UC-NRLF >.'''.'*-"''.' c LI BR ARY UNIVERSITY OF CALIFORNIA. QIF"T OF Accessions No.-Jyg/f?, Shelf No'.. -4 3- APPENDIX I 18S4. CATALOGUE OF STARS OBSERVED AT THE UNITED STATES NAVAL OBSERVATORY THE YEARS 1845 TO 1877, AND PREPARED FOR PUBLICATION BY PROFESSOR M. YARNALL, U. S. N. Third Edition, Revised and Corrected, WITH RENUMBERING OF THE STARS, BY PROFESSOR EDGAR FRISBY, U. S. N. WASHINGTON: GOVERNMENT PRINTING OFFICE. 18/9. TABLE OF CONTENTS. INTRODUCTION TO THE THIRD EDITION. Page. Letter of Commodore Belknap v Scope of the revision v Sources of mistakes V Nomenclature of stars VI General remarks VII INTRODUCTION TO THE FIRST EDITION. Preliminary remarks upon the unpublished Observations IX The stars which were mostly observed IX Mr. Ferguson and others collect the Observations observed in 1845-1850 x The collection transferred to Professor Yarnall for further reduction X THE RIGHT ASCENSIONS. The instruments with which made and the weight of the Observations X The necessity of a uniform standard of reduction X The standard of reduction that of Dr. Gould X The epoch to which the stars are all reduced that of 1860.0 X The method of forming TABLE I and the use made of it XI TABLE I. Adopted places of clock-stars . xn-xv Remarks upon the corrections for proper motion XVI TABLE II. A comparison of the Observations of clock-stars observed in 1845, with the standard places for 1845, from TABLE I, and corrections for equinox for stars observed in 1845 with the Transit Instrument . xvn TABLE III. A comparison of the clock-stars observed with the Transit-Instrument in 1846, 1847, 1848, 1849, and 1850, with the standard places for 1850.0, and corrections for equinox for stars observed 1845- 1850 with the Transit-Instrument XVIII TABLE IV. A comparison of the clock-stars observed with the Meridian Circle in 1846, 1847, 1848, 1849, an d 1850, with the standard places for 1850.0, and corrections for equinox for stars observed 1845-1850 with the Meridian Circle xix TABLE V. A comparison of the clock-stars observed with the Transit-Instrument in 1858, 1859, 1860, and 1861, with the standard places for 1860.0, and corrections for equinox for stars observed 1858-1861 with the Transit- Instrument xx-xxi THE DECLINATIONS. The instruments with which observed and the weight of the Observations xxn The latitude of the Observatory with which the Observations were reduced xxil The latitude upon which the Declinations depend xxil REDUCTION OF THE OBSERVATIONS. The constants upon which the reductions depend xxni Corrections for secular variation of all Observations xxni Description of the Catalogue xxiv-xxv INTRODUCTION TO THE SECOND EDITION. Letter lo Rear-Admiral John Rodgers upon the publication of the second edition xxvi The Catalogue 1-276 Notes upon the Catalogue 277-302 III INTRODUCTION TO THE THIRD REVISED EDITION. This revision was undertaken in accordance with the following 1 order: UNITED STATES NAVAL OBSERVATORY, Washington, February 19, 1886. SIR: The preparation of a third edition of Yarnall's Catalogue having been decided upon you will please take charge of the work, collecting as many as possible of the errors that have from time to time been published, and submitting the same to the Superintendent upon its completion. It is desirable that the work be prosecuted as rapidly as is consistent with the regular work of the 9.6-inch telescope. Very respectfully, GEO. E. BELKNAP, Commodore, U. 8. Navy, Superintendent. Prof. EDGAR FRISBY, U. S. N., Naval Observatory. On commencing the work it was found that a great many errata had from time to time been published in various numbers of the Astronomische Nachrichten by Pro- fessors HOLDEN, KRUEGER, and MILLOSEVICH, and many more have since been published by Dr. PETERS in the third volume of the Memoirs" of the National Academy of Sciences. I have also received many valuable hints and suggestions from other gen- tlemen engaged in astronomical research, to all of whom I am much indebted for the assistance afforded by their valuable notes. The work, however, had not proceeded far before it was discovered that an examination more complete and systematic than any previous one was necessary, including a re-examination of all anonymous stars, comparing the named stars with those of existing Catalogues, re-numbering all the stars, changing names whenever necessary, and supplying names that existed previous to the publication of the Catalogue. The recent publication of the Southern Durchmusterung, Gould's Zones, and General Catalogue have been invaluable in enabling me to identify many of the stars and to correct others. One of the most common mistakes in the Catalogue was caused by combining the Right Ascension of one star with the Declination of another, a result that is always liable to occur whenever the Right Ascension is observed with one instrument and the Declination with another, especially when the other co-ordinate is not noted with sufficient exactness for verification. Sometimes a mistake of i, 5, or 10 degrees was made in setting, sometimes the time was recorded wrong by an even number VI INTRODUCTION. of minutes, and occasionally by an hour. It is, however, believed that no changes have been made that are not warranted by the record or that are not fairly deducible from* it with the highest degree of probability. To this end, whenever a doubtful case has arisen, all known authorities have been compared with the records, extending over' a period of more than thirty years. By these means, very often, mistakes have been made apparent. When a Right Ascension has been observed and no Declination noted, or a wrong Declination recorded, it has sometimes been correctly determined by the wire intervals If, however, these methods are unsatisfactory, or the stars can not be found in other Catalogues, the heavens have been examined, and it is believed that, with one or two exceptions, every star has been completely identified. These are fully explained in the Notes, and no position has been retained that is not com- pletely verified. In a few instances, however, where anonymous stars have been observed two or three times in both co-ordinates, and all the observations agree, it was not thought necessary to examine the heavens for verification, notwithstanding the fact that they could not be found in any other Catalogue. In giving names to stars the following principles have generally been adopted, taking care, however, not to change the existing names, unless for some good and sat- isfactory reason: 1. The oldest name in any standard Catalogue has been preferred, unless there is some uncertainty or mistake in that Catalogue, or unless the name already used is that of one of the recognized standard authorities, although not the oldest. In such cases the other names have been preferred. 2. No Catalogue issued since the publication of Yarnall's Catalogue has been used for that purpose. Most of the names in the Catalogue of the British Association have been retained, although in the case of double stars, or such stars that had only one authority given in that Catalogue, the original name has been retained. There are two sets of names that have been entirely changed, the first set being those marked (*) Washington, which were only a list of stars to be observed, the number indicating merely the order of time in which the request for observation was made. They were all stars that had been observed by Mr. FERGUSON for comparisons of comets and asteroids. A list was made and numbered, and this number was inad- vertently introduced into the Catalogue as the name of the star. Whenever names from existing Catalogues could be found for these stars they were used ; otherwise they are designated Anonymous. The second set is that of the Pleiades, in which the greatest confusion exists. The letter A prefixed to these stars has reference to BESSEL'S anonymous stars, of which there were only 40. It appears, however, that Mr. FERGUSON, in observing the Pleiades on the Equatorial in the year 1863, designated all the observation of stars in this group throughout the year by the letter A, these observations extending as far as the number 48. I have retained the numbers up to and including 40, using, how- ever, the letter B for BESSEL. The other names in this group were simply names taken in order from the working list. Some of them had as many as three different names, depending principally on the time when they were observed on the Equatorial, without any reference whatever to their Right Ascensions. As all these stars have CATALOGUE OF STARS, 1845 TO 1877. VII been found in WOLF'S Catalogue of the Group of the Pleiades, containing 571 stars, and published in the Annales de 1'Observatoire de Paris, Tome XII, Deuxieme Partie. I have adopted these numbers for the small stars in this group, using the letter W. for WOLF to distinguish them from the others. The notation of the stars in Prsesepe is that of Professor HALL in his Catalogue of 151 stars in Prsesepe, and published in the Washington Astronomical Observations for 1867, two stars being added that were observed but inadvertently omitted from the Catalogue. The names of the LAMONT stars are taken from the separate Catalogues that correspond to the given Declinations. The initials M. Z., Tr. Z., and Mer. C. Z. refer to the Washington Mural Zones, Transit Zones, and Meridian Circle Zones, respectively. As the object of this revision was merely for the purpose of correcting mistakes, I have not added any observations or even completed an unfinished one, excepting such as were observed but omitted from the Catalogue, the apparent additions being found in some of the published volumes or in an unreduced state in the observing books. The only use made of the Equatorial observations was for the purpose of verification. Whenever any additions have been made the positions were computed entirely on a uniform system with that of the other stars, and not a single change has been made without consulting the original observing books and Chronograph sheets whenever they could be found. Occasionally mistakes in other Catalogues have been detected. These have been alluded to in the Notes. It has been considered neces- sary to publish the Notes with two arguments, that of the old and that of the new edition. Sometimes the numbers in one edition will correspond to two or three num- bers in the other, and vice versa. The first argument has reference to the third edition, the Notes generally explaining the changes that have been made in the second edition. The stars in the Catalogue have all been compared with standard Catalogues as far as possible, and it is confidently believed that most of the mistakes have been corrected. Very respectfully, your obedient servant, EDGAR FEISBY, Professor of Mathematics, U. S. Navy. Capt. R. L. PHYTHIAN, U. S. N., Superintendent U. S. Naval Observatory, January 29, 1889. < X?ORT^ INTRODUCTION TO THE FIRST EDITION. UNITED STATES NAVAL OBSERVATORY, Washington, April 25, 1873. ADMIRAL : In the latter part of the year 1858, finding the results of nearly six years of my labor with the Mural Circle reduced and nearly ready for the press, it occurred to me to endeavor to complete the observations by observing the Right Ascensions, and, after they should have oeen observed and reduced, to have them published in the form of a Catalogue. With this view, I procured from Captain Maury, then Superin- tendent of the Observatory, permission to observe with Professor Major on his alternate nights with the Transit Instrument ; and Professor A. W. Lawrence, who had been Professor Major's assistant, was transferred to the Mural Circle as my assistant. By continuing to observe in this way, we began rapidly to accumulate observations in Right Ascension, as well as to add to those in Declination until 1859, when, Professor Major having resigned his commission in the Navy, I came into full possession of the Transit Instrument, with Professor T. J. Robinson as my assistant from May, 1860, to July, 1 86 1. These observations were all reduced by me. The stars consisted mainly of stars used in the Army surveys for observations with the zenith telescope, many stars in the lists of the Coast Survey, and many of Lacaille's stars which had mostly been observed by Lacaille only, and for observing which our Observatory was favorably situated. During all these years, Mr. James Ferguson, who so faithfully labored for so many years with the Equatorial, was making constant demands upon me for observations of comparison stars for the objects observed by him ; and this will account for the great number of small stars in the Catalogue. The Right Ascensions at this time, and subsequently, were observed by the chronographic method, and in the manner described in several of our volumes ; the Declinations were observed with the telescope micrometer in precisely the same manner as described in any of our volumes after that for 1847. When the time came for putting these observations in the form of a Catalogue, the number of stars having greatly increased, I concluded to extend its limit so as to include all the stars of which Right Ascensions and Declinations had been published in our volumes ; and this, with a few exceptions, has been done. IX X INTRODUCTION. The idea of forming a General Catalogue of our observations had occurred to Mr. Ferguson; and he, assisted by Professors Hall and Eastman, collected on sheets the observations made from 1845 * 1850, inclusive; and the observations of 1845 having been reduced by Professor Hall to 1850, the collection was transferred to me for further reduction. The stars transferred to me were those of all the instruments, and the places of the stars were united into one for each co-ordinate. The work of the Meridian Circle was well known to be inferior to that of the Transit Instrument, the Mural Circle, and the Prime Vertical Transit Instrument, and I did not think it well to give it equal weight. I therefore revised the list, separating the observations under the heads of the various instruments, and adding some stars observed with one co-ordinate only, and for that reason not published in the Catalogue for 1845. RIGHT ASCENSIONS. The stars whose places are given in this Catalogue were observed for Right Ascen- sion with the Transit Instrument and the old Meridian Circle, the number with the Transit being much the more numerous ; those with the Prime Vertical Instrument being entirely rejected. Equal weight was given to all the observations with the Transit Instrument, and half weight to those with the Meridian Circle. The observations, extending over a period of twenty-seven years, were originally reduced with very different data, and the most important step in forming the Catalogue has been to reduce them to a uniform standard. The observations, as published, were reduced to 1845 and 1850, epoch of the sun's mean longitude 281, and to 1860 and 1870, epoch of the sun's mean longitude 280. The epoch adopted for the present Catalogue, to which I have reduced all the observations, is the Besselian epoch 1 860.0, when the sun's mean longitude was 280; and the Right Ascensions for that epoch are found in Dr. Gould's "Standard Places of Fundamental Stars, United States Coast Survey," first edition, which was issued from the Coast Survey Office September 13, 1862, although Dr. Gould had previously furnished the Observatory with a copy in the first part of 1862. Our star places of time stars are identical with those of Dr. Gould, as published in 1862, and they were afterward published in the American Ephemeris for 1865. This list has been further corrected by some corrections published in the volume of the American Ephemeris for 1 869 ; but, for the sake of consistency, I have thrown out as nearly as possible these corrections from the small number of places used in 1870 and 1871. This list not being quite as large as we desired, Professor Newcomb added some other stars whose places were quite well known, for compiling which he compared the Greenwich, Paris, and Washington observations. Having so many different epochs and different star-lists, the first step was to reduce all the separate results for Right Ascension, given in the several volumes, to what they would have been had the same star-places been adopted in the reductions, and had the stars been all reduced to the epoch 1 860.0 without any correction for proper motion. For this purpose I have formed, as a standard for reference, the following Table I, in which are given the names of all the clock-stars used, and their Right Ascensions for CATALOGUE OF STARS, 1845 TO 1877. XI 184 .o, 1850.0, 1 860.0, and 1870.0. These places were formed from the Annual ad Secular Variations of the Star-Tables of the American Ephemeris and Nautical Almanac, where available ; and for those stars not in the American Ephemeris the values of the Precession and Aberration Constants of those Tables were used ; and the proper motions used were those published by the Reverend R Main in Volume XIX of the Journal of the Royal Astronomical Society. SUPPLEMENTARY NOTE* The Right Ascensions of the following Catalogue may be reduced to Newcomb's standard, as denned in section 7 of his paper on the Right Ascensions of the Equa- torial Fundamental Stars (Appendix III to the Washington Observations for 1870), by the application of the following corrections: 1. Proper motion from the mean year of observation to 1860. 2. Systematic correction depending on the Right Ascension and given by the fornmla, da. =. -\- o.O2 1 -f- o".oi4 cos a. o'.O25 sin a the value of which may be taken from the following table : R. A. An R. A. AO h. s. h. S. + .35 12 + .007 i .029 13 .01$ 2 .021 14 .021 3 .013 15 .029 4 .006 16 .036 5 + .001 i? .O4I 6 .004 18 .046 7 .007 19 .049 8 .008 20 .050 9 .007 21 .049 10 .004 22 .045 ii + .001 23 .041 12 + .007 24 + -035 *The supplementary note on this page was furnished by Professor Newcomb and U published with his permission. XII INTRODUCTION TABLE I. Adopted Positions of Clock- Stars. Name of Star. 1845.0. 1850.0. 1 860.0. 1870.0. f h. m. s. o o 23.16 h. m. s. o o 38.58 h. m. s. o i 9.43 h. m. s. o i 40.29 s, + O.OIO y Pegaaf o 5 15.58 o 5 30.98 o 6 1.79 o 6 32.61 + O.OOI 12 Ceti . 22 53.68 o 23 24.27 O.OO2 /3 Ceti o 35 48.38 o 36 3.46 o 36 33 . 60 o 37 3-74 + O.OI4 o 55 9-77 o 55 40.84 o 56 11.92 o . 004 0i Ceti i 16 16.61 i 16 31.60 i 17 1.57 i 17 31-55 O.OO5 i 23 59.73 i 24 31.71 o.ooo i 34 8.89 i 34 40.02 0.004 o Piscium i 38 0.30 I 38 31.91 + o . 006 I 46 5.28 i 47 21.76 i 46 54.74 1 47 27.73 + 0.006 i 58 26.82 i 58 43.63 I 59 17-28 I 59 50.95 + 0.014 i Ceti 2 5 3-3 1 2 S 34.98 2 6 6.67 o . 004 67 Ceti ... . 2 IO O. II 2 IO 3O.OI + 0.007 f Ceti 2 20 43.15 2 21 14.94 -h O.OOI y Ceti 2 35 16.45 2 35 31.95 2 36 2.96 2 36 33.98 0.009 Ceti ... 2 54 10.96 2 54 26.59 2 54 57.86 2 55 29.14 O . OO2 3 3 37-77 3 4 1 1 . 94 + O.OIO f 3 725. 96 O.OO2 -( 26 20.14 3 26 48.33 0.070 3 38 16.80 3 38 3-1-55 3 39 10. of) 3 39 45-59 + o.oot y Eridani 3 50 47-99 3 51 i-9 6 3 51 29.92 4 5 2.03 3 51 57-88 4 5 31-27 + 0.004 o.ooo y Tauri 4 II 49.77 4 20 26.71 4 12 23 84 4 21 1.66 + 0.009 + 0.008 4 27 1.93 4 27 19.10 4 27 53.44 4 28 27.79 + 0.004 i. Eridani t Aurigae 4 38 30.24 4 47 52.86 4 56 31-33 4 39 0-25 4 48 31-82 4 57 8.57 + 0.006 O.OOI + O . OO2 c Leporis ft- Aurigse ...... 5 5 14.83 5 5 36.92 4 59 32.16 5 6 21.12 4 59 57-52 5 7 5-33 o.ooo + o . 009 J3 Orionis 5 7 5 . 44 5 7 19.85 5 745. 65 5 8 17.45 o.ooo 5 16 29.85 5 16 48.78 s 17 26.64 5 18 4.51 + O.OO2 ' -0. * ttn 3ouu CATALOGUE OF STARS, 1845 TO 1877. XIX TABLE IV. Standard Stars Observed with the Meridian Circle, 1846-' 50. Name of Star. Obs'd R. A. C-O AO No. of obs'ns. X A a Name of Star. Obs'd R. A. C-O Aa No. of obs'ns. X A< s. s. s. s. s. s. a Andromedae 38.56 +O.O2 83 + 1.66 a Canum Venat. . O.2I +0.01 23 +0.23 r Pegasi . . . 30.96 0.02 62 1.24 a Virginis . 17.78 O.O2 31 0.62 Ceti .... 3-39 O.O7 24 1.68 17 Bootis . 32.53 0.02 47 0.94 d Ceti .... 31.56 O.O4 12 0.48 a Bootis . 49-22 0.04 107 4.28 a Arietis . 43-59 +0.04 49 + 1.96 e Bootis . 26.14 O.O2 40 0.80 Y Ceti .... 3i 95 O.OO 43 O.OO a Librae 35.23 +0.07 30 + 2.IO a Ceti .... 26.60 O.OI 43 0.43 /} Libras 56.40 O.O6 43 2. 5 8 77 Tauri. 34-55 O.OO 52 O.OO a Coronas Borealis 20 27 O.OI 40 O.4O Y Eridani . a Tauri. . 1.91 19.08 + 0.05 O.O2 38 63 + 1.90 1.26 a Serpentis /? Scorpii . 52.90 43.26 0.05 O.O6 50 35 2.50 2.IO /? Orionis . 19.81 +0.04 39 + 1.56 d Ophiuchi 29.28 +0.05 49 +2.45 /? Tauri. . . . 48.80 O.O2 57 -1.14 a Scorpii . 12.96 O.II 56 6.16 Ceti .... 43.10 0.05 25 1.25 S Crateris . 20.61 O.O2 29 0.58 y Ceti . . . '. 2.92 0.04 36 1.44 v Leonis . 46.86 0.03 21 0.63 Ceti .... 57.80 0.06 22 1.32 /3 Leonis . 54-9 1 O.O? 25 1.75 d Arietis . 37.69 0.08 32 2.56 c Corvi 55-73 O.O4 15 0.60 rj Tauri 10.01 +0.05 34 + 1.70 7 Virginis . 44.62 +0.04 30 + I.2O y Eridani . . 29.94 0.02 27 -0.54 P Corvi . . . 2.26 0.05 IO 0.50 o 1 Eridani . 2.OO +0.03 32 +0.96 a Canum Venat. . 28.29 0.13 2 0.26 e Tauri . . . 26.68 0.03 33 0.99 6 Virginis . 42.19 O.O9 31 2.79 a Tauri . . . 53-41 0.03 24 0.72 a Virginis . 49.26 O.O5 45 2.25 i Aurigse . 52.76 +O.IO 18 + 1.80 f Virginis . 33-68 +0.03 26 + 0.78 F. Leporis . 32.15 + O.OI 25 +0.25 jj Bootis . 1. 06 0.08 23 1.84 /3 Orionis . 48.71 0.06 20 1. 20 r Virginis . 31.38 O.O2 25 0.50 /3 Tauri . . . 26.58 +0.06 26 + 1.56 a Bootis . 16.56 O.O4 18 0.72 <5 Orionis . 51-33 o.oo 27 o.oo p Bootis . 47.67 0.05 7 0-35 n Leporis . 33-45 0.03 I 0.03 f Bootis . 52.33 + 0.05 15 + 0.75 e Orionis . 6.63 +0.01 23 +0.23 Libra 8.29 O.O5 38 1.90 Columbae 34-88 o.oo 19 o.oo ip Bootis 26.72 O.I3 6 0.78 a Orionis . 35.58 O.O2 10 O.2O P Libra . . . 28.59 0.05 37 1.85 i Orionis . 34-72 0.04 21 0.84 a Coronas Borealis 45-57 O.Og 30 2.70 fi Geminorum. 29.40 +0.03 27 +0.81 a Serpentis 22.39 +0.05 37 + 1.85 y Geminorum. 37-4 + O.O2 13 +0.26 /3 Scorpii . . . 18.04 0.03 43 1.29 e Canis Majoris . 7-50 o.oo 38 o.oo <5 Ophiuchi 0.64 O.05 4i 2.05 y Canis Majoris . 25-51 O.OI 36 0.36 a Scorpii . 49.69 O.O4 48 1.92 d Geminorum. 45.54 +0.03 32 +0.96 f Herculis 0.46 O.IO 15 1.50 a a Geminorum. 39-7 +0.04 17 + 0.68 K Ophiuchi 2.52 +0.04 29 + 1.16 /? Geminorum. 44.64 0.04 22 0.88 a Herculis. 15-82 0.07 33 2.31 6 Cancri . 54.82 0.07 19 1-33 8 Ophiuchi 24.80 0.04 40 i. 60 p Argus 34-97 O.OI 23 0.23 a Ophiuchi 26.14 0.05 36 1. 80 rj Cancri . 36.45 0.07 29 2.03 ft Herculis. 58.77 0.07 16 1. 12 CATALOGUE OF STARS, 1845 TO 1877. TABLE V. Standard Stars Observed, / Aquarii . 9-65 0.03 48 1.44 i! Aquilae . 26.28 + 0.04 48 + 1.92 f Pegasi . . . 28.76 +0.03 37 + I.II y Aquilae . 36.14 O.O6 26 1.56 a Piscis Australis 54.38 0.04 46 1.84 a Aquilse . 57-05 0.05 41 2.05 a Pegasi .. . 47-31 0.03 20 0.60 ft Aquilae . 26.08 O.O7 44 3.08 y Piscium . 54.46 O.O2 39 o.-S n 2 Capricorn! . 16.98 O.O5 38 1.90 K Piscium . 45-31 0.03 41 1.23 p Capricorn! . 52.22 +0.04 28 + 1.12 i Piscium . 45.01 + 0.05 28 + 1.40 Cygni 39-53 O.O5 12 O.6O i! Sculptoris . 37-66 0.03 18 0-54 C Cygni . . . 58.66 O.O7 36 2.52 o Piscium . 7-39 O.O4 34 1.36 Correction for equ inox- S " Aa i I2 9"-5 5 - + c "".043 Zn 3029 xxii INTRODUCTION. DECLINATIONS. The Declinations published in this Catalogue were observed with the Mural Circle, the Meridian Circle, and the Prime Vertical Transit Instrument. Equal weight is given to the observations of the Mural Circle and Prime Vertical Transit Instru- ment, and half weight to the observations of the Meridian Circle. It is not considered necessary to describe here the method of observing, as that has been done at length in the volume for 1846 and those of subsequent years. The observations having all been reduced with the Latitude -f 38 53' 39". 25, they have all been changed in value to correspond with the value of the Latitude + 38 53' 38". 78 given by Professor Newcomb in the Appendix to the volume for 1864. In fact, I applied the correction o"-5 to the Declination of stars above the pole, and + o"-5 to the places of stars observed below the pole, multiplying the places above and below the pole, respectively, by the number of observations of each kind and dividing the result by the sum of these numbers. This gives the Declination which would have been obtained had a Latitude + 38 53' 38". 75 been used; and this remark applies to all the observations, with the exception of a few observed in 1872 with the Latitude + 38 53' 38". 8. This difference is not material, as we reduce the observations to tenths of a second only. The observations with the Prime Vertical Transit Instrument were corrected by the formula, n x- sul Correction do sin 2

, 1 ^, o o 6 fc Annual Precession, 1860. Mean Decimation, 1860.0. |j 1 & 9 1) 2. 1 IH O O Z Annual Precession, 1860. h. m. s. s. / // // I Lacaille 9726 .... 7-5 o o o. 56 62.8 2 + 3-072 - 36 42 31.7 61.9 2 -f- 20.06 2 M. Z. 148, 5 .... 8.8 o 2.43 64.8 I 3.072 - 23 53 35-6 67.4 2 20.06 3 Weisse XXIII, 1227 9.0* o 13.48 68.9 2 3.072 - ii 48 45.0 57-8 2 20.06 4 r Lalande 47298 . . . 4 Ceti .... 7.0 S. 1 o 30. 19 o ii. 74 74-2 71.8 5 i 3-074 3.072 + 3 6 24 24. 8 3 19 41. 9 75-4 62.8 4 2 20.06 20. 06 J 6 Weisse XXIII, 1240 . j j 8.5 o j / ^ o o 35.42 69.8 j i + 3-072 2 7 38.2 68.4 2 + 20.06 7 Lacaille 9732 .... 6-5 o 37-42 63-4 4 3.070 23 17 10. i 61. 9 2 20.06 8 Lalande 47307 . . . 7.6 o 38.05 69.7 2 3-75 + 37 56 36. i 48.4 2 ao. 06 9 Weisse XXIII, 1242 . 9.0 38. 79 62.2 3 3-07I - i i 54 30. i 55-5 3 20.06 10 O. Arg. N. 26423 . . 7-9 o 48. 68 65.7 3 3-078 + 53 ' 8. i 65.7 3 20.06 ii Lalande 47310 . . . 9.0* o o 49. 75 72.7 2 + 3-076 + 3 6 29 35-7 64.8 3 + 20- 06 12 T 1 Lacaille 9735 .... 5 Ceti 6. i 1. S o 56. ii i i. 08 62.7 68.8 2 2 3.068 1. 072 - 34 18 33- 3 3 13 37. 6 68.4 69.6 2 3 20.06 20.O6 1 J '4 a Andromedse .... j j 2.O* s ' 9-37 54-4 222 j. "/ 3.076 + 28 19 3.9 51.8 114 20.o6 '5 O. Arg. S. 8 9-5 i 10.31 67.3 2 3.070 - '9 59 25.8 70.2 3 20.06 16 Weisse XXIII, 1250 . 8.2 o i 11.38 64.0 6 + 3-072 + 2 39 45.8 66.0 5 + 2O.O6 17 Weisse XXIII, 1251 . 8.0 I 14. 22 64.4 2 3-073 + 5 50 14- 7 54-9 2 2O.O6 18 O. Arg S. 9 9.2 1 '4-43 67.4 2 3-069 - 20 OII.5 69.8 4 2O.O6 >9 O. Arg. N. 14 .... 8. i i 26.78 65.7 3 3-083 + 53 2 3.2 65.7 2 2O.O6 20 Weisse XXIII, 1258 . 8-5 i 37-74 60.4 2 3-73 + 4 19 3-6 55.8 2 2O.06 21 Weisse XXIII, 1260 . 8.5 o i 38. 32 60.4 2 + 3-073 + 421 40. 7 55.8 2 + 2O.O6 22 Lacaille 9737 .... 7.0 i 38.67 71.2 4 3.065 - 35 34 27. 7 70.4 4 2O.O6 23 24 Weisse XXIII, 1262 . ft Ca.ssiopee 7-5 2. ?* i 41.81 i 42. 86 62.1 4? 8 4 6 3.072 3.088 o 5 12.5 + 58 22 38.8 61.5 6? Q 7 1 2O.O6 2O.O6 Xl T 25 Weisse XXII, 1264 . J 8.0 1 45-03 tj- * 61.0 6 3-074 + '2 I 34-3 J " 59.8 O 5 20.O6 26 27 Lacaille 9738 .... \Veisse O 4 7.0 8.0 o i 45.40 I cy 88 62.6 60 7 3 7 + 3-068 -} O74. - 22 57 30. 3 +12 I ?4 8 66.2 60. o 2 I -|- 2O.O6 2O. 06 z / 28 B. A. C. 10 5.8 * J 1 *"* 2 12.65 <"* / ^7.6 / 3 J. V/4f 3.065 1 * * JT" w 28 46 2. 9 59-8 J 3 2O.O6 29 Weisse O, 10 . . . . 9-i 2 18.62 65.6 5 3.072 + i 3* 34- i 67.9 2 2O.O6 3 Weisse 0,13 . . . 8.5 2 21. IO S8.8 2 3.069 - 10 58 i. 5 57-9 3 20.O6 3' Weisse O, 21 . S.o 2 41. 22 6 7 .I 3 + 3.075 + ii 55 56.2 69.9 3 + 2O.O6 32 B. A. C. 12 7.0 2 44- 93 64. o 2 3.071 3. 20 24. 6.-. 8 8 2O.O6 33 Weisse O, 24 .... 8-S 2 46.51 64.9 2 3-073 + 3 23 13-2 69.4 4 2O.O5 34 Lacaille 9747 .... 7-2 2 50-93 66.4 2 3.064 - 26 39 15.4 73-8 7 2O.O5 35 ^6 Weisse O, 28 .... B. A. C. 17 8.0* 6. <* 2 53-21 o 3 8. 81 63.8 70. s 2 3 3.069 -4- -3 O7O 9 45 M- 7 6 i 16. 7 57-9 67. Q 2 2 2O.O5 4- 20. o< j 17 B A C 18 J 7 O* J 1,4 7Q r*** j CQ A J 2 i j *^/ w T I O4 o / + C8 C7 A.O O / y c-, x 2 n j 2O. 05 Jl 38 Weisse O, 41 ... / w 8.7 J 't- ty 3 I9-3 6 Jy- T- 62.9 2 O' IV <1 3.069 D" JO ^ - 10 4 11.4 jj- 61.9 4 20.05 39 0. Arg. 8.36 .... 8.0 3 27-26 66.4 2 3.064 - 22 54 56.5 68.8 2 20.05 40 Weisse O, 44 .... 8-3 3 28.82 66.4 2 3-073 + i 3 1 l8 -4 67.9 2 20.05 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. tj B >, 1 S 1 IM O O K Annual Precession, 1860. Mean Declination, 1 860.0. Mean year. 1 3 o 2 3 .2 . 3 u) O o S *" a 5 oo < a A Lalande 17 6.8 h. m. s. O T, 11. 56 68.8 2 s. + 3-087 / // + "?6 41 1Q. 7 66.2 3 // 4- 20. 05 8.0 1 1Q. IO 69. 2 3 3.089 4- 38 59 7.6 66.2 3 20.05 43 44 45 46 Lacaille 9753 .... DM. + 4, 13. . . . WeisseO, 51 . . . . Weisse O, 59 . M Z 82 2 5.8 7.8 7.8 8-3 8 5 3 39- 72 3 39- 75 3 54- 86 o 4 7.12 4. I 3. O2 68.9 74-2 64.4 61. 9 64. Q 2 3 4 2 2 3-057 3-074 3-073 + 3-073 1.056 - 35 38 24.9 + 4 18 38.9 + 3 21 16.9 4- 8 18 34.4 77 74. 47. 2 68.4 55-8 67.8 66.9 68.8 4 2 2 2 2 20.05 20.05 20.05 + 20.05 20.05 4.8 B A C 23 <;. ^ A 27. ^2 65.1 2 1.058 28 34. 4.cr. 6 60. Q 1 20.05 49 So C I DM. 4- 6, 4 . . . . Weisse O, 69 .... Q Sculptoris 8.8 7.0 S.O 4 20.85 4 36. 57 o 4 36. 68 68.9 61.5 70.0 2 6 3 3-75 3.076 + 3- 5 2 + 6 5 13. i 4- 8 21 42.2 35 55 2.0 62.9 61.1 65.7 Z 7 2 20.05 20.05 4- 20. 05 52 Weisse O, 71 .... 9.0 7 2 4 49. 06 4 5O 4"? 65.4 68 8 2 2 3-071 3 OQ4. i o 30. 5 + 7.8 1C 7Q 4. 67.9 65.5 2 J 20.05 20. 05 54 55 56 e7 B. A. C. 25 . . . . O. Arg. S. 47 . . . . O. Arg. S. 48 .... 5-5 5-2 8.2 6.0 4 53-17 5 i-Si o 5 5.62 5 22. 15 63-9 68.9 69.7 69.8 2 2 2 2 3.046 3.062 + 3-062 7. OQ7 - 42 57 i- i - 18 42 58. 5 - '5 56 37-' 4- l8 1O 12. O 53-8 66.9 66.4 66.2 2 2 2 3 20.05 20.05 + 20.05 20. 05 58 59 60 Lacaille 9766 .... O. Arg. S. 52 .... Lalande 89 . . 7.0 9.0* 7.O 5 29.74 5 31-58 C 74. 23 65.8 67.8 69 8 2 2 2 3.056 3.060 3,. OQ6 - 27 38 10. 7 - 19 58 27.9 4- -?6 54 51 1 68.8 69.4 65. 5 2 2 ^ 20.05 20.05 20.05 61 62 Weisse O, 83 .... Lacaille I 9.0 7. 2 o 5 36. 56 5 36.66 60.4 68.8 2 2 + 3-075 i. 040 + 5 23 52- 1 43 56 16.8 54-9 62.0 2 2 + 20.05 20.05 63 64 65 66 67 Lalande 100 .... Weisse O, 88 .... Weisse O, 89 .... Weisse O, 90 .... v Petrasi . 8.0* 8.8 8.8 8.7 1.6 5 48-51 5 49- 52 5 50.66 o 5 54.61 6 i 78 73-8 64.6 72.4 69.0 54. Q 3 3 5 6 261 3-097 3-073 3.076 + 3-074 1. 081 + 36 38 25.7 + 2 10 14.2 + 6 7 0.6 4- 2 36 49. 2 -j- 14 24 18. 2 60.9 69.4 55-9 67.0 5O. I 2 2 3 2 71 20.05 20.05 20.05 + 20.05 20.05 68 Anonymous . . . 0. O 6 4. $2 67.8 i 7. O6O 17 56 45. O 68.9 2 20. 05 69 7O M. Z. 206, 40 .... Lacaille 4 ... 7.6 7.8 6 5.84 6 6 20 66.8 68.q 4 2 3.060 1.07,8 - 17 57 48-6 43 SO 4.1. 7 68.9 62.O 2 2 20.05 20.05 71 Lacaille 5 . . 6 o o 6 o 07 60 2 5 + 7, OC4 27 6 14. 6 6<;. 4 2 4- 20.05 72 B. A. C. 27 . 6 o 6 Q 70 66 i 4 7. Q43 ^8 3.6 q. 7 63. o 4 20. 05 73 23 Andromedse . . 5. c, 6 14 08 60 8 2 7. IO3 -i- 4O I >* 44, C 51.8 2 20.05 74 75 Harvard Z. 22, 96 . . Lalande 130 9.2 8.5 6 21.67 6 29. 12 67.7 6?.6 2 2 3-072 3.076 4- o 4 10. o 4- 5 48 6. 2 68.8 65-7 2 2 20.05 20. 05 76 77 7? Weisse O, 97 .... O. Arg. S. 65 .... Lacaille 9 8.5 7-5 6.6 o 6 32. 20 6 37-55 6 38. 26 72.8 64.9 60,6 4 3 7 + 3-076 3-055 1.O52 + 6 9 39. 5 - 23 59 28. i 27 1 5O. 1 69.4 67.9 65.4 2 2 2 -f 20.05 20.05 20.05 79 So Harvard Z. 22, 97 . . Weisse O, 102 .... 9-o 8-5 6 50.99 6 51.96 64.5 62.0 3 2 3.072 3-063 4- o 5 29. i 12 4 58.6 68.9 60.5 2 3 20.05 20.05 U. S. NAVAL OBSERVATORY, 1845 TO 1877. Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. >-. 3 % S < 1 o i Annual Precession, 1860. Mean Declination, 1860.0. ij rt 1 C a w s CA " <*- O 6 & Annual Precession, 1860. 81 Lament 21 8. I h. m. s. o 6 53. 70 65 Q s. + 3 O7I o / // 68 4 // 82 83 84 85 86 87 88 80 Weisse O, 104 .... Weisse O, no . . . . Weisse O, 112 . . . . Weisse 0, 115 . . . . 35 Piscium (1st*) .... 35 Piscium (2d*) .... Lalande 181 Lacaille 17 .... 9.0* 8.8 9.0* 8.2 6.0* 7.0 7-5 7. S 6 54- 54 7 18-44 7 31-03 7 38. 22 o 7 46-33 7 46- 72 7 46.93 7 4.8 67 59-9 61.9 74-6 65-3 61.2 61.8 71.6 6-? i 3 3 5 2 7 3 3 3.076 3-074 3-074 3-074 + 3-078 3-078 3-107 + 6 6 o. 9 + 2 41 32. 8 + 2 35 8. 2 + 2 30 II. I + 8 2 35. 7 + 8 2 26. 4 + 37 17 40.0 55-9 69.5 57-9 68.4 59-2 59-5 67.2 6c ? 4 3 3 2 7 6 4 20.05 20.05 20.05 20.05 + 20.04 20.04 20.04 90 9' 02 B.A.C.37 Weisse O, 124 . . . . Anonymous .... 5 .8 6. 9 8.2 7 53-65 o 8 7.41 8 17 62 68.8 68.9 68 9 2 2 3-039 + 3-066 - 35 40 58. 8 - 6 54 53. 7 66.2 57-9 fir 1 3 3 20.04 -(- 20. 04 01 B. A. C. 10 . 6 o* 8 20 86 f,-, ; 94 95 96 Lalande 201 Weisse O, 129 . . . . B. A.C.4I . . . 7.8 7.2 6. <; 8 26.41 8 27.03 O 8 27 72 68.8 59-4 68 8 2 2 3- "i 3-076 + 38 14 33. i + 5 3 55-3 67.9 55-9 61 8 4 2 20.04 20.04 97 08 Lalande 202 Lacaille 21 . . 8.0 7. Q 8 40.08 8 AO 27 69.8 68 8 2 3- 112 + 37 58 52-2 61.9 fie 7 2 20.04 oo B. A. C. 42 . . . . 7 O 8 46 26 _|_ -J 28 2fi "> .04 IOO 101 IO2 IO3 Weisse 0, 138 . . . . B.A. C.43 O. Arg. S. 90 36 Piscium . ... 7 .6 5.6 8.0 6 o 8 53-44 9 3-51 9 10-93 67-3 63-5 69.7 2 5 2 3-079 + 3-039 3-057 + 7 20 19. 2 32 13 28. i - '5 15 i-9 67.8 67.4 68.3 67 8 2 2 2 20. 04 + 20. 04 2O. 04 IO4. Lalande 221 . 7 Q 21 2? /i8 o 105 Lalande 220 7. 1* 92C. 7Q 68 8 J III 57 6 lOb Lacaille 26 .. 7 o* 107 108 109 no III B. A. C. 47 DM. + 370,33 . . . Lalande 231 B. A. C.49 DM. o, 30 .... 7.5* 8. 9 7-5 6.9 9 28.87 9 3^36 9 3 6 -43 9 39-03 O Q 10. 11 69.8 69.4 75-3 62.8 72. 4. 2 2 5 10 7 3-073 3- "5 3- "7 3-35 1 i O72 + i 4 19-3 + 37 26 33. 5 + 39 i 20.7 - 33 27 58- 3 68.8 61.9 67.9 63-9 2 2 4 5 2O. 04 2O. 04 2O.O4 2O.O4 112 "3 114. Andromedae Weisse (2) O, 256 . / Lalande 251 5-5 8.6 7 8 9 47-05 9 48. 38 74-i 70.2 7O 1 5 6 3. 116 3- "3 + 37 54 iS-o + 35 46 46- 2 _1_ -JC A6 22 8 46.8 61.9 66 2 14 2 2O.O4 2O.O4 s 116 Weisse O, 164 . . . . Lalande 248 .... 7-9 8 i 10 18.40 o 10 27 14 69.9 70 6 3 3-072 - o 27 37.7 67.4 2 20.O4 117 B. A. C. ?7 . 6 6 10 ^6 11 ,,r ! 9- i 62 8 118 no Weisse O, 172 . . . . Anonymous . . 8-3 Q O IO 39. 21 64.9 fiC A 3 3.064 - 6 55 52.8 57-9 69 8 >3 3 20.03 120 B. VI + o, 29 . . . 9- 2 10 50. 34 68.9 2 i. 072 4- o 6 6 CATALOGUE OF STARS OBSERVED AT THB Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. jj >* c rt Q 4 <^ O O X Annual Precession, 1860. * Mean Declination, 1 860.0. o D >-, q 1 121 a Andromedae .... 4.8 o 1 1 i . 24 72.9 5 + 3.U9 + 36 o 31.6 68.2 4 + 20.03 122 127. B. A.C. 59 Lacaille 37 5-7 7 6 II 16.92 II 77 Q2 64.4 62. 8 5 3. 022 3 072 - 37 17 1 6. 2 -JO ,1,1 2 7 65.8 6 1 Q 2 2 20.03 J 124 125 Weisse O, 189 . . . . Lalande 310 .... I ' 8.0 8.0 * ji y* " 39-94 1 1 $1 58.8 2 U J-* 3.058 1 O7"* j^ *H- * / - 1 1 43 34- 2 O O 11 1 57.9 64.8 2 20. 03 20 o ? 126 Weisse O,.ig2 .... 8.8 jj r o " 55-52 60.4 T -> **/ - + 3.080 y T-* * j + 6 30 15-5 55-4 2 4- 20.03 127 128 Weisse 0*196 .... i Ceti 8.8 v4* 12 8. 3 2 12 17 71 62.3 40 7 5 10 3-7S % 060 + 2 17 48.8 Q 16 o 8 65.8 60. i 2 6 20.03 20 02 I2 9 O. Arg. S. 117 .... O T" 7-7 * / / 12 22. 52 ^7 I 64.5 3 j- "-"-"- 1 3.048 y y * " - 18 27 26.9 66.9 2 -;<_. uj 20.03 "3 Lalande 330 .... 6.8 12 27. iy 71-5 3 3- 125 + 36 ii 8.5 66.2 3 20. 03 131 Weisse O, 199 .... 7-5 12 27. 72 59-4 -i + 3-062 7 59 48. i 57-9 2 + 20.03 132 Weisse O, 202 .... 9.0 - 12 39-51 60.0 5 3.088 + 12 36 56.4 56.4 2 20.03 33 Lalande 335 .... 6.2 12 41.25 72.8 4 3.129 + 37 27 34.0 73-9 2 20.03 '34 Weisse O, 210 . . . . 7.2 12 53-40 58.8 2 . 3-079 + 5 30 52-4 5 6 -4 2 20.02 135 Lalande 344 . . . 7-4 12 53.92 63.8 3 3-036 - 25 53 43.0 67.8 2 20.02 136 137 O. Arg. S. 122 .... Weisse O, 212 .... 7-0 7.6 O 12 56. 70 12 58.57 64-5 62. I 5 + 3-047 3-075 - 18 28 39.7 + 2 15 24.2 65.4 66.9 2 3 + 20. 02 2O. O2 138 Groombridge 47 ... 8.0 13 4.76 73-8 4 3- HO + 44 9 41.6 71.2 3 2O.O2 139 I4O Lacaille 46 M. Z. 82, 7 7.0 7 Q 13 9.58 I -i IA IF 63.6 6c 2 3 a 3-015 ? O2 1 - 36 40 46. 7 11 12 AC) O 66.4 68 i 2 2 2O. O2 2O O'' I4-I d Piscium . . . / y c n 1 J *** j* Oil 21 7? "J. 61. 8 j 28 4- 1 087 oo j* V u + *7 2/1 /lyi *7 ". j CO T g I 20 O2 **r* 14.2 Lacaille 48 j' 6 Q ' l J *J' / j 1 1 Ad. 60 71 C r i 6- uo o 3016 7 *4 44- 7 2i 24 26 "* ->y- i f\A ft 2 2O O2 *t*> 143 p Andromeda; w. y 4-8 * j *rr' "^ 13 45-28 / * J 69. 2 J 3 . (JjU 3-33 + 37 " 34. 2 U 4- y 47-8 4 2O.O2 144 Weisse O, 229 .... 7-5 13 45-89 61.7 5 3-089 + ii 59 40. 4 55-6 3 2O.O2 145 Groombridge 52 ... 7.0 13 46.49 74-9 6 3- 15 + 44 9 38. i 73-9 5 2O. O2 146 Lalande 380 .... 8.0 o 13 48. 18 73-3 4 + 3- '34 + 37 37 41-7 48.9 i + 2O.O2 147 148 Lalande 383 .... Lacaille 49 6.8 7 6 13 48. 96 17 C 7 12 71-5 67 7, 3 3- '29 3O2/1 + 35 6 9.8 "3D ?7 /1O "7 48.9 (\c n 2 20.02 2O O2 **fW IAQ Lacaille 50 / - u 6.8 J JO' 17 e c 68 u o* J 60 7 2 u *4 3OTM jV */ *ry- * 4Q Q Cg g u .>- y A*T n 2 2O O2 *tfy 150 Weisse O, 233 .... 8-5 j jj~ 13 57-97 uy. / 6l.4 4 . UU4 3-089 -j- ii 56 ii. 6 u/. y 55-9 2 20.02 15' 152 Weisse O, 239 .... Lacaille 52 . . . . 9.0 6 4 14 14. 22 HI4 QQ 60. 2 63.8 + 3-055 ?_ OIO - ii 27 39.9 ?6 IA 10 i 57-9 6? 4 2 2 -f 2O.O2 2O. O2 J 'S3 154 Weisse (2) O, 369 . . ( Sculptoris ** *r 9.0 C O r* yy H 17.33 14 28. 82 73-4 66. 5 6 3.153 3O24 o^ OT- J Wt J + 44 7 2Q AC 21 O W ' T t7 6 2O.O2 2O. O2 55 Weisse O, 245 . . . . J' ** 8. 4 14 39-72 72.9 4 *-*Ai|. 3.080 *y nj fii y + 5 6 45.6 3/* u 57-0 2 2O.O2 156 O. Arg. S. 136 . . . . 5-6 o 14 40. 89 64/8 4 + 3-39 - 20 50 6. 9 67.8 2 -}- 2O. O2 157 i?8 Weisse O, 246 .... Lacaille 55 ... 9.O* 7 7 14 40. 97 Id. 47 7O 46.9 64.6 3 41 3-071 3 Old. - o 46 52.0 27 46 5O. 6 46.8 68. 2 4 2S. O2 2O. OI J 59 1 60 Weisse O, 247 . . . Lalande 409 / * / 8.2 8.0* * *T *T/ " J^ 1 14 47.76 I A CA 80 65.6 7C -i 6 6 ^Jt 3.081 7 1 17 + 6 14 7. 2 + 56 Co 8 o 65.5 66. 2 3 3 ao. oi 20. oi if. jt* *-"^ 1 J' J O" * ji o 1 -' jy - y j U. S. NAVAL OBSERVATORY, 1845 to 1877. Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. i >, B 3 V S o o 1 Annual Precession, 1860. Mean Declination, 1860.0. >, c a V s JS o IM O O Annual Precession, 1860. 161 162 Weisse O, 236 .... Radcliffe 79 .... 7-5 8. S h. m. s. o 15 5.66 K 7. l6 64.7 71. 7 5 4 s. + 3- 6 3 ?. i?8 / // - 5 58 6.4 + 44 Q 3. 61.7 62. Q 5 4 // + 20. 01 20. 01 163 164 i6c Weisse O, 255 . . . . Lalande 421 .... g Ceti 8.9 6.2 6.0* 15 12.67 15 34.66 1C 41. 17 62.4 68.8 69.5 4 2 4 3-079 3-H3 3. O?I + 4 27 14. 2 + 37 58 38- 5 - 12 59 19. 7 68.4 47.6 59-4 2 3 5 2O. OI 2O. 01 2O. OI 1 66 7.0 on 46. 01 63.5 3 -j- 3.OO5 - 36 9 53. 5 67.8 2 + 2O. OI 167 Lacaille 61 6.0 15 49. 63 69.7 2 2. 996 40 2 20. 7 67.9 2 2O. OI 1 68 6.2 15 53. 92 63.8 2 2. 999 - 38 10 48. 7 68.4 2 2O. OI I6 9 I7O DM. + 37, 57 . . . B A C 77 .... 8.8 6.4 16 9-43 16 ii. 81 68.8 62. 4 2 3 3- H5 1, OI "? + 37 48 43- 6 31 48 44. 7 48-9 69.6 4 2O. OI 2O. OI 171 Lacaille 66 7. "* O 1 6 2O. Q^ 64.4 ! -\- 3.OI7 7O 37 22. 4 68.3 2 + 2O. OI 172 7. O 17 6.46 6?. 8 2 2. QQ4 - 38 1 1 10. 9 68.4 2 20. oo 173 174 175 O. Arg. S. 160 . . . . O. Arg. S. 163 .... B. A. C. 81 8.2 7.2 5. 5 17 10. 27 17 17.64 17 20. 53 70. 6 68.8 S3- 4 3 2 5 3.027 3.014 3- 67 24 10 43. o - 29 45 27. 2 2 59 35- 3 67.8 54-9 68.3 2 2 2 20.00 20.00 20.00 I 7 6 177 I 7 8 179 180 181 Weisse O, 287 .... B. A. C. 83 . . . . . Rumker N. F. 97 . . Lalande 489 .... O. Arg. S. 169 . . . . Lacaille 78 ... 8.0 6.0* 9.2 8.5* 7-5 6.0 o 17 22.43 17 33.20 17 39-99 17 42. 15 17 46.25 O 1 8 3. 54. 60.8 68.0 67-3 74-2 70.8 63.4 4 4 2 3 3 5 + 3-77 3.204 3.085 3-153 3-025 + 3.008 + 2 35 56. 5 + 52 16 14.8 + 6 57 50. 2 + 38 15 37-3 - 24 13 43.6 - 31 27 48.5 62.4 53.8 68.9 65-5 67.8 70.0 4 3 2 3 2 4 + 20.00 20.00 20.00 20.00 20.00 + 19.99 182 44 Piscium .... "*. 7 18 13.62 64. i 12 3. 074 + I 9 51. 2 61.2 19 19. 99 183 184 ige Lalande 508 .... Lalande 509 .... Lacaille 81 7.6 8.2 6.0 18 14.00 18 14.48 1 8 26. 29 69. i 71.6 66.9 4 3 2 3-149 3- 149 2.982 + 35 42 30.3 + 36 o 5.3 4O 2 I. 2 66.2 66.2 67.9 3 3 2 19.99 19.99 19. 99 1 86 45 Piscium 6.6 o 18 29.01 62.7 25 + 3-085 + 6 55 1.9 62.5 7 + 19.99 187 Lacaille 82 , . . 7.0 18 70. n 62. 9 3 3- O2 7 - 22 24 25.4 59-5 3 19.99 1 88 Lacaille 83 6. -i 18 44. 60 63. o 3 3.013 28 29 5. 2 71.3 3 19. 99 189 190 191 192 IQ3 Weisse O, 305 . . . Weisse O, 306 ... P.A.C.9I Weisse O, 308 .... Lacaille 84 7.0 8.0* 7.0* 8.2 6.8 18 44. 78 18 45. 18 o 18 46. 96 18 50.34 18 c6. 83 73-i 70.9 64.5 7-3 63.1 4 2 3 2 4 3.078 3-54 + 3- 1 10 3.078 3. 004 + 3 859.2 9 7 38- 2 + 19 22 15.3 + 3 6 45.9 31 31 26.0 69. 2 70.9 53-9 69.9 62.0 2 2 2 2 2 19.99 19.99 + 19.99 19.99 19. 99 194 >95 196 197 1 08 B. A. C. 92 DM. + o,5 4 . . . . Weisse 0,312 .... Weisse 0,313 .... Lacaille 86 7.0* 8.0 7.0 7-2 7. 3 19 O.82 19 1.68 o 19 4-95 19 6. 61 IQ 1^ l6 67.9 73-4 58.8 62.1 62. o 4 4 2 5 -5 3-236 3-073 + 3- 078 3.082 3.026 + 55 Si 56-6 + 23 20. 2 + 3 2 59. 7 + L '9 8.9 222'' 52. 3 53-8 66.9 63-5 66.9 67.4 3 2 6 2 2 19.99 19.99 + '9-99 19.99 19.99 J o IQ 21 ?2 67 6 2.066 43 4 1.4 67.9 2 19. 99 200 Radclifie 97 8.3 19 38.01 70.3 2 3.205 + 49 " 2 46-7 68.8 2 19.98 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. |d I >^ c 3 4 45-9 73-6 10 19.96 219 Weisse O, 358 . . . . 9. o* 22 IO. 21 64.8 6 3.089 + 7 20 36. 6 65.8 2 19.96 22O Lalande 656 .... 6.7 22 25. 24 68.8 3 3- '72 + 37 33 i-2 65.8 3 19.96 221 M. Z. 71,25 .... 8.1 22 27.39 72.5 3 + 2-975 - 36 29 51.4 70.0 2 + I9-9 6 222 Lalande 658 .... 8.2 22 29. 52 67-3 2 3.061 - 4 47 '5-9 69.0 2 19.96 223 224. Weisse O, 368 . . . . 28 Andromedse 8.0* 6.0* 22 40. 70 22 44. 46 46.9 CQ 4 3 6 3.070 31AC i 5 46.4 _i_ 28 8 4C < 50.3 c-i 8 6 19.96 T n rtfi **t 225 B. VI + 42, 87 . . 8-5 f,f, (( f V 22 45. 68 J u - * 8 % 4 "3 6 Annual Precession, 1860. Mean Declination, 1 860.0. ij rt I S 4 "o o Z, Annual Precession, 1860. 24.1 5 1 Piscium 6.5* h. m. s. O 2< IO. (O <6.o 4 s. 4- i.o&& / // -4- 6 IO ?^.q 14.. Q c // -4- IQ Od. **T* 242 24.7 Lalande 762 .... 52 Piscium .... J 6.0 6.0 J v - JW 25 14-34 25 K.43 j 68.8 69. i 2 4 I J 3-187 J. 124 i j j y + 38 4 17-0 -4- 19 31 21. 6 J*f" 7 47-3 54- 8 J 2 7 1 my. y*^ 9-93 IQ. QT. ***tj 244 Lacaille 118 .... 6.7 ~J J ^.J 25 21.57 .* 63.8 4 J "T 3.002 - 25 25 12.6 J*t' " 66.0 J 2 y yj 19-93 245 Lalande 767 .... 8.0* 25 24.58 75-9 2 3->?6 + 35 5 7-5 66.2 3 9-93 246 Weisse 0, 421 . . . . 8-4 o 25 30.40 68.8 3 + 3- 46 9 48 25.9 57-9 2 + '9-93 247 Weisse O, 420 .... 8.7 25 3'- 18 62. 9 2 3.076 + 23 11.5 62.9 6 '9-93 248 Weisse 0, 425 .... 9. o* 25 39-55 46.9 3 3.009 i 13 4.8 60.9 2 '9-93 249 Lacaille 121 .... 5-7 25 40. 68 61.9 2 2.999 - 26 7 50.3 65.8 2 9-93 250 Weisse O, 434 .... 6.6 26 3. 05 65.8 2 3.O6O 4 37 5-9 63-9 3 '9-93 251 Weisse 0, 436 .... 9.0 o 26 14.48 59-4 2 + 3-096 + 8 59 52.0 54-9 2 + 19-93 252 2(3 Weisse O, 437 .... 8.0 6. $ 26 16.50 26 17.85 65.9 7?. 4 2 3-059 5.411; 4 48 53.0 4- 65 58 40. 8 64. 2 7O. 8 3 A 19.92 IO. Q2 JJ 254 Weisse 0, 439 .... J 7-6 26 19. 40 / o ^ 67.4 2 J' *T" J 3.068 I 22 52.9 / 67.8 ^ 2 y y 19.92 255 B.A.C. 133 7-5 26 20. 32 59.8 2 3-27 + '9 39 38. 3 53-8 3 19.92 2 5 6 O.Arg. 8.264 . . . . 7-5* o 26 38. 36 03-9 4 + z-994 - 26 51 51.4 65.8 2 + 9-9 2 257 Weisse 0, 443 7-7 26 42. 79 64. o II 3-79 + 2 3 2 51.7 58.8 2 19.92 258 B.A.C. 135 6.2 26 45. 26 63.1 5 2.981 - 30 19 50-3 67-5 2 19.92 359 Lacaille 126 .... 7-2 26 46. 52 68.8 2 2.944 - 39 27 24.4 64. 2 3 19.92 2OO Weisse 0, 444 .... 9.2 26 5 1 . 09 66.6 3 3.046 9 29 30.2 57-9 2 19.92 26l Piazzi O, 111 (ist*) . 6.5 o 26 51. 64 63-5 5 + 2.959 35 45 23. 5 68.2 3 + 19-92 262 Piazzi O, III (2d*) . 8.0 26 51.67 66.7 2 2-959 35 45 28. i 69.4 2 19.92 263 Weisse 0, 450 .... 8.0 26 55.46 59-6 4 3.086 + 5 'i 3-2 56.9 3 19.92 264 B.A.C. 137 7-3 26 55-54 61.4 6 3-098 + 9 3' 57-o 58.4 4 19.92 265 Weisse O, 453 .... 9-2 27 5-36 65.0 5 3-094 + 7 54 51-2 69.8 i 19.92 266 Lacaille 131 .... 7-6 o 27 10.97 63-2 3 + 2.969 33 4 3'- 6 72.9 3 + 19-92 267 268 Piazzi O, 113 . . . . Radcliffe 49 . . 7-4 9. 2 27 20.88 27 21. 80 65.8 65.8 8 6 3-057 1. O57 - 5 '9 8.3 ? 18 Ci.o 65.7 69.6 4 i 19.91 IO. QI 260 Anonymous .... 8.7 / 27 IQ. 06 "j* * 68.8 2 o j i 1. 180 j j^' ** 4- 16 4 vy- v j y y IO. QI mvy 270 Lalande 849 .... / 6-5 */ oy 7 27 40.65 72.6 5 O lj y 3.189 1 J T^ + 36 3 38-6 64.7 5 m y y* 19.91 271 DM.+ 1, 89 . . . 9-5 27 44.53 62. 9 2 + 3-075 + I 2 39. I 68.9 2 + I9-9I 272 Weisse 0, 466 .... 8-3 27 44.71 73-6 5 3.082 + 3 36 56. 6 71.9 3 19.91 273 274. Rumker 138 .... 13 Ceti 6.0 6.0 28 1.62 28 2. 58 68.9 61.8 2 IO 3.186 7.060 -f 34 53 '3-7 4 21 50. 8 58.2 61. 8 3 2 19.91 IQ. QI */*T 275 Lacaille 138 .... 7.0 28 4.60 64-3 4 o 2.989 26 53 51.7 V J' v 67.8 2 y y 19.91 2 7 6 Lalande 863 .... 8.0 o 28 5. 17 7i-5 3 + 3-190 + 35 48 28. 5 61.4 2 + I9-90 277 Weisse 0, 476 .... 8-5 28 16. 15 61.2 4 3-093 + 7 22 32. 7 59-9 3 19.90 278 27O Weisse 0, 477 .... 14 Ceti 7.6 7- 28 16.64 28 21. 72 65-5 61.7 4 7 3.082 ro68 + 3 3i 22.3 i 16 30.4 69.9 ?4. O 3 IO 19.90 IQ. OO */ y 280 Lamont 104 . 28 25. 61 76 6 / j 7 O7O + 2 11 C C jt> v 60 o 2 y y^ IO OO / ' o- v / y * JJ J' J w y? y y- y" 10 CATALOGUE OF STARS OBSERVED AT THE 1 Number, Name of Star. Magnitude. Mean Right Ascension, 1860. o. rt QJ >* a 9 S A I o 1 Annual Precession, 1860. Mean Declination, 1 860.0. i o X M 1 t*H O Annual Precession, 1860. ' h. m. s. s. / // // 281 Lalaiide 884 .... 6.2 o 28 35. 59 73- i 4 + 3-20 + 37 28 50.0 68. i 4 -4- 19.9 282 B. A. C. 149 .... 6.0* 28 39. 85 60.2 5 3- 109 + '2 26 33. 2 53-9 2 19.90 283 O. Arg. S. 284 . . . . 8.2. 28 41. 12 64.6 4 2-985 - 27 37 43-2 69-3 2 19.90 284 Riimker, N. p., 235 . 7.0 28 49- 75 65.9 2 3.091 + 6 23 5.3 67-9 2 19.90 285 Lacaille 142 .... 6-3 29 8. 74 6 3-9 8 2.998 - 23 36 45.9 67.9 2 19.89 286 287 Weisse 0,491 . . . . C Cassiopece . 8.0 ? o o 29 10. ii 20 ii c.3 00. 2 73 2 2 + 3-096 1 2QQ + 8 6 13.5 J- <7 7 72 2 58-4 60 o 4 2 + 19-89 19 8q *.^/ 288 Weisse (2) O, 746 . . j 7-5 ? jj 29 20. i i / J 68.9 I j- ~yy 3- '56 1 JO I J. m " + 26 16 54. 8 wy. y 63-4 2 y r w y 19.89 289 200 B. A. C. 154 .... 6.0 4. o 29 20. 85 29 24. 65 76.9 6-t. i 3 g 4- 245 -i. 18* ~f 81 43 12.4 4- ^2 s6 S2. o 73-6 67. q 4 4 19.89 19.89 nfw 291 Weisse (2) O, 749 . . 9.0 o 29 24. 98 " J' 76. 2 5 J J + 3-I83 1 O J J + 32 56 15.8 17 77-7 i y v .? + 19-89 2 9 2 20"? Tr. Z. 97, 10 .... 53 Piscium 7.2 1. ? 2 9 25. 9 2 2Q 2Q. Q7 68.8 61.2 2 2-933 T. 116 - 39 3 50.9 -1- 14. 27 30. I 64.9 6^. 4 2 4 19.89 IQ. 8q 7-J 294 DM. + i, 99 .... j j 9.0 y sf* yj 29 37- 5 62.9 2 j 3-075 I ^ / jy + '55-5 "J* T^ 67.9 2 v y 19.89 295 Weisse O, 496 .... 8.2 29 43-9 60. 4 2 3.086 + 4 38 28. I 56.9 2 19.89 296 0. Arg. S. 303 . . . . 7.2 o 29 48. 94 68.9 2 + 2.990 - 25 16 12.3 67.2 3 + I9.89 297 B. A. C. 158 .... 6.0* 29 51.97 58.7 2 3- I9 2 + 34 37 42- 5 60.6 5 19.89 298 O. Arg. S. 304 . . . . 7-5 29 53. 18 68.9 2 2.990 - 25 15 33.4 66.9 2 19.89 299 Weisse O, 503 .... 8.5 30 0.23 69-3 2 3-067 i 38 9. i 64-4 2 19.89 300 Weisse O, 506 .... 9-5 30 8. 27 65.7 2 3.085 + 4 '5 4'-2 69.4 2 19.88 301 B. A. C. 160 . . . . 5-2 o 30 9. 27 62.4 8 + 2.988 - 25 32 17.1 69.8 4 + I 9 .88 302 B. A. C. 161 . . . . 7.0 30 18. u 61. i 4 3-79 + 2 22 I.I 68.9 2 19.88 33 tOd. Weisse O, 510 . . . Lalande 963 . 7-5 8 7 30 28. 26 -3Q 46 $6 73-6 68.8 3 3-095 ^ 2O^ + 7 IS 4-5 _l_ -36 17 <\4. 2 65.8 66.2 2 3 19.88 iq.88 ,>*-"* >$ j 8.0 J^ J qw yv 30 48. 96 ?8. 8 2 O- * W O 1.078 [ J 1 -' * / JT 1 ' 4- I SO ^4- 2 C.Q. I O 4 * y* "^ 19.88 O J 306 W7 Weisse O, 511 ... 15 Ceti 8.5 6. ? o 30 50. oo 30 cc. it J 67-7 SS. 2 2 1 1 J / + 3.086 3.068 J;/ JT^ + 4 21 31.7 i 16 25. 6 jy 70.8 Co. 4. 2 16 + 19.88 19.87 3 1 308 Lalande 966 .... J 6.9 O JJ J 3 57- 78 jj 68. 9 2 O 3.209 + 37 '4 58.5 jy " 61.4 2 19.87 309 ?io O. Arg. S. 312 .... 8 Andromedae 8.1 4.0* 31 7-64 11 Q. QQ 67.3 46 4 2 a 2. 966 3. 171 - 30 16 57.0 -4- 28 n o. 4 69.9 70. T 3 J 19.87 19.87 J 3" Lalande 975 .... 8.2 j 7' yy o 31 11.85 *T tf * T^ 69-5 o 3 O' 1 + 3-203 * oj v - 1- + 35 49 26.0 / - o 66.2 J 3 y "/ + 19-87 312 Lacaille 155 .... 6.5 31 21. 18 69.7 2 2. 906 - 42 21 45.9 62. o 2 19.87 313 M. Z. 149, 22 .... 3 1 27.50 68.9 2 2.985 25 26 i.o 66.9 3 19.87 3H Tr. Z. 93, u .... 31 28. 18 69.8 2 2-954 - 32 48 14.9 64.9 2 19.87 3iS 6 Andromedse .... 3.0* 3' 5-93 59-7 3 3- '79 + 3 5 40-4 57-0 4 19.86 3i6 Lacaille 157 .... 6.0 o 3 1 5'- 6 3 63-9 7 + 2.982 - 25 52 38.7 66.3 2 + 19.86 317 B. A. 0.167 . . . . 7.0 3i 54-62 66.4 8 3.080 -f- 2 21 10.6 68.4 4 19.86 3i8 Lalande 1003 .... 7-4 32 3-76 74-3 5 3.207 + 36 i 18. o 66.2 3 19.86 3'9 Weisse (2) O, 832 . . 8.0 32 3-98 72.9 4 3- '64 + 25 58 9-6 57-5 3 19.86 320 O. Arg. N. 599 . . . 9.0 32 27.83 62.6 3 3-350 + 55 46 17-5 68.4 2 19.86 U. S. NAVAL OBSERVATORY, 1845 TO 1877. II Number. Name of Star. Magnitude. | Mean Right Ascension, 1 860.0. |j rt B >* c rt V 1 (M O 1 Annual Precession, 1860. Mean Declination, 1 860.0. / // 4- 20 40 11.9 + 2 52 54. I + 55 4 6 8. i - 25 47 56. 3 i % 1 i f O i Annual Precession, 1860. 321 322 323 324 55 Piscium 6.0 i 7-5 Var.* 7.8 h. m. s. 32 33-78 32 34- 79 32 35-oo 32 54- 79 71-7 65.7 49-5 68.9 4 2 123 2 s. + 3- "43 3.082 3-350 2.980 64.8 68.4 50.9 66.9 2 2 95 2 // 4- 19-85 19.85 19.85 19.85 Weisse O, 544 . . . a Cassiopeia Mer. C. Z. 66, 145 . . 325 Anonymous 95 . 32 57-97 64-3 2 3.008 - 18 25 48. 9 68.3 2 19.85 326 Lacaille 164 .... 8.0 o 33 2.04 68.8 2 + 2. 8 9 6 - 42 25 36. i 62.0 2 + >9-85 327 328 Lacaille 162 . . . .7.0 Weisse 0,55'} .... 9.0 33 4- 36 33 5-8? 65.8 64.5 2 2 2-939 3-087 - 34 43 41-2 + 4 30 43- 4 68. 3 68.3 2 2 10.85 19.85 329 M. Z. 206, 52 .... 9. o 33 '0.84 64.4 2 3.008 - 18 21 41.0 69.3 2 19.85 330 Weisse O, 560 .... 8.0 33 '7-20 58.8 2 3-943 - 8 25 20. 3 57-9 3 19.85 33' Lacaille 167 .... 6-3 o 33 29- 75 62.5 3 + 2-983 - 24 33 40. 5 67.8 2 4- 19.84 332 Weisse O, 563 .... 9. o* 33 30-69 69.8 2 3-055 3 6 50. 8 68.8 2 19.84 333 32 Andromeda; .... 5. 2 33 32-51 68.8 2 3-228 + 38 41 22. 7 46.6 4 19.84 334 B. A. C. 174 .... 6.0* 33 34-8i 62.8 3 3-054 5 7 '3-7 68.8 2 19.84 335 Lacaille 169 .... 6. o 33 4- 20 64.9 2 2.958 - 30 1 1 26. 2 69.9 2 19.84 336 B.A.C. 175 .... 5.5 o 33 44-96 76.9 2 + 3-500 4- 65 22 44. I 73-6 6 4- 19-84 337 Weisse O, 571 . . . .9.0 33 45- 56 65.7 5 3.086 + 3 59 55-4 70.8 2 19.84 338 B.A.C. 177 .... 7.0 33 57-94 59-6 3 3. 102 + 8 35 24.4 54-9 3 19.84 339 34 34i 342 Weisse O, 583 .... Lalande 1097 .... 7-9 8. i 9.4 8. i 34 9- 28 34 23.57 o 34 28. 63 34 34- 12 70.5 63.4 70.0 72.9 5 6 2 5 3.082 3-075 + 3-047 3.082 4- 2 49 51.0 4- o 58 46. 6 7 >o 23.9 4- 2 52 28. i 70.5 64.7 68.8 68.4 7 9 i 2 19.83 19.83 + 19-83 19-83 Weisse 0, 588 . . . . 343 0. Arg. S. 358 . . . . 6.0 34 39- 'o 68.8 2 2.974 - 25 57 50.6 66.3 2 19.83 344 DM. 4- i, 104 ... 9.0 34 42. 90 70.6 4 3-075 4- i i 46. 7 72.9 4 19-83 345 Weisse O, 572 8.8 34 46. 3' 69.8 2 3-095 4- 6 29 47. i 54.8 2 19.83 346 DM. + i, 119 . . . 9.0 o 34 47. 12 68.2 3 + 3-079 + ' 57 40-6 68.4 2 + 19-83 347 Weisse 0, 595 .... 9.0 34 49- 6? 60. 2 3 3.083 4- 3 o 49. 6 58.8 2 19.83 348 B. VI. + 2, 293 ... 9.0 34 53-06 65-7 i 3-079 4- 2 10 o. 4 69-5 2 19.82 349 DM. 4- 2, 94 . . . . 9.2 34 53-62 68.7 5 3.080 + 2 4 33- 3 69 5 2 19.82 35 DM. + 10, 74 ... 8.8 34 55-34 69.9 2 3- 108 + 10 3 3.6 69.9 2 19.82 35' Weisse O, 601 . . . . 9.0* o 35 o. 15 58.8 2 + 3-058 3 49 9-7 57.8 2 4- 19-82 352 353 354 DM. + 3, 91 .... Anonymous 8.8 8.5 8.6 35 7- 29 35 7-78 35 29.69 74-9 65-3 62.9 6 2 7 3.086 3-049 3.076 + 3 58 48.8 6 23 53. 