- i58 - 





NUMMER 



GROSSE 



EPOCHE 











PRAECESSION IN A.R. 









PRAECESSION IN DECL. 



Num- 

 mer. 



der 

 nördl. u. südl. 



Bonner- 

 Durchmus- 





NACH 



DER 



MITTLERE 

 A.R. 



1875.0 



w 



PQ 



Ui 

 Q 



J 



X 





1875.0 





MITTLERE 



DECLIN. 



1875.0 



w 



re 



ai 

 w 



Q 





1875.0 





B. D. 



A. N. 



't) 



Beob. 



Pos. 



Var. 



Var. 



3.Glied. 



Var. 



Var. 



3. Glied. 





terung. 







& 











< 



N 



annua. 



saec. 



1 





< 

 N 



annua. 1 



saec. 















1800 -j- 



















— 







3121 



+5°° 1775 



7-5 





8 



70.13 



70.0 



101» 4 6u 



1 8*oi 



2 



+ 3 



<575o 



— 0*0469 



4-0*030 



4-49°53' 42"2 



2 



I9"022 



— 0" 157 



4- o"26 



3122 



+ 7 2379 



8.6 





9 



79-3 



79.0 



46 



19.80 





3 



1307 



— 0.0061 



0.008 



+7 52 52-2 





I9.O27 



0.136 



0. 17 



3123 



— 3 3 OI ° 



8.0 





8 



75.07 



75.0 



46 



28.35 



I 



3 



0483 



— . 0004 



0.008 



— 3 15 9-6 



I 



I9.O3I 



0.132 



0.15 



3124 



-j- 48 1898 



8.5 





9 



80.16 



80.0 



47 



n. 51 



I 



3 



5386 



—0.0435 



0.028 



+48 9 25.5 



I 



I9.05I 



0153 



0.25 



3125 



» » 



» 





9.0 



80.0; 



80.0 



47 



11.78 



2 



3 



5386 



—0.0435 



0.028 



+48 9 249 



2 



I9.05I 



0153 



0.25 



3126 



3127 







1 1 .2 





69.24 



74-27 



69.0 



74.0 



47 

 47 



36.09 

 54.67 



2 



« 



1445 

 1246 



— . 007 1 

 — 0.0057 



0.008 



+ 9 5o 43 • 5 

 + 7 13 4-2 



2 



I9.062 

 I 9 . 070 



0134 

 0.133 



17 

 0. 17 



-f 7 2380 



9-5 





9-5 



2 



J 



3 



0.008 



2 



3128 



-f- 10 2218 



9-1 



9 



10. 



66.31 



65.0 



47 



57.18 



2 



3 



1506 



— 0.0076 



0.008 



+ 10 44 5.8 



2 



I9.O7I 



0.134 



0. 17 



3129 



-f 65 808 



7-5 



7.8 



7.2 



64.59 



65.0 



48 



6.28 



1 



2 



3 



9652 



—0.0995 



0.098 



+65 12 5-5 



2 



I9.O75 



0. 170 



033 



3*3° 



+ 4 239s 



9-5 



9-3 



9-5 



71.32 



71 .0 



48 



11.77 



I 



3 



IOIO 



—0.0039 



0.008 



-f 3 59 41-2 



I 



I9.078 



0.131 



0.17 



3I3I 



» » 



» 



9.2 





72.31 



72.0 





11.80 



I 



» 



» 



» 



40.6 



I 



» 



» 



» 



3132 



+ 9 2425 



9-5 



9-5 



9-5 



82.28 



82.0 



48 



47-25 



I 



3-1385 



— . 0067 



0.008 



-}- 9 12 26.4 



I 



I9.094 



0.132 



0.17 



3133 



+ 3 2433 



9-3 



(9) 



9 



71-33 



71.0 



48 



48.72 



I 



3-0978 



— 0.0037 



0.008 



+ 3 34 45-o 



I 



19.095 



0.130 



0. 16 



3134 



» » 



» 



9-1 



9-3 



72.24 



72.0 





48.83 



2 



» 



» 



» 



45 2 



2 



» 



» 



» 



3135 



+ 6 2369 



6.5 



7 



6 



75.28 



70.0 



49 



32.11 



2 



3.1209 



— 0.0054 



0.008 



+ 6 51 6.4 



2 



19. 114 



0.130 



0.17 



3I3 6 



+ 23 2279 



6.2 



7 



6 



65.18 



65.0 



49 



32.96 



2 



3-2441 



— 0.0154 



O.OII 



+23 1 5.6 



2 



19. 114 



O.I35 



0. 19 



3137 



+ 47 1832 



9.0 





9.0 



: 80.07 



80.0 



49 



46.30 



2 



3.5181 



— 0.0426 



0.029 



+47 52 3-4 



2 



19. I20 



0.147 



0.24 



3138 ' 







10 



10 



74-3° 



70.0 



5o 



0.06 



2 



3.1229 



— 0.0056 



0.009 



-f 7 10 34.8 



2 



19. 126 



0. 129 



0. 17 



3139 1 



+ 6 2370 



7.8 





7-8 



? 



