Dr. A. Caspar: Bestimmung der Polhöhe der Sternwarte zu Heidelberg und ihrer Variation. 
57 
Archiv 1903. 2. 
1 
Datum 
Barometer 
Thermometer 
Ät 
5 
Paar 
iC 
Jf 
r*« 
*? 
iS 
Vlikrometerabl. 
1. Stern | 2. Stern 
1 
_l_ I'M 
O 
>'n Y 
2 
H) 3 /> 
10 Y 
Ho 
2 
9 3 
Bemerkungen 
1901 
49° 
49° 23' 
Jini 13 
716.4 
+ 9?4 
läS» 
S 
0 
11:2822 
1066550 
+ 50' 
-o r .'oo5 
-46" 
0" 
—0' 1S726S 
2 4 ' 
lo"945 
52-68 
2 
w 
Io,.745S 
n.1977 
+ 147 
—0.003 
-53 
O 
-012.654 
24 
5-571 
52.92 
3 
0 
16.6387 
2.7626 
- 4 
-0.109 
+ 3 
+ 48 
-6 40.464 
3« 
33-ioS 
52.64 
4 
w 
13.8462 
6.S105 
- 15 
4-0.056 
4- 5 
- 4 
+3 22.751 
20 
30.400 
53.16 
7 
0 
S.5157 
1S.6124 
- 34 
+0:0^4 
- SO 
4-393 
4-4 51.505 
19 
1.610 
53-12 
S 
w 
n.2472 
10.16S1 
~ 3° 
+0.012 
- 4 
0 
+0 31.016 
23 
21,945 
52.96 
9 
0 
14.5967 
4.2260 
- 79 
--0.080 
4-50 
+ 66 
—4 50*343 
28 
51-295 
52.75 
L. I, B. 2. 
717-7 
4- 7-* 
SO 
w 
11.6503 
11.6350 
- 40 
0.000 
0 
O 
+0 0.326 
23 
52.620 
52.95 
Sehr feucht, Uhj. beschlägt 
trotz Taukappe. 
19 
720.2 
+ 1 1.2 
18" 
I 
w 
11.1331 
11.S445 
4-103 
-0.005 
4-41 
O 
-0 20.166 
24 
12.S24 
52.66 
2 
0 
11.1993 
10.7046 
. O 
—0.003 
-54 
O 
-014.312 
24 
7-493 
S3-i8 
3 
w 
3.S249 
I7.795 0 
4- 49 
-0.109 
+ 3 
-159 
-6 42.676 
3° 
35-353 
52.6S 
4 
0 
6,1849 
13.» s*s 
- 46 
4-0.056 
0 
- 15 
4-3 20.955 
20 
32.363 
53-32 
5 
w 
13.2665 
6.9002 
+ 25 
4-0.053 
+27 
— 12 
4-3 3.587 
20 
49.S21 
53-41 
& 
0 
9.7570 
11.5976 
— So 
+0.017 
0 
— I 
+0 53.2S3 
22 
59.400 
52.68 
7 
w 
17.2641 
7.2161 
-19 
+0.084 
- 4 
+204 
+4 49.765 
IO 
3.669 
53.43 
0 
w 
5-5341 
15-9447 
+ $ 
-o.oSo 
-21 
- 56 
-5 0.115 
28 
53-354 
53-24 
L. 1, B. b, sehr schlecht 
10 
0 
11.5822 
11.51S6 
-15 
0.000 
4- 7 
O 
-0 1.7S2 
23 
54.6S2 
52.90 
und unruhig. 
22 
716.0 
+17.2 
iS h 
1 
0 
11.2987 
10.574S 
+ 45 
—0.005 
-38 
O 
—O 21.032 
24 
13.664 
52.63 
2 
w 
10.SS13 
II.4O9O 
0 
0.005 
— 10 
O 
-0 15.219 
24 
8.350 
5313 
3 
0 
16.92S4 
2-9493 
4- 50 
-0.109 
+ 4 
4- 5 
-6 43049 
30 
35.899 
52.S5 
4 
vv 
15.02S7 
6.0850 
- 59 
+0.056 
- 9 
- 28 
4-3 19934 
20 
33.227 
53+6 
5 
0 
$.1795 
14.5093 
4- 4 
+0.053 
-42 
+ 25 
4-3 2.417 
20 
50.714 
& 
w 
12.1175 
10.29S7 
4-12 
4-0.017 
+10 
+ 1 
+0 52.469 
23 
0.29S 
52.77 
7 
0 
4-6379 
14.6587 
- 5 
+O.0S4 
0 
- 42 
+4 48.804 
19 
4-574 
53.3S 
A AU nicht verwertet. 
s 
w 
10.2444 
9.2598 
-iOZ 
+0.012 
+ 2 
- 2 
+0 2S.090 
23 
24.925 
53-02 
9 
0 
15.0175 
4.5746 
4-1 öS 
-0.0S0 
-37 
- 32 
-5 1.309 
28 
54.255 
52.95 
L. 1, B. 2. 
7I5.7 
+15.7 
10 
w 
12.5006 
12.5792 
0.00 c 
- 9 
0 
2.3S3 
23 
55.580 
53-20 
JV differieren stark. 