9 4- o 55 41.8 70.8 66.9 63.5 3 2 6 19.82 19.82 19.82 Lalande 1123 . . . . 355 Weisse O, 608 . . . . 8-5 35 3'- 62 60. 2 4 3-083 + 3 i 24.5 58.8 3 19.82 356 O. Arg. S. 369 . . . . 7.6 o 35 42. 21 64.9 3 + 2-992 - 20 57 43- o 66.8 2 + 19-81 357 358 359 Lacaille 181 /I 1 Sculptoris 6.4 5-o* 8.0 35 5.66 35 58-07 36 2. 54 63. 2 76.6 65-3 4 3 2 2.916 2.901 3-093 36 47 26.0 - 39 '3 53- ' + 5 48 9-7 68.2 64.8 67.8 3 2 2 19.81 19.81 19.81 Weisse O, 616 . . . . 360 Weisse O, 620 .... 8.4 36 17-58 65.2 2 3.092 + 5 23 14.8 67.9 2 19.81 CATALOGUE OP STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. rt B X q rt V % 1 IM O 1 Annual Precession, 1860. Mean Declination, 1 860.0. S >* i s 1 IM O i Annual Precession, 1860. h. m. s. s. / // // 761 4. 7 o 36 28. 10 6l. 7 c + 3- 822 + 74 IT 18. 8 68.6 12 + iq. 80 J -162 ft Ceti T" / 2.O* ^6 77. 64. O O 61.6 J ISI 1. OOO 1 / T^ O * l8 4? 2O. 7 ?}. i ^7 T y ^* iq 80 ym 363 B. A.C. 197 6. S * J OO' ^ 36 40. S3 66.4 J 3 J, u. 3-3 01 *tj i.u. ^ + 47 5 45- 9 j j 53-8 Oi 3 * *^. wvx 19.80 364 Weisse O, 635 ... . 8.2 37 5- 2 9 60. 5 3 3.098 + 7 o 21.6 55.6 3 19-79 365 Weisse O, 638 .... 9.0 37 "-72 60. 4 2 3-099 + 7 3 33-8 55-9 2 '9-79 366 Weisse O, 641 . . . . 8. i o 37 23.42 65-3 2 + 3-048 - 6 23 35.4 60. 9 3 + 19-79 367 Weisse O, 642 .... 7.0 37 25.04 68.8 2 3-oi7 - 14 10 54.0 64.4 2 9-79 168 A 2 Sculptoris ?. 2 7,7 21 60 68.8 2 2 80; ?Q I I 76. 8 60 Q A IQ 7O J vv 369 O. Arg. S. 388 . . . . j 7-7 jt * j **y 37 30.01 63.8 3 yj 2. 960 jy j 27 17 15.6 y y 69.9 ^ 2 *y- j y 19-79 370 B. VI. + 2, 97 . . . 7-7 37 43- '7 65.8 50 3.081 + 2 26 3.5 65.8 46 "9-79 37' B. A.C. 203 6.2 37 48. 57 63.6 4 + 2.980 22 46 35. 5 68.4 2 + I9-78 372 Weisse O, 647 . . . . 8.0 37 51-52 59-3 2 3.089 + 4 24 53.0 55-5 3 19.78 373 Lalande 1198 . . . . 8.0* 37 54-3 70.9 2 3.076 + I 2 22. 7 70.9 2 19.78 374 Lacaille 194 6.7 37 55-88 63-7 4 2-934 - 32 9 21. i 68.4 2 19.78 375 Weisse O, 658 . . . . 8.8 38 25.65 63.2 3 3.076 + o 56 32. 8 67.0 2 19.78 376 Weisse O, 657 . . . . 8.0 o 38 25. 66 59-9 2 + 3-Joo + 7 4 4i-5 55-6 3 + I9-78 "*77 18 Ceti f 2 ?8 26 77 62. i 3.018 I -5 7.8 24. 2 7^. T 4 19-78 ' / / ?78 23 Cassiopeae j- * c c ju . ,\*. / / l8 2Q 7O 66 q -> gcr J O "^' " -4- 74. 4. S4. O / O J 66. q 2 y i IQ. 77 o/*-* 379 DM. i, 94 .... j' J 8-5 j u *y o w 38 35- 12 uv. y 75-9 2 J "jj 3.064 I / ^ ^ j^~ i 57 7-5 7 57-4 2 y t / 19-77 380 Weisse O, 664 . . . . 9. o* 38 45. 89 67.4 3 3. 066 i 34 10. 3 68.4 2 19-77 38' Weisse O, 665 . . . . 8-3 o 38 50. 04 66.9 2 + 3-090 + 43 5- 5 68.8 2 + 19-77 382 Anonymous . . . . 8.2 38 59. 08 68.9 2 3-047 6 24 39. i 67.9 2 19-77 18? Lacaille 203 . . 6 5 IQ Id. 24. 61 i 2 074. 2? 17 17 6 6? 4 2 IQ 76 j^j V/. J jy *T ni "T 1 **j i mt y/4- * o * / / - v i *T y / 384 Weisse O, 674 .... 9.0* 39 24.40 46.8 2 3.066 I 36 4. I 68.4 2 19.76 385 DM. + 9, 88 . . . . 9.0 39 30.86 69.8 2 3. 112 + 9 48 35- 5 69.8 2 19.76 386 Weisse O, 677 . . . . 8.0* 39 33-5 70.9 2 + 3-05I 5 ' 59-o 70.9 2 + I9-76 387 Weisse O, 678 . . . . 8.2 39 34-66 68.8 2 3.078 + i 35 30- i 57-9 3 19.76 388 Weisse 0, 680 . . . . 9.0* 39 38.40 58.8 2 3. 102 + 7 3 2 3- 3 56.4 2 19.76 180 58 Piscium . . c c TO 47 SI 71 2 r 118 -f- II 12 35. I 71. 4 2 iq. 76 j v y 39 Lacaille 210 .... J J 6.6 jy TO- j 39 48. oo / 64. I 3 O' * *-* 2-933 - 3 57 23.4 67.8 2 y, 1 ~ "9-75 TO I Andromedse 4.0* o TO e<. 78 62. o 2 -1- ^.171 -f- 23 30 1 6. 3 63.7 3 -f- 19. 75 OJ7 392 Weisse 0, 687 . . . . 9.0* j? jj j 40 2. 24 58.8 2 i j i j 3.064 i 55 15-4 65.6 3 '9-75 3Q7 60 Piscium .... 6. I An Q 1A 62 o 7 T. OQ6 4- ? 58 7.4. 4. 6l. 7 8 iq. 7? *>yj 394 Weisse O, 694 .... 9.0 *r v ? .yt 40 27. 18 *" 7 69. o / 7 J' "5P* 3.081 i J j J^ ^ + 2 13 44. 9 J 68.3 2 y / j 9-74 TO 5 6 1 Piscium .... 6.0 40 20 66 60 t; !. K8 -4- 2O Q 74. 7 70. 9 7 19. 74 jyj 396 Lalande 1281 .... 8.0 *T" ^7- vv/ o 40 33- 3' w y* j 68.8 2 O J + 3- 236 i 7 J^ / + 34 58 23. i 68.4 J 4 + '9-74 397 Weisse 0, 698 . . . . 9.1 40 34.48 65.7 4 3.081 + 2 8 19. 7 68.3 2 "9-74 TO8 17* CassiopeEe ?. 7 40 38. 26 ^4-. 1 4 ^. 4^6 -f 57 4 15. 2 67.9 2 19. 74 jy 399 O. Arg. S. 423 . . . . j / 6.0 40 44. 47 J*T P J 65.8 4 J- TJ** 2.991 - '8 49 39-4 65.8 3 19-74 400 Lacaille 216 7- 4O 40. 72 66.8 2 2.889 - 37 41 34.8 70.5 3 9-74 ^ ^y / U. S. NAVAL OBSERVATORY, 1845 TO 1887. j Name of Star. Magnitude. Mean Right Ascension, 1 860.0. Mean year. 1 IM O d fe Annual Precession, 1860. Mean Declination, 1 860.0. S ^ i s 1 "o o ^ Annual Precession, 1860. 40 1 Lacaille 217 6.4 h. m. s. o 40 si. 10 61.7 7 s. 4- 2. Q21 / // - 32 7 4. i 67.5 2 // 4- 10. 74 ^ 402 i' Cassiopeae 5.0* *t w jj 40 55.07 V J' t 65.9 J 3 i y J 3.358 + 50 12 I3.I / J 53.8 3 i *y t ~ 19.74 403 Weisse O, 704 .... 8.0 40 55. 15 65-3 2 3-107 + 8 27 24.8 67.4 2 19.74 404 Weisse O, 706 .... 9.0 40 58. 26 65-4 2 3.086 + 3 '8 56.9 64.4 2 19-74 405 4.06 B. A. C. 221 Lacaille 218 ... 6.4 r g 41 2.59 O 4.1 1. 21 62.5 62. o 5 7 3.091 4- 2. Q7 7 + 4 33 35- i 22 2O 11.8 61.6 69. 1 12 2 19.74 -1- IQ. 71 V*' 4O7 Lacaille 219 . ... j- w 7 I " *r* J* 3 4.1 6. 4O w*>. -y 61.8 / 7 i ** y/ j 2. CH4 ~ 1 J. u 10 6 14. 8 7 J 68.4 2 1 7 / O IQ. 71 *T V / 4 08 Grooinbridge 148. . . / - 7.0* *T* v * *T V 41 7-63 WJ. W 65.4 o 2 ;*JT^ 3-728 O" " JT' v + 7 o 37. 9 70.8 2 \y / j 9-73 409 Weisse 0, 711 . . . . 9.0 41 8. 68 59-2 3 3.086 + 3 22 43. I 57-0 2 19-73 410 Weisse O, 712 . . . . 8.0 41 10.44 55-2 3 3.067 i 15 '0.5 5>-2 6 9-73 411 4.12 Weisse (2) O, 1057 . . 6 Piscium 4 <; o 41 20. 41 2S. 2Q 67.. 4 2C + 1 IOI + 40 22 6. 7 -1- 6 4Q 21. ? 77-9 62.4 2 22 + 9-73 IQ. 71 ^ 413 O. Arg. S. 428 . . . . ^ j 8.0 *fi **j* ~y 41 32.84 V J' *T 67.3 'j 2 o 3.005 " ty * J - '5 3 53-2 69-3 2 y t j 19-73 414 Weisse (z) O, 1062 . . 8.0 4i 34-5 77-8 2 3-277 + 40 19 6. 8 77-9 2 '9-73 415 416 B. A. C. 224 6.0* 7.0* 4i 39-53 O 41 ?O. 2O 64.9 7S 8 2 2 3- 200 _1_ 2 Q"?6 + 27 57 20. 7 20 i <; 20. 8 53-9 64.2 2 '9-73 -1- 10. 72 f v 4'7 0. Arg. S. 435 / 8-5* \s .| i J*-" ^7 41 51. 16 / J. " 75-9 2 T^ * yj 2-959 " J *-y~ v - 24. 54 26. i vtj.. 68.4 2 i y t 19.72 418 DM. + 1, 145. . . . 9.0 42 2. 17 68.8 2 3-079 + ' 3 18- 1 57-9 2 19.72 419 A 2O B. A. C. 225 5-5 4 O* 42 3-25 42 6. 18 76.9 68 7 4 5-43 327Q + 82 56 44.6 4- 40 18 421 DM. + 2, 108. . . . *r* ** 8.9 o 42 14-31 ^ w - / 65.7 7 * */v + 3-085 i ^ w * M j j " + 2 57 38.4 / J' " 74-9 j 2 y i + I9.72 422 427 Weisse O, 724 .... Lacaille 223 . ... 9. o* 6.0 42 19. 12 42 IQ 8l 65.8 72 7 i 6 3- 103 2 O?8 + 7 " 27.4 24. 13 ?<; 4 68.8 66.q 2 2 19.72 IQ. 72 *T*J 424 Weisse O, 726 . . . . 9.0 t t fl A y' * 42 2O. 15 /'/ 63.7 4 ** yj" 3.090 **t JO JJ- t + 49 49- 2 rv. y 61.4 2 y i 19.72 425 Piscium, (ist*). . . . 6.5 42 22.38 69.8 5 3- '97 + 26 56 51. i 70.6 3 19.71 426 i Piscium, (2d*) .... 6.5 o 42 22. 68 69.8 5 + 3- '97 + 26 56 49. i 70.6 3 + 19- 7 427 B. A. C. 230 6.0 42 23.64 62.4 2 3.009 - H 19 7-3 64.9 2 19.71 428 O. Arg. S. 442 .... 7-3 42 27.60 64.8 2 2.962 23 58 51.2 67.3 2 19.71 429 O. Arg. S. 443 . . . . 8.5* 42 27.85 77.0 5 2.962 - 24 5 33-4 66.8 2 19.71 43 DM. + 3, no . . . 8.8 42 3-23 68.9 2 3.087 + 33" "5-5 65.9 4 19.71 43' Riimker, N. F., 329 . 8.8 o 42 36. 45 65.7 3 + 3- "6 + 9 59 29.9 67.7 2 + '9-7' 432 Lacaille 224 .... 6. i 42 39-68 67.7 3 2.961 - 24 7 31.8 72.4 4 19.71 433 Weisse O, 732 . . . 7.0 42 44- 77 65.9 3 3.068 - o 59 15.8 55-9 3 19.71 434 Weisse O, 733 . . . . 8.0 42 48. 67 65.0 5 3- 102 + 6 54 15.5 69.4 2 19.71 435 416 O. Arg. S. 452 . . . . ^ Ceti 7-3 c. r* 43 7. 06 o 47 7 21 67.4 AC 7 3 2 2.956 + -2 O22 - 24 52 58. i IT 2T. CS 7 66.9 U. 8 2 -j 19.70 4- IQ. 7O to" 437 Weisse O, 742 . . . 3' J 8.2 " 1O / * J 43 I4.27 *rj' 1 63.8 6 J. v ^^ 3- 100 *"O JJ' O + 6 20 43. 3 jt* v 57-3 J 3 i * y i ** 19.70 438 Weisse O, 749 . . . 7-9 43 39-72 64.5 3 3. 104 + 7 '7 4-2 67.9 2 19.70 439 I. aland e 1390 .... 7.6 43 4-9 68.8 2 3.258 + 36 16 13-9 67.7 4 19.70 440 Rlimker, N. F., 340 . 7-3 43 52-73 65.8 2 3.081 + i 59 0.2 57-9 3 19.70 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1860.0. ^ 0> >* C rt B s o *o o fe Annual Precession, 1860. Mean Declination, 1 860.0. 8 >s c I 9-55 '9-55 10. 55 5i4 0. Arg. 8.544. . . . 7-2 5" 49-4' / *r* T 1 64.9 4 2.961 2O 23 21. 2 "-' J 67-3 2 y jj 19-55 5'5 Weisse 0, 893 . . . . a Sculptoris 8.8 4.6 51 50.08 O SI 51.44 63-7 63 3 6 10 3.082 + 2. 898 + ' 54 9-3 -30 653.2 56-4 68.4 4 2 '9-55 + '9-54 5i7 Weisse O, 902 .... T.. * 8.6 v J J ^T 52 12.54 j- J 68.9 2 3.084 j jj + 2 19 38.4 t 58.0 2 19-54 518 Rumker, N. F., 451 . 8.2 52 25.53 7 1.6 3 3.089 + 3 3 '7-6 57-8 2 19-53 519 Weisse 0, 908 . . . . 8.7 52 26. 42 59-9 2 3.06I 2 4 58. 2 54-9 2 "9-53 520 B. A. 0.274 . . . . 6.5* S 2 34-44 61.4 4 3- 102 + 5 43 40. 3 68.5 2 19-53 16 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. |j rt o >, C 1 v S 4 |M O 6 % Annual Precession, 1860. Mean Declination, 1 860.0. a >, s J3 o 8 o fc Annual Precession, 1860. h. m. s. s. / // // 521 Lalande 1702 .... 6-5 o 52 36. 93 69. 2 3 + 3- 284 + 34 5 6. 8 65.3 3 + '9-53 522 Weisse O, 912 . . - . 7-7 52 40. 68 6S.8 3 3.086 + 2 32 49. 4 58.0 2 '9-53 523 B. A. C. 277 .... 7.0* 52 46.9" 62.9 2 2.855 - 35 23 36-0 61.8 3 '9-53 524 Weisse 0,918. . . 8.0 52 53-77 66.3 3 3.082 + ' 52 38- i 56.0 2 19.52 525 Weisse 0, 917 . . . . 9.0 52 53-96 67-7 2 3-094 + 4 8 21. i 68.4 2 19.52 526 Lalande 1737 . , . . 8.0 o 53 23- 98 64.4 ' 5 -h 3- "9 + 8 43 52. 7 67.4 2 + I9-5I 527 Weisse 0, 925 . . . . 9.0 53 26.01 65-9 4 3- "5 + 7 56 48- 3 61.6 6 19.51 528 Weisse 0, 928 . . . . 7-3 53 36- 50 65.7 7 3-094 + 4 4 44- 9 60. 2 3 19-5' 529 0. Arg. S. 569 . . . . 6.9 53 45- 27 68.8 2 2.917 26 30 10. 2 63-9 2 19.51 53 Weisse 0,931 .... 8.7 53 47-47 65.9 4 3.116 + 8 i 3.5 61.9 2 19-5" 53> Piazri O, 256 .... 8.0 o 53 55-5' 65-9 2 + 3-"2 + 7 16 49.0 65.8 2 + I9-5I 532 Weisse O, 935 .... 8.0 53 55-59 65.8 4 3.042 5 24 4-o 65.8 3 19-5' 533 Weisse 0, 944 .... 7-8 54 24.73 64-4 3 3- '22 + 8 59 23. 4 56.9 2 19.49 534 Weisse 0, 946 .... 9.1 54 29. 84 64-5 3 3-I2I + 8 51 1.5 62. 9 2 19.49 535 Weisse O, 950 .... 7-8 54 38- 37 68.9 2 3- '24 + 9 20 8. 7 55-9 4 19.49 536 Lacaille 276 .... 7-2 o 54 43- 3 68.5 3 + 2. 858 - 34 6 57-4 66.9 2 + 19-49 537 u8 Lacaille 277 .... 70 Piscium 5-3 7. I 54 45-55 CA en 2 1 69-3 (,t C 2 IO 2. 8lO 31 1 2 - 39 40 23. 7 ~\- 711 $6 65.9 "\7 Q 2 5 19.49 10. 40 j-j 539 B. A. 0.284 / 5-5 j*f j^- 1 ' m * 55 i-97 U J- J 68.8 2 ' * *f 2.8l5 1 / J - 38 57 57-4 Jl ' 7 53-9 2 y ^y 19.48 540 B. A. C. 286 6-5 55 I2 -52 64.8 4 3->'7 + 8 4 5.8 60. 9 3 19.48 54i Weisse 0, 965 . . . . 6.8 o 55 24- 3 8 64-7 6 + 3- "9 + 8 22 50.3 58.6 IO + 19-47 542 B. VI. + 3", 147. . . 8.0 55 25.94 72.2 3 3.092 + 3 39 45-o 57.8 2 19-47 543 ?44. Weisse O, 969 .... e Piscium 8.8 4. 4 55 32*46 cc AO 77 69-3 65.6 2 118 3.080 1 112 + i 28 29. 3 + 7 8 8. o 67.8 60.8 2 18 19-47 19. 47 j*tt 545 Weisse O, 973 .... *T 9-o JJ T**" / / 55 43-46 63-2 3 J- 3.081 [ / + i 35 32-6 71.0 2 19.47 546 Weisse 0, 972 .... 9-o o 55 45. 08 74-5 8 + 3- 125 + 9 22 37.5 74-9 2 + 19-47 547 c 4 8 a Sculptoris . . . . 25 Ceti 5-3 5C 55 45- 36 CC C7 f)A 63.0 72 I 2 2.868 3O4O 32 18 24. 2 - s T< 80 67.8 6q. 8 3 i '9-47 19.46 J*T" 549 Groombridge 227. . . ' J 8.0 JJ Jl ' ^"r 55 57-79 / * * 65.9 2 . VSlfVS 3-574 j jj ^ y + 57 13 4i-8 "J* ^ 67.6 j 3 19.46 550 Radclifle3i7 . . . . 9- 56 o. 48 65.9 2 3-574 + 57 " H-S 67.6 3 19.46 55' B. A. C. 290 6.0 o 56 i. 91 68.8 2 + 3-509 + 53 27 14-7 53-9 3 + 19-46 552 ssi Groombridge 229. . . 8-5 92 56 6.80 tfi 7 76 65.8 77 8 2 2 3-577 2 Q22 + 57 17 9-7 24. so s8 7 68.0 H. o 2 I 19.46 19.46 jjj ?i;4. Anonymous 9n J" / / " 56 8. 16 / /. u 60 o * y*-*' 2 Q21 '*'*T J" J ' / 24. l8 Q. O y 60 o I 19. 46 jj^ 555 Weisse O, 979 .... ** 7-o 56 13.08 vy. y 68.8 2 y*-j 3.086 .( ju y. \j + 2 30 10. 5 *y ** 58.0 3 19.46 556 Weisse O, 980 . . . . 9.0 o 56 14.91 75-3 5 + 3- 26 + 9 21 25. I 55-9 4 + >9-46 557 O. Arg. S. 592 .... 8.0 56 23. 53 64.8 2 2-927 - 23 55 56.5 68.8 2 19.46 558 O. Arg. S. 596 . . . . 8.0* 56 34-03 69.8 2 2.894 - 28 37 58. 7 66.3 2 J9-45 559 560 B. A. C. 296 26 Ceti 6.5* 6.0 56 36- 56 56 -56. 84 65-3 6r 6 2 1 2.881 1. 076 30 16 40. 7 -|- o 36 56. 9 67.9 62. 9 2 34 '9-45 19.45 j v O " V J>' v j j i U. S. NAVAL OBSERVATORY, 1845 TO 1877. Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. | >^ 3 c 2 2.884 2 8oA - 29 4 19. 3 27 d.2 12 Q 64.4 66.9 2 2 19.40 IQ d.O j / j 574 Weisse O, 1028 . . . / / 7.2 58 52. 69 U O- J 68.8 2 * u y*r 3.087 *y H-* * * y + 2 31 30.6 66.4 4 y- T- V 10. 40 575 C76 Weisse O, 1031 . . . 28 Ceti .... 8.8 *. o 58 55-64 O tlQ ^ 6d. 63.8 CY 2 8 3.083 -4- 3 008 + i 52 55-7 IO 24 8 62.9 68.0 5 2 19.40 -1- IQ 4O J I "J77 ft Cassiopeae ... j c. c* ** jy j- ^T- CQ A 16 j 1 ' -,-, 6 I ,) V*-"J 7 C/iC ^ OJ *"T- M -4- "!4 11 36 8 71 1 l i a y* *r v IQ. 3Q J 1 1 57 O. Arg. S. 621 .... J J 9-o jy *r- j*-' 59 4- 40 / j- " 63.8 I J' JT-J 2.895 I JT^ J J ** - 27 24 44. 2 / * - J 67.9 j 2 jf" oy 19-39 579 Weisse O, 1033 . . . 9.0 59 5-46 6O. 2 3 3.066 i o 57.4 54-9 3 '9-39 580 Weisse O, 1034 . . . 9-5 59 7- Si 65-9 5 3- 127 + 9 9 5- i 65.8 2 '9-39 58i O. Arg. S. 623 . . . . 8.5* o 59 11.63 64-3 4 + 2.894 - 27 28 44. 5 67.9 2 + '9-39 582 S8-I Weisse O, 1041 . . . Lacaille 303 8-5 6.0 59 15-82 e o 20 Q 65.6 72 2 5 3-063 2 QIA i 29 52. 7 24 44 30 O 65.8 7O 4 2 6 '9-39 IQ. 3Q J V J 584 Weisse O, 1043 . . . 6.8 jy *' w - jy 59 20. 79 !* * 68.8 3 " y 4 *!- 3.118 **f ^r j v - w + 7 36 40- 5 / ^* *T 56. 9 2 *r O? 19-39 585 Weisse (2) O, 1490 . 7-3 59 32.84 69.0 2 3-333 + 37 16 45-8 64.9 3 19.38 586 Weisse O, 1048 . . . 9-o o 59 39- 39 68.8 2 + 3-ogo + 3 3 42-0 58.0 3 + 19-38 587 O. Arg. N. 1118 . . . 8.o 59 48. 72 75-o 3 3-554 + 54 24 28.2 77-7 2 I9-38 588 B. A. 0.319 .... 6.0 59 52.58 64. i 3 2.817 - 36 24 37.4 69. i 3 19.38 589 Weisse O, 1054 . . . 8.9 59 55-42 65-7 3 3.064 i 20 23. 8 65.8 2 '9-37 59 O. Arg. S. 636 . . . . 7-o i o 25. 14 64-3 4 2.905 - 25 36 16. 3 67.4 2 19.36 59i * J/" 3-148 + " 55 35-7 67.8 3 19-31 611 B.A.C.34I .... 7.0 i 2 46. 43 45-7 2 + 3- 168 + H 55 39- 5 69-9 2 + I9-3 1 612 Weisse I, 15 .... 8-5 2 47- 93 68.8 2 3.087 -(- 2 2O 3. O 65.8 2 '9-3 1 6'3 Weisse I, 20 .... 9-3 3 !.6 64.6 8 3.086 + 2 15 15.4 66.4 2 19.30 614 Weisse I, 22 .... 8-3 3 14.88 65.8 2 3-139 + 10 24 4. 9 65.9 3 19.30 615 45 Andromedse .... 4.8 3 18.76 69. 2 3 3-346 + 36 58 41.4 47-9 2 19.30 616 O. Arg. S. 665 . . . . 7-5 i 3 20. 21 62.3 6 .+ 2.887 - 26 56 24. 3 66.6 3 + 19-29 617 618 Lamont 187 .... X Piscium 9.0 4.8 3 47-53 ; C6. OI 65.4 61 o 2 4 3.061 3. 208 i 44 19-3 + 20 17 20. 9 54-9 69.4 2 2 19.28 19.28 619 Weisse I, 40 .... 9.0' j j^' "* 4 6. 81 W J* w 47.0 f 4 J" *' 3-054 2 43 54. 2 47-3 4 19.28 620 Weisse I, 39 .... 6.7 4 9.06 65.9 6 3-134 + 9 32 47- 7 65.8 3 19.28 621 622 Weisse 1,42 .... Weisse 1,43 .... 8.4 8.5 I 4 13-74 4- 14. 72.9 5 + 3- M8 ^. O06 + ii 36 9- + 3 4 1 1-5 67.8 58-5 2 2 + 19-27 19.27 623 624. B.A.C.35S . . . . jj. Ceti 7.0* 6 5* f **t- 4 33-67 4?6 21 75-9 76 7 3 c J .7 2-833 7 CK 3 - 32 59 39-4 2 59 45. i 74-9 74- 9 2 3 19. 26 19. 26 W^tj 625 Weisse I, 55 .... J 7-i y*' -o 4 58-05 / Wi / 65.8 j 4 j* ^j j 3.148 + ii 32 21.3 65.8 2 19. 26 626 627 DM. + 12, 146 ... Ceti . 8-5 6. c* i 5 4.28 c 20 OT 65.6 6l Q 3 ? + 3.154 3.08? + 12 17 40.3 + i 43 51. i 67-3 65.9 2 2 + 19-25 19-25 "**/ 628 Weisse I, 62 .... J 9.0 J * ' W J 5 24-39 u . y 65-9 J 3 j* ***'j 3-M7 + ii H 52.7 65.8 2 19.25 629 Groombridge 270 . . 8.5 5 35-oo 66.6 3 3-49 2 + 48 2 37. 5 67.9 2 19.24 630 Weisse I, 65 .... 8-3 S 44-64 70.8 3 3- '46 + 11 O 19. 2 68.4 2 19.24 631 Weisse I, 66 .... 7-8 i 5 47-03 69.8 3 + 3- 45 + 10 56 19-3 65.8 2 + 19.24 632 DM. + 2, 171 ... 9.4 5 50.47 63.8 7 3.086 + 2 II 5.3 62.8 5 !9- 2 3 633 Weisse I, 72 .... 8-3 6 12.73 58.0 2 3-055 . 2 3 6 8.0 47-o 3 ig. 22 634 B. A. .366 . . . . 6.0* 6 1 6. 04 76.9 3 2-795 - 35 56 58-6 74-9 2 19. 22 635 f Piscium (ist*) . . . 5-6 6 25. 18 63.1 10 3- n8 + 6 50 3.4 58.1 5 19. 22 636 Lacaille 329 .... 7.0 i 6 25. 83 62.7 3 + 2. 789 - 36 29 25.0 67.9 2 + 19.22 637 Weisse I, 76 .... 8.0 6 26. 25 67.4 2 3-139 + 10 4 12.7 69-5 2 19.22 638 f Piscium (2d*) .... 6.7 6 26.60 64-3 6 3- n8 + 6 50 13.8 58.9 3 19.22 639 Weisse I, 88 .... 7.0 6 56. 78 66.3 3 3-053 2 51 25.7 68.4 2 19. 21 640 Weisse I, 89 .... 9.0 6 59.01 71.9 3 3-77 + o 45 21.2 76-4 2 19.21 U. S. NAVAL OBSERVATORY, 1845 TO 1877. Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. h U >, 6 s 1 i o 6 % Annual Precession, 1860. Mean Declination, 1860.0. | >< \ S 1 "o 6 fc Annual Precession, 1860. 6 4 I 642 Weisse I, 91 .... 88 Piscium 8.0 6.0 h. m. s. i 7 6.55 7 2S. ?7 66. 3 60. 2 3 s. + 3-052 3 I 14. / // 2 55 20. o 4- 6 1C 13. 7 67.9 62. 2 2 // + 19.20 IO IQ 643 Weisse I, 99 .... 8.2 / j j / 7 29.91 **3F* 68.8 2 J' * **r 3.098 i j j / + 3 5i 15-5 59-o 3 V- y 19.19 644 Weisse I, ioo .... 7-8 7 3I-56 61. 9 4 3-133 + 8 59 59- 5 59-9 7 19.19 645 O. Arg. S. 704 .... 8.8 7 35-56 68.8 3 2.890 - 25 2 37.0 66.7 4 19.19 646 647 Polaris (Comes) . . . 38 Ceti 9-5 7. O i 7 36.48 7 4O 41 63-2 ^.4. 3 e +18.523 3. 060 + 88 33 31.0 i 43 26. 6 70.0 5C 4 7 8 + 19- 19 IQ IQ "~r/ 648 Polaris / 2. O* / ^"- *TJ 8 3 J J T" j 1 8. 667 _l_ 88 11 A'J o j j ^ 54 6 767 7- *y 19. 18 649 Weisse I, 113 . . . . 7.0 * J* 8 27.47 61.9 3 3-135 \ "" JO +/ w + 9 2 32-5 J*T- ** 58.7 / u / 6 19.17 650 Schjellerup 402 . . . 9-2 9 3-82 63.0 2 3.088 + 2 16 41. i 66.9 2 I9-I5 651 652 Weisse (2) I, 162 . . Weisse I, 128 . . . . 6.8 i 9 18. 68 920 ^6 68.9 76 Q 2 2 + 3-391 3 I O2 -|- 38 44 26. 6 -1- 4 18 ?6 7 45-9 eg 1 5 J + I9-I5 IQ Id. w j * 651 30 Ceti e O y o" 92Q 7T /" y 68. 9 2 *v* 3OCO i *f *^ j v - / 3 14 l8 Q J"- J 71 4 J y tf IO Id. JJ 654 15. A. C. 385 .... j- w 7-2 y /o 9 36- 82 77-7 2 . v^v 2-793 j *T- *^- y - 34 53 20. 3 / * *f 74-9 2 y. *i|. 19. 14 655 6?6 Weisse (2) I, 179 . . 40 Ceti . . ... 8.8 6 7 9 44-99 I o 49. 06 68.8 61 3 2 2 3-369 -1- 7 O5 1 4- 36 40 13. 6 -7 O CO Q 74-o 60 -! 2 I9-I3 + IQ 11 j 657 Weisse I, 137 .... vt i 8.4 9 57-79 Ul. J 77-7 2 T J* u -> 4 3.166 O v J^' 7 + 13 1 35-3 7- J 72.9 2 *y* *j 19:13 658 Weisse I, 138 .... 7-o 9 57-82 65.5 2 3.081 4- i 16 31.6 6 3 .6 3 19-13 659 Weisse I, 139 .... 7.8 10 4.90 68.9 2 3. ioo + 3 55 32- 5 58.0 2 19-13 660 66 1 Weisse I, 144 .... f Piscium 8.0 6.0 10 1 8. 47 i 10 34. 81 75-6 14 6 4 5" 3- I 6 4 + 7 OQ7 + 12 49 7-o 4- 2 <\2 1$ A. 69.4 6e, t 7 2 19. 12 4- lo 1 1 662 41 Ceti c 8 TO 40 32 jt- w 68.8 2 ,} **yj 3OI 2 I 5* JJ' M- 8 25 c8 "; J- O 7O 6 e -j- v* .t. 3-375 w t,^ j^>. 3 + 36 38 53-7 /\^. VJ 47-4 j 5 *y- * * 19. IO 664 Weiss? I, 162 .... 7.2 37-75 68.7 2 3- ioi + 3 54 58- 7 63.0 2 19.08 665 Schjellerup 413 . . . 7-5 u 48.97 68.8 2 3- i3 + 4 17 45-5 58.3 3 19.08 666 O. Arg. S. 752 . . . . 7-5 i ii 54-77 69.7 2 + 2.839 - 29 28 16. i 66.3 2 + 19.08 667 B.A.C.397 .... 7-2 12 9.65 62. 9 2 3.090 + 2 33 12.5 62.8 5 19.07 668 669 DM. + 2, 191 ... 42 Ceti 9- 1 6.0* 12 19.68 12 38. QO 69.8 6? q 2 2 3.092 "? O6"? + 2 49 14. 2 I 14 41. O 65-9 ??. 4 2 ? 19.06 10. 06 ;* 670 Weisse I, 188, (ist*) . 9.2 . *. JV yv 12 49.78 j y 72.4 3 O- *"*J 3.169 f *TO- " + 13 ! 47-3 JJ *T 70.9 J 2 *y vv 19.05 671 Weisse I, 188, (2d*) . 9.0 I 12 50.35 72.2 5 + 3- 169 + 13 i 52-7 68.5 2 + I9-05 672 Weisse I, 197 .... 8-7 13 7-42 61.9 5 3.085 + i 45 7-6 62.O 2 19.04 673 Lalande 2410 . . . . 8-5 13 14.04 58.7 3 3- 167 + 12 43 55. 7 67-7 2 19.04 674 DM. + 22, 214 . . 9.0 13 21.40 67.2 2 3-249 + 22 47 47.6 69.4 2 19.04 675 DM. 4. 5, 170 ... 8-3 13 2 4-76 74-9 3 3-iiS + 5 53 io-7 73-7 4 19.04 676 Weisse I, 201 .... 8-5 I 13 26.OO 67.3 2 + 3- 162 4 12 7 35.0 65.8 3 + I9-04 677 Weisse I, 202 .... 7-o 13 28.25 61.4 3 3-43 - 3 58 58-8 55.6 3 19.03 678 Weisse I, 206 .... 7-5 13 44.28 62.0 4 3-057 2 2 46. 9 55-9 6 19.03 679 Lacaille 362 6.8 13 46. 92 63.0 2 2.830 - 29 43 19. i 67.0 2 9-03 680 Weisse I, 208 .... 9-5 13 53-3 67.4 2 3-56 + n II 32-4 69-4 2 19.02 20 CATALOGUE OF STARS OBSERVED AT THE Number. ! Name of Star. Magnitude. Mean Right Ascension, 1 860.0. rt w >-* C rt U ?. JS o lM o i Annual Precession, 1860. Mean Declination, 1 860.0. rt U >* 1 4 o o Annual Precession, 1860. h. m. s. s. / // // 68 1 f Andromedae .... 5-5 i 14 6. 81 6l. 5 3 + 3-494 + 44 47 38- I 68.0 2 + 19.02 682 DM. i, 178 ... 9.1 14 39. 88 69. 2 3 3-o63 i 5 53-8 2 19. oo 683 Weisse I, 225 .... 9.0* 14 40. 66 47-0 3 3-052 2 43 53.0 46-9 4 19.00 684 Weisse I, 227 .... 9-5 i5 3- '9 47-o 3 3-052 2 37 50.0 68.9 i 19.00 685 686 Weisse I, 229 .... AJ Ceti 8.7 6. 2 15 4-59 iis 2S. 56 62.9 65.2 4 6 3-093 + 3- 063 + 2 47 8. i I 10 58. 2 6^.8 61. o 4 13 19.00 + 18.98 687 ' DM. + 5, 173 ..- 9.1 j * j' j '5 29.57 "J - * 65.8 2 3- 1 15 + 5 4i 57-4 67.8 2 18.98 688 B. A. C.4H 5-8 15 47-28 77-6 2 2-735 - 37 47 7- i 74-9 2 18.97 689 Weisse (2) I, 325 . . 8.0 1 6 23. 76 73-3 4 3.418 + 38 19 52-3 74-4 3 18.97 690 Weisse (2) I, 329 . . 8.0 16 28.92 74.8 3 3-418 + 38 17 37-4 64.9 3 18.96 691 692 Weisse I, 255 . . . . 8.1 4 s I 16 29. 48 16 41. S2 65.8 6s. 4 5 2 + 3- "6 3-8i8 + 5 46 5-8 + 59 30 21. 5 68.4 7'- i 2 5 + 18.95 18.94 693 6oA B. A. C. 418 AA Cell T" J 6.8 6.0 ** t * . j * 1 6 54. 46 17 O 24. V J' *T 63-6 7S. S 3 4 2.866 3.004 - 25 5 8.0 8 44 12. 9 66.9 77- 7 2 2 18.94 18.93 vjy-4. 601; Ceti "i. S / ' T" 17 I. SO / j j 56.7 232 3.003 8 54 23.4 53- 5 37 '8.93 ^yj 696 Weisse I, 269 .... j j 8.0 / jy i 17 6.90 j i 65.8 5 + 3- "6 + 5 45 12-0 65.4 2 + 18.93 697 B. A. .424 . . . . 6.5 17 41.00 76.9 4 2.788 - 32 32 27. 3 74-9 2 18.91 698 Weisse I, 281 . . . . 9-5 17 41.87 65-3 2 3.020 6 42 49. 3 67.8 2 18.91 699 Weisse I, 280 .... 5-0 17 41.96 68.8 2 3-44 3 34 42. 2 55-6 6 18.91 700 Lalande 2559 .... 7-o 17 45-45 69.8 4 3-39' + 35 37 46. 6 48.9 I 18.91 701 O. Arg. S. 818 ... 7-i I 17 49.23 68.9 2 + 2.823 - 29 13 51-3 64-5 3 + 18.91 702 Weisse I, 288 .... 7.0 i? 57-37 68.9 2 3-oig - 6 40 37. i 66.8 2 18.89 73 Weisse I, 299 .... 8.0 '8 35-95 61.8 3 3- '49 + 9 40 37- 7 55-o 2 18.89 7OJ. Piscium . ... S.o* 1 8 42. 70 6l. q 6 3. 222 -|- 18 26 33.4 71.4 4 18.89 y v^t|. 7ot; 04 Piscium J ' c 8 "T". / ;7 IQ 8. -?6 7 6s. 8 2 3- 224 -f 1 8 30 50. i 66.4 2 18.87 / u .> 706 Lalande 2603 .... J 7-6 y j I If) IO. 08 V J* ** 69-3 2 + 3-438 + 38 55 4o.o 66.3 3 + 18.87 707 Lalande 2612 .... 8.4 19 15. 61 67-9 3 3-063 i 10 24.9 68.4 2 18.87 708 Weisse 1,313 .... 8.0 19 16. 70 68.9 2 3-153 -f- IO IO IO. I 56-9 2 18.87 709 B.A.C.433 6.5 19 17-54 64.4 5 3-063 i 7 38.0 62.7 6 18.87 710 Weisse I, 330 .... 7.8 20 2. 38 63.2 6 3-097 + 3 4 46- 1 62.7 5 18.85 711 Weisse 1, 328 . . . . 8.7 I 2O 2. 58 65.8 6 + 3-122 -f- 6 14 6. 9 65.8 3 + 18.85 712 Weisse I, 335 .... 8.6 20 20.34 63.2 5 3-097 + 394-2 62.7 5 18.84 713 Weisse I, 336 .... 9.0 2O 24. I? 65-9 2 3- '37 + 837-I 55-4 2 18.83 7H 71 C DM. + 8, 236 . . . Lacaille 403 . . 9.0 6.0 20 35.91 20 41 . 18 68.9 63. o 3 2 3- '39 2.875 + 8 18 13.9 23 3 46. i 55-9 70. 3 2 3 18.83 18.83 / *3 7i6 s.o* i 20 52. 37 WJ. V 63. 1 2 + 4- 3 11 + 69 32 31. i 66.8 '3 + 18.82 / 7 B. A.C.439 J 6.5 20 52.77 61.2 3 3.208 -f- l6 21 12.0 67.9 2 18.82 718 B. A. C. 440 7.0 21 2.58 61.5 3 3- '3i + 7 14 4-6 68.4 2 18.82 719 Weisse I, 348 .... 8.2 21 7.21 69-3 2 3-'3 + 7 13 56-o 68.4 2 18.81 720 DM. + 13, 218 . . . 8-3 21 10.43 68.9 , 3-187 + 13 55 55-9 57-o 3 18.81 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 21 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. |J rt u S-v c 3 u s 4 IM O fc Annual Precession, 1860. Mean Declination, 1 860.0. |j rt U >^ C s s J3 o "o 6 K Annual Precession, 1860. h. m. s. s. / // // 721 O.Arg. 8.850, (1st*) . 9.0 i 21 15.81 66.8 2 + 2.921 '7 59 + 18.81 722 727 O.Arg. 8.850, (2d) . 1 ,;i ( ;i i 1 lr 4-O7 . 8.0 6. q 21 16. 66 21 17. O2 65.8 63. 3 3 7 2.921 2 877 - 17 59 19-7 22 4.1 ? I 1 71.8 7O O 5 a 18.81 18. 81 / *o 724. J 7- S 21 26. 13 .>- o 64.6 J 1 / / 2.826 ** *O J *' J 27 SO IQ. 4. /'-' y 68. 3 j 2 18.80 / ***T 72? 96 Piscium S- 5 21 /| /| 76 61. i J 3 3- 126 / J *"* T^ -1- 6 ^4, 12. 1 ** O 68. 5 2 1 8. 70 / "y 726 Weisse 1, 362 .... 8.0 I 21 58.08 65.9 2 + 3- 01 9 I " OT^ O 6 25 34. 9 J 68.4 2 v * / y + 18.79 727 O. Arg. S. 86 1 .... 6.8 22 9. 74 63-3 2 2.848 - 25 31 24.8 67.4 2 18.78 728 72Q B. A.C.445 Lacaille 422 8.0 6. 5 22 12.98 22 31. OI 76.0 77.8 2 2 2-794 2 7IO - 30 37 7- 2 -37 -I-3 -52 1 75-o 77 Q 2 2 18.78 l8 77 / ? 730 Weisse I, 375 .... J 8.1 22 42. 63 II 64.4 2 " / mw 3.069 O/ JO J*' J - O 21 2. O / / y 56.4 3 w * / / 18.76 73' 712 Weisse 1,381 .... /j. Piscium 7- 5. o I 22 50. 12 22 I. IT. 65.8 58. I 5 10 + 3-020 }. 117 6 19 ii. 5 -1- 1 2? !<;. 7 65-4 61.7 2 26 + 18.76 18. 76 / o" 733 Weisse 1, 382 . . . . 8-5 j j 22 55-38 J 67. 2 3 o* * / 3.159 I J * J J / + 10 21 57.8 54-9 2 18.76 734 Weisse 1,389 . . . . 9.0 23 20.05 65.7 4 3-077 + o 38 9. 9 65-8 2 18.75 735 T>(, B.A.C.4S2 n Piscium . . 6.4 4. 2 23 46.87 I 23 KQ 78 63.2 6<.8 3 IOO 2.829 -1- 3. 107 - 26 55 54.6 4- 14. 77 22. 65-4 61. ? 2 14 18-73 -i- l8 72 i j w 737 Weisse I, 402 .... 8.0 J J7' I u 24 5- 12 "J* * 65.8 vy 5 i J- *7t 3.019 n *T^ O/ ** ^ / 6 16 o. 3 J 65-4 "t 2 i * tj " / * 18.72 738 B.A.C.454 6-5 24 18.92 6 4 . 9 2 3-158 + 10 9 57.1 67-9 2 18.71 739 Lalande 2751 .... 8.0* 24 3-44 70.9 2 4.279 + 68 13 24.3 70.9 2 18.71 740 Weisse 1, 410 .... 7.0 24 3'- 43 68.8 2 3-151 + 9 '5 59-3 56.3 3 18.71 74i 742 Weisse 1,414 .... Rumker 331 8-3 8.6 i 24 48. 19 2C o 12 68.8 68.9 2 2 + 3- '66 3. O3Q + 10 58 26. 3 3 SI ? O 56.9 ^?. 2 2 -1- 18.70 18 70 /*T* 743 74J. B. A. .460 Lacaille 435 5.8 7- 2 " j '" o* 1 25 14. 66 25 20. 76 J 68.9 63.5 2 3 j oy 2.780 2. 809 j j j - 31 o ii. i 28 25 ?!. O jj* 7 55-8 66.9 4 2 *** / v 18.68 18. 68 / *T*T 745 74.6 Lacaille 436 DM. -f 14, 236 . . . 7-3 25 28. 72 I 2? 33. C7 66.4 70. 9 2 3 ;* 2.851 4- 3- 204 J J - 24 22 O. 5 -1- 14 ?8 1.4. ? 67.9 70. 4 2 6 18. 68 + 18.67 / *T" 747 Weisse 1,432 .... 8-5 J JO JJ 25 34.63 73-6 J 3 i j' ~*"t 3-052 1 "^ J" O^- J 2 22 27.3 54-8 3 18.67 748 Lacaille 438, (ist*). . 8-5 25 45- 27 63.0 2 2.821 27 16 14. i 68.3 3 18.67 749 Lacaille 438, (2d*). . 7.0 25 46.43 69.7 I 2.820 27 16 6. 6 68.9 2 18.67 75 B. A.C.464 6.0 25 58.09 58.8 2 3-136 + 7 29 22.4 70.3 3 18.66 75i Lalande 2832 .... 8.9 I 26 o. 89 67.6 4 + 3-050 2 30 41.6 54-9 2 + 18.66 752 Lalande 2844 .... 8.0 26 29. ii 66.8 2 3.050 2 35 6. i 58.4 4 18.65 753 Weisse (2) 1,575- . . Lacaille 444 9.0 6.4 26 30.49 26 35.48 69. 2 63.8 9 2 3.204 2.845 + '5 3 2.6 24 53 33. 3 57-6 72.8 3 5 18.64 18.64 755 7?6 B. A.C. 466 5- Q. 7 " f JJ' ^"* 26 40. 08 i 26 45. 47 76.6 68.9 3 i "*Tj 2. 692 -1- 3.CKO T^ JJ JJ J - 37 35 6. 3 2 29 40. I 74-9 70. o 2 3 18.64 + 18.63 / j 757 B. A.C.469 y i 5-5 27 14-95 64.5 3 1 O v j" 3-231 + 17 44 39-5 69-4 2 18.62 758 Riimker, N. F., 755 . 8.8 27 25.51 68.9 2 3-125 + 6 2 38. 3 58.0 2 18.61 759 B. A.C. 471 7-5* 27 32-38 59-i 2 3-138 + 7 33 25- 6 67.9 2 16.61 760 Weisse 1, 468 .... 8.4 27 33.62 65.6 4 3.200 + H 33 "-9 66.7 2 18.61 22 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. s ;>, C rt u s ui 8 o i Annual Precession, 1860. Mean Declination, 18600. !_ rt U >% 1 S .2 o !* O 6 a Annual Precession, 1860. 761 Lacaille 45 1 . . 6. 7 h. m. s. I 27 1^. 26 68.8 2 s. _L 2 7QO / // 2Q 1O Q S 64.8 // + 18. 61 / 762 76^ Lalande 2864 .... Lacaille 452 . / 6.5 7.8 / jj r 27 36.01 27 4.6 OI 68. i 62 Q 4 3 1 / y^ 3-074 2. 805 IF j w y- j + 14 12. I 28 4 <6 Q 60.7 66.4 5 2 |8.6l 1 8. 60 / J 764 761; Lacaille 453 Lacaille 456 / 6.6 6. 2 ft I tf\J, V4 27 52.89 28 13. 58 *** y 63-3 61 n J 3 2 2-795 2 SAA ^.^j i j u - y - 28 57 17.8 24. 2? 7 A 68.0 6c A 2 2 1 8. 60 rS en / J 766 (:o I 28 17. 51 wj. - 60.7 C * Ui H- + 3 106 *t "3 / T- 4- !? 56 -?8 "; ^J- T- 68.9 2 10. ^y 4- 18 Co 767 768 B.A.C.477 Lacaille 459 6.0 7. 2 * / j * 28 20.48 28 2$ 70 / 50.8 64. Q j 6 2 J* y 1 -' 3-223 2 70S *O J" J^' .) + 6 42 57-3 ?6 "? 4Q I 68.5 68. 9 2 2 -p 10. jy 18.58 18. 58 769 B.A.C.47 9 / 6.2 j t y 28 27. 13 w*f y 65-3 2 ,* /^ 2.750 j** o T-y- - 32 36 34. 7 71.6 3 18.58 770 B. VI, ii, 37 .... Lacaille 458 8.0 6. 8 28 29. 95 I 28 31 71 68.8 68.2 2 2.846 + 2 77/1 24 10 2. 4 1O 17 S S I 64.9 68. 3 2 2 18.58 -1- 18 s8 772 771 O. Arg. S. 938 . . . . 50 Andromeda? 8-3 C O* * j 1 - 1 / j 28 35. 65 28 1C. 7Q 69.8 AC 7 2 2 *" / / T- 2.774 3 co6 j w Ji jj~ L - 30 35 39- 4 +4O 42 7 8 69.4 74 2 2 6 -(- 10. }0 18.58 18. 58 113 774 B. A. 0.481 B. A.C. 482 . . . J' v 6.0 ?.o *"V jj~ I y 28 43. 47 29 o. 26 43- / 67.4 64. o 2 2 0- J UU 3-133 1 8co *r w *r* / + 6 55 39. i -i- e? TC ,ic 7 /T- * 68.4 72 O 2 2 18-57 18.56 776 Lalande 2942 .... j 7- i i 29 3. 86 68.2 3 j- u jy + 2.905 T j/ *J T-J' / - 18 14 31.9 /" 30 68.4 2 + 18.56 777 Weisse I, 497 .... 8.5* 29 n. 64 58-9 2 3-99 + 3 4 10. 5 54-9 2 18.56 778 770 Lalande 2936 .... 5 1 Andromeda; .... 7-4 j. s* 29 23. 35 2O 24 72 68.9 C7 7 2 2 3.466 3 61C + 37 48 1.6 + 4.7 ere 14 65-3 68.6 3 3 18.55 18 / 1 y 780 Lacaille 462 J J 6. S y T" / 29 40. 08 J / / 67 1 2 o- v jj 2 77O *W JJ * ' T- rjo 77 7O 4 7O Q J w< jj 18 u 781 n Piscium J C..O* I 2Q 4.O 8^ **/ J 60. 5 I C II + 2 T7C J** O/ o v - *h -f- II 25 26.8 /** y e 7 g 6 1 *-' JT- -1- 1 8 CA / v 782 Weisse I, 504 .... J 8.8 y *+"' "j 29 47. 60 58.8 * J 3 O* * / J 3. IO2 + 3 22 18. i j / u 56-3 5 -p (j. j^. 18.53 783 784 Weisse I, 508 .... Lacaille 466. . 9.0 6. 2 30 2. 28 30 26. 10 61. 4 65.8 2 2 3.089 2 778 + i 52 4-6 7-3 O 46 2 67.9 71 6 2 18.53 18. 52 / *-**T 785 B. A.C. 491 6.0* 3 38-03 75-9 2 * / J" 2.980 OJ M T**" - 10 7 18.0 / 1 . u 72.9 5 18.51 786 Weisse I, 504 .... 9.0 1 3 47- 52 69.5 2 + 3- 102 + 3 22 17.5 69.4 2 + 18.50 787 Weisse I, 511 .... 7. o* 31 6.60 61.4 2 3.088 + I 52 20. I 58.1 5 18.49 788 Lalande 2966 .... 8.0* 31 16.32 70.9 2 4-246 + 66 12 28.5 70.9 2 18.49 789 7QO Weisse I, 540 .... 103 Piscium . . . 8.9 6. 2 31 41.98 3T A_2 Q1 68.8 6Q 1 3 3- '03 3 2 2O + 3 24 37. i _(_ 1C C,l 40 -I 55-9 Co 6 2 18.47 1 8 A7 / y^ 1 791 Weisse I, 539 .... 8.5 o l *!* yj I 31 44.48 **y j 61.9 2 ** + 3- 1 80 I * J j^r *i-y- o -h n 43 35-9 jy~ u 56.9 3 1U. ^/ + 18.47 792 79-5 Lalande 3025 .... u Cassiopese 6.8 6.0* 31 52.59 32 I. 5< 68.8 60 7 2 2 3-484 A 721 H- 38 15 30.4 4- 67 IQ C7 7 65-3 60 Q 3 i 18.47 l8 4.7 * y j 7Q4 105 Piscium . . . C C O* J J 12 7 06 y / 69.8 t- J*-J 32IO ] v / *y j i t -i- TC AT l8 8 ww. y 7l Q o ^/ 1 8. 46 / J7T" 795 B. A. C. 503 .... J' J 5-5 ^x- / . yvj 32 14.08 66.3 2 . ^iy 2.674 I *J T- 1 J ' - 37 14 14- i / i . y 68.9 2 18.45 796 B. A. C. 504 .... 6-5 1 32 15-57 63.0 3 + 2.820 - 25 44 7. i 71. i 5 + "8-45 797 Lacaille 477 .... 7.0 32 16.43 69.9 3 2-733 - 32 52 55-4 70.0 2 18.45 798 T Andromeda; .... 5.0 32 19-76 75-9 3 3-5io + 39 5 58. i 74-9 3 18.45 799 DM. -f 2, 243 ... 9.0 32 19-89 69.5 2 3.098 + 2 50 22. 8 69.9 2 18.45 800 Weisse I, 557 .... 9.0 32 23.86 76.9 3 3-208 + H 32 59-4 70-4 2 J8.45 U. S. NAVAL OBSERVATORY, 1845 to 1877. Number. Name of Star. Magnitude. Mean Right Ascension. 1860.0. | >> C a B z tn JD O tM O O Z Annual Precession, 1860. Mean Declination, 1860.0. rt u >> 9 u i o o o Annual Precession, 1860. h. m. s. s. / // ff 80 1 Weisse I, 558 .... 9.0 I 32 24.42 73-2 5 + 3-208 + 4 32 43- 5 70.4 2 + 18-45 802 Weisse I, 562 .... 8.5 32 29.50 67.0 3 3-97 + 2 44 35.4 58.9 3 18.44 803 Weisse I, 564 .... 9.0* 32 31-43 47-o 2 3.042 3 '3 47- 3 47-3 4 18.44 804 B. A. C. 494 .... 7-5 3 2 33-33 67.8 4 11.059 + 86 14 12.4 71.4 4 18.44 805 DM. + 13, 257 . . . 9.0 32 43.01 72.5 5 3-201 + 13 45 41.0 68.9 2 18.44 806 Lacaille 480 .... 7-5 I 32 48. 88 62.0 3 + 2-771 - 29 44 5. 7 68.9 2 + 18.43 807 Weisse (2) I, 738 . . 7.2 32 50. 27 71.9 3 3-477 + 37 33 18. 8 65.6 3 18-43 808 DM. + 13, 258 ... 9-5 32 51.70 69-4 2 3.202 + 13 48 o. 9 68.9 2 18.43 809 Weisse I, 569 .... 9-5 32 54- 23 61.9 6 3-I76 II 1C 9.4 62.0 2 18.43 810 Weisse I, 576 .... 7.2 33 4-33 65.2 3 3- '3i + 6 22 38.6 68.9 2 18-43 811 Weisse I, 578 .... 8.7 i 33 11.26 65.6 2 -f- 3-2'3 + H 54 35-7 69. 2 3 + 18.42 812 O. Arg. S. 992 .... 7-i 33 "6-58 63-9 3 3.840 23 37 26. 6 71-5 5 18.42 813 Weisse I, 582 .... 8.5 33 9- 9 68.7 2 3-051 2 18 43. 6 69.5 2 18.42 814 DM. + 2, 245 ... 9.2 33 29.65 68.1 2 3- 100 + 3 48. 3 7O.O 2 18.41 815 Weisse I, 594 .... 8.0* 33 4- 02 47-o 3 3.041 3 '9 49-9 46.9 S 18.40 816 DM. + n, 216 . . . 9-5 i 33 4I-70 61. 9 4 + 3- '79 -)- ii 23 14.6 62.O 2 + 18.40 817 B. A. C. 514 .... 6.5* 33 45-o6 62.8 2 3-371 + 29 20 13. 7 70.4 2 18.40 818 Weisse I, 598 .... 9.0* 33 52- 70 65-5 2 3- 160 + 9 24 23.7 6l.9 2 18.40 819 Weisse I, 601 .... 8.0 33- 52- 83 68.1 3 3- loo + 3 o 1.4 7O.O 2 18.40 820 Weisse I, 600 .... 8-5 33 S3-98 65-5 2 3- 161 + 9 24 9-7 61. 9 2 18.40 821 B. A. C. 516 .... 5-5 i 33 58.60 68.9 2 + 3-439 + 34 32 15-4 47-4 2 + 18-39 822 821 Weisse I, 607 .... v Piscium 9.0 4. ? 34 4-43 34 8. 89 66. i 61 o 4 66 3-107 7. I 17 + 3 47 10. o -1- 4 46 4O. ? 61.8 62. i 2 M 18.39 1 8. 19 *j 824 Weisse 1, 612 . . . . T" J 9-0* 34 I5-92 wj. ^/ 65.8 3 J / 3- HO 1 ^ T" *t * 3 + 7 53-5 67.9 O 2 jy 18.38 825 826 Lacaille 492 .... 107 Piscium 6.0 ?. 7 34 53- H I *34. ^3. 00 68.8 6Q. 7 2 3 3.708 4- 7. 26^ - 34 6 28. 9 -1- 10 "1$ 2. 2 64.8 72. 1 3 C 18. 36 + 18. 16 827 B. A. C. 524 .... j- / 6. 5 OT^ jj* ww 34 54- 78 vy. / 64.0 j 2 -[ J. '>-' J 3-217 1 3r JJ + 15 4 u. 8 / j 53-8 3 2 J v 18.36 828 Weisse I, 628 . . . . 8.8 34 S 6 . 13 63.0 3 3-'7 + 3 43 20. 5 59-8 3 18.36 829 DM. +4, 297 . . . 8.0 35 29.74 69. 2 3 3- 120 + 5 i 40. 3 55-9 2 18.34 830 Weisse I, 643 .... 7.0 35 33-79 75- 3 2.983 9 22 5.0 77-7 2 18.34 83' Weisse I, 646 .... 8-5 i 35 46.44 61.4 2 + 3-190 + 12 I 4 56.4 54-9 2 + iS-33 832 B. A. .527 . . . . 5-o 35 49-24 65-7 2 2.719 - 33 2 4. i 69.9 3 18-33 833 Weisse 1,655 . . . '. 7-5 36 20. 70 69.8 2 3- 120 + 5 2 20. I 63-9 3 18.31 834 Weisse I, 672 .... 8.0 3 6 53-60 65.8 2 2.981 - 9 21 47-3 67.4 2 18.29 835 Weisse 1, 669 .... 8.8 36 55- 64 63-9 3 3. 2O2 + 13 21 14.6 66.9 2 18.29 836 8-!7 Weisse I, 675 .... loo Piscium 8.5 6. 5* i 37 6.77 17 17. 12 60.5 67.8 2 1 + 3.090 1.266 + i 54 39- 9 -1- IQ 22 S?. q 54-9 68.4 2 2 + 18.28 18.28 U J/ 838 r Ceti J 4.. 1 1 1 J 17 12. OQ / * 7^. Q J 6 J 2. QO7 i f j j y 16 40 22.8 71. 7 4 18.27 839 840 Lalande (F) 288 ... o Piscium .... T^ J 6.2 4.. 1 o/ j y 37 40- 89 "?8 o. 10 / j y 70.9 65.6 2 7O y / 4.164 1. IU + 63 9 30. 7 4- 8 27 6. i 70.9 61.4 3 7 18.26 18.25 ^ j O" *-" j"-" VJ V / J 3^ 1 / vl J "J 24 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. i 9 V s 1 IM O d 25 Annual Precession, 1860. Mean Declination, 1 860.0. jj ;> d C3 1> S 1 3 d 2; Annual Precession, 1860. 841 Lalande 3226 .... 5-7 h. m. s. I 38 28.97 68.9 3 s. + 3- 'or / // + 2 57 51.1 64.4 2 // + '8.23 842 Lacaille 509 .... 7-2 38 32- 17 66.0 2 2.758 - 29 25 40. 6 70.9 3 18.23 843 844 Weisse (2) I, 876 . . Lalande 3230 38 36. 19 ^8 4.O ^O 68.9 67.8 2 2 3.508 j 008 + 38 2 49. 6 _L 2 42 15 1 65.0 6? Q 4 j 18.23 18. 23 "T*T 845 Lalande 3237 .... 7-8 JU |frri ^vy 38 42. 88 60.8 3 j- y*-* 3.046 T JJ* J 2 37 44. 6 **l 7 58.1 o 6 * " * J 18.22 846 O. Arg. S. 1049 . . . 8.4 i 38 44. 36 66.2 3 + 2.787 - 27 3 49. 2 72.1 5 + 18. 22 847 B.A.C-539 . . . . 6.0* 38 57. 69 57-8 2 3.009 6 26 7. 5 68.9 2 18. 22 848 849 O. Arg. S. 1052 . . . E Sculptoris . . 7-5 6.2 39 3-55 70 C, -31 64. i 6^.8 s 2 2.785 2. 800 - 27 6 2.0 25 45 Id O 68.8 72.6 4 6 18. 21 18. 21 Mfjp 850 O. Arg. S. 1056 . . 8.0 O" J J 39 14.90 \rj. 64-3 2 2.786 *o ^j *t' ** - 27 o 37. 9 / 73-3 3 1 8. 20 8 5 I Tr. Z. 92, 23 .... 7-7 i 39 16.03 68.9 2 + 2.652 - 3 6 48 39- i 66.9 2 + 18.20 852 Tr. Z. 90, 49 .... 9.0 39 17-10 67.9 2 2.786 - 26 57 24. 2 69.9 4 18. 20 853 Lacaille 513 .... 6-5 39 32- 44 63.3 2 2.772 - 28 2 57.4 64.9 2 18. 19 854 Weisse I, 709 .... 6.5 39 43-71 69.7 2 3-173 + 10 8 34.9 57-4 2 18.19 855 B. VI. o, 287 .... 9.0 39 49.5I 72.8 2 3-075 + o 17 8.6 55-9 2 18. is 856 Weisse I, 713 . . . . 8-5 i 39 55-91 62.5 3 + 3- "74 + 10 15 9.2 56.9 2 + 18. 18 857 Weisse I, 715 .... 8.0* 39 57- 86 47.0 3 3-034 3 48 56.6 47.0 4 18. 17 858 Weisse I, 721 .... 8-9 4O 21. 14 63-9 3 3.212 + 13 53 59-9 68.9 2 18. 16 859 B. A.C.544 . . . . 6.5 40 23. 83 68.8 3 3- 53 + 37 15 15.3 46.9 5 18. 16 860 Weisse I, 725 .... 8.0 40 26. 73 51.8 5 3.03 6 - 3 36 38.3 56.2 4 18. 16 86 1 O. Arg. S. 1066 . . . 7-5 i 40 31. 91 64.6 3 + 2.885 - 18 ii 1.6 68.9 2 + 18. 16 862 Weisse I, 727 . . . . 9. o* 40 33-35 47.0 3 3-033 3 56 34- 2 46.9 2 18. 16 863 864 B. A. C. 547 . . . . 4 Arietis 6.0* 6. 5* 40 35- 13 A.O 3 ? ^ Q 58.8 60. 6 2 r 3.685 j 2^8 + 47 'I 5 2 -4 4- 16 11 21 8 55-5 68.6 5 2 18.15 18. K Y*W*f 865 B. A. C. 549 .... J 8.0* *f'-' JJ' jy 40 46. j J *O U 3.238 i * w * j *.) u + 16 19 15-7 54.0 3 * J 18. 15 866 Weisse I, 732 .... 9.0 I 41 7.09 61.8 4 + 3. 208 + 13 21 52. I 58.9 3 + 18. 14 867 B.A.C. 551 . . . . 6.5* 41 ii. oo 60. 9 3 3. IO2 + 2 59 7.9 61.5 18 18. 13 868 869 B.VI. + 6, 274 . . Santini 102 . . . . 9-5 7 8 41 I3-5 6 dl IQ $1 67.4 6? 7 2 r 3- '42 7 142 + 6 57 46. i -4- 6 IQ 7 o 73-0 71.4 3 5 18.13 18. n ;* 870 Weisse I, 740 .... / * w 8.8 T* "' JJ 41 42.54 u/. / 65.0 J 2 J* 4t T* 3.I9I JJ7 / ? + ii 4i 30. 9 / ^ 56.3 j 3 J 18. ii 871 Lacaille 527 .... 7.0 i 42 7-57 62.7 5 + 2-779 - 26 57 7.0 65.9 3 + 18. 10 872 873 D.M. + 13, 283 . . 9.8 6.0 42 11.90 42 24. 8l 65.4 67 I 2 3. 212 3. 3OO + 13 35 54-8 -1- 21 U 41. 7O.O 6q. 4 2 2 18. 10 18. 09 874 DM. + 13, 284 . . 8.6 *T" *"! "J 42 27. 85 / 65.S 2 O* .}"" 3-215 r " JT f y 4- 13 50 22. 2 vy. ., 68.9 2 18.08 875 Weisse 1, 753 .... 8.0* 42 30.73 72.9 3 2.956 II 23 55.2 70.4 2 1 8. 08 876 877 Lalande 3344 .... ^ Celi 7-9 5 O* I 42 34-32 42 42 17 64.9 61. o 9 6 + 3-213 2 Q56 + 13 39 7- 7 II 22 5O. q 67.3 7O. 4 3 2 + 18.08 1 8. 08 / / 878 DM. + 13, 287 . . j. w 10. O -^ t*" j / 42 4 8. 25 64. 2 3 yj 3-212 j y + 13 36 43-0 / v T^ 67.9 2 18.07 879 880 Weisse I, 755 .... 54 Ceti . 8.8 6.0* 42 49. 36 A1 26 S"? 66.1 6s ? 2 3-075 ? 178 + o 17 24.3 -1- IO 2O 55. 4 55-9 58.9 2 7 18.07 18.05 *frj fcw * JJ j j j* * / " -J nf JJ' f J 7 J U. S. NAVAL OBSERVATORY, 1845 TO 1877. Number. Name of Star. Magnitude. Mean Right Ascension, 1860.0. Mean year. 1 IM O 6 fc Annual Precession, 1860. Mean Declination, 1 860.0. Mean year. .2 o i o 6 X Annual Precession, 1860. h. m. s. s. / // // 881 Weisse 1, 773 . . . . 8. i i 43 30.89 62.6 4 + 3-044 2 45 29. 5 57.0 5 + 18.05 882 Lacaille 535 .... 7-2 43 34- S 1 63-2 5 2.738 - 29 44 12.4 64.9 2 18.04 883 Weisse I, 772 .... 8.0 43 43- 8 3 65.8 3 3-153 + 7 5' I9- 6 66 5 2 18.04 884 Weisse I, 775 .... 9.0 43 44- 08 61. 9 4 3.218 + >4 3 36-0 56.4 2 18.04 885 Weisse I, 778 .... 9. o* 43 44- 5 ' 68.9 2 3- 108 + 3 3i 37-7 55-9 2 18.04 886 B. A. 0.563 . . . . 5-5 1 43 45- 95 73-i 4 + 2.596 39 6 33. 8 7L4 4 + 18.03 887 O. Arg. S. Ill6 . . . 8.2 43 47- 12 66.9 2 2.818 - 23 27 46.6 69. o 2 18.03 888 B. A. .562 . . . . 6. 5* 43 55-04 60. 4 4 3-790 + 50 47 49- 6 53-8 2 18.03 889 Weisse I, 780 .... 9.0 43 59-07 65.8 2 3-153 + 7 49 41.5 68.4 2 18.03 890 801 Lalande 3390 .... e Cassiopee 6/4 c. o 44 7- 90 I 44 21. 82 75-5 48. 7 4 3.51 + 4 225 + 36 44 24. 2 -4- 62 58 41 Q 75-3 66. i 4 I e 18.02 _|_ 18.01 "y* 892 80,1 Weisse I, 790 .... f Ceti J* v 7-5 3.0* * 'rt " "** 44 29.94 44 32. QIC JWI / 60.9 46. <; 2 8 ,* 45 51.21 63.4 2 J I J 3. 273 -(- 18 36 20. 5 67. o J 3 / yj 17. O? yvf 90S Weisse I, 819 . . . . t J 8.2 46 o. 06 65.9 3 J 1 J 3.052 2 21. I 69.4 J 2 / yj '7-95 906 Weisse I, 820 .... 9.2 i 46 4. 84 65.8 4 + 3- 162 + 8 33 45- 5 67.9 2 + 7-95 907 008 Weisse I, 821 .... f Piscium . '. 8.5 ^. ^ 46 6. 27 46 18. 61 65.4 62. o 2 6 3.042 3.008 2 51 43.9 -4- 2 2O 42. 8 54-8 62. 3 3 IQ 17-94 17. 04 */vu 909 O. Arg. S. 1 146 . . . J* J 8.0 46 22. 73 y 68.8 2 o* **y 2.773 i y ^*" * 26 31 6. o *,. j 66.4 ;? 2 / y^ '7-94 910 B.A.C.575 7.0* 46 29. 19 76.0 2 3-575 + 40 o 49. 5 74-9 2 17-93 9 II Weisse I, 831 ... 9.0 i 46 38. 55 65.9 3 + 3-051 2 2 2O. 4 68.9 2 + 17-92 912 on B. A. 0.576 .... /3 Arietis 6.0 3. 2 46 41.93 46 54. 78 68.9 65.4 2 131 3.515 3. 292 + 36 26 19.3 -)- 20 7 19. i 63.3 59-8 3 14 17-92 17- QI y j 9H Weisse I, 843 .... 8-3 47 20.52 68.2 4 3-052 ' 53 22.3 Jy 68.9 2 / y 17.90 9'5 B. A.C. 578 .... 6.0* 47 21-50 77-5 4 2.578 - 39 '7 '2.5 77.0 4 17.89 916 Weisse I, 847 . . . 8.0 i 47 32-47 60. o 2 + 3-100 + 2 42 13.5 54-5 4 + 17.89 917 B. A.C. 579 .... 5-7 47 3 8 -4 68.8 3 3-521 + 36 35 22. 3 46.9 3 17.88 918 OIQ 56 Andromedae .... 7 Arietis 5-5 5.0 47 50.97 48 3. 06 68.8 76.9 2 2 3-522 3. 328 + 36 33 47- 6 -t- 22 ? 3 2O. 8 46.9 7O. q 3 4 17.88 17.87 y y 920 Weisse I, 855 .... 8.2 48 9.54 58.8 2 J ,?""' 3.200 1 jj + I' 53 6.5 / y 55-9 2 17.86 26 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. i Mean Right Ascension, 1 860.0. h a >* c rt QJ 1 IM O i Annual Precession, 1860. Mean Declination, 1 860.0. S ;*, 1 S 1 o o K Annual Precession, 1860. h. m. s. s. / // // 921 Weisse I, 860 .... 9.0 I 48 21. 10 61.3 3 + 3- i3 + 2 53 24.8 56.4 2 + 17.86 922 M. Z. 209, 48 .... 8.5 49 14.65 66.4 2 2-757 - 27 10 41.6 69.3 3 17.82 9 2 3 Q24. Lacaille 566 .... i Arietis 7-8 6.0* 49 29. 1 1 4Q 42. 42 64.0 ^7. 2 2 9 2.720 T.. 262 - 29 48 5- 5 -1- 17 7 $6 O 64.8 62.8 2 -J 17.81 17.80 y"^ 9 2 S O. Arg. S. 1179 . . . 7.8 iy ^"' *t** 49 48. 82 J / - 63.8 2 J- 2.772 i * / / J"* 7 - 25 57 58.5 67.5 J 2 17.80 926 Lacaille 569 .... 7.0 i 49 51.61 67.4 4 + 2.608 - 36 55 56. 5 66.5 2 + 17.80 927 028 Weisse 1, 880 .... 56 Ceti . . 9.0 6.0 50 2. 10 co 6 8i 67.3 67.1 2 7 3-I72 2.8O7 + 9 12 9.0 21 12 A.1 2 65-4 61 . o 2 17-79 17. 70 yf.u 929 O. Arg. S. 1181 ... 8.8 -> ** "*r 50 6.85 / o 68.9 O 2 2- 863 ^O TO* - 18 41 25. i 66.8 2 * / - / 7 17.79 93 X Arietis, ( ist *) . . . 4-5 50 8. 02 61.7 3 3-333 + 22 54 40. 8 68.2 3 17.78 93" 072 A Arietis, (2d *) . . . . 8.0 S.O I 50 9.96 CO 71 7? 69.7 66.0 2 2 + 3- 334 A 7Q7 + 22 55 7.5 + 7O IT. 71 C 6 9-3 62 4 3 4- 17-78 17. 77 vo* 933 Lacaille 570 . : . . j 7-6 j" J** jj 50 32. 89 63-3 3 T" / y/ 2.765 /w *^> j- j - 26 18 20. 7 " T- 69.4 2 17.77 934 07C O. Arg. 8.1189 . . . 58 Ceti 6.8 6.0 50 34- 56 Co C.2 CO 68.9 60. 4 2 4 2.866 T.. O4.2 - 18 21 43. i 2 4.4. "?8. O 66. 9 ">Q. 6 2 12 17.76 17. 76 .7 J J 936 0-17 Weisse 1, 896 . . . . 47 Cassiopese .... 8.0 <;. ? J v j*" jy i 5' 3-31 C I I A OQ 60. 4 6c. o 2 2 J. V^i-f-i, + 3-242 5 601 tT" O^* -^- 15 14 46. 6 4- ?6 3.6 17 6 J 7 v 54-9 68 c. 2 2 + 17-75 17. 74 "J/ 078 50 Cassiopeae . j j A O j * * t* ^y C I 77 7 A VJ. V 64.. o 8 j- v y 4 068 p / M J*- 1 /'-' -4-71 44 28 I *** j 67 d. 22 17. 73 7J*"' 939 B.A. C. 607 . . . . if. *-< 6.0 .)' JJ* JT- 51 49.80 v/*f , V 54-2 5 i|. ywu 3-305 T / *r*r *' w ' * + 2O 22 36. 8 , ^^ . i|. 71-3 3 17-72 940 Q4I B.A. C. 609 . . . . Lament 291 .... 6.0 51 56.49 152 o. 90 63.1 6$. Q 4 3 3.200 -T- ?. OCA + ii 36 49- 6 I 41 21 t, 58.8 69.6 2 17.71 4- 17. 71 P1B 942 O.Arg. S. 1210 . . . 8-3 5 2 23.24 J " 68.8 2 1 O' ^^JT 1 2.858 * *p* J J - 18 44 31.6 72.3 4 17.69 943 Lacaille 586, (1st*) . 7-4 52 27.94 64. 2 6 2-797 - 23 36 7- 3 68.4 2 17.69 944 Lacaille 586, (ad *) . 7.2 52 28. 38 64. 2 6 2-797 - 23 36 n. 2 66.6 3 17.69 945 B. A.C. 613 . . . . 7.0 5 2 36.99 70.9 4 2.507 - 41 51 10.4 63-9 3 17.68 946 Lalande 3702 .... 7-i i 52 54.48 65-4 2 + 2.748 - 27 6 53.2 68.3 2 + I7-67 947 O. Arg. S. 1219 . . . 7.0 52 54-57 70.2 3 2.789 - 24 7 9.6 69.5 2 17.67 948 Q4Q Weisse I, 942 .... e.7 Ceti . 7-5 c g 53 10. 81 C*l TT QA_ 51-8 6l.8 5 7 3.026 2.822 4 2 53.8 21 30 22. 8 5ft. o 71 c 5 17.66 17.66 y^y 950 Weisse I, 943 .... j- 8.5 J.l L * "-^ 53 17.67 60. 3 O 3 3-215 -f- 12 42 17.4 / * - j 56.3 3 17.66. 951 B. A. C. 619 .... 6.0 i 53 36.01 67.6 4 + 2.511 41 24 26.O 68.5 2 + 17-64 952 Lacaille 598 .... 6.8 54 H- ii 67.7 3 2-773 - 25 5 53-4 66.9 2 17. 62 953 Weisse I, 963 .... 9-5 54 23.06 60. 5 5 3- no + 3 22 28.0 63.6 5 17. 61 954 Weisse I, 969 .... 8.8 54 36.36 6l. 3 2 3.202 + II 30 13.4 56.9 2 17.60 955 0^6 Lacaille 600 .... 7-5 ?. 5* 54 36.71 i 54 48 IT. 69.9 6l. 4 2 4 2.506 -L 7 OOC 41 23 42.O 4- 2 C. II. C 68.4 66.0 2 2 17. 60 4- 17-59 y j w 957 Weisse I, 972 .... J J 7-2 JT- t*" JJ 54 53-52 ** "r 60.3 3 1 j. "Vj 3.209 J J + 12 33.4 "" 7 56.9 2 T / J7 17-59 958 B. A.C. 627 . . . . 6.0* 54 59-37 76.0 4 2.691 - 30 4 35- 3 75-5 4 17-58 959 Weisse I, 973 .... 6-5 55 3-25 68.9 3 3.218 + 12 47 59. 2 55-0 2 17-58 960 O. Arg. S. 1245 . . . 8.4 55 9-78 68.8 2 2-754 - 26 18 37. 9 64.0 2 17.58 U. S. NAVAL OBSERVATORY, 1845 TO 1877. Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. i >. d rt "S, 1 IM O 6 Annual Precession, 1860. Mean Declination, 1 860.0. i >> 3 s JB O 8 d * Annual Precession, 1860. 961 Weisse 1,978 .... 7- h. m. s. i 55 10.98 62. o 2 + 3-I67 / // + 8 24 17.9 57-9 3 // + 17-58 962 y Andromeda: (1st*) . . 2.3* 55 '9- '7 74.0 5 3.646 + 41 39 '9-3 71.6 4 17-57 9 6 3 7 Andromedse (ad*) . . 5.0* 55 20-15 74.0 5 3.646 + 4i 39 23. 2 71.6 4 17-57 964 Weisse 1, 984 . . . . 9.0 55 25.47 61.9 4 3. 108 + 3 10 13-3 58.6 3 17-57 965 Lacaille 607 .... 6.8 56 3-3 62.9 3 2.802 - 22 38 30. 8 69.9 4 17-54 966 O. Arg. S. 1256 . . . 7-5 i 56 12.57 64. 2 3 + 2- 755 - 27 25 4. 7 69.4 2 + 17-53 967 O. Arg. S. 1259 . . . 6.2 5 6 2 3-74 71.8 3 2-775 24 33 40. 2 66.3 3 17-53 968 O. Arg. S. 1261 . . . 6.8 56 29.71 68.8 2 2.801 - 22 35 12.7 67.4 2 17.52 969 Weisse I, 999 .... 8.8 56 33- 67 67.9 3 3.180 + 9 25 38.2 69.5 2 I7-52 970 Riimker N. F. 1073 9.0 56 43- 7 68.9 2 3.111 + 3 25 15-3 55-9 I 17.51 971 Q72 O. Arg. S. 1266 . . . 54 Cassiopese . . . 8.0 6. ";* i 56 59- 25 ?7 7 8-? 66.9 67 2 2 1 + 2. 756 4QCo - 25 48 6. 2 +7O C1 2C 7 69. o 67. o 3 2 + 17-5 17 J.Q y / 973 B. VI. i h , 92 .... J 7-3 j / / u j 57 13-94 v i m 68.6 J 3 yjy 2.857 / u JJ *3' / 18 ii 12. 3 69-9 2 * / T-7 17.49 974 B. A. C. 641 .... 7.0 57 28.23 60.2 3 3-153 + 7 3 46- 3 63.6 3 17.48 975 Weisse I, 1018 . . . 7.8 57 34.02 65.9 3 3. 181 + 9 26 36. 3 68.5 2 17.47 976 Weisse I, 1022 . . . 8.1 i 57 56.78 65-9 3 + 3-i8i + 9 24 15.3 66.9 2 + 17-46 977 B.A. C. 643 .... 4.8 58 12.82 62.7 4 2.092 - 29 58 13.4 73-i 6 17-45 978 Weisse I, 1038 . . . 8.6 58 47.00 69-3 3 3- "74 + 8 46 5. 9 58.0 2 17.42 979 Weisse I, 1040 . . . 7.0 58 48- 79 65.0 3 3- '60 + 7 34 42. 2 63.0 2 17.42 980 Weisse (2) I, 1411 . . 8-5 58 56. 56 60.0 2 3.267 + 16 24 51.7 54-9 2 17.42 981 Weisse I, 1042 . . . 7-5 i 58 56.82 61.3 2 + 3-223 + 12 47 3i-6 55-5 2 + 17-42 982 Weisse I, 1043 . . . 8.3 59 7-i8 67.9 5 3-236 + 13 54 50.2 72-5 4 17.41 983 Weisse I, 1048 . . ". 7.0 59 12.60 75-9 3 3-013 - 5 2 6.5 6S.-4 2 17.41 984 98s Weisse I, 1045 . . . 8.0 2. O* 59 12.88 Co 17 23 65.8 C.7 O 3 2O2 3-187 31C2 + 9 48 29. 3 + 22 A"7 C6 2 67-5 C T 2 2 7A 17.41 I 7 A.Q y 3 986 Weisse I, 1047 . . . 9 .i jy * / *"j i 59 20. 28 Jt " 61.4 4 ' JJ* + 3-238 *^ 'T/ j^' + 13 59 18.8 J 1 * 7O.O T- 2 * / *+*-* + 17-40 987 Weisse I, 1050 . . . 9.0 59 20.68 62.4 2 3-237 + 13 54 5'-o 6l.8 2 17.40 988 Weisse 1, 1056 . . . 9.0 59 30-40 61.9 3 3- "o + 3 H 6.5 62.O 2 17-39 9 8 9 DM. + T,, 285 ... 9.0 59 46. 61 61.9 2 3.108 + 3 6 59.4 6 9 .5 2 17-38 990 Weisse I, 1069 . . . 8.0* 59 59-76 66.3 3 3-o'S 4 53 8.8 47-o 2 17-37 991 58 Andromedze 5-o 2 3. IO 68.8 3 + 3-58o + 37 ii 33-9 67.9 4 + 17.37 992 Weisse I, 1071 . . . 7-5 o 12.73 69.7 4 3.168 + 8 10 37.7 63.2 4 17-36 993 Weisse I, 1075 . 7-5* o 27. 79 70.9 2 3-057 i 16 23. i ' 70.9 2 17-35 994 Weisse (2) I, 1446 . . 8.4 o 32-75 77-8 2 3-614 + 38 55 33-4 77-9 I 17-34 995 996 Weisse I, 1080 . . . /3 Trianguli 7-i 4. 2 o 54- 55 2 I I 1 C2 65.9 71 7 2 3.169 + -j C-J7 + 8 ii 1.5 + -JA I O 24. 1 63. 2 47 2 4 6 17-33 + 17 12 997 Weisse (2) I, 1468 . . 8.6 *>>* J^ I 29.0O / J' / 73-4 4 6- JJJ 3.622 J4 *y *4 6 + 38 58 59-6 4/- * 75-o i 1 /- J* 17-3 998 999 Lacaille 638 .... Anonymous 7.0 9. o I 49. 26 2 I. 1* 63-4 66.0 4 2 2.708 J QC-I - 28 14 13-8 _I_ C2 21 65.8 2 17.29 17 28 1000 Lalande 3979 .... 6.0 jj 2 7-33 68.9 4 j* yj o 2.845 ~ j^ *-j - 18 26 37.8 64. i 2 * i . * 17.28 28 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. rt g a V 1 o Annual Precession, 1860. Mean Declination, 1 860.0. C rt 3 o lM O d Annual Precession, 1860. h. m. s. s. / // IOOI B. A. .663 .... 8-5 2 2 22.59 61. o 4 + 3- "4 + 3 34 4-3 55-7 5 + 17-26 1 002 59 Andromedae .... 6.o 2 2 3 . 8 7 58-9 2 3.611 + 38 22 36.0 47.6 15 17.26 1003 B. A. C. 662 .... 7-5 2 24.77 58-9 2 3.611 + 38 22 50.2 54-7 12 17. 26 1004 O. Arg. S. 1344 . . . 7-4 2 36-48 63-6 8 2-773 - 23 39 19. i 68.5 3 17.25 1005 O. Arg. N. 2443 . . . 8.5 2 50.72 61.4 4 3-856 + 48 56 9- 3 65.7 5 17.24 1006 5 o 2 2 52. 34 66.2 2 + 3- 35 + 18 50 16.9 68.0 2 + '7- 2 4 1007 Lacaille 644 .... 6-7 3 9-92 63.0 2 2-753 - 25 o 31.4 66.9 2 17-23 1008 STriantnili 7- 3 14. 54 59- 2 3.481 i , o -j -, ! 53-9 2 17. 22 1009 0. Arg. S. 1354 . . . 8.0 J m V JT^ 3 27-63 70.4 2 2.681 29 40 14. 2 67.9 2 17.22 IOIO O. Arg. N. 2462 . . . 8.5* 3 37-71 60.3 5 3-865 + 49 7 18. i 59-6 3 17. 21 IOI I 64 Ceti 6.0 2 3 57- 71 72. i 4 + 3- 168 -f- 7 54 46. 3 '65.2 7 + 17- 19 IOI2 Groombridge 466 . . 6.8 4 12. 26 68.6 8 + 52 23 56. i 70.3 3 17. 18 9. o 4 14- 29 69.4 2 2.691 28 55 12.4 69.0 2 17.18 1014 Weisse II, 35 .... 9-2 4 16. 16 60. 4 2 3. 122 + 4 6 20. 5 64-9 3 17. 18 IOI5 Lalande 3987 .... 7-5 4 19-79 70.9 2 4.698 + 67 i 32.9 70.9 2 17. 18 1016 Weisse II, 38 .... 8.8 2 4 20. 66 62.5 2 + 3- ISO + 8 54 57.9 57-9 2 17. 18 1017 Lacaille 649 .... 8-5 4 24.44 65-9 4 2.691 - 28 52 54. o 68.0 2 + I7-I7 1018 DM. + 8, 340 ... 9-5 4 29. 12 66.4 2 3-I72 + 8 14 24. o 68.0 2 17. 17 1019 O. Arg. N. 2484 . . . 6-5 4 30.85 71-3 3 3-972 + 52 27 53. i 70.0 2 17.17 1 020 Weisse II, 44 . . . . 8.4 4 34- 88 66.4 2 3- 172 + 8 14 35.0 68.0 2 17.17 IO2I Weisse II, 52 .... 9-o 2 4 42. 06 64-3 2 + 3-ii7 + 3 42 17-0 69.9 2 + 17-16 IO22 Weisse II, 51 . . . . 8.0 4 42. 77 64.8 2 3- 120 + 3_55 50.5 73-2 4 17. 16 1023 Lacaille 660 .... 7-5 4 49-02 65.8 2 2. 5IO - 39* i 38-0 69.4 2 17.15 1024 0. Arg. S, 1376 . . . 6.7 4 55- 20 66.5 2 2.841 - 18 24 14. 5 65.4 2 17.15 IO21 jf Arietis 6.0* 4 58. 18 56.2 3 3- 33 2 + 2O 33 5- 6 68.2 3 17. 15 w *j IO26 Weisse 11,56 . . . . 2 5 -7o 65-3 2 + 3-210 + ii 13 21.6 70.0 2 + I7.I4 1027 Lalande 4070 .... 8-5 5 7-96 67.9 3 3-3i6 + 19 9 44-2 67.0 2 17. 14 1028 Weisse II, 61 .... 7-8 5 19-65 65-5 3 3. 2IO -f- II 12 2. 5 66.6 3 17-13 1029 O. Arg. N. 2511 . . 8.0 5 23.33 60.8 4 4-025 + 53 52 29. 5 62.5 2 17-13 IO3O 7- 5 25.43 62.3 3 3- 2 54 -f- 14 37 20. 6 67.4 2 '7- 1 3 VJW 1031 O. Arg. S. 1384 . . . 7-2 2 5 26. 21 66.0 2 + 2.841 - 18 23 15.2 68.5 2. + 17- 13 1032 Weisse 11,64 .... 8-7 5 26.75 61.9 3 3.240 + 13 35 2.3 58.8 4 17- 13 IOT3 i Ceti 4- 5 5 34. 99 65.4 69 3. 172 + 8 ii 17. 5 64.0 5 17. 12 34 O. Arg. 8.1388 . . . 8-5 5 47-75 70.5 5 2-675 - 29 36 58. 2 72.0 3 17. II '035 Weisse II, 72 , . . . 7-8 5 57-68 68.8 3 3.122 + 45 31-9 57-5 2 17. 10 10 6 Q. O 2 5 58. 86 70. i 4 -|- 2. 674 29 39 11.5 68.4 2 + ! 7- IO i37 B. A.C. 687 .... y* 6.7 6 10. 61 59-3 7 3-125 + 4 21 25.3 6O. 2 3 17.09 1038 O. Arg. N. 2546 . . . 8.0 6 39-71 66.2 3 3.881 + 49 2 45.5 55-9 2 17.07 1039 Weisse II, 81 .... 8.0 6 46. 64 68.9 2 3.I63 + 7 22 50.3 62.0 2 17.06 1040 Weisse (2) II, 147 . . 6.8 6 47- 74 69.0 2 3.63I + 38 30 S"- 1 64.9 3 17.06 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 2 9 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. >* 3 % 1 IM O 6 fc Annual Precession, 1860. Mean Declination, 1 860.0. >, 1 JS O o i Annual Precession, 1860. h. in. s. s. / // // 1041 O. Arg. S. 1404 . . . 