80.0 



5° 



2.27 



•• 



3-II4I 



— . 0049 



0.009 



+ 5 56 30.4 





19.127 



0. 128 



0.17 



3HO 



» » 



» 



7.8 



8.5 



80.30 



80.0 





2-33 



3 



» 



» 



» 



28.8 



3 



» 



» 



» 



SHI 



+ 8 2436 



9 



2 







85.2 



85.0 



5° 



8.62 



1 



3-1342 



— . 0064 



0.009 



-]- 8 46 36.2 



I 



I9.I3O 



0. 129 



0.17 



3H2 



-f- 82 322 



8 



5 







9-7 



81.7 



81.0 



5o 



18.28 



1 



6.0514 



— 0.6259 



2.046 



— )— 82 20 48.0 



I 



I9 I 34 



0.256 



1.08 



3H3 



-f- 22 2290 



■ 7 



5 



7.8 



7-8 



65.22 



65.0 



5o 



27.59 



1 



3-2376 



— 0.0149 



O.OI I 



4~22 28 50.0 



I 



19.138 



O.I33 



0. 19 



3144 1 



+ 7 2389 



9 



5 



95 



9-5 



74.22 



70.0 



5° 



38.53 



2 



3.1216 



— 0.0055 



0.009 



+ 7 3 52-8 



2 



19-143 



0.127 



0. 17 



3145 



-)- s 2420 



8 



7 



8.7 



9-3 



82.28 



82.0 



5o 



52.79 



2 



3-1125 



— 0.0048 



009 



+ 5 47 32-0 



2 



19.149 



0. 127 



0. 17 



3146 



+ 3 2439 



1 9 



2 





9.0 



71 . 16 



70.0 



5' 



22.98 



2 



3.0946 



—0.0034 



0.009 



+ 3 H 28.4 



2 



19. 162 



0. 125 



0.17 



3H7 



+ 3 2438 



! 9 



2 



9 



9.1 



66.72 



65.0 



51 



23-13 



2 



3-095I 



—0.0034 



0.009 



+ 3 18 57-6 



2 



19. 162 



0. 125 



0.17 



3148 



-j- 10 2227 



, 7 



7 





7-8 



70.2 



70.0 



51 



39-9° 



3 



3-I44I 



— 0.0072 



0.009 



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19.169 



0. 126 



0. 17 



3H9 









10 



10J 



78.20 



75.0 



51 



56.25 



2 



3.1181 



— 0.0052 



0.009 



-f 6 40 44 . 1 



2 



19. 176 



0.125 



0.17 





3150 



4- 12 2284 



' 6 



! 



5 





7 



64.66 



65.0 



53 



923 



1 



3.1566 



— 0.0083 



0.009 



— |— 12 22 27. I 



I 



19.208 



0. 124 



0. 17 



315' 



4- 64 824 



6 



8 





6.5 



64.66 



65.0 



53 



10.80 



1 



3-8634 



—0.0913 



0.088 



+64 5 35-2 



I 



19.208 



O.I54 



0.32 



3152 



+ 6 2384 



5 



2 



5.6 



5-i 



74.22 



70.0 



54 



16.00 



2 



3.1172 



— 0.0051 



0.009 



-f- 6 46 2 1 . 1 



2 



19235 



0. 120 



0. 17 



3153 



-f- 60 1302 



9 



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9 



9-i 



64.76 



65.0 



54 



22.57 



1 



3-7317 



—0.0734 



0.062 



-)-6o 12 1 1 . 6 



I 



: 19.238 



0. 146 



0.29 



3154 



+ 8 2446 



9 









8-9 



83.1 



82.0 



54 



26. 16 



2 



3.1272 



— . 0060 



0.009 



— |— S 17 19.2 



2 



19.239 



0. 121 



0. 17 



3 r 55 



-f 6 2388 



8 



7 



8-9 



9 



78.20 



75.0 



54 



40.47 



2 



3-"4i 



— . 0049 



0.009 



— |— 621 4.0 



2 



19.245 



0. 119 



0. 17 



3156 



-j- 22 2299 



9 







9 



9 



66.22 



65.0 



55 



16.02 



1 



3.2280 



— 0.0149 



OOI 1 



4-22 41 11. 3 



I 



19.259 



0.123 



0. 19 



3'57 



+ 60 1305 



8 



8 



9 



9.0 



64.76 



65.0 



55 



23.92 



1 



3-7I9 1 



—0.0728 



0.061 



4~6o 621.7 



I 



19.263 



0.143 



0.29 



3158 



-j- 62 1160 



6 



1 



5 



6.7 



6.6 



64.59 



65.0 



55 



38.13 



1 



3.7790 



— 0.0817 



0.075 



! 4-62 19 46.9 



I 



19 268 



0. 144 



0.30 



3159 



+ 9 2439 



8 



5 





9 



66.31 



65.0 



55 



44-74 



2 



3-1344 



— 0.0066 



0.009 



+ 9 32 3°-2 



2 



19.271 



0.118 



0. 17 



3160 



-f- 60 1306 



8 







8.9 



8.0 



64.75 



65.0 



56 



40.84 



1 



3-7173 



—0.0739 



0.064 



4-6o 31 3° 



I 



19.294 



0. 140 



0.29 



