- 56 - 





NUMMER. 



GROSSE 



EPOCHE 







CQ 

 O 



PRAECESSION IN A.R. 





O 



PRAECESSION IN DECL. 



Num- 

 mer. 



der 



nördl. u. südl. 



Bonner- 



Durchmus- 



terung. 





NACH 





DER 



MITTLERE 

 A.R. 

 1875.0 



W 



m 



w 

 a 



< 





1875.0 



MITTLERE 

 DECLIN. 



1875.0 



W 

 PQ 



Pi 



w 



Q 



J 



œ 



< 



N 





1875.0 





B. D. 



A. N. 



«5 



O* 



Beob. 



Pos. 



Var. 

 annua. 



Var. 

 saec. 



3.Glied. 



Var. 

 annua. 



Var. 

 saec. 



3. Glied. 















1800 + 



















+ 







ioSi 



+ 15° 



474 



9.0 



9.0 



9.0 



84.00 



80.0 



3h 15m 



5 2S 77 



2 



+ 3 s -359 8 



-(-0S0148 



os OOO 



+ i5°54' 42"5 



2 



13" 165 



— o"375 



— o"i 5 



1082 



+ 



578 



9.0 



9.0 



10 



74- 



9 



74.0 



16 



6.02 



2 



3-°774 



+0 . 0084 



+0.001 



+ 17 31. 1 



2 



13.150 



0-344 



0. 12 



1083 



+ 35 



680 



9-4 





9-4 



70. 



88 



70.0 



16 



9 



06 



2 



3-7943 



+0.0286 



— 0.003 



+35 34 22 



7 



2 



13-147 



0.424 



0.21 



1084 



+ ° 



580 



9-3 



9-3 



10 



74 



9 



74.0 



16 



26 



53 



4 



3.0765 



+0 . 0084 



+0.001 



+ 14 29. 



3 



4 



13.127 



o- 345 



0. 12 



1085 



1 — 9 



653 



8.9 





9 



70. 



11 



70.0 



17 







89 



1 



2.9019 



+0.0055 



+0 . 002 



— 9 32 46. 



1 



I 



13.090 



0.326 



0. 10 



1086 



— 8 



643 



6.5 



7 



6-7 



82. 



1 



07 



82.0 



17 



1 1 



69 



2 



2.9256 



+0.0058 



+0.002 



— 8 14 1. 



9 



3 



13.078 



0.329 



0. 10 



1087 



+ 15 



478 



9-4 



9-5 



9-4 



84. 



01 



So.o 



17 



23 



81 



3 



3.3602 



+0.0148 



O.OOI 



+ 15 5' 1 



1 



3 



13.064 



0.377 



0.15 



1088 



+ 31 



595 



8.2 



8.2 



8.2 



79- 



8 



79.0 



17 



27 



78 



4 



3.7046 



+0 0252 



— 0.002 



+31 56 8 







4 



1 3 . 060 



0.416 



0. 19 



1089 



+ 



584 



9-5 



9-5 



10 



74- 



9 



74.0 



17 



29 



45 



2 



3-074I 



+0.0084 



+O.OOI 



+0 6 16. 



9 



2 



13.058 



0.346 



0. 12 



1090 



+ 9 



437 



8.2 



9 



S 



73- 



92 



70.0 



18 



12 



25 



3 



3-2437 



+0.0119 



0.000 



+ 9 34 0. 



8 



3 



13-on 



0.365 



0. 14 



109 1 j 



+ " 



469 



7-7 



8.0 



8 



84. 



00 



80.0 



18 



18.27 



1 



3 • 2894 



+0.0129 



o.ooo 1 



+12 2 33 



9 



1 



13.004 



0.371 



0. 14 



1092 



+ 6 



529 



9.2 





9.0 



65. 



9 



65.0 



19 



13 



57 



1 



3-I987 



+0.0108 



0.000 



+ 7 3 24 







1 



1 2 . 942 



0.362 



0.13 



io 93 



+ " 



474 



8.2 





8 



! 70. 



9 



70.0 



19 



17 



33 



4 



3.2901 



-[-O.OI29 



0.000 



+ 12 2 29 







12.938 



0.372 



0. 14 



1094 



+ 35 



691 1 



9.2 





9.2 



70. 



93 



70.0 



19 



23 



79 



2 



3.8132 



+0.0287 



— 0.004; 



+35 56 42 



5 



2 



12.931 



0431 



0.21 



io 9S 



, - 9 



658 



9.8 





9.8 



7*. 



82 



70.0 



19 



46 



07 



1 



2 . 9062 



+0.0056 



+0.002 



— 9 13 9 







1 



1 2 . 906 



0330 



10 



1096 



+ 49 



944 



6.5 





7.0 



69. 



93 



70.0 



19 



55 



15 



2 



4.2673 



+0.0477 



— . 007 



+49 24 44 



7 



2 



12.896 



0.482 



0.29 



1097 



+ 46 



757 



3-3 



9 





64. 