9-5 2 7 10.78 67.5 3 + 2.671 - 29 37 36.9 69.5 2 + "7-05 1042 Weisse II, 102 . . . 8. i 7 40.54 73-5 5 3- 124 + 4 12 54-6 58.6 3 17.02 l43 Rumker 568 .... 8.7 6.5* 7 42. 38 7 45. 63 61. 9 69. o 3 3 3.292 3. 404 + 17 '5 49-9 + 25 7 51.6 59-9 73-6 3 6 17.02 17.02 1045 O. Arg. N. 2578 . . . 8.0 8 12.40 77-3 2 4-093 + 55 U 5-3 77-9 3 17.00 1046 Weisse II, 109 . . . 8.4 2 8 17.58 63.1 2 + 3-264 + "5 I0 4'9 67.5 2 + 17.00 1047 Weisse II, 112 ... 9.0 8 28.26 60.5 2 3- '34 + 4 59 5- 8 56.4 2 16.99 1048 Lacaille 678 .... 7-4 8 36. 58 63.0 2 2.752 - 24 n 35.8 68.4 2 16.98 1049 O. Arg. S. 1421 . . . 7-8 8 47- i? 68.8 2 2.859 - 16 37 48. i 64.9 2 16.97 1050 O. Arg. S. 1424 . . . 8.2 8 49. 64 66.8 2 2.756 - 23 56 8. 7 68.0 2 16.97 1051 1052 Weisse II, 120 ... 8.5* 4.. 1 2 8 53. 34 o o. 08 47.0 68 9 2 2 + 3- OI 3 J C7Q 44445-8 4 33 " 52.0 47.0 47.8 4 3 + "6.97 16.96 iS3 B.A.C. 700 .... 6.0 9 16.23 65-3 2 4- IS 1 + 5 6 29 9- 2 66.9 2 16.95 1054 O. Arg. S. 1433 . . . 7-4 9 19-67 63.8 2 2.705 27 10 32.4 68.5 2 16.95 1055 B. A.C. 701 . . . . 6.0 9 2S-38 65-3 2 4- 154 + 5 6 3' "1-4 66.9 2 16.94 1056 B. A. .702 .... 7.5* 2 9 30. 02 59-o 2 + 4-520 + 63 41 18.6 53-9 3 + 16.94 1057 1058 Rumker N. F. 1051 . 67 Ceti 9.0 6 o 9 51-59 IO Oil 76.0 61 < I 4.7 4. 1 06 2 q8l + 55 >3 54-7 7 4 Q. I 74.6 58.6 3 3 16.92 16.92 859 1060 Lalande 4238 .... Arietis ...... 7-5 ^. 7 10 I. 08 IO 2O. 64 72.9 61. 3 4 7 3-303 7. 724 + 17 48 13-3 + '9 "5 5- " 59.0 71.0 3 3 16. 91 16.90 1061 Weisse II, 143 ... 8.0 2 IO 27. 52 61.9 3 + 3.249 + 13 49 4- 2 55.0 2 + 16.89 1062 Weisse II, 144 . . . 8.0 10 31.68 61. o 2 3.236 + 12 46 51.4 57-i 4 16.89 1063 O. Arg. N. 2622 . . . 8.2 to 31.83 7>-3 3 4. 112 + 55 6 45-7 57-9 I 16.89 1064 Weisse II, 147 . . . 6.0 10 45. 46 70.9 2 3.086 + i 5 45- i 72.9 4 16.88 1065 B. VI. + 55, 588 . . 7-i II o. 47 77-8 I 4.115 + 55 '5 46. 2 77-9 2 16.86 1066 0. Arg. N. 2637 . . . 8.0 211 9. 10 77.8 2 + 4. 116 + 55 " . . . 1067 1068 Weisse II, 159 ... Weisse II, 155 . . . 8.5* 7 O II 12.83 n 16. 80 47.0 75. I 2 C 3.012 3. 2"n - 4 44 5. 7 -)- 12 2O 35- 2 47.0 69. o 4 2 + 16.86 16. 86 1069 Weisse II, 158 ... 7.0 n 16.88 6l. 7 4 3.168 + 73" 56. i 55-6 3 16.86 1070 Weisse II, 168 ... 8.0 1 1 29. 86 62.8 2 3.002 S3 1 4-' 58.0 2 16.84 1071 Rumker N. F. 1172 . 8.8 2 ii 31.07 62.5 2 + 3- 001 5 33 53-4 57-9 2 + 16.84 1072 JO77 B.A.C. 718 . . . . 7.0* 8 o 12 3.68 12 l6. 47 70.7 ?7 Q 4 2 4. 176 ^ OI I + 56 35 55- 9 - 4 46 26. 2 53-9 69. o 3 2 16.82 16. 81 IO74 n Ceti ... C o 12 I 6 4Q ?8 8 2 i 026 1 16 56. q 69. 9 3 16.81 1075 Weisse II, 186 ... 8. i 12 35-18 76.0 3 2.926 - II 15 48. 9 72.5 4 16.79 1076 IO77 Weisse II, 182 ... i Persei 8.0 C 2 2 12 37.03 12 17 dl 64.5 71 8 2 -I + 3- 250 4124. + "3 39 10-5 4- 1? 12 q. Q 55-o 6^. 4 2 2 + i6-79 16. 79 1078 Weisse II, 185 ... 9.0 12 38. 24 62.5 2 2.999 5 38 40. 7 63.3 3 16.79 1079 B. A. C. 722 .... 7.0 '2 38.75 58.0 3 3.008 - 4 59 28. 3 68.0 2 16.79 1080 B.A.C. 723 . . . . 6. 4 12 42. 13 65.6 5 2.706 - 26 36 29. i 72.4 4 16.79 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. |ri rt c rt ej S | o o o z Annual Precession, 1860. Mean Declination, 1 860.0. 1 d rt v a 'o (M O 6 K Annual Precession, 1860. h. m. s. " s. / // // 1081 Weisse II, 189 ... 9.0 2 12 43.06 62.0 2 + 2.999 5 4 25.3 66.5 2 + 16-79 1082 Weisse II, 188 ... 8.8 13 1.86 72.6 6 3.242 + 13 i 36-2 72.4 4 16.77 1083 Lalancle 4311 . . . . 8.0* 13 6.58 60.8 2 4- I9 1 + 5 6 44 4- 6 60. 5 2 16.77 1084 O. Arg. S. 1489 ... 8.0 '3 30-39 63.2 3 2.740 24 1 6 40. 2 67.9 2 i6-75 1085 Lalande 4342 .... 7.2 13 5I-92 72.5 6 3.629 + 37 3 25.9 74.0 2 16-73 1086 Weisse II, 209. . . . 9-3 2 13 53-05 61.8 5 + 3-25I + 13 17 34-o 55-9 2 + 16-73 1087 1088 O. Arg. N. 2680 . . . 69 Celi ... ... 9.0 e o 13 53-96 H4.6 4.1 61. 9 64 o 2 J 4.462 ^ O6Q + 62 3 3.5 O 14. 44. 8 69.5 7O 7 2 3 16-73 16.69 1080 70 Ceti j w 6.0* if.V/. L^l K A 86 ""t v AZ 7 j J. l^V/y ? O12 vy 14. ft- u I 31 27 I /" J 71 I J I 16.67 :* logo 64 Andromeda: .... 7.0 J *T' ^ u 15 8.04 TO- / 76.O 3 O' **ym 3-938 * o * */ * + 49 22 8.4 / 76.6 O 5 16.67 1091 Weisse II, 231 . . . 7-5* 2 15 10. 79 71-5 3 + 2. 922 - II 24 57. 1 68.9 2 + 16.67 1092 Lalande 4410 . . . . 6. i 15 29.23 64.4 4 2.826 - 18 18 2.0 65.5 2 16.65 1093 Weisse II, 235 . . . 8.0 'S 3-77 6O.4 4 3- I7 6 + 7 54 20.0 58-3 3 16.65 1094 Lalande 4387 .... 6.8 15 33-57 68.9 2 3.669 + 38 42 28. 8 65-7 3 16.65 1095 B. A. .728 . . . . 8.5 15 44.04 70.8 2 3- 206 + 10 I I 48. 69.9 2 16.64 1096 Lacaille 711 .... 6.8 2 15 49-57 62. 9 4 + 2.666 - 28 30 4. o 65-9 2 + 16.63 1097 K Fornacis 6.0 16 8.25 67.0 3 2.732 - 24 27 15.4 71-5 4 16.62 1098 O. Arg. N. 2729 . . . 7.2 l6 22. 22 58.9 2 4. 207 + 5 6 35 33-5 59-9 4 16. 61 1099 O. Arg. 8.1522 . . . 6-3 l6 22. 27 68.8 2 2.814 - 18 59 22.5 66.0 2 16. 61 IIOO Weisse II, 250 . . . 7- i 16 24. 23 62.8 4 2.982 6 49 47. 3 62.0 2 16. 61 IIOI IS. A. C. 741 . . . . 6.5* 2 17 I. 9 I 54-i 7 + 3- 192 + 9 443-5 57-3 3 + 16.58 I 102 IS. A. .742 . . . . 6.0 17 7-50 68.9 3 2.628 - 30 30 16.3 ,72.7 4 i6.57 1103 IIO4 B.A.C.743 . . . . f Arietis .... 6.6 c c 17 8.54 17 IQ OI 63.2 (,-, i 5 6 2.678 32QX - 27 37 51.6 +Q ^8 *O 2 66.9 67.8 2 c 16.57 16.56 no? ( Cassiopeas J* J 4 O* / 7' v ^ 1 17 3 06 w j- * io 8 20 . AVJ A 8?I y j j**' * _|_ 66 46 1 1 . 8 6e e j 21 16 zz j 1106 DM. + 61, 415 . . . *r- w 8-5 1 / JJ' wu 2 i? 35-35 i|.y. o 64.5 2 T" "j 1 ' + 4- 444 + 61 10 8.5 j- j 68.0 2 jj + 16.55 1107 B. A. .740 .... 6.0* 17 42.65 66.9 3 7.856 + 81 i 10. o 61.8 3 16.54 1108 Weisse II, 278 ... 8.4 "7 44-53 71.9 3 3-177 + 7 54 55- 5 56-4 2 16.54 1109 0. Arg. S. 1535 . . . 8.5 J 7 49-34 68.9 2 2.814 - 18 47 53-8 64.9 2 16.54 i no Weisse (2) 11,410 . . 8.2 17 51.10 59-7 4 3-331 + 18 55 n-7 57-2 4 16.54 mi Lacaille 726 .... 6.4 2 18 2.77 64-3 3 + 2.695 - 26 29 4. 4 68.0 2 + 16-53 in-' Weisse II, 288 ... 8.2 18 6. 14 68.9 2 2.999 - 5 22 55.2 65.6 3 16. 52 1113 B. A. .750 .... 6.4 1 8 40. 25 73-3 4 3.206 + 10 o 47.4 77-7 2 16. 50 1114 Lalande 4504 .... 7-5 1 8 53.80 64-5 2 3-I46 + 5 39 39- i 69.0 2 16.48 1115 Lacaille 727 .... 7-2 18 58.48 63.6 4 2-757 - 22 26 3O.O 68.4 2 16.48 1 1 Hi Weisse (2) II, 444 . . 8-5 2 19 3.08 62. 2 4 + 3-384 + 22 14 47. 3 58.7 5 + 16.48 "I? 0. Arg. S. 1547 . . . 8-5 19 I2.OO 76.0 i 2.723 - 24 36 19.6 77-9 2 16.47 niS Weisse II, 305 . . . 7-5 19 15-35 71.2 4 3. 206 + 9 55 59-5 55-o 3 16.47 1119 Weisse (2) II, 449 . . 9-5 19 16.38 62.3 3 3-385 -f- 22 16 19. 6 59-2 4 16.47 II2O Weisse II, 306 , . . 7.6 19 17.92- 74-8 3 3.206 + 9 57 16.47 U. S. NAVAL OBSERVATORY, 1845 TO 1877. Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. C 3 rt S 1 lM d Annual Precession, 1860. Mean Declination, 1860.0. ij rt S 1 i o o Annual Precession, 1860. h. m. s. s. Off/ // II2I O.Arg. 8.1531 . . . 5-8 2 19 21. 06 68. 9 2 + 2.853 - 15 58 21.4 66. i 2 + 16.45 1122 O.Arg.S. 1554 . . . 7.0 19 30. 70 73-4 4 2.724 - 24 28 32. 5 72.9 4 16.45 II2 3 Carrington 347 . . 9.0* 19 32.04 61. 9 2 3- 305 + 88 23 30.4 67-5 2 16.45 1124 Weisse II, 312 . . . 8.0 19 41.94 59-9 3 3- H7 + 5 35 46-5 56.8. 2 16.44 1125 1126 O. Arg. S. 1558 . . . 25 Arietis ... ... 8-5 7.0* 19 54. 86 2 IQ c6 7S 73-6 60. o 3 2.721 + 7 2O I - 24 30 49. 8 +O 1A_ 12 I 72-3 CA O 3 16.43 + 16x7 1127 12 Trianguli / c. o y j / j 10 i;8 oo 4.C 7 J J' *''* i 408 9 J4 J** l + 2O 2 "JO C 34' w 71 7 10. 43 T 6 A 1 1128 Anonymous J o. ^ y j 20 26. 26 1O' / 68 Q J I j 1 T-y u 4,170 *y J^' J _j_ 6l 12 / * O 10. 43 1 6 ii 1129 1 1 7.O Weisse (2) II, 482 . . I s Ceti . . V J 6.8 4 8 20 33. 57 2O 47 I? *** y 71.6 61.8 3 44 " T 1 / 3.646 i 178 -f- 36 42 6. 6 67.2 fin e 4 1 6. 40 * O" 1131 Weisse II, 333 . . . *f- u 9-o ** *TJ- *J 2 20 48. 77 61.5 44 5 j' l l + 3- '45 T 7 49 5- + 5 25 39-9 oo. 5 59-0 2 1 6. 39 + 16.39 1132 Lalande 4575 .... 6.8 21 33-25 68.9 2 3- 685 38 19 40.0 46.9 2 16-35 "33 DM. + 61, 422 . . . 9.0 21 48. 4.482 + 61 ii 4.7 64-3 3 16-35 "34 Lacaille 744 .... 7-8 22 I. 08 63.0 2 2.675 - 27 3 37. 5 71-3 3 '6-33 "35 I^alande 4562 . . . . 8.0 22 3.99 70.0 2 4-479 + 61 6 36.3 68.0 2 l6 -33 1136 Lacaille 749 .... 7.0 2 22 5.98 76.1 I + 2. 539 - 34 26 24. o 68.2 7 + 16-33 "37 B. A. 0.764 . ." . . 7. o* 22 7. 04 58.9 2 * 3- 194 + 8 56 18. 8 53-8 2 16.32 1138 Weisse II, 363 ... 7-2 22 17.83 66.9 2 3.180 + 7 52 21.3 67-5 2 16.31 "39 B.A. 0.766 . . . . 6.5* 22 29. 62 65.9 3 3-429 + 24 36 45. 3 69.5 ' 2 16.30 1140 B. A. 0.768 . . . . 6.0* 22 33- 39 58-9 2 2.590 - 31 43 45- 3 53-9 3 16.30 1141 1 142 Lacaille 750 .... 26 Arietis 7-5 r r 2 22 40. 65 22 47. 62 6 3-7 7 7 4 2 + 2. 728 3-JAA - 23 50 i-7 + ro 17 CA r> 72.7 69. 9 3 + 16. 29 * t** "43 Weisse II, 373 . . . .) J 9.0 22 56. 32 j/' 3 66.0 2 ' J44 3.261 *9 * J 54- + '3 38 13-3 63-2 4 lo. 29 16.28 "44 1145 B.VI. 2i>, 37 . . . . 8.4 6.0* 23 2. 27 27 8 7Q 64.4 60 7 2 2.659 3-312 - 27 53 4. 6 _L 17 A C7 7 70.0 cfi -i 2 g 16. 27 1 6 27 t j 1146 Weisse II, 379 . . . 8.1 j / y 2 23 IO. 28 w. ^ 68.8 2 J 1 * + 3-250 V * / 4 j/ O + 12 48 31.8 o u - j 58.9 2 + 16.27 "47 Lacaille 756 .... 7.0 23 10. 96 63-5 2 2.712 - 24 43 54. 2 68.9 2 16. 27 1148 Weisse (2) II, 545 . . 6.0 23 '2-47 68.9 2 3.672 + 37 29 58. o 46.9 2 16. 27 "49 Weisse II, 386 - . . . 9-o 23 23.48 56-9 2 2.976 6 57 n.o 56.9 2 16.26 1150 IKI B.A.C.773 . . . . 14 Trianguli . . . 6-3 c o 23 31-79 2 21 1A. Id. 63.0 71 7 2 2-734 -4- t 612 - 23 18 31.6 _1_ -it i| oC ft 67. o A 7 y 2 2 16. 25 | T ^e j 1152 B. A. 0.774 j- w 7.0 * *J J4* lt t 23 56.06 / * - / 60.7 3 r j' "J-* 2. 692 1 OJ J 1 Z J" u - 25 48 43- 6 47- z 68.0 2 T ID-ZJ 16.23 "S3 B. VI. + 38, 502 . . 7-i 24 1.92 68.9 2 3-707 + 38 55 42- 3 66.3 3 1 6. 22 "54 Weisse 11,397 . . . 8.2 24 6. 78 59-o 2 3-095 + i 38 48. i 68.7 3 1 6. 22 "55 B.A.C.77S 6-3 24 9.78 63.2 3 2-735 - 23 10 4. 2 65.5 2 1 6. 22 1156 B. A. 0.776 .... 6-5 2 2 4 15.78 59.0 2 + 3-95 + I 38 42. 1 63-7 3 + 16. 21 "57 Lacaille 767 .... 7.0* 2 4 18.34 76-5 3 2.546 33 44 55- 9 65.6 2 16. 21 1158 Lalande 4667 .... 6.8 24 19.88 68.8 2 3-659 + 36 42 51.6 48.0 S 16. 21 "59 1160 Weisse (2) II, 587 . . 75 Ceti 8.2 . ?* 24 26. 76 2? 2. IQ 66.9 C7 7 2 3.386 3OCO + ? 42 44- 7 I 7.Q IQ 2 65-9 60 A. 2 2 1 6. 20 16 17 j j j *y 9i 1 . v^v * jy *y* * uy. 4 1 *J, 1 j 32 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. lj 5. d rt s 1 o 1 Annual Precession, 1860. Mean Declination, 1 860.0. i >, 1 en 5 i* o o Annual Precession, 1860. h. m. s. s. / // | // Mill I l62 Weisse 11,415 . . . a Ceti 7-5 4. 3 2 25 22. 22 25 27. V) 66.9 45- 7 3 4 + 3- "5 2.847 + 377-1 - 15 51 40. 5 65.0 67.9 2 6 + 16.15 16. 14 Il63 Rumker 654 .... ^ j 8.2 j I J 25 37- 28 T^ J 1 59-6 4 3.358 + 19 49 9-7 56.5 6 16. 14 Il64 Lacaille 771 .... 7-3 25 38.88 63-3 3 2.724 - 23 42 18. 5 66.0 2 16. 14 Il6S Tr. Z. 102, 8 .... 7.0 26 13.74 71.6 3 2.55 - 33 '3 34- 7 65.0 2 16. II not. O. Arg. S. 1630 . . . 7.0 2 26 18.28 63-9 7 + 2.655 - 27 37 21.9 69.9 3 + 16. ii 1167 Weisse II, 437 . . . 8.0 26 55- '3 62.0 4 2-979 6 37 25.0 73-3 5 16.07 II OS Weisse (2) II, 642 . . 5.6 27 2. O2 68.8 2 3.668 + 36 41 49- 4 46-9 3 16.07 1169 Weisse II, 442 . . . 7-5 27 8. 81 68.8 2 2.984 - 6 15 13. i 46.8 i 1 6. 06 1170 Weisse II, 443 . . . 7-8 27 8.83 68.8 2 2.984 - 6 15 8.4 47.0 4 16. 06 1171 Lalande 4761 .... 6.8 2 27 19. 19 73-9 5 + 3-664 + 36 26 36. i 65.9 3 + 16.05 1172 B. A. 0.789 . . . . 7.0 27 39.46 59-4 4 3- 169 + 6 51 35.8 54-9 4 16.04 '"73 Anonymous . ... 9.0 27 42.07 66.3 2 2. 629 - 28 51 2.4 69.0 2 16.03 "74 Lacaille 783 .... 7.0 27 42. 82 65.6 3 2. 629 - 28 50 56. 6 69.0 2 16.03 "75 Weisse II, 455 ... 8.1 27 5-94 64-3 3 3.I2I + 33 46. 7 61.9 2 1 6. 03 1176 Lacaille 787 .... 6.2 2 28 12.85 64.4 2 + 2.738 - 22 32 33. 4 69.4 2 -(- 16. 01 "77 Weisse (2) II, 669 . . 5-6 28 13. 60 68.9 2 3.704 + 38 7 36. 2 69.0 2 16. 01 1178 Lacaille 789 .... 6.8 28 14. 14 68.9 2 2-534 - 33 43 47- 6 65.5 2 16. oo "79 B.A.C.793 . . . . 6.5 28 26.08 73-4 4 3. 160 + 6 13 20. o 73-5 4 16. oo 1180 O. Arg. S. 1655 . . . 7-3 28 30. 19 6 3-9 3 2. 8ll - 17 54 17-5 73-3 3 15.99 nSi 1 182 Weisse II, 470 . . . Ceti 8.2 4 5* 2 28 31. 14 28 ?! 76 61.5 4.6 $ 2 A + 3. 281 7. 142 + H 32 13-0 + 4 58 48. 6 56.7 73.0 5 4 + 5-99 it;. 09 1183 Weisse II, 475 ... ^ J 8.0 ** O / 28 34.41 t"- J 68.9 *T 2 J' **t* 1 2.983 6 17 5-3 46.9 3 j yy 1 15.99 1184 iiSc Weisse (2) 11,691 . . 70 Arietis . . . 9.0 6 4. 28 50. 01 28 S3 7O 60.0 68. i 2 5 3.368 -7 A?1 + 20 5 19.7 -1-24. 2 q. 7 55-o 61.0 2 3 15-97 11. Q7 I 103 II So 1 187 B. A.C.797 31 Arietis *" *T 6.0 c c* *W JJ. JV 2 28 56.51 29 o. 28 67.1 7O. S J 3 A J' MOJ + 3-433 ^. 24.2 i **T^ y i + 24 2 7. I -f- II 50 19.8 61.0 47.8 J 3 2 j 71 + 15-97 15.96 llSS Weisse II, 479 . . . J- J 9.0 29 3. 48 /" j 61.5 *T 2 j' **+* 3.282 + '4 34 5- 7 55-9 3 I5.96 1189 Lacaille 792 .... 7-4 2 9 4.78 63.2 3 2.617 - 29 18 42.6 73-o 4 15.96 1190 B.A.C.Soo 6.5* 29 10. 23 58-9 3 3- '73 + 7 7 6.3 69.5 2 15.96 1191 O. Arg. S. 1664 . . . 8.7 2 2 9 32.76 63-9 3 + 2.653 27 18 33.0 67.9 2 + 15-93 1192 Weisse (2) II, 702 . . 7.0* 29 38-85 76.7 4 3.687 + 37 7 5- i 64.9 3 '5-93 "93 Weisse (2) II, 71 1 . . 8-5 29 52.44 66.0 2 3.462 + 25 35 46. 8 73-2 4 15.92 "94 B.A.C.803 5-7 30 6.91 73-i 4 2.589 - 30 39 23. o 69-5 2 I5.91 "95 Lacaille 796 .... 7.0 30 1 1. 06 63-3 3 2. 7OO - 24 31 49.0 71-3 3 15.90 1196 Weisse (2) II, 718 . . 7-5 2 30 13.59 73-2 3 + 3-547 + 30 13 '7-4 70.9 2 + I5.90 "97 1198 Weisse (2) II, 727 . . 81 Ceti 9.0 v<;* 30 28. 76 TO 38. 74 72.3 to. } 3 6 3-464 3.015 + 25 37 56.8 - 4 o 14. 4 67. o 54-o 2 2 15.89 15.88 I IQQ y s s.o O v J"- /^ TO C.2. 19 jy j 68.9 2 3- 39 2 -f- 21 21 12. 7 68.9 4 15.87 yy 1200 Lacaille 802 .... y v 7-4 j j jy 30 59. 72 63-5 2 2.607 - 29 36 9.2 69.0 2 15.86 U. 8. NAVAL OBSERVATORY, 1845 TO 1877. Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. 8 1 1 Annual Precession, 1860. Mean Declination, 1 860.0. at B X I "5 o & S ' jj I2OI B.A.C. 809 6.0* h. m. s. 2 31 9-8i 59-6 3 s. + 2.494 / // - 35 10 42.8 6i.s 3 + "5-85 1202 Lalande 4903 .... 7-5 31 18.94 77.0 2 3.280 + '4 '5 "-7 77.3 5 15.84 203 1204 Lacaille 803 .... B.A.C. 810 6.0 3' 24.51 71 71 77 65.8 68.9 5 2.714 7 217 - 23 36 8. 3 -(- IO I CC. ! j 64.9 fi7 C 3 15.84 1205 1206 Tr.Z.98,44 . . . . i Ceti 6-5 c. $ J * J ' Jt 32 1.86 2 32 18. 5 i 71.8 cc 8 3 C 2.511 4- 7 068 - 34 17 8.6 o 16 ?S c 07. 5 67.0 2 2 15.80 + 1 c 70 1207 1208 Lacaille 813 .... M. Z. 81,9 . . . j j 6. 7 7 O 32 41.96 32 46. 26 j j. ^ 63.3 64 1 J 4 2 2 -f- j. uuo 2.663 -y C*7 I ** * w j- j 26 20 54. 5 T 1 j 2 2O 7 68.0 fin c 2 'J. 79 '5-77 1209 DM. + 21, 365 . . . / 9.0 32 48.88 65.9 2 * 57 1 3.398 + 21 31 21.8 09. 5 70.0 4 2 ^ 5* 7 15.76 I2IO B.A.C. 814 7.1 32 49-60 61.9 2 5.042 + 67 13 34. I 73-' 8 15.76 I2II B.A.C. 817 6.8 2 32 52.93 68.9 2 + 3.152 + 5 30 29. 3 67.0 2 + '5.76 1212 Weisse II, 556 ... 8.5 32 56.93 59-0 2 3-295 + '54 59-6 59-9 4 '5- 75 1213 Lacaille 814 .... 7.0 32 57-81 63.5 5 2. 624 - 28 25 31.7 70. i 2 '5-75 1214 Weisse II, 566 ... 9-o 33 8.74 62.5 2 2.981 6 17 0.8 51.9 4 '5-74 1215 Lacaille 816 .... 7-1 33 '2-99 62.9 2 2.665 26 10 29. 8 72-3 4 '5-74 1216 Weisse (2) II, 805 . . 8.4 2 33 32.47 65.9 2 + 3.401 + 21 38 33.0 65.0 2 + 15-72 1217 Weisse II, 576 ... 8.0 33 35-25 62.6 2 2.990 5 37 40.4 56.9 2 15.72 1218 Weisse 11,574 . . . 8-5 33 35- 25 66.0 2 3.010 - 4 18 44. i 68. i 2 15.72 1219 Weisse II, 569 . . . 9.0 33 35-66 59-0 2 3.301 + '5 26 15.3 54-9 2 15.72 1220 Weisse II, 580 ... 7-1 33 45-48 68.9 2 3.152 + 5 28 8.6 67.0 2 IS-?' 1221 1222 Weisse II, 575 . . . Weisse (2) II, 815 . . 8.1 9.0 2 33 45- 95 34 2. 21 68.9 69.0 2 2 + 3.295 3-441 + '5 2 25.0 + 23 55 3- ' 60.3 56.9 3 2 + '5-7' 15.70 1223 Weisse II, 585 ... 7-2 34 2. 65 61. 9 4 3.128 + 3 49 39- 3 64-5 4 15.69 1224 O.Arg.S. 1735 . . . 7-0 34 3-'8 70.5 3 2.567 - 3' '4 8.3 69.0 2 15.69 1225 1226 O.Arg. 8.1738 . . . fjt Arietis 7.0 6.0* 34 '4-9 2 34 28. 70 68.9 60 Q 2 2.688 + 1 iftft - 24 44 18. 8 67.0 *7O 7 2 '5-69 1227 O.Arg.S. 1744 . . . 7-7 34 40. 63 68.8 3 J- J uu 2.794 - 18 25 17.3 /*" J 68.5 2 15.66 1228 B. VI. + 370, 608 . . 8.0 34 4- 92 69.0 2. 3-7'S + 37 34 8.0 66.3 3 15.66 1229 Weisse II, 603 . . . 9-4 35 '4- 18 64. o 2 3.260 + 12 40 3.3 70.0 2 15.64 1230 Weisse (2) II, 860 . . 8.0 35 44.98 60. o 2 3-385 + 20 33 1.6 55-7 3 15. 60 1231 1232 O.Arg. 8.1758 . . . y Ceti 8.2 1.4* 2 35 5'- 60 36 2. 08 68.9 2 + 2.615 31 I I - 28 32 58.8 4- 2 78 IO A 65.5 2 8q -r- 15.59 1233 Weisse II, 615 . . . j ^ 8.1 36 6. 94 65.0 6 .111 3.262 i^ * j^ jy. T- + '2 4' 35-4 66.5 y 2 15-58 1234 1235 B.A.C. 840 .... Lacaille 838 6.0 6. 5 36 31-87 76.2 4 2.389 2. 6OQ - 38 58 58. 5 28 AA C.C C 76.5 4 2 15-56 ic CA 1236 1237 Riimker 695 .... 38 Arietis 8.2 c c 2 36 50.68 61.2 CQ Q 4 + 3-397 T. 2'JO * *r*r jj- J + 21 i ii. 5 + I' 51 14* 4 58.7 C.7 Q 4 2 j j^ + '5-54 1C CI 1238 1239 Weisse II, 640 .... fi Ceti J J 8.6 4.0* 37 21.69 57 22 6l jy- y 62.8 CQ 7 3 4 2. 996 3 21 4. 5 6 58. 2 +o ii 16 i ;>/ y 56.9 60. o 3 2 * J' J * 15.51 1C CI 1240 TT Ceti *T' ^ 6.0 Ji ** v j , 37 27 CI Dy- / 7 "?. o 2 2. y j 1 * w * .5 j^_ 2? IO. Q 6a o 2 ' J' J * 1C CI j/ */ j* wy. y 1 J' J ' API 34 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. >, d 5 S 1 IM O O Z Annual Precession, 1860. Mean Declination, 1 860.0. i >* i D s 1 lM O d fc Annual Precession, 1860. I 1241 1 242 Weisse II, 639 . . . Lacaille 846 . 7.0 6. 7 h. m. s. 2 37 29- 85 7 3Q. ^ \ 66.9 68.9 2 3 + 3-261 2.611 / // + 12 34 16.7 - 28 29 42. I 67.5 65.5 2 // + 15-50 15-49 1243 O.Arg. 8.1780 . . . v. y 9.0 J I O '" JJ 37 S3- 22 v. y 69.9 2 2.600 - 29 i 55-6 72.8 4 15-48 1244 B. A. 0.854 6.7 38 1.22 63-9 2 2.656 - 26 5 32. 2 72.1 4 15-47 1245 Weisse (2) II, 915 . . 5 .8 38 "9-95 68.9 2 3- 6 77 + 35 23 32- 2 6 9 .8 5 15.46 1246 Lalande 5112 . . . . 6-3 2 3 8 43- 72 69.0 3 + 3-7I9 + 37 I2 6.3 65.0 3 + 15-43 1247 B. A. .857 .... 7.0 38 56. 78 6 5 .2 3 4.361 + 56 26 44.9 53-9 2 15.42 1248 Lalande 5115 . . . . S.o 38 57-45 68.9 3 3.762 + 38 54 54- 6 66.3 3 I5-42 1249 B. A. 0.858 .... 6.5 39 12. 68 65-2 3 4-365 + 56 29 49. 9 53-9 3 15.41 1250 Lacaille 865 .... 7-i 39 5 6 -39 63-4 4 2.670 - 25 5 24. i 65-5 2 15-37 1251 I2S2 Weisse (2) II, 972 . . r) Persei 7.0 5.0 2 40 25. 87 40 30. 67 68.9 71. 2 3 4 + 3-468 4- 3'7 + 24 42 32. 9 + 55 18 40.4 74-7 64. 2 3 7 + 15-34 '5-34 J I2C7 BAG 866 6. <;* AO 37 QO SQ. 6 4 f. 467 4- 24 36 5.2 58.7 4 '5-33 l *J J 1254 Weisse II, 694 . . . J 9.0 *f u jj-y*- 1 40 44. 64 jy 66.5 2 J. fvf 3. 261 -(- 12 21 48. 5 68. i 2 15-32 1255 Lalande 5181 . . . . 7.0 40 52. 56 71.8 3 3-703 + 3 6 13 24-8 65-9 3 15-3I 1256 Laciille 873 .... 6-5 2 40 52. 81 63-9 2 + 2.704 - 23 4 22.5 72.5 4 + I5-3I 1257 1258 Weisse II, 702 . . . TT Arietis 8.2 6.0 4i 7- 59 4.1 20. OQ 70.3 62.6 3 ii 3-263 3- 335 -f 12 26 59. 2 + 16 52 47.0 65-5 6 3-9 2 4 15-3 15.28 I2CO 41 Arietis . . . ?.o* H* fry* ^y 41 45. O2 $6. 6 7 3.508 -f- 26 40 49. 4 72. 2 5 15.26 * *3y 1260 1 6 Persei . . J 4 7 4.1 4.^. 3Q J ^. 7 e 3- 743 -f- 37 44 24.0 49-4 9 15.26 I26l Weisse (2) II, 1018 . ^ / 7-5 *T " TV* J" 2 42 5. 14 j j i 72.0 j 6 + 3-472 + 24 45 3- 9 62.4 2 + "5-25 1262 Weisse II, 724 . . . 7.8 42 32. 60 64.5 2 3-275 + 13 7 40. i 66.5 2 15. 22 1263 0. Arg. 8.1834 . . . 7.6 42 43. 08 66. i 2 2. 662 - 25 II 39. 2 73-i 4 15.21 1264 Tr. Z.g8, 51 . . . . 6.2 42 44- 35 68.9 2 2.476 - 34 21 58.3 65. o 3 15.21 1265 Weisse II, 728 ... 8.0 42 47- 2 4 65.2 3 3-27I + 12 5' 59-5 68.5 2 15.21 1266 1267 Weisse (2) II, 1038 . 17 Persei 8.5 z $ 2 42 49. 1 1 42 *i\. Q7 66.0 71.6 2 5 + 3-38 3- 671 + 15 8 29.7 + 34 28 50.8 68. i 67.7 2 4 + 15-20 15. 20 / 1268 O. Arg. S. 1838 . . . j- j 8.0 *T*- JJ' yl 43 "-72 / * 63-9 O 3 2.790 - 17 51 50.0 68.5 2 15. 18 1260 3 Fornacis 4 8 A -3 I 1 06 71. 7 3 2. 505 - 32 59 44. 2 66.6 2 15. 18 *- v y I27O Weisse IF, 741 . . . *T* u 7-2 *to *j- y v 43 25.44 ii 59-5 J 2 2-959 7 20 52.6 54-9 2 15.17 1271 Weisse II, 742 . . . 8.0 2 43 25. 48 59-5 4 + 2.959 7 23 13.9 56.0 4 + I5-17 1272 1271 Lacaille 891 .... y Fornacis 7.0 6.0 43 29.82 43 38.83 69.4 SQ. 9 2 4 2-538 2.661 - 3" 23 47. i 25 8 16. i 65-5 59-4 2 4 15.17 15. 16 / *> 1274 a Arietis 6.0* tj j"~" "j 43 46. 01 jy y 62. I ! 3- 2 99 + 14 30 10. 2 72.8 5 15. 15 * " 1 *T 1275 Weisse II, 746 . . . 8.8 43 49-47 65.2 J 5 3-273 + 12 54 47- i 66.5 2 I5-I5 1276 B. A. C. 883 .... 5-5 2 43 50. 29 62.3 5 + 2.595 - 28 31 30. 2 65-3 3 + I5-I5 1277 1278 Weisse II, 762 . . . T Persei 8.5 S.o* 44 19. 06 44 21. 13 62.O 66.2 2 2 3-045 4. 204 i 44 37- i + 5 2 ii 9-7 62. 9 62.3 2 4 15. 12 15. 12 * */ ** 1279 1 1280 Lalande 5315 . . . . 20 Persei . . .... J 8.5 s. S 44 33- 23 4 A t-1, 2C 65.6 60. 4 J 3 2 2.688 3- 755 - 23 36 28. 5 -4- 37 45 49. 4 67.4 74- 2 2 15. 10 15.09 j j ^t JJ' *-J v y* t U. S. NAVAL OBSERVATORY, 1845 TO 1877. 35 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. h rt 1 C rt '<> 55-7 3 H-47 1343 Weisse (2) II, 1322 . 7-8 55 21.87 61.2 4 3-456 + 22 30 32. 2 60.3 3 14-47 1344 B.A.C. 951 6.2 55 35-53 62.7 3 2.566 - 28 37 51.1 67-9 2 14.45 '345 O. Arg. S. 1977 . . . 6.5 55 36. 56 68.9 2 2-758 - 18 45 37-9 65-' 2 '4-45 "340 134.7 Weisse II, 976 . . . /> Persei . . 8.5 4O 2 55 49- 92 c6 12 QC; 64-3 66 i 3 ? + 3-302 -1 got + '3 55 12.7 + ^8 17 4.7 O 65.6 47. S 2 16 + '4-44 14. 41 J^i H48 r 3 Eridani . v 4Q j v *" yj 56 13. 18 \J1_F. J 6"3 .1 O 3 J. WJ 2 6<;? J*^ / *TJ' ^ 24. IO 31 Q ^/ j 68 i ? "*r" T * 14. 41 J*t v ' 1349 Weisse (2) II, 1359 . y 7-5 57 10.00 "J* T- 77-i J 6 jj 3-777 **r "- 1 o' 1 y + 37 2 39.9 "-" J 76.5 o 6 14-35 1350 1351 Weisse II, 1001 . . . p 3 Eridani 8.4 C 0* 57 18. 18 2 (17 24.. 06 65.6 So 5 3 2 3-273 4- 2.0^8 + 12 6 45.2 8 O 2.4 65. o 63.0 2 2 '4-35 -)- 14. 34 '352 O. Arg. S. 2000 . . . J* w 8.5 J/ ***r *** 57 32-4 j? j 66.3 2 I :*..> 2-763 y *" t - 18 17 14.6 "j- " 71.6 3 '4-33 1353 Lalande 5682 ..... 7.9 57 39- '9 71-3 3 3-804 + 38 3 23.7 65.7 3 14-33 '354 DM. + 13, 499 ... 8.2 57 41-68 64.4 3 3-30 + '3 43 43- 5 69.9 2 '4-33 '355 M. Z. 143, 31 .... 9.0 58 o. 56 64.4 2 2.662 - 23 41 31.6 73-3 3 14.30 1356 DM. + 13, 501 . . . 8-3 2 58 4- 25 64. i 2 + 3-3 01 + '3 43 21. i 68.0 3 + I4-30 '357 131:8 0. Arg. N. 3458 . . . Anonymous 6.5 7 6 58 31-34 eg ?6 SO 77-6 67 T 2 2 4.217 2. 41 C + 50 37 28. i 34, <7 23. 3 77-o 67. 3 3 7 14.27 14. 27 * J J '359 Tr.Z. 155,7 -. / u 7.0 j u j^- j w 58 38.08 w / j 71.6 O 3 *- *T* J 2. 607 JT" J / J J - 26 19 31.5 / J 64.9 J 2 14.27 1360 Weisse II, 1037 . . . 8.8 58 54.00 58.8 2 3-3X0 + '4 '3 47-8 55-4 2 14.25 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 37 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. rt B >, 1 IM & Annual Precession, 1860. Mean Declination, 1 860.0. rt -, C V 1 u- O O a Annual Precession, i860. 1 261 t Persei . 4.0* h. m. s. 2 Co I O7 76 i A s. 4- 4 158 / // -t- 4Q 4 2Q 4 76.6 // _L- T4 24 *** 1362 ft Persei . . . tf. V -1, o jy 1 en 4 -IA / *" * 4Q 6 *r I *f * J 3 874 1 ty ^ y. T 1 -(- 4O 24 46 Q / 62.6 4 -p if. q H2J i ^6^ J' * 6.0 jy V J^ CO -2-? O1 ty- * 6l.8 y 8 O / T" ?. ^66 I *t" *T- *!"* y 4- 17 2O 14 8 6?. 4 T^ 2 T H2I j**j I3 6 4 i ^6. / 66. i 2 * J*^ + 3- 125 *-y j* 1 ** + 3 641.5 68.5 2 + 13-79 1397 Weisse III, 98 .... 7.8 6 24.94 68.9 2 3-242 + 9 55 48. 7 55-9 2 I3-78 1398 Lalande 5997 .... 7-5 6 43- 27 72.7 5 2-753 - 18 9 25.5 70.0 3 I3-76 '399 Weisse III, 101 . . . 8. i 6 45. 65 66. ,6 2 3-289 + 12 32 54.2 68.1 2 I3-76 1400 Lacaille 1004 .... 6.7 6 47. 85 67.0 2 2.442 - 32 55 31-2 67.6 2 13-75 38 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. S fj >* a 3 w % 4J o "o o fc Annual Precession, 1860. Mean Declination, 1 860.0. t-. QJ ^ C D X j o o 6 X Annual Precession, 1860. I4.OI 4.6 h. m. s. -! 6 ei. 57 67.2 48 s. + 3- 43 / // -f- 20 31 21. 7 68.3 4 // + 13- 75 *T^ I4.O2 Anonymous 8.5 J J J I 7 1. 18 70. 5 2 2. 753 - 18 8 37.3 70. o 3 13. 74 ff** 1403 DM. + 12, 457 . . . 9.0 7 "2-97 66.6 2 3.290 + 12 37 8.6 70.0 2 13-73 1404 Weisselll, 114 . . . 8.7 7 15-5 60.8 4 3.278 + n 54 32-3 55-4 2 13-73 1405 1406 Lacaille 1010 .... Anonymous .... 7.0 7- S 7 2 4- 3 1 j 7 m <;Q 64.0 66.0 3 2 2.551 4- 2.520 28 6 2.0 29 29 53. 7 69.0 70. o 2 2 I3-72 + 13- 7 1 Alfw 1407 B. A. C. 1005 . . '. . / J 6.0* J / O J7 7 47- 37 76.0 2 1 J 2. 500 - 30 19 44- 3 76.7 6 I3-69 1408 Weisse (2) III, 161 . 9.0 7 54-9 61.0 3 3-504 + 23 50 39. 3 58.6 3 13.68 1409 Weisse III, 139 . . . 9.0 8 41-43 65.8 3 3-304 + 13 19 S3- 66.9 3 13 63 1410 Weisse (2) III, 173 . . 6.0 8 42.00 69.0 2 3.860 + 38 45 57-4 46.9 2 13-63 I4II B. A. C. 1010 .... 7-5 3 843.47 72-3 3 + 2 -9" - 9 17 28.6 70.3 3 + 13-63 1412 141 3 B. A. C. 1012 .... 6.4 C C 8 58.93 q 2. IO 64.9 45- 7 2 6 2. 580 2. glO 26 37 15.6 - 9 20 30. 7 64.9 71. 5 2 4 13.62 13. 61 **t j I4H Weisse III, 145 ... J J 9.0* y 9 7.42 66.0 2 3- 163 + 5 19 30-7 67-5 2 13.61 I4IS Weisse (2) III, 196 . . 7-5 9 18.40 59.0 2 3-374 + 17 3 19-2 69.0 2 13-59 I4l6 Lacaille 1026 . . . . 6.0 3 9 18.89 65-5 2 + 2.530 - 28 51 57.4 66.0 2 + 13-59 1417 DM. + 14, 547 9.0 9 55-35 68.9 2 3-328 + 14 34 48- 5 65-5 2 13-57 1418 DM. + 23, 435 . . . 9-5 10 7. 89 62.0 I 3-57 + 23 48 36. 2 73-3 3 13-54 1419 Weisse (2) III, 209 . . 7-5 10 7. 99 74-9 3 3-502 + 23 34 i. 2 77.9. 2 13-54 I42O Weisse III, 168 . . . 8.1 10 8.35 63.0 5 3-306 + 13 19 50.0 64.4 3 13-54 1421 B. A. C. 1019 .... 6.0* 3 10 25. ii 61.2 6 + 2.470 - 31 20 46.0 57.2 4 + 13-54 1422 Weisse (2) III, 216 . 7-7 IO 25. 12 66.1 2 3-386 + 17 39 3- i 67.6 2 13-54 1423 Weisselll, 172 . . . 8.0 10 33- 6 3 58.9 2 3-288 + 12 18 31.4 57.6 4 13-54 1424 Weisse III, 173 . . . 7- i 10 39.41 68.7 3 3-331 + 14 40 22. 4 65.1 2 13-51 H2S O. Arg. S. 2173 . . . 8.9 II O. 96 69.1 2 2-733 - 18 54 21. i 66.5 2 13.48 1426 Lacaille 1041 .... 6.4 3 ii 8.98 64.9 2 + 2.630 - 24 2 IO. I 64.9 2 + 13-48 1427 1428 Lacaille 1048 .... / Persei 7.2 6.0* ii 50.53 12 4. 6? 64.0 72. O 2 6 2.569 7. QQ? - 26 5i 59-5 -|- 42 49 13. o 67.0 67. i 2 2 13-43 11. 42 *lf A.U I4.2Q 60 Arietis i . 6. 2 * * *t* v 1 12 8.07 / 66 a 3 j yyo 1. 13Q 4- 25 Q IQ. < 6?. o 2 J T n. 41 mifmy H3 14.31 Weisse III, 205 . . 15 Eridani 8.0 6. o 12 8.88 3 12 IO. 77 **** y 60.7 71 8 O 2 O' Jjy 3- 2 99 -1- 2 640 \ " y y j + 12 51 58.4 23 I 3O. 2 j 56.3 7O.4. 3 j j- -T* 13-41 4- 13.41 **rj* 1432 Weisse (2) III, 255 . 8-3 j * ** * *** / / 12 13-55 / V 65-3 4 1 " vt ry 3-341 *"3 * O + 15 8 49. 3 / *** *r 66.5 o 2 I3-4I H33 1434 O. Arg. 8.2189, (ist*) O. Arg. 8.2189, (2d) 6.8 8.4 12 17-74 12 18. 08 68.9 68.9 2 2 2.728 2.728 - 19 4 n. 8 64-5 2 I3-40 '43S B. VI. + 22, 475 . . 8.5 12 35.6l 64.4 2 3-488 -f- 22 40 30. 2 68.6 2 13-38 H3 6 Weisse III, 224 . . . 8-5 3 13 2.15 60.0 2 + 3-222 + 8 3i 35-6 69. o 2 + 13-35 '437 Weisse III, 228 ... 9.0 3 4-55 65.6 4 3- oio 3 3' 39-7 69.5 2 13-35 H38 14. 7Q T 1 Arietis r* Kridani . 5-5 4 A '3 8.97 11 17 4,6 61.2 6cx o 7 2 3-448 2 66^ + 2O 38 22. 22 1 6 9. I 66.5 7o 6 4 4 13-35 n. 33 *'rjy 1440 Lacaille 1055 .... ' T- 5-2 * J * / " T 1 * 13 28.67 v/y \s 68.9 2 *-"-*,) 2. 614 - 24 37 55.8 / 65.0 f 2 j jj 13-32 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 39 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. ^ rt C rf V i IM O o fc Annual Precession, 1860. Mean Declination, 1860.0. rt p 3 _ rt -* C rt OJ g 1 "S 6 % Annual Precession, 1860. h. m. s. s. / // // 1481 Weisse (2) 111,420 . 8.5 3 20 54. 80 69. 1 2 + 3-844 + 36 55 41- i 68.4 3 + '2.83 1482 DM. + 5, 497 . . . 9-5 20 59.56 64. 1 I 3.169 + 5 30 12.82 1483 B. A. C. 1061 .... 6.0* 21 2. 12 62.4 10 ( 18.532 + 86 ii 43.3 70.1 8 12.82 1484 Riimker 870 .... 8.0 21 48.05 65. o 3 3.412 + 18 16 15.9 55-6 2 12.77 1485 DM. -f 9, 442 ... 9-2 21 50.96 59-5 2 3-244 + 9 28 16. 7 55-o 3 12.77 1486 DM. -f 5, 498 ... 9.0 3 22 3. 18 74.2 4 + 3- "69 + 5 23 31-1 69-5 2 + 12-75 1487 Lacaille 1108 . . . . 6.0 22 8. 07 67.1 2 2-317 - 36 10 13-3 69.0 2 12.75 1488 DM. + 5, 500 . . . 8.8 22 11.95 71.2 5 3- '7 + 5 26 9.2 69-5 2 12.74 1489 I4.QO RUmker 875 .... Anonymous . . 8.0 q. ? 22 32.55 22 4.2 08 67.4 60. o 2 3-3 2 72O + 12 25 10. 5 1821 3.3 69.0 7O ^ 2 2 12.74 12 71 *f*fw 1491 Groombrklge 698 . . y* j 7-3 * "r* 1 y 3 22 44.41 **3f* w 62.9 4 / y + 4.012 + 42 16 5.3 /** j 67.6 2 / + 12-71 1492 Lacaille 1 1 1 1 . . . . 7-o 22 47.40 67.1 2 2.311 36 20 26.8 70.1 2 12. 70 493 Weisse (2) III, 461 . 8.2 22 53. 22 69.9 6 3-852 + 36 59 43-7 65.7 3 12. 70 1494 1495 1 40.6 RUmker 879 .... Weisse (2) 111,464 . f Tauri 7-5 9-5 4. S 22 55.32 22 59.56 1 21 8 87 61.4 72.3 62 7 5 4 7 3-4I5 3-853 + 7 7OI + 18 19 to. 3 + 37 2 3.6 4- 12 27 11 8 62.6 66.4 64.. I 2 3 3 12. 70 12. 69 + 12.68 fl ry v '497 Weisse III, 400 . . . ^ j 7-6 J *J *" **/ 23 19.56 / 64.1 / O 1 v * 3-175 I * ^/ *.} + 5 42 *nf o 12. 67 1498 I4QQ O. Arg. 8.2311 . . . 17 Eridani . . . 6.7 4 > 26 8 65.0 72 O 4 3 12.66 12. 6^ "T 1 ;/" 1500 . Lacaille 1114 . . . . f j 7.0 *"j ***** J 1 23 40-32 3 1 . u 69.4 j 3 y/ i 2.632 j JJ * c - 22 59 23. i / * v 68.0 j 2 ' V 3 12. 65 1501 Weisse (2) 111,493 8.0 3 23 44. 27 64-5 2 + 3-4'6 -J- 18 19 12. 5 56-5 2 + 12.64 1502 DM. + 7, 515 . . . 9-5 23 44- 3 66.5 2 3.200 + 734-4 70.0 2 12. 64 >53 Weisse III, 428 . . . 7.8 24 34- 96 61.5 3 3.202 + 7 5 17-6 61. 9 2 12.58 1504 Lacaille 1121 . . . . 7-5 24 48.41 69.1 2 2.508 28 24 24. 2 65.0 2 12.57 '55 Weisse III, 442 . . . 7-o 25 13-46 59-9 2 2.919 8 19 4.8 56.9 2 12-55 1506 Weisse 111,447 . . . 7.2 3 25 35. 36 60.0 2 + 3-3I9 + 13 18 26. 9 56.0 2 + 12.51 1507 Weisse 111,456 . . . 7-o 25 36-84 7i-3 3 2.005 9 4 14- 4 47.0 2 12.51 1508 Lacaille 1127 .... 6.8 25 53- H 63-3 3 2.366 - 34 i 3- 7 66.5 2 12.49 15 9 Lacaille 1 1 24 . . . . 6.0 25 54-57 74- ' 4 2. 560 - 26 5 28. 3 67.7 6 12.49 1510 i? n Weisse (2) III, 528. . 7 Tauri 7-5 ?. ? 25 58 01 -3 26 Q J.6 69.0 71 S 2 3.892 -J- 3 S^8 + 38 6 49. 8 _L 21 "\O 3O 2 46-3 67. S 3 2 12.49 + 12.48 J 1512 mi B. A.C. 1097 .... e Eridani j j 7.0* A I j * y- 1" 26 18.23 26 20. 10 / * - j 68.7 61. i 5 2 I I J' JJ" 3.690 2.888 \ *Ji jy o Vt + 3' 32 43- 7 q c6 28 / J 68.7 62.8 6 2 12.46 12. 46 j j 1514 Lacaille 1 128 . . . . t* * 6-5 26 24. 64 62.5 2 2.581 y O v * ^ - 25 5 36. 6 67.0 2 12.46 1515 O. Arg. S. 2343 . . . 8.5 26 28. 34 72.4 3 2.558 26 8 2.9 65.0 2 12.46 1516 DM.+ 3i,6i7 . . . 8.2 3 26 39. 78 76.8 3 + 3-708 + 3' "4 0.4 74- i 5 + 2.45 '5'7 Weisse 111,474 . . . 8.8 26 46. 66 60.0 2 3-328 + 13 42 8.8 55-5 2 12.43 1518 DM. + 46, 777 ... 8.5' 26 54.43 76.7 3 4. 189 + 46 47 33-o 72.1 3 12.42 5"9 B. A. C. noi . . . . 7-2 26 55.88 65.7 4 3-708 + 3' 2 33-4 57-2 4 12.42 1520 DM. + 46, 779. . . 8-5 27 14. 17 76.7 3 4- '9 1 + 46 47 34- 9 72.1 3 12.40 U. S. NAVAL OBSERVATORY, 1845 TO 1877. Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. h. m. s. 1521 Weisse (2) III, 577 . . 8.0 3 27 50. 18 1522 Lacaille 1 1 34 . . . . 6.2 28 12.77 1523 B. A. C. 1105 .... 6.0* 28 33.11 1524 K2? Weisse 111,517 . . 9.0 6.0* 28 40. 40 28 44. 40 j j 1526 Lacaille 1 137 .... 6.2 3 28 53.96 1527 1528 B. A. C.I 109 . . . . Anonymous 6.0* o. S 28 56. 92 2Q IO 6"? 1529 i c?o B. A. C. mo . . . . y j 6.5* 5.O *y j 29 36. 40 2Q 41. 6q jj '531 DM. + 27, 536. . . J' * 8.5 "Jf .f J" vy 3 29 46. 13 1532 B. VI. 3", 57 .... 7-7 29 53-Si '533 O. Arg. 8.2388 . . . 8.8 29 56. 02 1534 B. A. C. ii 1 1 . . . . 5-5* 3 2.37 IS3S Weisse (2) III, 639 . . 7-7 30 8.24 '536 Weisse (2) III, 657 . . 7.0 3 3' 16- 3 >537 Weisse 111,575 . . . 8.1 3' 25.76 IS38 Weisse III, 569 ... 6.9 31 30.01 IS39 B. A. C.I 1 19 . . . . 7.0 31 30.96 1540 Weisse(2)III,669(ist*) 9.0 3' 36.79 iS4i Weisse(2)III,669(2d*) 8.0 3 3' 37-3' 1542 i CA^ Weisse III, 580 ... Anonymous 6.9 Q. O 3' 37-9' JT A.6 O7 * D*T J "544 IS4.S B. A. C.I 123 . . . . 1 1 Tauri 5-0 8.0 j * f+\f. *-/ 32 i. 62 ?2 24. Ql JTO IS46 IC4.7 Lacaille 1160 . . . . 1 2 Tauri 7.0 6.0* o *T- yo 3 32 32- 36 22 T. "? So * JT-/ 1548 IldQ B. A. C.I 130 . . . . (5 Persei 6.0 -3. O j JJ' 32 58- 3 12 <8. 43 * jty 155 i ecT Weisse (2) 111,721 . O' ** 8.0 4 0* J J ^J 33 23. 45 3 73 -3Q 71 * j j * 1552 Weisse (2) III, 733 . t t* ** 8.0 J JJ iV I * 34 3-24 '553 Radcliffe 1041 . . . . 6.5 34 4-65 '554 Lacaille 1171 . . . . 6-5 34 6.70 '555 Riimker 940 .... 8-5 34 22.27 1556 Lacaille 1176 . . . . 7.0 3 34 38. ii 557 Weisse (2) III, 750 . 8.0* 34 48. 43 1558 DM. + 13, 586 . . . 9.0 34 5. 79 "559 Weisse (2) III, 751 8.0* 34 5- 93 1560 Lacaille 1177 .... 7.0 35 r.io jj Fi c M '?, % IM O o * Annual Precession, 1860. Mean Declination, 1 860.0. |2 rt 1 o "o fc Annual Precession, 1860. 77-7 I s. + 3-7I9 / // + 3' 33 34-6 77-i 2 // + '2- 3 6 69-7 3 2.438 - 31 6 i.i 68.9 2 '2-33 71.0 4 4.026 + 42 7 5-6 54-o 2 12.31 59- 2 3-334 + 13 59 20.6 56.0 2 12.30 60.7 '4 3.515 + 22 44 42. i 70.1 3 12.30 63.2 4 + 2-555 26 3 13.9 67-5 2 -f 12.29 61.0 3 2.403 - 32 20 41.4 65.0 2 12.28 69.4 2 2.903 9 5 46. 8 47.1 I 12. 26 60.0 2 3-074 -f o 7 42. i 54-' 2 12. 24 69.8 3 3-07i - o 2 49. 5 70.3 3 12.23 69. i 2 + 3- 628 + 27 40 44. o 61.6 2 + 12.23 69.1 2 2.707 - 19 o 48. 7 64.0 2 12. 22 69.5 2 2. 60O 23 58 59-0 65-3 3 12. 22 73-7 4 5-I32 + 62 45 29. 8 70.9 2 12. 2O 60. 3 3 3-435 .+ 18 53 5'-7 56.0 2 12. 2O 58.3 3 + 3- 78i + 33 39~27- 2 68.0 2 + 12. 12 55-4 2 3- 4 + 2 16 3.8 66.1 2 12. II 69. i 2 3-327 -f- 13 26 7.0 65-3 3 12. II 64.1 4 3-378 + 16 4 43- 3 64. i 2 12. IO 69.0 2 3-925 + 38 39 56.5 46.0 3 12. 10 69.0 2 + 3-925 + 38 39 37- 5 53-o 4 + 12. 10 64.9 3 3-iiS + 2 18 13.7 66.5 2 12. 10 70.0 2 2.629 22 33 28. 3 66.5 2 1 2. 08 71.7 3 3-881 + 37 7 29. 5 46.4 3 I2.O7 61.5 7 3-568 + 24 52 24.0 65.4 3 I2.O4 64.0 4 + 2.410 - 3i 45 38. 5 67.6 2 + 12.03 65.0 5 3- 121 + 2 35 58. i 69.9 2 12.03 66.6 ii 2-493 . 28 24 10. 3 61.7 3 12. OO 54-4 4 4-234 + 47 20 10. o 65.6 6 12. OO 65.0 2 3-440 + 18 56 5.2 65.0 3 II-97 64-3 5 -f 3- 782 + 33 30 45- 3 63.0 3 + 11.96 65.2 3 3-599 -+- 26 7 20.4 63-1 4 "93 66.0 2 4.269 + 48 4 27. i 68.0 2 "93 63-5 4 2.477 28 57 45-5 65-5 2 11.92 59.6 3 3.348 + 14 20 24. 3 60.6 6 11.90 67.0 2 + 2.318 - 35 o o-7 67.4 2 + 11.89 71.8 3 3-9" + 37 55 3- 9 56.0 7 11.87 69-3 4 3-328 + '3 21 4-5 58.0 2 11.87 71.8 3 3-9" + 37 55 32-4 69.4 3 11.87 63.0 3 2.488 28 25 18. o 70.8 4 11.86 CATALOGUE OF STARS OBSERVED AT THE ' : oj T3 Mean Right S3 + H.64 U6a. 1628 IO B. Pleiadum (Eq.) . o 1 y 38 8.06 64. i j 23 J' JJJ 3-553 1 * J T^ J / J + 23 48 56- 6 64. i j 23 VJ*f. 11.64 1629 I54\V. Pleiadum (Eq.) 38 11.09 66.2 5 3-567 + 24 25 47.4 66.2 5 11.63 1630 O. Arg. S. 2495 . 7-3 38 12.40 64.0 3 2.467 - 29 4 19-3 67.6 2 11.63 1631 158 W. Pleiadum (Eq.) . 3 38 '4- 25 65-9 4 + 3-544 + 23 25 15.0 65-9 4 + 11.63 1632 163 W. Pleiadum (Eq.) . 38 16.74 65-9 4 3-546 + 23 31 21.7 65-9 4 11.63 1633 163 W. Pleiadum .... 7-5 38 16. 91 77-i 3 3-546 + 23 31 21 11.63 1634 RumkerN. F.,I928 7-7 38 17.02 77-3 5 3-539 + 23 II 8.4 76.9 3 11.63 J635 Weisse (2) III, 847 8.0 38 19.08 76.0 2 4.158 + 44 55 3-2 74-6 6 11.63 1636 I68W. Pleiadum (Eq.) . 3 38 19.66 65.9 4 + 3-542 + 23 20 53.0 65-9 4 + 11.63 1637 II B. Pleiadum (Eq.) . 38 20. 58 64. i 3> 3-550 + 23 40 23.4 64. i 3 1 11.62 1638 173 W. Pleiadum (Eq.) . 38 22.58 64.8 I 3-537 + 23 3 38.0 64.8 i 11.62 1639 174 W. Pleiadum (Eq.) . 38 24.54 65.0 i 3-553 + 23 49 12.3 65.0 i 11.62 1640 12 B. Pleiadum .... 6.5 38 39- '5 71.1 4 3-559 + 24 4 56.6 70.2 4 11.60 44 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. i >-. i o 'o i Annual Precession, 1860. Mean Declination, 1 860.0. I >, % JS O "o 1 Annual Precession, 1860. 164.1 i88W. Pleiadum .... h. m. s. 1 ^8 42. 10 66. i T. s. + ?. 561; / // -\- 24 22 57. 7 66. i 3 // + II. 60 * *p . 1642 164^ 189 W. Pleiadum (Eq.) . 13 B. Pleiadum .... J J v ^ ' jy 38 43- 13 ?8 A?. ?q 66.2 68. i J 5 3 1 J J J 3-502 > CAS + 24 ii 53-7 4- 21 T? 2<;. ^ 66.2 64. i .' 5 i 11.59 II. ^9 * ^TO 1644 13 B. Pleiadum (Eq.) . J tj- jy 38 45-71 64-3 J 19 J J*T 1 -' 3-548 ~ J O J J J + 23 33 26. 5 64-3 19 j y "59 1645 O. Arg. S. 2504 . 7.6 38 49- 52 70.0 2 2.590 - 23 49 15.7 67-5 2 11.59 1646 196 W. Pleiadum (Eq.) . 3 38 S-49 64.9 4 + 3-554 + 23 50 26.0 64.9 4 4- 11.59 1647 1648 14 B. Pleiadum (Eq.) . 15 B Pleiadum 38 52. 24 38 57 47 65.9 66 T. 4 ? 3-543 3 cei -j- 23 20 30. 8 +23 41 12 1 65-9 68.7 4 5 11.58 ii. S8 1649 15 B. Pleiadum (Eq.) . J J I T/ 38 57-54 PVI J 63.8 J 9 j' jj * 3-551 *-j t 1 j*-- J + 23 41 30. I *** / 63.8 o 9 * J " 11.58 1650 16 B. Pleiadum (Eq.) . 38 58. 65 65.9 4 3-544 + 23 23 15.8 65-9 4 11.58 1651 1652 207 W. Pleiadum (Eq.) . 17 B. Pleiadum .... 3 38 58.79 & 59. 98 63-9 74. 6 3 5 + 3- 546 J. CA2 -j- 23 28 29. 6 -I- 2"? 17 l8. 2 63-9 68. i 3 2 4- 11.58 n. 58 l6C7 1 8 B. Pleiadum .... J Jy y 3Q O. 28 / t- * 65. 8 J 4 j- j't*- i. 511 T * J * / -1- 2"? 4.2 Q. 8 7O. Q I J" u. 58 1 .1 J 1654 17 B. Pleiadum (Eq.) . jy 39 0.30 v j* 64.8 6 o* jj* 3-542 -j- i,^ i^.*, v/. vy + 2 3 17 17-5 i y 64.8 6 JV 11.58 1655 1656 18 B. Pleiadum (Eq.) . 24 Tduri . . , ' . 8. i 39 0.35 3 3Q 2. O"? 63.8 6^.4 10 28 3-551 -1- 3 SSI + 23 42 9. o -i_ 21 dO 4.8. "^ 63.8 c . c .. 2 IO 14 11.58 4- II. 57 1657 Weisse(2)lII,862 j 9. o* j jy j 39 2. 84 V J' T^ 65.8 3 1 J- JJ' 3-677 i *j ^** f "~ j 4- 28 57 21. 2 JJ 6 S .I i - j / 11.57 1658 l6?Q 19 B. Pleiadum (Eq.) . 19 B. Pleiadum 39 3- '9 -JQ -3. 4.7 64.8 77 I 16 i 3-544 3C/L4 -f- 23 22 O. 2 -1- 21 22 O 64.8 16 11.57 II. H 1 ^jy 1660 1661 20 B. Pleiadum (Eq ) . 20 B. Pleiadum .... jy O T 1 / 39 3- 48 J 7Q 3. SO it 66.2 76.6 4 2 JT-T- 3-562 4- ?- 562 -|- ^,j mi + 24 9 8.4 4-24 Q 6. 8 66.2 68.0 4 I j i n-57 4- u. 57 1662 21 B. Pleiadum .... 8.8 o jy j j 39 5-59 / 77.1 I 1 O* j'-'*' 3-563 I *"** y -\ 24 13 19 11.57 1663 1664 215 W. Pleiadum (Eq.) . 22 B. Pleiadum . . 39 5.60 30 6. 64.8 2 3-538 ?. IJ4.6 + 23 6 40. i 4- 2"? 28 ^8 2 64.8 60. o 2 t "'57 1 1. 57 1665 22 B. Pleiadum (Eq.) . jy 39 6. 02 63.8 10 O- Jt" 3-546 T J J + 23 28 40.8 vy* u 6 3 .8 o 10 j / ii-57 1666 21 B. Pleaidum (Eq.) . 3 39 6.06 66.2 4 + 3- 563 4- 24 13 19.0 66.2 4 + ii-57 1667 DM. -|- Ii,5i7 . 8-5 39 8.31 66.3 3 3-289 + ii 14 7-3 66.4 5 11.57 1668 224 W. Pleiadum (Eq.) . 39 8.51 64.8 2 3.538 + 23 6 13. i 64.8 2 11.57 1669 1670 222 W. Plfiadum (Eq.) . 23 B. Pleiadum .... 39 8.76 39 9- 16 66.2 76.6 5 3 3-56i ^. ?4I -\- 24 7 io. o 4- 21 14 2Q. 1 66.2 60. i 5 2 11-57 n. 56 / 1671 23 B. Pleiadum (Eq.) . 3 39 9-5i 64.8 6 o j^ + 3-541 i J ^ 7 J 4- 23 14 25.8 v y 64.8 6 + 11-56 1672 24 B. Pleiadum (Eq.) . 39 9-96 63.8 23 3-555 + 23 5i 7-9 63.8 23 11.56 1673 1674 24 B. Pleiadum .... 6.5 ^. O* 39 io- 5 39 io. 06 68.9 57.6 i m 3-555 ;. eci + 23 51 7-4 + 23 4.O Q. O 73-5 $1- 9 2 74 11.56 ii. 56 / T I67S Weisse III, 746 . J 8.0* 39 ii. J 1 jj J JJ 2. 890 *,j *+" y " - 9 26 53.3 jj y 58-5 2 J n. 56 1676 233 W. Pleiadum (Eq.) . 3 39 15-49 66.2 5 + 3-56I + 24 5 57-7 66.2 5 + 11-56 1677 25 B. Pleiadum .... 7-5 39 19- l6 77-i i 3-540 + 23 io 18 . . 11.55 1678 25 B. Pleiadum (Eq.) . 39 19. 19 64.8 5 3-540 + 23 io 18. 5 64.8 5 "55 l67 9 240 W. Pleiadum (Eq.) . 39 21.21 63-9 2 3-549 + 23 33 56.4 63-9 2 "55 1680 26 B. Pleiadum (Eq.) . 39 24-83 64.8 5 3- 53 s + 23 6 19.7 64.8 5 ii-55 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 45 u Mean Right a V Q a 1 .; Mean jj o iJs s Name of Star. ' Ascension, C3 1 * u ^ Declination, >\ "5 I fefl rt 1 860.0. rt ^ E IB * s * PH h. m. s. s. / // ,/ IdSl 249 W. Pleiadum (Eq.) . 3 39 33- 89 63-9 3 + 3- 548 + 23 30 20. 5 63-9 3 + "-53 1682 Weisse (2) 111,878 7-8 39 38- 18 64. I 3 3-39' + 16 16 7.5 65.6 2 "53 1683 Weisse 111,751 . 9.0 39 39- S 6 66.4 2 3-305 + 12 o 52.5 73-o 2 n-53 1684 264 W. Pleiadum (Eq.j . 39 40- 55 63.8 H 3-55' + 23 39 49. o 63-8 H "53 1685 Weisse 111,752 . 8.2 39 40- 65 66.4 2 3-3o6 + 12 4 19.0 56.0 2 "53 1686 265 W. Pleiadum (Eq.) . 3 39 42-53 65-9 5 + 3-546 + 23 26 32.9 65.9 5 + "-53 1687 275 W. Pleiadum (Eq.) . 39 47- 98 64. I 23 3-553 + 23 42 27. 5 64. i 23 11.52 1688 Weisse (2) III,88i 8.5 39 52.02 59-5 2 3.610 + 26 9 14. 5 63.0 4 11.51 'X 39 54- 3-557 + 23 53 4.2 75-o 3 11.51 1690 27 B. Pleiadum (Eq.) . 39 54- H 67.0 9 3-557 + 23 53 7- 6 67.0 9 11.51 1691 286 W. Pleiadum (Eq.) . 3 39 58. 75 65.9 5 + 3-547 + 23 27 22. 5 65-9 5 + 11.51 1692 Weisse (2) III, 887 8.0 40 2. 84 62.6 4 3-397 + 16 31 38.6 58.5 4 11.50 ,693 28 B. Pleiadum (Eq.) . 40 3. 20 64.8 5 3-537 + 22 59 5. 3 64.8 5 11.50 1694 296 W. Pleiadum (Eq.) . 40 7- '3 63.8 10 3-55' + 23 36 52. 5 63.8 10 ii. 50 1695 29 B. Fleiadum .... 6-5 40 IO. 12 65.9 8 3-558 + 23 54 43. 6 59-o 4 11.50 1696 29 B. Pleiadum (Eq.) . 3 40 10.53 67.0 9 + 3-558 + 23 54 47.4 67.0 9 + "-50 1697 Riimker 989 (Eq.) 40 15.51 63.8 10 3-554 + 23 44 54. 6 63.8 10 11.50 1698 Weisse (2) III, 882 6.0 40 20. 68 76.0 2 4- I 5 I + 44 32 12.0 72.9 i 11.48 1699 Weisse (2)111,890 9. o* 40 31. 10 65.4 2 3.826 + 34 29 3. 3 70.1 2 11.47 1 7OO g Tauri <;.o* 4 35- 93 68.6 4 3.280 -f 10 42 35.5 69.0 2 11.46 J 1701 335 W. Pleiadum (Eq.) . 3 40 37- 2I 65-9 8 4- 3-551 + 23 35 24.4 65.9 8 + 11.46 1702 26 Tauri (Eq.) . . . 7.0* 40 38- 35 64.9 6 3.548 + 23 25 30.7 64.9 6 11.46 1703 B. A.C. 1179 . . 7-6 40 45. 09 67.0 2 2.444 - 29 46 33. i 66.5 2 11.45 1704 Weisse (2) III, 901 8.0* 40 46. 23 65.0 2 3.368 + IS 4 19- i 69.1 2 11.45 7 r*> Eridani 4- 7 40 49. 36 68.3 3 2.591 - 23 39 57.9 64.9 3 11.44 I7O6 6. 3 40 50. 57 59.0 35 + 3-5S 2 + 23 37 19-5 63-7 12 + "-44 28 Tauri J 7. 2 4 5 1 - 75 64.9 19 3-554 -4- 23 42 20. 2 68.4 8 11.44 1708 Weisse (2) III, 896 / 7-5* 40 52. 15 70.0 2 3-9I3 + 37 26 39. 3 46.8 4 11.44 I 7OO 40 53. 48 65. i I 3-554 + 23 27 11.44 l /uy I7IO 30 B. Pleiadum (Eq.) . 40 53- 72 64-9 6 3-548 + 23 27 15.8 64.9 6 11.44 1 7 1 1 31 B. Pleiadum 3 40 56. 59 61. o i + 3-55 + 23 57 5 1 -? 68.6 2 + 11-44 1 / 1 1 1712 31 B. Pleiadum (Eq.) . 40 56. 92 67.0 8 3-5 6 o + 23 57 57-2 67.0 S 11.44 1713 Weisse 111,774 . 8-5 40 59. 69 60. 7 i 3-370 + 15 9 "-I 69. i 2 "43 1714 32 B. Pleiadum .... 7-5 41 1.66 65.0 i 3-556 + 23 56 59. 5 68.8 4 "43 1715 32 B. Pleiadum (Eq.) . 41 2. 02 67.0 8 3.560 + 23 57 4- i 67.0 8 "43 1716 33 B. Pleiadum (Eq.) . 3 41 6. 18 63-9 22 + 3-557 + 23 49 o. 9 63-9 22 + 11.42 1717- 33 B. Pleiadum .... 7-4 41 6.23 69.2 6 3-546 + 23 49 o. 4 66.1 3 11.42 1718 Weisse III, 781 . 8-5 41 9.82 59-i 2 3-291 + ii 16 32.6 63-3 4 11.42 1719 Weisse (2) III, 906 6.0 41 14.89 65.4 2 + 3- 824 + 34 23 26. 6 70. i 2 11.41 1720 400 W. Pleiadum (Eq.) . 41 21.65 67.! 4 3-553 + 23 36 21.7 67.1 4 11.40 46 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1860.0. >* I S 1 IM O d Annual Precession, 1860. Mean Declination, 1860.0. >^ 1 S | o "o 1 Annual Precession, 1860. h. m. s. s. / // // 1721 34 B. Pleiadum (Eq.) . 3 4i 25- 26 67.1 10 + 3-546 + 23 16 54.6 70.3 3 + 11.40 1722 35 B. Pleiadum (Eq.) . 41 26.42 67.0 9 3-558 + 23 48 52.6 67.0 9 11.40 1723 36 B. Pleiadum (Eq.) . 4i 35-05 67.0 5 3-557 + 23 47 15-9 67.0 5 u-39 I72A 37 B Pleiadum . . 41 36. 29 65.0 i 3.557 -f- 23 55 12.5 72.0 i ii- 39 * / ^*T 1725 37 B. Pleiadum (Eq.) . 41 36.67 67.0 9 3-56o + 23 55 i2- 1 67.0 9 n-39 1726 420 W. Pleiadum (Eq.) . . 3 41 37-74 64.9 5 + 3-55' + 23 31 22.8 64.9 5 + n-39 1727 r 7 Eridani 5.0* 41 38.47 62.5 2 2.575 24 1 8 38. o 67.0 2 ii. 39 /*/ 1728 38 B. Pleiadum .... 7.0 4i 39-35 64. i 2 3-549 + 23 25 11.5 68.1 I 11.38 1729 38 B. Pleiadum (Eq.) . . . 4i 39-57 64.9 3 3-549 + 23 25 8.9 64-9 13 11.38 173 Weisse (2) III, 917 8.5 4i 51-99 65-5 2 .3-834 + 34 40 14- 5 65.1 2 "37 1731 Lacaille 1231 . . 7.0 3 42 6. 77 66.6 2 + 2.516 - 26 45 42. 4 64. i 2 + n-35 "732 39 B. Pleiadum (Eq.) . 42 7- 9 6 67.0 6 3-565 + 24 4 4.6 67.0 6 "35 1733 Lalande 7069 . . 7-5 42 10. 80 66.9 3 3.246 + 8 58 38. 6 68.1 i "34 '734 Weisse (2) 111,931 9.0 42 17-84 72.8 4 3.625 + 26 38 56. 4 60. 7 3 "-34 1735 464 W. Pleiadum (Eq.) . 42 20. 86 67.1 4 3-552 + 23 30 18.9 67.1 4 "33 '736 O. Arg. S. 2556 . 6. i 3 42 25.92 64-5 2 -j- 2.641 - 21 20 3.4 67.0 2 + ii-33 "737 Weisse (2) III, 932 8.0 42 27.90 61. i 2 3.821 + 34 10 46. i 55-6 .2 "33 1738 40 B. Pleiadum . . . , 7-9 42 33- '8 63-7 5 3-553 + 23 32 5- 5 64. o 8 11.32 '739 Radcliffe 1084 . . 7-7 42 4- 32 74-5 6 4.011 + 40 22 18.5 7i-4 3 11.31 1740 Lacaille 1239 . . 7.6 43 7-34 62.6 2 2. 522 26 27 42.8 65-5 2 11.28 1741 Groombridge 745 . 8.0* 3 43 22.51 76.4 3 + 7-434 + 75 45 59- 8 72.0 3 + 11.26 1742 O.Arg. 8.2571 . 8.1 43 43- 5 64.0 2 2-494 - 27 32 12.7 71.0 2 11.23 1743 B.VI.3 h ,96 . . 6.9 43 57- 55 70.0 4 2.687 19 10 23. o 66.6 2 11.22 1744 M. Z. 78, 36 ... 6.6 44 45- 86 67.0 2 2-358 - 32 42 43. 2 73-2 5 II. l6 "745 Weisse (2) 111,972 8.0* 44 49- 3 69.4 3 3-944 + 38 7 41.0 58.0 4 ii. 16 1746 Weisse (2) III, 974 8.5* 3 44 50- 39 69.6 2 + 3-944 + 38 6 25.3 70. o 2 -f- ii. 16 1747 B. A. C. 1205 . . 7.0* 45 2. 34 67.9 4 3.042 i 34 15-4 61.8 4 ii. 14 1748 B. A. C. 1206 . . 6.5 45 9- 99 64. i 4 3.410 + 16 54 26.4 66. i 2 11.13 I74Q r Pcrsei ... i- <;* 4? 2O. 33 68. i 17 3- 753 -f- 31 27 51. 2 63.1 3 II. 12 * / T-y 1750 Lacaille 1252 . . J J 6-5 tj ~~- jj 45 45-06 66.3 a 2-394 - 3 1 17 43-8 67.6 2 II.O9 1751 Weisse III, 878 . 7.8 3 45 56. H 68.9 2 + 3- 366 + H 45 58. i 46. i 2 -)- 1 1. 08 1752 Groombridge 748 . 8.5* 46 3-55 75-6 4 7.465 + 75 45 38- 6 73-0 3 II.O7 1753 Lalande 7184 . . 7-5 46 27.23 66. i 2 3-54" + 22 47 47.0 67.1 2 II.O4 1754 Rumker 1023 . . 7.0 46 29. 1 8 64.6 3 3-397 -f- 16 12 21.4 55-2 6 11.03 1755 Weisse(2)III,ioi3 8.6 46 35.82 61. 9 6 3-472 + 19 41 io-5 56-3 3 II.O3 1756 Groombridge 751 . 8.0* 3 4<> 36- 79 75-6 4- + 7-468 + 75 44 36- 2 73- 3 + ".03 1757 Weisse (2) III, 1015 9.0 46 37. 66 64.0 3 3.412 + 16 55 38. 9 66.1 2 1 1. O2 1758 Lacaille 1259 .... 7.2 46 45. 12 62.8 4 2.604 22 41 50. 6 68.0 2 II. OI 1759 B. A. C. I2JI . . . . 5-5* 46 47. 46 71-4 3 9.612 + 80 18 14.8 66.7 H II. 01 1760 Weisse (2) III, 1019 . 8.8 46 52. 56 62.0 6 3-472 + 19 41 1-3 56-3 3 II. OO U. S. NAVAL OBSERVATORY, 1845 TO 1877. 47 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. U 3 El s % JS o |M O 6 a Annual Precession, 1860. Mean Declination, 1860.0. Mean year. 1 ' o o Annual Precession, 1860. 1761 Lalande 7206 .... 6-5 h. m. s. 3 47 27. 79 76.5 3 + 3-846 o / // + 34 40 4. 8 61.0 2 // -)- 10.96 1762 Weisse (2) III, 1030 . 8.5* 47 38.99 65.8 6 3-874 + 35 35 29. 7 64.6 8 10.95 I7 6 3 176*1 Lalande 7220 .... 8.5 4.0 47 44.02 47 45' 36 68.0 71.0 3 5 3-541 2.548 -f 22 42 51.9 - 25 i 44. 3 68. i 7'-3 2 3 10.94 10.94 * / "T- 1765 Weisse 111,924 . . . 8.0 47 52-00 59-0 2 2.876 - 9 56 7-0 53- 3 10. 93 1766 O. Arg. S. 2623 . . . 6.8 3 47 54- 22 63.8 7 + 2-584 - 23 32 30. 5 65.5 2 + "0.93 1767 Lalande 7238 . . . . 7-5 48 10. 46 71-5 4 3-542 -f- 22 44 26. 2 67.1 3 10.91 1768 Weisse (2) III, 1041 . 7-5 48 27. 12 SS. 6 5 3-890 + 36 5 5-9 58.8 4 10.89 I76Q e Persei 3-5* 48 28.07 52.9 4 4. ooi + 39 36 4. 3 58.1 2 10.89 * r^T 1770 O.Arg. 8.2637 . . . 8.5 48 29.53 65.1 2 2. 639* - 21 5 53-3 68.1 2 10.89 1771 177"* B. A. C. 1222 . . . . DM 4- 772 8.4 3 48 30.45 48 12. "32 67.4 49.0 3 i + 2-473 3.872 - 28 5 7.0 + 35 33 59- 7 66.5 49.0 2 I + 10.89 10.89 -77* 1773 DM. + 19, 625 . . . 8.0 ^ v O J 48 45- 3 67.8 4 3-474 -f- 19 40 24.4 57-o 2 10.87 I 77d 73 Tauri 6. 5 48 4C. qq 69.8 4 3- 544 + 22 45 56. 7 67.0 2 10.87 1 / /T- 1775 Lacaille 1284 .... J 7-4 T ^J* yy 49 43- 23 63.0 3 2.514 - 26 20 23. 2 65-3 3 10.80 1776 1777 O. Arg. S. 2663 . . . Persei .... 8.0 S. 2 3 49 45- 27 4Q t,1. VI 69.0 71. 7 2 3 + 2.507 3.873 - 26 37 30. 5 + 35 23 5.9 64.5 46.7 2 8 + 10-79 10.78 1 / / / 1778 Weisse III, 965 ... J 7-5 ~y j j j i 49 55-3' 59- 1 2 2.870 - 10 9 38. 6 62. i 2 10.78 1779 O. Arg. S. 2666 . . . 8.0* 49 55-37 63.0 2 2. 5'3 - - 26 21 16. 3 66.0 2 10.78 1780 H.A.C. 1229 . . . . 7-5 49 56.49 66.0 4 2.791 - 14 o 27.9 65.6 2 10.78 1781 Weisse (2) III, 1082 . 8. i 3 5 3-22 69. i 2 + 3-544 + 22 42 2. 5 68. i 2 + iQ-77 1782 Lacaille 1291 . . . . 7-2 50 32.21 63-5 3 2.418 - 30 4 8.0 69.7 3 10.74 1783 Lacaille 1288 . . . . 7-2 50 32. 92 63-4 2 2-531 - 25 34 49. 8 67.6 2 10.74 1784 Weisse III, 975 ... 8.0 50 42. 44 69.1 3 3-368 + 14 40 58. i 57-i 2 !0. 73 1785 1786 B.VI. 3 h, 113 . . . . y Eridani 8.0 1 O* 50 46. 27 7 C I 2O. Q4. 69.1 58. o 2 160 2.684 + 2. 792 - 18 57 41.9 - 13 54 32. 7 66.6 49- 5 2 60 10. 72 + 10. 67 1787 1788 O. Arg. S. 2696 . . . DM. 4- 14, 791 O* " 9.0 J J ~y yf 52 6. 9 I 52 52. 88 J 65.1 76. I 2 I 2.462 3-864 28 16 33.9 + 34 59 ! 9-8 68.0 77- i 2 I 10.62 10.56 i?8o A Tauri 4 0* S2 SC 60 / ' 60. 2 6 3- 3'6 4- 12 5 30.4 57- 7 3 10.56 1 I oy 1790 Lalande 7391 .... *T* ^ 6-5 J jj' 53 8.96 71.6 3 3-983 + 38 42 8.9 68.2 4 10.54 1791 Weisse (2) III, 1143 . 8-5* 3 53 37-88 74.8 8 + 3- 867 + 35 I7.4 75-8 6 + 10.51 1792 O.Arg. S. 2710 . . . 9.0 53 45-44 67.0 2 2.436 29 10 27. 6 67.6 2 10.50 '793 B. A. C. 1235 . . . . 6.0* 53 47-oo 67.4 4 16.583 + 85 10 44.4 65.0 2 10.49 1794 I 7OC Lalande 7443 .... r y Eridani . . 8.5 4 6 53 53-96 C7 try 4.3 76.! 6^. o I 3 3.870 2. ^4 + 34 56 24 24 57. 2 69. o 3 10.49 10.48 1 lyj 1796 B. A. C. 1244 .... *T* v 7.0* J J J I ' *T " 3 54 8.05 "j 1 u 59-4 o 2 JJ^ + 3-265 + 9 36 9-0 53-9 2 + 10.47 1797 1708 Mer. C. Z. 158, 3 . . . Anonymous 9.0 92 54 37-57 ec i 80 63-9 67. I 2 2 2.484 2. 021 - 27 13 58.9 21 32 1 8. 2 66.5 69. i 2 3 10.43 10.40 1 /y u '799 B. A. 0.1250 . . . . *" 6.2 JJ * *"* 55 5-58 **J ' * 63.2 S 2.388 - 3 53 IS- 66. i 2 10.40 1800 Lalande 7492 .... I 7.0 55 8.63 69.0 i 3 2-594 22 40 l8. 2 65-5 3 1 10.39 48 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. u >-, a rt O S J3 o u- O 6 Z Annual Precession, 1860. Mean Declination, 1 860.0. tj 5, C 1 S | o ts 1 Annual Precession, 1860. h. m. s. s. / // // 1801 Lacaille 1317 .... 7-3 3 55 3i-o6 62.8 4 + 2.491 26 54 42. 8 66. i 2 + >o. 37 1802 O. Arg. S. 2741 . . . 7-9 55 47-92 65.0 3 2. 623 - 21 24 51.3 66.0 2 '0-35 1803 1804 B. A. C. 1247 .... 6.0* 1. 1* 56 8.80 16 21, 41 70.4 64. 4 3 21 I3-063 3. 528 + 83 27 13.0 -f- 21 41 45. 3 70.4 64.6 6 10.32 10. 30 *"" 1805 Weisse III, 1092 . . J J 7.0 j j ^ 56 32.66 68.9 2 J. J*f~s 3.318 + 12 7 10.3 67.6 2 10. 29 1806 Weisse (2) III, 1210 . 9.0 3 S 6 39-46 64.0 4 + 3-406 + 16 14 23.4 59-4 3 + 10. 28 1807 Lacaille 1324 .... 7-7 56 40. 72 63-4 3 2.438 - 28 55 13.3 68.0 2 10.28 1808 Lacaille 1326 .... 7.2 56 41. 18 69.6 3 2.272 - 34 52 26.7 68.0 2 10. 28 1809 Weisse (2) III, 1212 . 9.0 5 6 44- 96 60.9 3 3-5 01 + 20 28 15. 7 55.0 2 10. 27 1810 Lalande 7523 .... 8-7 56 53- 20 60. 4 2 3.670 + 27 29 43. 8 62.0 2 10.26 1811 1812 O. Arg. S. 2761 . . . A* Tauri 7-5 6.0* 3 56 56- 56 C7 7. 4.1 63-9 74- ' 6 8 + 2.464 t 128 - 27 52 34.4 4~ 21 VI l8. 4. 67.6 60 7 2 2 + 10. 26 10. 25 1813 Weisse (2) III, 1216 . 8-3 J 1 J T^ 57 4- 33 76.5 6 j* j 3-529 j l j^' T- -f 21 40 25. 2 vy. f 75.0 J 3 10. 25 1814 Mer. C. Z. 154, 52 . . 8.8 57 42.65 69.6 2 2.489 - 26 52 6. 9 66.1 2 IO. 21 1815 Lacaille 1329 .... 7.0 57 43-" 69.6 4 2-505 - 26 14 7.7 64. i 3 IO. 2O 1816 Rumker 1079 .... 8.0 3 57 46-48 60.3 3 + 3-388 + 15 21 16. o 55-9 2 + 10. 20 1817 1818 Riimker 1084 .... \l> Tauri . . . 7.0 6. i 58 19.56 18 21. 11 59-9 58.1 5 4 3-388 1 7OI + >5 18 57.9 4- 28 ^7 10 o 56.3 7O 2 3 10. 15 10. 15 1819 c Persei . ... J S. O J ' ' JJ 1& TO 1Q J O 71. 4- 7 0' / v * A 12A 1 *' 1J J/ * ** -4- a.7 20 c 2 / v. ^ 68.0 10. 14 1820 Weisse (2) III, 1261 . J 8.3 j" j w - jy 58 42- 36 / * ' T 1 64. I >j 4 *I" J^T- 3-431 \ T-/ * j' *" + 17 16 59-6 65.6 2 10. 13 1821 Weisse (2) III, 1251 . 8.0 3 58 45- 33 76.8 5 + 4-079 + 41 6 43. i 74-i 5 + IO. 12 1822 1821 Weisse (2) III, 1266 . 