25 
723-7 
+ 9.6 
iS 1 ' 
I 
w 
IO.1141 
IO.S76S 
- 4 
-0.005 
4-36 
O 
-0 21.95s 
24 
14.623 
52,66 
2 
0 
11.201 5 
IO.6411 
4- 46 
—0.003 
~'53 
O 
-016.337 
24 
9.327 
52.99 
3 
w 
4.S544 
18.S607 
4- 50 
-0.S09 
- 5 
-36s 
-6 43-933 
3° 
36.878 
52.94 
4 
0 
6,0366 
12.0673 
4-172 
+0.056 
-13 
- 3° 
+3 19.227 
20 
34.213 
53 44 
AVI nicht verwertet. 
5 
w 
14.1643 
7.8750 
- 4 
+0.053 
4-37 
4- 13 
+3 I -333 
20 
51725 
53-06 
7 
w 
16.3031 
6.3216 
+ 2 
+0.084 
4- 3 
+ IÖS 
4-4 47.SI5 
19 
5-593 
53.41 
s 
0 
9-9739 
I0.9I07 
— 98 
+0.012 
— 10 
« 1 
+0 27.278 
23 
25.943 
53.22 
L. 1. B. 1. 
9 
w 
5-9103 
16.3919 
4-133 
-0.080 
- 6 
— TOO 
“5 1 *$34 
28 
55.263 
53-43 
Sehr feucht, N sehr 
723-3 
+10.0 
10 
0 
11.1045 
IO-9953 
— 3; 
0.000 
-15 
0 
-0 3133 
23 
>6.583 
53-43 
unruhig. 
26 
721.7 
+10.7 
iS 1 » 
1 
0 
11.1S94 
10.420S 
— IO 
-0.005 
—2$ 
0 
—0 22,151 
24 
14.963 
52-Si 
2 
w 
10.5320 
11.1147 
4- 77 
—0.003 
-44 
0 
—016.616 
24 
9.675 
53-06 
3 
0. 
17.1524 
3.1226 
— so 
—0.109 
- s 
- 30 
-6 44.3S2 
3° 
37.226 
52.S4 
4 
w 
13.5832 
6.6910 
4- 42 
+0.056 
+ 6 
— 10 
4-318.771 
20 
34.364 
53-34 
s 
0 
8.7925 
15.0703 
— 3 
4-0.053 
+44 
4- 51 
+3 1.054 
20 
52.0SS 
53-14 
6 
12.S945 
11.1117 
- 30 
+0.017 
-34 
+ 4 
+0 51.272 
23 
1.678 
52.95 
7 
0 
5.9684 
15.9262 
-15 
+0.0S4 
+ io 
+ 65 
4-4 47.!jS 
19 
5.960 
53-10 
8 
\\ 
11,1067 
10.1S91 
4- 53 
+0.012 
— 1 
0 
+0 26,605 
23 
26.313 
^2-92 
9 
0 
15-3912 
4.SS56 
- 51 
—0.0S0 
-13 
0 
—5 2.722 
28 
55.631 
52.91 
721.4 
+10.0 
10 
w 
11.6S63 
11.S162 
+ 20 
0.000 
- 9 
0 
-0 3.694 
23 
56.950 
53.26 
h. I, P». 2. 
27 
720.2 
+ 12.0 
iS 1 » 
I 
w 
10.3596 
11.1430 
-13 
-0.005 
-19 
0 
-0 22.693 
24 
i5.3°i 
52.61 
2 
0 
11.6665 
H.0S26 
4- 8 
-0.003 
4-51 
0 
—0 16.S00 
24 
10.021 
53-22 
3 
w 
3.9654 
1S.0092 
+ 28 
—0.S09 
— IO 
—196 
-6 44.909 
30 
37.575 
52.67 
4 
0 
6.8404 
13.7216 
0 ! 
+0.056 
-12 
- 6 
+3 18.31.8 
20 
34.921 
53-24 
5 
w 
14.01S5 
7.7512 
4- 4 
+0.053 
+41 
+ 9 
+3 0.708 
20 
52.455 
5316 
e 
0 
10.0383 
U.S32S 
-- 33 
+0.017 
- 3 S 
- I 
+0 51.205 
23 
2.046 
53.25 
7 
w 
17.7m 
7.7569 
— 10 
+0.084 
- 3 
+262 
+4 47-'44 
19 
6.335 
53.48 
s 
0 
9.S55I 
10.7S70 
4- 28 
+0.012 
-U 
— I 
+0 26.772 
2 3 
26.68s 
53.46 
9 
w 
5.26SS 
15.7822 
0 
a 0.0S0 
4-43 
« 37 
-5 3016 
2S 
56.005 
52.99 
720.0 
+10.S 
IO 
0 
10.5352 
10.3723 
- 46 
0.000 
+25 
O 
-0 4.536 
23 
57.325 
52.79 
h, ]., B. 2. 
Jali 5 
7174 
+12.5 
18" 
1 
0 
11.7259 
10.S733 
■4- 19 
-0.005 
+16 
O 
—0 24.611 
24 
17.512 
52.90 
2 
w 
11.1583 
11.S257 
- rS 
—0.003 
4-44 
O 
— O 19.242 
24 
12.312 
53.07 
3 
0 
17-0634 
2.9456 
O 
-O.109 
—21 
- 8 
-6 46.946 
30 
39-898 
52.95 
2. Stern schwach. 
4 
w 
I3.5527 
6.7520 
~ 3 
+0.056 
4- 5 
“ II 
+3 16.002 
20 
37.308 
53-3 1 
5 
0 
9-347'S 
15.5236 
- 19 
+0.053 
—26 
4- 74 
+2 5S.113 
20 
54.948 
53.06 
6 
w 
12.7020 
11.0290 
4- 30 
+0.017 
—45 
4- 3 
+0 4S.269 
23 
4.579 
52.S5