 
56 
654 16 — 10 835 7889 —. 0.158 
18 15.58 — 24 51 7598! — 0.027 
158034 425 2 ‚7569 | + 0.010 
17 23 586424 31 74781 — 0.052 
{2 48 26'117 11 71538 — 0.174 
-— 0.383 ' 281 55 
+0.659, 11 20 
—0.196 158 38 
—0.114 172 48 
0.0233 70 10 
246 36 
25 6 
172 31 
186 55 
85 33 
506 
47 
480 
490 
00 
A 11 5 
+50 — 3 
+30 —27 
+85 — 27 
180 —35 
4.0 
4.2 
138 7'410 1 7010 
17.20.29 -4 7 38 | 6986 
— 0.214 
— 0.9929 
— 1.132 299 46 315 42 
+ 0.609 1135 21 131 23 
546 
540 
— — 79 
LEST — X 
2.7 
4.1 
4.2 
2.9 
3.2 
94817 — 19 14 
1025 4 —19 19 
12 51 20'-—19 41 
2343 5 —25 0 
0533 7 L93 RR 
7354 
7357 
7360 
7612 
7622 
—0.161 +0.357 303 49 
—0.4601 1.188 8192 52 
—0.156'— 0.483 348 5 
—0.027 40.502 119 58 
10.011 — 0.086 226 922 
318 27 
327 30 
2 40 
183 41 
3410 3 
505, E31 —21 
5041 170 +34 
0314 5 — 7 
4176| 245 —12 
475) 186 — 21 
57 | 213 46 
3.6 120 27 41 
40 112 41 12 
4,2 0 42 46 
4.24 38 7330 
4117 18 A172 
110 7 17005 
17 45 8977 
— 0.0538 - 00111382 15 
— 0.175 + 0.104 1211 57 
— 0.215 — A 77 27 
— 4,222 | -4 0.7855 1252 46 
346 16 485 
227 15 527 
03 24 547 
‘268 50 ' 556 
142 20 
+47 — 28 
_15 —79 
190 — 41
	        
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