50 Persei 8-5 1- 1* 58 55.08 SQ 17, 28 63.0 71.6 3 i 3-5'3 3.064 + 20 52 56. 7 -4- "?7 4O I 7. O 68.1 46.6 2 2 IO. II IO. 08 , u*.j 1824 Lacaille 1341 . . . . J J 7.6 J .7 * / *" 59 "7-75 / . 63.3 j 4 J' y v ^ 2.388 i o i T' y - 30 3 6 25. i 67.6 2 10.08 1825 Weisse (2) III, 1269 . 7.0 59 22.88 76.8 5 4.081 + 41 7 37-o 74-' 5 10.08 1826 0. Arg. S. 2793 . . . 8.6 3 59 25.17 63-1 3 + 2.389 - 30 33 SO- 3 68.6 2 + 10.07 1827 Weisse (2) 111,1275 8.5 59 29.79 64.6 4 3.5I3 + 20 53 8. 3 64.6 5 10.07 1828 O. Arg. S. 2796 . . . 6.1 59 38.49 64-3 4 2- 630 20 53 39. 3 67.6 2 10.05 1829 1830 Rumker 1089 (1st *) . Rumker 1089 (2cl *) . 9- 7.0 59 46- 76 59 46. 94 69.1 69. i 2 2 3-377 3-377 f+ '4 47 6.4 54-i 3 10.05 1831 B. A.C. 1273 .... 5-5 3 59 51-26 62.8 4 + 2.456 - 28 2 13.5 70.7 4 -)- 10. 04 1832 B. A. .1272 . . . . 6-5 59 58- 63 68.0 4 3-425 + 16 57 45-2 54-o 2 10.03 1833 Lacaille 1346 .... 7.6 4 o 5.03 66.0 6 2.364 - 3' 25 54.2 72.8 7 IO. O2 1834 i8^c O. Arg. 8.2803 . . . tj 1 Tauri ....... 8.0* 6.0 o ii.. 79 I O Q1 72-3 7-3 2 3 7 2.564 3 477 - 23 39 39. i + i ' i i i 02 71-3 60. I 4 2 IO. OI 9OC ^jj 1836 M.Z. 89, 12 8.0 *" yj A 117 AQ / J' *" f)-J Q / I J- *T/ / _1_ 2 364 * y T- y- * . . 31 |g * yj + n 01 i837 O. Arg. S. 2828 . . . 9.0 H . i ^ . i^\j I 36.85 "J* y 6 7 .i 2 r ** J*"T 2.460 - 27 47 34-3 68.1 2 9- yj 9.91 1838 Anonymous .... 8.8 i 40. 81 67-5 2 2.912 - 7 51 20.1 75-o 2 9.90 >839 Weisse (2) IV, I . . 8.8 2 I. 76 64. i 2 3-444 + '7 43 52-5 68.1 2 9.87 1840 Weisse IV, 21 .... 9.0 2 34- 77 60. 3 3 3-222 + 7 19 4i.6 60.0 5 9-83 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 49 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. S >, 1 J3 o *o i Annual Precession, 1860. Mean Declination, 1 860.0. i PI s s 1 8 1 Annual Precession, 1860. h. m. s. s. / // // 1841 WeisselV, 24 ... 8-3 4 2 46.56 69.0 3 + 3- 382 + 14 52 i.o 65.4 3 + 9.82 1842 Weisse (2) IV, 22 . . 6.8 2 58.46 69. 1 5 3-397 + 15 34 41-3 67.1 2 9.80 1843 O. Arg. S. 2848 . . . 7-5 3 7-21 67.! 3 2.518 - 25 23 22. I 65.6 2 9-79 1844 184.1; B.A. C. 1282 . . . . 6.0* 6.0 3 21. 13 3 -52. 84 69.2 61.2 5 4 4.402 2 Q22 + 48 43 49- o 7 17 31 2 53.9 66.0 2 2 9-77 9?6 * *-"TJ 1846 O. Arg. S. 2858 . . . 8.5* J J T^ 4 3 40. 70 "O 66.2 4 7 + 2.446 / / JJ" * - 28 10 52. 5 68.1 2 . f\j + 9-75 1847 Riimker 1 104 .... 9.0 3 4I-9S 62.4 3 3.696 + 28 4 2.8 55-9 3 9-75 1848 Lalande 7819 .... 7.2 4 3-28 68.4 4 2.883 9 ii 16. 7 68.4 3 9.72 1849 Lacaille 1370 .... 7. o* 4 5.82 69.8 3 2.516 - 25 24 42. 2 70.6 2 9.71 1850 Lalande 7773 .... 8.1 4 '9- 3 6 72.5 6 4.217 + 44 23 18.5 70. i 2 9.70 1851 Riimker I no . . . . 6.0 4 4 29.89 73-6 5 + 3-428 + 16 54 50.0 65.3' 3 + 9-69 1852 i8sT Weisse (2) IV, 65 . . ft Persei 8.7 4 35- 36 4 ?? 86 65-3 714 6 i 3-441 4 37 c + 17 28 15.3 4-4.8 2 ?6 7 66.4 63. o 3 2 9.68 9.68 w j o 1854 Tr. Z. 211,1 . . . . 8.4 t J/ * *"' 4 46- 85 / * T 1 69.7 o 3 *T- j/ J 2.476 -j- i^w jv. y - 26 58 27. 9 65.0 2 9.67 1855 Lacaille 1374 .... 6.5 4 47- 15 66.5 2 2. 256 - 34 S 2 2.9 67.6 2 9.67 1856 1857 Lacaille 1373 .... o 1 Eridani 7- 9 4O 4 4 S 2 . 8 S 52 O7 63-3 61 c 3 C2 + 2.514 2 O24 - 25 27 37. i 7 12 18.9 68. i 68.4 2 + 9.66 9f\A *"j/ 1858 Weisse IV, 81 . . . . ** 8.0 "J 5 11.48 W*. J 67.1 J 2 * V A T- 2.882 9 12 10.3 68.1 2 *"+ 9-63 1859 B.VI. +44, 889 . . 9.0 5 16.31 76.0 2 4. 221 + 44 25 22.2 75-0 3 9. 62 1860 Lalande 7817 .... 8.5 5 20. 13 75-3 S 4. 221 + 44 24 3i-7 73-4 3 9. 62 1861 1862 Lalande 7818 .... 9.0 9. j 4 5 21.50 5 do 48 70. o 67 7 2 3 + 4-221 2 QtO + 44 20 6 52 24. 8 60 4 1 + 9-62 Q. 60 1863 Weisse IV, 94 .... 9.0 if.U. ifU 5 50-5 v / / 65.0 J I * JJT' 2.924 7 12 *y *r 9.58 1864 1865 Lalande 7833 .... 8-5 ?. o 5 51-98 6 o. 98 7O.O 66.q 2 3 4.219 3- 226 + 44 19 37. 2 _|_ 721 IO ^ 61. 9 56. o 2 9.58 9C7 1866 O. Arg. S. 2892 . . . J 9.0 4 6 16. y O + 2-449 T / *7" J - 27 54 56. 5 47-8 j/ + 9-56 1867 Weisse IV, 1 14 ... 7-3 6 5- 37 69.0 2 2.848 - 10 44 45.0 70.0 2 9-51 1868 Lacaille 1379 .... 6.6 6 51-74 63.0 2 2-543 - 24 10 52.6 67.0 2 9.50 1869 M. Z. 141,6 ..... 9- 6 52.09 67.2 2 2-437 - 28 20 39.9 68.6 2 9.50 1870 B.VI. + 31, 734 . . 9.0 6 56. 10 65-4 2 3.787 + 3' 22 9-5 1871 Weisse (2) IV, 121 . . 8.0 4 7 o. 07 66. i 2 + 3-S89 + 23 43 21.7 62.0 2 + 9-49 1872 Weisse (2)IV,n8 . . 7.8 7 3-30 65-2 5 3-789 + 31 20 21. 4 67.1 2 9-49 1873 Lalande 7931 .... 8-3 7 4-75 66.6 2 2. 560 - 23 29 13.9 65.5 2 9-49 1874 Weisse (2) IV, 120 . . 8-3 7 6. 19 65.2 5 3-790 + 3' 21 5.9 67.1 2 9.48 1875 Weisse (2) IV, 127 .. 9.0 7 20.32 60.0 2 3-523 + 20 55 29. 7 59-7 3 9-47 1876 Weisse (2) IV, 130 . . 8.0 4 7 28.54 69. i 2 + 3-512 + 20 27 57.8 77-i 2 + 9-46 1877 B.A. .1300 . . . . 6.0* 7 31-92 76.1 3 5-577 + 64 47 36. 2 73-o 8 9-43 1878 1870 Lacaille 1387 .... A Eridani 6.0 c c 7 39-77 7 44 1 1 66.1 60. o 2 2 2.302 2. 851 - 33 9 15-7 IO 36 21. 2 68.4 4,7 O 2 2 9-44 9AA * w / y 1880 M.Z.87,6 J J 7-5 ' / TT" * l 7 45-6i 73-o 4 2-345 - 31 38 29.8 *T/ " 74-o 3 t rr 9-43 AP 1 S4 50 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. rt i Ft B J3 o l_ o fc Annual Precession, 1860. Mean Declination, 1860.0. d rt Q S .a o IM O 6 95 c" "3 .2 . 5 & S a S < h. m. s. s. / // // 1881 DM. + I5,6os . . . 9.0 4 8 18.30 69.5 2 + 3-409 -j- 15 56 2. O 48.0 i + 9-39 1882 Weisse (2) IV, 137 . . 7-5 8 24. 54 71.4 3 4. 226 + 44 20 9. 6 69.4 3 9-38 1883 B.A. 0.1308 . . . . 7-3 8 30.07 64.9 5 2-377 - 30 28 12. I 69. I 3 9-38 1884 Lacaille 1389 .... 6.8 8 33- 57 64.0 2 2. 322 - 32 23 51.5 72.5 2 9-37 1885 1886 B. A. C. 1307 .... 6.5* S. o 8 43-71 A 8 47. VI 72.2 76. I 4 2 4. 466 -1- 2 008 + 49 4' "-7 7 c-j i -3 6 58.8 74 O 5 9-36 _(_ Q 7C 1887 1888 Weisse (2) IV, 152 . u> Tauri j 7.0 6 c *f ^ *t y * o/ 8 50.64 Q, 3. 71 / 63-9 62. 1 3 10 -| i.. yw 3.408 7 1508 / JJ ' J- + J 5 5 l 5- 8 4- 2O 1 3 4Q. 2 / *T* ^ 54-o 64.7 4 7 ~ y- jj 9-35 0. ^^ 1889 Weisse (2) IV, 160 . . j 8.0 y j' t 9 6.92 > 7O.O 2 j. y* 3-507 I *' v ' * j *t;7* + 20 9 45. 7 W*f.. ^ 68.1 ^ 2 y jj 9-33 1890 Weisse (2) IV, 166 . 9.0 9 14.96 68.4 3 3.508 + 20 12 28. 7 69. i 2 9-32 1891 Lalande 7987 .... 7-7 4 9 28. 26 72.6 3 + 3-4I7 -f- 16 13 30.2 77-9 I + 9- 3 1892 1807 O. Arg. S. 2930 . . . 6 3 Persei . . 7-7 6 <;* 9 32. 84 9l6 O6 63-9 cq 8 6 2 2.376 A ei 7 30 25 28. 5 _L CO 7A 7d O 68.6 ?4- I 7, 9-3 0. 2q lo yj 1894 DM. + 16, 577 . . j o 9 37- 22 jy M 59.0 2 *T~ J*J 3-425 J v J*r OT-- ** + 16 35 51-8 J*t* 48.0 9 I 7 y 9.29 1895 B. A.C. 1313 .... 6.0 9 39.21 71.0 2 5.158 + 60 23 50. o 7. 9 2 9-29 1896 O. Arg. S. 2938 . . . 5-8 4 9 48. 02 63.8 7 + 2.554 - 23 35 26. 7 65.6 2 + 9-28 1897 O. Arg. S. 2939 . . . 6.7 9 50. 22 74- i 3 2.581 - 22 30 3.8 68.0 2 9-27 1898 1800 Weisse (2) IV, 183 . 5 1 Tauri 8.2 7 O* 9 55-93 10 6. 36 65.9 60 4 5 c 3-455 i C33 + 17 54 36-3 -1- 21 I?. ?q. 6 67.0 74- ' 2 2 9-27 9- 2 5 yy 1900 I.alande 7994 ... / 8.0* 10 10. 04 y* *t 68.9 J 2 O* JJJ 3.987 J Jy + 37 39 13-9 65-7 3 9-25 1901 Weisse (2) IV, 203 . 4 10 34. 60 69.4 6 + 3.446 + 17 27 50.0 66.0 6 + 9-22 1902 93 I OOA Weisse (2) IV, -04 . DM. +46, 871 . . . 56 Tauri 9.0 9.0 c 6 10 34. 96 ii 1.52 II IQ. 67 73-o 64-5 61.6 4 2 c 3-446 4-334 3C 7Q + "7 3 + 46 43 15- 5 4- 21 21 ^4. 6 62.0 =;6. i I 2 9. 22 9. 18 9. 16 *y-"T 1905 Anonymous .... j- w 9.2 II 26.01 67.1 j 2 jjy 2.373 ~ ' *O JT" ** 30 25 52. 5 j 69. i 3 9-'5 1906 IQO7 B. A. 0.1327 . . . . 7.0 4O* 4 'I 34-68 1 1 49. 86 69.1 68.4 2 41 + 2. IOO 1 1Q& - 39 3 52. i -T- 11 17 IO. O 65.6 62. o 2 7 + 9- 14 >. 12 JP** 1008 <;? Tauri ** 6 c. ii ?d. ii C7 Q T 1 * 4 j' jy v 1 Al8 T^ * j 1 + 16 10 14. 1 58.0 2 9. II t y~"~ f IOOQ h Tauri w * j c c* JT- J 12 4.86 j/ - y 64.6 *T 2 J* f u ^ 162 jt- j -j- 13 41 40. i J <;}. o 2 9. 10 y y 1910 Weisse (2) IV, 248 . j' j 6.5 12 17.36 64. I J 2 J- O"- 6 3-469 + 18 24 14.0 jj 65.1 2 9.08 1911 Lacaille 1410 .... 7-4 4 '2 35-34 66.6 4 + 2.251 - 34 3 1 5- 7 68. i 2 + 9-6 1912 IQI3 B. A.C. 1334 .... 58 Tauri 6.2 1 O 12 38.61 1 2 4O 2 1 61. 9 7O A 6 2.558 7. 1>86 - 23 18 52.5 -r- 14. 41 22. 6 59-8 60. 4 4 4 9.06 9-5 *y j 1914 M. Z. 209, 89 .... J' v 9-3 * * ('-' *-J 13 7.68 / w - f 67.5 3 2 J- J uv -' 2.461 I *T- T'j - 27 4 28. i 68. i 2 y j 9.02 '9'S M.Z. 142, 120 .... 8-5 13 17.54 71.0 2 2.546 - 23 45 21. i 65.0 2 9.00 1916 Rurnker 1159 .... 7.8 4 13 18.58 7O.O 3 + 3-459 + 17 55 44-8 69. i 2 + 9.00 1917 Weisse (2) IV, 270 . 7.0 '3 2 5-39 6 7 .I 2 3.462 + 18 4 54-3 65.1 2 8-99 1918 Rumker 1163 .... 8.5 '3 3'-93 69. I ^ 3-425 + 16 28 12.4 56.7 3 8.99 1919 Lacaille 1416 .... 7-5 13 32.07 70. I 2 2.252 - 34 27 48.4 68.5 2 8-99 1920 M. 7.87, 8 8.0 '3 37-31 65.0 2 2 -334 - 3' 40 12.3 69-5 2 8.98 U. S. NAVAL OBSERVATORY, 1845 TO 1877. Number. Name of Star. Magnitude, Mean Right Ascension, 1 860.0. lj rt d 3 U s 1 lM O 1 Annual Precession, 1860. Mean Declination, .860.0. Mean year. 1 "o d X Annual 1 Precession, j .860. | h. m. s. s. / // // 1921 B. A. C. .340 . . . 7.0 4 '3 51-28 63.6 4 + 2.505 25 2. 51.9 72.1 3 + 8.96 1922 O. Arg. S. 2997 . . . 8.0 13 56.82 66.5 2 2.405 - 29 7 38. 8 69-5 2 8.95 1923 Rumker .167 .... 7.S 14 42. 81 6 9 ., 3 3.426 -f .6 27 31.9 $6.6 4 8.89 1924 JQ2C Weisse IV, 286 ... d 1 Tauri 6.0 4- 5 '4 47-97 14 51.86 69.0 56.8 2 12 3-387 3' 443 + .4 43 23. 6 -|- .7 12 39.0 46. i 64. i 2 4 8.89 8.88 " j IQ26 7- 2 4 I? 2}. 12 62.4 8 -f- 3.426 + .6 26 50. i 58.7 8 4- 8.84 i y*w IQ27 55 Persei 6.0 "T J ~ J J 15 24.48 72. 6 4 3-876 + 33 48 7- 4 66.0 3 |- \f* V|. 8.84 71 1928 IQ2Q B. A. 0.1351 . . . . 56 Persei 6.5* 6.5 15 26.65 If 11. 12 59-i 76.4 i 3 3-423 3-87I + 16 17 56.4 + 33 37 58-0 63-9 75.0 J 2 2 vt^ 8.84 8.83 y y 1930 B. A. C. 1355 .... 5-7 J JJ IS 42- 77 64. 2 7 2.485 - 26 3 37. i 67.0 3 WJ 8.8. '93' Weisse (2) IV, 325 . 8.8 4 IS 44- 3 6 60.4 3 + 3-538 -j- 2. 12 41. I 61.2 5 + 8.81 1932 O. Arg. S. 3022 . . . 8.5 15 45.00 67.. 2 2. 485 - 26 3 i.o 68.0 2 8.81 933 1074. Weisse (2) IV, 330 . (S 8 Tauri 7-5 6.0 15 56.09 16 1.68 59-4 ?Q. 2 2 1 3-543 3.442 + 21 24 32.4 + .76 58.3 56. o 7- 3 3 4 8.80 8. 79 'yj'r 1935 Weisse (2) IV, 333 . 8.5* 16 12.47 J-?. 7 6., J 2 3.976 + 36 56 52.0 72.1 2 M. y y 8.78 ! 93 6 Weisse (2) IV, 344 . . 7.8 4 1 6 26.09 72.4 9 + 3-43 + 16 33 32.9 70.6 7 + 8.74 1937 1018 Weisse (2) IV, 348 . Weisse IV, 335 . . . 8.0* 1 6 34.99 1 6 so 4.6 60. I 76.1 4 2 3.476 3. 2OQ + .8 35 .0. 6 -4- 6 2Q 45. 7 67.1 7O. I 3 i 8.74 8.7} l yj '939 Lacaille 1433 .... 7-5 w J^ i|.v 1 6 50. 70 / * 66.4 2 . **vy 2.222 i 7 HJ / - 35 '3 47- 7 / 68.4 3 / O 8-73 1940 Weisse (2) IV, 350 . 8.6 '6 52-33 63-4 5 3-745 + 29 .2 5.6 58.6 4 8.72 1941 -Lacaille 1431 .... 6.0 4 "7 14-64 62.8 5 + 2.504 - 25 .3 .3. 2 65.0 2 + 8.69 1942 Weisse (2) IV, 363 . 8.4 1 7 20. 06 57-3 4 3-476 + 8 33 33- 5 67.6 2 8.69 1943 I () J. d M. Z. 222, 21 . . . . B. VI, 41- 9S5 B.A.C. 1374 . . . . 6.5 >9 45- 3 72.1 3 2.222 - 35 4 33- i 54-0 2 8.49 1956 Weisse (2) IV, 420 9.0 4 19 53-93 69. I 2 + 3-606 + 23 48 6.4 62.1 2 + 8.49 '957 Lacaille 1449 .... 7-5 20 l6. IO 66.6 2 2. .92 - 35 59 40. i 71-7 3 8.47 I9S8 IQCQ B. VI. + .4, 701 . . e Tauri 8-5 -1 C 20 26.08 20 26. 75 69. i 64. 2 2 80 3-392 1 d.86 ; 14 46 22.8 -4- 18 "J. 58. 5 61.4 58.6 3 C 8.44 8.44 *yjy Io6o 0> Tauri J' J C 2 20 ~i 80 71 j. *fw^ I 412 i * v j* j"- j -4- if 18 ?2. S J"* 10. 4. j 1 8.43 yw J' * * jf. u y / *t J. H-*^ i j j" j j jy ^ j *" TJ 52 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1860.0. rt fl >-, S % A o IM i Annual Precession, 1860. Mean Declination, 1 860.0. rt >, C S s o *o K Annual Precession, 1860. h. m. s. s. / // // 1961 O. Arg. S. 3082 ... 8.0 4 20 35. 15 64-5 2 + 2-546 - 23 27 11.9 65.0 2 + 8.43 1962 DM.+ I 4 , 703 . . . 9.2 20 35. 60 69. I 2 3-39' + H 45 3-3 69. I O 8-43 I9 6 3 Weisse (2) IV, 436 . 7-5 20 41.42 67.6 2 3-693 + 27 5 28.4 68. i 2 8.42 1964 Lacaille 1451 .... 5-9 21 3-79 62.8 3 2. 521 - 24 23 52.9 70.4 3 8-39 I96S Lalande 8431 .... 7.0 21 11.49 69.0 3 2.826 - ii 26 23. 5 59-7 3 8.38 1966 Weisse (2) IV, 458 . 7.0 4 21 37- 20 65.3 3 + 3.7I4 + 27 49 8. 5 54-6 4 + 8.35 1967 Lacaille 1459 .... 7-7 21 52.17 63.4 3 2.383 - 29 30 57. 5 68.4 3 8-33 1968 Lalande 8479 .... 8.0 22 l8. 15 60.0 2 2.827 - II 22 3.4 55-o 2 8.29 1969 O. Arg. S. 3108 . . . 8.8 22 18.31 69.0 2 2-545 - 23 2 4 55. I 65.0 3 8.29 1970 Lacaille 1463 .... 6.7 22 19. 42 74-4 6 2. 290 - 32 43 23.9 70-3 3 8.29 1971 1972 1973 DM.+ 28,6S9 . . . Anonymous 10. o 10. O 8.8 4 22 22. 97 22 39. 60 22 43-02 62. o 62.0 67.5 2 2 2 .+ 3.746 3.748 2. 840 + 28 59 37. 7 + 29 o 7.3 - 10 47 19.0 *>5-5 70.0 68.2 2 2 2 + 8.29 8.2ff 8.26 Weisse IV, 471 . . . 1974 Tr. Z. 211, 4 .... 8.0 22 52.46 64.6 2 2. 462 26 36 18.4 66.9 2 8.25 97S 1976 1977 Lalande 8455 .... 84 Tauri 6.8 7.0* 7.2 22 57-41 4 23 10.71 23 16. 01 69. I 69. I 73-6 2 3 4 3.983 + 3-395 2.287 + 36 44 15-4 + H 47 57-3 32 46 38- 9 47-9 60. 5 7i-3 2 3 4 8.24 + 8.22 8.22 Lacaille 1470 .... 1978 B. VI. + 35, 880 . . 9.2 23 19.36 77.1 I 3-946 + 35 37 43-5 73-3 3 8.21 1979 Weisse (2) IV, 505 . . 8.0 2 3 22. S 8 64.4 3 3-4II + '5 30 35- 5 67.1 2 8.21 1980 Lacaille 1474 .... 6.9 23 47-48 62.6 2 2.465 - 26 35 8. 6 65.0 3 8.17 1981 Weisse (2) IV, 506 . . 8.5 4 23 48-42 76.6 6 + 3-944 + 35 31 47-8 76.1 4 + 8. 17 1982 '983 1984 Weisse (2) IV, 512. . 85 Tauri 7.8 6-5 7-4 23 51.20 23 52. 20 24 9- 64 64.5 63-3 63-4 5 6 3 3.638 3-4" 2-385 + 24 52 56.7 + 15 32 Si-6 29 20 ii. 8 65.6 60.9 71.7 2 8 3 8.17 8.17 8. 14 Lacaille 1480 .... 1985 Lacaille 1485 .... 7.6 24 22.73 64.0 9 2.389 - 29 ii 14. 5 66.4 3 8.13 1986 Lacaille 1483 .... 6.0 4 24 37. 26 69.0 3 + 2.544 - 23 19 46. 5 66.0 2 4- 8. ii 1987 B. A. C. 1399 .... 8.0* 24 38. 25 76.1 3 10. 284 + 80 22 33.4 73-3 2 8. ii 1988 Riimker 1235 .... 8.8 24 49- 9 63.1 3 3.416 + '5 42 19-5 61.6 4 8.09 1989 Lalande 8577 . . . . 7-9 24 53- 22 64.0 3 2-535 - 23 42 49. 1 67.6 2 8.09 1990 1991 1992 B. A. C. 1404 .... 7-5 8-5 8.5 24 53- 77 4 24 58. 38 24 59. 96 73-7 65-5 70.0 5 2 2 2-344 + 3-734 3.412 - 3 45 2. 9 + 28 25 53. 5 + IS 3i 3-8 73-2 74-o 71.1 5 4 2 8.08 + 8.08 8.08 DM.+IS,647 . . . 993 Weisse (2) IV, 535 . . 9.0 25 11-47 70. o 2 3-56 + 19 3 5- i 58.1 2 8.06 1994 Weisse (2) IV, 538 . . 9.0 25 17.66 59-i 2 3- 565. -f 21 56 32.O 62.5 2 8.06 '995 O. Arg. S. 3154 . . . 7.2 25 45. 96 64-3 7 2. 38? 29 ii 4. o 67.8 3 8.02 1996 B. A. C. 1408 .... 7.0* 4 25 52. 60 64. i 3 + 3-742 + 28 39 51.6 64.0 2 + 8.01 1997 Weisse IV, 533 ... 7-5 26 1.03 69. i 2 ; 3.398 + 14 5' 56.8 57-1 2 8.00 1998 Weisse (2) IV, 562 . . 9.0* 26 20.40 64.6 2 3-S69 + 22 5 4.7 62.6 2 7-97 1999 Lacaille 1501 .... 7.2 26 30. 45 63.8 3 2.390 - 29 6 8. 9 67.1 2 7.96 2OOO Wsse IV, 554 6.0 26 41. 75 69. i 2 3.85 + 5 16 18. o 71-4 3 7-94 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 53 Number. Name of Star. Magnitude. Mean Right Ascension, 1860.0. lj a o >, 1 S 4J o lM O o Annual Precession, 1860. Mean Declination, 1 860.0. |j rt 5, a s s t/i .0 o o o Annual Precession, 1860. h. m. s. ' s. / // // 2001 Lacaille 1504 .... 7-5 4 26 49.57 65.8 4 + 2.487 - 25 30 17.3 65.1 2 7-93 20O2 Weisse IV, 572 . . . 8.0 27 15.76 69. i 2 3-074 + o 653.6 66.0 2 + 7-9 2003 Weisse (2) IV, 579 . . 8.3 27 16.77 61.0 3 3-562 + 21 43 40- 9 61.6 2 7.90 2OO4 2OO5 Lacaille 1509 .... 7.0 I.O 27 22. 98 27 ??. 42 63.5 57. o 2 2"?O 2.476 7. 4.^0 25 51 24.5 4- 16 i? 20. 8 64. i SO. 2 2 7O 7.89 7.84 2OO6 4- 5* / j j ^ 4 28 o. 97 69. 3 J 4 J ^J -\- 2. 360 1 ' O ? 1O 1 6.2 J w cr o / 7 2 / * v ^ + 7.84 2007 DM. + 26, 729 ... T^ J 9.0 28 5.70 74-1 5 I * O*-"-* 3.698 J J + 26 57 57.3 JO ;? 68.1 2 1 / * *"T 7.83 2008 DM. + 5, 682 . . . 9-5 28 10. 90 66.6 2 3-199 + 5 53 . . 7.82 2009 Weisse (2) IV, 606 . . 8.0 28 27.44 59-5 2 3-77 + 27 38 12.3 54.0 5 7.80 2OIO M. Z. 86, 52 .... 8.0 28 39. 92 65.0 2 2-337 - 30 52 2.9 68.1 2 7-78 2OII Weisse (2) IV, 618 . . 8.0* 4 28 40. 72 69.0 2 + 3-4I6 4- 15 34 49-5 71.4 3 + 7.78 2012 DM. + 21, 675 . . . 9.0 28 44. 17 72.7 3 3-570 + 21 59 42. 6 69.1 2 7.78 2013 Weisse (2) IV, 620 . . 7-9 28 50.87 64.6 4 3.658 + 25 26 23. 7 65-5 2 7-77 2014 B. A.C. 1427 .... 5-5 29 2.91 68.4 3 2.988 3 54 6.4 54-o 2 7-75 2OI5 DM. + 5- 687 . . . 9-5 29 4. 82 67.4 3 3-199 + 5 52 7- 75 2Ol6 Lacaille 1521 .... 7.0* 4 29 6.08 65.6 2 + 2.488 25 19 46. i 65.0 2 + 7-75 2017 Lacaille 1522 . . . . 6.5 29 26.41 62.8 3 2.501 24 49 28. i 66.1 2 7.72 2018 Weisse (2) IV, 634 . . 9.0 29 38. 28 66.7 3 3-759 + 29 6 5.4 59-4 5 7.71 2019 2O2O Weisse (2) IV, 637 . . 8.8 A T 29 40. 56 30 6. 60 62.6 eg 7 2 6 3.628 2 11J. + 24 16 5.9 1O 5 1 7.4. 67.1 7O H 2 c 7.70 7.67 2021 Weisse IV, 646 ... *T* * 7-5* 4 30 22. 12 o u - / 71.7 3 ** JJ*T + 3-224 J'-' J * / *T + 7 i 56.5 /*-' J 56.7 J 3 / * **/ + 7-65 i 2O22 Tr. Z. 211,8 .... 8.8 3 39-5 69. i 2 2.446 26 50 59. I 67.0 2 7.62 2O23 Weisse (2) IV, 669 . . 8.8 3 5i-o5 59-5 2 3.581 f 22 22 13. I 56.1 2 7.61 2024 2O2i; Lacaille 1531 .... a 1 Tauri 7.6 e. e 30 54. 63 31 16. 16 63-4 65. o 3 7 2-432 3 AJQ - 27 20 I.O 4- IS ^8 14.6 66.4 17. O 4 4 7.60 7. S? *"-"-j 2026 B. A.C. 1439 . . . . J J 6.2 4 3i 24.94 65.1 J 3 j- :.! B. VI. 4k, 99 .... fl Tauri 8.0 <;. i 4 3 2 i-45 72 1C Q2 69. i 60 i 2 2 + 2.439 3-7-M - 27 3 44. 7 _L T i ec 8 a. 71.7 eg i 3 3 + 7-5' 7. 4.0 mtf^m 2033 2O34 Weisse (2) IV, 694 . . Anonymous .... j j 5-5 8.2 O 1 " * j- ?* 32 19.84 32 21 . OO uy. i 6 9 .I 6.1 i 2 Wr 4.041 2 A8C T * * JJ T" + 38 o 30. 5 27 12 1% 6 j. 46. I 68. i j 2 2 / * *t;7 7.48 7.48 * **J"I 2035 Weisse IV, 705 . . . 8.0 32 27. 73 w -f - * 69.0 3 161 T- U J 3.224 / J* OJ' " + 65933.7 62.5 2 / *r" 7.48 2036 Weisse (2) IV, 713 . . 9.0 4 33' -4 62.4 5 + 3- 584 + 22 2 4 7-5 61.8 4 + 7-43 2037 Lacaille 1540 .... 7.0* 33 IO -32 72.6 4 2.466 25 59 i-5 64.6 2 7.42 2038 Weisse (2) IV, 719 . . 8.8 33 "9-22 62.2 5 3.583 -j- 22 21 II. O 59-6 6 7.41 2039 Lacaille 1541 .... 7-2 33 >9-26 65-5 5 2.406 - 28 II 27.4 66. i 2 7-41 2040 Weisse (2) IV, 714 . . 6.0 33 19-43 76.0 3 4.048 + 38 9 '5-1 67.3 4 7.41 54 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. Mean year. 1 "o i Annual Precession, 1 860.0. Mean Declination, 1 860.0. I X s 4J o 8 o X Annual Precession, 1860. 2041 Weisse (2) IV, 720 . . 8-5 h. m. s. 4 33 20.26 63.1 5 + 3 S -'S86 / // -f 22 27 27.0 68.1 2 ff + 7-40 2042 Weisse IV, 722 ... 9.0* 33 3- 75 64-3 4 3-395 + H 32 55-2 68.6 2 7-39 2043 Weisse IV, 725 ... 9-o 33 36-64 74-4 3 3-247 + 8 o 23.3 66.6 2 7-38 2044 Weisse IV, 727 ... 8.0* 33 40- 32 76.1 2 3-120 + 2 13 50.9 71.2 4 7-37 2045 Weisse IV, 729 . . . 9.0 33 42.62 69.5 2 2.896 849-8 69.5 2 7-37 2046 Weisse IV, 728 ... 9.0 4 33 44- 94 59.1 2 + 3-142 + .3 14 25-5 72.9 2 + 7-37 2047 2048 Riimker 1250 .... T Tauri 6.5 5.0* 33 48. 24 3-3 CQ. 77 64. I 61.8 2 22 3-591 V SQ2 -f 22 40 11.5 -f- 22 4! 4. 5 67.0 66.8 2 3 7-37 7-36 .Vfu 2049 Weisse IV, 732 . . . J 9.0 JJ J ' 1 1 34 0.90 61.0 4 J jy 3.146 + 3 23 8. 2 62.0 2 / J v 7-35 2050 Weisse IV, 733 . . . 9.0* 34 10.07 47-9 2 3.384 + 14 3 ' 6 -4 47-9 2 7-34 2051 B. A. C. 1450 .... 5-7 4 34 17.46 66. i 5 + 2. 49 8 - 24 45 31.0 70.1 3 + 7-33 2052 2O$1 B. A. C. 1448 .... 54 Eridani .... 6.0* A O* 34 18.35 IA in 12 77.1 62.6 4 2 10. 886 2. 62O + 80 56 59. 3 IQ $6 77 A 73-2 66.0 12 2 7-33 7. 12 J j 2054 Anonymous *f. V jif y * 34. 27. 1 8 69. i I 2. 494 y J JJ ^ - 24 54 31.8 70. 7 I 1 j" 7- 3' JT^ 2055 M. Z. 153, 7 .... 8.2 OT^ / 34 52. 39 74.6 6 2.463 - 26 2 50. 6 77-o 4 7.28 2056 Weisse IV, 754 ... 8.0 4 34 54- 62 61.2 2 3-3i + 2 43 u. i 62.3 3 + 7-28 2057 Lacaille 1549 .... 7.6 35 6.82 63-9 8 + 2.396 28 27 53. i 67.1 2 7.26 2058 Lacaille 1553 .... 7-3 35 2 5.72 65.0 3 2.059 - 39 4 49. 2 67. i 2 7-23 2059 Lalande 8870 .... 7.0 35 2 9.90 66. i 2 3-593 + 22 40 39. I 67.0 2 7-23 2060 DM. 1, 705 . . . 9.0 36 4. 61 69. o 2 3-034 i 43 9-3 56.5 2 7.18 2061 Lacaille 1557 .... 7.0 4 36 18.81 67.1 2 + 2.030 - 39 5i '5-5 69.6 2 + 7-i6 2062 B. VI. 4", 108 . . . . 6.5 36 27. 85 69. I 2 2-530 - 23 26 45. i 67.5 2 7-15 2063 B. A. C. 1459 .... 6.5* 36 39- '5 64.5 2 4.880 + 55 20 51.3 54-0 2 7-13 2064 B. A. C. 1460 . . . 7.0 36 40. 49 61.6 3 3-3'2 + 10 52 54-3 68.6 2 7-13 2065 Weisse IV, 794 . . . 8.0 36 48.94 47-9 3 3-392 + 14 21 48. 2 58.0 2 7.12 2066 Lalande 8923 .... 7.8 4 37 6.34 63.6 2 + 2-997 3 25 51.0 67.1 2 + 7-io 2067 /? Coeli 5-5 37 6.54 67.1 2 2.115 - 37 25 10.4 68.0 2 7.10 2068 B. A. C. 1463 .... 7-5* 37 15-59 58.9 2 3.612 -j- 23 22 O. 5 54-o 5 7.08 2069 0. Arg. 8.3325 . . . 8.8 37 '6.63 69.6 2 2.512 - 24 6 42. 7 64.9 2 7.08 2070 Weisse IV, 806 ... 7-7 37 23. 17 69.6 2 3-136 -f 2 56 42. O 55-o 3 7.07 2071 O. Arg. S. 3326 . . . 7.8 4 37 23.92 64. i 3 + 2.518 23 53 39- 1 68. i 2 + 7-07 2072 Weisse IV, 809 ... 8.0 37 33-5' 60.5 4 3-035 i 41 47.9 61.2 4 7.06 2073 Lacaille 1564 .... 5-3 37 44- 7> 67-5 2 2.319 - 3' i 44-6 68.0 2 7-05 2074 2O7C Lacaille 1568 .... u. l''rid;iiii . , 8.2 4T 37 52.94 ^8 1O 2A. 69.5 (,-, -i 2 26 2. 054 2 OOl 39 7 25. i 7 7O C I I 67.1 66. '. 2 7 7.04 6 08 **! j 2076 B. A.C. 1471 .... ' 7-4 j v j^' *** 4 38 37-40 j' o 64. i 5 * yyj + 2.410 J J v J ' - * - 27 50 21. 6 70.0 O 4 " 7" + 6.97 2077 Weisse IV, 824 ... 8.5* 38 38. 15 47-9 3 3-391 -f- 14 l6 22. I 47-9 2 6.97 2078 Lacaille 1570 . . . . 6.8 38 52.94 63.0 3 2 -399 28 12 36. 3 66.1 3 6.95 2079 Weisse (2) IV, 866 . . 8.0* 39 31.70 69. i 2 3.783 + 29 31 12.4 62.5 2 6. 90 2080 Weisse (2) IV, 886 . . 8.5* 40 3-97 69.6 2 3-644 + 24 29 28.6 61.8 4 6.86 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 55 * IM O 1 I a I >ec!ination, >-. % o fl o 'JS 1 EC rt 1 860.0. | o < a " 1 860.0. 5> o f, V " 3 fc ?. 2, fc ft 2 fc _ h. m. s. s. / // ir 2081 O. Arg. S. 3360 . . . 7-5 4 40 7- 2 7 64.4 3 + 2. 378 - 28 54 56. i 68. i 2 + 6.85 2082 a Camelopardi .... 4.2 40 9. 40 64.5 10 5. 9 08 + 66 5 56.0 69. i 23 6.85 2083 Lacaille 1580 .... 8.0 40 17-33 67.0 2 2-475 - 25 25 3.6 68.6 2 6.84 2084 5- 2 40 29. 52 69. o 2 4.028 + 37 H '2-6 46-5 5 6.82 2085 DM. + 10, 634 . . . 9.0 40 31.74 71-3 4 3-3" + 10 45 56. 2 69. i 2 6.82 2086 Weisse (2) IV, 904 . . S.s 4 40 40. 50 66.6 2 + 3-647 + 24 33 '3-5 67.6 2 + 6.80 2087 DM. + 10, 637 . . . 8.9 40 40. 93 73-3 4 3-309 + 10 40 1.8 72.1 4 6.80 2088 DM. + 10, 638 ... 8.5 4 43- 77 73-1 6 3-308 -f 10 40 4. 7 73- 1 2 6.80 2O8o DM -\- 10, 639 . . . 40 45. 50 72-3 17 3-39 + 10 40 44. o 74.0 7 6.80 2090 DM. + 10, 640 . . . 8.9 40 48.00 71.8 8 3-3'o + 10 42 54. 2 70.0 7 6.79 2091 B. A. C. 1482 .... 6-5 4 40 50.42 63-7 3 + 2-394 28 20 34. 4 65.0 3 + 6.79 2092 DM. + 10, 641 ... 8.6 40 50.47 73-3 9 3-3 10 + 10 41 38.7 70.8 6 6.79 2093 DM. i, 724 . . . 10. 4 55- 58 65-1 2 3-036 i 36 37- 7 58.1 1 6.78 2094 DM. + 10, 642 . . . 9-4 4 57- 59 67.1 2 3- 3' + 10 36 57.4 72.1 2 6.78 2095 DM. + 10, 643 ... 7.0 41 o. 60 72.4 3 3-308 + 10 38 18. 3 69.1 3 6.78 2096 0. Arg. 8.3382 . . . 7-5 4 4' 6. 95 69. i 2 + 2.443 - 26 33 21.3 67.1 2 + 6.77 2097 DM. + 1, 821 . . . -5 41 10. 14 73-' 2 3-099 + i "3 2.5 56.5 2 6.77 2098 Lacaille 1595 .... 7.0 41 24.48 67.5 2 2.155 - 36 3 42- 2 68.8 3 6.74 2099 Lalandegoi2 . . . . 7-5* 41 26.68 71.0 2 4-358 + 45 36 3'- 4 70.9 2 6.74 2100 O.Arg. 8.3389 . . . 7.6 41 29. 09 64-5 9 2-355 - 29 39 38-0 67.5 2 6.74 1 2IOI Weisse IV, 888 . . . 8-5 4 41 32. 84 61.8 3 + 3-037 i 36 23.4 61.9 6 + 6.73 2IO2 M. Z. 88, 13 8.0 4i 33-12 76.4 3 2-344 - 30 o 54. 8 73-' 3 6-74 2103 Weisse IV, 889 . . . 8-5 41 42.50 77-4 6 3-3" + 10 44 24. 2 77.1 i 6.72 2IO4 96 Tauri 6.0* 41 43. 6? 64. Q 2 7.426 + : 5 39 2 3-4 54. 2 2 6. 72 2IO5 4.0 t to / 42 14. QQ **T- y 75- o 7 J "T~" 3- 221 -f- 6 42 49. 5 69. I 2 6.67 2IO6 i Tauri . ... ";. s *t * T- yy 4 43 II. 22 / J 61. 7 J 8 -4- 7. 407 -f- 18 35 52. 3 60. 9 6 + 6.60 2107 Weisse IV, 925 . . . j j 8.1 43 I4-67 J 73-5 4 I J ^y i 3-100 + i 17 0-4 67.0 9 6.59 2IO8 2 Aurigse . . . <. 7 4.7 I C. 07 60. o 1 4.005 + 76 2? 45. 7 47- ' 2 6.59 2IO9 Weisse IV, 926 . . . J O 7-3 TO J- yj 43 27.22 7 " 71.9 o s 3-3H i J / TJ J + 1 49 3'-7 64.6 2 jy 6.58 2IIO DM. + 43, I loo . . 8.5 43 47- 17 77-' 2 4-287 + 43 52 6.55 2111 Lacaille 1610 . . . . 6.7 4 44 3- IS 65.0 2 + 2. 2OI - 34 33 23. 3 65.6 2 + 6.53 2112 Lacaille 1611 . . . . 6.5 44 3- 8 4 71.6 4 2.176 - 35 20 i.o 67. o 2 6-53 2113 O. Arg. N. 5259 . . . 7.2 44 iS-6o 62.4 7 4.654 + 5' 22 13.2 67.1 2 6.51 2114 Weisse (2) IV, 986 . . 8.0 44 18.46 59.0 2 3-704 + 26 32 27. 3 63.8 7 6.50 2115 B. VI. +44, 1047 . . 9.2 44 30. 10 76.1 2 4.299 + 44 7 25. 8 70. 1 i 6-49 21 l6 Weisse IV, 957 ... 5.o* 4 44 37.02 66.7 3 + 3-388 + 14 o 47.5 71.6 4 + 6.48 2U7 B. A. .1496 . . . . 6-5 44 37-4 66.6 2 7.498 + 74 2 41.4 68.6 2 6.48 2118 M. Z. 218, 27 . . . . 9.0 44 41. 62 70. o 2 2.521 23 3i 57-6 66.6 2 6 ; 47 2119 Lacaille 1617 . . . . 7-5 44 47- 83 69.1 2 2.174 - 35 20 48. o 67.1 2 6*. 46 2120 Lalande 9106 . . . . 7.2 44 48. 74 71.4 9 4.287 + 43 49 4i-o 49.0 2 6.46 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. H rt *. C V A o *o K 1 25 C o 00 < a " C Mean Declination, 1 860.0. Mean year. .2 o *0 o fc Annual Precession, 1860. h. m. s. s. / // // 2121 O.Arg. 8.3437 . . . 7- i 4 44 5 2 -95 63.6 8 + 2.418 27 20 36. o 68.6 2 + 6.46 2122 Weisse IV, 972 . . . 8.0 44 57-9 65.1 3 3- >o 4- i 16 19.0 56.5 5 6-45 2123 2124. Groombridge 892 . . Anonymous 6.2 O. 2 45 2.01 45 6. ii 69.6 67. o 2 2 4-73 3 CQ7 + 52 38 13-0 _L 22 72 14 3 62.0 60 6 2 2 6.44 6 /i /i f, i i..^ 2I2S Lacaille 1615 .... y 7- i 45 21. 86 "/ *" 6 3-9 6 J- jyt 2.466 I "* >* *TE" O - 25 33 i-9 "7- M 69.8 3 T^T 6.42 2126 DM. + 43, 1126 . . 9.0 4 45 22.79 61.0 4 + 4- 289 + 43 S 2 13-9 59.0 2 + 6.42 2127 Weisse (2) IV, 1012 . 9.0 45 27- I0 65.1 3 3.598 + 22 32 10.5 63.0 2 6.41 2128 Weisse IV, 986 ... 8.0 45 37- 6 7 67.5 2 3-257 + 8 19 11.7 66.6 2 6.4O 2129 Lacaille 1622 .... 6.2 45 40. 1 6 70. i 2 2-053 - 38 48 19.3 67.1 2 6-39 2130 DM. + 43, 1129 . . 9.0 45 49.96 49.0 2 4-29I + 43 53 '6.4 69.0 1 6-39 2131 2112 DM. + 43, 1130 . . w Eridani 8-5 5.0 4 46 o. 68 46 o. 94 77-3 61.6 3 3 + 4- 287 2. QJ.6 + 43 44 C 41 23 Q 68.0 4 6. 3 6 6 7.6 *" J 2177 DM. 4- i, 843 ... J 46 7. 56 6q. i 2 VT 3. IOI j *r* j y 4- I 17 77 I 62. s 2 j w 6. 3<; * JJ 2'34 B.A.C. 1511 .... 5-7 46 22.57 .7 62.6 2 J ** 2- 179 / jt - 35 8 38. 5 '* j 66.4 3 JJ 6-33 235 Lalande 9207 .... 8.0 46 41. 04 67.1 3 3- 102 + i 20 ii . i 61.8 4 6.31 2136 B. A. C. 1513 .... 6.5 4 46 45.01 69.0 2 -f 2. 2OO - 34 28 32. o 65.6 2 + 6.30 2137 Lacaille 1631 . . . . 7- 2 46 55.28 70.1 2 2.050 -- 38 50 50. 3 68.6 2 6. 29 2138 B. A. C. 1510 .... 6.0* 47 3-55 66.6 2 7-458 + 73 5" 8.1 72.7 6 6.28 2139 Weisse (2) IV, 1047 . 8.6 47 11.40 65.4 3 3.736 + 27 36 35 9 65.0 3 6.26 2140 M.Z.86,59 7-4 47 '4- 3 1 64-3 4 2.312 - 3 53 43- 5 68. i 2 6.26 2141 Weisse IV, 1028 . . . 7-5 4 47 19. 66 65-3 3 + 3-259 + 8 22 9.5 64.6 2 + 6.25 2142 214.3 B.A.C. 1518 .... * Aurigse 6.0* 3. 4 47 44.06 47 52.82 71.9 6-1. 5 5 4 3 3-648 1.8o6 + 2* 2' 53-3 -4- 32 ";6 2C i 54-o 61.6 3 6.22 6.21 *'* t TJ 2144 DM. + 29, 765 ... j ^ 9.0 48 20.00 J J 65.6 T^O 2 J 7 3.806 i j j j + 29 59 55-4 69.6 2 6. 17 2145 2IJ.6 Lacaille 1642 .... o 2 Orionis 6.8 4.8 48 27.28 4 48 30. 03 64. i 6q. I 2 2. 064 4- 3. 373 - 38 22 36. 5 4- 11 17 22 6 68. i -i8. i 2 2 6.16 + 6.16 ^ H7 Weisse (2) IV, 1079 __ 8.8 48 32. 92 vyt 63-4 3 i j' j i j 3-805 I j / ** + 29 57 3.5 J"' 61.6 2 6.15 2148 Lalande 9261 .... 7-5 48 46. 08 66.1 2 3- 103 + i 23 52.4 67.1 2 6.13 2I4.O Z. 480 . 48 46.48 6q. 6 2 4. 2q8 4- 4.7 ce 7.4. CO. O 2 6. n q*p 2150 O.Arg. 8.3488 . . . 8.0 48 53.02 "^7. 67.1 2 ( wpw 2.424 i ^o jj i ^ 26 57 32. i jy 66. i 2 * *J 6.12 2151 O.Arg. 8.3492 . . . 8.0 4 49 5- 5 2 63.6 2 + 2.455 - 25 52 51.3 65-1 2 + 6. ii 2152 Weisse (2) IV, 1098 . 8.0 49 7-39 60. i 2 3.804 + 29 54 13.5 55-2 4 6. 10 2IS3 O.Arg. 8. 3494 . . . 7-7 49 9.41 64-3 4 2.363 - 29 6 37. 9 70.0 2 6. 10 2154 Lacaille 1652 . . . . 6-3 49 '5-2 8 64. i 3 2.063 - 38 23 32. 8 68.1 3 6.09 2155 2H6 Lalande 9291 .... k Tauri 8.0 6.0* 49 35- 14 440 3 ^ . S 3 67.7 50.8 3 -? 3- 101 -f 2. 662 + i 17 46-3 -f- 24. 4Q 48 8 61.8 61. i 4 3 6.06 + 6.06 J 2H7 8. c ^y JJJJ 4Q 45. 41 jy 76.4 o 1 J' W 4 OC6 1 **r *t:7 f-'-'' ** -4- "?7 4O O 1 *"" " v 6. o<; j/ 2I?8 J <;. o* ty tj - t 40 4<\. 40 7O. I o C *t- *-'J v ' 4. 0^6 I j/ *t" -1- 77 AO 28 ^ C2 6 1 ' v j 6. oc * * y 2159 O.Arg. 8. 3506 . . . j 7-2 ^y ^j ^y 49 46. 17 / 64. i J 3 tf.. VJW 2.518 1 j/ *t" **- j - 23 28 20. 5 j*-- 68.6 J 2 ' "j 6.05 2160 B.A.C. 1531 .... 6.8 49 46.44 66.7 3 2.451 - 25 57 16.5 58.6 5 6.05 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 57 Number. Name of Str.r. Magnitude. Mean Right Ascension, 1 860.0. i d 8 1 o ', Annual Precession, 1860. Mean Declination, 1 860.0. i s 1 o Annual Precession, 1860. h. m. s. s. / // // 2161 0. Arg. 8.3513 . . . 8.1 4 50 14- '3 64.4 3 + 2.396 - 27 55 41.9 72.7 3 + 6.01 2162 Schjellerup 1589 . . 9-5 50 20. 31 67.4 3 3- 102 + i 20 38. 4 72.4 3 6.06 2163 0. Arg. S. 3516 . . . 7-2 50 34. 06 67.0 2 2.517 - 23 30 45. 7 68.6 2 5.98 2164 7-8 50 39. 34 64.6 24 2. OO2 - 39 59 2.0 72.5 2 5.98 Anonymous .... Q. ^ 50 40. 64 73- ' 3 2-453 - 25 51 48.9 68. i 2 5-97 2166 Lacaille 1659 .... y J 7.6 4 50 44- 5 8 64.6 2 + 2. OO2 - 39 58 54-o 72.5 4 + 5-97 2167 Weisse (2) IV, 1138 . 9-o 50 50. 61 64.1 2 3-598 + 22 22 15.9 69.6 2 5.96 2168 Weisse IV, 1105 . . . 8.0 50 50. 67 74-3 4 3- 104 + I 27 19.9 69. i 2 5.96 2169 Lalande 9258 .... 8.0 50 53-57 74.8 3 5.302 + 60 12 44. I 76.1 4 5.96 2170 -f Camelopardi .... 4-5* 5 58.54 69. i 2 5-304 + 60 13 54-5 64.4 6 5-95 2 I 7 I 6.0 451 17. 68 45-8 2 + 3- I0 5 + i 29 45. 5 69.5 2 + 5-92 '*/ " 2172 Weisse (2) IV, 1165 . 8-3 51 45.11 61. o 4 3-598 + 22 22 41.6 61.0 6 5.88 2173 DM. + 38, 100 1 . . 5' 45-52 69.5 2 4.091 + 38 35 31-1 77-9 1 5.88 2I7A 4- 5 51 55. 74 68.8 3 4. 290 + 43 36 40. 8 54-1 4 5.87 I /I- 2I7C 52 7.88 46. i i 4.091 + 38 34 37- ' 67-3' 3 5.85 ^* /J 2176 ' Weisse (2) IV, 1172 . 8.6 4 52 8.77 60. 7 5 + 3- 599 + 22 24 10. 61.3 4 + 5-8S 2177 DM. + 44, 1081 . . 52 17.12 49-o i 4-325 + 44 28 5.84 2178 Lacaille 1666 .... 7-5 52 41.52 67.1 2 2. 172 - 35 6 40. 7 70.1 2 5.81 2179 Lacaille 1665 .... 6-5 53 2-58 65.8 6 2-359 29 6 10. 4 70.0 2 5.78 2180 6.0* 53 2 5- 55 76.4 4 2.782 - 1 2 44 48. 5 56.1 3 5-74 2181 Lacaille 1673 .... 6.8 4 53 36.45 63.6 6 + 2.372 - 28 39 21. i 72. i 8 + 5-73 2182 DM. + 6, 806 ... 8.8 53 42- 60 67.1 2 3-208 + 6 2 8.4 68.1 2 5.72 2183 O. Arg. N. 5439 . . . 7-5 54 o. 86 61. i 2 4-380 + 45 34 37- 8 68.6 2 5.70 2184 Lacaille 1675 .... 7-o 54 2.58 63.6 2 2.257 32 27 ".5 68.8 3 5.69 2185 Lalande 9474 .... 6-9 54 12.09 69.0 2 2.467 25 16 2.7 64. i 2 5.68 2186 DM. + 5, 788 ... 9- 4 54 13-92 67.6 2 + 3-204 + 551 21. 7 69.1 I + 5.68 2187 IO. O 54 14.05 70.0 I 2.366 28 49 16. 2 69.1 I 5-68 2188 Lacaille 1678 .... 7.0 5V 26.40 64.6 2 2. 102 - 37 5 '5- ' 70.9 2 5.66 2189 O. Arg. S. 3574 . . . 8.7 54 28.62 63.1 I 2.367 29 5 5.66 2190 0. Arg. S. 3576 . . . 8-3 54 29. 03 65.8 4 2.338 - 29 47 -16. 4 7i-4 3 5-65 2191 DM. + 5, 789 ... 8-7 4 54 38-08 65-3 4 + 3- 205 + 5 55 22.0 77-9 2 + 5-64 2IQ2 i Tauri 4-5* 54 43. 79 59-4 '9 3-574 + 21 23 8.3 67.8 5 5-63 >y 2193 Weisse (2) IV, 1249 . 7-o 55 '8.24 66. i 2 3-822 + 3 "7 34-5 68. i 2 5-59 2194 Weisse (2) IV, 1257 . 8-3 55 37- '4 61.8 4 3.820 + 30 12 12.4 62. i 5 5.56 2195 Weisse (2) IV, 1258 . 8-3 55 38-41 61.8 4 3-8i9 + 30 10 42. 7 64-5 5 5.56 2196 Weisse (2) IV, 1261 . 8.0 4 55 53- 02 7i-5 4 + 3-741 + 27 29 48. 2 67.6 2 + 5- 54 2197 Riimker N. F. 2516 . 9-o 55 55- . 3-762 + 28 32 48. 1 70. i 1 5-54 2198 DM. + 45, 1035 . 9.0 55 59-88 68.9 6 4-37 + 45 '6 32-2 65.8 4 5-53 2199 Weisse (2) IV, 1266 . 7-5 56 0.47 67.5 2 3-577 + 21 26 33. 69. i 2 5-53 2200 B. A. C. 1555 .... 7.0* 56 1.20 59-6 2 3-567 + 21 4 39.6 54-1 3 5-53 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. ! 1 ^ 3 6 < a " Mean Declination, 1 860.0. Mean year. 1 'B o Annual Precession, 1860. 2201 M. Z. 89, 29 .... 7-5 h. m. s. 4 5 6 1-5' 66.8 4 s. + 2 282 / // 31 36 2. 2 7 2.6 4 + 5-52 2 2O2 22O5 Mer. C. Z. 160, 50 . . 8-5 56 12. 96 56 28.O2 67.7 58.0 3 5 2.282 - 31 36 40. 5 4- 44 52 q. 4 7 2.8 75. I 4 2 5-Si C , AQ .* v .j 22O4 22O5 B.A.C. 1559 . . 1 1 Orionis 5.0* c,.o 56 28.' 1 7 ?6 54. 51 J 65.5 6q. I J 2 2.432 5 422 i ^^ j y T^ - 26 28 35.0 j- 15 12 20. 9 66.6 67.6 2 5 5-49 c. 48 * i '~ r j 2206 Radcliffe 1377 .... 3 6.2 3 JT- J 4 56 41. it 7 71.6 3 j' t*-*' + '9-537 + 85 31 58.8 / ' 67.1 J 2 3 T." + 5-47 2207 Lacaille 1693 .... 7-o 56 47- 5 6 64. i 3 2.282 - 3i 33 7-6 68.1 2 5.46 2208 B. A. C. 1561 .... 6.0* 56 54. 98 60. i 2 '995 39 55 27.} 54-o 2 5-45 2209 2210 DM. 4/-45 , 1040 . . Weisse (2) IV, 1299 . 8.6 7. .8 56 57.26 57 10.72 69.1 60.4 3 2 4- 366 3.615 + 45 9 27. 5 + 22 51 50.8 49.0 55-o I 2 5.45 5-43 221 1 B.A.C. 1562 . . . . 6.0 4 57 13- 5 1 59- i 2 *i" 3- 76 4- 26 14 1. 1 68.0 2 + 5-43 2212 B. VI. + 45, 1042 . . 7-9 57 19-27 73-6 10 4.362 + 45 3 So- 2 60.5 4 5.42 2213 Lacaille 1704 .... 5-7 58 5-22 65.0 2 2.482 - 24 35 7- 4 68.6 2 5-35 2214 221 S O. Arg. S. 3629 . . . tn Xauri 8-5 c c* 58 21. OO C.Q IO. 8^ 64.4 67 i 3 2.391 ^ CQ2 - 27 51 25.2 + 18 27 ii. 8 71.6 7O I 2 2 5-33 5. 26 J 22l6 / Coeli . ... J J C 2 jy o A Co 22 HO **/ * 67 i J J -j- 2. 145 5? 4O 58 5 / v * 68. i 2 + 5- 24 22I 7 22l8 Weisse (2) IV, 1364 . / Tauri . j- m 8-5 C C *t jy j*-* 59 31-05 CQ 31 37 v / - * 60. 9 66. 6 3 2 3.825 7 CA7 OJ T 1 O v J + 3 '5 38. i -4- 2O I 1 A.8 Q 59-8 68.6 3 2 5-23 5- 2 3 22IQ e Leporis J ' J 1. 1 37 3* Jl 59 32. 18 61 7 J' JT-/ 2. 536 i ^^ * j *+" y 22 33 42. 6 60. Q c "" * 7 2220 2221 B.A.C. 1565 .... J J 5.0* C C 59 33-6o 4 "!Q 54 87 ' / 69. i 59- 2 4 9.750 + 1 64.0 -f 79 3 3 6 - 4- 24 4 54 O w. y 70.2 7O 7 j 4 5.23 4- c 25 2222 B.A.C. 1578 . . . . J' J 7-o *r jy JT"' **/ 59 35- 29 66.1 2 J' T 1 :/ 2-433 i "T ^ J^ 26 20 38. 9 / " / 68.7 3 \ 3' J 5-23 2223 M.Z. 156,8 8.7 59 37- 80 75-4 6 2.501 - 23 50 26. 8 65.0 2 5.22 2224 B.A.C. 1582 .... 5-5 5 o 17. 86 65.0 2 4-447 + 46 47 3- 7 54-2 2 5- "9 2225 2226 O. Arg. S. 3662 . . . Anonymous 7-5 8. 5 o 30.21 5 o 44. 26 69. i 6Q 7 2 2.423 + 5. 806 26 40 46. i -\- 29 36 2O. 2 67.0 65. 4 2 3 5-'5 4 5- 15 2227 Weisse (2) IV, 1414 . 7-7 o 48. 94 **y* / 69-7 3 i j' V'**** 3.809 4- 29 36 51. i j ^ 65.4 O 3 T J J 5.12 2228 Weisse IV, 1379 . . . 7-3 o 54. 12 72.6 2 2. 781 - 12 40 30. 5 62. I 2 5-" 2229 O. Arg. S. 3670 . . . 9.0 i 0.94 67.8 3 2-363 - 28 44 57. 7 72. I 4 5- I0 2230 2251 Weisse IV, 1394 . . . Anonymous 7-8 I 20. 7 I 5 I 21. 69.1 2 2-779 4- 2. 562 12 46 33-7 - 28 45 7.0 62. I 70. o 2 I 5.08 4- 5.08 J 2232 O. Arg. S. 3680 . . . 15 Orionis . . 9-5 5 . O I 28. II I 41. 22 65.0 C? Q ', 1 J"*" 2. 362 - 28 51 -4- 1C 24. 52 7 64 7 1 J 5.07 c. oc. 2234 Riimker, N. F., 2553 . 8.0 2 9-13 JJ" 7 72-3 4 3.823 \ J "^ j*" / + 3 7 '6. 7 V T" / 68.7 3 J 3 5 .01 2235 0. Arg. 8.3691 . . . 8.2 2 9. 2O 64.1 3 2-349 - 29 9 46. 2 67.6 2 5.01 2236 2257 Weisse (2) V, 22 . . , DM. + 30, 815 . . . 6.2 5 2 43- 60 2 l!5. 1C. 69.5 77- ' 2 2 + 3-8i2 5.826 + 29 43 36.4 4- 5O 1 1 54. 5 62.8 55- o 3 i + 4-9 4- 95 31 2238 O. Arg. S. 3710 . . . 8-3 3 J J 3 7-24 67-5 2 j- v ' 2.449 1 J ' O^ J - 25 41 4.0 68.6 2 4-93 2239 DM. + 4, 854 ... 9.2 3 ii-34 67.6 2 3- 170 4-414 46. 3 70.0 2 4.92 224O Weisse (2) V,4g . . . 8.8 3 39- 20 67. 2 '3 3.829 4- 30 15 44.8 63.9 5 4.88 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 59 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. rt Q >* 1 ". n ^ O 'o O Annual Precession, 1860. Mean Declination, 1800.0. Mean year. 1 "o X Annual Precession, 1860. h. m. s. s. / // // 2241 O.Arg. 8.3717 . . . 8.6 5 3 40. 55 64. I I + 2.457 - 25 23 24.4 69.1 2 + 4-88 2242 Weisse (2) V, 54 . . S.o 3 41.66 55-3 4 3-7'2 + 26 17 8.3 56.1 12 4-88 2243 224.4. O. Arg. S. 3720 . . . 8.7 5-o* 3 43- 98 3 51.02 70.5 64.4 5 3 2-4S 2 4.097 - 25 33 53. 8 -)- 38 18 52.5 71.6 46.3 2 4 4.87 4.86 ^4. ^ 5. 23 63-7 67.4 3 3 2.436 + 3- 8 3' - 26 5 15.5 + 3 '7 39- 4 72.9 72. I 4 2 4.76 + 4-76 "j 1 2252 Weisse (2) V, 1 1 1 . . y 7-3 J j j J s 17-51 66.6 '5 3.829 + 3 "3 49-9 63-5 8 4-74 2253 2 ' S.I O. Arg. S. 3742 . . . 9-3 6.0* 5 27.43 6 5.40 76.1 65-5 2 2 2-449 4.430 - 25 36 16. 8 -)- 46 15 5.4 73-4 59- 7 3 5 4-73 4- 67 JT 1 2255 2256 B. A. C. 1615 .... 7.0 I O 6 6.37 5 6 21.06 63-4 53- 2 3 1 02 2.309 + 4-4 12 - 33 23 56. 9 + 45 51 6. 3 70.3 S 2 . i 3 72 4-67 + 4- 6 5 2257 DM. -|-2, 892 . . . 8.8 6 28.85 65.8 2 3.122 + 2 12 15.4 69.6 2 4.64 2258 Lacaille 1754 .... 6.5 6 45-64 64.4 3 2.071 - 37 34 1-4 69.1 3 4.62 2259 Weisse V, 136 . . . . 5-5 6 49. 48 64. o 4 2.882 8 18 55.3 65.6 2 4.61 2260 DM. + 30, 838 ... 7-3 6 56. 12 76.4 6 3-833 4- 3O 20 0. 2 74- i 2 4. 60 2261 Lacaille 1753 . . . . 6.6 5 7 15-73 63-7 3 + 2.398 - 27 20 48. 6 67.0 2 + 4-57 2262 Weisse V, 145 .... 8.8 7 18.88 68. i 3 3- 126 + 2 23 53.0 68. i 2 4-57 2263 B. VI, s 1 ', 14 .... 7.0 7 19-77 63-7 3 2-399 - 27 19 41.5 67.0 2 4-57 2264 Weisse V, 153 . . . . 9.0 7 42. 88 68. i 3 3- 127 1- 2 25 28. 8 68.6 2 4-54 2265 Weisse V, 156 . . . . 9.0 7 47-12 68. i 3 3- 128 -f 2 26 42. 6 68.6 2 4-53 2266 2267 Anonymous 3 Orionis I. O 5 7 48.43 7 48. 67 65.1 ^7. 7 3 ISO + 2.880 2. 880 8 22 8 21 (Q. O ?2. Q ?7 + 4-53 4. ?1 2268 DM. + 30, 844. . . 8.0 7 49- 5 6 j / / 71.4 jy 3 3-831 jy + 3 13 5-8 J * 7 71.8 Jt 3 f* jj 4-52 2269 B. A. C. 1619 .... 6.0 7 55-51 76.9 6 9- 7 -f- 77 50 18. 2 72-9 10 4-52 2270 O. Arg. S. 3790 . . . 9.0 8 37-99 67.7 3 2-394 27 28 33.9 67.6 2 4.46 2271 Lacaille 1763 .... 6.8 5 8 50. 26 63-1 2 -f 2.426 - 26 22 II. 2 67.1 2 + 4-44 2272 DM. + 300,851 . . . 7-2 9 31-33 7'-4 3 3-832 + y 13 20.7 68.0 2 4.38 2273 Lacaille 1770 . . . . 6.8 9 39- 80 64. i 3 2.364 - 28 29 47. I 71. i 3 4-37 2274 Lacaille 1774 . . . . 7.6 9 55-33 64-4 3 2.321 '- 29 55 1 1. i 69.1 2 4-35 2275 O. Arg. S. 3812 . . . 9.2 10 10. 48 65.8 3 2.391 - 27 32 45.2 67.6 2 4-34 2276 Lacaille 1780 .... 6-5 5 10 15.06 65. 6 2 + 2.095 - 36 48 46. 2 69.6 4 + 4-33 2277 2278 B. A. C. 1641 .... M Tauri 5-5 6.0 10 45.40 10 52. 02 74-o 61. i 8 2- 154 1 coS - 35 5 8.9 -|- 21 56 52. 6 70.1 C7 C 3 '4-28 427 2279 Lacaille 1779 .... 7.0* 10 52. 20 67.8 3 j' jy 2.449 - 25 29 20. 7 J/- J 68.1 2 *y 4.27 2280 Weisse (2) V, 287 . . 8.5 II 2.77 66. i 2 3-837 -f- 30 21 36. I 72.1 4 4.25 60 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. Mean year. i IM O O % Annual Precession, 1860. Mean Declination, 1 860.0. Mean year. 1 <4_ O i Annual Precession, 1860. h. m. s. s. / // // 2281 Weisse (2) V, 296 . . 7.0 5 ii 6.36 62.8 4 + 3-7'2 + 26 6 31.3 57-9 12 + 4-25 2282 O.Arg. 8.3830 . . . 7.8 ii 40. 18 64.4 5 2-394 27 23 56. 6 67.6 2 4. 20 2283 Lacaille 1787 . . . . 7-5 ii 41.79 67.8 3 2.273 - 31 26 13.4 68. i 2 4. 20 2284 228? DM. + o, ion . . . o Colunibse .... 9- ' 5.0 12 12.30 12 26. 19 65-5 72.8 2 8 3-94 2. 155 -f- o 58 20. 7 35 2 10. 3 67.1 71. 7 2 5 4- H 4. 13 "*"' J 2286 O. Arg. S. 3846 . . . 9.0 5 12 26.65 67.7 3 + 2.390 27 38 16. i 68.6 2 + 4.13 2287 M.Z. 226,11 . . . . 6.8 12 32.44 66.1 3 2.451 - 25 24 8. o 67.6 4 4- 12 2288 M. Z. 226, 10 .... 7-8 12 33-41 66.1 3 2.450 - 25 25 59- 5 67.6 4 4. 12 2289 22QO Lalande 9958 .... A Leporis 6.8 7. o 13 3- 23 13 7.50 69. i 59- ' 3 2 4.078 2. 762 + 37 32 1.2 13 19 26. 3 46. i 56. i 3 2 4.08 4. O7 ^anftf 2291 O. Arg. S. 3862 . . . / 8-3 5 >3 I7-32 64. i 2 + 2.346 - 29 i 13.3 68.1 2 *t- **/ + 4.06 2292 B. A. C. 1655 . . . . 5-7 13 48.92 63-9 4 2.390 - 27 30 56. 7 66.6 2 4.OI 2293 M. Z. 226, 12 ... 9.0 '3 59-95 77.1 3 2.450 - 25 24 3. i 70.7 3 4.OI 2294 Lacaille 1798 .... 6.7 14 5-47 62. 7 3 2-43' - 26 4 33. 2 64. i 2 3-99 2295 B. A. C. 1661 . . . . 7-5 14 44. 02 68.8 4 3-151 + 3 25 51-0 66. i 2 3-94 2296 22Q7 Lacaille 1806 .... m Orionis 7-2 7. o 5 15 17-41 i<; 28.6} 63-4 67. o 6 3 + 2-335 1. ISO 29 20 55. 9 -)- 3 24 22. I 66.4 66. i 3 2 + 3-89 ^.87 * 71 2298 22QQ Lalande 10089 . . . DM + i6>8i3 . . . / 8.5 * j " "O 15 29.63 K 1O.6l 69. i 49. I 4 2 J J 3- 'SO i. 726 + 3 24 51-9 + 26 38 67.1 2 O* "/ 3-87 1.87 * yy 2300 Lalande 9884 .... S.o* J J J 15 53-07 fy 71.0 4 j' i 9-384 + 78 15 20.5 70.9 2 O* / 3.85 23OI Lacaille i8io(ist*) . 6.2 5 16 1-54 6 3 .I 3 + 2.462 - 24 54 41.5 67.6 2 + 3.82 23O2 Lacaille i8io(2d*) . 9.0 16 i. 80 6 3 ,I 2 2.462 - 24 54 57. 7 67.6 2 3.82 2303 Weisse (2) V, 430 . . 8.1 16 4. 14 71.8 3 4.094 + 37 54 46- 3 60.3 4 3.82 2304 Weisse (2) V, 431 . . 7-6 16 4. 36 71.8 3 4.094 + 37 54 47- 3 77-i 2 3.82 2305 2W6 B. A. C. 1673 .... Anonymous 5-5 0. O 16 12. 75 <; 1 6 15. 78 65.4 64. Q 2 2 2. 170 + 2. 589 - 34 29 7. 6 20 10 38. 7 67.1 6q. I 2 2 3.81 + 1. 78 J*"* 2307 Weisse (2) V, 451 . . y, ~ 8.2 J O J- / * 1 6 36. 69 T " 61.2 7 \ * J v y 3.848 + 30 34 3-8 .7 57.0 2 I O* / * 3-77 2308 Weisse (2) V, 452 . . 8.7 16 38. 65 6i. 4 4 3-847 + 30 33 20. 7 62.6 2 3-77 2309 27IO Weisse (2) V,459 . . j) Tauri . . . J. O 17 5-6o 17 26. 64 76. i C7 O 2 2O6 4- 134 1 78? + 38 50 -f- 28 29 8. o S.2 6 28 3-73 "i 7O *J *-' 2311 Weisse (i) V, 478 . . 8-3 5 '7 3 -4i Jf- v 65-3 3 j' / v j 3-576 + 21 13.3 J*" 65.1 2 O' /** + 3-70 2312 B. A. C.I662 . . . . 7-2 17 30-59 65.8 2 + 18-439 + 85 6 43. i 62. 1 2 3-7 23'3 2514 B. A. C. 1688 .... y Orionis 6.1 2. O* 17 34.48 17 17. 4.2 62.4 4.7 4. 3 c 2.407 1. 2K - 26 50 25. 7 4- 61-? 98 65.1 "w O 2 2 3-69 -i. 60 J ^ 2315 DM. + 38, 1161 . . / ji * ^* 17 48.82 ^/ - ^ 7O. 2 J 2 j' j 4- 134 \ * o y + 38 52 J 1 ' j. y 3-67 2316 O.Arg. 8.3917 . . . 9.0 5 i? 49-12 6 7 .I 2 + 2. 690 - 16 ii 24. 8 68. i I + 3.67 23'7 O. Arg. S. 3920 . . . 8.4 17 57.42 67.8 3 2. 691 - 16 10 26. 9 72. i 7 3.66 2318 Lacaille 1827 .... 7-4 17 57-47 63.8 3 2-255 - 31 52 48.8 67.6 4 3.66 2319 Weisse (2) V, 490 . . 8.S 18 7.30 76.1 3 4.138 + 39 2 36. 2 74-8 4 3-64 2320 Weisse (2) V.5I3 . . 8.5 18 25.08 56.4 3 3-726 -f- 26 27 29. 8 56.0 10 3.62 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 61 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. Mean year. 1 "8 d Annual Precession, 1860. Mean Declination, 1 860.0. rt V >* a o 6 Z Annual Precession, 1860. h. m. .. s. / // // 2321 ? 722 Weisse (2) V, 506 . . 8.8 5- S" 5 18 27. ii 19 o. 19 76.1 64.4 3 2 + 4- '39 3.496 + 39 3 48.o 4- 17 50 16. i 74- i 65.5 3 2 + 3-62 3-57 *j 2323 Weisse (2; V, 530 . . 7-7 19 11.93 69. i 2 3.848 4- 30 31 21. 8 63.5 2 3-56 2324 272C Weisse V, 449 .... 7.0* 5.8 19 12.27 19 13. 74 59.1 58.4 3 2. 762 3-599 - '3 "5 23.7 4- 21 48 48. i 52.5 68.2 5 2 3-56 3-56 ^J*J 2326 9'?'?*7 DM. +38, 1170 . . Y C77 / ist *} S. 5 5 19 34. 26 1C) So. 24 77-i 71. i i + 4. 126 4- 9 21 + 38 40 I ' ' + 3-52 2 3*7 2328 S S77 (2* 3-729 2. 22O -f- 26 28 19. 6 2O 41 3 3. C 57-4 68.6 12 2 1 O' *;/ 3.28 3 27 2343 2344 Weisse (2) Vj 647 . . 9.0 22 52.91 i ' J 60.8 3 *,. j*.'-' 3-859 -* T O J J 4- 30 48 59- 3 68.7 2 o* */ 3.23 2345 M.Z. 157,8 9.0 22 54-94 67. 6 2 2.410 26 37 26. 6 68.6 2 3.23 2346 O. Arg. N. 5930 . . . 8.2 5 22 55. 22 72.7 5 + 6.751 + 7o 15 59-8 72. i 2 + 3-23 2347 M.Z. 215,2 8-5 22 58. 76 64. i 2 2. 326 - 29 28 36. 2 68.6 2 3-23 2348 M".Z. 215,3 8.4 23 4- 76 64.1 2 2. 326 - 29 28 1:4 68.6 2 3-23 2349 Riimker 1450 .... 8.0 23 '3-49 63.1 2 3-732 + 26 34 32.4 61.6 4 3-20 2350 27C I DM. o, 975 . . . x Aurigre 9.0 A C 23 21. c 21 37 O3 68.8 ? 3.062 -L 2. QOO o 26 7.0 4- 32 ^ 4. 6 70.1 7O I 2 2 3.18 _L 7 17 ^JS 1 2352 27C t O. Arg. S. 4003 . . . I in Tauri . . . ^ J 8. 5 6 s J J Jt ^J 23 44- 25 24 O 42 65.6 6c -t o 2 7 1 J- y^^ 2-303 i CIA 1 J*" J *t* " - 3 13 5. 3 |- 1 8 29 1 1. 6 / 66.2 7O O 2 2 1 O' * / 3.16 7. 12 ^JJJ 2 354 M. Z. 220, 25 .... V. J 8. i T- ' T"* 24 42. 86 j j 64.5 J 2 J' J mt r 2.352 - 28 32 52.8 / " 67.6 2 O' * ' 3.08 2355 2ic6 Weisse V, 603 . . . 9.0 2. ; 24 5i-3i $ 24 <; i . i ; 7-3 <;6. 2 8 1 04. 3.063 -1- ^ . 06 J - o 23 29.3 O 24 22. 2 47-' 40. \ 2 C7 3.06 4- 3.06 *JJ 1 -' 27C7 1 20 Tauri j 6. o* J T^ J OJ 2C IO. To j 67.2 -* t 2 1 J' "* F J ^. 112 4 18 26 11.5 *T.7' O 70. o J/ 2 1 O 7.. O2 ^Jj/ 2358 Lalande 10426 . . . 7.0 J :/ jy 25 27.99 / 67.1 2 O J 3.070 - o 5 33.5 68. i 2 J 3.01 2359 M. Z. 220, 26 . . . . 7-7 25 32. 09 67. o 2 2.350 28 38 28. I 68.2 2 3.00 2360 B. A. C. 1736 .... 6.0 25 41.78 6O. 2 2 4.521 + 47 37 2.8 54-2 3 2.99 62 CATALOGUE OF STARS OBSERVED AT THE -a' Mean Right M rt 0) i "n? O Mean L-r rt CJ "o a .1 d 1 Name of Star. 'c Ascension, "o 1 | g Declination, ^0 | g s 1 1 860.0. rt OJ o < U " 1 860.0. rt OP < s " 1 i ~ ^ SH h. m. s. S. / // ,, 2-261 8-5 5 25 54. 85 6 4 . i 4 + 2. 759 - 13 19 33. I 56. I ,, 4- 2. Q7 2762 Anonymous . . 8.0 26 14. 7Q 70. o 2 2. 946 5 26 36.6 7C I J// 2. 92 "f / y / / J 2767 2.8 26 33. 40 56.2 35 2. O44 17 55 30. 5 56. 2 6 2. Q2 *J",> 2764. 121 Tauri 5- 5 26 54. II 61. i 2 3. 660 -4- 23 56 31. 7 61. 4 4 ? 2.89 *J"*r 2365 Weisse (2) V, 782 . . 9.0 27 o. 94 60. i 2 3-869 + 3' 3 21.7 64.7 3 2.88 2366 8 -3 5 27 3. 22 70. i 2 4- 2. 940 5 42 21.3 74-8 7 4- 2. 87 2367 Rumker 1473 .... 7-8 27 3- 37 66.4 4 4- 21 6 29. i 69.1 O 3 1 ^/ 2.87 2368 DM. 4-21, 897 . . . 9-3 27 5-59 65.8 I 3-581 4- 21 12 2.87 2369 Groombridge 990 . . 7.0* 27 16.53 71. i 2 4-727 + 51 20 57.2 73-4 3 2.85 2370 O. Arg. 8.4060 . . . 6.8 27 19-49 64. i 3 2.442 - 25 28 5.9 70.8 ,; 2.85 2371 Anonymous . . . 7- 5 =; 27 28. 88 67. i 2 4- 2. 645 17 S3 6.6 7 53 70. i 2 4- 2.84 J 1 27 t;?. oo / 70. o I 2. 940 5 40 36. i / 67. i 2 2. 80 2 3 y 2 2 5QQ . 9- ' / j j 28 i. 06 / 65. 7 4 3.583 4- 21 5 33.4 69.6 2 2. 79 2374 B 1 Orionis ( ist*) .... 28 23. 3 8 5 2-945 5 28 59.7 67.6 2 2.76 237? ^i Orionis (2d*) 28 23. 70 71 % 4 2. 04^ 5 28 49. 5 74- ' I 2.76 i r j y^j / 2376 6' Orionis (3d*) . . . . 5-5 5 28 23. 99 69.8 6 + 2.945 5 29 8. 2 70.1 3 + 2.76 2777 S 1 Orionis (4th*) . . . 28 24. 70 71. 4 A 2. OJ.^ 5 29 1.8 70. i 3 2.76 ^Oi i 2378 B. A.C. 1751 .... 5-5* 28 24,86 / *T 76.8 T^ 3 5-994 + 65 36 55- 3 73-3 4 2.76 2379 B. A.C. 1761 .... 6.8 28 28.48 62.6 2 2.309 - 29 56 51.7 66. i 4 2-75 2380 6- Orionis (1st*) . . . . 5-5 28 30.47 69-3 3 2-944 5 3 39- 9 71.0 1 2-74 2381 If' Orionis (2d*) . . . c 28 34 O2 73 I 2 4- 2.944 <: 30 43. Q 60. o 2 4- 2. 74 4jOL 2382 DM. + 26, 873 . . 8-5 J ** OT- 28 46.98 to 69. I 3 3-734 j j ^j y -r 26 33 43. S 7 56.0 6 2.72 2383 DM. + 26, 875 . . . 9.0 28 56.63 65.6 2 3.738 4- 26 40 32. 8 68.6 2 2.71 2384 Lalande 10567 . . . 6.8 29 2. 32 69.6 4 2-939 - 5 43 18-8- 66.8 3 2.70 238i; 2. O 20 6. 6< -_ , I c 3 3. O42 i 17 40. 3 50. 3 23 2. 69 A J"J 2386 DM. + 26, 877 . . y j 5 29 7.35 69. 1 JO I o ^ i "?. 7 3.6 + 26 37 50. 5 67.1 4- 2.69 2387 DM. 4- 25, 888 . . 8.0 29 11.48 77-i I 3-7I6 + 25 55 20.9 73-i 2 2.69 2388 O. Arg. N. 6031 . . . 8.0 29 15.56 63.6 6 6.487 + 68 47 33. 7 67.0 3 2.68 2389 Rumker N. F., 2654 . 9.0 29 16. 58 74-4 3 3-705 4- 25 31 12. 6 69. i 2 2.68 23 f Tauri 2. <; 29 16. 76 61. i 2O 3 ^82 4-2i 3 12.6 69. i 2 2.68 2391 Lalande 10575, 90 . . j 6.0 5 29 23.35 69.4 3 J" + 2.939 5 44 24. i 66.8 3 + 2.67 2392 DM. i, 973 . . . 9.0 29 25. 53 64.6 2 3-041 i 19 40. i 69.1 2 2.67 2393 O. Arg. S. 4102 . . . 8-3 29 49. 65 66.2 2 2- 389' - 27 15 41.6 67.6 2 2.63 2394 ]!. A.C. 1769 .... 6.0* 29 58. 98 60. i 2 4.858 + 53 25 10.2 54-i 3 2. 62 2395 DM. + 26, 882 , . 9.0 30 2.08 65.6 2 3-738 4- 26 40 24. 7 68. i 2 2.6l 2396 Weisse (2) V, 912 . . 7.0 5 3 13-92 62.9 4 + 3-734 4- 26 31 56. 9 58.. j 4- 2. 60 2397 O. Arg. .N. 6052 . . . 8.6 30 22. 82 63-5 4 6.488 + 68 47 13. 7 71. i 2 2.58 2398 Lacaille 1906 .... 7-2 30 35. 88 64.0 2 2. 287 - 3 37 37- 5 68.6 2 2.57 2399 B. A. C. 1775 .... 6.0* 30 41.84 65.6 2 2-343 - 28 47 52. 5 66.6 2 2.56 24OO 1 25 Tauri r c 31 3 6<; 77 7 J 3 714. 4- 25 48 52. ? 58.2 2 2.53 J- J j j- W D / 3' 1 j O 1 T- I **J T^ J J J U. S. NAVAL OBSERVATORY, 1845 TO 1877. Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. 3 > t 5 !S V- O Z Annual Precession, 1860. Mean Declination, 1 860.0. S >* 1 ?, J3 o *. o o fc Annual Precession, 1860. h. m. s. s. / // // 2401 Weisse V, 776 . . . 6.8 5 3i 7-52 64-5 i t 3-043 i 15 18.0 68.6 2 + 2.52 2402 7AC11 Weisse (2) V, 955 . . DM 4 70 ^60 9.2 31 14.92 %I 2Q. 4^ 67.1 77- ' i 3-738 6. 775 -i 26 39 30.5 -f 70 17 1 9. 7 67.1 70. i 2 2 2-5' 2-49 ^4 U J 2404 O. Arg. N. 6082 . . . 8.0 J V T J ji 43-47 68.' i 6 6.756 -f 70 n 38. 6 66. i 4 2.47 2405 B. A. C. 1 783 . . . . 6. S ji 44.69 63-1 3 2.368 - 27 57 20.4 67.6 2 2-47 2406 Lalande 10621 . . . 8.0* 5 3' 54- 7 74-5 2 + 4- H2 -h 38 6 34.3 72.8 3 + 2.45 2407 I.acaille 1913 .... 7-4 32 5-37 66.6 2 2.402 - 26 48 15.2 68.5 2 2-44 2408 O. Arg. S. 4142 . . . 9.0 32 8.92 67.6 2 2. 269 - 3' " 25.4 68.1 2 2-43 2409 B. A. C. 1786 .... 6.0* 32 10.92 65.6 > 2-345 - 28 42 40. 9 72.1 3 2-43 2410 Lacaille 1916 .... 7.0 32 13-25 65.7 5 2. 270 - 31 8 50.0 67.8 3 2.42 2411 H. A. C. 1787 .... 6-5 5 32 '6-79 62.2 2 + 2.343 - 28 46 34. 9 68.9 6 + 2.42 2412 241 1 M. Z. 215,6 .... 7-3 8.0 32 23.48 32 2 2422 DM. + 38, 1266 . . J- * 7.0 oJ "M * / * 33 54-66 71.8 + 3 I O* "** J 4. 1 20 + 38 16 56.2 62.1 2 iJ 2.28 2423 Weisse V, 874 . . . . 8.0 34 20. 54 59.0 2 2-747 - ij 45 3 r '- 6 56.4 3 2.24 2424 2 12 Weisse (2) V, 1090 . 8.0 2. O* 34 26.60 2 j. 2j. 86 76.7 re ^ 8 n. 4.117 2. 171 -j- 38 io 46. 9 - 34 9 3-9 75-4 50. o 3 49 2-23 2. 22 ***3 2426 Weisse (2) V, 1103 . 8.8 J~T Jt" '-'*-' 5 34 37- 88 jj~ J 76.8 v '4 8 / + 4.II8 + 38 ii 53-4 75-8 3 + 2.21 2427 B. A. C. 1803 .... 5-5 34 39- 25 65-4 2 2. 219 - 32 42 18. 9 66. i 2 2. 21 2428 M. Z. 226, 26 .... 8.2 35 21.27 6 4 .i 2 2.43 6 - 25 34 56- i 67.6 2 2- >5 2429 DM. + 38, 1278 . . 8-5 35 25-94 77-i I 4- H7 i- 38 3 2- '5 243 O. Arg. S. 4212 . . . 6.8 35 28.70 63-9 5 2.311 - 29 47 45- 2 70.6 2 2.1 4 243' Weisse (2) V, 1147 . 8.5* 5 35 38.43 70-5 5 + 3-879 + 31 14 "9- i 70.4 3 + 2.13 243 2 Lacaille 1946 .... 7-9 35 40-48 64.6 3 2. 411 26 25 16. 6 67.0 2 2. 12 2433 O. Arg. N. 6159 . . . 7- i 35 56. 7 63-2 9 6.986 -j- 71 14 6. i 63-2 4 2. II 2434 B. A. C. 1809 .... 6.0 36 19.70 65.6 2 2-193 - 33 28 21.4 67.6 2 2.07 2435 Lalande 10797 8.0* 3 6 24. 74 71.0 2 4.083 -|- 37 14 21.4 69.9 2 2.06 243 6 Weisse ( 2) V, 1180 . . 7.0 5 36 25.90 59- i 3 + 3.879 + 3' ] 5 39-5 61. i 4 + 2.06 2437 DM. -i 38, 1283 . . 8. i 36 40. 1 8 76.6 8 4. 114 + 38 4 45.6 74-7 5 2. 04 2438 O. Arg. S. 4237 . . . 7-8 36 47.92 63.6 6 2-371 - 27 46 36.0 67.1 2 2.02 2439 B. A. C. 1812 .... 5-8 36 51-52 63.2 2 2. 285 - 30 36 20.4 67.8 3 2. O2 2440 Lacaille 1964 .... 5-5 i ' 37 M-o? 70., 3 2. 149 - 34 44 '7-5 62.2 3 i-99 64 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Riglit Ascension, 1 860.0. 5 u c a 1 "5 6 ft Annual I'recession, 1860. Mean Declination, 1860.0. O 3 u o o o Annual Precession, 1860. 2441 Lacaillc 1967 .... 7-2 h. ni. s. 5 37 48.98 67.1. 2 s. + 2.174 O / // - 34 " 29. 9 6S. i ., rr + '-94 -'442 Weisse (2) V, 1235 . . 8.4 37 57- 48 76.8 6 4. 116 + 38 6 49. 9 77- " I '93 2443 B.A. C. 1817 . . . . 6.0 38 7.46 61.9 2 2. 191 - 33 29 28. 7 66.6 2 1.91 2444 Lalande 10871 . . . 6.5 38 34-79 69. i 2 4. 008 + 35 6 8.2 65.8 3 1.87 2445 O. Arg. S. 4264 . . . 7.0 38 39-72 67.1 2 + 2.374 - 27 36 30. 9 68.6 2 + 1.86 2446 2447 O. Arg. S. 4263 . . . 129 Tauri ....... 7-7 6. o* 5 38 39-8. 68.9 62. o 5 e 2.567 3.448 20 45 33. 8 4- I ^ 4^ 4O. 4 67.6 58. 7 2 5 1.86 i. 86 TTV 2448 M. Z. 9 3.653 2. 844 + 23 34 34-4 9 43 21. i 68. i (.1.6 2 8 1.68 1.64 . * ^^T" J ' " J 2461 DM. + 23, 1072 . . 8.5 5 4" ".05 67.1 2 + 3- 656 + 23 39 37-9 69. i 2 + ".64 2462 DM. 4- 25, 998 ... 9-2 41 22. 10 63. 6 6 3-7"6 '+ 25 47 46. 5 69-4 3 . ..63 2463 2464 Weisse V, 1034 . . . Lacaille 1987 .... 