87 



65.0 



19 



56 



82 



2 



4.1678 



+0.0430 



— . 006 



+46 56 8 



6 



2 



12.894 



0.471 



0.27 



1098 



+ H 



562 



9.0 



9 



9.0 



79 



96 



75.0 



20 



9 



32 



1 



3 • 3470 



+0.0142 



O.OOI 



+15 28 



4 



1 



12.880 



0.380 



0.15 



1099 



+ 11 



476 



9-5 







78 



91 



76.0 



20 



16 



87 



4 



3.2896 



+0.0128 



0.000 



+ 11 58 11 







4 



12.872 



0-373 



0.14 



1100 



» 



» 



» 



9-5 





84 



00 



80.0 





16 



99 



1 



» 



» 



» 



8 



7 



1 



» 



» 



» 



HOI 



+ 19 



537 



7.0 







69 



93 



70.0 



20 



49 23 



2 



3-4467 



4-0.0168 



— 0.002' 



+20 1 37 



8 



2 



12.835 



0.392 



0. 16 



II02 



+ 7 



510 



9.0 



9 



9.0 



65 



05 



65.0 



20 



51.28 



2 



3.2102 



+O.OIIO 



0.000 



+ 7 38 48 



3 



2 



12.833 



0.365 



013 



II03 



+ 7 



511 



8.0 



9 



9 



66 



02 



65.0 



20 



56 13 



2 



3.2041 



+0.0109 



0.000 



+ 7 18 49 



8 



2 



12.828 



0.365 



0.13 



IIO4 



» 



» 



» 





8.5 



65 



9 



65.0 





56-34 



2 



» 



» 



» 



47 



2 



2 



» 



» 



» 



IIO5 



+ 46 



761 



7-9 



8 



8 



64 



47 



65.0 



21 



1.17 



2 



4.1770 



+0.0431 



— 0.007 



+47 3 41 



7 



2 



12.822 



0-474 



0.27 



II06 

 II07 







8.3 



(8) 



6.1 

 9 



77 

 67 



08 

 07 



75.0 

 65.0 



21 



21 



6.01 

 6.18 



3 

 2 



2.5311 

 3-4798 



-|-o . 0020 

 +0.0177 



+0.003 



— 0.002 



—27 45 28 

 +21 37 22 



5 

 8 



3 

 2 



12.817 

 12.817 



0.289 

 0.396 



0.07 

 0. 16 I 



+ 21 



465 



II08 



-j- 20 



573 



7.2 





8 



82 



°5 



80.0 



21 



35-44 



5 



3-45 10 



+0.0168 



— 0.002 



[ +20 1 1 20 



4 



5 



12.784 



0-393 



0.16 1 



f. 



IIO9 



+ 11 



477 



9-5 





9.6 



78 



99 



76.0 



21 



43-74 



1 



3 2877 



+0.0127 



0.000 



+11 48 19 



9 



1 



12.774 



0-375 



0. 14 I 



IIIO 



+ 11 



478 



9-5 





9-5 



78 



99 



76.0 



21 



47-35 



2 



3-2873 



+0.0127 



0.000 



+11 47 8 



7 



2 



12.770 



0-375 



0. 14 



I II I 



+ 36 



698 



7.2 





7.8 



70 



83 



70.0 



22 



10.01 



2 



3.8279 



+0.0287 



— 0.005 



+36 12 21 



8 



2 



12.745 



0.436 



0.21 I 



III2 



, + H 



566 



9.0 



9 



9.0 



79 



96 



75.0 



22 



23 .22 



1 



3-3452 



+0.0141 



— O.OOI 



+14 47 5 8 



9 



1 



12.730 



0.382 



0.15 | 



III3 



+ 36 



710 



8.6 



8.0 



8.1 



74 



.01 



70.0 



23 



38.15 



5 



3-85I4 



+0.0292 



— . 006 



+36 54 7 



8 



5 



12.645 



0.441 



0.21 l 



I 114 



; + 34 



670 



9-5 



9-10 



9-5 



79 



95 



75.0 



23 



39.21 



2 



3.7966 



+0.0273 



— . 004 



+34 55 



7 



2 



1 2 . 644 



0-435 



0.21 



III5 



+ 5 



502 



6.7 



7.0 



6.7 



' 68 



8 



68.0 



24 



7-14 



4 



3-I77I 



+0.0102 



0.000 



+ 5 45 35 



2 



4 



12.612 



0.365 



13 



IIIO 



+ 7 



5H 



8.7 



9 



9 



66 



.00 



65.0 



24 



10.47 



2 



3.2172 



+O.OIII 



— O OOI 



+ 7 56 22 



3 



2 



1 2 . 609 



0.370 



013 



II 17 



+ 46 



767 



8.5 





8-9 



71 



32 



70.0 



24 



35-16 



3 



4.1886 



+0.0425 



—0.008 



+46 59 48 



.8 



3 



12.581 



0.481 



0.27 



I I l8 



» 



» 



» 





8.5 



71 



•3 



71 .0 





35-25 





» 



» 



» 



49 



.6 





» 



» 



» 



II 19 



+ 46 



768 



9-3 





9 



64 



■97 



65.0 



25 



0. 1 1 



1 



4.1687 



+0.0415 



— 0.008 



+46 26 20 



4 



1 



12.552 



0.479 



0.27 



II 20 



+ j s 



499 



3-3 





9 



84 



.00 



80.0 



25 



53.00 



2 



3-3549 



+0.0141 



— 0.002 



1 



+ 15 7 21 



.6 



2 



12.492 



0.388 



0.15 