9. o* 7.0 41 22.71 41 26. 26 74-7 62.1 3 3-303 2-335 + 95 35- 5 - 28 56 23. 2 ?" " 66.6 3 2 ".63 1.62 2465 2466 Weisse V, 1045 8.0 c. c* 5 41 29. 61 66.0 71 1 * 2-750 + 4. 086 - >3 3* 4"- 5 4- 37 1 1 4O 2 67.9 47. I 4 2 1.62 + 1.62 2467 Lacaille 1990 .... J J 6.0 4" 36.5 i j 63.0 6 2.342 T J/ J t -- 28 41 31. i If y 67.6 2 1.61 2468 2460 Lacaille 1991 .... Anonymous 7.6 8. 5 4" 47- "4 42 <\ OI 63.5 *\Q. I 2 2 2.388 2, 747 - 27 ii 11.4 I 1 42 l6. Q 68.6 60 i 2 2 "59 I. tj7 T J 2470 DM. + 71, 329. . . 9.2 r * j vi 42 16. 52 65-4 3 7.082 + 7" 36 44-5 wy. 70. 1 2 "55 2471 DM. + 71, 330. . . 8.8 5 42 18.28 66.0 2 -|- 7. loo + 7" 4' 9-8 70.1 2 + "'55 2472 O. Arg. N. 6250 . . . 8.9 42 19.25 64.0 8 7.064 + 7" 32 ".3 62.6 3 "55 2473 B.A. 0.1851 . . . . 6.0* 42 20. 01 64. 2 4 3.303 + 9 49 30. 6 70.7 5 "54 2474 Lacaille 1993 .... 6.5 42 22. 63 67.8 3 2.113 - 35 43 39-9 70.8 3 1-54 2475 DM. + 25, ion . . 9- " 43 4'.86 64-3 3 3.716 + 25 45 23. i 69. I 2. ..43 2476 2477 0. Arg. S. 4355 . . . B. A. C. 1860 .... 7-9 6.6 5 43 58.54 .14 2 72 66. i 72 8 5 7 + 2.408 26 23 30. o 23 i 1.5 73-' 64 8 2 + 1-40 I. V) 2478 1 36 Tauri 4c* (-t *.. f f, A A 71 71 r * " 60.8 / g 7 760 4- 27 34 30. 6 "*r* 61. 5 * jy " * ^5 2479 Riimker 1603 .... j ^T J * ' / * 44 46. 04 72 6 J' / "7 -, r6<; -L- 2O 1 6 34 O 67 i 2 i. 33 2480 B.A. 0.1867 . . . . 6-5 44 59-8l / * 6 3-9 7 *V J".) i ** * w J^ J + 20 15 44.0 \j j . * 61.8 5 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 65 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. rt 6 rt B 1 o H 6 ~* Annual Precession, 1860. Mean Declination, 1 860.0. t 1 3 o fc Annual Precession, 1860. h. m. s. s. / // 2481 Lacaille 2015 .... 6-5 5 44 59-86 67.8 3 4- 2. 210 - 32 51 4-9 6S. i 2 + >-3i 2482 Weisse V, 1 143 . . . 8.0 45 n. 10 67.9 4 2 -743 - 13 So 33-2 56.8 3 '3 2483 DM. 4-26, 994 . . . 45 26.05 69. I 2 3-737 + 26 28 57.9 56.0 3 1.28 2484 248 S Lacaille 2018 .... 5-5 S.o* 45 37-52 46 5- 57 65.6 62.3 2 17 2.506 3.564 - 22 57 50.5 4- 20 14 46. 5 65-1 57- l 2 8 1.26 I. 22 *"t 1 -' J 2486 Weisse V, 1176 . . . J 8.0 5 46 10. 90 64.1 -t- 2.724 - 14 35 35-2 68.7 2 4- I. 21 2487 Lacjv.ll' 2023 .... 6-5 46 12. 28 67-4 3 2.442 - 25 15 21.7 66. i 2 I. 21 2488 2489 0. Arg. S. 4395 . . . Lacaille 2033 .... 6.6 0.5 46 26. 46 46 35.00 64-1 64.1 2 4 2.422 2.3'7 - 25 58 52.8 - 29 29 9. 5 72-3 68.0 4 2 I. 19 I.I7 2490 DM.4-72 , 296 ... 46 44- 93 72.1 3 7.290 4- 72 26 17.9 68.8 4 i. 16 2491 Weisse (2) V, 1534 . . 8.8 I. O 5 45 55-97 47 35- 60 62.9 56.6 4 221 + 3- 736 3- 2 45 + 26 26 59. 7 4- 7 22 39.0 56.0 50.2 10 85 + I- '5 i.oS 2493 Weisse V, 1204 . . . 8.0* 47 35- 74 59-5 2 2-735 - 14 9 34. I 65.! 2 i. 08 2494 Weisse V, 1200 . . . 7.0 47 37- 86 60. i 3 2.976 4 5 4- 7 65.7 3 i. 08 2495 B. A. C. iSSi .... 6.0* 47 47- 83 71.4 3 6.199 4- 66 52 59. 8 67.1 2 1.07 2496 S Auriga; /t Columba? .... 3-5* A. C 5 48 o. 02 48 2. 05 61.0 6l. 4 4 2 + 4.928 2. 177 + 54 '6 5-5 - 33 50 4. 8 58-2 67. i 2 2 1.05 2498 Weisse V, 1220 . . . T^ J 9.0 48 19. 27 "J- ^ 69. I 2 2-977 4 4 53-3 67.1 2 1.02 2499 DM.4-7 , 1058 . . . 9.0 48 23. 18 69.6 2 3-245 + 7 22 17.9 69. i I 1.02 2500 DM.+7 , 1062 . . . 9.0 48 40. 09 70. o I 3- 243 + 7 27 37- 2 68. i I o-99 2501 B. A. .1894 . . . . 5-8 5 48 48. 40 63.5 3 + 2.326 - 29 10 27.4 68.6 2 + o-98 2502 O. Arg. N. 6356 . . . 8.0 48 59.07 68.4 8 7.280 4- 72 23 29.7 71.8 4 o. 96 2503 Weisse (2) V, 1598 . 8.2 49 o. 01 61.1 2 3. 611 + 21 57 41.1 58. i 2 o. 96 2504 Lacaille 2048 .... Anonymous 6-5 Q. \ 49 3- ' " 49 9. 37 62.7 64.6 3 2 2.401 2. 333 - 26 41 23. 3 - - 28 56 45.8 68. i 69.6 2 2 o. 96 o. 95 2SO6 y O 3* ^7 7 31 5 49 1 5 . 48 S7. 7 2 4- 4. 404 4- 44 55 42.0 68.2 2 + - 94 J 2SO7 139 Tauri . c c 4Q I 8 4S 311 64. o 2 ?. 722 68. i 2 O. 94 *3 1 2508 O. Arg. N. 6362 . . . j 1 j 7-8 *t7 . f . t J 49 35-98 "-r 6S-9 6 j- / "" 7-334 + 72 35 56-7 63-3 4 y^ 2509 2SIO Weisse (2) V, 1621 . n Leporis ...... 8.6 49 39- So "io I. 74 69. I 64. I 2 2 3-613 2. 735 + 22 3 50.4 14 ii 47. 8 67-5 4.O- 2 3 O.gl 0.87 *o 2511 0. Arg. S. 4453 . . . 7-7 J m * ft 5 5 7-90 so 10. 56 "*T* * 66.6 6s. 6 6 2 + 2.332 4.086 - 28 58 41.4 4- 37 ii 55. 7 *ry' " 72.8 47- 3 3 6 4- 0.86 0.86 2513 B. A. C. 1879 .... 7-4 3 V ' v - J" 5 13-05 v J' v 62.0 8 26. 667 + 86 45 36. 5 7'-3 6 0.86 2514 O. Arg. S. 4457 . . . 8.0 5 ij-42 70.4 3 2.327 29 9 39. 2 68.1 2 0.86 2515 Mer. C. Z. 162, 36 . . 7-3 50 14. 08 70.7 7 2. 302 - 29 56 35.5 71.6 4 0.85 2516 DM.4- 7, i68 . . . 9.0 5 50 14. 66 71. i 2 + 3- 243 + 7 28 43. 9 68.1 i + 0.85 2517 Mer. C. Z. 162, 37 . . 7-7 50 15. 86 72.1 4 2. 3OI - 29 59 28. i 74-i 3 0.85 2518 2SIO DM. 4-7, 1069 . . . 9.0 7. O 50 18. 71 50 21.31 72.4 64.6 3 2 3-244 4* ^ *)^ 4- 7 20 58. o + 47 53 16. 7 68.6 54. i 2 3 0.85 0.85 ~J y 2520 DM. 4- 20, 1198 . . / 50 28. 64 Uf. V 69. 2 2 "s. V '- + 20 9 5.7 56-2 I 0.83 AP 1 84- 66 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. a G S 3 o "o 6 Annual Precession, 1860. Mean Declination, 1 860.0. c rt u s, at O Annual Precession, 1860. 2521 Lacaille 2065 .... 6-3 h. m. s. 5 50 43. 68 67.6 2 s. + 2.251 / // - 31 33 i8-5 72. 6 2 -f o. 81 2522 Lacaille 2062 .... 6. b 50 44. 40 63.0 3 2.498 - 23 14 15-5 72.6 2 o. Si 5- 9 51 4.96 64.6 2 2. 256 - 31 24 16. i 66. i 2 0.78 2524 DM. + 19, 1160 . . 8.0 51 12. ii 66.7 3 3-552 + 19 45 So. 5 68.4 4 0.77 Lamont 1 60 . . -.8 51 24.08 59- 3 5 2-733 - 14 13 42. 2 56.1 2 o-75 2526 O.Arg. N. 6390 . . . S.S 5 Si 35-42 63.4 9 + 7.262 + 72 18 25.3 72.1 2 + 0.75 2527 O.Arg. 3.4474 BAG. 1915 .... 7-7 5i 31-5 51 36. 64.4 3 2.338 2.238 - 28 46 39, 2 - 31 59 48.0 70.5 73- i 2 2 0.74 0.73 2529 Weisse (2) V, 1686 . ?-5 51 43.98 65.1 2 + 20 3 37. 2 70. 6 2 0.72 2530 O.Arg. 8.4480 . . . 7.- 51 45-56 62. i I 2.386 27 21 0.72 2531 O.Arg. 8.4481 . . . 8-3 5 5i 46-32 64.! 2 + 2.335 - 28 53 45.9 68. i 2 + 0.72 2532 Weisse (2) V, 1701 . . 8.0 5i 58.62 61. i I 3-560 + 2O 2 31.6 70. 6 2 0.70 2533 i 662 (ist*) .... 8.0 52 8.54 69. 2 I 4.061 + 36 30 21. O 47-i I 0.69 2534 S662 (2d) .... 9.0 52 9-07 69. 2 I 4.061 + 36 30 13.8 47-i I 0.69 2535 Weisse V, 1335 . . . 8-3 52 27.48 59-4 3 2-733 - 14 13 16.0 56.2 2 0.66 6 A. C < S2 14. AO 67.1 3 + 2. 126 35 '8 3- i 66.1 2 + 0.65 2537 Lalande 11341 . . . H* J 9.0 J J*. JT' *T V 52 34-99 / J 65.0 2 3.648 + 23 19 42.3 68.6 2 0.65 2538 DM. + 19, 1170 . . 8.0 S 2 36.93 69.1 2 3-553 4- 19 48 14- 2 62.7 2 o. 65 2539 Lalande 11343 . . . 8.0 52 36- 95 66.5 2 3.648 + 23 17 39.5 68.6 2 0.64 . 7. I 52 42. 67 7 2 - 5 5 2.238 - 3' 57 . 0.64 2541 O.Arg. 3.4499 / 7-7 5 52 48. 68 64-5 5 + 2. 328 29 7 30. i 69. 2 2 + 0.63 2542 Lacaille 2085 .... 7.0 52 50- 79 69.4 3 2.154 - 34 29 31.7 72.7 2 0.63 2543 2544 Weisse V, 1368 (ist*) Weisse Y, 1368 (2d*) 8-5 9.0 53 39- 36 53 39-78 71. i 70.0 6 i 2-739 2-739 '- 13 58 23.2 68.9 3 0-55 2545 DM. + 26, 1039 . . 7-8 53 44- 34 70.5 5 3.736 + 26 25 32.6 6 S .I 2 0-55 2546 Weisse V, 1372 . . . 8-5 5 53 52-35 59-i 3 + 2-734 - H ii 9-5 47.2 2 + 0.54 2547 Lacaille 2090 .... 7-3 53 54-40 69.0 2 2.158 - 34 22 17. 7 72.1 2 0-53 2548 Weisse V, 1378 . . . 9.0* 53 58.72 73-8 3 2.738 - 14 i 33- i 56.1 2 o.53 2549 Lacaille 2092 .... 7-5 54 5.56 67.1 2 2.176 - 33 49 53- 5 71-7 2 o. 52 2550 O.Arg. 3.4527 7-5 4. 8 54 37- 20 5 54 40. 87 64.3 6 4 2.324 + 3-298 29 13 o. 9 + 9 38 34.8 68.6 69. i 2 2 0.47 + . 47 2552 Lacaille 2094 .... 7-o 54 41-72 69.6 2 2. 123 - 35 21 53- 8 68.2 2 0.46 2553 RUmker 1673 .... 8-5 54 44. 86 60. i 2 3-732 + 26 16 35.3 59-Q II 0.46 2554 Weisse (2) V, 1783 . 7.8 54 45- 9 62. i 5 3.986 + 34 22 21. i 68.2 2 0.46 2555 B. A. C. 1930 .... 7-5 54 47- So 60.6 2 3-498 + '7 39 42-9 62.8 3 0.46 2556 Weisse (2) V, 1795 . . 7.0* 5 54 50.40 72.6 4 + 3- 739 + 26 31 36.4 65.1 2 + 0.45 2557 O.Arg. 3.4534 . . . 7.6 54 57-40 64-3 6 2-364 - 27 53 47-o 67.7 2 0.44 2558 Riimker 1680 .... 8-5 1 q.o* 55 9-44 55 10. 16 67.4 60.9 3 5 3-735 3- 550 + 26 21 5.4 -\- 19 41 20. 6 57-5 60. i 13 5 0.42 0.42 2560 B.A.C. 1935 . . . . J' v 6.5 55 26. 28 71.8 3 4.115 + 37 57 56.4 47.0 7 0.40 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 67 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. 8 a rt V 3 4 lM o fe Annual Precession, 1860. Mean Declination, 1 860.0. U g, fi rt u o IM O Z Annual Precession, i860. ^^v h. m. s. s. o / // 2561 2^62 Lacaille 2096 .... Y< Orionis . 6.6 5 55 3'-93 ce 7.6 l6 63.1 62.6 4 c + 2.430 - 25 25 22.9 -f- 20 8 1 6. o 65.6 61. 4 2 + 0.39^ *3*r i Oeminorum <;. o jj j^' J w cc 7.6 66 61.3 J 8 36.17 -j- 2T, 1 6 O. Q 6 1 o ' o 78 2564 B. A. C. 1941 .... j' 6.0 JJ Jw '-"-' 56 11.79 63-4 2 U 4V 2-173 - 33 54 54- o VA* y 67.4 3 U. JO 0-33 2565 Lacaille 2105 .... 7.0 0. O 56 19.87 5 56 30. 39 66.8 62.4 3 2.380 + 7 ?OO - 27 21 35.5 _L 77 72 c6 A 62.2 69. I 2 2 0.32 2567 Lacaille 2107 . . . . V' 7-o 56 33- 38 66.8 3 /* jyy 2-378 1 1 J J J ' T" - 27 25 34. 1 65-2 2 0.30 2568 Lalande 11471 . . . 40 Aurige . 6.0 6. o* 56 46.71 69.1 ^o. 6 2 2 4.022 4. I ^ ^ + 35 24 20.4 L 7 2Q 26 3 47- i C/l I 3 0.28 O 27 2570 13. A. C. 1946 .... 5-8 57 37- 19 63.4 4 2.412 26 17 13. i 34- ' 66.6 2 O. 21 2571 Riimker 1700 .... 7.0 5 57 40. 50 69.1 2 + 3- 739 + 26 31 59.5 66.6 2 + 0. 2O 2572 DM. + 73, 318 . . 9-2 57 45-47 63.7 7 7.609 + 73 34 S3- 2 69. i 2 o. 20 2573 Weisse V, 1479 . . . 7.0* 57 49- 73 66.1 5 2-737 - 14 4 56.9 50.2 3 o. 19 2574 B. A. C. 1947 .... 6-5 57 54.46 69. i 2 4. 1 20 -f- 38 5 31-7 65.1 3 o. 18 2575 2C76 Lalande 11513 . . . Anonymous 6.5 Q O 57 58.22 5 58 4. 04 62.2 3 2 4.054 1 2 7 18 + 36 17 0.2 66.1 68. i 2 2 o. 18 4- 17 *O/ u 2577 Weisse V, 1487 . . . y. w 8.0* 58 u-93 72.8 4 2.738 - '4 i 39-2 52.5 5 t ** *7 o. 16 2578 DM. + 20, 1259 . . 8.5 58 23. 67 73-6 8 3.562 + 20 6 49. o 64-3 3 o. 14 2579 Lalande 11528 ... 6.6 58 29. 37 62.3 4 4. 046 + 36 4 40. 4 62.2 2 0.13 2580 Weisse V, 1500 . . . 7.8 58 30.62 73-' 2 2.736 - 14 6 49. o 47-2 ^ 0.13 2581 Lalande 11529 ... 6.5 5 58 35-37 69. i 2 + 4.116 + 37 59 41-5 66.4 3 + 0. 12 2582 Weisse (2) V, 1923 . 9.0 58 55.89 77-i 2 4- "5 + 37 58 28. 7 75-i i O.O9 2583 DM. +20, 1266 . . 8-5 59 i-53 77-i 2 3-562 + 20 7 44.6 75.2 2 0.08 2584 Lacaille 2124 . . . . Anonymous 5-5 8. 8 59 7-92 en Q c i 68.1 64. 4 3 2.231 2 ^4.3 32 IO 17. 2 28 35 13.6 68. i 71 I 2 2 0.08 o. 08 2586 M. Z. 220,51 .... 7.8 jy QO* 5 59 10.98 64.4 5 + 2.343 - 28 36 40. 8 /* 68.1 3 + 0.07 2587 O.Arg. 8.4613 . . . 7-7 59 12.80 62.8 4 2.360 28 3 12.8 65.! 2 O.O7 2588 DM. + 20, 1270 . . 8-5 59 18.65 77- i 2 3-564 + 2O 12 . . O.O6 2589 Riimker 1717 . . . . i> Orionis 9.0 4c 59 27.36 CQ IA 76 65-1 61 . 4 3 61 3.426 + 14 48 43. 4 + 14. 4.6 1 1 Q 69. i 60.2 2 6 0.06 o. 04 2591 Weisse V, 1530 . . . J 6.0 Jy JT" / u 5 59 42. 24 59-' 2 + 2.974 i *f 4-" o * y - 4 10 57-7 68.7 2 + 0.03 2592 Weisse (2) V, 1980 . . 8.8 59 46. 9 69.2 2 3-724 + 25 58 51.8 69. i 2 o. 02 2593 O.Arg. 3.4625 (ist*) 7-6 59 56. 69 76.1 2 2.341 - 28 39 56. 4 67.1 2 0. OI 2594 O.Arg. 8.4625 (2d*) 59 56. 88 76.1 I 2.341 - 28 40 . . O. OI 2595 O. Arg. N. 6525 . . . 9.0 59 56. 88 74-6 2 7.660 + 73 45 9- 8 69. i 2 O. OI 2596 Lacaille 2126 . . . . 6-5 5 59 59.38 66.6 2 + 2.472 - 24 ii 7.3 68.2 2 o. oo 2597 2<;g8 Lacaille 2130 . . . . 5-8 7 ^ 6 o 42. 18 O 5O. 21 67.1 69. I 2 2 2.308 2.488 - 29 44 45. o 73-0 67. i 4 2 0.06 o. 07 jy 2599 2600 Lacaille 2131 .... 3 Geminorum / ' J 7-o 6.0* I 1.46 65.6 60 j 2 2.451 364.1 - 24 54 56. 8 \* i . 67.9 58 i 3 2 "/ 0.09 O. 1 1 WWi J *-"tJ j". 68 CATALOGUE OF STARS OBSERVED AT THE Number. 1 Name of Star. Magnitude. Mean Right Ascension, 1 860.0. ! rt V ^ rt B % 1 <_ o d Z Annual Precession, 1860. Mean Declination, 1 860.0. C rt C rt *. 1 >, 22 . . . . 7-2 7 23.00 66.8 4 2.370 - 27 41 59.6 70.1 2 0.65 2640 Weisse (2) VI, 168 . . 8.0 7 27.04 62.3 3 4.23I + 40 55 48. 8 64.6 2 o. 65 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 69 Number. i Name of Star. n Mean Right Ascension, 1 860.0. 1 8 1 6 fc Annual Precession, 1860. Mean Declination, 1 860.0. I r. 1 "5 1 Annual Precession, 1860. h. m. s. s. / // ,, 2641 Lacaille 2189 . . . . 6.8 6 7 3. '3 63.8 4 + 2.348 - 28 25 45. 3 66. i 2 - 0.66 2642 Lacaille 2190 . . . . 7-2 7 58-22 64.1 3 2.482 - 23 49 45. 8 64. i 2 o. 70 2643 5 Monocerotis .... 5.0 8 1.72 69. i 2 2. 926 6 14 6.5 56.2 2 0.70 2644 Lacaille 2195 .... 7-o 8 8.70 62.2 3 2.32O 29 21 29. 8 62.2 3 0.71 2645 O. Arg. N.66&2 . . . 7-7 8 9.84 6 3 .8 6 7-581 + 73 29 35-5 65.0 3 0.71 2646 O. Arg. 8.4851 . . . 8-5 6 8 59.31 67.4 3 + 2-341 - 28 36 15.8 67.1 2 0.79 2647 Lacaille 2198 . . . . 7-o 9 6.33 66. i 2 2. 3'4 - 29 33 53. i 65.6 2 0.80 2648 B. A.C. 2014 . . . . 6.5* 5- o 9 11-17 23 55 71.8 68.1 3 3 4-014 3.307 + 35 " 28.9 + 9 59 21. 6 65.2 70. 7 2 4 o. 81 0.82 2650 265 1 O. Arg. S. 4861 ... M Z. 98, i 8.0 Q. O V -*J. JJ 9 26.87 6 9 30. 47 66.6 66.6 2 2 2.340 + 2. 356 - 28 42 1.7 - 28 10 7. i 67.1 68.2 2 2 0.82 - 0.83 2652 B. A.C. 2021 . . . . 7 5-5 9 31-65 72.8 4 4.016 + 35 15 28.9 65. 2 2 0.83 2653 B. A.C. 2023 . . . . 6.5 9 34- 3 6 69. 2 2 3.762 + 27 15 36.0 5 8.1 2 0.84 2654 Weisse VI, 264 . . . 9.0 9 34-79 59.0 4 2.729 - H 23 6.5 5 6.1 3 0.84 2655 Lacaille 2200 .... 7-2 9 36- 55 62.2 3 2.322 - 29 19 21. 2 62.2 2 0.84 2656 Lalande 11959 . . . 7.0 6 10 4. 82 71.8 3 + 4- 134 + 38 29 II.4 66. i 3 0.88 2657 B. A.C. 2027 .... 6.6 10 33- 78 63-1 2 2.309 - 29 44 37. 7 70. 6 4 0.92 2658 2659 Lacaille 2208 .... K Columbia 7-3 5- ii 25.84 1 1 34. 26 67.5 76. I 3 2 2-475 2. 134 - 24 i 29. i - 35 5 45.9 64-5 75- ' 3 3 I. 00 I. 01 2660 Lacaille 221 1 .... 6-5 " 38.77 70. o 3 2-395 - 26 53 5.3 67. i 4 1. 02 2661 Weisse VI, 334 . . . 8-5 6 ii 50.43 69. I 2 + 2.732 - 14 16 52.4 56.1 2 1.03 2662 Weisse (2) VI, 301 . . 7-6 12 5-36 63-1 2 4.383 + 44 28 13. i 65.2 2 1.05 2663 Lalande 12053 7-5 12 9-73 72.6 6 3.588 + 21 8 46.8 69.8 5 1. 06 2664 Weisse VI, 348 ... 8.0 2 13-37 62.4 3 2-731 - 14 18 27. 2 56.1 2 1.07 1665 DM. + 31, 1274 . . 12 28. 3.881 + 3 1 I2 53-9 70.1 I 1.09 2666 Weisse (2) VI, 328 . . 7-5 6 12 43-75 68.5 2 + 3-906 + 32 o 19.9 62.0 2 I. II 2667 Anonymous 9-5 12 46.43 66.6 2 2-334 - 28 55 27.6 68. i 2 I. II 2668 B.A. C. 2038 . . . . 7-0 12 52.06 60.4 3 3-590 + 21 ii 23.5 66.2 2 !-'3 2669 B. A. C. 2039 .... 6.5 12 59.41 60. i 3 3-591 -}- 21 15 29.8 66.7 2 1. 14 2670 Lacaille 2219 .... 6-7 13 12. 40 62.7 2 2.451 - 24 57 30.9 66. i 2 1.15 2671 Weisse (2) VI, 354 . 8-3 6 13 21. + 3-592 4- 21 18 4. 4 67.! I i. 16 2672 Lacaille 2220 .... 7- i 13 32.OI 62.7 2 2.452 - 24 55 ii. 8 66. i 2 1.18 2673 O. Arg. S. 4961 . . . it Geminorum . . 7-3 13 43- 23 66.6 61. i 2 2-334 3-627 - 28 57 34. 5 4- 22 34 ?4. 8 68. i 54- ' 3 2 7 i. 20 i. 27 2675 2676 Lacaille 2226 .... Anonymous 8.0 9O 14 46.77 6 14 54. 12 67-5 69.6 3 2 J. V*,f 2.490 f- 2. 316 - j*t j*t' " - 23 34 33-o 29 34 67.0 3 1.29 1.30 2677 M.Z. 229, 20 .... ** 8. i H 54- 59 7 72.9 4 2. 316 - 29 33 18. 2 72-3 8 1.30 2678 Lalande 12134 ... 6.8 14 56- 54 69. l 2 4.092 + 37 23 0.8 66 5 3 1.30 2679 Weisse VI, 446 . . . 8-3 15 '7-95 73- i 2 2-731 - 14 2O 13. 2 56.1 2 i-34 2680 Lacaille 2232 .... 6.8 15 31-83 72.8 4 2. 3'4 - 29 36 23. 7 74-4 4 1.36 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. 1 Mean Right Ascension, 1 860.0. Mean year. JJ o lM O o fc Annual Precession, 1860. Mean Declination, 1 860.0. i >, 1 1 lM O O Annual Precession, 1860. h. m. s. s. / // // 2681 Weisse (2) VI, 421 . . 9-3 6 15 59-05 62.2 2 + 4- 381 + 44 27 58.9 65.6 2 1.40 2682 Lalande 12173 7.0 16 6. 70 69. I 2 4. nS + 38 7 14.0 47-2 2. 1.41 2683 8 Monocerotis .... S-S 16 21.03 66.6 2 3.181 + 4 39 37- 3 66.8 4 1-43 2684 B. A. C. 2060 .... 7-5 16 21.38 66.6 2 3.181 + 4 39 49- 3 68.1 2 i-43 2685 Lalande 12237 . . . 8.8 17 27.73 70. i 4 3-7' + 25 35 6.9 57-5 2 1-53 2686 Lacaille 2254 .... 6.8 6 18 6.30 66.6 2 + 2.309 - 29 47 27. 6 66.1 2 1-58 2687 O. Arg. N. 6887 . . . 7-7 18 17.09 69.1 2 4-473 + 46 25 58. 5 65.2 2 i. 60 2688 B.VI. +24, 1265 . . 1 8 20.39 73-8 3 3- 6 74 + 24 18 9.3 57-0 3 i. 60 2689 Lalande 12318 ... 8.0 1 8 39- 54 59.0 2 2.729 - 14 25 42.8 55-2 3 1-63 2690 O. Arg. N. 6864 . . . 9.0 1 8 40.05 71.7 3 8.612 + 76 28 25.6 64.7 2 1.63 2691 B. A. .2069 . . . . 6.0 6 18 41.33 76.6 6 + 9-394 + 78 5 47-o 73-3 4 1.63 2692 Tr. Z. 154,6 .... 9.0 19 o. 70 48. i . 2 2.476 - 24 5 14.4 48.1 2 1.66 2693 O. Arg. S. 5082 . . . 6-3 '9 17-53 63-4 3 2.342 - 28 42 5. 6 67.2 3 1.69 2694 O. Arg. N. 6886 . . . 7.2 19 22.51 69. i 2 8.341 + 75 48 34-2 66.1 2 1.69 2695 26Q6 Weisse (2) VI, 533 . . 8.5 1. O 19 25.21 6 iq 34. 12 67.1 68. i 2 -3 3-675 + 3-8<;Q + 24 2O 14. 2 -(- 3O 74 7O. ^ 57.8 71 I 2 C. 1.70 171 m **y* 260? 47 AuritTtE J 6.0 17 J^' I O 3 5 4O 65.8 J T j' v jy 4.180 I J" Of O J _1_ AJn A{\ in 7 / CA i J 1 / I 71 *" w y/ 2698 Lacaille 2271 .... 6.2 y Jj- V 20 1 6. 40 69.6 4 T" u y 2.315 I t^ I T AW. f - 29 37 28.4 54- l 68.7 4 1. / 1 i-77 2699 27OO Rurnker 6 1 ', 19 Nach. . 8-3 4.. O 20 34. 89 2O 30. OO 66.1 62 4 2 3-565 *. ^64 4- 20 19 25.8 -J- 2O 17 4.7. 4. 6 7 .I 6? I 2 2 i. 80 i.8i **/ *** 2701 B. VI.+25 , 1297 . . *r* 9.0 * jy " 6 21 11.47 *** *T 69.1 2 j- j"^ + 3-707 / T 1 / *T + 25 3' 8.' \j i . i 63-1 2 . 1.85 2702 B. A. C. 2100 . . . . 5-5 21 32.85 72.2 6 2.430 - 25 45 57-3 66.1 2 1.88 2703 II Monocerotis (ist*) . . 6.9 22 1-77 64.8 4 2. glO 6 56 47.0 68.8 3 1-93 2704 1 1 Monocerotis (2d *) . . 5-7 22 2. 25 64.8 4 2. 910 6 56 53-o 68.8 3 1-93 2705 O. Arg. 8.5144 . . . 8.8 22 2. 28 76.9 5 2.430 - 25 46 '93 2706 Weisse (2) VI, 626 . 8.5* 6 22 8. 02 59-i 2 + 3-654 + 23 37 42. 4 56.1 2 '93 2707 B. A. C. 2095 . . . . 6.0 22 15. 67 70. i 4 10. 397 + 79 42 12.4 67.9 10 1.95 2708 Weisse (2) VI, 63 1 . 8.0 22 17.05 69. i 2 3-707 + 25 30 53- 9 62.6 2 1.95 2709 B.A.C. 2110 .... 6.0* 23 19.88 76.1 2 3-921 + 32 33 i-4 60.6 2 2.04 2710 . O. Arg. S. 5176 . . . 8.0 23 28.66 71.4 5 2-429 - 25 47 46. 5 71.4 8 2.05 2711 O. Arg. 8.5198 . . . 8.5* 6 24 26. 33 72.7 6 + 2-429 - 25 47 28. 7 70.2 3 2. I 4 2712 O. Arg. 8.5199 . . . 8.5 24 27. 23 73-o 4 2-429 - 25 47 49.0 7O. 2 5 2. 14 2713 O. Arg. N. 7006 . . . 8.0 24 37- 87 65-7 2 4-551 + 48 3 6.0 65.6 2 2.15 2714 Lacaille 2306 .... 7.2 24 42. 69 63.6 2 2. 271 - 3' 4 56-7 66. i 2 2. 16 2715 Groombridge 1183 . . 6-5 24 43- 33 71.4 3 4- "7 + 3 8 10 35- 9 46-3 2 2. 16 2716 O. Arg. N. 7009 . . . 7-7 6 24 59. 72 66. i 2 + 4- 655 + 49 59 7- 9 68.1 2 2. IS 2717 B.A.C. 2127 .... 6.7 25 13.68 63-4 3 2-375 - 27 40 27.8 65.! 2 2. 2O 2718 0. Arg. 8.5215 . . . 9.0 25 13-77 66.6 2 2-307 - 29 55 54- 8 68.6 2 2. 2O 2719 DM. + 6i,895 8.2 25 44.40 65.2 2 5.482 + 61 8 ii. o 61.3 5 2.25 2720 2 745 (ist*) .... 7-7 25 48. 15 69.6 4 4- "03 + 37 49 '3-4 65.8 3 2.2 S U. S. NAVAL OBSERVATORY, 1845 TO 1877. Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. rt w rt a a 1 o Annual Precession, i860. Mean Declination, 1 860.0. rt V 1 s o o Iji h. m. s. s. / // ' 2721 S 745 (2cl*) .... 9.0 6 25 48.45 69.6 4 + 4- 103 + 37 49 20.6 49- ' I 2.25 2722 f 1 Canis Majoris .... 4-3 26 1.41 6 3 -i 3 2-499 - 23 19 14.3 70. 2 4 2.27 2723 Weisse VI, 782 ... 8-5 26 5. 36 66.4 3 2. 722 - 14 44 29. 8 66. i 2 2.28 2724 272? O. Arg. N. 7032 . . . 8.2 26 21. 2O 26 22. 95 63.0 71. i 2 6 4-558 T.. 782 + 48 12 44.6 -4- 28 7 17. 1 66.1 6q. 8 2 2. 30 2. 30 / J 2726 Lalande 12557 ... 7-8 6 26 27. 45 69.1 3 O i + 3. 684 i i ,>/ j + 24 44 22. 4 v y* * 63-1 2 2. 3 I 2727 2728 O. Arg. 8.5251 . . . Anonymous . . . 7-4 7 C 26 30. 1 6 26 39. 5 1 64.4 73 Q 3 e 2.329 2. 269 - 29 12 34.5 -JF Q 7 Q 68.2 72 S 2 2.31 2 "23 Anonymous / j 26 48. / o* y j 2 271 o* y 0' y / j 60 I I 00 2. 34 2730 B.A.C. 2139 . . . . 5-5 26 55. 23 69.6 2 " m i * 4- 13 + 38 33 '4-7 vy. * 47-7 5 2.35 273' Weisse VI, 809 . . . 8.0 6 26 56. 86 60. i 2 + 2.723 - 14 42.41. i 58.8 3 - 2.35 2732 Lacaille 2323 .... 7-5 27 10.87 62.5 2 2.386 27 18 21. 9 70.4 4 2.37 2733 Lalande 12614 - 23 Geminorum . . . 7- i 6 c 27 46.70 2 7 55- 69 64-3 71 A 5 3.466 1 A7C + >6 33 '7-7 '~\~ '6 54 23. o 67.6 2 2.42 2. 43 2735 O. Arg. S. 5289 . . . j 7.0 28 i . 20 / * *r 64.7 3 J* T/ J 2.418 - 26 13 32. 8 68.0 2 2.45 2736 Weisse (2) VI, 809 . . 9-o 6 28 1.48 69-5 3 + 3- 678 + 24 32 22.5 57.0 3 2.45 2737 Weisse (2) VI, 826 . . 8-5 28 33- 27 69-5 3 3-677 + 24 30 38.3 57.0 3 2.49 2738 Weisse (2) VI, 838 . . 51 Auriga.' 7-2 c. c* 28 52. 19 28 57. 17 69.1 64.8 3 -3 3.682 4. 1 66 + 24 42 io. 5 + -3Q -3Q 1^ 1 S o i Annual Precession, 1860. Mean Declination, 1 860.0. . l_ rt 4J >-, C S % i O O 6 Annual Precession, 1860. h. m. s. s. / // // 2761 Weisse (2) VI, 990 . . 8-5 6 33 29- 59 76.1 2 + 4-042 + 36 17 2. 92 2762 2761 Lalande 12805 51 Cephei 6.0 q o* 33 36- 79 11 IQ 4.8 73-8 6<. 2 3 S4 3.921 3O. SQ2 + 32 41 18. i -f- 87 14 54.0 68.1 56.6 4 128 2 -93 2, Q4 / u j 2764 Lalande 12798 . . . j. 6-5 oj jy- "r* 33 43- 1 6 _! J . 69.6 JT 2 J Js 4.079 + 37 '6 42-5 65.8 3 7^ 2. 9 4 2765 2766 O.Arg.S.S4So . . . M. Z.gS, 14 7.0 7- 33 46- 82 6 33 $6. 03 65.8 67.2 4 2 2.496 -4- 2. 360 - 23 34 14. 8 28 18 59.9 67.7 68. i 2 2 2.94 2. q6 */ wu 2767 O.Arg. 8.5463 . . . 8-5 jj j j 34 6. 54 67.1 2 2.495 23 34 43.6 69.6 5 ;/ 2.97 2768 Lacaille 2388 .... 6. i 34 20. 95 64. I 3 2.298 30 20 19. 5 72.5 5 2-99 2769 Weisse (2) VI, 1027 . 6-5 34 34- 78 69. I 2 4.378 + 44 38 26. i 46. i 2 3.01 2770 Weisse (2) VI, 1043 8-3 34 46- 48 75-i 5 4.042 + 3 6 17 21. I 74-1 I 3-03 2771 Weisse (2) VI, 1044 . 6.9 6 34 47. 40 76.8 3 -( 4.041 + 36 14 34. 1 7-3 7 3-3 2772 2771 Lacaille 2392 .... 6.7 1.O 35 3- '4 3S IQ. O4 66.2 63. i 2 8 2.365 1. 606 28 8 12.5 J- 2S i? <;6. 6 65.2 7-5. 7 3 2 3.06 3.08 * t / j 2774 Weisse VI, 1069 . . . J 7-7 jj * y ^ 35 25-81 V O 69.1 2 O* v y 1 -' 2.734 1 *.J J J ' - 14 20 36. 3 / J t 63-1 2 O 3-9 2775 Weisse (2) VI, 1080 . 9.0 35 40-82 65.1 I 3.655 + 24 i 3- 1 1 2776 2777 Lacaille 2399 .... 7.0 6.0* 6 35 46. 72 3C C-? II 69. i 66.0 2 2 + 2.294 3. 807 - 3 3 55- 5 + 2Q 6 20. 6 65.6 "54. 8 2 4 3-12 3 17 */ / / 2778 O.Arg. 8.5519 . . . 7-5 OJ JJ 36 4. 18 67.1 2 O* *** 2-377 "J w 4.V,. w - 27 44 55.9 J*T' ** 68.0 2 J' *J 3-i4 2779 O. Arg. S. 5522 . . . 8.0* 36 10. 61 76.6 2 2.38, 27 36 36.0 69. i 2 3-i5 2780 2781 42 Camelopardi .... 5.0* 6.0 36 20.29 6 16 38.62 77-i 6q. I 4 2 6.294 4- 4. 334 + 67 43 9-6 -j- 43 42 44. 5 73-8 60. 2 3 2 3-i7 3. IQ **/ w * 2782 Lalande 12905 . . . 8-5 V J-_. J U " 36 40. 1 8 ;* 69. i 2 1 T* JJ^ 4-334 + 43 43 30. 8 60. 2 2 J 7 3->9 2783 O. Arg. S. 5543 . . . 7-7 36 40. 61 69.6 2 2. 506 - 23 12 58.6 72. 2 4 3- '9 2784 M. Z. 227, 12 .... 7-7 37 2.26 64. i 2 2. 262 - 31 3' 54-9 68.7 2 3-23 2785 DM. + 23, 1489 . . 9.0 37 9- 18 6 5 .I I 3-659 + 24 o 3-24 2786 2787 DM. -f 23, 1490 . . Oeminorum . . . c o 6 37 12. 37 2^ QO 6c i 3 + 3.655 3. 377 + 23 50 42. 2 +13 2 31 H 69. 2 60 4 2 -1 3-24 7 26 / "/ 2788 I .a 11 11 ii it 357 ... j 8.0 o/ j 7 37 34.4.3 >_/j. t 60 i o 2 j j / / 2. 72Q J O*- J 14. 33 28 2 **y *r q6 2 j 1 o* * 7 27 2789 0. Arg. S. 5574 . . - 7-7 J/ of T-J 37 38-68 Vjy. M 60.6 2 / 7 2.338 ^ oj " - 29 6 6. i J 69.8 j 3 j' * I 3.28 2790 Lacaille 2413 .... 6-5 37 38. 89 66.7 2 2.364 - 28 12 59. i 62.6 2 3.28 2791 DM. + 38, 1604 . . 6 37 44- 35 69.6 2 + 4-129 + 38 42 15.0 69. 2 2 - 3-29 2792 Lalande 12951 . . . 7-2 37 46- 73 69.6 2 4. 128 + 38 40 53- i 61.5 3 3-29 2793 Weisse (2) VI, 1:63 . 8.8 38 8.83 68.1 2 3.658 + 23 58 29.0 69. 2 2 3-32 2794 Lament 363 .... 8.5 38 18. ii 69. i 2 2.729 - H 35 "-7 56.2 3 3-34 2795 Lacaille 2420 .... _7-5 38 19-42 70.8 3 2.38l - 27 27 IO. 2 74.2 2 3-34 2796 Weisse (2) VI, 1172 . 7-9 6 38 19. 69 65. 2 3 + 3- 654 + 23 49 27. 7 66. i 3 3-34 2797 DM. + 13, 1405 . . 8.6 38 35-88 68.2 2 3.378 + '3 5 13-8 69. i 2 3-36 2798 Weisse (2) VI, 1171 . 8. i 38 42. 24 69.1 2 4-344 + 43 59 i-4 46. i 2 3-37 2799 a Cawfis Majoris . . . I.O 38 58. 84 54-9 210 2.681 - 16 31 33-6 57-8 109 3-39 2800 Weisse (2) VI, 1189 . 8.0* 39 '5-57 46.1 3 4-340 + 43 54 39-8 46. i 2 3-42 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 73 Xumber. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. IH 3 u >. d rt u s a O "o O Z Annual Precession, 1860. Mean Declination, 1 860.0. ij rt w >-, i 'S, 1 'o O * Annual Precession, i860. h. m. s. s. / // // 2801 O. Arg. S. 5615 . . . 6-3 6 39 16. 72 63.8 3 + 2-394 - 27 12 36.4 70.7 4 3-42 2802 B. A.. C. 2210 .... 5-5 39 35-44 73-3 5 8.844 + 77 8 45.6 71-3 6 3-45 2803 Weisse VI, 1199 . . . 8-5 39 38-71 69. i ^ 2.730 - H 33 54-8 56.2 3 3-45 2804 Lacaille 2434 .... 7.0* 39 40. 82 69. i 2 2.298 - 3 26 35.9 65.2 2 3-46 2805 M. Z. 227, 14 .... 39 So.oi 70. i I 2.265 - 3 1 3 40- i 72.5 3 3-47 2806 DM. + 23, 1502 . . 9.0 6 40 20. 36 69. i 2 + 3- 6 47 + 23 36 30. 6 67.1 2 3-52 2807 1 1 Canis Majoris .... 6.0* 40 27. 96 60. i 2 2-737 - 14 16 42. 6 59.0 7 3-52 2808 C). Arg. S. 5654 . . . 8.4 40 28. 50 64.0 2 2-352 - 28 39 58.5 68.2 2 3-52 2809 O. Arg. S. 5665 . . . 8.2 40 50. 14 64. i 3 2- 33 - 29 24 49. 6 68.6 2 3-55 2810 O. Arg. N. 7251 . . . 8.6 40 50.44 65.1 2 9.151 + 77 47 7-7 64.4 2 3-56 2811 O. Arg. N. 7274 . . . 8.0 6 40 54- 37 62.4 3 + 4-765 + 52 8 55.3 63.6 2 3-56 2812 Weisse (2) VI, 1254 . 8.2 41 45-03 69.1 2 4-334 + 43 49 43-5 46. i 2 3-63 2813 Lacaille 2448, (1st*) . 7-8 41 56.84 66. i 4 2.361 - 28 24 29. 3 69. i 2 3-65 2814 Lacaille 2448, (2d*) . 8-5 41 57.88 67.1 3 2.360 - 28 25 21.3 69. i 2 3-65 2815 O. Arg. S. 5704 . . . 8.5 42 19.78 64. i 3 2. 420 - 26 22 56. 5 72.8 3 3.68 2816 O. Arg. N. 7298 . . . 7-5 6 42 25.39 69. i 2 + 4- 735 + 5' 40 5>-3 68.9 3 3-69 2817 O. Arg. N. 7299 . . . 8.0 42 28.94 66. i 2 4.742 -|- 51 48 28.9 63.2 4 3-7 2818 0. Arg. N. 7308 . . . 9.0 42 51.88 62.2 I 4-733 + 5 1 39 3-6 68.2 I 3-73 2819 0. Arg S. 5718 . . . 8.4 42 59-34 71. i 2 2-396 - 27 13 34.8 72.7 2 3-74 2820 Lacaille 2454 .... 7.0 43 5-22 63.1 2 2.372 - 28 3 35.6 70.9 3 3-75 2821 O. Arg. S. 5725 . . . 8.6 6 43 6 - 59 66.6 2 + 2.367 - 28 12 52. 7 68.7 2 3-75 2822 2827 M. Z. 210, 25 .... CQ AuriiTis 7-3 6.0* 43 H- 23 A3 23. 12 75-4 61. i 3 2 2-356 4. 117 - 28 35 39. 7 -j- 39 i 53. 3 72-4 56.8 6 4 3-76 3- 77 MMJ 28:4 2825 0. Arg. S. 5732 . . . ff Oeminorum . 7-5 A c t j j 43 2 4-9 4.-J -23. CQ 64.6 65.6 2 2 T* J 1 2. 326 3. 062 - 29 35 18. 3 + 34 7 3- 2 68.6 58.2 2 4 3-77 3- 79 2826 ** j 6.2 TJ JO J 6 47 T.T. ii v J * 68.7 2 O' y" -f- 4. I2O + 38 36 32. 4 46. 2 3 3-79 2827 Lacaille 2461 .... 7-3 TO J 1 J 43 49. 68 63-5 4 2.488 23 59 6.0 64.0 2 3.81 2828 Lacaille 2462 .... 6.2 43 55-42 63-5 4 2.490 - 23 55 1-6 64.0 2 3-82 2829 287O 0. Arg. S. 5745 Piazzi 258 . . . 7.0 6 <; 43 56. 24 44 1 8. 23 65.1 67. i 6 2 2.360 2. 240 28 29 42. 9 - 32 23 2. 8 71.4 69. I 7 2 3-82 3-85 * tj j v 28:1 61 Aurig?e j 6.0* 6 44 20. 96 68.7 2 -f- 4. 122 -f- 38 40 20. 7 46. 2 2 3.86 AU J 4 2832 Weisse VI, 1351 . . . 8.0 44 24- 77 / 60. i 4 2.731 - 14 34 5 1 - 58.4 4 3-86 2833 B. A. C. 2244 .... 7-5 44 30.08 69.7 6 2-399 - 27 10 27. 6 72.2 5 3-87 2834 K Canis Majoris .... 5- 44 36. 73 67.1 2 2. 241 - 32 2O 58. 2 69. I 2 3.88 283S 0. Arg. 8.5771 . . . 9.0 44 44- 77 67.4 4 2.4OO 27 8 51.8 70.5 3 3-89 2836 Lacaille 2473 6.8 6 44 54.87 63.2 2 + 2.443 - 25 37 5-o 68.1 2 3-9 2837 M. Z. 152,5 44 55-65 61.2 I 2-399 - 26 58 3-90 2838 Lacaille 2480 .... 6.8 45 3- 3 66.6 2 2.197 - 33 43 32- 6 66.7 2 3-92 2839 2840 B. A. 0.2251 . . . . Anonymous .... 6.5 8.0 45 5-82 4? 8.88 64.6 64.6 2 2 2. 267 2. 267 - 3' 32 44- i 51 32 24.O 69.7 69.7 2 2 3-92 3.92 *+ J * w "t / J' J** ""T- v 7 / CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. Mean year. JS o o 6 2 Annual Precession, 1860. Mean Declination, 1 860.0. rt rt ' 2842 2843 B. A. C. 2247 .... M. Z 08, 24 6-5 8 4 45 25-3 At 28 3Q 77.2 64 8 2 5 6.877 -f- 70 59 20.0 28 32 41. 3 73-4 T! A 2 IO 3-95 3nc *"*t J 2844 O. Arg. 8.5790 . . . ** *r 8.0 T-J *** jy 45 34-7 Vi^. fj 64.6 O 2 2.401 - 27 5 52.2 1 J 1 T- 68.2 2 yj 3-96 2845 2846 M.Z. 210, 28 .... 9.0 9- 5 45 35-64 6 4? TC. 76 67.1 67. i 2 4 2-359 "f" 2. 358 - 28 34 8. 4 28 74 17 7 69.7 72 T 2 8 3-96 7 06 2847 O. Arg. 8.5809 . . . 6-5 ^J OJ I 45 58.29 / 66.2 2.422 A*J Jij. 1 / / 26 22 12. 8 / J- * 66.2 2 j- y 4.OO 2848 2840 Groombridge 1241 . . Anonymous .... 7.0* Q O 45 59-47 46 8. 77- i 1 4.099 2. 445 + 38 5 17.6 46. 2 7O. I 3 4. oo 4. 01 mffffy 2850 O. Arg. 8.5814 . . . 7' ** 6-7 46 10.35 71.2 2 2.421 - 26 25 3 . 2 / - 66.2 2 4. 01 2851 M.Z. 216, 17 .... 8.0 6 46 46. 38 64.8 3 + 2.308 - 30 15 42.0 67.7 2 4. 06 2852 M. Z. 98, 25 9.0 46 47.04 67-1 2 2.362 - 28 28 3.4 67.1 I 4.07 2853 2854 Lacaille 2494 .... 6.8 8.4 46 54. 83 47 8. II 70.1 54- 2 4 2. 197 2. 735 - 33 45 4- 9 68.6 2 2 4.08 4. 10 2855 6.0* 47 23. 80 59- 6 4 4, 397. -f- 45 1 6 1 6. o ?8 i 6 4 12 JJ 2856 Lacaille 2496 .... 7-5 6 47 35-47 70. o 2 + 2.479 - 24 31 )-. i - 4.13 2857 2858 6 Canis Majoris .... Anonymous . 5-o* 47 41- 12 47 46. 62.0 5 2.797 2.483 - ii 5i 59-6 68. i 60. 2 2 I 4- 14 4- 14 2859 B. VI. 6'', 171 .... 7-5 t / t". 47 52.82 69.5 6 T^J 2.484 - 24 12 52. 6 vy. d. 70. 2 4 4. 16 2860 B. A.C. 2266 . . . . 6.7 47 59-77 64.7 10 2. 366 - 28 21 10. 3 70. I 5 4.17 286l O. Arg. S. 5864 . . . 7-5 648 1.54 62.2 2 + 2.488 - 24 3 3i-7 65.6 2 4-17 2862 Lalande 13393 5-o 48 8.31 62.8 3 2.480 - 24 21 58. 4 65.9 5 4. 18 2863 o 1 Canis Majoris .... 4.0 48 19.44 62.5 5 2.490 24 o 42. I 65.6 2 4. 20 2864 286? Lacaille 2507 .... Anonymous 6.6 8.0 48 23. 57 4.8 d^L d8 63.1 77 I 2 2 2.497 2. O2 1 - 23 45 20. o 69.6 2 4. 20 4-27 rwj 2866 M.Z. 210, 30 .... 8.0 *f T 1 J ' T 1 6 48 51.49 / / * 68.1 3 + 2.354 - 28 46 22. 2 71-7 5 4.24 2867 O. Arg. S. 5887 . . . 8.0 48 57.81 65.1 i 2.396 - 27 23 5.8 69.6 2 4-25 2868 2869 Lacaille 2519 . . . . 62 Aurigse .... 7-3 5.8 49 2. 75 40 ^o. 1 6 64.3 68.8 8 2.268 4. 101 - 3i 37 38.4 -J- 38 14 26. 6 71.2 2 2 4. 26 4- ?o 2870 M.Z. 231,28 . . . . 8.0 49 32-61 76.1 2 2.272 - 3i 3i 35-9 72. I 2 4-3 2871 Lacaille 2524 .... 7.0 6 49 45. 25 63.7 5 + 2. 353 - 28 51 32. 9 74.0 5 4-32 2872 Lacaille 2526 . . . . 7-2 5 9- 13 63.1 2 2.454 - 25 20 26.0 68.6 2 4-35 2873 Lacaille 2528 .... 6-5 5 37- H 64.6 II 2.269 - 31 36 39-6 70.! 3 4-39 2874 O. Arg. N. 7442 . . . 8.5 5 4.6. 34 60. i 2 5.406 + 60 47 50. i 55-8 2 4.41 2875 Lalande 13427 . . . 8.0 50 56. 48 71. i 2 4-550 + 48 35 i-3 71.2 2 4.42 2876 B. VI. 6", 184 .... 7-8 6 51 7.88 71.8 3 + 2.470 - 24 47 14. 2 69.5 3 - 4-44 2877 Weisse VI, 1579 . . . 8-7 51 27.24 69.4 3 2.729 - H 45 25-2 63.6 4 4.46 2878 Weisse VI, 1587 . . . 9-o 51 37-09 69.4 3 2.728 - U 45 58- 3 71.1 2 4.48 2879 M.Z. 95,42 8.0 51 38.33 72.8 4 2.298 - 30 42 39- 72.2 4 4.48 2880 Weisse VI, 1589 . . . 8.5* 51 38.89 64. i 2 2.732 - >4 38 6. 3 55-9 3 4.48 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 75 Number. Name of Star. i) T3 3 'c e/> 3 Mean Right Ascension, 1 860.0. I* H U >> U a 1 *o 6 2 Annual Precession, 1860. Mean Declination, 1 860.0. 3 >* s C3 1 IM O 1 Annual Precessien, 1860. h. m. s. s. / If // 2881 2882 O.Arg. 8.5961 . . . Anonymous 6.3 6 52 6. 92 C2 12 o; 63.7 76.2 3 2 + 2. 39 8 2. 2Q7 27 21 11.7 3O dl 69.0 2 4-52 4r j 2883 Lalande 13504 . . . 8.6 j ~ ' u o 52 19.67 62.5 3 "Tr/ 3.670 O w t' + 24 40 19. I 60.2 4 - JO 4-54 2884 Lacaille 2543 .... 5-3 S 2 3. 2 3 63.1 3 2.409 - 26 58 41. 6 64. 2 2 4-55 2885 Weisse VI, 1618 . . . 7-5 ' 52 40.42 59-1 2 2.729 - 14 46 25.7 59.0 5 4-57 2886 Lacaille 2544 . . . . 7-5 6 52 45.65 64. o 3 + 2.501 - 23 41 37.0 68.6 2 4-57 2887 Lacaille 2549 .... 7.0 52 45-87 64.2 3 2-303 3 33 3. 2 68. i 2 4-57 2888 2889 c Canis Majoris .... 2. I* 7. S 53 7-48 <;? 17.88 57-6 76. i 126 2 2.357 2. 43S - 28 47 3. i 26 4. 12 8 48.9 68.6 53 2 1. M 463 2890 Lacaille 2553 .... / j 6.0 . J J / 53 22.25 64.1 4 " t^J 2. 296 *T J*" ^ - 3 48 37- 3 66.2 2 u j 4-63 2891 Lalande 13578 . . . 7.5 6 53 30-46 69. i 2 + 2.728 - 14 49 49- 6 56.1 2 - 4.64 2892 2801 O. Arg. S. 6004 . . . GJ Geminorum . . S.o* 6.0* 53 34- 76 t -5 C 2 QO 64.7 61. 4. 3 7 2-358 3662 28 46 20.8 -4- 2 A. 2.A. 1Q C. 74-5 6/1 A 3 4-65 46? Ao yj 2894 Lacaille 2558 .... 7.0 jj j^- y w 54 o. 73 w * *T 73-4 / 5 vV^. 2.390 i **t *"r jy- j - 27 42 i. 3 UV^I ^ 68. i 3 . U/ 4.68 2895 O. Arg. S. 6022 . . . 7.0 54 12. 06 62.6 2 2-375 - 28 12 28.3 65.6 2 4.70 2896 M.Z. 156,56 . . . . 7-9 6 54 14. oo 70.1 2 + 2.502 - 23 41 37. I 73-2 4 4. 70 2897 Lacaille 2562 .... 7.0 54 16.25 67.2 2 2.336 - 29 30 41.4 69-5 3 4.71 2898 Lalande 13569 . . . 6.2 54 39- 55 69. i 2 4-034 + 3 6 3 5. 47- i 2 4.74 2899 M.Z. 156,57 .... 9.0 54 45-8o 76.1 2 2.503 - 23 40 4.75 2900 Lacaille 2566 .... 6.8 54 48. 43 64-3 4 2.293 - 30 S 6 59-9 69-4 3 4.75 2901 2QO2 Mer. C. Z. 83, 117 . . Anonymous .... 8.1 Q O 6 54 52- 74 CA c? 64-3 4 + 2-295 2 7O7 - 30 52 33-8 -3Q 2Q C 8 69. i 722 2 2 4.76 4*76 "y** 2903 Lacaille 2571 .... y. \J 6.9 J~T JJ' 55 10-49 62.8 2 J**/ 2-373 j\s *.y j. u ~ 2 8 17 37.3 / j~ * 66 i 2 / w 4.78 2904 Lacaille 2570 . . . . 4.2 55 20. 68 63.1 2 2.466 - 25 I 14.9 66.2 2 4.80 2905 Lalande 13601 . . . 7-5 55 25.46 69.6 2 4.006 + 35 44 4-4 47- i 2 4.81 2906 Weisse (2) VI, 1675 . 8.0 6 55 47- 19 70. i 2 + 3- 565 + 20 47 53- 5 67.1 2 4. 83 2907 2008 0. Arg. 8.6073 f Geminoruni . . 7- i 4O 55 47-45 CC J.S 27 67. 2 6l 7 3 22 2. 308 3Cf)A 30 28 9. i _L 2O 46 iS."? 72.0 61. i 6 4.83 A Sj *.ywu 2QOQ Anonymous w 8 i jj V* *j CC C.2 26 VJI . / 74 6 2 3 U 4 2. 7IO 1O 2C. AQ 1 71 C T" J A JU m r*y 2910 " j 90 jj 5 * w CC C7 l6 / T" ^ 73 i 2 2 7IO o u *3 4y- j ^O 21 2 C. / l ' J 71 8 C T" Oi t 4 8<1 2911 Lacaille 2577 .... * 6.0 J J JJ' * ** 6 55 56.ii / o 67.1 3 *- j**"' + 2.410 J" "J J 27 i 31.4 / I . w 65.2 J 2 1" "T- - 4-84 2912 22 Canis Majoris .... 5.0 56 8. 65 6 9 .I i 2.390 - 27 44 13. i 69.4 3 4.86 2913 44 Geminortim .... . 6.2 56 52-58 67.8 7 3.618 + 22 50 36.4 59-6 8 4-93 2914 Weisse (2) VI, 1704 . 8.0 57 0.97 69. I 2 4.284 + 43 4 36. 2 46. 2 2 4-94 2915 17 Lyncis 6.8 57 4-40 65.4 4 S-4'o -f- 61 o 23. o 65.0 8 4-94 2916 2QI7 Piazzi VI, 310 .... Anonymous .... 8-5 6 57 11.42 C7 22 O5 64.1 76. 6 3 2 + 5-405 i 618 + 60 57 29.4 + 22 C I 70.1 4 4-95 4Q7 y i 2918 y Canis Majoris .... 3-6 ji ** V D 57 25.53 61.4 61 j. \J HJ 2.714 * j * - 15 25 45-7 68.8 3 y/ 4-97 2919 Weisse (2) VI, 1728 . 9.0 57 4L53 69.5 3 4-278 + 42 57 4-o 53-4 3 5.00 2920 Weisse (2) VI, 1747 . 8.3 57 Si-73 72.4 3 3.619 + 22 53 42.6 68. i 2 5.01 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. o u >> n o ? !>i J O 6 X Annual Precession, 1860. Mean Declination, 1 860.0. g rt O ". J3 o "o o fe Annual Precession, 1860. li. m. s. s. / // rr 2921 B.A. C. 2317 .... 6.0* 6 58 37.76 77- i 4 + 11.728 -f 81 29 58.8 73-4 4 5-0? 2922 O. Arg. S. 6164 . . . 7.0 58 57-3 + 67.1 2 2.309 - 33 34 5-3 68. i 2 5.10 2923 Piazzi VI, 328 .... 8.0* 59 '-4' 68. i 3 2.734 - '4 39 43-9 55-9 6 5.12 2924 B.A. 0.2331 .... 6.0 7 o 23. 92 61.2 2 3.828 + 30 21 58.7 65.7 2 5.22 2925 Lacaille 2610 . . . . 6.2 o 36. 60 64. o 2 2.313 - 30 26 36. 6 66.6 2 5-24 2926 Lacaille 2615 .... 5- 7 i 5-75 68.7 2 + 2.478 - 24 44 46. 2 66.1 2 5-30 2927 O. Arg. S. 6232 . . . 7.2 i 19.66 66 6 2 2-43 1 - 26 26 27. 5 68. i 2 5-30 2928 B. VI. + 22, 1596 . 7.8 i 19. 81 63-9 12 3.608 + 22 35 6. 3 65. 2 2 5-30 2929 B.A. 0.2326 .... 4.8 i 23.05 69. 2 3 I3- 93 + 82 40 4. 7 67.4 6 5-3' 2930 2O7 I Lacaille 2617 . . . . 6.2 i 31.52 7 i 45. 63.0 2 2.508 -f 2. 735 - 23 37 28.3 - 26 2 39. 7 6 7 .I 69. 2 2 2 5-32 5-34 *yj l 2O32 Anonymous 8.0 i 46. 07 67.6 2 2. 440 - 26 7 12.4 75- ' 2 5- 34 *yj* 2933 2Q74 Tr. Z 156, 42 . . . . Anonymous 8.0 i S4-38 i 57.51 65.1 73- ' 2 2.440 2. 735 - 26 8 33.0 - 14 41 9. 4 71. i 74- 2 3 I 5-35 5- 3f' *yj4 2935 f yr\l(\ Weisse (2) VI, 1894 . Anonymous 7.5* 8 q i 58.09 7 2 i. 67 48.1 75.6 2 7 4-3I9 + 2. 733 + 44 4 8.0 14 40 2. S 48.2 71.8 4 8 5-36 5.36 ^9j 2O77 Anonymous " J Q. 2 2 9. 06 I J 75- 7 6 2. 734 - 14 41 18. 6 70. 2 2 5- 37 yj/ 2058 r Geminorum y C.O* 2 13.49 61. o 8 3-830 + 30 28 13. 7 60. o 5 5-38 ^y.5 2939 O. Arg. 8.6262 . . . 3 8.5 2 19-93 65.1 2 2.442 - 26 3 47.7 68.6 2 5-39 2940 B.A. .2341 5-5* 2 27.81 60.8 3 4.700 + 51 39 20.8 57-4 4 5.40 2941 )r\H } O. Arg. S. 6270 . . . Anonymous . 7.0 8. 5 7 2 36. 70 2 57. O5 62. i 71. I 2 + 2.503 2. 733 - 23 51 27. i 14 44 2. 9 65.0 74. 2 2 1 5.41 5.41 2942 2n/i l Anonymous . . . J 8.4 J/ J 2 58. 1,2 / 68. i 1 2. 2Q J - 31 ii 24. 7 69.6 2 5.41 *943 2944 i! Canis Majoris .... j. tf. 3- *~ J* O 2 41-99 69. 2 o 28 y j 2-439 26 10 24. 7 65.8 3 5.42 294S Lacaille 2637 .... 7-3 2 49. 50 67.1 2 2.293 - 3' '2 22.3 69.6 2 5-43 2946 Lalande 13873 . . . 7.0 7 2 57.36 69. 2 2 + 4-019 + 36 21 15.4 65.8 3 5-44 2947 Lacaille 2634 .... 6.2 2 58.92 64. 2 5 2.504 - 23 49 20. 7 65.0 2 5-44 2948 2O/1O Weisse VII, 63 ... i) 8->5 Cist*) . 8-5 8.0 3 '4-07 1 36. 76 6l.O 62. 5 I C 2-738 j. 605 -- H 33 40. 7 + 22 30 26. 4 69.7 65. 2 2 2 5.46 5-49 ^y4y 2O CO S 82? (2d*) 8.0 O J / 3 37. 12 J 62.6 J 2 O J 7. 605 + 22 30 34. 4 65.8 3 5- 5 ^y!) u 2951 O. Arg. 8.6311 . . . 8.S j oy 7 3 52-43 66.9 2 O J + 2.507 - 23 43 4.4 66.2 2 - 5-52 2952 2OC 7 O. Arg. N. 7623 . . . 48 Geminorum . . 7.0 6.0 3 53-33 i 55.86 64. I 6s. i 3 2 9-394 ?. 654. + 78 3 23. i + 24 21 32. 4 65-4 68.6 2 2 5-52 5- 5 2 'yij 2954 Lacaille 2641 .... 7.0 J JJ 3 56. 87 V J. * 70.1 5 o j*t 2-472 - 25 o 25. 6 70.9 4 5-53 2955 Weisse VII, 93 ... 8.0 3 58-5 62.4 3 2.738 - H 32 27.7 63-4 4 5-53 2956 ?ftC*7 O.Arg. 8.6317 . . . Rumker 2 I'll 8.4 7 3 58-77 4 Q. 71.8 4 + 2.473 3. C 12 24 59 2. 9 -(-185? o. ? 71.2 7O. 2 4 2 5-53 5- 54 ^957 2958 Ru'mker 2130 . . . . 8.2 T" 7* 4 18. 18 66. i 2 O* J * 4-239 J J J + 42 16 44. 3 67.2 I 5-55 2959 Lacaille 2643 7.0 4 28. 18 62.7 4 2-374 28 31 20.8 65.6 2 5.56 2960 Lacaille 2647. .... 4.2 4 42.01 63-7 3 2.410 - 27 15 55-4 69 2 2 5-59 U. S. NAVAL OBSERVATORY, 1845 l8 77- 77 3 Mean Right 1 4 S Mean rt & Declination, C 3 C (j CO 1 D X M 3 1 860.0. rt 6 X 1 " 1 860.0. rt B 6 *&" h. m. s. s. / // // 2961 22 Monocerotis .... 5- 7 4 42. 88 66.0 3 + 3.066 o 15 49. I 69. 2 2 5-59 2962 O.Arg. 8.6343 . . . 7-3 5 6.02 67.0 2 2.318 30 26 8.8 73-4 4 5.62 2963 Riimker 2133 ... 8.9 5 10.09 62.2 I 4-237 + 42 18 5-63 2964 Weisse VII, 137 ... 8.2 5 13-26 76.1 2 2-733 - H 47 ii-5 72.7 2 5-63 g 5.0* 5 ! 9- 83 60. 9 5 3.450 4- 16 23 34. 3 56.7 5 5.64 2966 Weisse (2) VII, 135 . J 8-5 7 5 23-22 71.1 2 + 3-677 + 25 14 53-3 71.2 2 5.64 2967 O.Arg. 8.6364 . . . 8.8 S 41-95 69.6 2 2.508 - 23 44 25. o 66.2 2 5-67 2968 Weisse VII, 164 ... 8-5 5 43- 4 69.4 3 2-739 - 14 34 11.9 56.1 I 5.67 2969 B. A. 0.2363 .... 6-5 5 53-8o 61.2 2 3. 66S 4- 24 56 47. 3 70.7 2 5-69 2970 Weisse (2) VII, 153 . 7-3 6 4.48 66.3 5 4-233 4- 42 10 22. 7 63-9 3 5.70 2971 Weisse VII, 174 . . 8.2 7 6 8. 07 64.6 2 + 2. 746 14 15 34-5 70.8 3 5-7i 2972 Lacaille 2655 .... 7-o 6 27. 19 63.8 5 2.416 - 27 6 8.9 62.2 3 5-73 2973 26 Canis Majoris .... 5-5 6 28. 44 66.7 2 2-455 - 25 42 38. 6 66.2 2 5-73 Anonymous . Q O 6 34. 6 1 76. i I 2. 743 - 14 23 ii. 9 7O. 2 I 5-74 2975 Lalande 14051 . . . y* u 8.0 V Jf * 6 37- 9 1 69.7 2 2.736 - 14 39 o. 2 56-2 3 5-75 2976 B. A. C. 2371 . . . . 6.0 7 6 40. 52 62. 2 3 + 2.315 - 3 35 24- 7 68.2 2 5-75 2977 Lacaille 2659 .... 6.5 6 46. 55 63-4 4 2.412 - 27 14 29.5 69. i 2 5-76 2978 Lalande 14065 . . . 8.0 6 54. 02 64.5 2 2-744 14 20 42. 9 72.7 2 5-77 2979 O. Arg. N. 7681 . . . 8.6 7 i- '7 64.8 4 9-746 + 7*9 8 34. 7 63-5 3 5-79 298O 53 Oeminorum . . . 6.0* 7 12.38 64.6 2 3.756 + 28 8 12. 5 69. 7 2 5.80 298l O Arg. S. 6430 . . . 6. i 7 7 58. ii 63.6 5 + 2.417 - 27 7 9.7 64.5 4 5-86 2Q82 Anonynvius 8-5 8 2.28 60.3 4 2. 746 - 14 19 Id. I 68.1 3 5-87 2983 O. Arg. S. 6442 . . . 9.0 8 14.67 68. i 2 2. 420 - 27 3 25-8 71.6 2 5.88 2984 DM. 4-41, 1629 . . 8.4 8 21. II 71.2 3 4.214 4- 41 46 48. 8 75-3 I 5.89 2985 B. A. C. 2383 .... 7.0* 8 22. 74 66.2 2 3-721 4- 26 56 14.8 68.8 3 5.90 2986 B. VI. + 38, 1726 . 7-7 7 8 29. 14 73-8 3 4- 4.092 + 38 36 34- 5 46. 2 5 - 5-90 2987 27 Canis Majoris .... 4-5* 8 32.96 66.0 2 2.446 26 6 48. 4 6S. 8 3 5-9' 2988 Weisse VII, 250 . . . 7-4 8 44- 75 60.3 4 2-745 - H 22 7.3 56-4 5 5-92 2989 B. A. C. 2377 .... 6.0 8 58.63 77.1 5 11.291 -\- 81 10 9.0 73-o 4 5-95 2990 B. A. C. 2393 .... 6.5* 9 H-75 67.1 2 2.427 - 26 47 47. 7 68.1 2 5.96 2991 B. A. C. 2394 .... 7-4 7 9 12-24 67.1 2 + 2.323 - 3 24 57. i 66.6 2 5.96 2992 Weisse VII, 274 ... 7-5 9 26.80 70. o 6 2-747 - H 15 17-4 73-4 6 5-98 2993 O. Arg. N. 7753 . . . 8-7 9 36- 37 61. i 3 5-34 + 60 14 28. 5 63.2 2 6.00 2994 O. Arg. S. 6484 . . . 8-3 9 40. 44 74-7 3 2. 518 - 23 27 50. 5 74-8 3 6.00 2995 Weisse VII, 283 ... 7-6 9 41.48 71.9 5 2-748 - 14 15 58.0 63-4 6 6. oo 2996 O. Arg. S. 6489 . . . 7-3 7 9 44-44 63.8 3 + 2.390 - 28 7 20.3 69. i 2 6. 01 2QQ7 O. "* q AC, 2.380 - 28 27 3. 9 73- ' 2 6. 01 2998 Weisse VII, 290 . . . y J 9.0 y ^j- 9 51.21 73-8 3 2-739 - 14 36 47.6 66.5 3 6.02 2999 Lacaille 2684 .... 7.0 9 54-96 74-7 3 2.518 - 23 29 49. 7 66.6 2 6.02 3000 B. A. C. 2399 .... 5-5 9 56. 02 63-7 2 2.322 30 26 38. 5 66.6 2 6. 02 78 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1860.0. \ ^ d 1 3 o < o o Z 1 I' 6 = 8 < | " Mean Declination, 1 860.0. S ^x a rt 0) 8 1 O K Annual Precession, 1860. h. m. s. s. / // rt 3001 Lalande 14120 . . . 7.0 7 9 59- 62 72.6 2 + 4-030 + 36 55 32-9 65-9 3 6. 03 3002 3OO7 47 Camelopardi .... 7.0 S. S 10 0.23 IO 2. "7$ 61.2 6-!. T, 3 I 7. 5-294 7..4<;7 -|~ 60 9 20. 5 -1- 1 6 47 2O. 7 56-5 71.2 3 6- 03 6 03 J^^O 3004 Weisse VII, 300 . . . j j 9.0 i j 10 7.44 v j' j 69. i * J 2 j ^j / 2-739 1 " *T/ "" / - 14 37 46.0 / 56. o J 5 - v j 6. 04 3005 B. A. C. 2320 .... 6'. o* 10 8.84 62.8 9 77- 792 + 89 I 20. 8 70. 1 6 6. 04 3006 Lacaille 2695 .... 8-5 7 10 40. 65 65.1 2 + 2.331 - 30 1 1 22. 4 73-7 2 6. 09 3007 Weisse VII, 316 . . . 7-3 10 42. 19 64.1 2 2.740 - H 36 5-3 57-i 8 6.09 3008 Weisse (2) VII, 327 . 7.8 11 1.70 65.2 2 3-594 + 22 16 33.9 74-6 2 6. 12 3009 O: Arg. N. 7755 . . . 8.0 ii 9. 48 64. i 3 9. 600 + 78 57 49- 9 63-9 2 6.^3 3010 Weisse VII, 320 . . . 9.0 II IO. IO 67.8 3 3-345 + 12 5 34-4 57- ! 2 6.13 3011 3OI 2 0. Arg. S. 7536 . . . Anonymous . ... 9.2 8 ? 7 " 11.65 If 22 QQ 62.2 60 7 I 2 + 2.383 2 7AO - 28 25 31.3 14. T.6 l6 Q 73-i e.6.2 2 6. 14 6 is O^* ^- 3013 M. 2.91,65 ** j 7.0 *.*.. yy II 29.86 "? t 68. i 2 *" / T 1 " 2-352 ^ o - 29 28 54.5 J 69.6 J 2 u. 13 6.16 30H 0. Arg. 8.6553 . . . 6-5 II 32. 62 65-1 I 2.318 - 3 38 55- i 72.1 3 6.16 3015 0. Arg, 8.6554 . . . 8.0 I I 32. 64 65-1 I 2.318 - 3 39 29.4 72.1 3 6. 16 3016 3OI 7 Lacaille 2705 .... (f Geminorum . 8.0 7 4* 7 " 33-30 1 1 4^ 57 66/V 58. 6 2 I A7 + 2.385 3CQ2 - 28 21 6. 9 -1- 22 11 II 1 66. i en 6 2 6c - 6. 16 6. 18 O w * / 3018 DM. +41, 1638 . . O- ^ 1 TO' J / ii 50.32 71.2 1 -T/ I jy* 4-215 I ^* **f ** + 41 5 6 7-5 j w - M S 8.2 J 2 6.18 3019 DM. + 25, 1641 . . 9.0 12 4. 3- 6 7I + 25 14 17.2 71.9 3 6.21 3020 Weisse (2) VII, 347 . 7.0 12 14.30 69.6 2 4- 199 + 41 34 12.7 52.2 4 6. 22 3021 DM. + 25, 1643 - - 8.5 7 12 25. 91 69. 2 2 + 3-67I -f- 25 15 2O. 2 68.4 4 6. 23 3022 7O2"? B. VI. + 25, 1645 . . 65 Aurigce 8.8 C C 12 34-97 12 40. 50 69. 2 7O 2 2 I 3-67I 4O1O + 25 17 58-8 _1_ -37 T 12 1 64-7 47 2 2 6 6. 24 6 2< J J 3024 Mer. C. Z. 155, 57 . . J' J 8. i 12 48.05 /" * 64. 2 3 ^J*- 1 2.349 t JJ ** J - 29 37 57-9 T./ . 4 73-2 3 u. ^ 6.26 3025 W26 30 Canis Majoris .... 3.8 8. 7 12 54- 25 7 J2 CC 6 7 .I 3 2.488 J_ 2 322 - 24 42 5. i 7O "3^ 2 1 * "\ 66. i 7O 2 2 I 6.27 6 27 J 3027 DM. -f45, 1424 . . J / * * JJ' 12 56.47 46. 2 i I * J*" 1 4-353 O^ JO ^J" J + 45 14 24. 7 / v ^ 46. 2 I V. A/ 6.28 3028 Weisse VII, 368 ... 9.0 12 57-23 6l.6 2 3-352 + 12 24 48.9 62.2 2 6.28 3029 B. A. C. 2420 .... 6.8 13 8.30 68.6 6 2.322 - 30 32 44. 9 68.4 4 6. 29 3030 O. Arg. S. 6600 . . . 6.0 13 9-26 68. i 4 2.444 26 Ig 56. 2 68.2 2 6. 29 3031 M.Z. 227, 35 . . . . 9.0 7 13 21.04 68. i 2 + 2.310 - 30 58 20. 4 70.5 3 6.31 3032 Lacaille 2726 .... 7.0* '3 24-53 66.5 3 2.488 - 24 42 3. 9 66. i 2 6. 3I 3033 Weisse VII, 387 ... 9.0 13 28.09 61.7 2 3.368 + '3 6 34.8 66.1 2 6-32 3034 Weisse (2) VII, 389 . 7-5 '3 43- 20 69. i 2 4- 199 + 4i 37 34-9 46. 2 4 6-34 3035 7m6 O. Arg. S. 6623 . . . 8.0 7 C 13 57-86 7 I L I O4 68. i 6Q. I 2 2 2-445 + 2 742 26 18 52.5 JA -jf) Af) A 69. 2 rfi 2 2 6.36 6 ih O V J 3037 V>7,8 B. A. C. 2428 .... Anonymous / j 7.0 8.8 i * *f * v -'4- 14 I. 20 HI Tf "3O 67.6 69. 8 2 jt. /^fi 2.234 2 7/12 l *r J" *f' J ' *r - 33 28.18.6 IA T^ CQ O 5 U - 68.7 ?6 2 2 " o u 6.36 6 -*8 O O 3O^Q Anonymous .... 8 ^ 1 J' J w Ii 37 7i 60. o 2 * /'+'* 2 7J.6 i^ 23 8. 8 >"> 77 I VJ. JO I'll O J-7 3040 Weisse (2) VII, 414 . j 8.0 *T J/ ' / * 14 46. 50 46.1 2 * fV 4-344 + 45 7 5- c > /J- x 72-1 2 6. 42 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 79 Number. Name of Star. u e i 55 Mean Right Ascension, 1 860.0. ILJ CJ U >* a u 3 o tM O d 2 Annual Precession, 1860. Moan Declination, 1 860.0. Mean year. 1 "o o fc Annual Precession, 1860. h. m. s. s. / . // // 3041 Lacaille 2741 .... 6.6 7 14 50.97 67.6 2 + 2-442 - 26 26 31. 4 67. 2 2 6.43 3042 B. A. C. 2432 .... 7. o 14 56. 17 59-5 2 3-497 + 18 32 18.7 54-i 2 6-44 343 Lacaille 2747 .... 6. 5 15 13.92 62.7 2 2-435 26 42 14. 2 67.1 2 6-47 344 O. Arg. S. 6666 . . . 8.0 15 20. 24 67.6 2 2.402 -27-53 25-3 68. i 2 6-47 345 Lacaille ^753 .... 7.0 '5 31-83 64.7 2 2-275 - 3 2 12 59-4 70. i 2 6.49 3046 Weisse VII, 461 ... 8. 2 7 '5 34-59 70.0 2 + 2 -737 - 14 49 22. i 69. 2 2 6.49 347 Weisse VII, 464 . . . 8.0 15 37-45 65.6 2 2.746 - 14 27 17. 1 57-3 3 6. 50 3048 7OJ.O O. Arg. S. 6678 . . . 7-3 <; s* 15 52.52 16 8.48 65-1 60. i 4 2 2.402 4- 55 1 - 27 55 46.4 + 49 29 4. i 69. i 54.2 2 3 6.52 6.54 O^-rV 305 Piazzi VII, 67 .... j j 6. 4 16 16.47 71.2 3 6.321 + 68 44 42. 2 68.7 7 6-55 3051 O. Arg. S. 6696 . . . 6.8 7 16 34-64 75-4 6 + 2.493 - 24 38 19.4 74-2 3 6.58 3052 Weisse VII, 500 . . . 8.5* 16 49. 88 69.1 i 2-743 - 14 36 45- 7 56.2 4 6.60 353 B. A. C. 2443 .... 7.0 16 50. 02 63. 2 2 2-273 - 32 19 21. 8 66. i 2 6.60 354 70^1 Weisse VII, 502 . . . Anonymous 9.0 8.5 1 6 50. 80 16 58.32 6 9 .I 63.2 2 2 2-943 2. 273 - H 36 - 32 19 47. 7 66. i 2 6.60 6.61 O^JJ 3056 -inc? Lacaille 2762 .... i Ocnii riorum * 6.9 4O* 7 16 58.56 17 I . 60 62.5 \ j* "3? 3-954 1 O O J + 35 5 9-8 49.2 I 6.87 393 B. A. C. 2466 .... 6-5 20 2O. 52 6 3 .i 2 2.34 - 3i 27 47-o 68. 6 2 6.88 394 O. Arg. S. 6810 . . . 7-4 20 22. 98 64.4 3 2.446 - 26 30 50. 5 6S. i 2 6.89 39S Lalande 14473 7.0 20 3 2. 25 73-7 2 4. 1 68 + 4i 7 52-3 60.6 2 6. 90 3096 DM. 4- 15, 1578 . . 8.6 7 20 35. 18 66.1 2 + 3-42} + 5 38 38. 8 69. 2 I 6.91 3 97 Lalande 14484 . . . 6-5 20 42. 05 69. 2 I 4.069 + 3 8 27 23. 3 47 .8 3 6.92 3'98 Weisse VII, 625 ... 8.7 20 45. 94 63.2 2 2.823 ii >2 43-5 70. I 2 6.92 3 99 j 100 Lalande 14499 9.0* C C* 21 1.62 21 6. OI 76.2 to 2 2 2 4.019 1 74^ + 37 3 49- 4 -f- 28 12 4. O 49-2 51. i I 12 6.9). 6. QS 3101 DM. +40, 1876 . . J* J 8.5 7 21 16. 68 JJ7* 75-4 3 J' 1 ^J + 4-15^ + 40 43 46. 8 72. i 3 ?j - 6.96 3102 B. A. 0.2470 . . . . 7.8 21 16. 80 62.5 3 2.822 - II IS 33- 3 6 3. a 2 6.96 3 I0 3 Weisse (2) VII, 594 . 8.2 21 24.92 71.6 4 4. 148 + 4^ 38 43- 3 6:. 2 3 6.97 3'4 B. A.C. 2472 . . . . 6.5 21 57.09 69.1 2 3-744 + 23 12 5.5 6:. 2 2 7.02 3io5 6 Canis Minoris .... 5-5 21 59.96 68. i 3 3-345 + 12 17 33- 5 70.1 2 7.02 3106 Weisse (2) VII, 613 . 9.0* 7 22 I. 10 61. i 2 + 4- 19^ + 41 45 i7-o 53-2 2 7.02 3i7 Lacaille 2814 .... 7-5 22 I3.OO 63-2 2 2.404 28 5 19. 3 68.7 2 7.04 3108 Lacaille 2813 . . . . 6.6 22 19.37 64.6 6 2.446 - 26 33 21. 8 68. i 2 7-5 3109 3110 Weisse (2) VII, 625 . O. Arg. 8.6875 . . . 8.5* 8-5 22 21. 36 22 47. 04 77- i 76.8 I 3 4- 15 2-743 + 40 44 31.5 - H 44 57-4 75-2 72-7 I 2 7.05 7.08 3111 R VI 7h 77 i>. v i. 7 , 77 . . . . 7 22 54.87 71.1 , + 2.652 - 18 35 23.9 63.2 2 7. 10 3112 Lalande 14619 . . . 6.0 22 59-47 72.4 5 2. 74 1 - 14 42 13.6 67.2 2 7.10 3"3 DM. + 22, 1706 . . 8.5 22 59.48 73-6 2 3-592 + 22 3t 41.0 70. i I 7. 10 3"4 Weisse (2) VII, 667 . 8.0 23 18. 98 62. 2 2 3.420 + 15 3 2 25.4 71.8 8 7.13 3S Lacaille 2824 .... 6.5 23 27.31 66.6 2 2. 112 - 37 3' 2 3- i 65.6 2 7-14 3116 Weisse (2) VII, 68 1 . 8.6 7 23 38.40 63.8 5 -h 3-422 + IS 38 II- 2 68.2 2 7. 16 37 Weisse (2) VII, 682 . 8.3 23 38. 70 64.2 8 3-421 + 15 3'' '7- i 73-9 4 7.16 3118 3IIQ Lalande 14620 . . . 5-8 Q 2 23 43- 99 22 46 64.6 2 3-463 2 C 17 -(-I? 22 '50.0 M 1 ^2O 67.2 71 2 2 7.16 7. 17 3 y 3120 O. Arg. 8.6907 . . . y* ** 8.1 ^O V'* 23 46.90 64-3 3 * 3** 2.33.0 *T- *r o - 30 21 27. I / ' 68.2 1 it 7- '7 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 81 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. s >. s a S o o Z, Annual Precession, 1860. Mean Declination, 1 860.0. S >> s s 1 "o o Z Annual Precession, 1860. 1 1 -j i 8.6 h. m. s. 7 2? 52. s. 4- 2.612 / // 2O 30 32. 2 74. c t // - 7. 17 jt^i 1 1 22 Anonymous . , . q. 2 / ** j ' 21 ;6. 20 6s. 2 I 2. 516 - 28 58 / ^ J j / / 7- 17 ;** 3123 Weisse (2) VII, 678 . y 8.0 J J 24 3-05 **J " 69. i 2 4-175 + 4' 28 7.9 60. 2 2 * / 7.19 3>24 Tr. Z. 150, 10 . . . . 8.0 24 13.06 69. i 2 2.494 7 24 5' 25.1 64.6 2 7.20 3125 7 126 Lalande 14637 . . . 7.0 7. 4 24 15-92 7 24 22. 08 60. 5 77- 2 2 I 3-576 h 2. 605 -f 21 42 9. 9 2O 31 5. 2 56.1 74- 7 2 2 7.20 7. 22 3127 Weisse (2) VII, 705 . 9.0 2 4 22.63 68.1 3 3.420 + 15 34 32-4 66.2 I 7.22 3128 O. Arg. 8.6941 . . . 8-3 2 4 50.44 64.1 2 2 -394 - 28 33 3 S. 5 69.2 2 7.26 3129 O. Arg. S. 6946 . . . 8.6 24 54-45 64. i 2 2-394 - 28 32 46. 7 69.2 2 7.26 3'3 Weisse VII, 756 ... 8.8 24 57-21 59-i 2 3-38 -I- 10 43 i. 8 64. 2 2 7.27 3>3' Weisse (2) VII, 727 . 8.0 7 25 6. 62 67.1 2 + 3-436 -|- 16 16 41. 5 73- ' 3 7.28 3'32 O. Arg. S. 6948 . . . 7-5 25 8. 10 63-7 7 2.415 - 27 48 1 5. 9 66.1 3 7.28 3133 O. Arg. S. 6949 . . . 7.6 25 8.32 64.1 4 2.414 - 27 49 45.0 66. i 3 7.28 3'34 O. Arg. 8.6951 . . . 9.0 25 14. . . 2-397 - 28 27 18. 5 47.2 i 7.29 3'3S j i -3 f\ B. A. C. 2484 .... 68 Geminorum . . 5-5 S.o* 25 16.05 7 25 16 06 66.2 6O. 4. 2 IO 2-333 + ? 412 - 3 40 15- 7 _L 16 7 2S O 66.2 68. i 2 2 7.29 7 7_2 J 1 J U 3*37 Weisse (2) VII, 728 . J 7.0 / 'j j v - y^ 25 37-72 ***** f- 74-5 4 J m ^J 4- 147 i ' / *j- v + 40 48 21.5 53-2 2 / J-* 7-32 3138 "* I 7O a 1 Geminorum a 2 Geminorum 3.0* i. q* 25 39- 3 2C 2Q 8^. 61.3 C C 2 28 1 60 3-856 ^ 8";6 + 32 ii 27. 7 + 72 II 7.O I 51.0 C f I 16 I 7 7-32 7 22 j 1 jy 3 J 40 Weisse (2) VII, 730 . 3 9.0* "3 j?' *-M 25 40. 34 JJ' * 77-2 6 o- .) u 4.184 ;> * * J Wi * + 41 45 55.8 J l ' * 60.6 1 / 2 / 6 A 7.32 3HI 3 T J.-? Weisse VII, 816 . . . v OeiYnnorum 9.0 <;. o* 7 27 4.62 27 17. 45 Weisse (2) VII, 789 . 7-5 27 41. II 68.6 2 4- I5 6 + 41 9 3-o 62.6 2 7-49 3H<5 Weisse (2) VII, 791 . 8.0 7 27 42.36 68.6 2 + 4- '54 + 4i S 28.9 62.6 2 7-49 3H7 Lacaille 2,852 .... 7.0 28 8. 23 64.5 4 2. 264 - 33 5 57-7 62.2 2 7-52 3H8 Weisse VII, 87 1 . . . 8.5 28 29. 96 64.1 2 2.748 - H 3 8 43-o 55-5 3 7-55 3'49 -II CQ Groombridge 1343 . . 6.7 $. o 28 40. 90 28 4.2 7 } 68.8 60 ^ 3 1 4-059 2 4.7 1 + 38 34 7- i 2C. 4.8 46 4 46.2 66. 5 3 i 7-57 7 t;? j j 3i5i Lacaille 2857 .... J 6.5 T" / J 7 28 52.44 V 7' J 62.5 o 2 ' T-/ J + 2.449 *O V* V ^ - 26 42 38. 5 68.2 j 2 / jt 7.58 3152 Weisse (2) VII, 840 . 7.5 28 55.49 76.7 7 3-566 + 21 40 54.7 75-o 4 7.59 3153 Lacaille 2859 .... 6.2 28 56. 47 6 4 .2 3 2.263 - 33 9 47-o 67.7 2 7.59 3'54 O. Arg. 8.7063 . . . 7-7 29 14.01 64.4 6 2.383 29 .6 18. 6 73-o 4 7 .6i 3'55 3K6 O. Arg. S. 7065 . . . 70 Geminorum 9.0 6.0* 29 20. 1 8 7 2Q 21 OO 69. 2 60. I 2 2.474 _1_ 7 050 - 25 48 50..9 +?c 21 2O I 66.6 C I n 2 7 7.62 - 7 62 j j 3157 Lacaille 2867 .... 4.0 / ^y vy 2 9 45.67 62.2 3 i j- SrD u 2.413 Jj ** *y f * - 28 3 42. 2 j * y 67.1 / 2 / ' ^* 7-65 3158 Lacaille 2864 . . .' . 8.0 29 46. 28 66. i 2 .2.473 - 25 50 51.4 7>-5 3 7.65 3159 1160 Weisse (2) VI I, 874 . 9.0 5. 7 29 58. 99 30 i. 1 8 65.7 69 6 S 2 3-566 3Q3 1 4- 21 46 31. I + ?4. ej. -i j. 56.1 69.6 2 C 7.67 7 68 j j l wy. v/ - yj4 JT' J4- J- ^r J / * ^^ AP 1 84- 82 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. 1 c rt OJ *S tfl 4; o *o o 2 Annual Precession, 1860. Mean Declinati-ou, 1 860.0. >, g rt S \e % o o fc Annual Precession, 1860. h. m. s. s o / // // 3161 M. Z. 216, 57 .... 8-7 7 30 2. 82 64.5 3 + 2-369 - 29 41 37.0 65-5 3 7.68 3162 Weisse VII, 924 . . . 7-5 30 9.58 72.6 2 2. /6o 14 ii 8.8 55-8 2 7.69 3163 M. Z. 216, 58 .... 8.6 3 '3-49 64-5 3 2.366 - 29 45 5-o 70.2 3 7.69 3164 O. Arg. S. 7099 . . . 8-7 30 22. 26 66.8 3 2.386 - 29 3 0.4 68.2 2 7.70 3165 O. Arg. 8.7101 . . . 7-5 30 27. 20 67.6 2 2.438 - 27 ii 44. 2 70.1 2 7.71 3166 Lacaille 2873 .... 6.5 7 30 33- ii 66.6 2 + 2.268 - 33 5 3-7 62.2 2 7-72 3i 6 7 O. Arg. 8.7107 . . . 7-5 3 35-46 67.6 2 2.390 - 28 56 22. 8 70.2 2 7.72 3168 Lacaille 2870 .... 6.5 3 42. 33 67.1 2 2.496 - 25 i 23.0 67.6 2 7-73 3169 Groombridge 1352 . . 7- 30 48. 80 68.8 3 4-59 + 38 39 38- 8 46.9 3 7-74 317 M. Z. 231,54 . . . . 9.1 31 7-30 73-i S 2-33' - 31 o 36.4 7O. 2 2 7-76 3'7i Lacaille 2876 .... 7-o 7 3i 21.85 68.6 5 + 2-537 - 23 27 48. 8 67.6 2 7-78 372 O. Arg. 8.7131 . . . 7-6 3i 23-17 64.7 2 2.441 27 6 39. 4 70.1 2 7-79 3'73 f Geminorum 6.0* 3' 23.34 60.8 6 3-472 + '7 59 23.9 59-3 5 7-79 3174 Weisse (2) VII, 915 . 8-5 31 25.24 68. i 2 3-544 + 20 56 47.7 69.7 2 7-79 3'75 M.Z. 231,55 . . . . 7-8 31 26.78 75-4 4 2-331 - 31 i 26. 5 70.2 2 7-79 3'76 Weisse VII, 968 ... 9.0* 7 31 47- 15 59-i 2 + 3-35 + 10 42 38. o 57-2 2 7-81 3177 U78 a Canis Minoris .... I. O 3i 58.47 32 10. 16 57-3 6Q. 2 234 I 3- '9 2 2 7?O + 5 35 o- 2 14 40 17.7 51.6 c6 5 57 -i 7-83 7 8} J*/ M 7I7Q /// Puppis 4- 5 32 28. ^6 vy, f 69.6 2 / J 2 4Q7 *f ifl-V^ 1 1 , f 2<; 2 (6. i J w - J 64 7 j 2 / u o 7 87 J* / y 3180 B. A. 0.2526 . . . . 6.0 J ***" J 32 40.7' 7 " 64.8 4 ^y f 3- '9 1 j j w - * + 5 33 o-4 "T-- / 69. 2 2 / w 7.89 3181 O. Arg. 8.7167 . . . 7.6 7 32 44. 66 69. 2 3 + 2 -3 2 9 - 31 8 15.0 69. I 2 7.90 3182 DM. + 21, 1661 . . 7-5 32 54- 92 69. I 2 3-562 -j- 21 46 7. 6 56.5 3 7.91 3183 ^184 B. A. .2521 . . . . 6.0* 6.2 32 55-49 W 5- 08 68. i 62. 2 3 3 10. 499 2. 4.60 + 80 36 23. 8 26 2Q 7. 1 7 1.6 68.5 10 a 7.91 7 Q2 J* "** ^18? 6.7 O J J 11 ^.61 62. 2 T. *t u 2. 4.6o y / j 26 29 16. 6 68.5 j a / y* 7 O2 J J 3186 51 Camelopardi .... 6.0* JJ J J 7 33 15- I0 62.2 O 2 m* ifw + 5-802 + 6 5 47 4-4 68.6 j 2 / y* 7-94 3i87 DM. + 10, 1593 . . 8.8 33 24-06 67.4 4 3-298 + 10 26 56. o 73-9 3 7-94 3188 DM. + 5, 1747 . . . 9-4 33 25.99 65-2 i 3-I9I + 5 3i 0.5 68.6 2 7-94 3i89 M.Z. 216,61 . . . . 8.0 33 27. 54 70. I i 2.368 - 29 49 16. 7 68.2 2 7-95 3190 Tr. Z. 158, in . . . 7-7 33 35-48 69.6 2 2.528 - 23 54 40- 3 67.2 2 7-95 3191 DM. + 21, 1668 . . 7-o 7 33 59-52 65-1 I + 3-550 -f- 21 18 4. i 72. 2 2 8.00 3192 3I >> I 2 o "o 1 Annual Precession, i860. Mean Declination, 1 860.0. ! rt f, rt V S 1 teri O 6 >? Annual Precession, 1860. h. m. s. s. / // // 3201 li. A.C. 2544 . . . . 7.0* 7 35 1-68 61.2 2 + 3- 585 + 2 2 43 33- i 65.6 2 8.08 3202 72O? 0. Arg. 8.7239 . . . Anonymous . 7.0 8.0 35 3- 03 7C 6 OS 67.0 en o 3 ] 2.432 2. 760 - 2 7 37 22 - 14 ]g 68.2 2 8.08 8. OQ O O 3204 "?2O<* Kacaille 2916 . . . . K Geminorum 5-5 4.0* oj w> yj 35 26.69 7C Cn C J jy- v 73-8 rg 7 3 i ; 2.328 7 6^t; - 3 1 20 14-5 + 24 A I J.S J 65. 2 eg 1 2 7 8.12 8. 16 O J 3206 O. Arg. S. 7286 . . . 7.0 OJ JJ' JJ 7 3 6 34- 67 j 1 - 1 - / 66.6 * j 5 j- '-'jj + 2 -372 ''"t T-J T**. J - 2 9 5' 32-4 J"' . 66.5 / 3 8.20 3207 5208 O. Arg. S. 7289 . . . 3 Geminoruni 8.6 I. O 36 38. 84 ?6 44 77 66.6 c8 ** 3 22 3 O. Arg. S. 7376 . . . T- J 7.8 jy j w - "r 39 35-31 64. o 4 / U 4 2.446 B 4 *o o4- u - 27 18 13.6 uo. / 69.7 2 o. 44 8.44 3 22 4 Weisse (2) VII, 1143 . 7-9 39 4- 57 65. 2 5 3-547 + 21 22 35.0 69. 2 2 8-45 3 22 S Lacaille 2952 .... 7.0 39 57-8 65.6 5 2 - 534 - 23 55. 5.0 68. i 2 8-47 3226 B. A.C. 2581 . . . . 6.5 7 40 2 1 . 69 66.7 2 + 2.258 - 33 53 41-9 69.7 2 8.50 3 22 7 5228 B. VI. + 38, 1820 . . Anonymous 7-5 91 40 22. OI 4O "?O. 06 75-5 66. 7 6 2 4.031 2 llii + 38 22 2. 7 27 lA CS 7 73-o 69. 6 5 2 8.50 8 c-> j * 3229 72 3O Weisse VII, 1232 . . Anonymous ' 8.0 8.0 40 44. 39 40 t; 8 17 68.8 69. 2 3 * *fty 2.818 2 76? */ *1- 0- ^ - ii Si 34- i 14 16 7.8 68.2 C7 C 2 o. 5 Z 8-53 X cc JO 3271 Anonymous 8.0 t 1 -' j^- i / 7 4 1 o. 1 2 64. I 2 - / J )~ 2 76l 14 26 24 O J/' .) cri i 2 - ii S cfi JO 7272 s. 1'uppis . 8.0 41 2^ 32 66. 5 t / 2.818 I I C I C I o- ' <>- i 2 O. jU X -- O O 3 2 33 DM. + 38, 1825 . . 9.0 T 1 * *J' J^ 41 41. 72 74-8 3 4 4.022 1 J l O- * + 38 10 42.7 07. i 46. 2 i - 57 8.61 3 2 34 Riimker 2287 .... 6.0 4i 43-53 73-9 3 3-354 + 13 9 42.4 56.2 2 8.61 3 2 3S Weisse VII, 1259 . , 8. i 41 56.22 65.1 2 2.818 - ii 52 23.0 68.7 2 8.63 3236 O. Arg. S. 7442 . . . 9.0 7 4i 57-77 69.6 2 + 2-539 23 50 26. 6 70.7 2 8.63 3 2 37 Lalande 15196 ... 6.0 4i 57-84 69.6 2 3- 99 6 + 37 2 5 59- 5 ' 47-i 2 8.63 3238 0. Arg. S. 7444 . . . 7-5 42 3.60 67.1 2 2 -37o - 30 12 17.0 68.7 2 8.64 3 2 39 0. Arg. S. 7443 , . . 9.0 42 4. 15 68.4 3 2 -537 - -3 54 54- 4 72.2 2 8.64 3 2 4Q 0. Arg. S. 7445 . . . 9.0 42 4.71 67.7 2 2.450 - 27 16 37. 6 69.7 2 8.64 84 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. M B >^ C ri cu S ui ^ S! o 2 Annual Precession, 1860. Mean Declination, 1 860.5. |M rt jj C C3 V ^ , O 'o 6 Z Annual Precession, 1860. 3241 -324.2 O. Arg. S. 7449 . . . O PUDDIS . 8-5 4.. O h. m. s. 7 42 9- '9 42 15.88 77.2 70. i i 2 s. + 2.549 2. 494 O / // - 23 25 19. i 2? )<; 32. 3 73-5 67.6 3 2 // 8.64 8.66 j *-*t* 3243 724.4. M. Z. 216, 70 .... Anonymous Q O 42 17.00 A 2 2 1 77.2 J 2.381 2 tf Co J O J J 3 29 47 25. 6 21 21 iS 7 72.5 73 T 3 i 8.65 8. 66 J*-**-T- 3245 324.6 DM. + 38, 1826 . . Lalande 15252 . . . y. v^ 8-5 t^f. m f . 42 2 J.. 80 7 4.2 2Q. 63.8 3 * J J u 4.019 4- 2 8lQ ^J *T J ' / + 3? 9 17-1 jo co 7. i I*** * 58.7 65 i 4 I 8.66 8.67 O T' -2247 Anonymous 8. 5 / T^ jF" 4.2 3 I. 4.6 ?Q. 2 2 y i,. uy 2.766 I I 1 17 A C 5 2 2 8. 68 J T"/ 2248 Anonymous .... J Q. 2 T" O _) T^ 42 31. jy 2. 5OO * T * J J I *f 2? 2J. 77 6 j ^ 67 6 2 8. 68 J T^ -324.1 Anonymous y 8. ? r" O T 4.2 34.. 4,8 60. I I 2. 500 *J *T J/ ' u 21 21 27 1 **/ ** 68 7 2 8.68 J^t/ 3253 B. A. C. 2590 .... J 6.0 *r OT T^ 42 35- 39 ";#' * 69. 2 I 9.806 *j *3 *^ - .> + 79 5 1 IO -4 *-* i 71-3 6 8.68 325' 0. Arg. S. 7458 . . 8.8 7 42 3- 94 71. I I + 2.537 - 23 54 55- i 72.2 2 8.68 325 = O. Arg. S. 7464 , . . 8.1 42 48. 36 64. 2 3 2.466 - 26 41 55.9 69. 2 2 8.70 325,; O. Arg. S. 7465 . . . 7-9 42 50. 09 6 4 .I 4 2.468 - 26 38 49. 4 69. 2 2 8.70 3251 Groombrirlge 1359 . . 7.0 42 53- '2 62.5 2 I5.465 + 84 26 54.3 62.2 3 8.70 3255 Lalande 15235 . . . 7.0 43 L43 69. 2 I 3.967 + 36 37 28.0 47. i 2 8.71 3256 O. Arg. S. 7470 . . . 7-5 7 43 5- 35 64.4 3 + 2.365 - 30 24 32.6 68.2 2 - 8.72 3257 B. A. C. 2599 .... 6-3 43 9- H 60. I 2 2.522 - 24 33 54.6 70.2 4 8.73 3258 DM. + 38, 1828 . . 43 10.50 4 6.1 I 4.023 + 38 17 40.3 46. 2 3 8-73 3259 0. Arg. S. 7473 . . . 7-8 43 "-94 68.8 3 2-379 - 29 54 47. 5 70.7 4 8.73 3260 0. Arg. 8.7476 . . . 8-5 43 21.58 71.2 i 2-55 23 27 3. i 70.7 2 8.74 3261 3262 B. A. C. 2596 .... Argus 5-5* 4. 3* 7 43 21.60 AI 24. d.7 77-2 63 2 + 7-349 2 123 + 74 i? 5-4 24 3O AO 1 73-5 72 7 2 r 8-74 8 74 o 326} Anonymous T" O 8.0 *TJ f/ 4.3 30 6 J V-f. J 62. 2 I *' J*J 2 CA8 ^4- y 4-'-'* j 27 71 AO 2 / '' >> 7O 2 j j 0. /^ 8 77 j o 3264 Lalande 15286 . . . 7.0 TO oy* w o 43 42.37 73-i 2 * JT 3.081 *j j l 4y- * + o 25 52.1 /*-. t. 67.9 4 - / / 8.77 3265 B. A. .2605 . . . . 6.0 43 48.02 69. 2 I 3-502 + 19 40 47- 5 53-2 5 8.78 3266 O. Arg. 8.7505 . . . 7-5 7 43 51. 8j 70.7 2 + 2.372 30 12 29. 2 68.7 2 - 8.78 3267 Lac.iille 2998 .... 6.5 44 2. 69 65.2 3 2-551 - 23 26 52.5 68.2 2 8.79 3268 5260 Lacaille 3006 .... 25 Lyncis Var. 6. S 44 14.59 4.4. 17 S3 67.3 6c ,1 2 2.294 43Q 1 - 32 56 19.8 + 4.7 4.4 78 7 67.7 64. i 2 8. 81 8. 81 j y 3270 Weisse(2) VII, 1263 . J 8-5 t-t- * / J J 44 36. 5 8 wj" 4. 71.2 I jy r 3-794 T-/ T-T- J 1 - 1 - / + 3 1 i 41.2 '-"* j 71.2 2 8.84 3271 ?272 Lalande 15323 . . . Geminorum 7-5 5 0* 7 44 5 2 -97 4.4. t; i a s 6 9 .2 6S 4. I 4.7 + 3.521 3. 686 -f 20 32 10. 7 4-27 7 28 C 56.2 60. 2 2 8 8.86 8. 86 j t 327} Lament 1605 . . , j 'M- :>:> *o 4.1 2 21 uj. -f 77 I 4j I 3. 082 \ * 1 1 ~ u - j _L o 3O 32 3 72 2 2 8.86 J 1 O 327 1 52 Came'opardi .... 5-5* TO * ^y 45 4. 60 / / * 60. i 3 4.909 T^ u J*-* JJ~ J + 5 S 2 4-0 / * 54- I 3 8.88 3275 Weisse VII, 1332 . . 9.0 45 4- 74 72.6 4 3-083 + o 28 49. i 73-5 5 8.88 3276 3277 Lacaille 3")! 2 . . . ; o Puppis 6.5 i o'* 7 45 5-4 4.1 17 7Q 62.8 60. I 3 + 2.534 2 784 - 24 10 25. 7 13 31 A6 7 65.6 61. 2 2 2 8.88 8. 89 o / / 3273 3279 DM. f 38, 1835 . . Weisse (2) VII, 1305 . j- w 7.0 7-4 *r j * / jy 45 33- 77 45 58-5I 69. 2 65.2 i 5 * f^^r 4.015 3- 543 *O J * T- v - / + 38 12 24.7 + 21 27 57. 5 46. 2 67.1 3 2 8.91 8-95 3280 B. VI. +20, 1939 . . 9.0 45 58.60 62. 2 3 3-520 + 20 32 30. 5 56.4 4 8.95 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 85 Xumber. Name of Star. Magnitude. Mean Right Ascension, 1860.0. ca i> X 6 JS o "S o f, Annual Precession, 1860. Mean Declination, 1 860.0. 3 K A o "o o Z Annual Precession, 1860. h. m. s. s. / // // 3281 Weisse VII, 1371 . . 7-5 7 46 21.75 68.7 2 + 3-36S + "3 47 2.5 65.2 2 . 8.98 3282 Lamont 1618 . . . . 9.0 46 27. 26 73-8 3 3.082 + o 30 53. 2 7O. 2 I 8.98 3283 ^281 Weisse (2) VII, 1312 . 7.0 q. o 46 28. 20 46 32.O8 60.2 64. 2 3 2 4.063 2.487 + 39 39 0-8 26 4 16. 7 56.6 68. i 2 2 8.99 8-99 o ^ 3285 3286 Tr. Z. 156,81 .... 85 Geminorum y 7.6 6. <;* 47 16.31 7 4.7 2Q. 44 64.4 cq 8 5 7 2.489 4- ? CI2 - 26 3 16.9 -4- 20 i c i . o 67.8 62.2 3 4 9.05 q. 07 3287 Lacaille 3041 .... J 6.8 / T 1 y TT 48 o. 44 jy- ** 62. 9 J 3 1 J J 2.494 T J - 25 53 58. 8 67.2 2 y' / 9.II 3288 -5280 Tr. Z. 156, 82 . . . . Anonymous 7-3 7. 2 48 9. 90 48 21.21 64.0 66 7 6 2 2.492 2 4.Q7 - 25 59 9.4 21 4.7 21. O 67-3 68.2 2 2 9.12 0. H J*- u y 3290 O. Arg. N. 8445 . . . / 8.5 48 23. 22 rvy. f 67.5 2 T;// 4-357 J T/ + 47 1 53-9 69. 2 2 y j 9.14 3291 Weisse (2) VII, 1366 . 7.8 7 48 26.09 69. I 2 -t- 3-5ii + 20 15 53.6 67-5 3 - 9- H 3292 Groombrklge 1384 . . 48 26. II 67.5 3 4-235 -f- 44 20 48. i 48.2 I 9- '4 3 2 93 DM. + 12, 1717 . . 8.0 48 42. 78 68.4 4 3-327 + 12 7 0.3 68.2 2 9. 16 3294 O.Arg. 8.7636 . . . 6.5 48 43.08 66.7 2 2-447 - 27 44 28.0 69.2 2 9. 16 3295 12o6 Weisse (2) VII, 1362 . 7.0* ?.8 48 47-45 7 4.Q 2 1$ 48. i 61.8 4 A 4.215 -1- "?. 4l6 + 43 52 3>-9 4- 16 q 10. o 48.2 61.0 9 6 9- i? 9- T 9 j*-y 3297 DM. + 12, 1721 . . J ' ** 7-9 l ^y * jj 49 12. 15 65. 2 t 5 I J' ^ 3-326 I y jy -f 12 3 26.9 67.2 3 9. 20 32 9 8 Tr. Z. 156,83 .... 8.7 49 12. 18 70.8 3 2.490 26 6 12.9 67.7 2 9. 20 3299 Lacaille 3061 .... 7.0 49 21. 79 66.2 2 2-354 - 31 10 6.4 70.7 4 9.21 330 Weisse VII, 1459 . . 9.0 49 25.87 65.2 3 3-323 + " 55 40.5 65. 2 2 9.22 33i Tr. Z. 156,84 .... 7-5 7 49 27.23 67.1 2 + 2.491 - 26 3 32.4 67-7 4 9.22 332 O. Arg. N. 8459 . . 7.6 49 36. 19 65.0 2 4-345 + 46 59 44- o 6 7 .I 2 9-23 333 M. Z. 101, ii .... 7.0 49 42- 1 1 68.6 4 2.372 - 3^> 33 4- 9 68.2 2 9.24 334 53 Cameloparcli .... S'S 49 43- 2 9 69. 2 2 5-187 -f 6j 42 8. 3 73-2 2 9.24 335 O. Arg. S. 7669 . . . 6.5 49 S3- '7 6 4 .2 5 2.388 29 59 2.0 65.2 3 9-25 3306 Riimker 2349 .... 8.5 7 5 3-93 66.6 2 + 3-5i6 4- 20 31 46.3 56.7 3 9-27 337 Weisse VII, 1477 . . 8.5 50 18.43 69.1 2 3-333 -}- 12 24 II.7 67.6 2 9.28 3308 DM. + 12, 1729 . . . 8.8 50 25. 62 67.2 2 3-324 + 12 I 14-5 69. 2 2 9.29 339 Lalande F. 1216 . . . 8.2 5 29.55 73-4 2 5- "92 + 60 47 48. 2 55-2 3 9.28 331 Mer. C. Z. 83, 159 . . 7.0 5 34-41 71.1 4 2-373 30 32 26. 6 70.7 2 9-3 33" B. A. 0.2651 . . . . 5-5 7 5 47- 92 63.6 7 + 2.391 - 29 54 48. i 69.6 9 9-32 33'2 Mer. C. Z. 83, 160 . . 8-5 50 52. 19 74-2 4 2.375 - 30 29 49. 6 74-6 2 9-33 33'3 54 Camelopardi .... 6.0* 51 10.23 60. i 6 4.940 + 57 39 23. 7 54-i 3 9-35 33'4 nn Weisse VII, 1504 . . Anonymous 8.5 9O 51 12.78 c r 17 oi 67.2 76 i 2 2 3-325 2 iSq + 12 4 13.7 T.O O IQ. O 69. 2 71. 7 2 2 9-36 y 9. 36 ' JJ 3 33'6 Lacaille 3078 .... . -J 6-5 J * * / *" 7 51 44.46 / vy. i 6j.2 2 * j'-'y + 2.275 O t-y-v 34 o 21.8 '. 68.2 3 + 9-4^ 3317 M. Z. 223, 3 7-7 5' 47-98 6 4 .I 2 2.312 - 32 45 59- 3 70. i *> 9.40 3318 B. A. C. 2655 .... 6.0 52 5-41 66.5 9 2.392 - 29 57 37-4 68.4 i 9-47 33'9 O. Arg. S. 7740 . . . 8.5 52 14.90 65-S 2 2. 459 - 27 27 38- 8 74-2 3 9-43 3320 Lacaille 3086 .... 6.0 52 16.25 7.-5 3 2. OO9 - 42 i i.i 67.1 2 9-43 86 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. H rt B >* rt V S o 'o 6 fc Annual Precession 1860. Mean Declination, 1 860.0. ij rt u C rt J ?, A o lM O o Z Annual Precession, 1860. 3321 6.0* h. m. s. 7 52 45. 74 59- 6 2 s. + 3.448 / // -f- 17 41 20. I 58. 2 3 // ' 9- 47 Jj*. 3322 O.Arg. 8.7758 . . . 6.6 / J ^J 1 ^ 52 53-01 64.2 2 1 O' ^T" 2.467 27 II 59.5 70.2 2 9.48 3323 Anonymous 7-3 53 -3 69.6 2 2. 178 - 37 12 "3-7 64.2 2 9-49 3324 O. Arg. S. 7709 . . . 7.6 53 9-8 65.1 2 2.458 - 27 31 45-3 67.2 2 9-51 3325 Anonymous 9.0 53 24- 98 76.6 2 2-394 - 29 57 44.6 70.2 1 9-52 3326 5 227 Lacaille 3033 .... 5 Cancri ... ... 6-5 6.0 7 53 29.28 5J 31 38 69. i 64 2 2 4 + 2. 197 3.428 - 36 38 8. 7 -f- 16 50 17. 8 68.7 66.7 4 2 - 9-53 Q. ^ JJ*/ 3328" 3?2Q O. Arg. N. 853 1 . . . M. Z. 08, 78 .... 7.8 7. 3 j J j* j" 53 42-36 i\ 47. 7C W "T' *" 63. I 64.2 *T 3 2 j. tf..i_r 4. 966 2. 446 + 58 9 54- ' 28 3 6. 4 / 61.2 67.3 4 2 y jj 9-55 9- 55 jj*y 3330 0. Arg. S. 7797 / o 7-5 jj T/ i j 54 i (. 10 77-' 2 2 - 393 - 33 i 55.6 74- i I 9-59 333' 5 772 O. Arg. S. 7798 . . , 6 Can~ri 7-7 r r* 7 5+ 21-65 51 51 85 72.8 61.6 4 37 + 2.394 3. 7OO - 29 59 42.4 4- 28 13 Cq. 8 69.8 6;. 2 5 5 9. 60 9- 64 Jja^ 3333 Weisse (2) VII, 1521 . j j 8-5 j -t j t- ^ j 55 15-83 67.1 jt 2 o / w 3.703 T J7 -\- 28 10 59. 2 **J 70.5 3 9.67 3334 B. A. C. 2679 .... 7-5 55 35-35 63.2 3 3-2S 5 + 10 '9 5i-9 54-1 3 9-69 3335 Weisse VII, 1624 . . 8.4 55 37-17 65.4 3 3.3I5 + II 44 12.9 65-7 2 9.69 3336 DM. + 20, 1993 . . 7-7 7 5^ '7- 80 69.2 2 + 3- 52 -)- 23 II 23. 8 63-1 2 9-74 3337 O. Arg. S. 7865 . . . 7-5 56 2J.93 69.1 2 2.510 - 25 43 38. I 66.2 2 9-76 3338 Rihnker 2390 .... 7.0 56 52.56 59-i 3 3-941 + 36 43 6. 3 55-8 3 9-79 3339 B. A. C. 2689 .... 6.5 5' 57-31 69. 2 2 2. 203 - 36 39 45-5 65-7 2 9.80 3340 B. A. 0.2677 .... 6.o s 57 3-94 61.4 5 '2-375 + 82 51 12.3 71.0 10 9.81 3341 O. Arg. N. 8586 . . . 8-7 7 57 7-94 74-4 4 + 5-I52 + 63 43 35.9 55-2 3 9.81 3342 11A1 O. Arg. S. 7882 . . . 8 Cancri ... 8.0 6.0 47 12.97 57 1 6 46 68.6 63. i 2 2 2.548 3. 3^2 24 12 46. 4 4- I } 3O 49. 3 66.2 72.8 2 5 9.81 9.82 JJ4) JIA 1 28 Lyncis ... 6. ?* j i * *t" C7 27 33 63. I 2 j j j 4- 184 1 * J O ^ J J 4- 4? 30 2"). 2 53- 2 7 9.83 O JT- r 3345 3-7.46 Tr. Z. 161,19 .... J 7-8 6.0 J I 1 ' jj 57 S'.6? 7 CS O A.A. 73-8 61. 2 3 2 2.513 4- 3. 567 I TO 57 ~-7' * - 25 37 53.3 4-2? I ?2. 4 63.2 65. i 2 2 9.86 - 9. 88 JJ't 1 -' 3347 Weisse (2) VII, 1597 . 9.0* 1 j^ Vl T-*T 58 10.81 69. 2 I 1 O J / 3.423 i * j j - T 4- 16 46 53.0 56.7 2 9-89 3348 B. A. C. 2703 .... 7.0* 58 18. 19 70. 6 2 3.562 + 22 51 21.5 67.2 2 9.90 3349 Weisse (2) VII, 1601 . 9.1 58 35- H 71.2 2 3-975 + 37 Si 3-9 65.2 2 9-93 335 Lalande 15801 . . . 8.0 58 36. 55 77.2 2 3.7I3 + 28 59 9-93 335' 33C2 Lacaille 3127 .... Anonymous 6-7 8. 5 7 58 39- 63 58 4?. 06 70.4 69.6 3 2 + 2.523 2. 961 - 25 18 15. i c 17 31. i 64.8 66.5 3 2 9-93 9.93 J J J 33S3 55 Camelopardi .... J 5-5 j" tj* * 58 49- 54 7 V 65.0 2 7 T 6.079 J -J + 68 52 50. i 64.0 7 9-94 3354 O.Arg. 8.7938 . . . 7-5 59 i. oo 71.1 2 2.413 - 29 34 15-5 67.2 2 9-95 335S 3?c6 O.Arg. 8.7951 . . . /f Cancri 8.7 4.8 59 22.11 7 5Q 31. 26 64. 2 63. 1 I 2 2.414 4- 3. 540 - 29 33 2. 9 4- 21 59 4. 5 67. 2 68.5 2 3 9.98 9.99 O J J " 3357 Lalande 15844 . . . 8.5 / jy J 59 39- 19 J J 76.8 2 1 J* JT V 3-7'4 4- 28 59 57.3 73-2 3 IO. OO 3358 O. Arg. N. 8632 . . . 7.6 59 50. 6* 68.7 2 5- '4 4- 60 44 1 6. 8 55-2 2 10. OI 3359 Weisse VII, 1752 . . 8.5 59 52. 79 7I.I I 3-377 + 14 45 45-6 68.2 T 10. O2 3360 Weisse (2) VII, 1659 . 9.0 8 o 9. 70 59-' 3 3-422 4- IJ 49 "-4 56.9 3 10.04 U. S. NAVAL OBSERVATORY, 1845 TO 1877. Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. Mean year. i 1 Annual Precession, 1860. Mean Declination, 1860.0. rt B I 1 O Annual Precession, 1860. h. m. s. s. / // 3361 Weisse VII, 1763 . . 6-5 8 o ii. 94 67.2 2 + 3-377 + H 45 J3- 6 68.2 2 - 10. 04 3362 Weisse (2) VII, 1669 . 9.0 o 28. 51 59-2 2 3.422 + 16 51 14.7 63-2 2 10. 06 3363 Lalande 15868 ... 7-5 o 46.81 69. i 2 4.114 -f- 42 2 42. O 63.1 2 10.08 ^ 12 Cancri 6.0* o 52. 84 61.3 5 3-36i 4- 14 2 43. 9 65.1 2 10.09 3365 Lalande 15882 . . . 7.0 i 4-37 68.6 2 3-907 + 35 52 12.3 65.9 3 10. II 5166 3- o* 8 i 35. oo 57- 5 8 9 -(- 2.561 - 23 54 ii. 8 50.9 47 io. 15 jj 3767 6.0* 2 0. 98 71. 2 2 4- 25 55 40. 3 71.2 4 10. 18 jj^t 3368 Weisse VIII, 19 ... 7.0 2 18. 16 62.2 2 2.850 - io 55 58-2 62.3 2 10. 20 3369 B. A. C. 2732 .... 6.0 2 39- 37 65.9 3 4-834 + 56 52 2.4 54-2 3 io. 23 3370 O. Arg. 8.8072 . . . 8-3 2 42- 34 67.6 2 2. 560 - 23 58 51.7 66.7 2 io. 23 337' Weisse (2) VIII, 22 . 7-6 8 2 58.46 69. 2 2 + 3-418 + 16 46 7. 3 62.7 2 - io. 25 3372 O. Arg. S. 8108 . . . 7-2 3 28.80 64.7 2 2.412 - 29 54 51.4 71.1 5 io. 29 3373 Lacaille 3168 . . . . 6.2 3 29.67 69. I 2 2- 199 - 37 '6 26. 7 72. 2 6 io. 29 3374 O. Arg. N. 8698 . . . 8.6 3 36-29 66.7 2 5-335 + 63 7 '-9 7O. 2 2 io. 30 3375 f Cancri (ist*) . . . . 6.8 4 io. 78 62.3 13 3-446 + 183 59. i 71.0 5 Jo. 34 3376 C Cancri (2d*) .... 7-5 8 4 11.07 63.7 8 + 3-446 + 18 3 55- i 70.2 6 - 10.34 3377 Carrington 1186 . . . 9- 4 26. 78 68.7 2 io. 272 4- 80 58 4.6 63-9 2 10.36 3378 Carrington 1187 . . . 8.8 4 30-47 69. 2 I io. 246 4- 80 56 8. 4 63-9 2 Jo- 37 3379 O. Arg. 8.8165 . . . 8.0 4 45-42 6 7 .2 2 2.416 - 29 49 24. 4 68.2 2 10.39 338o O. Arg. S. 8169 . . . 7.0 5 5-H 6 7 .2 2 2.419 - 29 44 4. 5 68.2 2 10.41 338r B. A. C. 2749 .... 7.0 8 5 9.99 76.9 6 + 6.771 4- 72 50 8.8 73-o 14 - 10.42 3382 Weisse (2) VIII, 83 . 8.1 5 J3-74 6 5 .2 2 3-504 -\- 2O 42 O. 2 65.2 2 10.42 3383 Lalande 16069 9.0 5 25-60 62.2 2 2. 909 87 12.0 66.2 2 10.44 3384 Weisse (2) VIII, 87 . 9.0* 5 30- 25 73-i 2 3.668 f 27 32 5'- 2 69-3 2 10.44 3385 O. Arg. 8.8198 . . . 7.0 6 15.80 63.1 2 2.421 - 29 47 46. 6 66.2 2 io. 50 86 M.Z. 98, 86 8.0 8 6 19. 36 65. i -f- 2.452 - 28 35 n. 7 68.1 2 - 10.50 3387 Weisse (2) VIII, 119 . 8.2 6 59.61 62.2 2 3-799 + 32 36 2. 5 62. 2 2 10.55 3388 57 Cainelopardi .... 6.0* 7 3-9 66.0 2 5-297 4- 62 56 5. 7 67.8 2 10.55 3389 Lacaille 3201 .... 6.0 7 4-69 75-5 4 2.070 41 22 16. 6 66.2 2 io. 56 3390 Lacaille 3192 .... 6.0 7 6. n 69.1 2 2.429 - 29 29 36. 2 72.0 5 10.56 339J Weisse VIII, 162 . . 8-5 8 7 J5 56 62.3 2 + 2.879 - 9 36 39-4 67.2 2 - 10.57 3392 O. Arg. S. 8225 . . . 7-o 7 16-73 67.1 2 2.569 - 23 52 21.4 68.7 2 Jo. 57 3393 Lalande 16130 . . . 7-5 7 54-6 59-i 2 3-465 + 19 7 8. i 55-2 2 10.62 3394 Lacaille 3209 .... 6-9 8 4-42 64. o 3 2-382 - 31 19 io. i 69-3 3 10.63 3395 Lalande 16162 . . . 9.0 8 16.04 62.2 2 2-943 6 29 20. 4 62.3 2 10.65 3396 M.Z. 221,26 . . . . 8.0 8 8 41.96 66.7 2 + 2.496 - 26 59 39. 2 67. 2 2 4- 10.68 3397 B. VI. 4- 20, 2037 . . 9.0 8 45.71 65.! I 3-492 4- 20 18 10.68 jioS R Cancri 4. o* 8 55.28 60. 2 6 3.264 + 9 36 51-3 61.7 6 io. 70 j jy 30 Lyncis .... 7. O 9 6- 2? ?9- 7 2 4- 894 -f 58 io 31.9 68.7 2 io. 71 3400 O. Arg. 8.8280 . . . / 7-o 7 J 9 23. 50 J7 1 64.7 2 2.408 - 30 25 55.8 66.9 3 JO. 73 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. ij rt B ;>> 1 g 1 "o i Annual Precession, 1860. Mean Declination, 1 860.0. Mean year. ^ o o 6 Z Annual Precession, 1860. 34l Weisse (2) VIII, 181 . 8.0 h. m. s. 8 9 30. 09 76.2 i s. + 3-752 / // + 3i 3 35-8 72.9 6 // - io. 74 3402 Weisse VIII, 230 . . 7-7 10 4. 88 76.1 2 3-263 + 9 35 45-o 73-3 3 10.78 3403 O. Arg. S. 8291 ... 8-5 10 6.26 66.8 2 2.551 - 24 48 25. 5 64-9 3 10.78 344 M. Z. 103, 12 .... 8-5 10 7.30 71.9 4 2.417 - 30 9 7-i 69. 2 2 10.78 3405 M. Z. 103, 13 .... 8-5 io ii. 27 72.7 2 2.417 - 30 10 25.3 69. 2 2 10.79 3406 O. Arg. 8.8295 . . . 5.8 8 10 15.75 69.1 3 + 2.408 - 30 29 54. 6 66.7 4 - io-79 3407 Lacaille 3229 .... 7.0 10 19.01 63-7 4 2.428 - 29 45 23. 5 70.1 2 10.80 3408 Weisse VIII, 262 . . 8.0* to 47. 85 76.1 2 3. 262 + 9 35 o. 5 73-3 3 10.83 3409 Lalamle 16237 . . . 7.0 10 48. 63 68.2 2 3-587 -)- 24 36 28. i 56-3 2 10.83 341 Weisse (2) VIII, 221 . 8.6 10 52. 78 65-3 5 3-49 + 20 24 33. 8 66. 7 2 10.84 34" B. VI. +9, 1928 . . 8 10. 54. 46 76.1 2 + 3- 262 + 9 3 6 o-i 73-3 I - io. 84 34" Lacaille 3241 .... 7-2 ii 35.21 65.7 2 2.528 - 25 52 10.3 65-1 2 10.89 3413 0. Arg. S. 8337 . . . 7-5 ii 45-3 66.7 2 2-55 - 24 56 25.6 68.6 2 io. 90 34H Weisse VIII, 294 . . 7.0* ii 45.60 71. I 2 2.830 - 12 9 48. i 71.2 3 10. 90 34IS 0. Arg. 8.8343 . . . 8.0 ii 48.66 66.7 2 2-552 - 24 53 7.0 69.7 2 10.91 34i6 0. Arg. 8.8345 . . . 8.0 8 ii 57.41 66.7 2 + 2.551 - 24 55 42.0 67.6 2 io. 92 34'7 Lacaille 3248 .... 6.6 ii 58. ii 67.9 3 2-359 - 32 26 20. 5 67.7 2 10.92 34i8 ?4IQ B. A. 0.2788 . . . . 6.5 6.0* 12 10. 74 12 12 7O 59-4 CO 7 7 7 3-56 ' cX > -)- 21 II 10. 7 57-3 f\*> i 9 10.94 o*r ^ 3420 B. A.-C. 2790 . . . . 6.0 14 it. jy 12 16.70 sy- 3 66. i / 2 3- 5 82 2.436 + 24 27 35. 3 - 29 34 15-2 02. 7 66.9 2 3 io. 94 10.94 3421 Lacaille 3249 .... 7-7 8 12 26.05 7>-5 3 + 2.528 - 25 54 29. 3 65.2 2 - io. 96 3422 Lacaille 3257 . ; . . 5-2 12 56.71 64. 2 2 2.288 - 35 i 0.9 71.8 5 10.99 3423 3434 Lacaille 3258 .... 31 Lyncis 6.4 e c IJ 0.40 1 7 14 7<1 69. I fi, 7 2 2 2.231 - 36 56 24. 8 65.2 70 ft 2 11.00 3425 Mer. C. Z. 89, 20 ... j' j 8 5 1 *> *T" J4- I -> IQ_ 62 U 4- / f\ i n 2 4- '37 y A j r + 43 37 59- i 72. o 6Q 2 5 II. 02 j^ j 3426 DM. -j- 24, 1913 . . ** j 8. s 8 13 38. 35 VJJ. U 69. 2 2 - ! -435 + 3-580 2 9 43 4-5 + 24 27 55. 2 56.3 5 2 I 1 . 02 - 1 1 . 04 3427 O. Arg. S. 8383 . . . 7-5 '3 43-52 68.7 2 2.552 - 24 59 10. 5 65-2 2 11.05 3428 3429 M. Z. 221,30 . . . . Anonymous 7-5 8. Q '3 5-97 JA n 27 64.8 67 1 3 2.513 2/1 1 C - 26 38 36.8 68.2 2 1 1. 06 343 Lacaille 3262 .... 6.5 iq. v. ^j '4 5-3i u/. 4 69. 2 2 435 2.316 29 44 45. 5 - 34 9 8.4 70. 2 67-5 4 3 I 1 . 07 11.07 343 1 Weisse (2) VIII, 309 . 7.0* 8 H 5-92 59.1 2 + 3-375 + IS 12-36-4 55-2 3 - 11.07 3432 Groombridge 1418 . . 7.2 H 6.73 61.7 12 I7-350 + 85 32 10.4 68.8 2 11.08 3433 Lacaille 3267 .... 6.8 14 27. 29 64.3 4 2.412 - 30 39 3i- 7 67.5 3 II. IO 3434 M. Z. 96, 14 9-2 14 32- . . 2.415 - 30 31 34- 9 70. 2 2 II. IO 343S Lacaille 3272 .... 6.2 H 32-52 69. 2 2 2.234 - 36 58 44. 7 6 5 .2 2 II. II 3436 Lalande 16367 . . . 8.0 8 '4 33-43 74-2 3 + 3-652 -H 27 32 16.9 72. 6 3 - II. II 3437 Lacaille 3266 .... 7-2 H 35-3 68.7 2 2.452 - 29 6 4. 6 65.2 3 II. II 3438 Weisse (2) VIII, 319 . 9.0 14 47- 88 65.7 2 3-499 + 21 48.8 59-5 3 11.13 3439 344 B. A. C. 2798 .... a" Cancri 6.0* r 7 '5 13-32 1 5 20. 66 60. I 64. I 3 2 4.088 3 A cn + 42 27 6.3 + T O .{. , r f. 53-2 f\i 'y 3 ii. 6 j- 1 45 i o 40 4 ' o Ol . 4 3 ii. 17 U. S. NAVAL OBSERVATORY, 1845 TO 1877. Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. 1 1 1 Annual Precession, 1860. Mean Declination, 1 860.0. rt C a o "o ^d Annual Precession, 1860. h. m. s. s. / // ,/ 3441 Weisse VIII, 381 . . 8.9 8 15 25. 90 63-7 3 + 3-321 + 12 37 57-0 71-3 3 - ii. 17 3442 O. Arg. N. 8922 . . . 8-7 15 36.39 62. 2 4 4-779 + 56 58 32-8 62.7 2 n. 19 3443 Weisse VIII, 389 . . 9.0 '5 39-23 64. I 3 3-39 + 12 3 53-8 67.6 2 ii. 19 5- i 15 52. 30 63.3 3 2.363 - 32 36 42. 5 69-7 4 II. 21 3445 Lalande 16413 . . . 6-5 16 6. 65 73-2 4 3.861 + 35 27 39.8 65-2 3 II. 22 6 7.0* 8 16 15.65 59- 2 5 + 3-289 + 11 4 49- 5 54-8 4 - IL23 3447 Lacaille 3279 .... 7- i 16 19-45 64. 2 2 2-479 - 28 10.44.4 68.2 2 II. 24 3448 Weisse VIII, 415 . . 8-7 16 32.38 66.2 2 3-347 + 13 57 16- 7 70.1 2 11.26 3449 Weisse (2) VIII, 364 . 7-i 1 6 36.95 68.2 2 3-574 + 24 23 35. i 56-3 2 II. 26 345 Weisse (2) VIII, 370 . 9. o* 16 45- 65 66.7 2 3.466 + 19 37 ii. 9 56.2 2 11.27 3451 M. Z. 90, 26 6.6 8 16 49. 55 64.5 3 + 2.453 - 29 14 45.9 69.7 2 - II. 27 3452 H. A. C. 2811 . . . . 6.5 16 54.94 68.7 2 2-535 - 25 54 6. 7 67. 2 2 11.28 3453 Lalande 16464 . . . 7-6 17 4- 13 69. 2 2 3-564 4-24 o 1.8 62.2 2 11.29 3454 Lacaille 3290 .... 7-o 17 9.06 64-3 3 2.404 - 31 9 38. 8 66.6 2 II. 30 3455 Rumker 2505 .... 8-5 17 14.02 60.6 2 4-777 + 57 3 37-4 68.2 2 11.30 3456 Weisse (2) VIII, 381 . 9- 8 17 28.05 75-2 3 + 4.011 + 40 24 2. 5 69-3 2 - 11.32 3457 Weisse (2) VIII, 382 . 7-5 17 28.51 73-6 8 4.009 + 40 20 45. 5 62.4 4 11.32 3458 Lacaille 3293 .... 6-5 i? 42.74 67.1 2 2. 5OI - 27 22 19.4 70.8 4 H-34 3459 O. Arg. S. 8484 . . . 7-o 17 50.93 67.1 2 2.426 - 3 21 8.5 7O. 2 2 n-35 3460 Rumker 2508 .... 7-o 17 52. 76 66.7 2 4.778 + 57 7 27.5 68.2 2 n-35 61 d* Cancri S. S 8 17 S4. OS 6s. 2 2 + 3- 422 + 17 30 15.3 70.2 2 - "-35 3462 Lacaille 3299 .... j j 6.7 / j^ j iS 0.67 " J' " 63.2 2 2-437 - 29 56 36. 5 68.7 2 11.36 3463 , C -, rt U ?, o o 6 g Annual Precession, 1860. h. m. s. s. / // /> 3481 3482 15485 Lacaille 3316 . . . . B. A. C. 2830 .... 29 Cancri 6.8 7.0 6.0* 8 20 25. 53 20 4 1 . 49 2O 48. 3Q 67.5 77-2 62. o 3 3 10 + 2.396 ii. 632 3. -11:8 - 31 42 54-9 + 82 43 29. 5 -J- I A 40 1 6. 4 64.9 73.6 58.9 6 6 c - "-53 11.55 11.56 JT^ O 3484 13. A. .2838 .... 5.8 ** ^t^* jy 20 57.98 69.2 2 O J J 2. 099 1 r ^" T^ - 4' 41 49-5 j y 66.2 j 2 11.57 348S M. Z. 230, 49 .... 7- i 21 13.39 67.2 2 2.402 - 31 34 10.5 68.2 2 11.59 3486 Riimker 2533 .... 8-5 H 21 21.01 60.2 3 + 3-488 + 20 53 28. 5 55-2 2 i i . 60 3487 Lacaille 3321 .... 6.0 21 28.46 68.3 2 2.398 - 3' 43 29-6 64. 2 4 1 1. in 3488 Weisse (2) VI 1 1, 490 . 9.0 21 34.96 65.3 4 3-398 -f 16 40 19. 2 6 7 .2 2 ii. 62 3489 B. A. .2843 - 6-3 21 38.84 64-3 5 2.412 - 31 12 47.8 66.5 3 11.62 349 Weisse VIII, 554 . . 8.8 21 41. 21 66.2 2 3.304 + 12 2 39. O 67.3 2 11.62 3491 B. A. C. 2846 .... 6-3 8 21 57. 18 62.1 2 + 2.549 - 25 40 18. 7 70.9 3 - i i . 64 3492 Weisse VIII, 565 . . 8.0 21 57-93 62.0 2 3-075 + o 9 46. 2 62.2 2 ii. 64 3493 Lacaille 3331 .... 6.6" 22 I.OO 63.8 2 2.404 - 31 32 0.2 68.3 2 11.65 3494 340 C B. A. .2844 .... Anonymous . ... 6.0* 8. s 22 I.7I 22 8. 50 53-4 60 i 4 2 4-547 2 ^22 -f 53 35 6.6 74. 74. 2 < 48.2 72 8 5 -3 11.65 u.66 J^?J 349 6 Weisse VIII, 569 . . J 8.8 8 22 10.80 v y~ * 66.2 2 j* + 3-34 JT' J*T " J + 12 3 48.2 / *" ** 68.2 J 2 11.66 3497 O. Arg. N. 9050 . . . 8.0 22 17.24 59-2 2 4.674 + 55 49 32. 5 55-8 2 ii. 67 3498 74.00 O. Arg. S. 8581 . . . Anonymous 7-4 0. O 22 2O. 49 22 42. 88 64. 2 64 7 2 2 2.516 2 480 - 27 6 99 28 14 39. o 7i.7 60. 7 4 2 ii. 67 1 1 . 70 j^yy 35 -JCQI M. Z. 103, 21 .... y 8.9 6.0 23 7- 94 8 2T. 11. $1 ^. / 6 S .! 6c o I 3 *- *fi*y 2.449 + !. S67 - 29 5i 5-0 -4- 24. T.2 I;Q. 8 ? / 70.2 7O. 2 2 / 11.73 11.77. OJ W * 3502 Lacaille 3341 .... 7.0 J J JJ 23 i 6. 20 **J' y 64.7 J 2 1 O J i 2.490 1 m *t O 1 ^ J 7 28 13 30. 3 7O. 2 4 / 5 11.74 3S3 B. VI. 8'', 65 .... 6.8 23 22. I 3 64.7 2 2.491 - 28 12 6.7 69-5 3 11.74 3504 Lacaille 3344 .... 6.0 23 34- 25 65.1 3 2.522 - 26 52 2. O 68.8 2 11.76 3SS 5CO6 O. Arg. S. 8610 . . . 8 Cancri 7-5 C. C* 2 3 34-92 8 25 56 ^7 73-8 6O .1 3 2.450 + -1 4-36 - 29 54 8. i -4- 18 37 12 2 74.0 61. o 5 4. 11.76 1176 jy** 3S7 Rumker 2548 .... J J 7.3 *-j j^' JJ 23 38. O2 ""' *f 70.7 2 J ^J v 3.465 \ " M JJ J + 19 55 37-6 72.9 T 4 . j \j ii. 76 3So8 Weisse VIII, 601 . . 8-3 23 45- 65 76.2 2 3.326 + 13 '3 u-o 72. 2 2 11.78 359 B.A. 0.2855 . . . . 6.0* 23 48. 22 59-7 2 3-933 + 38 29 36,5 51-5 7 11.78 3Sio O.Arg. 8.8620 . . . 7-5 24 8. 62 66.7 2 2.451 - 29 51 32.8 71.0 3 ii. 80 35" Weisse (2) VIII, 560 . 9.0 8 24 17.34 62. 2 2 + 3.446 -j- 19 4 28. 6 56.9 3 - 11.81 3SI2 Weisse (2) VIII, 551 . 9.0 24 22. 3-992 + 40 25 36. 2 68.2 i ii. 81 35'3 7CI4. Weisse VIII, 618 . . ?/ Cancri 9.0 C. 7 24 26.59 24 76 4Q 59-i 6 1 Q 2 76 3.327 -3 481; -f 13 16 22. 4- 2O 54 4Q 7 60.0 65 6 6 11.82 11.83 JJ *T- 35 'S Lacaille 3356 .... J J 5-6 *"r J 1 -'- H-y 24 51.76 v * y 66.6 / w 2 J. H- W J 2. 406 * jt ty. / - 3 1 4i 27.2 "j- " 62. 5 3 11.85 356 Lacaille 3361 .... 6.8 8 25 8. 21 63-5 3 + 2.433 -- 30 39 56.2 66. i 2 - 11.87 3517 Weisse (2) VIII, 579 . 8.0 25 20. 27 69-5 4 3.728 + 31 21 19.9 46. 2 2 u.88 35>8 Anonymous 7-8 25 23.81 66.7 2 2.418 31 16 25. 3 71.9 3 11.89 35i9 7C2O O. Arg. S. 8654 . . . Anonymous . . 7-3 9O 25 28.94 2C -3C A-> 68.2 67.6 2 2 2.565 2. 685 25 12 41.7 IQ jC C2 C 64.9 68 7 3 2 11.89 I I. QO Jj**"' * *3 jj" *r- "y H-J J -' J wu. ^ . yv U. S. NAVAL OBSERVATORY, 1845 TO 1877. Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. L B >-. c rt U ^ | o IM O 6 ^ Annual Precession, 1860. Mean Declination, 1 860.0. 1-1 rt U > d a V J5 o w o Z Annual Precession, 1860. h. m. s. s. / // // 3521 O. Arg. S. 8660 . . . 8.2 8 25 40. 86 68.2 2 + 2. 567 - 25 8 16.3 65.2 2 - 11.91 3522 JC-J 1 Lacaille 3374 .... Anonymous . . 7-5 9. o 26 24. 06 26 27. 13 66.7 65. i 2 I 2.421 2.686 - 31 14 19.6 19 48 31.9 73-3 69. 7 3 11.96 11. 96 JJ-J -ic-y i Anonymous 8.0 26 52. 59 66.6 2 2.408 - 31 45 40. i 69. 2 2 12. CO jj 1- 1S2Z 10. 27 o. 05 69. 7 6 3.462 -|- 19 59 51. 2 69-7 6 12. OO JD^J 21:26 6.5* 8 27 16. 33 72.5 3 + 3-4 6 3 + 20 4 6. 2 65.5 3 - 12. O2 jj'"-' 3527 2C28 O. Arg. S. 8697 . . . 7.6 10. 7 27 17.09 27 18.56 64-5 69.6 3 6 2. 602 3-4 6 7 - 23 42 29. 5 -j- 20 16 8.6 70.2 69.6 2 6 12.02 12. O2 JJ AIJ 3529 B.A. 0.2883 6-3 27 23. 14 66.5 8 2.428 - 3i 3 n-6 70.0 4 12.03 3530 4 Pntsepe (Eq.) .... 10. 2 27 23. 18 65-3 6 3-476 + 20 40 31.2 65-3 6 12.03 3531 Weisse (2) VIII, 629 . 7.0 8 27 25.04 72. 2 2 + 3-702 + 3 29 50. 9 46. 2 3 - 12-03 3532 B. A. 0.2885 - 6.0 27 3- '3 72.9 3 2-346 - 34 9 32- 6 7 2.6 3 I2.O3 3533 5 Proesepe (Eq.) .... 9.0 27 37- 75 69. 2 6 3-478 + 20 48 35. 2 69. 2 6 I2.O4 3534 B. A. C. 2886 . . . . 8.0 27 41.51 65-3 4 3-466 + 20 15 3.4 6 7 .2 2 12.05 3535 7 Praesepe (Eq.) .... 10. 27 5'-3 6 67.6 6 3.460 + J9 57 9-9 67.6 6 I 2. O6 3536 DM. f 10, 1828 . . 9.0 8 27 53.74 6 3 .2 i + 3-264 + io 10 4. 8 7O. 2 O - 12. 06 3537 Mer. C. Z. 166,4;; 8.0 27 55-43 76.3 i 2-347 34 io 20. i 73-2 2 12. 06 3538 TT Urs;v Majoris .... 5-o 27 55-9 76. 2 4 5-343 + 64 48 45. 6 73-6 6 12.07 3539 8 Proesepe (Eq.) .... IO. 2 27 59-74 68.2 6 3-474 + 20 39 45.4 68.2 6 12.07 354o Lacaille 3388 .... 7.0 28 o. 07 63.1 2 2-583 - 24 37 20. 5 68.7 2 12.07 3541 DM. + 23, 1977 . . 8 28 i. + 3.546 + 23 56 30. 4 56.3 2 - I2.O7 3542 9 Prssepe (Eq.) .... 8. 5 28 12. 18 66.2 7 3-478 + 20 49 21.6 66.2 7 1 2. 08 3543 10 Proesepe (Eq.) .... 9-7 28 15.52 66.9 9 3-474 + 20 38 17.3 66.9 9 12.09 3544 1C At B.VI. + 27, 1637. . 1 1 Proesepe ( Eq. ) . . . , 9.0 10. <; 28 17. 28 17.87 68.2 5 3-630 3-457 + 27 37 26.5 -f 19 51 31.4 70. i 68.2 5 12.09 I2.O9 JJ"TJ 3546 Weisse VIII, 721 . . j 9.0 8 28 18. 16 62.2 2 + 3- 268 -)- IO 23 22. O 69-7 > - I2.O9 3547 5154.8 Pia/zi VIII, 108 . . . Anonymous 6.5 7. $ 28 24.23 28 24. 52 63-4 63.4 4 4 3-205 3- 205 + 76 21.5 + 7 631.5 65.6 52. 2 G 4 12. IO 12. 10 OJt" 3549 B.VI. 8 h ,8i . . . . i j 5-5 28 34.69 65.0 i 2-538 - 26 37 12.3 68.2 2 12. II 355 ice 1 Weisse (2) VIII, 675 . 12 Proesepe (Eq.) . . 8.0 II. O 28 42. 74 8 28 43. 14 76-3 67.7 3 8 3-540 4- 1.461; + 23 43 59- i -f- 2O 14 42. 2 62.8 67.7 2 8 12. 12 - 12. 12 J3j * 3552 7C e ? Weisse VIII, 736 . . 13 Proesepe (Eq.) . . . . 9.0* 10. 7 28 46 19 28 47. O7 / / 59-2 68.2 2 6 i j ~ j 3-305 ?. 454 + 12 20 15. -|- 19 44 23. 2 55-5 68.2 3 6 12. 12 12. 12 jj j j 3554 Weisse VIII, 738 . . 8-5 ^ I ' "/ 28 50. 12 64. 2 2 J' ^jn 3-302 + 12 II 8.0 69. 2 1 12.13 3555 B. A. 0.2892 . . . . 6.0* 28 54.00 60. o 4 4- 495 + 53 53-8 54-i 3 12.13 3556 Lacaille 3399 .... 6.5 8 28 55.43 6 3 .2 . 2 + 2-404 - 32 6 5.-. 5 68.2 2 12.13 3557 14 Proesepe (Eq.) .... 10.7 28 55-50 66.2 4 3-456 + '9 So 42-5 66.2 4 12.13 3558 15 Pnesepe (Eq.) . . . . 8.2 28 59. 14 66.3 4 3-46i -4- 20 5 16. 6 66.0 16 12. 14 3559 16 Priesepe (Eq.) . . . . 10.8 29 6. 86 69.2 6 3-476 4- 20 46 6. 2 69. 2 6 12.15 35 6 17 Pnesepe (Eq.) . . . . 10.7 29 8. 14 67.7 8 3-465 + 20 17 13.7 67-7 8 12.15 92 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. | > S i < o 1 Annual Precession, 1860. Mean Declination, 1860.0. ta a 1, d rt D s yi "o 'o Annual Precession, 1860. -3C6l 18 Praesepe (Eq.) .... I I. O h. m. s. 8 2Q IS. IO 69.6 6 s. 4- 3.465 / // 4- 20 10 56. Q 69.6 6 // - 12. 16 3<\62 19 Proesepe IO. O 2Q 25. 2S 68.7' 2 3. 460 -\- 20 2 49. 7 65.6 2 12. 17 7C6^ 7- 2O 2S.4O 74. Q 3 2. S8S 24 37 39. 3 70. 2 2 12. 17 3564 3565 3566 5C6? 20 Praesepe (Eq.) .... 21 Praesepe (Eq.) .... 22 Praesepe (Eq.) .... 9-5 10.7 9-5 29 26. 63 29 28.82 8 29 29.88 2Q 3O. 65-3 66.3 65-5 9 6 21 3-451 3-456 + 3-469 ^. 46Q + 19 38 47-4 + '9 Si 34-3 + 20 29 53. 5 ~\- 2O 2Q ^O. O 65-3 66.3 65-5 66.2 9 6 21 2 12. 17 12. 17 - 12.17 12. 17 ^68 6.4 29 30. 24 63.6 12 3- 262 4- 10 8 21. 4 65. 2 4 12. 17 3569 357 3571 B. A. .2898 . . . . Weisse (2) VIII, 708 . M. Z. 96, 24 7.0 7-2 8.0 1 1. O 29 32.59 29 33- 88 8 29 34. 2Q 36. 41 59-3 66.9 60.6 2 4 6 2.546 3-463 + 2.439 3 464 - 26 21 47. i + 20 13 2.4 30 48 16. 9 4- 2O 14 23 6 69.8 66.3 71.7 69.6 2 6 2 6 12. IS 12. IS - 12. IS 12 18 3573 3574 -2C7C 25 Prsesepe (Eq.) .... Weisse (2) VIII, 713 . 27 Praeseoe (Ed ) 10.7 9.0 0. S 29 37- 58 2 9 38. I 9 29 40. 87 69.6 66.7 6?. 4 6 7 IO 3-464 3-459 3- 4SO 4- 20 14 42. 7 4- 20 o 14.0 4- 19 37 S.9 6 9 .6 66.6 65.4 6 3 IO 12. 18 12. 18 12. 19 3576 3577 w8 28 Prasepe (Eq.) . . . . B. A. C. 2899 .... 70 PrcCseoe (En.) . 10.5 6.2 II. O 8 29 44. 32 29 44-93 29 46. 30 67.7 69.2 69. 2 5 3 6 + 3-457 3-453 3- 475 T '9 55 27-2 + >9 45 8.7 -f- 20 47 29. I 67.7 65.2 69. 2 5 5 6 - 12. 19 12. 19 12. 19 7C7Q Lalande 16952 . . . 29 SO. 3. 206 4- 7 1 1 56. 8 * V 74. 2 3 12. 2O jego 31 Praesepe (Eq ) ... II. O 29 52. 73 66! 3 6 3- 454 -(- 19 46 7.5 66.3 6 12. 2O 358i 7582 Lalande 16965 . . . 8.0 n. 7 8 29 53.57 2Q S4. 38 71.1 69.6 i 6 -f- 2. 900 3. 459 9 "3 49- 2 4- 2O 2 7. 2 65-7 69.6 2 6 - 12. 20 12. 21 3c8? IO. O 30 O. 21 6?. s 14 3. 471 4- 20 36 s6. i 65. ? 14 12. 21 3584 7c8c Lalande 16960 . . . 34. Prxseoe (Eq.) . 7.6 ii. 3 30 4. 48 30 10. 07 64.6 69.6 2 5 3. 2O6 3- 463 + 7 12 47-4 4- 20 15 41. 9 74-2 69.6 3 S 12. 21 12. 22 3586 3S87 35 Praesepe (Eq.) .... ^6 Praeseoe (Ea.) 10. 6 IO. S 8 30 -53 30 12. 28 67. o 67.6 12 7 + 3-459 3- 455 4-20 2 1 6. 4- IQ SI 6. C 67.0 67.6 12 7 - 12. 22 12. 22 ^88 i Hydra; .... 4.0* 36 14. 64 71. I 2 3. 187 4- 6 ii 19. 6 72. 9 3 12. 23 31:89 37 Praesepe 30 1 8. 30 68.7 2 3.472 + 20 41 35. 7 67-5 3 12. 23 359 7COI Groombridge 1452 . . 58 Prassepe (Eq ) 8-5 IO. O 30 18.95 8 30 20. 1 8 61. i 60. 2 I 6 9-413 4- 3- 47O + 80 30 45. 5 4- 2O 3S 3S. 69-3 69. 2 2 6 . 12-23 12. 23 35Q2 39 Praesepe (Eq.) . II. 30 20. 44 69.2 6 3- 469 -|- 20 32 49. 8 69. 2 6 12. 23 -3Cq^ 40 Praesepe (Eq.) .... II. O 30 29. 04 68.3 5 3- 455 4- 19 52 51. 6 68.3 S 12. 24 -3CQ4. 41 Praesepe (Eq.) .... IO. 2 30 29. 68 66.9 12 3- 456 4- 19 57 8.0 66.9 12 12. 24 3t ^ o I II 1 M a 1 860.0. rt *4. 47 71.2 C 3- 469 4- 20 38-54. 7 68. i 2 12. 34 70 Preesepe ( En ) y m j IO. O J * j^- T-/ / 60. 2 J 2 3.466 4- 20 31 21. 7 66.5 12 12. 34 O O J j Jj'j ;/ 3634 Weisse (2) VIII, 793 . 8-5 31 55-58 67.7 4 3-456 4- 2O I 56. 2 67.1 3 '2-34 363? 72 Prcesepe (Eq.) .... 9.8 31 56.35 66.3 9 3- 459 4- 20 9 33. 5 66.3 9 '- 34 3636 Lacaille 3434 .... y 6.7 8 31 56.46 63-2 2 4- 2.381 - 33 '5 26.7 69.8 2 3637 73 Prcesepe (Eq.) .... 9.8 3i 56.93 65.5 6 3-449 4- 19 41 34.2 65-5 6 12.34 3638 74 Prcesepe (Eq.) .... IO. O 3i 57-41 67-5 12 3-469 4- 20 37 36. 7 67-5 12 12-35 ,- 74 Pntsepe . . . o. o 31 57.47 71. 2 I 3. 469 + 20 3g J2-35 3640 75 Prcesepe (Eq.) .... y* v IO. I 3' 57.78 67.8 9 3.462 4- 20 17 51.1 67.8 9 12-35 94 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1860.0. *. >-, i s M _C 6 Annual Precession, 1860.0. Mean Declination, 1 860.0. jj rj OJ 1 4J * g "o "B o a Annual Precession, 1860. 764,1 76 Prxsepe (Eq.) .... II. 3 h. m. s. 8 32 o. 14 60. 2 6 s. -f- 3. 470 / // -L 2O 41 O. 2 6 // 12 7? 77 Prsescpe ( Eq ) 10 o 6? q 14. 67 c 764.7 39 Cancri 6.0* 32 2. O4 66. i 8 ^.466 4- 2O 2Q H7 7 6^ 2 2 I 2 7C 3644 3645 264.6 Weisse VIII, 829 . . 79 Prs:sepe(Eq.) .... 80 Pnesepe (Eq ) 8-4 IO. I 10 8 32 3.12 3 2 4- 39 8 T.Z 4. 78 76.1 67. o 6q.6 6 6 3- 02 5 3-454 4- 7 4<;i 2 32 4 I.O + 19 56 43.8 4- IQ 47 ^6 4. 72.2 67. o 65 6 2 6 fi '2-35 '2-35 12. ?C 764.7 7 O 72 8 O7 6? o c 7 4.6"; _J_ 2O 27 4. S 6 62 8 ^648 82 Preesepe (Eq ) ... II 7 72 8 7>; 67 6 fi j ACC _|_ IQ CC CQ i 67 6 6 3649 3650 76m 83 Prsesepe (Eq.) .... Weisse VIII, 828 . . 9 .8 7.5 IO 2 32 10. oo 32 11.27 8 32 II OI 67.4 59.1 67 > 15 3 -j 3-458 3.296 --i~ 7 4,6 1; H- 20 7 51.2 + 12 2 O. 5 67.4 55-9 6c 7 15 3 12. 36 12. 36 3652 7.6C7 85 Prsesepe (Eq.) .... 10. I 8 8 32 14.88 22 IS QQ e?.? 68 5 8 7 3-461 + 20 16 45. 7 67.7 66 2 8 12.36 3654 16 ?l* Lalamle 17050 . . . Lalande 17053 7-5 32 16. 76 j'j 17 g-7 70. 6 76 2 2 I 3.188 T 188 + 6 15 56.3 7i-7 2 * j/ 12-37 76*6 87 Prsesepe (Eq.) .... 7. ? 8 72 18. iq 68.4 C -I- 7 4.^0 66 6 i - i ' 61 761:7 88 Pnesepe 6. 52 l8 <7 60 2 7 7 4^2 3658 3659 3660 89 Pmesepe(Eq.) .... B. A. 0.2919 .... 91 Pnesepe ... . . 10. i 6-5 32 18.71 32 19.59 3.2 2O 66.8 68.9 6 4 3.468 3-458 + 20 35 54. 8 + 20 9 41.4 6f.8 65.9 66 2 6 4 I2 -37 I2 -37 3 66i 3662 3663 ^664 91 Prsesepe (Eq.) .... 92 Prcesepe (Eq.) .... O. Arg. S. 8806 . . . CH Pnesepe . 8.8 10. 6 ,7-7 7.8 8 32 20. 55 32 20. 80 32 20. 80 32 22 88 66.4 67.1 70. 2 71 2 21 6 2 6 + 3-462 3-454 2. 560 + 20 19 38. i + 19 57 25-4 - 25 5 39- 7 66.4 67.1 72-9 66 3 21 6 3 lz - 37 - 12-37 12-37 12.37 3665 3666 1667 94 Prrcsepe (Eq.) .... 95 Praesepe (Eq.) .... IO. IO. 7 O 32 23. 62 8 32 23. 70 66. i 65-1 67 7 9 i 3-454 + 3-459 + '9 58 5-2 + 20 IO 42. I 66. i 66.3 67 7 9 9 12.37 -- 12.37 1? 78 3668 q7 I'rxsene (En ) II 1 32 26 08 68 ^ 6 68 3 5 T? ?K ^66g 98 Pnesepe 32 31 88 777 2 J_ IQ 41 12 7.S 3670 9c T> 7i 8S 65 6 6 65 6 6 *6?i DM. -)- 6, 2009 . . . 8 7^ 74. 21 6c i i 7 l8 ' 6r i ?672 99 IViPsepe (Eq.) .... I I. O 12 7? 2O 69 6 69 6 6 3673 ^674 Weisse (2) VIII, 810 . loo 1'rcesepe (Eq.) . . . 8.2 32 37-42 12 78 O^ 62.7 65 o 2 3.622 + 27 35 5- 6 71.7 2 12-39 3675 100 Pncsepe 32 78.08 77. 7 2 7 41O -1- IQ 4,7 ** j9 3676 -1677 IOI Frsesepe ( Eq.) .... 42 Cancri II. 6 8 8 32 40. 44 69.6 67 S 6 + 3-45' + 20 3 31.8 69.6 66 2 6 - '2-39 5678 103 Pnrsepe 72 4,4. 74. 69 I ;- -r- IQ 48 *- J9 3679 3680 103 Pr*sepe(Eq.) .... 104 Prasepe(Kq.) .... 9-7 IO. O 32 44. 76 3- 44-87 65.6 67.7 9 + 3-45 3-455 + 19 48 ii. i + 20 2 1 1 . 8 65.6 67.7 12 9 12.40 12.40 U. S. \.\VAT, OBSERVATORY, 1845 TO 1877. 95 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. s C 1 1 o o Z: Annual Precession, 1860. Mean Declination, 1 860.0. |M rt S o v o o fc Annual Precession, i860. 3681 8 7 h. m. s. 8 J2 48. J.2 66.0 1C s. J- 7 470 / // 4- 20 4? j.<; 8 66.0 I C // 12. 40 3682 368} Weisse VIII, 851 . . 1 06 Pnesepe (Eo ) . / 9.0 q. 6 ** O *t % -' J*- 32 $ l -7i \Z <1. Q4 62.2 60. 2 1 J 3 2 I j- t/ " 3- "62 ^4.62 ^j jj * + 4 53 3'-4 4- 2O 21 4.2 Q 71.2 6c A, J I 27 12.41 1 2. 4! O UO J 3684 B. A. C. 2925 .... y* w 6.0 J jj J^ 3 2 54- 14 ^y- 66.7 7 J- *r w j 3-456 1 *** **j f*.. y + 20 4 24. 6 "J* *r 65.9 / 5 12. 41 3685 B. A. C. 2925 (Eq.) . 3 2 54. 19 65.5 30 3-456 + 20 4 26. 2 65-5 3 12.41 3686 108 Praesepe (Eq.) .... 10. 6 8 33 2. 54 67.7 9 + 3-454 -f- 20 o 59. i 67.7 9 - 12.42 3687 Weisse VIII, 861 . . 8.0 33 2- 94 69. 2 2- 2.810 - 14 o 12.42 3688 109 Prrcsepe (Eq.) . . . IO. O 33 6 - 72 66.3 ' 8 3-46i 4- 20 20 56. 6 66.3 8 12.42 3689 uoPra?sepe (Eq.) . . . 9.7 33 7-9i 66.5 '5 3-46i + 20 19 25. 8 66.5 >5 12.43 3690 Ill Prrcsepe (Eq.) . . . IO. 33 8- '5 67.7 8 3-454 + 20 011.4 67.7 8 12.43 3 6 9 1 Weisse (2) VIII, 829 . 9. 1 8 33 I0 - 79 67.0 6 + 3-462 -f- 20 24 56. i 66.3 2 - 12.43 3692 2fio 7 Anonymous Anonymous .... 8.5 6. ? 33 "-45 3J. 14. 2,0 77-3 6J.. q i 2-377 2. J?6 - 33 32 48. o J.J. 2J. 67.2 2 12-43 12. 4J j u yj 3 6 94 113 Pra-sepe (Eq.) . . . J 7-7 jj "T- j~ 33 17-29 j y 69.8 3 J/ 3-449 JJ ~J + '9 45 '9- 5 66. 9 3 * fj 12.44 3695 1606 114 Pra?sepe (Eq.) . . . "3 33 18.64 8 JJ. 18.83 69. 2 68.2 6 i 3-464 -(- 3^ 464 + 20 28 30.9 4- 20 29 69.2 6 12.44 12. 44 juyu 3697 2608 115 Pra-sepe (Eq.) . . . 1 16 Pra-sepe (Eq.) .... 10.8 IO. O JJ J 33 22.69 jj 25. ii 69. 2 68.3 4 2 3-463 J.. 4^4 4- 20 26 18. o -f- 20 2 14.0 69. 2 66.9 4 ii 12.44 12. 4? j u y iflOQ 117 PrT?S"pe (Eq ) I I.O JO J jj, 26. ii 68.2 e j- ^j^ J.. 4^1 4- 19 51 59. 4 68.2 e TV 12. 4? o u y^ 27OO Il8 Pra-sepe (Eq ) IO. ? JJ jj 26. 28 69.6 j 6 J ^J j..4<;8 4- 20 14 29. 9 69.6 j 6 "' tj 12. 4.C o/ uu 3701 119 Pr^sepe ( Eq. ) . . . . J II. O JJ 8 33 3'- 77 69-3 6 O t j'-' + 3-463 4- 20 27 52.4 69-3 6 TV - 12-45 3702 27O2 Weisse (2) VIII, 841 . 121 Prjesepe ( Eq.j .... 9.2 9. J. 33 32-67 jj js. 42 66.7 65. 2 5 4 3-456 3.446 4- 20 9 26. 2 4- 19 38 17.8 66.2 65. 2 3 4 12.45 12.46 J/ U J 374 ?7nc 122 Prjesepe (Eq.) .... 12"? Pntsepe (Eq ) . y j 10.7 q. O jj j-> ~ 33 39- 92 3? 4.O. IQ 69.2 68. i 5 A 3.468 j.. 4";6 4- 20 43 21.6 4- 20 9 20. 9 69. 2 66. i 5 9 12.46 12.46 0/ U J 3706 !24Praesepe (Eq.) . . . . y * IO. 2 jj f y 8 33 44-47 65.2 T^ '3 J- T^J" + 3- 448 + 19 45 47-4 65.2 '3 - 12-47 37^7 125 Proesepe (Eq.) .... 10.8 33 46. 23 68.3 5 3-45' + '9 54 3'-3 68.3 5 12.47 3708 27OO B. A. C. 2931 . . . . 6.5 8.8 33 47- 32 J? 4q. 62 66.9 70. 2 6 6 3-46i 3- 467 4- 20 22 II.4 4- 20 39 19.4 65.5 69. 9 3 3 12.47 12.47 o/ u y 37'o Lacaille 3449 .... 7.0* JJ Tf 33 50.42 72.8 2 2. 5O2 - 28 35 20.5 63.2 i 12.47 37" 2712 Weisse VIII, 885 . . 128 Prt'sepe (Eq.) .... 8.0* IO. 5 8 33 51-24 J? ^2. 71 77-2 69.6 2 6 + 2. SO? J.. 4^6 - H 12 13-9 4- 20 7 50. o 66.9 69.6 3 6 - I--47 12.48 6l l 2712 1 29 Prxsepe (Eq ) . . . . j IO. C j j j t ?! S !. 71 ,/ 69.6 6 j. ^j 5. 4S7 -f- 20 II 7. 8 69.6 6 12.48 O/ x J 271/1 f Mali J 4. o j j j j / JJ ? J. q6 7 v 6?. ^ 2 j ^j / 2. 490 29 3 53. 5 69. 2 2 12.48 J/ '4 37i5 Weisse VIII, 889 . . 9. o* JJ JJ y 33 57- j j 2.808 - H 9 32-5 70.2 I 12.48 3'7i6 2717 i3OPrsesepe (Eq.) .... I ? I Pra'sepe . . IO. 2 7. 7 8 34 3- 3 6 ^4. 4. QO 67.0 6a 7 6 2 + 3-455 J..4?I 4- 23 5 48.0 4- 19 54 29. 5 67.0 65.2 6 i - 12.49 12.49 37'/ 3718 131 Pr.iesepe (Eq.) .... it 8.9 OT- ij.. yy 34 5- 3 **Jr* / 65.0 2) J- ^J 3-i + 19 54 29.4 65.0 29 12.49 37'9 132 Prresepe (Eq.) .... 10. 2 31 '3- 3 8 69.1 6 3-456 4- 20 II 4.4 69. I 6 12.50 372 1 33 Praesepe (Eq.) .... 10.9 3t >5-2+ 67.0 6 3-457 4- 20 13 10. 8 67.0 6 12. 50 96 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. 1* ft H >* 8 S 1 o 1 Annual Precession, 1860. Mean Declination, 1860.0. rt s^ 1 s | o IM O 6 Z Annual Precession, 1860. h. m. s. s. / // // 372' Weisse (2) VIII, 855 . 7.0* 8 34 16. 12 76.4 2 + 4-053 4- 43 I0 53- 8 71-2 2 - 12.50 3722 772} Lacaille 3459 .... 1 34 Prcesepe (En ) . . 7-3 q.6 34 16. 81 74. 1 6 QQ 69. 2 66 4 5 17 2.380 2 4.64 - 33 30 56. 8 -r- 2O 7.2 26 68.2 66.4 4 17 12. 50 I 2. 50 31 * J 3724 Weisse (2) VIII, 886 (Eq.) 7' ** 9-5 Ot " yy 34 18.02 w ** *T 66. 7 * / 7 J- *T W "T 3.466 [ *** }* + 20 40 43. 4 66.7 / 7 12.51 3725 Weisse (2) VIII, 866 . 7-3 34 18. 08 67.0 5 3.466 + 20 40 43. I 68.2 i 12.51 3726 Tr. Z. 213, 21 .... 7.0 8 34 29. 65 70.7 4 + 2.380 - 33 3' 35- i 68.2 4 - 12.52 3727 O. Arg. S. 8852 . . . 6.0 34 3- 37 65.1 I 2-545 - 26 45 46. 5 69.6 2 12.52 3728 Lamont 460 8-5 34 30-40 69.7 2 2.805 - 14 21 42. O 62.8 2 12.52 3729 77 'O 136 Prjesepe (Eq ) ... b Mali . ... 10.5 4O 34 31-07 21 -37 jn 68.2 70. 8 5 2 3-450 2 746 4- 9 53 40. 2 - 74 48 4.8 2 68.2 68. 8 5 2 12.52 12 C 7 J/ J u 373' 7772 M. Z. 230, 60 .... 137 Pnesepe ** 7-7 97 O-T ji *fy 8 34 37-62 JA 7Q jS 64. 2 fie j I 2 A ot w + 2.428 3 AC 1 JT- T-" T- ' * - 31 40 16.3 4- 20 2 28. 8 70.2 fie i I 2 * S3 - '2.53 12 C 7 $15* 3733 O. Arg. S. 8856 . . . / 8-5 j4- jy- J 34 40.52 u ->- * 64.7 2 45 j 2-543 - 26 52 55. 7 U J- * 69.7 2 * iJ '2.53 3734 B. A. 0.2930 .... 6.0* 34 42.48 63.6 5 9-340 + 80 32 42. 9 72. I 5 '-'53 3735 138 Pr.usepe (Eq.) . . . 9.6 34 42. 63 65.1 2 3-454 4- 20 4 41. 4 66.7 20 ' 2 -53 3736 139 Prsesepe (Eq.) . . . 10.5 8 34 46.46 67.6 6 + 3-45' + 19 57 55-6 67.6 6 - 12.54 3737 1 40 Prsesepe (Eq.) . . . 11.5 34 48. 75 68.3 4 3- 448 + 19 So 16.9 68.3 4 12.54 3738 141 Proesepe (Eq.) . . . 11.7 35 3-i8 68.3 6 3-447 + 19 47 32-0 68.3 6 12.56 3739 142 Pnrsepe (Eq.) . . . 9-7 35 4-58 66.9 12 3-45 + '9 5 6 H- i 66.9 12 12. 56 374 77AI 143 Prjesepe (Eq.) . . . II. O 7 n 35 8.66 8 7? 10 Co 69. 2 71 2 4 2 3.466 + -j A2.T. + 20 44 4. 6 1 yfi 78 C7 Q 69. 2 67 8 4 2 12. 56 I "> C7 J/T- 1 3742 "37A7 DM. + 23, 1994 . . y Cancri / - u 9-5 j. 6* ** jj * j 1 - 7 35 10.68 Jt TO 76 / * 71.2 60 7 I 18 J' H-^J 3-515 3,102 1 lo j j/ y + 23 I 36.9 1 21 58 7. 8 w 56.3 67 7 2 2 * 5/ 12.57 T 2 C 7 .5/4.5 3744 O. Arg. S. 8870 . . . *T" u 8-5 JJ lv/< / u 35 18.24 U<_. j 76.3 2 4y* 2. 6ll - 23 47 U J- / iz - 57 12.57 3745 7.746 Weisse (2) VIII, 894 . 144 Prsesepe (Eq.) . . . 7-7 35 30.48 8 "K ^2 I? 62.8 6; o 3 3.619 4- 7 46^ + 27 43 3-9 _L 2O 41 2d S 69.6 6? o 2 '2-59 12 ?Q o/t" 7747 144 Prjesepe 92 OJ J 7f 72 l6 VJ. y fie | J T o' T**J 346? -j 4>u ft *-t- j [ 20 41 J 7 i * ^y T 2 Co J/T7 3748 Weisse (2) VIII, 898 . * 9.O* OJ J 1 * u 35 34-90 U^. 1 73-9 3 4 U D 3-518 -p ^U if! -|- 23 12 5I.O 56-3 2 i-. ^y 12.59 3749 145 Pnesepe (Eq.) . . . 10.3 35 39-69 66.7 6 3-465 + 20 40 35. 9 66.7 6 12.60 375 146 Prasepe (Eq.) . . . "3 35 45-75 68.3 5 3-449 + 19 54 28. i 68.3 5 12. 6l 3751 Weisse VIII, 936 . . 9.0 8 36 7.40 67.2 3 + 3-333 + 14 7 30.8 , 68 -7 2 - 12.63 3752 147 Prjesepe (Eq.) . . . io.7 36 24.54 66.2 6 3-464 + 2O 42 22. 8 66.2 6 12.65 3753 148 Proese.ie (Eq.) ... 9-7 36 24. 74 68.7 6 3-459 + 20 28 1.2 68.7 6 12.65 3754 O. Arg. S. 8886 . . . 8.0 36 26.87 70.6 3 2.616 - 23 42 43. 6 73-o 4 12.65 3755 149 Pnesepe (Eq.) . . . 10.5 36 3L34 68.3 4 3-447 .+ '9 53 5- 9 68.3 4 12.66 3756 Lacaille 3469 .... 7-7 8 36 32- 22 63.5 3 + 2.43" - 3i 43 54-3 62.2 2 12.66 3757 B. VI. + 14, 1966 . 9.0 S 6 34-41 71. i i 3-334 + 14 9 58.7 69. 2 3 12.66 3758 3710 Lalande 17182 ... & Cancri 7-5* 4. C 36 38-51 7.6 4^ 48 72.7 62. i 2 16 3.876 J_ -} 422 + 37 47 54- i +l8 7Q 7 1 47-2 6l.6 2 12.67 I 2. 67 ji j ) 3760 150 Pr.xsepe (Eq.) . . . T* J 9-5 O TO' T^ 36 43- 60 66.7 4 r j- **** 3-457 1 w OV J i j + 20 23 5*-9 66.7 4 12.67 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 97 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. >-, c rt B s O *o K Annual Precession, 1860. I 'lean Declination, 1 860.0. Mean year. i o o o fe Annual Precession, 1860. 3761 46 Cancri . . . 6.0 h. m. s. 8 36 45. 55 62.2 3 s. + 3- 7 o / // -f- 31 12 6. 2 53. 2 8 // - 12.67 j/ ul 3762 151 Prasepe (Eq.) . . . 9-5 36 46. 06 67.8 6 3-448 + 19 5 6 4-2 67.8 6 12.67 3763 Lacaille 3474 .... 8.0 37 H. 10 63-4 4 2.498 - 29 I 23.7 69. 2 2 12. 70 37 6 4 Lacaille 3485 .... 6.8 37 29.62 66.7 2 2-336 - 35 26 32.7 69.7 2 12. 72 3765 3766 M. 2.223,47 . . . . Mali 7.8 S.o 37 57-28 8 37 58. 09 67.4 67.4 4 4 2.412 + 2.410 - S 2 39 I2 - 5 - 32 41 3. 4 68.8 67.8 2 2 12.75 - 12. 75 jt* J * J 3767 2 1040 (ist*) .... J 7-5 38 16.02 68.2 4 3-034 2 5 41.0 74-2 2 12.77 3768 S 1040 (2cl *).... 7-5 38 1 6. 40 68.2 4 3-034 2 5 42.0 74-2 2 12.77 3769 Weisse (2) VIII, 969 . 8.2 38 53- '8 62.3 2 3.938 -|- 40 6 29. o 58.9 4 12.82 3770 Weisse VIII, 999 . . 9.0 39 6. "4 59-i 2 3.280 -f ii 27 37.9 55-2 2 12.83 377' *77"> Lacaille 3500 .... 7.0 7.4* 8 39 15. 20 JQ 21. 67 67.7 58.8 2 147 + 2.468 3- '97 - 30 28 21. 7 + 6 55 47.9 68.3 50. 4 2 66 - 12.84 12.85 J/ / 3773 O. Arg. S. 8946 . . . J T" 9.0 jy ' j 39 24.41 72.9 3 2.548 - 27 3 46. 6 68.6 2 "j 12.85 3774 Lacaille 3502 .... 7.0* 39 26.84 76.2 2 2.437 - 3 1 44 20.5 66.2 3 12.85 3775 \VeisseVIII, I012(ist*) 8-5 39 32.31 67.4 4 3-284 + II 40 23. 2 67-9 3 12.86 3776 Weisse VIII,ioi2(2d*) 8-5 8 39 32-44 66. i 5 + 3- 284 + ii 40 10. o 64-7 4 - 12.86 3777 Lacaille 3509 .... 7.2 40 10. 20 63-3 4 2.570 - 26 6 12. 6 70.5 7 12. OX> 3778 Lacaille 3511 .... 9.0 40 26. 77 68.7 2 2.571 - 26 7 5.6 73-2 6 12.92 3779 O. Arg. S. 8978 . . . 7-2 40 44. 74 63-2 2 2. 5OO - 29 14 52.4 68.2 2 12.94 378o Weisse (2) VIII, 1016 8.4 40 45. 76 68.3 2 3.500 + 22 42 58. 7 56.8 2 12.94 378i 0. Arg. 8.8979 . . . 7.0 8 40 46. 12 63. 2 2 f 2.501 2 9 13 3.2 68.2 2 - 12.94 3782 Weisse VIII, 1050 . . 8-5 40 49. 30 66.7 2 3.I78 + 5 57 22.6 68.2 2 12.95 3783 Weisse (2) VIII, 1018 8.4 40 50. 1 1 68.3 2 3.500 +' 22 45 33. 8 56.3 2 12.95 3784 Weisse (2) VIII, 1013 8.8 40 51.86 66.7 4 3-932 + 40 6 19.5 58.9 4 12.95 3785 M. Z. 223, 49 .... 7-5 40 59.04 73-2 2 2.416 - 32 44 1 1- 3 68.8 2 12. 96 3786 0. Arg. 8.8993 8.0 8 41 23. 22 66.7 2 + 2.547 - 27 15 14.7 68.2 3 - 12.98 3787 O. Arg. N. 9342 (1st*) 42 5- '5 71.2 2 6-073 + 7' '9 55-7 71.2 2 '3- 3 3788 0. Arg. N. 9342 (2d*) . . 42 6. 22 71.2 2 6.074 -f- 71 20 23.0 71.2 I '3-03 3789 Weisse VIII, 1077 . . 8.8 42 11-55 66.7 2 3- '78 + 5 58 8. 3 68.3 2 13.04 379 Lacaille 3531 . . . . 6-5 42 12.86 64. i 2 2.415 - 32 53 4-8 66.2 13.04 3791 O. Arg. N. 9350 . . . 8.5* 8 42 20. 39 73-6 2 f 5-74 + 63 6 29.9 61.8 2 - '3-05 3792 Lacaille 3529 .... 6.0 42 20. 63 63-3 2 2.529 - 28 7 24.5 66.7 2 >3-5 3793 3704. Weisse (2) VIII, 1051 7-5 t. c* 42 25. 14 42 32. 14 69.1 62. i I 2 3- 597 4. 060 + 2 7 21 -(- 44 14 38. 9 70. 5 2 13-05 13.06 j/ r9 3795 B. A. C. 2991 .... J J 7.0* 42 46. 70 60.0 2 3-428 + 19 21 4-5 54.2 3 13.08 3796 2707 DM. + 270,1675 . . 6. 5* 8 43 3- 4.* I 5. ?6 (Q. I 2 + 3- 603 3. ?6o + 27 41 27.3 4- 15 52 2. O 62. 2 56.5 I 3 - 13. 10 13- 'i j/ y/ -1708 j 8. <; *t J J J" 43 2O. ?"\ jy 64. 2 C J J 1. 572 + 16 31 7. 5 66.7 I3. " ot y 3799 M. Z. 234,49 .... "' J 7- i *TJ *** JJ 43 21.67 Ulf. 64.9 J 3 O ' Jt 2. 296 - 37 29 12.5 68.7 2 13.12 3800 Lacaille 3546 .... 7.0 43 40.94 63.8 4 2.479 - 30 24 51.7 62. 2 I 13- H 98 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. Mean year. 1 tH O O * Annual Precession, 1860. Mean Declination, 1860.0. Mean year. 4J o "o 6 K Annual Precession, 1860. h. m. s. s. o / // " 3801 M. Z. 94, 135 .... 7-6 8 43 46. 70 64-5 3 + 2.541 - 27 44 15. i 68.7 2 13- '4 3802 O. Arg. S. 9040 . . 8-5 43 5I-65 71.2 2 2. 621 - 24 3 40. 3 69-3 3 I3.'5 3803 M.Z.223,53 . . . . 8.5 44 4-57 63-2 2 2-433 - 32 21 o. 7 69.7 2 13. 16 3804 B. A. C. 3005 .... 6.8 44 10. 12 72.2 3 2.514 28 56 36. 4 65-1 2 I3-I7 3805 B. A. .3006 . . . . 4-7 44 10, 24 62.2 2 2-435 - 32 IS 35-3 67-7 2 13-17 3806 Weisse (2) VIII, 1095 9-3 8 44 12.30 62.2 2 + 3.598 + 27 32 18.5 67.8 2 I3.I7 3807 Lacaille 3552 .... 7-7 44 26. oo 74-2 2 2-493 - 29 53 49- 5 67-3 2 13.18 3808 B. A. C. 3007 .... 6.2 44 26/93 65.6 3 2-534 - 28 5 49. 2 66.5 3 13- 9 3809 Weisse (2) VIII, 1098. 8-5 44 27. 66 68.7 2 3-497 + 22 54 45.4 56.3 2 13- '9 3810 Tr. Z. 222, 26 .... 8-5 44 33-52 70.1 I 2. IQX) 41 14 2. 2 70.2 I 13.20 3811 3812 6 Ursx Majoris .... c Mali 5-5* 4. ? 8 44 34- S 6 AA 7C -3Q 63-9 60 2 3 2 + 5-245 2 5SS + 65 8 7-3 - 27 1 1 71 I 65.8 60 o 4 13. 20 I 1 2O 3813 Lacaille 3561 .... T J 7-5 ft jj" jy 44 38. 3' wy. 7 6.2 I * Jjj 2. 156 */ * * OJ- * 42 18 19.9 uy. y 69. 2 a 13,20 3814 Tr. 'L. 222, 27 .... 8.0 44 40. 42 71.9 3 2. 190 - 41 13 24. 1 7-5 4 13. 20 38lS DM. + 13, 2006 . . 9.0 44 40- 53 62.2 2 3.3I9 + "3 47 30-4 70.7 2 13. 2O 3816 Weisse VIII, 1146 . . 8. 5 * 8 44 41.63 62.2 3 + 3-3I8 + 13 45 36-4 66.2 4 13.20 3'7 3818 M. Z. 237, 17 .... Anonymous 7-8 44 53-21 4.C 1C 6 7 .2 2 2-357 2 IQ7 - 35 24 35-8 41 1 1 j + 17 53 41-5 l\j. *. 6 9 .8 2 1 O t "+ 13- 24 3820 1821 Lacaille 3564 . . . Anonymous . . . 7-3 9. -2 45 28.98 8 45 32 80 64. i 71 2 2 I 2.398 + > An 7 - 33 53 5i-o 20 ^O ? I 68.6 6Q ^ 2 2 13.26 17 28 , V - 1 3822 Lacaille 3567 .... ' O 7-3 TO j **y 46 o. 25 / * 72.2 3 * ip T-y/ 2-559 m y j^ j' l - 27 7 1.8 ^y- j 62.7 2 1 J- * 13-29 3823 Tr. Z. 222, 28 .... 7-7 46 3.21 64-3 i 2.195 - 41 8 13.29 3824 Weisse (2), VIII, 1145 7-2 46 25.92 68. 3 2 3-483 -\- 22 20 58. 9 56-3 2 I3.32 3825 3826 Lacaille 3574 .... Anonymous 7-2 8. i 46 43- 4 8 47 s,. 77-2 2 2-449 4- 2 44.8 3i 59 i-o 32 6 33 1 71.2 72 2 3 2 '3-34 I -1 76 1827 Anonymous j 7. S t/ J- 47 6 42 74. Q 3 I *- ft" 2 44.6 J* ^ JJ' J 32 2 28. O / * * 69.6 2 1 0* U i "j ^6 J u */ 3828 p 3 Cancri . . / j 6.0* T 1 / T 1 * 4.7 1 6 O7 / 1* y Cn o J 3 i tf ' 3- 612 J_ 28 27 33 J. 71 8 2 * J 1 JV 1 1 11 3829 M.Z.96, 37 8-5 *T/ *** \J 1 47 22.70 jy' ** 68.2 J 3 2.481 1 ** */ JO' -r - 30 41 51.2 / i. 3 19-2 71-3 i - 13. 61 3872 O.Arg. 8.9178 . . . 8.0 50 58. 68 64.7 2 2.501 30 10 6. 2 67-3 2 13.61 3873 Weisse (2) VIII, 1258 8.0 51 o. 84 68.6 8 3-495 4- 23 20 16. 7 68.8 2 13.61 3874 Lacaille 3607 .... 7.8 51 32-9' 63-5 3 2.569 - 27 IQ 38. 7 64.8 2 13-65 3875 Weisse (2) VIII, 1291 8.0 52 41. 18 68.3 2 3-466 4- 22 o 36. 6 62.8 2 *S-72 3876 O.Arg. 8.9210 . . . 8.0 8 52 56.56 74-7 4 4- 2-494 - 30 42 12. I 71.2 3 - 13-74 3877 Lacaille 3617 .. . . 7- i 52 59.96 64. 2 S 2-477 - 31 25 28.4 66.2 2 13-74 3878 Weisse VIII, 1367 . . 9.0 53 1 4- 70 59-2 3 3.227 + 9 5 37-5 56.2 3 I3-76 3879 B.A. .3070 .... 5-6 53 '9-21 67.6 3 2-549 - 28 15 52. 6 69-9 3 13-76 3880 M.Z. 232, 47 .... 9.0 53 40. - 2-398 - 34 46 o. 8 68.7 2 I3-78 1OO CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1860.0. ij 3 u >-* 1 s 1 *o 6 Annual Precession, 1860. Mean Declination, 1 860.0. S x 3 1 IM 6 2 Annual Precession, 1860. 3881 1882 Lacaille 3621 .... 68 Cancri 6.5 6.8 h. m. s. 8 53 43- 03 C-3 CJ QI 64. 2 64.. o 7 A s. -r- 2 -572 i 380 / // 27 16 16. 2 +17 37 3O O 72.0 61 7 4 // - 13-79 I ! 80 J*"** 3883 Ursa; Majoris .... 4.0* JO J ' 7* 54 3-12 W *T* 59.2 *t 2 O- J^"-* 4.138 / j/ jy 4 + 47 42 24.9 vi ./ 58.3 1 2 1 j. ou I3.8I 3884 B. A. C. 3076 .... 6-5 54 7-66 65.8 3 3- "77 + 6 ii 15. 2 67-9 3 13.81 3885 Weisse (2) VIII, 1322 8.0 54 "4-73 68.7 2 3-454 -|~ 21 32 18. i 56-3 2 13.82 3886 B. A. 0.3078 . . . . 6-5 8 54 25.57 66.6 3 + 3-177 + 6 n 59. 2 67.9 3 - I3.83 3887 Weisse (2) VIII, 1324 7.0 54 33- 38 74.2 3 3.839 + 38 23 47. 8 62. 2 3 13.84 3888 O Arg. 8.9243 . . . 7.0 54 42.41 64.1 2 2.649 23 36 30. o 68.7 2 13.85 3889 M.Z. 221,60 . . . . 6.7 55 4- 84 64. 2 2 2.581 - 26 58 9. 3 69. 2 2 I3.87 3890 B. A. .3082 . . . . 6.0* 55 7.13 62.2 10 2-599 - 26 6 54.5 71.6 5 13.88 3891 Weisse (2) VIII, 1352 7.0 8 55 '7-97 66.9 3 + 3-485 + 23 9 40- 5 7O. 2 2 ~ 13.89 3892 ^SO "? Weisse (2) VIII, 1347 M Z Q3 12 8.4 8.6 55 3i.6o CC 12 60 62.4 67 2 4 2 3-990 2 ? I 2 + 43 36 23.4 -2O O "?6 A. 66.3 7O 2 2 13.90 I "* QO O^yO 3894 O. A rg. 8.9258 . . . 7.8 JJ J*" 55 35-So / 66.7 2 * 3 * * 2.625 Jr* y J w - 1 - 24 53 9.0 /** * 59-6 2 l j. yu "13-91 3895 Lacaille 3643 .... 7-i 55 47- 18 62.8 3 2.602 - 26 I 31. 6 71.2 3 13-92 3896 M.Z. 233, 21 . . . . 8.0 8 56 4- 35 66.7 2 + 2.576 - 27 15 48.9 68.3 2 - '3-94 3897 O. Arg. N. 9550 . . . 8-5 56 1 6. 80 76.2 4 4-385 + 53 48 6. 8 71-3 2 13.96 3898 M.Z. 232, 49 . . . . 7-0 56 26. 28 67.2 2 2.396 - 35 8 22.9 69.2 2 13. 96 3899 Lalande 17885 . . . 6.8 56 31.06 68.3 2 2.842 - '3 27 9-3 56.3 3 13.96 3900 B. A. 0.3091 . . . . 7.0* 5 6 36.34 60.0 S 4. 222 + 50 9 57-7 54-3 3 13-97 3901 O. Arg. S. 9276 . . . 7-i 8 S 6 43- 3 6 64-3 3 + 2. 58 - 30 28 1.5 68.9 3 - 13-98 3902 Lacaille 3655 .... 6-5 56 44. 46 76.2 2 2.300 - 38 51 12.8 74.0 4 13.98 393 B. A. C. 3096 .... 6.9 57 i. 01 64.1 3 2.626 - 24 57 8. 4 65.2 2 14.00 394 Lacaille 3656 .... 6-5 57 4-93 63-4 3 2.476 - 3' 53 22 - 2 66.2 . 2 14.00 3905 Weisse VIII, 1476 . . 8-3 58 0.59 59-5 3 2.857 12 42 3. 2 69. 2 2 14. 06 3906 > B rt * C rt S 1 <*- O 1 Annual Precession, 1860. h. m. s. s. f ff // 3921 1O22 O. Arg.S.9344 - 7-2 5- 5 9 o 18.55 o 32. 73 65. o 62. 2 4 5 + 2.660 3- 557 - 23 35 56. 4 + 27 12 2O.4 67.6 62. 2 3 3 - 14. 20 14. 21 oV AA 3923 1Q2A. Weisse VIII, 1529 . . 78 Cancri .... 7.0 7. o* o 34.60 i i i . 06 60. 2 57-8 2 2 2.858 3.378 - 12 44 50. I + 18 2 4. i 53-9 57- 2 6 2 14. 22 14. 2? OV^T 1 7Q2 Cancri 4. <> i 18.25 59- 4 4 3.464 -4- 22 36 33. 7 70. 6 3 * "j 14. 26 jy^j 1026 ^ J 8.8 9 I 22. 80 67.2 2 + 2.664 - 23 27 56.4 68.7 2 ~ '4- 2 7 jy^u 3927 M. Z. 107, 16 . . . . 8.2 I 27.40 66.7 2 2.500 - 31 21 ii. 8 69.6 3 14.27 3928 Lacaille 3684 .... 7.0 i 33- '8 63.2 2 2.540 29 3 1 20. 9 66.2 2 14.28 3929 M. /,. 94, 146 .... 7-6 i 46.99 67-3 2 2.581 - 27 38 7-7 69.7 2 14.29 3930 r,.A. C. 3121 .... 4.8 i 54-33 62.0 4 2.629 - 25 17 45.4 70-5 4 I4-30 393 ' M. Z. 107, 17 .... 7-5 9 2 o. 48 64. 2 2 + 2.498 31 28 30. i 68.7 2 - 14-3' 3932 7O77 Weisse (2) IX, 10 . . 8.1 6.0* 2 IO. O8 2 17.93 63-2 59- 9 3 3 3-549 3. 461 + 26 58 31.5 -f- 22 33 43. 7 67-3 58.2 2 3 14- 3 14. 32 jyjj 3934 -JQ-JC Lacaille 3690 .... 20 Hydrre 7-5 5. 5 . 2 31.60 2 44- 79 62.3 69. 2 3 2 J* T~ 2. 630 2-937 - 25 16 28.6 - 8 13 17.4 70-3 70. 9 3 3 14-34 14. 35 jyjj 3936 M. Z. 217, I .... 7-5 9 3 2.98 7O.O 3 + 2.568 - 28 23 37.0 67-3 2 - 14-37 3937 e Ursae Majoris .... 5-5 3 "4-27 69-3 2 4.825 + 61 59 47. 7 65-3 4 14.38 3938 B. A. C. 3127 .... 7.0 3 37-oS 64. 2 2 2.634 - 25 14 10.5 66.3 3 14.40 3939 Joan O. Arg. S. 9418 . . . e Mali 6.6 **. 2 3 37- 1 4 o. 50 64.4 63.6 5 4 2.551 2. C rt V 4J o V- o i Annual Precession, 1860. Mean Declination, 1 860.0. jj >. G a 1 1 2, O* h. m. s. 92O 4.2 47 1:7 6 !C6 S. 1_ 2 OC I / // . 8 7178 A7 A AA // I C AC\ T-'-'T-* 4042 4O43 Lacaille 3834 .... 6.5 6.0* CpV/ T*' T 1 / 20 43. 67 2O S 7 44 j/ w 66.2 67.8 * J w 2 4. r * Va 1 2. 510 3 218 o l j- - 33 '7 28.8 _L Q TQ (J2 C 4/' 4 71.0 60 3 44 3 7 X 5- 4 I5-40 r r ^2 *T V TO 4044 M.Z. 105, 12 .... 7-5 * j 1 ' T-T- 21 20. 37 "O* * 66.8 T 2 j- ^*" 2. 622 i y jy j* 1 - 3 - 27 47 19.9 **y* o 68.8 o 2 *j* 4* 15.44 4045 Lacaille 3838 .... 6.5 21 21.98 66.2 2 2.514 - 33 " 1-6 69. 2 3 15-44 4046 B. A. .3235 . . . . 6.2 921 49. 62 67.6 3 + 2.489 - 34 23 58. 7 70.7 2 - 15.46 4047 d Ursas Majoris .... 4.0 22 2.OI 62.5 7' 5-466 + 70 26 32. 7 69-5 8 15.48 4048 4049 Lacaille 3843 .... Lacaille 3848 .... 7.2 6.8 - 22 23. 57 22 25. I? 63-3 67.6 2 3 2.679 2-493 24 49 26. 2 - 34 i? 43-9 66.2 69. 2 2 2 I5-50 I5-50 4050 Weisse (2) IX, 478 . 9.0 2 3 3- 89 59-9 3 3-412 + 21 54 13.2 55-9 3 15-53 4051 Weisse IX, 488 ... 9. o* 9 23 4- 37 65-3 2 + 2.890 12 7 23-8 60. 9 5 - 15-53 4052 Weisse (2) IX, 47 1 . . 7.0 23 I3-58 60. 2 2 3-898 + 44 21 24. i 68.3 2 15-54 4053 4OC.4 Weisse (2) IX, 486 . . e Antlias 9.5* 4- ' 23 26. 73 23 28. 1 6 6l. 3 64. c. 2 3.466 2 474 + 25 i 41.4 35 20 26. 6 60. 3 7O 7. 5 2 I5-56 I C eft T^JT 4055 B. A. 0.3243 . . . . 6-3 23 28-47 v t- j 63-3 2 T"/ T 2.661 - 25 58 54- 7 f w * 68.7 2 L J- J^ 15.56 4056 6 Ursae Majoris .... 3-0* 9 23 28. 83 54-4 I? + 4- 164 + 52 18 50.4 52-3 15 - 15-56 40S7 Lacaille 3857 .... 7-4 23 3-49 63-3 2 2.680 - 24 54 5f 7 68.2 2 15-56 4058 Weisse IX, 498 . . . 9-5 23 32-55 65-3 2 2.891 - 12 7 4.8 66.2 2 15-56 4059 4.O6O B. A. C. 3248 .... A Leonis .... . . 6.0 S. o 23 41-83 27 47 C7 63-3 64 I 2 j 2.661 34AO - 25 58 41.8 +27 7A CO 7 68.8 72 C 2 15-57 1C C7 f vw 406l M. Z. 223, 80 . . . . j 7-6 J TO- JJ 9 23 48. 71 \r*f., * 72.9 5 ' TT- 1 "' + 2.529 ^j J4 >y- j - 32 41 58. 2 /* J 69.8 2 5 1 i)7 - 15-58 4O62 Lacaille 3864 .... 7- 23 49- 54 64.4 4 2.631 - 27 37 49-5 67.8 2 15-58 4063 M.Z. 105, 15 . . . . 8.2 24 5- 7o 64.7 2 2.634 - 27 34 30. 9 67.8 2 15-59 4064 O. Arg. S. 9789 . . . 6.0 24 6.17 75-3 5 2.596 - 29 31 54. 9 66. 3 2 15-59 4065 4066 O. Arg. N. 9989 . . . f Leonis . . ... 6.5 $ O* 24 21.07 Q 24 2"? 80 66.0 58. 8 2 T 7 5.412 J_ -7 24Q + 70 15 28.6 _|_ f T CC 78 7O. 2 C C 2 2 15. 61 j e ^ j 4067 4068 Lacaille 3874 .... h Leonis J 7.0 6.0* y * -"-o- uw 2 4 25. 24. 27 OQ 62.6 1 J 7 n^ o -^y 2.531 3 22? T^ " JJ o- - 32 47 28.0 +IO IO C2 7 JJ' * 68.8 48 2 2 c 15. 61 1C fij |JWWW 4069 f Antlke (1st*; .... 7.0 **T **/ v :7 24 46. 25 70.2 / 3 o* *5 2-563 *** *y 5"* o - 31 16 37.2 T w - * 72-3 j 3 1 j- < I5-63 4070 f Antlia; (2d *).... 6*5 24 46- 55 69.7 2 2-563 - 31 16 29. o 72-3 3 15-63 4071 9 Leonis Minoris . . . 6.0* 9 24 53.99 59-6 2 + 3-705 + 37 6 18.6 52.8 ii - I5-64 4072 M.Z. 237,45 .... 8.5 24 56. 82 67-3 2 2.463 - 36 i 44.9 75-3 2 15.64 4073 A O7 4 B. A. .3255 .... ib Argus ... 6.5* 7, C 25 5-77 2C II 17 76-9 Hfl 3 3-535 2 77/i 4- 28 59 10. i 7O C I ICi A 72.3 66. 2 4 2 I5-65 1C ^C *t'-'/ t r 4075 26 Ursse Majoris .... j j 6.0 *3 * * * J 25 12.56 U 68.8 2 * .5/4 4. 1 68 jy 5 l *' 4 -f- 52 40 16. 2 63-7 2 '3- 5 15-65 4076 4O7 7 M.Z. 232, 72 .... f 2 Antlhe 7-3 9 25 22.46 2C 72 08 70.8 76 7. 2 + 2.480 2. 566 - 35 18 41-5 il 1C 2 "2 O 70.2 7A 2 3 J - 15-66 T C 67 T / / 4078 10 Leonis Minoris . . . 5-8 ^ j-*-. yu 25 38.05 / u * J 69-3 2 3-7I J 1 *J *J' u + 37 i o. i /4- * 5O.6 7 *5' u / 15-67 4079 Lacaille 3889 .... 6.0 25 42.67 64.4 5 2.486 - 35 5 33-8 66.3 2 15.68 4080 M. Z. 8, 6 6.8 25 45 -3 2 64.9 3 2.463 - 36 8 4.9 73-5 3 15.68 U. S. NAVAL OBSERVATORY, 1845 TO 1877. '05 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. S >, a u ?! ; l 'o ' 6 fc Annual Precession, 1860. Mean Declination, 1 860.0. b rt , 3 % 1 **- O 1 Annual Precession, 1860. 4081 O. Arg. S. 9824 . . . 8-5* h. m. s. 9 25 50.34 70.9 3 + 2*636 / // - 27 36 10.4 67.8 2 // - 15-69 4082 M. Z. 217, 20 . . . . 7-3 25 58.46 68.8 2 2.621 - 28 25 51.7 67. 2 2 15.70 4083 Weisse IX, 563 ... 9-o 26 6. 05 59-6 3 3. 260 + 12 42 23. I 56-2 2 15-70 4084 Lacaille 3892 .... 6.8 26 10. 74 63.. 2 2.630 - 28 o 43. 9 66.3 2 I5-7I 4085 Weisse IX, 379 ... 9.0 26 48. 49 59-6 3 3-250 + '2 9 3-4 56.2 3 '5-74 4086 4087 Lacaille 3903 .... 31 Hvclrde . 6.2 6.0* 9 27 29.37 27 3 } 4.8 64.8 Cn 7 5 + 2.415 2 Oo6 - 38 30 40. 4 C 17 2c\ f\ 66.2 60 7 2 - 15-78 T C 78 ^FWJ 4088 Lacaille 3905 .... 6-5 / JJ* T- u 27 38-47 jy* / 64.5 4 * yy u 2.427 3 1 1 *y- 9 - 38 I 13.0 U 9- 7 73-3 3 Ij. 70 15.80 4089 0. Arg. 8.9855 . . . 8-5* 27 5 8. 4 8 70.2 6 2.571 " 31 19 29.4 68.2 2 15.80 4090 O. Arg. 8.9856 . . . 6.8 28 o. 63 75-o 8 2.569 - 31 24 12. 7 68.2 2 I5.8l 4091 O. Arg. 8.9888 . . . 8.5 9 29 11.44 67.2 2 + 2.768 - 2O 22 48. 5 68.8 2 - 15.87 4092 Lacaille 3918 . . . . 6.5 29 22.59 65.0 4 2.496 - 35 12 3-9 68.9 3 15.88 4093 B. A. 0.3275 . . . . 6.0 29 27. 17 77.0 4 7.184 + 78 46 7- 4 73-7 4 15.88 4094 4oq<; M. 2.232,77 . . . . 10 Leonis 9.0 5. i 29 41. 20 4.Q. O? 64. I 12 2.497 31 7Q - 35 " 34-4 +7 27 42 7 70.1 60 "* I 15.88 i c on ^ 7 J 4096 Lacaille 3920 .... j 7-9 y ^y w j 9 29 50. 82 "*? 62.3 2 . i / y + 2-659 / */ *r*' / - 26 53 53. 2 u y- j 70.8 2 1 j' 9 U I5-90 4097 O. Arg. S. 9903 . . . 7-5 29 51. 86 64.4 5 2.771 - 20 15 42.5 68.3 2 15.90 4098 Weisse (2) IX, 639 . 8-5 30 14.34 67.2 2 3-328 + 17 27 42.3 68.3 2 5-9i 4099 Lacaille 3923 .... 6-5 30 15-36 63-4 3 2.709 - 24 4 45.7 67. 2 3 15.92 4IOO M. Z. 237, 49 .... 8.0 30 22.85 67.2 2 2-495 - 35 24 34.9 69.6 3 15-93 4IOI B. A. C. 3284 .... 7-o 9 30 28. 22 77-3 3 + 7-572 + 79 46 26. 9 73-5 2 - 15-94 4IO2 O. Arg. 8.9914 . . . 9-2 30 31.04 69. 2 i 2-713 - 23 52 31.9 71.0 4 15.94 4103 Lacaille 3928 .... 5-7 30 42. 56 67.6 3 2.700 - 24 40 17.5 68.8 2 '5-95 4104 Weisse (2) IX, 650 . 9.0* 30 45- 40 59-2 2 3- 39 6 + 21 46 53.8 63.6 4 5-95 4105 B. VI. + 25, 2130 . . 8.0 30 54- 70 65.2 1 3- 449 + 25 i 15.96 4106 DM. -f- 10, 2037 . . 8-3 931 6. 20 72.3 2 + 3-2iS -j- 10 15 19. 2 55-2 2 - !5-97 4107 DM. -f 12, 2072 . . 8-3 31 6.67 68.3 2 3-254 -f- 12 40 '5-97 4108 4IOQ B. A. .3296 .... 2 Sextantis ... . . 5-5 C C* 31 8.46 ? I Q OI 63.2 CQ 2 2 2-575 31/17 - 3' 33 4- 7 + C I 6 -1C o 70.0 rg , 3 '5-97 1C O7 *f m*rj 4IIO 12 Leonis .... . . J- 3 6 ;* j* y wl 11 Q A! jy~ 60.2 "r/ 3A_f)f) J Iu *rj- y +2C CO AA C 3- j (Si 1 2 *5- 97 I C n7 4III O. Arg. 5.9931 . . . ** J 7-o j 1 y. HO 9 31 12. 60 64.3 2 , {\J\J + 2.599 *3 39 44- ;> - 30 20 33.5 01. 3 64. 2 2 '5- 97 - I5-98 4112 DM. + 12, 2073 . . 8.0 31 16.08 68.3 2 3-254 + 12 40 52. 7 56. 2 2 15.98 43 Weisse (2) IX, 659 . 9.0 3' 17-70 59-2 3 3-384 + 21 5 29.5 56. 2 2 15.98 4114 Weisse (2) IX, 66 1 . 8-3 3i "9-59 62.6 3 3-39 6 + 21 49 40. 2 55-7 2 15.98 4IIS O. Arg. S. 9938 . . . 9-o 31 30.29 73-3 2 2. 716 + 23 48 28.6 72.8 2 15.99 4Il6 Lacaille 3946 .... 5-8 9 3> 38.4' 65.2 2 + 2-497 - 35 28 5.9 72.0 3 - 16. oo 4117 4JI8 Lacaille 3945 .... Anonymous 7-2 8 4 31 4I-4I -J2 1 IO 64. I 64. 2 2 2.606 2 774 - 30 3 4-3 '2Ct 17 C 7 C 65.9 *7n 9 3 2 16. oo 4119 M. Z. 8, 8 ** "T 7-o O*- J- IU 32 8. 88 67-5 3 //4 2.480 ^ U ' / J j' J - 3 6 '7 57-7 /U. Z 71.8 5 I O. O2 16.02 4120 O. Arg. 8.9956 . . . 9.0 32 21.94 69-3 i 2. 718 - 23 47 15.9 7i-3 3 16.04 1 06 CATALOGUE OF STARS OBSERVED AT THE Number. Xame of Star. Magnitude. Mean Right Ascension, 1 860.0. i-l a p > 1 s 1 (M O 4 Annual Precession, 1860. Mean Declination, 1 860.0. Mean year. 1 V- o 6 fc Annual Precession, 1860. 4121 Weisse (2) IX, 686 . 7-3 h. m. s. 9 32 41.48 61.6 5 s. + 3-735 / // + 39 35 17-8 61.1 5 // - 16.05 4122 B. A. 0.3306 .... 6-5 33 '-7 69. 2 2 2-425 - 38 58 54- o 69.0 3 16.07 4123 4-124 Brisbane 2587 . . . 7-2 4.0 33 25.83 33 40. ?4 6 7 .2 59- 9 2 3 2 2.428 3. 220 - 38 53 5i-6 4- 10 31 37. 7 73-3 61. 9 3 4 16.09 16. 10 *T* **f 4125 M. 2.232, 81 .... 9.0 .7.) ^ v " J^ 33 56. 16 65-1 2-505 - 35 27 34- 2 70.2 i 16. 12 4126 Lacaille 3967 .... 7-3 9 34 11-46 62.8 5 + 2.608 30 17 20. 5 65.8 2 - 16. 13 4127 B. A. 0.3314 .... 7-5 34 31- '7 65.6 3 3-544 4- 30 44 49. 9 54-2 3 16. 15 4128 Lalande 19022 . . . 8.8 34 34- 3 " 71.2 2 3.820 + 43 21 28.7 7i-3 2 16. 15 4129 M. 2.232,82 . . . . 8.0 34 46- 9 8 64. 2 2 2.511 - 35 "7 29. i 70-3 3 16. 16 4I3 28 Ursae Majoris .... 7.0 35 6.43 77-o 4 4-7I3 + 64 17 41.2 73-o 4 16. 18 4I3 1 M.Z. 237,53 . . . . 6.0 9 35 '9- 21 64-3 3 + 2.5" - 35 23 47- i 69.1 5 - 16. 19 4I3 2 Lacaille 3975 .... 6.2 35 25- 23 64.9 3 2-563 - 32 45 38- 7 66.8 2 1 6. 20 4133 B. A. 0.3318 . . . . 7.0 35 31-84 64.9 3 3-372 + 20 49 51.9 56-7 4 16.20 4134 Lacaille 3976 .... 6.8 35 44.81 63-3 3 2.624 - 29 40 3. 3 66.8 2 16. 21 4135 AT -?6 M.Z. 234, 79 . . . . Anonymous . . . 7-5 Q O 35 51-62 Q "K 52 66 64.8 60. 2 2 I 2. 460 4- 2. 721 - 37 Si 49-5 23 37 3S 6 70.3 60 3 2 2 16. 21 l6. 22 *T* j" 41^7 1^1 Leonis y * 6.2 y JJ 3** 36 6. 17 ^*7 * 71. O 3 i *- / *-j 3- 2 78 j JJ JJ 4- 14. 30 3"i. 3 y' j 64. O 3 l6. 23 T * j i 4138 Brisbane 2612 .... 7.5 36 35- 3 / 66.2 2 2-525 i T^ jy jj j - 34 5 6 26. 7 69-3 2 *"J 16.26 4139 Lacaille 3983 .... 6.7 36 47- ii 66.2 2 2.527 - 34 51 52-2 67-3 2 16.27 4140 Lacaille 3984 .... 6.8 36 51-58 63-9 5 2.569 - 3 2 45 44- 7 67.8 2 16. 27 4141 M. Z. 217, 29 .... 8.0 9 37 n-6i 64-3 2 + 2.637 - 29 9 57. i 70.7 2 16.28 4142 Weisse (2) IX, 794 . . 7.6 37 49- i? 61.7 6 3.480 + 27 41 22.3 67.8 2 16.32 4143 /i i/i /i Lalande 19134 . . . p I eonis 8.0 3 o* 37 5-4 77 tii Q2 68.7 C7 2 2 1 60 3. 202 3 4.2 C + 931 30. i _L 24. 2C I O 65-3 AQ Q 2 eg . 16- 32 l6. "12 T *t*t 4145 B.A.C. 3333 . . . . O' w 6.2 j/ jj" y m 38 23.03 j / - 60. 2 2 j- t^j 3-371 i **f * J * w + 21 7 53-6 rjf 1 y 54-3 J 3 16.35 4146 Lacaille 3996 .... 6.3 9 38 32-87 66.8 2 4- 2.447 - 38 55 48. i 64.6 4 - 16.36 4147 Weisse (2) IX, 815 . . 8.6 3 8 40. 13 62.2 3 3-476 + 27 34 7-9 67.8 2 16.36 4148 B. A. C. 3336 .... S-o 38 46- 75 63-7 4 3.172 4- 7 21 12. i 68.2 3 16.37 4149 4.1 1O Weisse (2) IX, 817 . . 1 8 I.eonis . - . 8.0 6.0* 38 49-03 38 50. 62 65.5 6-? 7 4 3 3-479 3 24. 1 4- 27 48 10. i 4- 12 27 10. o 73-o 66. 3 3 2 16.37 l6 37 t * 5** 4151 Weisse (2) IX, 819 . . 8.8 9 38 5I-48 "j- / 67.2 j 2 j' **rj + 3- 296 4- 16 12 13.4 70.2 2 ** Jl - 16.37 4152 DM. + 11, 2099 . . 9.0 39 6.87 65.8 2 3. 222 + 11 i 57-4 63.8 2 16.38 4153 B.A.C. 3339 . . . . 6.0 39 10. 01 68.8 2 3- 105 4- 2 25 52. i 67-3 2 16.39 4154 Groombridge 1579 . . 6.0 39 21.87 62.1 2 4.821 + 66 14 31. 3 61.8 2 16.40 4155 Weisse (2) IX, 832 . . 8.7 39 28.66 64.8 6 3-295 4- 16 10 24. 4 67.8 2 16.40 4I5 6 M. Z. 247, 3 8.0 9 39 29- 50 77-3 i + 2.414 - 40 31 8. 7 73-2 I . 16.40 4157 15 Leonis Minoris . . . 6.0* 39 32-51 59-6 2 3- 887 4- 46 40 14. 4 64.8 4 16.41 4158 Tr. Z. 220, 67 . . . . 7-5 39 40. 22 69-3 2 2.491 - 37 5 27. 8 72.7 2 16.41 4S9 DM. + 12, 2093 . . : 8.8 39 43- 95 69.8 2 3-236 + 12 4 27. i 64.7 2 16.42 4160 Weisse (2) IX, 83 1 . . 8.0* 39 45- 23 59-2 2 3.818 4- 44 10 59. 9 57-3 2 1 6. 42 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 107 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. jj >, s E o o 6 Annual Precession, 1860. Mean Declination, 1 860.0. h t 5 ~. 1 s 1 Annual Precession, 1860. 4161 Tr. Z. 9, I 7. 5 h. m. s. 9 39 48. 61 69. 3 2 s. + 2 - 49 / // 37 10 6.0 67.2 2 // - 16.42 4162 Weisse (2) IX, 837 . . 8.8 39 53- '3 68.8 2 3-470 + 27 45 33. 2 69-3 2 1 6. 42 4163 Lalande 19193 . . . 6.5 39 54-H 76.3 2 3-238 + 12 12 50. 5 74-8 2 16.42 4164 Weisse IX, 867 ... 9.0 39 57-34 61.7 2 2.919 - ii 15 33-7 66.7 2 16.43 4165 Weisse IX, 868 . . . 8-5 39 58. 70 61.6 3 2.919 ii 17 33-3 56-3 4 16.43 4166 4167 B.A.C.3345 . . . . Lacaille 4006 .... 6.0 6.2 9 40 1.47 40 4.89 63.8 60.3 5 2 + 3- 236 2.531 + 12 4 33-9 - 35 12 58.3 58.2 69.3 2 2 - 16.43 16.43 4168 Lacaille 4002 .... 7-5 40 5.52 63-3 2 2.688 - 26 37 43. 6 66.3 2 16.43 4169 Weisse X, 87 1 .... 7-7 40 1 1 . 62 65.7 2 3-221 + ii i 5 2 -4 58-3 4 16.44 4170 Lacaille 4007 .... 6.5 40 14.79 63-2 2 2-577 - 32 51 47-3 68.3 2 16.44 4171 Brisbane 2651 .... 7-1 9 40 31. 10 9$. 2 2 + 2.43 1 - 39 59 42.8 71-3 3 - 16.45 4172 4.17? Weisse (2) IX, 852 . . Anonymous 7.2 o s 40 44. 23 40 i > . i > i 77-2 66.8 2 2 3-431 2. T2T. + 25 12 24 36 6.6 73. ">. i 16.47 16.47 T-* / J 4I7d Anonymous .... y j "T" *TJ " T^ 4O 48. / o 2. 421 40 28 56. 9 I J J 70. 1 i 16.47 *T* /t 4175 Brisbane 2657 .... 7-5 40 54- 34 66.0 3 2-43' - 40 2 3. 8 / J 70.8 6 16.47 4176 Weisse (2) IX, 856 . . 6-5 9 40 59- 30 69. 2 2 + 3. 655 + 37 23 48- 3 46.3 3 - 16.48 4177 v Ursse Majoris .... 4.0* 40 59.87 62.7 4 4.376 + 59 4i 39-6 67.2 2 16.48 4178 Weisse IX, 894 ... 8-5 40 59.89 68.9 3 2.925 - 10 54 o. 7 67.8 4 16.48 4179 Tr. 2.109,17 . . . . 8.7 41 o. 91 64.8 2 2.639 - 29 37 34- 5 69.6 3 16.48 4180 Lacaille 4016 . . . . 7.0 4i 3-5 2 69.3 2 2. 462 - 38 4 35- 3 67.7 2 16.48 4181 Weisse IX, 887 ... 9.0 9 41 20.27 60.9 3 + 3-223 -(- II 12 24. 55.0 4 - 16. 50 4182 Weisse (2) IX, 867 . . 8.0 41 21 08 64.8 2 3-330 + 18 42 23.9 63.7 2 1 6. 50 4183 Lacaille 4021 .... 6.0 4' 33- H 66.8 2 2.587 - 32 35 39-9 69. 2 2 16.51 4184 Tr. Z. 220, 69 .... 4' 38. 26 76-3 I 2.496 37 5 . 16.52 4185 Weisse IX, 910 . . . 8.5 41 42. 22 61. I I 2.924 - 1 53 3-2 67.8 4 16.52 4186 M. Z. 234, 82 .... 6.0 9 41 45. 80 64-3 2 + 2.489 - 37 32 33-o 71.0 3 - 16.52 4187 4188 O. Arg. S. 10122 . . . 20 Leonis 7.8 7.O* 4i 55-54 41 SO. 6^ 66.8 SO. 6 2 3 2. 726 1. 37? - 24 33 34.4 -t- 21 40 47. ^ 69.8 . 2 2 6 16.52 16. ?} tf. tW 4189 Weisse (2) IX, 886 . . f * 6. 5 t* j7' j 42 12.78 J7 6 7 .6 S 3 J J/ J 3.428 17 H ' J + 25 12 39.4 JJ 70.7 2 JJ 16.54 4190 O. Arg. S. 10130 . . . 7.8 42 22. 69 64.5 3 2.642 - 29 40 21. 8 67.8 2 16.55 4191 Lacaille 4026 .... 7-4 9 42 24. 99 62.3 2 + 2.707 - 25 45 59- 7 65-3 2 - "6-55 4192 Ursas Majoris .... 5.0* 42 33.28 65.6 3 4.139 + 54 42 57-5 55-9 5 16.56 4193 Lacaille 4030 .... 6.8 42 36- 75 68.3 2 2.504 - 36 59 ii. 2 69.6 3 16.56 4194 Lacaille 4031 (ist *) . 42 47- 2-557 - 34 22 14. o 7O. 2 2 16.57 4195 Lacaille 4031 (Mean) . 8.0 42 47.03 65.8 3 2-557 - 34 22 14. 7 68.8 2 16.57 4196 4IQ7 Lacaille 4031 (2d*) . 4 Sextantis 7.0 *. o 9 42 47.06 A.T. 12 77 7I.I 66.7 I 2 + 2.557 ^ I in - 34 22 15.9 -I- 4 Co ?O. 8 70.2 69.6 2 2 - 16-57 16. <59 f m yi 4198 4100 Weisse, IX, 929 . . . 21 Leonis j 8-3 7. O *T J * *- / / 43 M- 15 4.2 17 ij. * / 6 4 .2 6c 7 8 2 J J" 3.270 3. 2^8 1 ^ jy j + 14 46 18.7 4- 12 2Q ^8.8 v y v 67-3 60. 2 2 2 jy 16.59 16. ;Q .f yy 42OO Anonymous .... / 8.8 TJ / T 1 4.-I m ?8 "J- / 72. O 3 j' "j" 2 46? t ' *"7 J 18 <;<; 31.4. :/' 6C. 2 2 J 7 16. 58 T-J *:/ J'-' J *.. *f.vj J" JJ O" *T UJ. " J 1 - 1 1 08 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. i-i rt v >-, C rt QJ 2 1 IM O 6 Z Annual Precession, 1860. Mean Declination, 1 860.0. J-i rt u >^ w >. (fl 1 **- o i Annual Precession, 1860. A2OI 23 Leonis 7 ,* h. m. s. Q 4.T. 27 2O 60. ^ 4 s. -1- 3. 2?S / // -L 174-1 7.4 7O. 2 2 // 16. 60 t+m\tM 4202 Lacaille 4036 .... 1 J 5.0 y ^J I 43 36.08 'W. J 62.8 3 \ j jj 2.517 I j TO I ^ - 36 32 1 1. 8 / 67.8 2 16.61 4203 17 I.eonis Minoris . . . 7.0* 43 51.66 69. 2 2 3.669 + 38 34 9-8 46.8 4 16.62 4204 15. A. C. 3367 .... 6.0 43 55- 76 68.8 2 2-536 - 35 37 i. 3 57-7 2 16.62 4205 B. VI. -f- 18, 2278 . . 7-5 43 55-83 77-3 3 3-329 + 18 8 11.4 75- 2 I 16.62 4206 Lacaille 4045 .... 7.6 9 44 17-3 61-3 2 + 2.456 - 39 3i 2 - 6 69.7 2 - 16.64 4207 4208 M. /. 237,56 . . . . it Leonis 7.2 4. O 44 35-71 AA A"7 C 1 68.8 68 7 8 -37 2-539 2, 4.46 - 35 36 36- 6 + 26 'lo <\i. 6 57-7 64.. Q 2 7 16.66 16.67 4209 Lacaille 4046 .... t- ** 7-5 *T*T T-/ ' JJ 44 55- 13 Wl / 7i-3 Of 3 O *r^ 2.628 jy j * - 30 51 24.2 "T" y 64.8 2 16.67 4210 Weisse (2) IX, 960 . . 9.0 45 4-37 60.7 5 3-3I3 + '8 3 47- i 73-o 3 16. 71 4211 \Veisse(2)IX,96i . . 9.0 9 45 43- 84 59-7 2 + 3-3'7 -f 18 18 49. 7 66.3 2 - 16. 71 4212 B. A. C. 3376 .... 6.0 45 46. 17 77.0 4 5- 574 + 73 32 3i-3 72.4 6 16. 71 4213 M.Z. 234, 86 .... 8.2 45 46. 60 64-3 3 2.504 - 37 32 0.2 69-3 2 16. 71 4214 I,acaille 4052 .... 6.6 45 50-32 63.6 3 2.604 - 3 2 '9 27-4 72.1 5 16. 72 4215 Weisse (2) IX, 97 1 . . 8.8 45 53- 6 4 64-3 2 3-275 + '5 22 26.5 72-3 4 16. 72 4216 Weisse (2) IX, 966 . . 7-5 9 45 55-82 64. 2 2 + 3-47 + 28 21 11.3 68.3 i 16. 72 4217 DM. + 15, 2126 9-5 46 1.03 62.8 5 3.269 + 14 58 23.2 65.2 I 16. 72 4218 Weisse (2) IX, 980 . . 7-8 46 I I . I 2 6 4 .2 5 3-275 + '5 23 4i-5 71.9 3 16.73 4219 Weisse (2) IX, 978 . . 8.0 46 23. 64 68.7 2 3-648 + 38 4 25. 7 46-3 2 1 6. 74 4220 Weisse IX, 998 . . . 8.0 46 29. 70 59-7 2 3- 2I 4 + 10 54 57-7 65-3 2 16.75 4221 B. A. C. 3385 . . , . 6.0* 9 46 41.90 69.6 4 + 2.703 - 26 40 43. 4 70.8 4 16.76 4222 (.). Arg. N. 10356 . . 6.2 46 57.00 69-3 2 4. 116 + 54 54 >7-5 48.2 7 16.77 4223 M. Z. 2, 7 8.0 47 o. 38 64.8 2 2.471 - 39 20 36.8 69-3 2 16.77 4224 DM. + 19, 2281 . . 8.5 47 2. 81 61.8 2 3-332 + '9 29 45-2 68.8 2 16.77 4225 Weisse IX, ion . . . 8.6 47 '5-59 69-3 2 3- 172 + 7 44 41.9 55-3 2 16.78 4226 M.Z. 234,88 . . . . 7- i 9 47 31-45 65.8 4 + 2.506 - 37 45 5- 3 7O. 2 3 16. 80 4227 Weisse (2) IX, 1003 . 7.8 47 46.86 67-5 4 3-792 + 44 3 8 33- i 69-3 4 16.81 4228 Lacaille 4058 .... 7.8 47 47-44 74-9 3 2.695 - 27 2O 22. I 65.7 2 16.81 4229 Lalande 19404 . . . 8-5 47 49-48 62.0 2 3-330 -f 19 29 2. I 62.5 5 16. 81 423 B.A.C.3391 . . . . 6.0 47 5'- 85 62.3 2 2. 728 - 25 16 31.8 70.8 4 16.81 4231 Weisse IX, 1024 . . 7.8 9 47 55- 26 61.8 2 + 3-2" -f- IO 46 22.2 59-3 4 - 16.82 4232 M.Z. 104, 33 . . . . 8.4 48 5- 5 65-7 4 2.688 27 50 19. 2 69.7 2 16.82 4233 Weisse IX, 1035 . . . 6.8 48 30. 94 68.3 2 3- '78 + 8 20 23.6 55-3 2 16.84 4234 Lacaille 4065 .... 7.0 48 31.06 63.2 2 2-578 - 34 14 47- 5 73-8 2 16.84 4235 O. Arg. N. 10374 . . 9.0 48 3 6 -43 62.1 2 4.701 4- 66 o 13.0 61.8 2 16.85 4236 Weisse (2) IX, 1030 . 7-5 9 48 51.90 66.3 2 + 3-469 + 28 45 37-4 68.3 2 16.86 4237 O. Arg. S. 10219 7.0 48 55.27 67.2 2 2.689 - 27 52 32.3 67-3 2 16. 86 4238 19 Leonis Minoris . . . 5.5* 49 5-66 68.0 4 3-7i6 + 41 43 12.8 53-3 4 16.87 4239 M. Z. 223, 102 .... 7-3 49 6. 53 66.7 2 2.608 - 32 42 6.0 69-7 2 16.87 4240 Weisse (2) IX, 1038 . 8.0 49 10.43 66.9 3 3-476 + 2 9 13 2 7-9 7 2 -3 3 16.88 U. S. NAVAL OBSERVATORY, 1845 TO 1877. Number. i r".ame of St.ir. Magnitude. Mean Right Ascension, 1 860.0. (J rt V >* 1 "-, o |M O Annual Precession, 1860. Mean Declination, 1 860.0. IN M U > n " i o 'o i "* 1 6 c ^ "O 5 % <2 < % ll. Ml. S. s. o r /r // 4241 Weisse (2) IX, 1047 . 9.0 9 49 9- 3 6 59-2 2 r- 3-33 + '7 43 IS- 6 56.3 ^ - 16.88 4242 M. Z. 247, 10 . . . . 8.5 49 19.99 64.8 2 2.465 40 6 7.1 70. 6 2 16.88 4243 O. Arg. S. 10227 8.8 49 47- 28 66.8 ^ 2.692 - 27 50 20. 4 72.0 3 16. 90 4244 M. Z. 5, 10 7.0 5 9- "3 7i-3 3 2-493 - 38 53 '8.9 64-7 5 16.92 4245 Weisse (2) IX, 1065 . 9.0 50 17.06 62.2 2 3-474 + 29 14 55.0 67.8 2 16.93 4246 M.Z. 247, 12 . . . . 6-3 9 50 19. 21 64.9 3 + 2.467 - 4 9 39- 7i-5 5 - 16.93 4247 O. Arg. S. 10236 . . . 8.0 50 22.08 69. 2 2 2.667 - 29 27 31.9 66.7 2 16.93 4248 Lacaille 4074 .... 6.4 50 25.67 69.8 3 2.724 - 25 53 ii. i 66.8 2 '6-93 4249 B. A. 0.3405 . . . . 5-9 50 28.80 63-8 3 2.611 - 32 45 22.0 70.0 3 16.94 4250 Lacaille 4076 .... 6-9 50 34. 82 68.1 3 2. 7IO - 26 48 41.8 66.8 2 16.94 425 r O. Arg. S. 10241 . . . 9 .8 9 5 37-43 70.7 2 r 2.694 z? S 2 33- 69.0 4 - 16.94 421"* v I eonis S. V* 3.488 -t- 30 1 8 51.3 53-2 5 16.99 4256 A 2^7 Weisse (2) IX, 1096 . Anonymous .... 9- 8.8 9 5' 41-34 j 17.17 4269 Riimker 9'', Nach. 39 . 8.8 55 40-36 77-2 i 3-238 + '3 3i 23-i 7'-3 2 17.18 4270 Weisse (2) IX, 1177 . 9-5 55 43-52 62. 2 > 3-453 + 28 5^ 26.5 66.8 ) 17. 18 4271 B. A. 0.3427 . . . . 7.0* 9 55 4S-5 DO. 2 3 + 3-525 + 33 19 l6 -6 53-2 6 - 17. 18 4272 Lacaille 4111 . . . . 6.5 55 53-99 63-3 3 2.616 - 33 3 3-9 69.2 3 17. 19 4273 Riimker 3055 .... 8.1 56 6.35 70.7 5 3-238 + '3 33 '7-7 71.8 6 17. 20 4274 Weisse IX, 1204 . . 7.2 56 15.81 59-3 3 3- 228 + 12 47 5-5 57-8 2 17. 20 4275 Weisse (2) IX, 1192 . 8.7 5 6 33-5 62.3 3 3-445 + 28 31 24.5 62.2 2 17.22 4276 Lacaille 4115 . . . . 6.8 9 5 r ' 33-89 66.7 2 + 2.678 - 29 54 14.5 69.0 3 17.22 4277 M. Z. 109, to .... 8.7 56 45.86 64. 2 2 2.683 - 29 35 46.6 68.9 3 17.22 4278 M.Z.5,13 7.0 57 11-65 72. 2 8 2-524 - 38 44 56. 8 70.0 3 17.24 4279 M. Z. 109, ii .... 8.0 57 13-86 64-3 2 2.685 - 29 34 26. 6 68.3 2 17.25 4280 Lacaille 4120 . . . . 6.5 57 '4-i 74-7 7 2.636 - 32 33 46.6 68.3 2 17-25 I IO CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. Itf rt 4> >, S rt D % JS o "5 6 Z, Annual Precession, 1860. Mean Declination, 1860.0. , a 6 >^ 5 OJ S (/) % o 6 fc 3 v d JJS < " h. m. s. s. / // // 4281 O. Arg. S. 10324 . . . 6.8 9 57 14.98 65-2 4 + 2.759 - 24 38 26. 7 7O. 2 2 - 17-25 4282 Lacaille 4119 . . . . 7-7 57 16. 60 62.3 2 2-736 - 26 14 4.7 66. 3 2 17-25 4283 Riimker 3061 .... 8-3 57 22.66 62. 2 3 3-236 + '-3 3' 29.2 56-3 2 17-25 4284 Weisse (2) IX, 1214 . 9. o* 57 27-54 59-2 2 3-297 + 18 14 47-7 56.3 3 17.26 i 4285 l.alande 19627 . . . 8.7 57 33- '9 7'-3 3 4-855 + 69 6 24. 3 71-3 3 17. 26 4286 B.A.C.3439 . . . . 7.0* y 57 33- 25 68.0 4 + 3-561 + 35 40 52-9 54-3 3 - 17.26 4287 Weisse (2) IX, 1230 . 9-4 57 39-6 62.2 3 3.282 -f i? 8 39.7 59-8 2 17.27 4288 M. Z. 5, 14 7.0 57 50-23 69.2 2 2-53 - 38 36 11.7 64.8 3 17.27 4289 O. Arg. S. 10337 . . . S-o 57 53- 18 64.7 2 2.776 - 23 36 33- 6 67.6 3 17. 28 4290 DM. -f 13, 2202 . . 9.0 57 57-69 62.7 2 3-231 + '3 13 3-5 65-3 2 17.28 4291 Weisse IX, 1243 . . . 8.0 9 5 8 7-5 66.8 2 + 3.237 + 13 38 24. 5 67.8 2 17.28 4292 DM. -f 21, 2150 . . 9.0 58 16.39 65-3 - 2 3-385 + 21 15 8.7 67-5 3 17.29 4293 O. Arg. S. 10346 . . 6.8 58 27.90 64.5 5 2. 72O - 27 30 39. 3 67.8 2 >7-3 4294 Lacaille 4135 .... 6 5 58 30.09 67.2 2 2.519 - 39 '7 55-8 69-3 2 17-30 4295 O. Arg. S. 10351 . . 6 5 58 5-73 63.8 7 2.721 - 27 31 6.0 67.8 2 17-32 4296 Weisse IX, 1259 . . 7-5 9 59 5- 6 4 60.2 2 + 3-233 + 13 27 45-8 58.6 3 - 17-33 4297 Weisse (2) IX, 1255 . 7.8 59 6. 18 67.1 5 3-464 + 30 ii 38.9 68.8 2 '7-33 4298 Weisse (2) IX, 1257 . 9.2 59 8-84 7O. 2 2 3-463 + 30 8 30.9 68.8 2 17-33 4299 21 Leonis Minoris . . . 5-5 .59 9-59 68. 3 2 3-560 + 35 55 3i-4 46.8 4 '7-33 4300 Weisse (2) IX, 1259 . 8.2 59 I5-23 74-4 3 3-623 + 39 '9 49- 7 67.2 2 17-34 . 43i B. A. 0.3448 . . : . 6.0 9 59 19-77 64.8 2 f 2.615 - 34 12 12.9 70.3 2 - 17.34 432 1 1C, J Lacaille 4142 .... 14 Sextantis . . . . 6.8 6. o 59 23.40 59 28. 08 63-7 66.7 2 2 2.641 j Id6 - 32 42 45. 2 4- 6 17 32 O 68.3 60 2 2 2 17-34 17 Vi *TJ W J ! ^O 1 TJ Leonis . . c o CQ A\ 7Q 64 . 2 2 j- * t^ t 28? / J y -4- 17 26 "}7 Q \jy. * 67.8 l jj 17 "K *frj**T 435 Weisse (2) IX, 1273 . j- 9-5 jV *r * - / y 59 54-o8 62.2 2 j. w j 3- 622 1 / ** J/ y -j- 39 26 48. 2 6l-9 3 / * Jj I7.36 4306 Weisse IX, 1279 . . . 8.1 10 o 4. 89 66.8 2 + 3- 235 + 13 42 20. 3 67.8 2 - 17-37 437 Weisse (2) IX, 1282 . 7-9 o 5. 19 68.3 2 3-276 + 16 57 33-o 59-7 2 17-37 4308 4W) 13. A. 0.3456 .... A Leonis 6.5 e o o 9-95 o 28. 26 71.2 69.6 2 3-494 3 10,8 + 32 '7 23. i 4- I o 4O ^ ^ . ^ 7i-3 7O 7 2 2 I7.38 17 3Q ^jy 43 10 411 1 Riimker 3069 .... a Leonis . . ... j' ** 8. 5 I. 2* o 45.01 10 o 54. 84 64. 2 cc 8 3 2O7 j- *y w 3- 222 + 3 221 i * ** ^ v jj'j -f 12 40 45.5 _L_ 12 tQ O. O f***S 55-8 62.8 2 21 * / ' 37 17.40 17 4.1 *to * 43 12 M.Z 248, 10 .... 7-7 o 56. 04 j j- u 6 2 .\J 1 3 J* 2.773 1 * * JI7 ** vrf - 24 15 10. o 69.7 2 * / ' T" 1 17.41 43U Croombridge 1616 . . 7.0 I 21.76 76.3 2 3.866 + 50 II 36. 4 75-3 3 17-43 43H O. Arg. S. 10387 . . 8.0 I 23.44 64.3 2 2.786 23 22 27. 2 68.3 2 17-43 43'5 M.Z. 248, ii . . . . 8.0 I 33-40 65.3 2 2-774 - 24 16 50. 5 69.7 2 17-44 43>6 Weisse (2) IX, 1316 . 7-5 10 i 35.86 67.0 3 + 3- 326 + 21 I 1.7 65-7 -5 - 17-44 4317 4318 DM. + 12, 2154 . . 16 Sextantis 9.2 6. <; I 52.67 I 14- 14. 65.0 66. i 3 2 3-223 5 KI + 12 55 54-o 4- 6 si 10. 1 70.2 65.8 2 2 '7-45 17 4S 43'9 Lacaille 4162 .... J 7.0 * JT" J*T 2 15.40 63-3 2 j* j 2.623 I v j * * y' j - 34 19 47-8 70.8 2 / ' H J 17-47 4320 B. A. .3466 . . . . 6.2 2 3'-7o 62.8 4 3- 6 49 + 41 20 52. 6 55-6 4 17.48 U. S. NAVAL OBSERVATORY, 1845 TO 1877. Ill Number. Name of Star. a fl '5 tti a ^ Mean Right Ascension, 1 860.0. U rt G >. 1 ^ .1 " o 6 fc Annual Precession, 1860. Mean Declination, 1 860.0. 8 x q rt 2 J3 o 'o o Annual Precession, 1860. 432 M. Z. 11,6 8.8 h. m. s. 10 2 39. 41 b6. 2 2 s. -\- 2.660 / // 32 II 14. 6 68.3 2 ii - I7-48 4322 DM. + 12, 2157 . . 8.9 2 40. 74 65.0 3 3-223 + '2 57 44-2 70. 2 2 17.48 4323 Groombridge 1618 . . 6.5 2 44. 85 74-3 5 3-857 -r 5 9 31-3 72.6 3 12.49 4324 B. A. 0.3468 .... 6.0 2 54-32 60.6 * 3-584 + 38 5 23-5 54-3 8 17.49 43 2 S DM. + 13, 2218 . . 9-5 3 7-49 66.8 2 3-225 + U "0 51-5 69-3 i '7-5 4326 Rumker 3076 .... 8-5 10 3 u.86 62.2 2 + 3- 2 "7 4- 12 30 45.4 59-8 2 - 17-51 4327 Lacaille 4165 . . . . 7.0 3 20.35 63.0 4 2.662 - 32 9 43- 8 67.1 4 17-5' 4328 Weisse (2) X, 53 . . 8-3 3 43-46 64-9 3 3.460 + 3 5 "3-9 65.8 2 17-53 43 2 9 Ai 7O Weisse (2) X, 49 M Z 8 16 7-2 8. 2 3 44-63 3 48- 27 68.7 65.2 2 2 3.560 2. ?QO -|- 36 56 20. y 36 451.8 46.3 71. 2 2 4 "7-53 '7-53 *TJJ U 433' Weisse X, 38 .... 7-5 10 3 50.94 " J- " 72.5 4 j y j + 3- 15 1 6 51 19.9 66.9 2 - 17-53 4332 Weisse X,45 . . . . 8.0 4 5-79 59-6 3 3-218 + '2 43 29.5 56-3 9 17-54 4333 Lalande 19854 . . . 8-3 5 20. 48 66.2 2 3-476 -f- 32 12 12-9 68.3 2 17.60 4334 Weisse (2) X, 106 . . 8.0 5 23.06 59-2 2 3-271 + '7 13 30.3 56.2 4 17.60 4335 Weisse X, 70 . . . . 8.0 5 24-94 68.2 4 2-954 - 10 26 49. 8 63.6 3 17. 60 4336 Lacaille 4185 . . . . 7.0 10 5 36. 76 62.6 3 + 2.646 - 33 38 36. i 66.8 2 - 17.61 4337 Lacaille 4183 '. . . 7-4 5 39-94 63-2 3 2-733 - 27 54 57-3 69.8 2 17. 61 4338 Weisse X, 74 .... 8.4 5 5 -40 68.3 2 3- 141 4- 6 II 12. 2 62.8 2 17. 62 4339 Weisse X, 75 .... 8-7 5 54-57 66.8 2 3-217 -j- 12 50 13. 2 69-3 2 17.62 434 Lacaille 4186 . . . . 6.2 5 56.08 63-9 3 2-533 - 40 I I 9.6 69. 2 2 17.62 434' Weisse X, 76 .... 8.6 10 5 57.90 64. i 5 + 3-208 4-12 I 48. 7 65-1 5 - 17.62 4342 Lalande 19869 . . . 7-2 6 7.41 69.6 3 3-472 4-32 7 4-5 66.8 2 17-63 4343 M. Z. 234, 96 .... 7-8 6 7.62 67.2 2 2.584 - 37 28 34. 9 73- ' 5 17-63 4344 B. VI. + 12, 2169 . . 9- i 6 9.09 69-3 3 3.208 + 12 2 40.3 64.2 2 17-63 4345 Lacaille 4190 .... 7-3 6 26. 46 63-2 2 2. 722 - 28 48 33. i 69-3 2 17.64 4346 Weisse X, 94 .... 8. 2 10 6 30. 25 66.6 3 + 3-212 4- 12 22 52. I 70.0 4 - 17-65 4347 Lacaille 4192 .... 7.0 6 34.80 7i-3 4 2.678 - 3 1 49 30. 3 7O. 2 2 17-65 4348 Weisse X, 96 . . . . 9.0 6 42.02 67-3 2 3- 211 + 12 25 19. 7 70.9 I 17.65 4349 J.'ICO B. A. 0.3489 . . . . Anonymous . . . 6.0* 7. o 6 53- 3 1 6 e6. oo 60. 2 64. 2 2 2 2.758 2. 542 - 26 20 18. 7 - 39 56 58. 2 68.6 70-3 3 2 17.66 17.66 T-JJ^ 435' 22 Leonis Minoris . . . 6.2 j yy 10 7 3.49 63.3 4 + 3-470 + 32 9 39-8 64.6 4 - 17-67 4352 A\CI Tr. Z. 109, 29 .... 21 Sextantis 8.5 6.0 7 7-o8 7 Q.8l 6 7 .2 64.. o 2 3 2.7II 2. 991 - 29 44 18. 2 7 18 0.2 73-o 69.8 3 2 17.67 17.67 *rjjj 4354 Lacaille 4196 .... 6.0 / j* m 7 '3-54 Vfcf t V 67.3 2 2. 672 - 32 20 29. 6 72-3 2 17.68 4355 O. Arg. S. 10471 . . . 5-5 7 36- 21 65.0 5 2. 804 - 23 7 18.6 70-3 2 17.69 4356 Weisse X, 1 15 . . . 9.0 10 7 41.27 66.7 2 + 3-212 + 12 34 32.6 67.8 2 - 17.70 4357 Weisse X, 116 . . . 7-4 7 41.60 64.8 2 3- 210 4- 12 22 4.5 59-7 5 17.70 4358 B.A.C.3497 . . . . 6. I 7 48. 67 62.6 3 2.551 - 39 39 12.8 , 65-8 2 17.70 4359 32 Ursoe Majoris .... 5-5 7 49-9 65.2 12 4-471 4- 65 48 17.3 69.4 15 17.70 4360 B. A. .3498 . . . . 6.7 7 58-55 62.6 3 2.523 - 39 37 2. 7 65.8 2 17.71 1 12 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. I e rt B o IM O Annual Precession, 1860. Mean Declination, 1 860.0. p. 1 o "o 1 Annual Precession, 1860. h. m. s. s. / // ,, 43 6 i M.Z.5,17 7- 10 8 12. 22 64.6 3 + 2.571 - 38 39 2. i 71-3 2 - 17-72 4362 Weisse (2) X, 157 . . 7-7 8 12.53 62.5 4 3-636 + 41 58 19-9 6i.s 4 17.72 4363 Weisse (2) X, 158 . . 8-5 8 13-56 62.6 3 3-636 + 42 o 9. i 67.3 2 17.72 43 6 4 23 Leonis Minoris . . . 5-5* 8 16.69 59-8 5 3-434 + 30 22. 8 53-9 5 17.72 4365 Tr. Z. 109, 30 .... 7-2 8 22. 94 72-5 4 2.709 - 3 7 24.4 67.8 2 17-72 4366 /, Ursa; Majoris .... 3-5* 10 8 38. 53 46-3 3 + 3- 667 + 43 36 41-5 63-3 2 - 17-73 4367 R. A. C. 3495 - 5-5* 8 39. 16 61.9 7 10. 149 + 84 57 33.0 68.6 II 17-73 4-168 Riimker 3113. . . . 8 42. 14 60. 8 2 3 2OQ + 1 "? "?1 C I I gf T^J v 1 1 ^ 1 . I DO. 3 2 i?. 74 4369 Weisse (2) X, 165 . . 9-3 8 46.00 61.2 3 3.660 + 43. 20 4. 3 58.3 9 17-74 4370 Weisse (2) X, 179 . . 8.2 9 9-41 68.3 2 3-435 -f 30 15 2.8 65.2 2 17.76 437' O. Arg. S. 10488 . . . 7-o 10 9 24. 38 70.4 5 + 2-705 - 30 30 20. 8 68.3 2 - 17-77 4372 M.Z. 5, 18 8. 8 937 36 64.8 2 2 C78 -18 jf t 7 f\ ,Q 2 J/ - o * J 1 3 35 43' Oo. 7 '/ 77 4373 Lacaille 4218 .... 7-o 9 41.47 64.5 IO 2-744 - 27 55 i'-9 65-3 2 17.78 4374 Radclifie 2472 .... 6-5 10 3. 82 69. 2 4 3-865 + S 2 6 15.9 62. 2 2 17-79 4375 Weisse (2) X, 194 . . 6.7 10 5.54 62.2 2 3.662 + 43 44 58. 7 65-3 2 17-79 4376 Weisse (2) X, 197 . . 8.0 10 10 7.03 71.6 3 + 3-557 + 38 12 24.8 55-o 4 - 17.80 4377 Lalande 19981 . . . 0-5 10 18. 74 6 9 .2 2 3-203 -f 'I 58 56.5 68.2 3 17.80 4378 Weisse (2) X,2O4 . . 9.0 10 34- '3 66.3 2 3-446 + 31 19 4-0 67.8 2 17.81 4379 Lacaille 4227 .... 7.0 10 37. 66 6 4 .8 2 2.667 - 33 25 48. 7 68.8 2 17.81 438o Weisse X, 173 .... 9.0 10 56. 19 59-8 2 3-197 + " 32 9-5 57-3 4 17-83 438i B.A. C. 3521 . . . . 6.0 IO II 42. 84 67.6 J + 2.744 - 28 17 35.7 66.8 2 - 17.86 4382 Anonymous 12 8. 15 77 f") 3 O37 , T-7 8-7 T.J"*" 9- 77. o 3 3 22 39. O 73- 2 2 17. 67 438-! y 1 Leonis 2 O* 12 I ^ 06 f o . fit 8 t -7 88 T^J J 04. 9 09 3- 2 99 ~r 20 32 53- o 02. o 9 1 / . Oo 4384 }'- Leonis i e* 12 I ^ 28 f\A 7 . t ~ R8 T^J^T^ 3- 5 04. 7 I I 3- 2 99 T 2O 32 5O- I 73-3 4 l y . oo 4385 Anonymous 9.0 12 23.37 67-3 2 3-035 - 3 29 17.89 4386 Lacaille 4242 .... 6.2 IO 12 28. 87 68.6 3 + 2-631 - 36 6 18. i 68.8 2 - 17.89 4387 O. Arg. S. 10533 7-5 12 41. 86 71. i 2 2.748 - 28 15 33. 7 68.6 3 17.90 4388 I.acaille 4245 .... 6-5 12 56.95 63.3 2 2.667 - 33 55 2.4 63-3 2 17.91 4389 Weisse X, 209 .... 7-3 I 2 59. 40 68.3 3 3-200 + 12 3 18. i 65-8 2 17.91 4390 Lamont 859 .... 8.0 13 2.70 63-7 5 3-034 3 38 31-2 69-3 2 17.91 439' O. Arg. S. 10540 . . . 7-5 10 13 21.72 71.1 2 + 2.750 - 28 15 39.4 69-3 a - 17-93 4392 2 1 198 (1st*) .... 8-5 13 3I-82 67.0 3 3-663 + 44 36 24. i 69.0 3 17-93 4393 2 1198 (2d) . . . . 8.0 13 32. 28 67.0 3 3.663 + 44 36 33- 6 59-2 3 17-93 4394 15. A. 0.3528 . . . . 5-5* 13 38. 20 66.8 4 8. 142 + 83 16 3.9 69.8 16 17-93 4395 Weisse X, 224 .... 8.0 13 41. 62 59-2 2 3-023 4 40 45- 6 55-6 3 17.94 4396 Lacaille 4250 .... 7.0 10 13 55-92 66.9 3 + 2.693 - 32 25 35. 7 7i-3 3 - 17-95 4397 Anonymous . . . 8. 2 1 7 C8 AC 6? 7 2. 82O efi ft 1 J 5- 45 2 "" 22 5" **. O 7'- 3 m !/ 95 4398 15. A. C. 3531 . . . . 5.0 U 59-43 62.3 2 4-430 -f- 66 1 6 20. i 65-3 2 17-95 4399 Lacaille 4253 .... 7.0 14 1.68 66.7 2 2.589 - 39 o 2. 3 67.8 2 '7-95 4400 Weisse X, 229 .... 7-5 14 4.28 59-2 2 3-023 - 4 42 46. 9 55-6 3 17-95 U. S. NAVAL OBSERVATORY, 1845 TO 1877. Number. Name of Star. Magnitude. Mean Right Ascension, 1860. o. lj rt U ^ C a V ^ j o *o o Annual Precession, 1860. Mean Declination, 1 860.0. IN C3 U >, C rt U J? 4 o <* O o Z Annual Precession, i86t/ *- 3.190 + ii 34 45-5 58.6 3 1 8. 08 4425. Weisse X, 288 . . . . 8-3 17 37.80 62. 2 2 3-l8l + 10 41 29. 3 59-9 3 18.09 4426 29 Leonis Minoris . . . 5-5* 10 17 39.85 56.6 3 + 3-494 + 36 8 12.2 61-3 4 18.09 4427 44 Leonis 5-6 17 52.43 66.3 2 3.168 + 9 2Q 41.6 70.0 3 18. 10 4428 30 Leonis Minoris . . . 4-5* 17 52.67 60.5 3 3-468 + 34 3 26. 5 65.9 5 18. 10 4429 B. A. 0.3562 . . . . 6.0 18 12.63 71. I 2 3- 168 + 9 29 9.3 69.9 3 18. ii 443 C B. A. .3563 . . . . 5-5 18 44. 31 76-3 4 3.008 6 21 18. i 69-3 2 18. 13 443 1 Lacaille 4287 .... 6.7 10 18 47.55 66.8 2 + 2.632 - 37 35 37-9 68.3 2 18. 13 443 2 Weisse (2) X, 359 . . 8.8 18 49.52 61.5 4 3-257 + 17 56 6. i 60.3 3 18. 13 4433 Weisse X, 315 .... 6.7 18 53-19 69.2 2 3- "8 + 4 3 8 34-6 62.8 2 18. 14 4434 Lacaille 4286 .... 6.2 18 56.77 66.3 2 2. 762 - 28 29 4. i 69. 2 3 18. 14 4435 Weisse X,3i6 .... 7-3 19 1. 08 6O.9 3 3-185 + ii 12 54-5 57-o 3 18. 14 443 6 B. A. 0.3566 . . . . 7.0 10 19 16.43 68.3 3 + 3-015 - 5 43 o-4 69-3 2 18. 15 4437 4438 Weisse (2) X,374 . . // Hydrce 7-5 4. 5 19 18.93 I Q I O IO 66.6 Co ? 6 3-256 2. 908 + i? 55 58-0 16 7 i\ o 59-o 7 I O 4 18. 15 18. 15 4439 26 Sextantis ^ j 6.0 J y J v 19 27. 88 jy J f)A 1 2 3060 / J o 16 38. o / * 6? 1 2 18. 16 4440 /i Leonis Minoris . . . 5-5 19 46.49 "4" j 68.3 2 . wxf 3-505 i- 37 25 25. i "*/ J 46.6 5' 18. 17 AP J fc' 114 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. H a QJ c C3 !U S J o fen O 6 fe Annual Precession, 1860. Mean Declination, 1860.0. 3 !U >-4 G S Z j tj O e % Annual Precession, 1860. h. m. s. s. / // // 4441 35 Urss Majoris .... 6.5 10 19 54.83 63-3 ' 4 + 4-363 -)- 66 20 26. 3 64-3 2 - 18. 17 4442 .1.1.1-1 Radcliffe 2496 .... 45 Leonis . ... 6.0 7. O 20 9. 28 20 1 1 I ^ 62.3 61. 6 2 7 3-655 1 I?6 + 45 55 32- 5 + 10 28 20 i; 56.2 61. o 3 4 1 8. 18 18 IQ T-T-T-O 4444 Lacaille 4295 .... / 6-5 j j 20 17.81 63-3 / 3 J / 2. 621 iv-f *** *3f" J - 38 39 4- 3 68.3 T- 2 ** 30 18. 19 4445 B. A. .3576 .... 7. o* 2O 26. 06 60. 2 2 3.070 - 15 2.0 65-3 2 18. 19 4446 .4.4.4.7 O. Arg. N. 10681 . . 6.5 4, 4 10 20 39. 55 20 44. 92 65.8 64. 4 2 II + 4- 275 2. 744. + 64 58 25. 8 IO 21 21. 70.3 67.2 2 2 - 18. 20 18. 20 TT-T-/ 4448 Rumker 3203 .... 7.3 20 55.61 66.9 3 *** / T'T" 3-238 O J + 16 28 9. 4 70.8 2 18. 21 4449 Weisse(2)X, 412 . . 7-5 21 9.83 63.6 9 3.292 + 17 5 47-3 57-6 3 18.22 4450 O. Arg. N. 10872 . . 8.0 21 25.76 77.0 3 4. 268- + 65 o 52.5 72.6 3 18.23 445 1 O. Arg. N. 10874 . . 8-5 IO 21 25.94 73-6 3 + 3-9 21 + 56 42 44. 2 75-3 , - 18.23 445 2 Lament 894 .... 8-5 21 27.58 69-3 2 2.998 7 34 27.7 57-6 3 18.23 4453 M.Z. 10, 27 .... 6.2 21 30.04 60.3 2 2. 7OI - 33 4i 8. i 69-3 2 18.23 4454 36 Ursaa Majoris .... 5-9 21 38.27 72.3 4 3-9I9 -)- 56 41 48.0 58.2 2 18.24 4455 Weisse X, 375 ... 7.0 21 47.28 66.8 2 3-179 + 10 52 14.9 68.3 2 18.24 4456 32 Leonis Minoris . . . 6.0* 10 21 55.31 59-8 3 + 3-532 + 39 38 24. i S3- 2 8 - 18.25 4457 44C8 Weisse X, 377 ... M. Z. 9, 20 8-9 6.8 21 55-67 21 ";8. 7o 62.6 72 6 3 6 3.182 2. 677 -|- ii 14 26. 9 -jc w lo 6 57-9 72. Q 3 e 18.25 18. 2? T-TO^ 4459 Weisse X, 378 .... 7-5 j t y 21 59.38 / *., *j do. 2 2 It 3- 199 oj j y + 12 54 6.2 / y 68.3 3 2 J 18.25 4460 Rumker 3209 . . . 8-3 22 IO. 92 64-5 4 3.248 + 17 41 42.5 59-6 3 18.26 4461 B. VI. + 37, 2087 . . 8-5 10 22 28.37 69.6 .3 -1- 3-499 + 37 45 4-o 46.8 2 - 18.27 4462 B.A.C.3592 .... 6-5 22 30. 91 76.3 3 3-093 + 2 12 39.7 72.9 5 18.27 44 6 3 O. Arg. S. 10666 . . . 8-7 22 52. 75 68.8 2 2-757 - 29 49 29. i 65-3 2 18.28 4464 Lacaille 4307 .... 6.5 22 54. 32 63-6 3 2-653 - 37 20 39. 3 67.8 2 18.28 4465 Rumker 321 1 .... 8.2 22 59.95 73-o 3 3.192 + 12 20 47.9 7i-3 2 18.29 4466 B.A. 0.3596 .... 5-4 10 23 I. 24 63-3 2 + 2.768 28 56 56. I 70.0 3 - 18. .29 4467 4468 9 (H) Draconis .... 30 Sextantis ... . 5-2 6.0 23 4-95 23 8. oo 64.4 64. 2 8 2 5-346 j. O71 + 7^ 25 55.8 4- O 4. 44. 7 66.4 6q. ? 8 2 18.29 1 8. 29 Cf*fUV 4.4.60 6 Antliss c o 21 8 Q7 **r' * 68.8 2 a* "/ J 2 7^7 T T^ T'T 1 * / 2q Hi 28 o 7 O 68.1 2 18. 29 T-T- 7 4470 33 Leonis Minoris . . . J' 6-3 *j " y/ 23 54-01 62.2 2 / J / 3-427 7 JO *'-' y + 33 5 48. i rv> j 67.8 2 18.32 447' Weisse X, 412 ... 8.0 10 23 58. 26 66.8 2 + 3- 176 + 10 46 5- i 68.3 2 - 18.32 4472 B. A. 0.3603 . . . . 6.0 23 58-50 58.3 2 3.006 6 55 12.8 71.2 2 . 18.32 4473 O. Arg. N. 10911 . . 7.0* 24 7. 63 69-3 2 3-613 + 44 54 i- i 56-3 2 .18-33 4474 O. Arg. S, 10684 8. i 24 1 1 . 84 64-3 2 2.825 - 24 30 22. 7 69.7 2 i8-33 4475 Lacaille 4317 . . . . 6.6 24 17. 80 66.3 2 2.810 25 46 2. I 70-3 2 18.33 4476 Weisse X, 425 ... 8.1 10 24 46. 03 67.3 2 + 3- 16 9 -j- 10 8 28. 6 70.6 3 - 18.35 4477 DM.+ 17, 2237 . . 9.8 25 2. 34 65-3 2 3-243 + 17 36 18.36 4478 B. A. 0.3607 . . . . 5-o* 25 3- 02 60. 3 2 3-542 + 4i 8 39. 8 54-3 2 18.36 4479 Lacaille 4326 .... 6.8 25 10. 89 63-3 2 2.704 - 34 24 25. 5 69-3 2 18.36 4480 Lalande 20419 . . . 8.0 25 14.32 65-3 2 3.002 - '7 28 36-3 57-3 2 18-37 U. S. NAVAL OBSERVATORY, 1845 TO 1877. Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. u 9 d ri -, i s 1 'o 1 Annual Precession, 1860. Mean Declination, 1 860.0. lH rt o> ^ C rt OJ s ,n o i Annual Precession, 1860. 4.C2I Anonymous h. m. s. IO 3O I 7. 5O 40- "? 2 s. 4- 3. O4I o / // 3 31 18 i /IO 7 J // - 18 ?4 fj** 4522 Weisse X, 538 . . . . 8.8 *j j*j j. jv 30 27. 79 '-ry j 60. 2 2 I O - ^ * 2-979 O J * LI. - 10 19 6. i 4y- j 55-3 3 itj. 3<+ 18.54 4523 B. A. 0.3637 .... 6.0* 30 38. 54 60. I 2 2.958 - 12 39 28.8 54-3 2 i8.55 4524 B. A. .3638 .... 5-8 3 39- 7 62.3 2 2.817' - 26 41 18. i 64.8 2 18.55 4525 Weisse X, 548 ... 9.0 3 47- 93 59-7 2 2.980 - 10 19 24. 6 55-3 3 18.56 4526 37 Leonis Minoris . . . 4-5* 10 30 49. 86 60.2 2 + 3-398 + 32 42 7-4 69. o 3 - 18.56 4527 38 Leonis Minoris . . . 5-5* 31 6 -36 69-3 2 3-476 + 38 38 18. 7 65.6 3 18.56 4528 O. Arg. S. 10775 '8.0 3' 13-04 67-3 2 2. 799 - 28 22 20. 8 68.8 2 i8.57 4529 4.C7O Lacaille 4374 .... 50 Leonis . . . 6.8 6.8 31 20.37 7T 2 7 80 63-3 67. 7 3 2 2.719 3. 226 34 59 38. 9 +l6 CI 17 O 66.8 (So 7 2 2 i8.57 18 <7 TV.J 4531 AC -3 2 O. Arg. N. 11017 o- 1 * Hydras 6.5 $ $ ji -*O- *" 10 31 45-41 JI AC 64 / J 69-3 61. 6 2 7 O + 3-622 2 Q27 M ^ 1 \ J . \J + 47 34 ii. 2 1 6 O 17 u y- j 56.2 68 7 3 2 1 "- J/ - 18.59 18 so HJO* 4S33 Weisse (2) X, 642 . . J J 9.0 O 1 TO- w *r 32 6. 32 6 1. 2 J 2 * " / 3-438 y o- j + 36 13 17.0 VJO. J 61. 4 5 lo - oy 1 8. 60 4534 38 Ursse Majoris .... 5-2 32 20.76 63.0 3 4.217 + 66 26 53. o 69. i 8 18.61 4535 B. A. C. 3649 .... 8-5 32 22.00 70.3 4 3-156 + 9 34 H- i 7-3 2 18.61 453 Lacaille 4384 .... 7- i 10 32 34. 84 63-3 3 + 2.655 - 39 56 37- 5 68.3 2 - 1 8. 61 4537 Weisse (2) X, 660 . . 7.0 32 35-59 60. i 5 3-339 + 28 15 12.8 55-3 3 18.62 4538 Lacaille 4387 .... 6.0 32 55.86 64-3 IO 2. 712 - 35 56 59-5 65-3 2 18.63 4539 B. A. C. 3652 .... 6.0 32 58. 88 76.7 . 4 4.419 -f 69 48 24. 7 72.6 4 18.63 454 O. Arg. N. IIP4I . . 8-3 33 4-38 64.8 2 4-077 -f- 63 46 ii. i 62.3 2 18.63 4541 Lacaille 4389 .... 6.9 10 33 26. 19 63-7 4 + 2.752 - 32 53 4- 8 67-3 3 - 18.64 4542 Lamont 775 .... 8-5 34 i. 64 59-8 2 2.974 - ii 28 7.4 56.3 3 18.66 4543 Lacaille 4393 .... 7.8 34 9- 74 63.0 3 2.833 - 26 3 21.5 70.7 2 18.67 4544 ASJ.S Weisse X, 600 . . . 77 Sextantis . 7-5 6.0 34 10. 24 id. 1 6 64. 71.0 67 7 4 2 3.200 1 C)67 + H 42 29. 5 I O 2 C 7 69-3 T? O 2 18.67 18.67 ^JT-J 4546 B. A. 0.3661 . . . . 6.5* J^T JW. VJif. 10 34 20. ii w / J 59-8 2 J- VW J + 3.382 u *3' 1 + 32 25 42.3 /Z. O 68.3 2 - 18.67 4547 Weisse X, 608 . . . . 9. o* 34 24. 38 76. 3 2 3-199 + 14 40 3- 5 75-3 2 18.67 4548 Weisse (2) X, 693 . . 8.0 34 26. 15 65.8 ^ 3-443 + 37 15 0-2 55.6 3 18.67 4549 M. Z. 237,94 . . . . 8-5 34 27. 89 67-9 3 2. 72O - 35 5 1 36.2 69-3 2 18.67 4550 Lacaille 4399 .... 6-5 34 28.32 63-0 3 2.730 - 35 o 45.3 67.6 3 18.67 4551 Weisse (2) X, 696 . . 9.0 10 34 35-5 62.0 4 + 3-427 + 36 6 33.7 62.7 4 - 18. 68 4552 Weisfe X, 618 . 8.0 34 54- 55 61.2 4 3- l6 7 + H 5 '3-3 59-5 5 18.69 4553 Lacaille 4407 .... 6-5 35 6. 75 62.8 4 2-733 - 35 1-6 68.3 2 18.70 4554 Lacaille 4406 .... 7-3 35 I3-76 63-4 4 2.843 - 25 18 56.0 66.4 2 18.70 4555 4.1^6 Weisse (2) X, 711 . . 74 Sextantis 8.0 6 7 35 18.01 10 7^ 23. 66 68.3 62 7 2 I 7 3.400 4- 7 1 08 + 34 5 43-3 J_ A iS .jS c 65-3 61. 6 2 18.70 1 8. 70 **O j" 4557 Mer. C. Z, 168, too . . w< / 7-5 35 34-96 u^. ^ 64.8 1 J 2 -f- 3. iuo 2. 726 T T" T" J - 35 4i 3-4 70.9 4 3 18.71 4558 Lacaille 4412 .... 7.0 35 42.01 65.3 2 2.669 - 39 57 40. 5 71.8 2 18.71 4559 B. A. 0.3671 . . . . 5-5* 35 47-93 55-6 3 3-285 + 23 55 "-5 53-2 12 18. 72 4560 Weisse X, 637 ... i 8-3 35 57-57 62.6 3 3-04I 3 40 30. i 57-o 3 18.72 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 117 i > C! 3 ^ C a V s 4J O *o O Z Annual Precession, 1860. Mean Declination, 1 860.0. M rt V >, C rt U Z. 2 o tM O o 25 Annual Precession, 1860. h. m. s. s. / // // 4641 4.64.2 O. Arg. S. 10952 . . . ir> Hydra 7.0 5.5* 10 46 37.45 46 38. 68 72.0 59.8 3 4 + 2.835 2. 924 - 29 21 5.9 - 19 23 10. o 69.3 65.3 2 2 - 19.04 19.04 T-^t*" 4643 Lacaille 4503 .... 7-5 46 42. 59 64-3 3 2.723 - 39 40 25. 7 70.2 2 19.04 4644 Weisse (2) X, 944 . . 6-5 46 52. 92 74.0 3 3-394 + 37 3 '7-3 60.3 2 19.04 4645 M.Z. 250,35 . . . . 8-3 47 1.22 70.8 2 2.889 - 23 35 19.2 67.8 2 19.05 4646 47 Leonis Minoris. . . . 7.0 10 47 10. 64 60.8 4 + 3- 362 + 34 46 53- 3 55.6 7 - I9-05 4647 Lacaiile 4506 .... 7.0 47 12-46 64.7 2 2.815 - 31 34 56. 9 69.8 2 19.05 4648 Lacaille 4505 .... 7-5 47 16.29 6 4 .i 3 2.868 26 o 7.8 65.8 2 19.05 4649 M. Z. 10,44 6.5 47 24-23 67.6 3 2.794 - 33 46 13. 2 71-3 I 19.06 4650 Weisse X, 859. . . . 8.0 47 25.41 64-9 3 3.066 o 46 25. 5 60.8 8 19.06 4651 B.A.C-3737 .... 6.2 10 47 29. 43 64-3 4 + 3- 120 + 6 35 31.8 62.0 3 - 19.06 4652 Lacaille 4508 .... 7.0 47 30.00 63.2 2 2.693 42 22 22. 9 70.3 2 19.06 4653 M. Z. 103, 79 .... 7-7 47 3 6 .23 64. 2 2 2.828 - 3 24 9- 7 69.8 2 19. 06 4654 Radcliffe 2582 .... 6-5 47 5-3' 62.2 2 3.741 + 58 14 58.9 69-3 2 19.07 46SS Weisse (2) X, 963 . . 7.8 47 55.96 68.3 2 3-255 + 23 54 36- 3 68.3 2 19.07 4656 Weisse (2) X, 961 . . 9.0 10 47 57.79 60.7 2 + 3- 370 + 35 49 i- 2 56.2 2 I9-07 4657 B.A. C. 3741 . . . . 6.0* 47 58.5 1 59.2 2 3-353 + 34 15 I'- 7 50-3 4 19.07 4658 54 Leonis, (1st*) .... 6.8 48 1.61 65.2 II 3.269 + 25 29 44. 6 65.8 2 19.07 4659 54 Leonis, (2d*) . . . . 8. i 48 2. 1 1 65.3 10 3.269 + 25 29 40. 5 68.8 2 19.08 4660 Lamont 3134 . . . . 8-5 48 7. 88 69.3 2 3.067 o 40 46. 7 49-3 I 19. 08 4661 4662 O. Arg. S. 10974 . . . 55 Leonis 7-7 6.0 10 48 12. 51 4.8 1O. 2\ 70.3 64. I 2 2 + 2.838 3.081 - 29 35 28. i -1- i 28 . 6 7-3 71. 1 4 ? 19.08 10. OQ 4663 Weisse X, 879 ... 9.0 i^\j J v * *-J 48 32. 74 60.8 2 J J 2. 966 1 % a OJ - rt s HJ O o 6 fc Annual Precession, 1860. Mean Declination, 1 860.0. rt U >, rt u ^ ft S "o o Z Annual Precession, 1860. h. m. s. s. / // // 4721 Weisse X, 1025 . . . 6-5 10 57 12.04 67.3 2 + 3.158 + 13 25 16.3 71-3 2 - 19-31 4722 O. Arg. N. 11397 . . 7.0 57 12. 22 62.3 2 3- 909 + 66 37 46.9 62.3 2 I9-3I 4723 Lacaille 4576 .... 7.0 57 37-58 64.0 3 2.775 - 39 33 17-2 67.8 2 19.32 4724 4721 DM. 4-340,2197 . . ^ Leonis , 9-2 5. o* 57 40.77 57 47. 58 64.8 62.7 2 12 3-3I9 3. 123 + 34 33 7- 4- 8 i ii. i 65.8 60.7 2 1 19-32 10. 1,2 fl 3 4726 B. A. C. 3792 . . . . 5.6 10 58 17. 80 / 70. 6 j 3 3 J + 2-823 1 J iJ O - 35 3 2.9 66.8 j 2 y j 19-33 4727 Lalancle 21258 . . . 8.0 58 27.22 68.3 2 3-4'8 + 44 14 51.8 71.0 4 '9-34 4728 Weisse X, 1044 . . . 7-8 58 29. 30 72.6 3 3-J56 + 13 19 23.7 70.3 2 19-34 4729 O. Arg. S. 1 1114 . . . 9.0 58 29. 58 69-3 5 K.870 - 29 40 54. 3 70.2 2 19-34 473 Anonymous 9-5 58 35-55 71-3 2 2.869 - 29 46 43. 6 69-3 2 19-34 473 i Weisse X, 1049 . . . 8-4 10 58 47.49 64.7 4 + 3-157 + 13 33 34-4 67.8 2 - 19-34 4732 Schjcllertip 4037 . . 8-5 58 55-29 67-3 2 3- '41 + ii 3 47-6 69-3 2 '9-35 4733 Weisse. X, 1060 . . . 7-3 59 11.24 66.8 2 3-156 + 13 27 33-8 67.8 2 19-35 4734 4731 Weisse (2) X,-ll86 . 7-5 1. 7 59 17.21 10 41 1Q 73-7 63 6 3 a 3-341 3.088 + 37 29 35.4 4- 2 42 12 7 75-4 71 2 I c 19-36 iq. -37 ^ 1 JJ 4736 Weisse (2] X, 1 196 . j / 6.8 jy ^j jy 10 59 52.27 V J' ** 71.0 j 3 + 3-338 ^ j ' i + 37 32 33- 5 / 47-3 j 2 y j/ - '9-37 4737 Weisse X, 1075 . . . 7.8 59 54-4' 66. i 8 3- '39 + 10 58 7.8 60.6 3 19-37 4738 Weisse X, 1076 . . . 9.0 ii o 4.79 72. 6 3 3- '39 + 10 57 6.5 68.3 2 19-37 4739 O.Arg.S. 1 1 147 7-3 o 8.89 64-3 5 2.874 - 29 47 48. 4 65.3 3 19-38 4740 Lacaille, 4599 .... 6.3 o 27.65 63-3 3 2-859 - 3i 49 45- 3 69-3 2 19.38 4741 Mer. C. Z. 91,50 . . 8.6 ii o 29. 58 69-3 2 + 2.882 - 28 55 57. i 66.8 2 - 19-38 4742 4.74. ? Weisse X, 1087 . . . M.Z. 11,28 9-5 6.8 o 30. 09 O 72. 2\ 64. 2 68.5 2 3- 139 2 8ll + 1 58 33-9 12 4.7 $2 6 68.9 72. 7 3 7 I9-38 jo. -in T/ tJ 4744 Weisse X, 1090 . . . 9.0 J J o 40.31 66.3 2 *3 m 3.138 J T 1 / J + 10 57 12.7 ii 69.8 / 2 y o" 19-39 4745 O. Arg. S. 11154 . . . 6.6 o 41.77 64-3 3 2.892 - 27 44 5-7 65.6 3 '9-39 4746 Weisse (2) X, 1221 . 8.6 1 1 o 52. 64 63.3 2 + 3.3I5 + 35 28 25. 6 67.8 2 - 19-39 4747 Lacaille 4607 .... 6.9 I 16. 60 64.5 4 2. 8ll - 37 39 3- o 68.3 2 19.40 4748 M.Z. 247,49 . . . . 8.5 i 26. 23 70.3 3 2.786 40 IO 42. 2 73-3 2 19.40 4749 Lacaille 4609 .... 6.0 i 30. 80 63.8 2 2.883 - 29 12 53. I 67-3 2 19.41 475 B. A. 0.3811 . . . . 6-5 i 36.31 68.3 2 3.327 + 37 4 5-3 46.8 4 19.41 475' i/( Ursx Majoris .... 3-5* 1 1 i 46. 79 62. 2 3 + 3-4" + 45 15 25.4 60. 9 3 - I9-4I 4752 Lacaille 4614 .... 7.0 i 54-55 65.3 3 2.886 - 28 59 22.3 65.8 2 19.41 4753 Lacaille 4616 .... 7-5 2 5-36 65.0 3 2.804 - 38 42 55- i 69.8 2 19.42 4754 O. Arg. N. 11496 . . 8.8 2 16.73 65.0 4 3-641 + 59 39 9- 2 68.3 2 19.42 4755 Weisse (2) XI, 6 . . 7.0* 2 18. 14 59-2 2 3.291 + 33 !7 21.7 55-3 3 19.42 4756 Weisse (2) XI, 16 . . 7-9 II 2 31. 51 62.6 3 + 3-314 + 36 5 38. 2 69.8 4 - 9-43 4757 O.Arg.S. 11188 . . . 8.6 2 38. 39 64. 2 3 2.916 - 25 13 49.3 69-3 2 19-43 4758 Radcliffe 2630 . . . 6.0* 3 11-64 76.3 3 3.928 + 69 i 50.5 72.6 2 19.44 4759 4760 Lacaille 4624 (1st*) . Lacaille 4624 (2cl*) . 8.5 7.6 3 12.41 3 '3-28 71. I 7-5 4 5 2.891 2.891 | 28 50 30.4 68.3 3 19.44 122 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. |w rt -> C rt OJ --. 1 IM O O fc Annual Precession, 1860. Mean Declination, 1 860.0. Vfl rt B ^ C rt + 74 13 58.4 7i-3 2 I9-5 2 4788 O. Arg. N. 11581 . . 8.5 7 8.56 65.3 i 3-590 + 59 38 9-53 4789 O. Arg. X. 11584 . . 7.6 7 21.30 65.0 3 3.578 + 58 58 39- 5 69.8 2 "9-53 4790 Weisse (2) XI, 1 18 . . 6.9 7 21.82 68.3 2 3-3I3 + 38 20 26. 8 46.3 2 '9-53 4791 DM. + 68, 638 ... 9.8 ii 7 23. 15 67.4 2 + 3-837 + 68 18 8. 7 70-3 2 - >9-53 4792 O. Arg. N. 11590 . . 7-5 7 40. 02 65.3 4 3-903 -f 69 58 54.0 69.6 3 19.54 4793 4794 Weisse (2) XI, 126 . . 72 Leonis 9-2 5.0* 7 40- 14 7 45 . 06 61.5 60. i 4 2 3.268 3. 206 + 32 55 23.5 -f 23 51 28. o 61.8 53- 2 2 6 19.54 '9-54 4795 O. Arg. S. 11250 . . . J 7-5 7 46. 02 63.6 3 2. 929 - 25 18 44.3 68.3 3 19-54 4796 M.Z. 162,33 - 7-7 ii 7 55-02 65.8 2 + 2.922 - 26 32 47. 9 69-3 2 - 19-54 4797 Lacaille 4665 .... 6-4 8 19. 14 63.3 3 2.881 - 32 33 27-5 69-3 2 '9-55 4798 O. Arg. N. 11612 . . 8 21. 3-578 + 59 26 53. 2 72.8 2 19-55 4799 Lacaille 4667 .... 6.6 8 30.03 67.6 3 2.833 - 38 42 51.6 65.3 2 '9-55 4800 Lacaille 4668 .... 7-6 8 35.68 66.8 2 2.842 - 37 40 42. 6 68.0 3 '9-55 U. S. NAVAL OBSERVATORY, 1845 TO 1877. Number. Name of Star. Magnitude. Mean Right Ascension. 1 860.0. 3 >, c S S 'o o fc Annual Precession, 1860. Mean Declination, 1 860.0. S >-, 3 s i o OM O 6 fc Annual Precession, 1860. 4801 DM. + 12, 2312 . . 9- i h. m. s. ii 8 40. 82 69-3 ,, s. + 3- "37 / // \- 12 22 14.5 55-3 2 ff I9-56 4802 B.A. 0.3846 .... 6.0* 8 47-42 60.3 2 3.428 -)- 50 14 21.2 53-3 3 19.56 4803 O. Arg. N. 11619 . . 9.0 8 49. 88 67-3 2 3-883 f 69 57 10.3 72-3 2 19.56 4804 Lacaille 4669 .... 7.0 8 53-94 69-3 3 2.845 - 37 29 44.0 68.6 3 19.56 4805 Weisse XI, 133 . . . 8.0* 9 3-3' 76.6 3 3.058 2 42 34. 2 67.8 2 I9-56 4806 O. Arg. S. 11267 . . . 7.6 ii 9 5.46 64-3 2 + 2.901 - 30 5 7-7 70.2 2 I9-56 4807 Rumker 3497 .... 7.0 9 9- 2 9 68.8 2 3.604 4- 61 2 6. 7 65-3 2 19.56 4808 Lacaille 4672 . . . . 7. o* 9 11.89 69.4 2 2.838 - 38 34 4- 7 67.3 2. 19-57 4809 48lO Weisse XI, 137 . . . ^ 1 Z ji ^ lM O fc Annual Precession, 1860. Mean Declination, 1 860.0. i-, m tj >-, s 3 u - * - 12 58 55-9 "J- 69-3 4 2 ! 9- 73 '9-73 4864 Weisse (2) XI, 340 . . 8.0 18 52.50 59-3 2 3- '64 -j- 21 10 6.4 69.4 2 9-73 4865 O. Arg. S. 11374 . . . 8.2 18 53-50 66.8 2 2-959 - 25 15 36.4 70.3 2 19-74 4866 B. A. .3892 . . . . 6.2 ii 19 3.01 62. i 3 + 3- 'i 2 + 9 2 5 46. i 62.6 4 - 19-74 4867 Weisse (2) XI, 344 . . 8.0 19 6.52 60.0 5 3- '64 + 21 I? 23.2 62.8 2 19.74 4868 Riimker 3575 .... 9-5 19 n. 18 64-3 2 3- 152 + 18 37 35-5 73-6 3 19.74 4869 83 Leonis (1st*) . . . . 7- i . 19 39-91 64.1 8 3.088 + 3 46 34. 8 67-3 3 19-75 4870 83 Leonis (2d*) .... 8.0 19 40.88 64.1 8 3-087 -f 3 46 10. o 68.8 2 '9-75 4871 Lacaille 4746 .... 7-2 n 19 55.40 70-3 2 + 2.894 - 37 23 18.9 70.8 2 - 19-75 4872 O. Arg. S. 11394 8-3 20 23. 68 64. 2 2 2-974 - 23 2 46. 8 70.4 2 19.76 4873 4874 Lacaille 4749 .... r Leonis 6-7 4.0* 20 41. 92 2O 44 2C, 63-4 67. o ?I 2.965 3.086 - 25 5 3i-4 _|_ 7 1*7 ?6 O 64.8 eg 7 2 2 19.76 In 7f> 4?75 B. A. C. 3901 .... 6.0 ** t*T" *"J 20 44. 55 69-3 j 4 3.068 I J J/ J Wl v - o 55 47.9 j"- j 68.. 3 2 19. 70 19.76 4876 Weisse XI, 349 . . . 7-3 u 20 45. 14 66.6 10 + 3-oS6 + 3 3 6 4-6 7i-3 2 - I9-76 4877 B. A. C. 3902 .... 7.0* 20 45 . 69 60.3 4 3-124 + 12 44 37.9 54-3 3 19.76 4878 B. A. .3903 . . . . 6-3 20 53. 58 72.3 3 3.072 - o 7 38.2 68.8 2 19.77 4879 M. Z.9,44 7-i 21 6. 54 64. 2 2 2-9'S - 34 46 45. 7 6 9-3 2 19.77 4880 Lacaille 4753 .... 6.0 21 8.48 63-3 2 2.917 - 34 '33 33- 3 68.3 2 19.77 U. S. NAVAL OBSERVATORY, 1845 TO 1877. I2 5 Number. Name of Star. Magnitude. I Mean Right Ascension, 1 860.0. i V >* 5 ?, o *0 1 Annual Precession, 1860. Mean Declination, 1 860.0. J rt s 1 t*4 O o Z Annual Precession, 1860. h. m. s. s. / // // 4881 Weisse XI, 365 ... 6.4 ii 21 14. 39 66.8 2 + 3-86 + 3 33 21.8 70.3 2 '9-77 4882 O. Arg. S. 11410 . . . 7.0 21 25.66 64. 2 3 2-977 - 23 3 19.7 70.0 3 '9-77 4883 Lalande (F) 1878 . . 6.0 21 46.77 76.3 3 4.629 + 81 53 5'-5 71-4 4 19.78 4884 B. A. 0.3909 .... 5-8 22 14. 66 66.8 2 3.072 - o 4 42. o 69.8 2 19.78 4885 li.A. C. 3911 .... 6.8 22 25. 90 60. 5 5 3- '<>4 -(- 8 22 17. 2 69.7 3 19.79 4886 DM. + 72, 537- 9.0 ii 22 38. 99 65.1 5 + 3-749 + 72 13 26. 2 65.2 2 - '9-79 4887 Lacaille 4758 .... 6.6 22 41. 82 64-3 2 2. 960 - 27 15 34-3 72.3 3 19.79 4888 Weisse (2) XI, 416 . 6.5 22 43. 84 68.3 2 3.246 + 38 43 32. 8 46-3 2 19.79 4889 Weisse XI, 390 . . . 8. i 22 47. 36 64. 2 2 3.087 + 3 58 40- 8 68. 3 3 19.79 4890 Lacaille 4760 .... 6.Q 22 53-39 66.8 2 2.906 - 37 4' 9- i 68.3 2 19.79 4891 58 Ursa: Majoris .... 7.0 II 22 55.81 62.3 2 + 3-280 + 43 56 28. 6 67.9 2 - '9-79 A%n? /I Draconis -!. f* 23 2. 99 52. 2 II 3.665 -(-70 6 ii. 4 67.0 16 19.80 49 J A So 7 V Leonis . . . J J 4. ?* 2T, Q. 73 6l.7 9 3.064 2 13 54.8 62.3 4 19.80 49j /iSfM 86 Leonis . " J S. 5* j y i j 23 IO. 44 65.3 3 3. 146 -f- 19 10 49. 2 56.3 3 19. 80 4 "94 4895 O. Arg. S. 11438 . . J 3 6.5 23 23.57 63-9 3 2-973 - 25 i 37-6 64.0 3 19. 80 4896 4897 Weisse XI, 403 ... Lacaille 4766 .... 7-7 6.6 I' 23 43.35 23 55. 10 65.0 64. o 3 3 + 3-05 2.905 5 56 50- 3 - 38 27 51.8 69-3 65.0 2 3 19.81 .19.81 4898 O. Arg. S. 11444 7.6 24 3-55 64. 2 3 2.974 - 25 7 40. 6 67-3 2 19.81 A SoO Anonymous Q. O 24 6. 91 66.3 2 2 -954 29 29 20. I 73- 3 2 10.81 4yy 4900 O. Arg. S. 11446 . . . y* 7-5 24 7.61 64-3 2 2. 961 28 I 28. I 70.8 2 19.81 4901 B. A. C. 3917 .... 7-3 II 24 II. 38 63.7 7 + 3-086 + 3 So 5-' 75-o 3 - 19.81 4902 Riimker 3615 . . . . 6.0 24 13-05 60. o 4 3- '42 -4- l8 31 22.0 59-3 3 19.81 493 Weisse XI, 412 . . . 8.2 24 26. 54 59-3 2 3-103 + 8 38 8. 8 73-4 i 19.81 4904 Lalande 21902 . . . 6.5* 24 43-22 77- i 4 3.227 + 37 ' '3-7 66.0 3 19.82 4905 B. VI, + o, 2799 . . 9-2 24 45. 28 65.4 3 3-075 -f o 46 46. 5 65-3 i 19.82 4906 B. A. C. 3920 .... 6-5 1 1 24 49. 48 64.8 2 + 3-052 5 4' 43- 2 69-3 2 19.82 4907 Weisse XI, 421 . . . 9.0 25 o. 72 76.3 2 3.048 6 So 39- 3 70-3 2 19.82 4908 Lalande 2191 1 . . . 8.0 25 7- 97 67.3 2 3-073 + 21 50.4 68.8 2 19.82 4909 B. A. C. 3921 .... 6-5 25 20. 01 62.6 4 2.963 - 28 29 46. 2 64.8 2 '9-83 4910 B. A. C. 3922 .... 6.2 25 20.45 62.7 3 2.963 - 28 29 38. o 64.8 2 19.83 49" Weisse XI, 429 . . . 8.6 n 25 26. 17 64. 2 7 + 3-079 + 2 6 52. 8 66.8 2 - 19-83 4912 Lacaille 4773 .... 7-7 25 35-47 67.0 3 2.964 - 28 22 9. 8 72.0 3 19.83 4913 B. A. C. 39 2S . . . . 6.0 25 40. 60 59-4 2 3-047 7 3 '5-9 70.3 2 19-83 4914 Weisse XI, 438 ... 8-5 25 5I-32 63. o 4 3-079 + 2 3 34- i 66.8 2 19.83 4915 B. A. C. 3926 .... 5-5 25 58.99 63.0 3 2.956 3 l8 52-7 70.8 2 19.83 4916 B. A. .3927 . . . . 4-8 ii 25 59.67 73-3 4 + 2.908 - 39 39 57-0 68.8 2 - '9-83 4917 Lacaille 4777 .... 6-7 26 1.23 63.1 6 2-932 - 35 26 7-6 72-3 3 19.84 4918 B. A. 0.3928 . . . . 4.4 26 7.31 63.0 3 2-953 - 3' 5 0.7 73-o 5 19.84 4919 Weisse XI, 446 ... 8.0 26 18 48 63.6 2 3- 102 + 8 45 10.4 69-3 2 19.84 4920 Lamont 3373 .... 9.0 26 20.61 67.3 2 3-079 + 2 7 19.84 126 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. 1_ rt B > c rt U S 1 IM O O ^ Annual Precession, 1860. Mean Declination, 1 860.0. rt 1] >* i V s uj O O O Annual Precession, 1860. h. m. s. s. o / // // 4921 Lalande 21947 . . . 6. I 1 1 26 28. 97 69-5 5 + 3-222 + 37 35 26. 8 47-6 3 - 19.84 4922 Weisse XI, 450 . . . 7-2 26 30. 56 66.8 2 3.052 5 45 49-9 68.3 2 19.84 49 2 3 B. A. C. 3929 .... 5-5 26 48. 37 68.9 3 2.9II - 39 48 52.9 68.8 2 19.85 4924 Rumker 3636 .... 8.0 26 51.06 59-8 2 3- 126 + '5 39 59-8 56.0 3 19.85 49 2 5 Weisse (2) XI, 490 . . 9.0 26 51. 96 60. 3 2 3-153 + 22 47 47. 4 55-3 2 19.85 4926 O.Arg.N. 11873 . . 8-5 ii 26 59. 82 64.9 5 + 3- 6 49 + 71 34 3'-o 7i-4 2 19-85 4927 Weisse XI, 462 ... 7.0 27 14. 13 6,. 7 2 3.056 - 4 45 1 6.0 56-3 2 19-85 4928 4Q2Q M.Z. 247,59 M.Z. 2T5, 6 . 6.7 6. q 27 26. 14 27 28. 34 64-3 64. <; 2 > 2.911 2 n?7 40 22 52. 7 ?e 2$ 4Q 3 70-3 72 3 2 19.85 10 8c ^y y 493 Weisse XI, 466 ... **" y 8. 7 "/ *** ^t 27 3*-5 6 T" J 6l. 7 J 2 vo / 3.056 Jj j t ry t j 4 49 1-5 / " j 55-3 2 iy. o^ 19.86 493' Weisse XI, 468 ... 8.0 ii 27 36.94 59-8 2 + 3.058 - 4 10 51.3 55-3 2 - 19.86 4932 Weisse (2) XI, 509 . . 6-5 27 45- 27 65.7 3 3-145 + 21 12 53.2 60.8 2 19.86 4933 4.O "1 4. Weisse (2) XI, 511 . . 2 Dracoms 9.0 C C 27 45-48 27 48. 06 59-3 72 "? 2 3- 129 3 c8o + 16 47 3-2 + 7o 6 3o 72.8 71 8 2 IO . 19. 86 jq gg "fry Jf 4935 Lacaille 4789 .... J .) 6.7 28 5.54 / *" j 64.2 2 o- y**y 2.968 f v *-* j' y - 29 15 30. 5 /I. O 68.3 2 19.86 493 6 Lament 1163 . . . . 9.0 1 1 28 6. 42 64.9 3 + 3-053 5 43 8. 2 68.3 2 - 19.86 4937 Lacaille 4792 .... 6-5 28 20. 46 66.8 2 2-944 - 34 50 18. 7 68.8 2 19.87 4938 Weisse (2) XI, 526 . . 9.0 28 29. 59 68.3 2 3- 142 + 20 52 43. i 63. 2 2 19.87 4939 Weisse XI, 488 ... 9.0 28 33-58 65.8 2 3.028 - 13 41 16. 2 62.8 2 19.87 4940 Weisse XI, 495 . . . 8-5 28 52.06 65.8 2 3.098 + 87 21.6 71-4 2 19.87 494 B.A.C.3937 6.0 ii 28 55.55 66.3 2 + 3- '70 + 28 33 !6.6 60.3 4 - '9-87 4942 Weisse (2) XI, 534 . . 8.0 28 56.88 65.8 2 3-I&7 + 27 44 56. 5 68.3 2 19.87 4943 Weisse (2) XI, 539 . . 8.0 29 7. 60 65.8 2 3- '59 + 25 48 14.3 68.8 2 19.87 4944 O. Arg. N. 11901 . . 9.0 29 10. 22 67.8 5 3-6o3 + 7> 19 46.0 70.3 2 19.88 4945 4046 B. A. C. 3940 .... 6 Crateris 7.0 e o 29 22.33 II 2O 3d. 87 60.8 6Q 1 2 I 3-094 + 1 OAA + 6 53 6. i Q J 42 O 60.9 66. 8 5 19.88 in 8X ^ j^ 4947 DM. + i, 2591 . . . j- w 9-5 *y OT" v i 29 37-39 w y- j 64. O J 3 J' **W 3.076 + I 28 19. oo 19.88 4948 Lacaille 4802 .... 6.5 29 40. 92 63-3 2 2-947 - 35 20 51.4 68.3 > 19.88 4949 495 Lacaille 4805 .... v Leonis 7.0 4 8 29 44-41 2Q 46 80 66.6 61.6 3 72 2-954 3O72 - 33 52 36. 5 O 1 37 68.8 61 ? 2 19.88 19. 88 495 > Weisse (2) XI, 556 . . if. u 8.0 "y f**' * y I I 29 52. 06 "O 66.3 / 2 w / " + 3- 167 ' J J- / + 28 32 55.6 Ul. j 67.3 -> - 19.88 4952 DM. + 71, 581 . . . 9.0 30 5.82 69. 2 5 3-584 + 7i "6 19.89 4953 4.01:4 M.Z. 235,9. Anonymous .... 7.6 7 Z 30 10. 48 1O 21 72 66.8 6d 2 2 2 2-955 2 OCd. - 34 48 39- 3 -JA 27 /lS 1 71-3 fio /i 2 19.89 I n 8n ^^j^ 4955 Lacaille 4814 . . . . / j 7.0 jw . i . i *. 3 39- 23 wij. *. 64.8 2 * yjT- 2.936 j*t * i *t- 0> 3 - 38 35 3- 4 uy. q. 68.5 4 19. 09 19.89 4956 59 Ursre Majoris .... 5-5 ii 30 52. 19 65.8 2 + 3- 238 + 44 24 4. 8 58.8 2 - 19.89 4957 Lalande 22059 5.8 3 1 8. 39 68.3 2 3-187 + 34 24 4.6 47-3 2 19.90 4958 Weisse (2) XI, 591 . . 8-3 31 10. 16 64-3 2 3-I36 + 20 52 30.4 56.8 2 19.90 4959 B.A.C.3955 .... 5-5 3 1 '4-73 47-3 2 3.067 i 39 42. 7 69.2 2 19.90 4960 O. Arg. S. 11531 . . . 8.5 31 17.02 64-3 2 2-995 - 24 48 54. 4 73-7 3 19.90 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 127 Number. 1 Name of Star. Magnitude. Mean Right Ascension, 1 860.0. U B >* G rt D X 1 IM O i Annual Precession, 1860. Mean Declination, 1 860.0. 3 x C rt V ", 1 ^5 o Annual Precession, 1860. h. m. s. s. / // // 4961 M. Z. 251,37 , . . . 9- I ii 31 18. 54 64-3 2 + 2.995 - 24 50 38. 2 70.3 2 - 19.90 4962 Anfyi Weisse(2)XI,6oo . . 8.0 S- S* 31 24.82 11 -J7. SO 59-3 65.7 2 3 3- H6 3.036 + 24 6 16. 2 - 12 25 55.9 64.8 54. 3 2 3 19.90 19. 90 ^ry^j 4964 Weisse(2)XI,6o8 . . J J 7-8 j jj jy 31 3 6 .46 68.3 2 3-125 + '7 52 38.6 61.8 2 19.90 4965 Lacaille 4824 .... 7-5 31 46. 48 67.0 4 2.941 - 38 28 17.9 72.8 2 19.90 4966 Weisse XI, 548 ... 7-2 II 3 I 51.65 60.8 2 + 3- 9 2 + 6 50 15.2 54-3 3 - '9-9' 4967 Lacaille 4825 .... 6.0 31 54-15 63.3 2 2-937 - 39 3' 38-4 68.8 2 '9-9' 4968 Weisse XI, 553 9-4 32 6. 02 64. 2 5 3-077 + ' 44 47- 9 67.3 I 19.91 4969 M.Z. 244, 92 .... 7-8 32 18. 17 64.6 3 2-993 - 26 4 10. 7 70-3 2 19.91 4970 Weisse XI, 558 ... 9.0* 32 22. l8 71.3 3 3.104 + I' 6 12.6 7'-4 2 19.91 4971 Lacaille 4830 .... 7-2 II 32 27.78 66. i 4 + 2.944 - 38 36 32. 3 70.3 I - 19.91 4972 Weisse XI, 562 ... 8.6 32 35-30 67.4 2 3.070 - o 39 50. i C8.8 2 19.91 4973 Lament 1181 .... 9-5 32 37-79 61.3 I 3-057 5 '4 19.91 4974 Lacaille 4833 .... 7.6 32 48. 58 63.3 2 2.964 - 34 12 24.8 68.8 2 19.92 4975 Weisse (2) XI, 633 . . 8.0 32 52.22 61.6 3 3.'52 + 26 55 49. 2 56.3 2 19.92 4976 AQT7 Weisse (2) XI, 637 . . Anonymous . 9.6 Q ; " 32 56-97 ;? o 59-3 i + 3- 132 T.oc.7 + 20 55 C 10 CO. 1 ^7. 1 I - '9-92 IQ Q2 T-y/ / 4978 O. Arg. S. 11557 . . . y j 7-5 OJ 33 2. 50 64. 2 2 j j / 2.982 j *y jy j - 29 42 '3-5 j / j 71-3 I y r y m 19.92 4979 4980 Lacaille 4837 (ist*) . Lacaille 4837 (2d*) . 6.5 8-5 33 3.58 33 4- 92 72.8 69.3 4 I 2.952 2.952 ; 37 '9 54-4 68. 3 3 19.92 4981 Carrington 1741 . . . 8.7 ii 33 13.24 67.1 2 + 4-097 + 81 21 21.3 75-3 i - I9.92 4982 B. A. C. 3962 .... 7-3 33 '3-4' 64. I I? 3-077 + ' 43 41-9 69-3 4 19.92 49 8 3 B. A. 0.3963 . . . . 5-8 33 '5-86 59-9 2 2.967 - 33 58 9- ' 68.3 2 19.92 4984 M. Z. 105, 95 .... 6-9 33 16.85 64.2 3 2.990 - 27 43 13.0 64-9 3 19.92 4985 92 Leonis 5-5* 33 30.02 60.2 2 3-134 + 22 7 45-8 62. 4 2 19.92 4986 61 Urs:e Majoris .... 5-6 u 33 40.18 72.3 4 + 3- '79 + 34 59 33- 3 57-7 5 - I9-92 4987 Lacaille 4845 .... 7-4 34 11.52 62.3 2 2.991 - 28 25 39. 9 67.8 2 '9-93 4988 Weisse XI, 592 . . . 9.2 34 17-15 64.8 4 3.076 + ' 43 4<-8 69.0 3 '9-93 4989 Lacaille 4849 .... 7- i 34 25. 70 64.0 3 2.968 34 49 39- 7 7'-3 2 '9-93 4990 4.QQI Weisse XI, 597 ... 3 Draconis ....... 9.0 6.0* 34 31.22 II 34. VI . S4. 64.8 76.6 4 e. 3-077 -1- 3. 420 + ' 46 16. 3 4- 67 ?! 10. 7 68.7 77.6 3 4 '9-93 IQ. Q"? ^yy 4992 B. A. C. 3969 .... 5-4 OT J 1 ' JT- 34 44- 94 63.6 j 3 I J ^~y 2.981 1 v / J* v / - 3' 43 '9-5 / O 68.7 3 y yj '9-93 4993 Riimker 3697 .... 7-5 34 48. 60 68.2 4 3-135 + 22 59 21.8 56.0 3 '9-93 4994 Weisse XI, 605 . . . 9.2 34 57.8i 67.3 2 3-077 + ' 47 '3-4 70-3 i 19.94 4995 Riimker 3706 .... 8.0 35 26.84 59-3 2 3- '4 + 12 38 23.0 56.6 3 '9-94 4996 Weisse XI, 618 . . . 9.0 ' i 35 39- 9 59-2 2 + 3-058 - 5 38 23.9 54-3 4 - '9-94 4997 Weisse XI, 624 ... 7-9 36 9-75 64-4 16 3-074 + 57 48. ' 66.9 2 19.95 4998 B. A. C. 3973 .... 6.0* 36 11-99 59-8 2 3- '99 + 42 29 57.3 53-2 5 '9-95 4999 B. A. C. 3974 .... 6.0 36 29.32 62.8 4 2.971 - 36 24 45. 8 69.4 3 '9-95 5000 Weisse (2) XI, 708 . . 7.0 36 29. 55 61.3 2 3-135 + 24 47 ".9 66.9 2 19.95 128 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. 1 1 o Annual Precession, 1860. Mean Declination, 1 860.0. 1> C rt v "b "o 6 Annual Precession, 1860. h. m. s. s. / // ,, 5001 Rumker 3715 .... 7-5 1 1 36 33- 87 59-3 3 + 3- "3 + '75 54-5 55-3 2 - 19-95 5002 O. Arg. N. 12020 . . 7-o 36 39- 72 64.6 3 3-544 + 73 55 24-6 65.3 2 '9-95 3003 O. Arg. S. 11610 . . . 8.5* 35 46.06 62. 3 2 2-997 - 28 54 5. 3 71.4 3 19-95 5004 B.A.C.3975 . . . 7-6 36 46. 10 63-4 3 3-058 - 5 53 55-3 64.8 2 '9-95 5005 Weisse XI, 641 .. 7-5 36 58. 10 60.6 3 3-037 - 14 40 44. 9 61. i 4 19.96 5006 Lacaille 4867 .... 7-5 n 36 58.23 63.0 3 + 2.998 - 28 58 20. o 72.5 6 - 19.96 5007 Weisse XI, 643 ... 9-2 37 20.75 65-3 3 3-055 7 18 34-5 7O. 2 2 19.96 5008 Weisse (2) XI, 730 . . 8-5 37 28. 13 69-3 3 3- 177 + 38 41 59-7 65.7 3 19.96 5009 5OIO Weisse XI', 646 ... Crateris 7-9 C C 37 29.58 3 7 AO 7 2 66.8 2 3.050 7 QT J 7 2 37. 7 T 7 1A >? C 68.4 f,K A 2 19.96 j 5011 Weisse XI, 652 ... .5' J 9-2 J/ f-'* 3* 1 ii 37 43- 18 66.3 2 + 3-090 '7 34 22. 5 + 7 50 4-4 uo. 4 68.3 2 2 19. 96 - 19.96 5012 Rumker 3727 .... 5-o 37 57.84 71.6 4 3- 106 + 15 2 26.0 68.8 Z 19.96 5013 Weisse (2) XI, 746 . 8.0 38 5.21 65.0 3 3- 120 + 20 40 5. 55-3 2 19.96 5014 Weisse XI, 662 ... 7-4 38 12.37 62.8 5 3.090 + 7 48 27. 9 68.3 2 19-97 5015 Weisse (2) XI, 749 . . 6.8 38 14-42 62.0 3 3.166 + 36 40 14. 3 ' 57-o 3 19.97 5016 5OI7 Lacaille 4877 .... Tr. Z. 9, 1 1 6.8 7 2 ii 38 27.58 63.3 2 2 + 2.968 2 078 - 39 44 24. i 65-3 2 - 19-97 J I 5018 Solo \ Ursoe Majoris .... v Virginis .... / 4.0* 4O 38 38. 65 *8 IQ 76 60.7 6l 2 7 97 3-213 3. 088 36 5 42. 5 + 48 33 19- 4 + 7 rS An S 57-1 2 6 19.97 19.97 j j 5020 Weisse XI, 673 ... " 8.0 O u jy' i 38 59-50 Uj. i 67.4 2 3-059 7 * 49- 5 Si 42.0 5 3 70.3 2 2 19.97 19.97 5021 Weisse XI, 674 . . . 8-5 ii 39 1.07 66.8 2 + 3-057 6 59 31-2 70.3 2 - 19.97 5022 Weisse XI, 680 ... 7-8 39 10. 62 67-3 2 3.067 2 13 30.0 69-3 2 19-97 5023 Lacaille 4881 .... 7-8 39 18.90 66.8 2 3.010 27 II 10. 2 69.4 2 9-97 5024 Lacaille 4882 . . . . 7-2 59 20. 82 63-4 2 2.991 - 33 58 28. 5 64.8 2 19.97 5025 DM. + 24, 2392 . . 9.0 39 26. 66 68.3 2 3-127 + 24 45 16. 5 63.3 2 19.98 5026 Rumker 3738 .... 6-5 ii 39 45.29 61.5 5 + 3- 126 + 24 29 52.0 6i.s 2 - 19.98 5027 H. A. C. 3988 .... 4.8 39 50.07 67.6 3 2-974 - 39 44 16.4 66. 3 3 19. 98 5028 M. Z. 251,44 .... 9.0 40 2. 28 67.3 2 3-'7 - 25 12 27.8 71.8 4 19.98 5029 Lacaille 4886 .... 5-4 40 5- 97 64.6 3 2.990 - 35 7 42.6 72.4 3 19.98 5030 Weisse (2) XI, 785 . . 7-8 40 13.26 59-3 2 3. 116 + 20 48 37.0 55-3 2 19.98 5031 Riimker Nach XI, 31 . 9.2 ii 40 14. 72 65-3 2 + 3- '04 + '5 21 25.2 70.3 3 - 19.98 5032 Lacaille 4890 .... 7-o 40 16. 06 63.6 4 3.007 - 29 30 i.S 64.8 2 19.98 5033 O. Arg. S. 11656 . . . 7-3 40 1 6. 49 69-9 8 3.018 - 25 n 2.9 69.3 3 19.98 5034 5035 O. Arg. S. 1 1665 . . . A 1 Virginis ... 8-3 C C* 40 38. 57 40 4 "I. 20 77-3 70 o 2 2 3.018 - 25 n 52.4 70.3 2 19.98 5036 5037 Weisse (2) XI, 793 . 93 Leonis J' J 8.8 c 8 n 40 45.08 /u. y 3 + 3-"5 31 I C + 91 24. 9 + 21 I 2.6 71.4 57-3 3 2 19.99 - 19.99 5038 Anonymous . . . j' w 9c 4O C_4. 78 f)4 ft "5 + 20 59 48. 5 57-3 ' 2 19-99 5039 B.A.C.3992 .... J 6.0 41 26.34 04. y 59-3 2 3. 101 7 21 9. 5 + IS 3 43- i 7-3 67.8 3 2 19.99 19.99 5040 M. Z. 235, 16 . . . . 6.9 41 37.82 64-3 2 2.996 - 35 12 31-7 69-3 2 19.99 U. S NAVAL OBSERVATORY, 1845 TO 1877. 129 Number. Name of Star. Magnitude. Mean Right Ascension, 1860.0. jj X C "J II 52 54.63 WJ. 4 61.7 j 2 J- v t j + 3-353 ~ f ' J- t + 81 38 2.7 \jf.. j 71.7 *T IO - 2O. 05 5107 Weisse (2) XI, 1035 . 7-4 52 57- 70 68.3 2 3-103 + 37 3 33-o 46.8 4 2O.O5 5108 Weisse (2) XI, 1037 . 8. i 53 4- 9 68.3 2 3- i2 + 37 3 47- 2 47.0 3 2O.05 5109 Weisse XI, 908 ... 9.0* 53 I4-9I 76.2 2 3.078 + 8 43 25- 8 70.3 i 2O.O5 5110 5111 O. Arg. S. 11827 Anonymous 8.0 8 7 53 20. 23 II ^ 3 3 1 24 69-3 68 4 2 2 3.058 + 1 062 - 21 6 1.7 I r c o. 6 57.3 56. 3 2 2 2O.05 2O. 05 5112 O. Arg. S. 11828 . . / 6.0* JO O ^ 53 32-98 WU. If. 69-3 2 J' "*-'* 3.058 j j - 21 3 27.7 J v< O S7-i 4 2O.O5 SH3 5114 Lalande 22585 . . . TT Virginis 6.0 C. o* 53 33-69 e-j AT 80 71.2 60.8 3 g 3.066 i O77 9 38 57-7 -1- 7 21 4.1 4. 7i-3 <;? o 3 3 2O.O5 2O. 05 55 Weisse XI, 921 ... J' v 8.2 j o T-* "y 53 5I-04 67.1 6 J 1 " / / 3.078 I / ** J *t *T -f 8 41 42. 3 jj' v 70.2 J 2 2O.O5 5116 O. Arg. S. 11831 . . . 7-7 ii 53 51.60 64-3 3 + 3.055 - 25 42 2.9 67.0 3 - 2O.O5 5117 B. A. C. 4055 .... 7.0 54 0.17 71-4 3 3-075 + 4 24 46. 9 66.8 2 2O.O5 5118 Weisse XI, 926 ... 7-2 54 3-46 70-3 3 3.080 + 13 9 25.2 70.3 2 2O.O5 5119 Lacaille 4976 .... 6.8 54 15-97 64.0 6 3.050 - 33 16 14-2 64-3 2 2O.O5 5120 Weisse (2) XI, 1066 . 5-9 54 29.02 68.6 3 3.096 + 36 49 29. 8 47.0 4 2O.O5 U. S. NAVAL OBSERVATORY, 1845 TO 1877. Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. 1 C 1 V- 5 1 Annual Precession, 1800. Mean Declination, 1 860.0. M C a ij o "o 6 Annual Precession, 1860. i Comse ....... 6.0* h. m. s. II 54 33. 82 59-7 4 s. + 3-o85 / // 4- 22 52 25. 5 53- 3 3 20. 05 5122 Lacaille 4979 .... 6.6 54 38- 94 63.6 3 3-05I - 33 52 17-2 68.8 2 20. 05 5123 67 Ursae Majoiis .... 6.0 54 59-37 67.6 6 3-10 + 43 49 20. 2 63.8 6 20.05 5124 Weisse (2) XI, 1079 . 8.0* 55 9-85 76-4 3 3-99 + 43 55 13-6 54-6 3 20.05 5125 O. Arg.S. 11848 . . . 8.8 55 "2.36 66.4 2 3-059 25 39 30. 2 69.8 2 20.05 5126 Weisse (2) XI, 1086 . 7-5 ii 55 21. 80 76.4 4 + 3-098 f 43 52 54- i 54-6 3 20. 05 5127 Weisse XI, 944 . . . 8.0 55 24-74 61.4 i 3.076 + 8 51 20.05 5128 O. Arg. S. 11850 . . . 9-0 55 27- 3-059 - 25 35 10. 5 72.9 2 20.05 5129 Lament 1096 .... 8-5 55 28.95 68.3 i 3.067 9 S 6 0.7 70.4 3 20.05 5130 Lamont 1097 .... 8.4 55 35-43 68.3 2 3.067 9 52 10. 2 65-3 3 20.05 5i3i Weisse X, 947 .... 9- ii 55 35-45 66.8 6 + 3-076 4- 8 36 12.6 64.6 6 20.05 5132 M.Z. 235, 20 . . . 8.8 55 38-26 64-3 3 3-054 - 35 7 49- 67.8 2 20.05 S'33 B. A. 0.4063 . . . . 7.0* 56 25.77 60. 9 3 3.070 4 41 58. 6 54-3 3 20.05 5134 Lacaille 4993 .... 6.0 56 30.41 64.8 4 3-056 38 13 41-7 68.7 3 20.05 5I3S Weisse XI, 963 ... 9.0 56 47. 80 72.8 6 3-073 4- 4 8 17.4 71-3 i 20.05 5136 Weisse (2) XI, mo . 7-5 ii 56 51. 20 59-2 2 + 3-079 + 9 35 Si-4 56.6 4 - 20.05 5'37 Weisse XI, 966 ... 8-9 6.0* 5 6 54-97 57 6. 24 76.4 60. 3 2 2 3-073 3- 79 4- 4 8 29. i 4- 22 14 19. 2 73-3 S3- 2 i 5 20. 25 20.05 5'39 O. Arg. S. 11876 . . . 7-5 57 23- 10 65.0 3 3-063 - 30 24 27. 5 66.3 2 20.06 5140 B. A. C. 4070 .... 6.7 57 36- 92 62. i 26 3.291 4- 86 21 48.5 69.8 9 20.06 5141 Weisse XI, 980 ... 8.4 ii 57 45-55 64.4 8 + 3-074 4- 9 29 36. 2 66.3 2 20. 06 5142 C1A-1 Tr. Z. 14, 32 .... o Virginis 7-6 A, A 58 o. 93 eg 4. 54 68.3 65.3 2 44 3.064 3- 74 - 33 25 46-3 + 93 39- 66.2 65.1 2 9 20.06 20.06 J *^J 5'44 Lacaille 5013 .... t . -f 6.0 J u *T' J*t 58 45-42 63-9 3 3.067 - 34 54 54- i' 66.4 2 20.06 5 '45 Lacaille 5015 . . . . 6-5 58 54-54 61.3 2 3.068 - 32 10 27. 7 63.1 3 20. 06 5146 M.Z. 103, 113 ... 8.0 58 59-23 67.4 2 + 3-069 - 30 H Si-5 69-3 2 20. 06 5H7 Lacaille 5016 . . . . 7-o 59 I-3 6 65-3 2 3.068 - 37 53 45-5 66.3 2 20.06 5148 M.Z. 103, 114 . . . . 8-5 59 9-12 65-4 I 3.069 3 13 46-4 69.3 2 20.06 549 O. Arg. N. 12337 . . 8.4 59 31-44 67-3 2 3.082 + 75 27 2. i 67.6 3 20.06 5150 O. Arg. S. 11908 . . . 6-5 59 So- 94 64-3 2 3.072 22 59 18. 2 69-3 2 20.06 S'S" Weisse XI, ion . . . 7-4 12 O 1.46 63-3 2 + 3-072 + o 8 57.5 66.8 2 20.06 5152 B. A. C. 4080 .... 7.0* o 4.61 60. 9 5 3.072 5 59 12 -9 54-4 3 20.06 5153 Weisse (2) XI, 1190 . 8.5 o 14.25 68.3 2 3-07I + 37 47 39-7 65-3 3 20.06 5154 O. Arg. S. 11917 . . . 9.0 o 24. 24 67-3 2 3-073 - 30 37 38- 9 70.3 2 20.06 5155 O. Arg. S. 11920 . . . 6.0 o 26.28 70.3 3 3- 73 - 23 n 15. 5 69-3 2 20. 06 5156 B. A. 0.4081 . . . . 7-o 12 o 26. 75 68.3 2 + 3-071 4- 14 17 46.7 57-6 5 20.06 5>S7 Weisse XI, 1023 . . 9- o 32.81 59-3 3 3-072 + 7 32 51-2 55-6 3 20.06 5158 Weisse (2) XI, 1206 . 8.8 54. 12 60.8 2 3.070 4- 24 28 53. 2 58.3 4 20.06 5>59 Weisse XI, 1030 . . 7.8 I 1.98 63-3 5 3.072 - 3 30 28. o 65.4 2 20.06 5160 B. A. 0.4088 . . . . 6-5 I 7. 26 61.0 3 3.076 - 33 53 44- o 67.4 2 20.06 132 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. (-. rt u >* 1 g A O tM O O Annual Precession, 1860. Mean Declination, 1860. o. ) rt -. C ri QJ S A o "o fe Annual Precession, 1860. 5161 5. ? h. m. s. 12 I 1 1 . qq 7O. 7 e s. ~h 3- 75 / // " 2 3 5 51.0 69. 9 4 // 20. 06 j 5162 Weisse XI, 1033 . . . j j 7-8 yy I 17.56 / / 63.3 j 4 3.072 3 33 2 9-4 65-4 2 20. 06 5163 M. Z. 105, 107 .... 8-3 I l8. 22 76.6 3 3.076 - 27 14 32. 2 7'-3 2 20.06 5i64 M. Z. 224, 7 8.0 I 52. 12 68.0 3 3-79 - 32 18 21. o 68.9 2 20. 06 5i65 O. Arg. S. 11944 . . 8.5 2 9- 13 65.3 I 3.078 -- 27 12 13.4 70.7 3 20.06 5166 2 1383 (ist*) . . . 7.6 12 2 14. 41 65.1 5 + 3-074 II 4 18.8 71.6 3 20. 06 5167 5168 Z 1383 (2d) . . . 10 Virginis 9.0 6.0 2 17.65 2 1O 02 65.0 6-!. 8 4 6 3-075 -?. 07 1 - ii 4 21. 8 -t- 2 41 3. 4. 71.6 61;. 8 3 2 2O.O6 2O. 06 5169 Lacaille 5042 .... 7.0 * J^*' y" 2 34-67 "'J* ** 62.3 2 O / * 3.082 1 * *t * o t - 32 42 29. 6 _ j "-* 66.8 2 2O.06 57 Weisse XII, 16 . . . 8-5 2 36.84 69.3 2 3.070 + 8 57 30.4 58.3 2 20.06 5171 CI72 B. A. C. 4095 .... 1 1 Virginis 6.0 6.0 12 2 49. 28 2 ee. is 60.8 6q. ? 2 C + 3. 083 "?. O7O - 33 55 31- i 4- 6 3S 7. q 70-3 ?6. o 3 3 - 2O. 05 2O. O? 3*/-5 CT?-? Corvi 4.0* jj j 2 ee. 77 7 j 62. I J ?? O' / 3. O"7Q i oj / y 21 SO 27. q j S7. 4 15 VJ 2O. OS J l / J 5174 O. Arg. N. 12397 T* v 7.0 j j t / 2 56. 64 68.8 JO 2 O / 7 3- OO6 j" " i ' y + 75 26 24. 7 J / ^ 66. 3 2 J 20.05 5175 Lacaille 5044 .... 6.0 3 15-81 6 9-3 3 3.081 - 24 10 47.7 69.4 3 20.05 5176 CI77 B. A. 0.4098 . . . . M. Z. 3, 49 6.0 0. O 12 3 18.65 3 3'. 22 66.3 60. i 2 2 + 3.087 "?. 080 - 37 5 24. 5 39 47 19.0 69-3 67. } 2 2 20.05 20. o? j * / / 5178 B. A. C-4IOO .... y 6.5* 3 39-07 y j 60.6 2 j 7 3.061 + 28 3 39. i / J 55-9 5 J 20.05 5179 Weisse XII, 34 ... 7-9 3 52-87 65.3 2 3.068 + 9 29 44. 5 65.8 2 20.05 5180 Weisse XII, 49 ... 8.4 4 22. II 63.0 4 3.069 + 8 8 56. 2 63.8 2 20.05 5181 5182 B.A. C. 4104 . . . . Lalande (F) 2018 . . 7.0 6.0* 12 4 30.51 4 37-22 60.8 62.3 2 2 + 3-070 2.868 + 4 So 5-2 + 82 29 23. i 66.9 69.4 2 3 20. 05 20.05 5183 O. Arg. S. 11982 . . 6-5 4 45-48 67.3 2 3-085 - 25 9 43.0 72.3 4 20.05 5184 Weisse XII, S3 ... 9.0* 4 48. 88 59-3 2 3.069 + 6 7 16. 6 56. o 3 20.05 5185 Weisse XII, 63 . . , 8.0 5 8.52 60.3 2 3.068 -f 6 39 12.9 58.7 4 20.05 5186 Lalande (F) 2025 . . , t 12 5 9.22 76.4 I + 2. 844 + 82 29 41.8 70.4 i - 20. 05 5187 4 (H) Draconis .... 4-7 5 35-44 65.2 7 2.913 + 78 23 39. 8 65-4 24 20.05 5188 O. Arg. S. 11995 . . 7-9 5 39-00 64-3 2 3.092 - 30 3' 35-6 68.4 2 20.05 5189 Lacaille 5063 .... 5.8 5 57.83 66.8 2 3.095 - 33 20 48. o 71.6 5 20.05 519 C |QI Lacaille 5065 .... 12 Virginis 6.0 C. 2 6 8.56 12 6 18. 06 72.3 6q. 6 3 7 3. ico 4- 3. o6<; - 38 9 o. 3 -t- 1 1 2 29. 6 7'-3 72. 4. 3 4 20.05 20. o< J *SF* 5192 Lacaille 5066 .... st 6.2 6 21. 13 if* 69-3 J II i o ""j 3-096 - 33 o 49- 7 / "* *T 67-3 3 J 20. 05 S'93 Lacaille 5067 .... 7.6 6 26. 47 62.3 2 3.091 26 32 32. 3 64.9 2 20.05 594 Lacaille 5071 .... 7.0 6 47. 29 66.8 2 3.096 - 31 36 28. 7 65.8 2 20.05 SI9S Weisse XII, 91 ... 9.0 6 56.43 61.3 3 3-068 + 5 46 42. 3 58-6 4 20.05 SI96 Groombridge 1860 . . 8.2 12 7 1.72 70-3 4 2.662 + 84 16 54. i 66.8 6 - 20. O5 SI97 Lacaille 5073 .... 7.5 7 2.56 74-3 4 3-099 - 33 o 1.5 65.3 2 20.05 SI98 Lalande 22934 . . . 7.0 7 3-03 68.8 2 3-045 + 33 33 48. 5 59-8 2 20.05 5'99 Weisse (2) XII, 144 . 8.2 . 7 5-i8 68.8 2 3-045 + 33 33 48. 2 59-8 2 20.05 5200 Brisbane 3977 .... 7.5 7 51-44 62.4 I 3-097 28 27 29. i 77-4 2 20.05 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 133 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. S X c rt U s o "o o K Annual Precession, 1860. I/lean Declination, 1 860.0. Mean year. 1 'o 1 Annual Precession, 1860. h. m. s. s. / // // 5201 Weisse XII, 107 . . . 7.0* 12 7 58.37 72.6 4 + 3.08 9 29 51.4 71.8 4 20.04 5202 B. A. .4122 .... 6.0* 8 26.07 60. 3 2 2.929 + 70 58 46.8 54 3 3 20.04 5203 C2O4. (5 Ursx Majoris .... Weisse XII, 114 . . . 3-8 8 28.71 8 29. 51.0 7 2-993 3.081 + 57 48 38-0 - 9 29 38. 6 62.4 72. i 6 3 20.04 20. 04 j **-"+ 7- 70.9 2 20. 02 5235 Rtimker 3911 . . . . 7-7 2 47-33 63.3 8 3.064 -f 6 26 54.4 62.7 9 20.02 5236 3 Canum Venaticorum S'5 12 12 54.04 70.8 6 + 2.983 + 49 45 41-2 68.4 2 20. 02 5237 C278 Weisse XII, 199. . . 9.0 ?.o* '3 3-25 13 14. 28 72.8 66.3 2 2 3-063 3.066 + 6 31 44.5 -f 4 5 34. o 72.4 66.3 2 2 20.02 20.02 j^J" 5239 Weisse (2) XII, 268 . J 6.0 13 14. 66 68.8 2 3.010 + 38 40 48.0 46.9 2 20.02 5240 1 B. A. 0.4153 . . . . 6.0 13 17.06 66.0 3 3-032 + 27 24 3.7 54- 4 3 20.02 134 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1860.0. lj 3 5. 1 s 1 IM O 1 Annual Precession, 1860. Mean Declination, 1 860.0. IH rt u >> 8 * 1 "3 o K Annual Precession, 1860. t 124.1 Anonymous Q. O h. m. s. 12 f? ??. 73 6p. 4 i s. 4- ?. no / // 2^ ^I 33. I 67 3 2 // 20. 02 ST* 5242 Lacaille 5109 .... y v 6-5 j jj i j 13 43-53 "y ^ 66.3 2 i j 3- '44 J J JJ - 41 47 4-7 v i * j 70. i 3 20.02 5243 O. Arg. S. I2IOI . . . 7-2 13 59- 1 66.8 2 3- "2 - 25 57 17.6 69. o 3 20.02 5244 Tr. Z. 116, 9 .... 7-5 14 5. 24 69-3 2 + 3- "7 - 28 56 45. 5 69.0 3 20.02 5245 B. A. 0.4165 .... 6.0* 14 19. 60 62. 2 13 0.068 + 88 28 33. 7 70.8 10 20. 02 5246 Weisse XII, 221 ... 9.2 12 14 21.29 65-3 3 + 3-059 + 8 35 48. 4 70.4 i 2O.O2 5247 Lacaille 51 17 .... 7.0 I 4 52.63 62.8 2 3-'39 - 37 40 24. 6 71.3 2 20. OI 5248 B. A. C. 4166 .... 8.0 IS 4.07 69-3 2 2.215 + 84 9 4-8 46.9 2 2O. OI S249 O. Arg. S. 12116 . . 6.3 15 9.87 64.6 3 3- no - 23 27 32. 5 69.4 4 2O. 01 5250 M. Z. 224, 21 .... 8.6 15 '7- 2 3 66.9 2 3-129 - 32 47 i- 2 73-9 2 20. OI 5251 C2C2 X 1636 fist*) .... 17 Vircinis . 9.6 7. I 12 15 24.37 15 24. 96 64.9 6l.3 5 1 1 + 3.062 5.062 + 6 5 4- 6 5 2 Q 60.6 2O. OI 2O. OI DO* 12H 12 Comae / 5.0* 15 27. 83 63.3 3 j- *" 3.027 \ j *" y -\- 26 37 2<;. Q 72. 2 A 2O. OI J^DJ 5254 Weisse (2) XII, 320 . J 7-5 IS 32.29 64.8 2 3.025 i 3i j y + 27 23 56. 8 / ** 54-4 *T 2 20. OI 5255 Lacaille 5125 . . . . 7-2 IS 43-30 62.6 3 3- "3 - 24 5 44. o 69.4 4 2O. O I 5256 Lacaille 5 1 26 . . . . 7-1 12 15 52.73 63-6 3 + 3- Hi - 36 42 47. 6 67.8 2 - 2O. OI 5257 Weisse XII, 252 ... 9-2 15 57-16 62.8 2 3.060 + 7 37 17-4 67-3 2 2O. OI 5258 B. A. .4171 . . . 7.0 15 57-67 65.9 3 3-083 6 31 21.7 58-7 5 2O. OI 5259 C26O O. Arg. S. 12124 7-5 6.0 16 4.11 16 4. 26 67-3 62.6 2 3 3- "7 3- "4 - 25 41 40.4 24 3 47. i 68.4 60. 4. 2 2O. OI 2O. OI 3V 5261 B. A. .4175 . . . . 5.8 12 l6 22. II 62.8 2 + 3- "47 38 8 3. 6 wy. f. 68.3 2 20.00 5262 Lacaille 5131 .... 6.9 1.6 28.01 64.7 3 3- 126 - 29 33 29. i 66.8 2 20.00 5263 Weisse XII, 261 . . 8.8 16 36. ii 63.2 3 3.050 4- 12 41 50.2 68.1 3 20.00 5264 Lalande 23198 ... 7-7 16 45.89 64. 2 2 3-8 - 25 14 15.2 64-3 2 20.00 5265 Lacaille 5134 . . . . 7.0 1 6 49.30 65.8 2 3-149 - 38 8 15.2 68.3 3 20. oo 5266 O. Arg. S. 12134 . . 8-3 12 16 49.72 66.8 2 + 3- "5 23 28 o. 3 69-4 2 20.00 5267 4 Canum Venaticorum . 5- 16 53.26 62.2 4 2-979 + 43 '9 6.9 60. 9 7 20.00 5268 Weisse (2) XII, 348 . 6.5 17 i. 60 76.0 3 3.022 + 26 37 41. i 76.4 2 20.00 5:69 Weisse (2) XII, 356 . 8.5 17 28.02 59-3 2 3.029 + 22 56 43. 3 55-3 3 20.00 5270 Lalande 23219 . . . 8-5 17 33-65 66.4 2 3.081 4 S 2 17-9 70-3 3 20.00 5271 Radcliffe 2857 ... 8.5 12 17 45-37 76-3 2 + 2. 854 + 64 34 5- i 74-4 2 - 19.99 5272 Lacaille 5143 . . . . 7.0 17 57-29 63-5 5 3- 121 - 25 12 43.8 68.0 3 19.99 5273 1:27,1 Lacaille 5144 . . . . 5-5 5 8 17 58.98 17 (Jo. 60 72.0 69.8 3 A 3-125 3. 146 - 26 58 23. 2 34 24 36. S 70.1 68.4 3 2 19.99 IQ QO 3*/'r 5275 B. A. 0.4184 .... J- ** 6.0 * / jy 18 12.26 65-4 f 2 3-023 JT ~*T O"- J 4- 24 42 14. 2 "* *T 66.3 2 jr 1 yy 19.99 5276 Radcliffe 2860 . . . 6.0 12 18 33- 3 71.6 3 + 2. 8 45 + 64 34 42. 4 70-3 4 - 9-99 5277 Weisse XII, 291 . . . 8.0 18 38.44 65.8 2 3.080 - 4 5 5-8 60.9 3 19.99 5278 Ritmker 3966 .... 7-8 18 46. 17 60. o 3 3.062 + 4 58 32- 2 55-3 3 19.99 5279 O. Arg. S. 12161 . . . 7-7 19 18.98 64-3 2 3-J28 26 24 24. 3 68.9 2 19.98 5280 Carrington 1849 8.6 19 25.64 65.2 2 I.4I8 + 86 4 58- 5 58.8 4 19.98 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 135 Number. Name of Star. [ Magnitude. Mean Right Ascension, 1 860.0. ! rt 4> >* C rt D i/> 1 IM ft Annual Precession, 1860. Mean Declination, 1 860.0. hi rt I 1 IM O 1 Annual Precession, 1860. h. m. s. s. / // // 5281 B. A. .4193 . . . . 6.0 12 19 26. 86 68.4 2 + 1-956 + 84 12 16. 7 62.8 5 - 19.98 5282 Lalande 23269 . . . 7.6 19 28. 09 68.3 2 2.984 + 37 53 21. i 47-4 2 19.98 S283 B. A. .4192 . . . . 5.8 19 29.51 63-0 3 3- '43 - 32 3 "2.5 68.8 2 19.98 5284 Lalande 23270 . . . 7-3 19 35-76 74-3 4 3-082 4 48 57- 6 67.8 2 19.98 5285 O. Arg. S. 12165 8.1 19 47. 24 68.8 2 3-13 26 55 32. 6 68.4 2 19.98 5286 C287 WeisseXII, 311 . . . 1 6 Comse 8.8 S. $ 12 ig 48.08 io ^8. 06 67.4 66.0 2 7 + 3-042 3. OI I + 14 49 14.9 -1- 27 36 37 68.8 7O 1 2 2 - 19.98 10 nS J*/ 5288 O. Arg. S. 12170 . . . j j 7-2 7 y** :/ 20 6. 26 63.8 J 7 o* 3-3 \ */ J J- I 27 56 26. 6 /-' j 66.9 2 y y" 19.98 5289 C2QO O. Arg. S. 12173 . . . Anonymous 8-3 Q. O 20 7.71 2O 29. 12 67.4 Co 4. 2 1 3-138 3.086 29 18 34. 6 6 48 io 7 70.3 67 ,1 2 2 19.98 IQ 08 j^y^ 3291 B.A. C. 4198 . . . . y ** 6. 7 12 20 33.51 jy~ ^ 69.4 3 + 3- 106 v <|.u ly. y 15 5' 23.8 V J' *f 65-3 2 y- y w - '9-97 5292 Weisse (2) XII, 423 . 8. 4 20 33-7' 59-3 4 3.016 + 25 o 9.9 54-7 5 19.97 5293 B.A. .4200 . . . . 6. 5 * 20 40. 74 54-7 3 3.080 3 5 23-4 7'-3 2 19.97 5294 Weisse XII, 335 . . 8.0 20 47. 21 65.1 3 3.086 6 47 32. 3 56.3 2 "9-97 5295 73 Ursae Majoris .... 6.0* 20 54. 67 62.8 4 2.888 + S 6 29 17.5 58-4 3 19.97 5296 B.A. 0.4202 5.6 12 20 56. 49 63.0 3 + 3- 1 68 - 38 15 56.9 72.1 3 - '9-97 5297 Weisse XII, 344 . . 9.1 21 II.9O 63-2 3 3-043 + '3 7 18-5 66.7 2 19-97 5298 M. Z. 235,32 . . . . 8.2 21 13.72 64-3 4 3-159 - 35 9 21.9 65-3 2 19.97 5299 M. Z. 242, 27 .... 7-5 21 27.48 73-7 6 3.167 37 " 3'- 2 70-3 2 19.97 5300 Anonymous .... 8.8 21 29.97 77-3 i 3-167 - 37 14 28.8 70-3 2 19.97 53' Weisse (2) XII, 446 . 8-5 12 21 46. 60 59-3 3 + 3-'9 + 22 46 43. 6 57-3 2 - '9-97 532 M.Z.235,33 . . . . 8.6 21 50. II 68.8 2 3- 162 - 35 13 i9-o 66.3 2 19.96 S303 Weisse XII, 359 . . 8-3 21 55.65 62.0 3 3-057 + 6 44 8. 3 65-9 2 19.96 S34 Weisse XII, 360 . . 9.0* 21 57.70 71.2 3 3-055 + 7 38 25.3 67.4 2 19.96 5305 e infi M.Z. 235,34 . . . . Anonymous , 8.0 8.6 22 27.83 12 22 33. 76 64-3 68. 3 4 2 3- 6 4 4- 1 173 35 3 21.3 -27 -J-5 C -1, 1 65-3 66.2 2 2 19.96 IQ Q6 bS uu f ?O7 6 Corvi Z.o * " *" jj / 22 37. 37 VfWI J 68.9 4. 1 J- / J 3. IOQ Jl JJ JJ" J K 44. 8. ? 6<. 6 3 *y- an* IQ. Q6 JJW 5308 C 7OO Lacaille 5176 . . . . j 7-6 6.0 O/ Jt 22 40. 23 22 40. 98 63-3 61. 4 T- 3 3 o- * v y 3-I52 1, O2O J *T*T *** J - 3' '7 S- 6 -|- 21 40 18.4 WJ. J 62.3 64.6 J 2 7 7 7 19.96 IQ. 06 jj u y 53 Weisse (2) XII, 478 . 8.0 22 55-76 59-2 J 2 j* " 3.009 + 25 6 50. 9 \Xtf-. W 55-5 J 6 y y 19.96 53" B.A. 0.4214 .... 5.6 12 22 58.05 67-3 2 + 3- 129 22 55 19.2 7i-3 3 - '9-95 S3'2 7 Canum Venaticorum . 6.0* 23 24.89 59.6 4 2.896 + 52 18 30.3 53-3 4 9-95 53i3 r 7 i A Lacaille 5188 . . . . 4 Draconis 7-5 ?.o 23 44-91 21 56. 76 69.7 76. 4 3 4 3- "55 2.689 - 30 5' 39-5 -t- 60 "i8 17. <; 67.6 7-5.6 4 4 19-95 iQ.Q. 1 ; XJM S3'5 Weisse (2) XII, 500 . j 6.8 "O j / 24 3- 67 68.4 2 3.008 i ? j j/ j + 24 32 43-4 / O 57-4 2 y yj '9-95 53i6 Weisse XII, 390 . . 9-5 12 24 4. I? 61.3 2 + 3-089 6 53 24. 7 57-3 2 - 19-9-5 5317 DM. + 5, 2636 . . 8.8 24 7-23 71-3 2 3-059 + 5 26 32. 7 67.4 2 19.95 S3'8 M.Z. 224, 25 . . . . 8-3 24 IO. 12 64-3 3 3- l6 3 - 32 53 45- 2 69.8 2 19.94 53'9 Lalande 23408 . . . 7- i 24 12. 80 69.0 6 3.058 + 5 29 42. 3 67.4 2 19.94 532 O. Arg. S. 12219 6.8 24 13-95 64.0 6 3- '54 - 30 12 28. I 71.7 3 19.94 136 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. Mean year. 1 lM 6 Annual Precession, t 1860. Mean Declination, 1 860.0. jj >> i ~& 1 o o Z Annua. Precession, i860. 5321 Weisse XII, 402 . . . 7.2 h. m. s. 12 24 26. 90 63.' 5 + 3-083 / // - 4 16 48.4 do. 9 2 // - '9-94 5322 Lacaille 5189 .... 6.5 24 28.97 67.6 3 3- '93 - 40 16 50.8 70.0 3 '9-94 S323 Lacaille 5191 .... 6.2 24 39- 85 63.6 3 3- 161 - 3i 45 35-6 68.4 4 19.94 5324 Weisse XII, 409 ... 8.0 24 43. 68 59.8 2 3.056 -f- 6 29 o. 9 57-8 2 19.94 5325 Lacaille 5192 .... 7.6 24 47. 68 69.4 4 3-145 - 26 47 34. 7 70.4 3 19.94 5326 Weisse (2) XII, 526 . 8.5 12 25 8.68 59-3 2 + 3-014 + 21 41 34.7 55-3 2 - '9-93 5327 Lacaille 5 1 93 . . . . 7.0 25 10. 30 65.2 5 3. 162 31 41 26. 8 69.4 2 '9-93 5328 Weisse XII, 416 . . . 9.0 25 H-5 59-4 2 3-055 + 62831.5 57.8 2 '9-93 S329 O. Arg. S. 12232 . . . 7-5 25 26. 50 64.9 8 3- '55 29 16 17. 3 64.8 2 9-93 533 O.Arg. N.I 2726 . . 7-5 25 39- '4 69-3 3 2-758 + 64 3 1 51-5 65.3 2 '9-93 S33i Tr. Z. 227, 21 . . . . 7.8 12 25 39.27 62.3 2 + 3-i6i - 30 52 18.4 69.4 2 '9-93 5332 M.Z. 108,4 8-5 26 4. 03 67.8 2 3.166 - 31 40 48.9 72.7 3 '9-93 5333 M. Z. 224, 28 . . . . 8.4 26 17.32 66.8 2 3- '7 32 29 48. 5 70.4 2 19.92 5334 O.Arg. S. 12243 7.8 26 27. 38 70.3 3 3- I3 6 - 22 44 18. 5 72.1 3 19.92 5335 C3i6 Weisse XII, 433 . . . q Virginis 9.0* 6.0 26 28. 78 12 26 33 34. 60.3 63. o 2 18 3.062 + 1 Oo6 + 34' 4-5 g ^Q A C | 58.9 *7O T 4 3" 19.92 tf\ f\* JJ J 5337 Weisse (2) XII, 556 . 6-3 * *v jj- jt 26 35- 37 68.4 2 j" ^9 3.000 + 25 3 22.6 /U. 1 68.4 3 iy. ^ I i "o i Annual Precession, i860. [ S36l O. Arg. S. 12286 . . 7-9 h. m. s. 12 29 50.83 70.4 4 s. + 3- 154 / // - 25 14 49. 2 68.8 2 // - 19.89 5362 O. Arg. S. 12288 . . 7.8 30 6. 89 71.0 3 3- 6 4 27 38 40. 2 65-3 2 19.88 5363 Weisse XII, 494 . . . 7.8 3 7- 48 60. 9 2 3-95 7 3' 40.7 66.9 2 19.88 5364 Weisse (2) XII, 636 . 8.2 3 "-23 62.6 5 2-954 + 33 47 5>-o 69.4 2 19.88 5365 B. A. .4253 .... 5-7 30 17.30 62.7 3 3-J59 - 26 21 51.4 67.4 3 19.88 5366 Weisse XII, 497 ... 8.0 12 30 18. 68 63.2 5 + 3-029 .+ 13 45 16-5 65.0 3 19.88 5367 Weisse XII, 498 . . . 8.5 30 20. 91 76.8 2 3.081 2 48 19.88 5368 Lacaille 5226 .... 6.8 3 53. 20 63.0 3 3. 212 - 38 i 35-5 69.9 2 19.87 5369 Weisse XII, 5 10 . . . 7.6 3' 4-07 67-3 4 3.063 + 2 45 2.5 67-3 2 19.87 537 B. A. C. 4254 .... Var. 31 14.05 62.8 5 3.064 + 2 37 33.4 57.8 3 19.87 5371 Weisse XII, 515 . . 8-5 12 31 23.06 59-3 2 + 3- 6 9 + o 59 17.0 64-3 2 - "9-87 5372 5373 Weisse XII,5i6 (ist*) Weisse XII, 516 (2d*) 8.0 8.8 3 I 28.83 3> 2 9-38 68.3 68.3 2 2 3-087 3-087 >- 4 33 "-7 ) 58.2 2 19.87 5374 B. A. .4255 .... 5-7 3i 3'- 54 72.8 5 3.084 3 36 10.7 70.9 2 19.87 5375 Weisse XII, 519 . . 7-8 3i 32.23 61.6 6 3.024 -f '4 34 38.4 61.3 6 19.87 5376 B. A. 0.4256 . . . . 6.7 12 31 36.91 63.4 3 + 3- "77 - 29 39 6. 8 68.2 2 19.86 5377 DM. + 13, 2563 . . 9-4 3i 45- 6 5 67-3 2 3.027 + 13 37 46.9 69.8 2 19.86 5378 Lalande 23629 . . . 9.0 3i 48.55 62.7 3 3.024 + 14 34 26. i 61.0 3 19.86 5379 Weisse XII, 525 . . . 9.0 3' 57-67 59-4 2 3.024 + 14 38 17-7 57.8 2 tg. 86 538o Weisse XII, 526 ... 9-3 31 57-83 62.3 4 3.024 + 14 33 30. 5 69.9 2 19.86 538i c 7X2 Lacaille 5230 .... y Virginis . . 7.6 4 8 12 31 58. II T.Z i. Vi 62.7 6"?. o 3 20 + 3-174 "}. OQ6 - 28 46 0.3 7 13 29. 3 64-9 54-4 2 2 - 19.86 19.86 J0* 5383 B. A. C. 4262 .... *+ ** 5-5 o*. * OJ 32 18.37 "o* v 72.8 4 O 7 3-225 -'39 I2 59-5 70.0 3 19.86 5384 Lacaille 5232 .... 7.6 32 21. 76 62.6 4 3- '76 - 28 53 7-0 69-4 2 19.86 5385 Lalande 23653 . . . 6.8 3 2 27.88 68.4 2 2.931 + 36 43 '9-4 47-3 2 19.86 5386 Lacaille 5234 .... 7.2 12 S 2 43-35 64.9 5 + 3-216 37 5 13-3 66.3 2 - 19-85 5387 O. Arg. S. 12332 . . . 8.2 33 '8.70 64-3 2 3-i67 - 26 3 37.9 70.8 2 19.84 5388 Lalande 23666 . . . 6.0 33 19-34 73-9 6 2-937 + 34 56 7-9 63.6 5 19.84 5389 Lacaille 5239 .... 8-5 33 25- 86 67.5 6 3-i7i - 26 56 36. 2 70.9 4 19.84 539 Weisse XII, 549 . . . 7-5 33 26.76 59-8 2 3-097 7 40 23. 6 66.7 3 19.84 5391 Lacaille 5238 .... 6.7 12 33 3'-4 66.3 2 + 3-256 - 43 "9 57-1 70.9 2 - 19.84 5392 O. Arg. S. 12338 . . 6.8 33 47- 85 71.1 4 3-173 27 8 20. o 71-3 3 19.84 5393 O. Arg. S. 12342 . . . 7-3 34 3-52 66.5 6 3- 161 - 24 13 30. i 69.4 2 19.83 5394 Weisse XII, 564 . . . 9.0 44 23.53 65.3 2 3.062 + 2 45 58.0 56.9 2 19-83 c ?nt yi Virginis l 8* 1A -1-1 80 64. Q 18 j. 074 - o 40 50. 4 70. 4 4 '9-83 jjyj C 106 y z Virginis j 3. 1* OT JJ- **30 12 14. H. 06 T y 61. 4 6 o / ^ + 3. 074 o 40 53. 4 64. 2 2 - 19-83 j jy w c 307 28 Virginis J J 6.0* J*t JO 7 34 41.41 60. $ 6 3- 096 6 43 48. i 70.4 4 19.83 JJ7I 5398 Lacaille 5252 .... 7-4 O^ ^J T 34 58-42 V, J 67.7 3 3.226 - 37 8 3. 7 67-3 2 19.82 S399 Weisse XII, 580 . . . 8.5 35 0-58 39-3 2 3.018 + H 55 39-5 55-3 2 19.82 5400 Weisse XII, 579 ... 8.2 35 2.13 68,3 2 3.089 45 7-5 58.3 2 19.82 138 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. 4 ij t V >-. c rt , 9 s, o "o 6 fc Annual Precession, 1860. h. m. s. s. o / // 5441 B. A. C. 4298 .... 6-5 12 40 52.73 65.6 2 + 1.506 + 81 23 17.5 67.4 2 19-74 5442 O. Arg. N. 12996 . . 9-2 40 54- 73 65.4 4 1.948 + 78 4 18.4 70.4 3 19.74 5443 B. A. C. 4297 .... 28 Comns 5-9 5-8 40 58. 86 41 13.56 68.4 64.8 5 14 3- 192 3- oil - 26 49 50. 3 + 14 19 7-8 70.9 61.4 2 5 '9-74 "9-73 5445 O. Arg. S. 12444 . . 9.0 4' 37- i? 66.8 2 3-185 - 25 5 46- 3 73-4 2 19-73 5446 Riimker4i37 .... 6.9 12 41 44. 66 68.8 2 + 3- 108 8 27 16. 7 55-4 2 - 19.72 5447 Lalande 23896 . . . 7-o 41 47.07 68.4 2 2.889 + 37 6 25.8 65-3 3 19.72 5448 Weisse XII, 706 ... 8.8 6.0 41 48. 86 41 49. 92 59-2 76.4 2 3 3. 008 2.484 + H 48 3- i + 67 33 18. o 56.7 73-7 3 2 19.72 19.72 6.4 4! 53. 22 57-7 12 3.007 + 14 53 15.0 60.0 8 19.72 5451 DM. + 180,2665 . . 8.6 12 41 53-74 69-3 2 -f 2.991 + 18 29 55.0 65-3 2 - 19-72 5452 Lacaille 5291 .... 7-5 41 56. 86 65.8 2 3-236 - 34 i 38-4 69.7 3 19.72 5453 II Canum Venaticorum . 6.0* 42 14. 64 73-2 6 3.788 + 49 '3 49-9 67.4 2 19.72 5454 Lalande 23919 . . . 7.8 42 32,78 68.9 2 2. 892 + 36 5 9-4 62.3 3 19.71 5455 Weisse (2) XII, 867 . 8.0 42 41. 14 76.3 2 2. 946 4- 26 59 13.4 72.4 2 19.71 5456 O. Arg. S. 12459 7-8 12 42 41. 26 64-3 3 + 3- 1 88 - 25 4 j6. 2 69-3 2 - 19-71 5457 Weisse XII, 722 . . 9.2 42 45-64 64.8 2 3- 126 - 12 17 48. 2 69-4 2 19.71 5458 Lacaille 5295 .... 7-2 42 52.25 68.3 3 3-215 - 29 48 52. 3 64.8 2 19.71 5459 M. Z. 242, 40 .... 8. i 42 57.00 64.8 2 3.261 37 10 22.0 68.4 2 19.70 5460 Weisse XII, 728 ... 7-5 43 9- 81 64.9 3 3. 126 - 12 16 16.3 68.7 3 19.70 5461 Weisse (2) XII, 877 . 8.0 12 43 '7-39 60. 3 4 + 2.988 + 18 24 59. 5 54-6 6 - '9-7 5462 B. A. .431 1 . . . . 5-8 43 3'-oi 68.8 2 2.873 + 38 16 45.7 46.6 6 19.70 5463 Weisse XII, 736 . . . 8.9 43 33- 37 62.1 5 3.072 + O 36. 2 63-9 2 19.69 5464 Lalande 23951 . . . 8.0 44 8. 39 71.8 4 3-i3o - 12 42 56. I 65.8 2 19.68 5465 M.Z. 251,88 . . . . 8.8 44 9- 5 2 64.8 2 3.192 - 25 4 8.9 70.8 3 19.68 5466 Lacaille 5301 .... 6.8 12 44 1 1 . 62 66.7 2 -h 3-222 - 30 19 15-9 70.4 3 - 19.68 5467 B/A.C.43I3 . . . . 6-3 44 15- '2 63. o 3 3-279 - 38 55 3- 5 67-3 2 19.68 5468 Lacaille 5302 .... 6-5 44 17.20 66.7 2 3-223 - 30 26 21. 2 70.9 3 19.68 5469 Lacaille 5304 .... 6-5 44 29.39 62.7 3 3.198 - 25 58 36. 7 63-4 2 19.68 5470 Weisse XII, 757 ... 7-7 44 4I-5 1 64-3 6 3.068 + o 50 54. 7 63.0 8 19.68 5471 Mer. C. Z. 173, 76 . . 9.0 12 45 4.49 68.9 2 + 3- 280 - 38 32 5*4 7'-7 3 - 19.67 5472 Weisse XII, 764 ... 9.0 45 17-64 65-5 6 3.067 + o 59 31.2 61.7 3 19.67 5473 Lacaille 5311 .... 7-5 45 30-43 68.4 I 3-282 - 38 37 42. 5 69-3 3 19.66 5474 O. Arg. S. 12495 38 Virginis .... 7-5 6.0* 45 44- 23 46 i . 03 62. 9 64 8 6 6 3.220 1.086 - 29 15 12.4 2 47 28. 8 64.8 66.8 4 4 19.66 19.65 5476 Weisse XII, 786 ... 8.4 12 46 26. 15 Vtf . U 70.8 3 O + 3-o68 + o 52 19.9 62.6 4 - 19-65 5477 Mer. C. Z. 173, 78 . . 46 41.07 69-3 i 3-289 -3843 i-o 7i-3 I 19.64 5478 Tr. Z. 234,9 . . . . 7-o 8-5 46 44. 25 46 44. 65 72.8 72.8 4 2 3.211 3- 211 |- 27 n 51.5 65-3 2 19.64 548o Mer. C.Z.I 73, 79 . . J 8-5 46 59- 72 69-3 2 3.290 - 38 44 46. o 69.4 3 19-63 140 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. n V >s rt V ~, ui 1 "o 6 % Annual Precession, 1860. Mean Declination, 1 860.0. rt g o 6 z, Annual Precession, 1860. 1:481 ib Virginis . 4.8 h. m. s. 12 47 4. ^ 62. o 12 s. 4- 1 I 14. / // 8 46 40. 8 f)A I ? // IQ 6l Jt" 5482 B.A.C. 4331 . . . . 6.0 ^1 t' jj 47 11-24 72.8 5 1 j' * t 3-330 ~ 43 23 2. 3 Wt|.. X 68.4 j 2 V- w j 19.63 5483 5484 Lacaille 5320 .... Weisse XII, 803 ... 6.8 8.6 47 19-43 47 33-98 65.8 62.8 2 4 3-3I5 3- "9 - 41 3 1 48-9 - 9 40 26. 4 7>-3 60.8 2 2 I 9 . 63 I9-63 S48S O. Arg. S. 12520 . . . 6.6 47 58. 18 64-5 7 3-228 - 29 18 35-9 64.8 4 19.63 5486 32 Camelopardi (1st*) . 5.8 12 48 O. 51 62.3 4 + o. 344 -|- 84 10 44. 8 71-5 II - ig. 62 5487 32 Camelopardi (2d*) 5-4 48 8. 40 62.3 6 0.340 + 84 10 26. 7 69. i '5 19. 62 5488 O. Arg. S. 12523 . . . 8-3 48 II. 91 69. I 4 3-212 - 26 39 33-o 67.9 2 19. 61 5489 Weisse XII, 81 8 . . . 6.8 48 28. 76 64.9 5 3.068 + o 48 53. 4 57-2 5 19. 61 5490 Weisse XII, 819 ... 8.8 48 29. 30 62.6 4 3-077 o 57 33. 5 59-8 2 19. 61 549' 54Q2 Weisse XII, 820 ... rj Virginis 7.0 1. 1 12 48 29.40 48 12. Q1 68.6 69.6 3 c + 3- 086 i. OS2 2 47 29. 9 + A Q -? 1 Q 6 3-9 67. i 2 2 - 19.61 IQ. 6l j^y 5493 O. Arg. S. 12529 . . . j j 8.1 r** o ~- yj 49 2. 58 *y v 64-3 j 2 j, rj 3-214 H- y j* y 26 36 37. I v t j 69.0 3 i y, u 19. 60 5494 Weisse XII, 834 ... 7-5 49 5- 2 9 65-3 3 3- '44 - 14 ii 19. 8 67.8 2 19. 60 5495 O. Arg S. 12533 7-2 49 J3-5 66. 7 3 3-215 - 26 37 24.8 69.4 2 19.59 5496 Weisse XII, 835 ... 8.0 12 49 15.74 67.0 3 + 3-073 o ii 33-3 68.9 2 - 19-59 5497 B.A.C. 4345 .... 6.7* 49 27.08 65.6 9 2. 840 + 39 4 16-7 55-0 16 19-59 5498 a Canum Venaticorum . 3.0* 49 28. 55 53-o 84 2. 840 + 39 4 30- 3 54-9 33 "9-59 5499 O. Arg. S. 12538 . . . 8.0 49 43-07 67-3 2 3-I85 - 21 24 45. I 70.7 3 19.59 5500 SWI M.Z. 224,43 .... 8 Draconis 7.6 6.0* 49 50.49 12 4Q <; 1 22 68.0 67. o 4 3-255 + 2 4.17 - 32 23 48. 2 _|_ 66 1 1 54. 8 65-4 62 i 2 1 19.58 IQ. 58 3 J 552 Lacaille 5340 .... 7.0 *ty jj- 49 59-72 63.8 2 ' T 1 * / 3-250 31 32 28.8 o 70.3 j 2 y j 19.58 5503 SW4 Lacaille 5342 .... Anonymous . 7.0 50 16. 50 18. 29 6? A. 2 3-301 ?, -1QA - 38 9 32-5 ^8 ii 71.3 3 19.58 IQ. ?8 J j ^ 555 Weisse XII, 857 ... 8.2 5 35-44 1 ' T" 69. I 5 J' 3 ^ 3- "43 j" j* 13 35 '4-9 65-3 2 y j v 19-57 5506 Weisse XII, 859 ... 6.5 12 50 43.27 68.9 2 + 3- H6 - H 13 37- 6 69.0 3 - 19-57 557 Lacaille 5346 .... 7-5 5i 7-38 64.7 3 3-306 - 38 20 53.0 68.7 2 19.56 5508 Tr. Z. 228, 33 .... 8-5 5 1 10. 06 67.4 2 3-3I5 - 39 20 7.8 73-4 2 19.56 559 Weisse (2) XII, 1019 . 8.2 51 14. 16 68.4 2 2.844 + 37 29 1 1. 8 46-3 2 19.56 5SIO Lacaille 5347 .... 7.0 51 16. 17 66. 3 2 3-348 42 56 51.0 71-3 4 19.56 55" Lacaille 5348 .' . . . 7-5 12 51 21.74 63. I 3 + 3- 238 - 29 14 28. 7 63.0 J - 19-55 5512 Weisse XII, 878 ... 8.2 51 48.51 62.8 5 3-079 i '9 23.3 58.4 2 "9-55 55'3 Weisse XII, 880 . . . 7-5 51 50.94 73-2 5 3- 1 20 - 9 5 '-5 71-3 2 '9-54 55H O. Arg. S. 12564 . . . 8.0 51 58. 18 67-3 2 3- '90 21 22 13.4 73-7 3 '9-54 55'5 ??i6 Tr. Z. 224, 12 .... k Virginis 7-8 6. o* 52 19.93 12 52 26. 88 68.3 68. 3 2 3-287 -f 3. 088 - 35 25 29.4 11 20. i 65-3 71. 7 2 6 19-53 IQ. ?1 J 3 55'7 O. Arg. S. 12573 . . . 7-i S 2 43-17 64-3 3 3. 202 j j *^" j - 23 9 26.5 / j i 69-3 2 y jj "9-53 55'8 Lalande 24193 . . . 8.2 52 43-65 59-4 2 3.069 + o 31 34.0 56.3 3 '9-53 5519 552O O. Arg. N. 13191 . . 46 Virginis 8-3 6. ? 52 58. 20 e-? 21. 52 76.5 7O 6 4 4. 2.249 -1.086 + 69 27 46. 7 2 36 52. 7 73-9 67. 9 4 2 19.51 19. 51 J J J jj j j / 1 j U. S. NAVAL OBSERVATORY, 1845 TO 1877. 141 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. ! OJ >^ I e.o h. m. s. 12 53 34- 24 59.8 2 s. + 2.882 / // + 31 32 26.4 57. 7 5 // 19. 51 5521 5522 Weisse(2) XII, 1066 . j v 7-o 53 44- 24 62.9 2 2.874 f 32 32 7-5 67.4 2 19.51 5523 Groombridge 1947 8.0* 53 45- 78 73-5 5 2.239 + 69 31 55-4 72-7 3 19.51 5524 Lacaille 5363 . . . . 7-o 53 59-62 68.3 2 3-3 2 4 - 38 5' 45-5 67.8 2 19-5 5525 Weisse XII, 918 . . . 8-3 54 4. 66 63.0 4 3.129 - 10 24 3.3 56-4 2 19.50 5526 Lacaille 5364 .... 8-5 12 54 4.92 62.4 2 + 3-2" - 23 54 38- 3 64.9 2 - I9-50 5527 O. Arg. S. 12588 . . . 7-5 54 10.50 64.6 4 3-253 - 30 4 38- 3 67.9 2 19.50 5528 B. A. C.4363 - 7.0* 54 22. 76 62.4 3 3. 060 + 2 16 31.5 65-3 2 19.49 5529 r r }(-> Weisse XII, 929 . . . 8.2 5- 2 54 25.65 54 36. 93 60.6 62.0 3 3 2.994 2.316 + 13 55 22.5 4- 67 21 II. O 55-9 69. 7 6 5 19.49 19.49 55 J 5531 78 Ursae Majoris .... 5.0* 12 54 42. 80 63-4 3 + 2. 583 + 57 7 "6-7 58. 4 4 - 19-49 5532 Weisse XII, 933 . . . 9.0 54 43- 22 61.3 2 2.994 + 13 55 43- i 55-9 2 19.49 5533 Lacaille 5367 . . . 6-9 54 47- 79 70.8 5 3-237 - 27 31 56.2 68.7 3 19.48 5534 r r 7 r Lacaille 5368 .... 6-5 5.0 54 49- 38 55 I2 -45 62.8 60. 9 2 4 3- 2 44 3. 006 - 28 30 40. 6 + ii 42 44. s 69-3 56.8 2 5 19.48 19. 48 5535 5536 Lacaille 5371 . . . . 7-8 12 55 19.68 66.9 3 + 3- 284 - 33 32 '7-3 69.4 2 - 19.47 5537 Lacaille 5374 .... 7-7 55 46.3 6 63-4 2 3.250 - 28 54 38-3 70.7 3 19.46 5538 Lalande 24271 . . . 7-5 55 48. 80 68.3 2 2.819 + 38 6 4 . 7 65-4 3 19.46 5539 B. A. .4369 . . . . 7- 56 3-24 66.9 3 3-286 - 33 29 49- 69.4 2 19.46 5540 O. Arg. S. 12615 . . . 7-8 56 19-13 64-3 2 3-224 - 25 2 57.3 65.4 2 19-45 5541 C C/t "> Lacaille 5379 .... 7-6 8-4 12 56 24. 19 56 37. 08 69.4 64. 9 4 5 + 3-215 3- i? 1 23 45 55-6 - 16 51 58. 3 70.4 73-9 3 4 - 19-45 19.45 . 554-^ C C A 1 6.0* 56 41.72 69. 1 4 3.089 - 2 54 32. 7 54-4 2 19.44 5543 5544 M.Z. 242,45 . . . . 9-5 56 45-81 64.9 2 3-3I9 - 37 2 24.6 69.9 2 19.44 5545 Lacaille 5382 .... 6.0 56 47. 66 7'. 3 4 3-244 - 27 39 5.9 64.7 3 19.44 5546 C C A 7 O. Arg. S. 12620 . . . Anonymous . 8-5 O. 3 12 56 47.83 56 48. 24. 64.9 67.3 2 2 + 3-232 3- '59 25 55 54- 9 14 ^4 69.4 2 - 19-44 19.44 5547 5548 O. Arg. S. 12626 . . . y j 9- J V ^ 57 35-i8 / J 67.3 2 3- l6 **T JT - 14 44 39-9 75-4 I 19-43 5549 Lacaille 5387 .... 7-5 57 35-39 66.4 2 3-248 - 27 45 53-4 67-3 2 19-43 555 O. Arg. S. 12629 . 8.4 57 36-84 64.8 4 3- '73 - 16 55 21.6 65.9 2 19-43 5551 O. Arg. S. 12630 . . . 9-4 12 57 53-37 6S-4 2 + 3- 160 - '4 5i . . . - 19-42 5552 M.Z. 238, 17 . . . . 7-3 58 2. 29 64-3 3 3-3i - 34 21 37.9 71-5 5 I9-42 5553 B. A. C.4378 . . . . 5-2 58 40. 12 69.8 4 3-364 40 50 14. i 70.4 3 19.40 '5554 Radcliffe 2959 . . . 8.4* 58 50. 76 61.8 2 0.003 + 83 41 17.8 60.0 5 19.40 5555 B. A. 0.4382 . . . . 6.5* 59 4- 04 60. 3 3 3-I58 - 14 9 58. 3 54-4 3 '9-39 5556 B. A. 0.4383 5-5 >2 59 7-33 68.3 2 + 3-312 - 35 6 3'-3 66.8 2 19-39 5557 14 Canum Venaticorum . 5.0* 59 11-32 71.0 3 2.819 + 3 6 32 57-o 46.6 3 19-39 5558 CCCO Lacaille 5405 .... 7-5 5-5 59 58.77 13 o 27.46 63.7 46.8 7 4 3.269 2.884 29 41 6. 2 4- 28 22 35. I 64.8 68.4 2 2 19-37 19.36 jjjy 5560 Weisse XII, 1036 . . 9.0 o 30. 32 66.6 3 2.991 + '34 3'- ' 67.4 2 19.36 142 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. a ju >* i % 1 tM O 6 Annual Precession, 1860. Mean Declination, 1 860.0. h rt QJ X u % 1 'o o 2 Annual Precession, 1860. h. m. s. s. / // // 556i CC62 O. Arg. S. 12662 . . . 49 Virginis 7-7 c. c 13 33-55 O ?*. Q4 68.9 60.6 2 2 + 3-253 3- 134 - 27 27 20. 7 9 59 26. 9 65.3 70. I 2 3 - '9-36 19. 36 JJ^-" 5563 Lacaille 5407 .... J J 6.0 JO 3^T o 35.18 68.8 2 3-321 - 35 28 33. 3 65-3 2 I9-36 5564 Weisse XII, 1038 . . 9.0 35-91 64. o 3 2.991 + '3 i 24-8 65.3 2 19.36 5565 DM. + 12, 2557 . .. 9.0 o 42- '3 68.9 2 2.992 + 12 50 1.7 57-3 2 19.36 5566 Weisse XII, 1047 . . 8.8 13 ' 6.25 69-3 2 + 2.991 -f 12 56 36. 8 55-4 2 - 19-35 5567 O. Arg. S. 12671 . . . 7.6 i 8.05 65-4 3 3. 222 - 23 4 23.5 70.4 3 19-35 5568 ^60 Weisse XII, 1054 . . ^ Hydras 8.8 4-5* i 18.48 i 3 1 . 07 68.9 57-4 2 2 2.992 3.218 + 12 49 0.3 22 22 7. I 57-3 71. 9 2 4 19-34 19. 34 jj^y 5570 CC7I Weisse XII, 1063 . . 7.0* 6.0* i 45. 28 n 2 2"j. 8<; 71.4 64. 3 2 2 3-035 + 3- 133 + 5 58 47-4 9 34 51. 4 7i-3 70. 5 2 6 '9-33 19.32 j j 1 * 5572 CC77 Weisse XIII, 16 . . . 6 Virginis ... . 9.0 4. 5* * j * * j' j 2 42. II 2 42. 24 66.2 64.8 5 1 2O 3- 102 3- 102 - 4 47 4 47 26. 4 63.3 15 '9-3 1 19. 31 jj i j S574 O. Arg. S. 12687 ^ J 8.0 2 47-93 76.3 I 3. 226 ~ 23 6 51.3 J J 72.0 3 "9-3i 5575 Lalande 24463 . . . 9.0 3 6.74 67.0 3 2.988 + 13 4 3-2 54-5 5 19-3 5576 B. A. .4407 .... 5-5 13 3 10. 96 71.0 3 + 2.786 + 38 10 12.7 47- 3 - I9-30 5577 B. A. C. 4405 .... 5-3 3 ii- 18 66.3 2 3-394 - 41 29 7.8 71-9 4 19.30 5578 ^?7Q Lacaille 5426 .... Anonymous 5-5 8.0 3 42- 63 3 ?2. 18 65-3 69. 3 2 2 3-323 3- 346 - 34 23 4.0 - 36 39 6. o 70.3 68.3 2 3 19.29 19. 28 JJI 7 5580 Weisse XIII, 33 ... 8.0 O J 3 57- ii 68.8 2 3-H5 ii 10 50. i 63-4 2 19.28 S5 8l Lacaille 5428 .... 6-3 13 4 2.85 66.3 2 + 3-250 - 25 48 22. I 67.4 2 - 19. 28 5582 ccg^ Weisse XIII, 44 . . . 53 Virginis . 4 8.8 ? o 4 18. 36 4 ^6 7Q 69.0 64. o 3 C 2-987 3. 17? + 12 57 32.8 15 26 34. 5 56.4 67. q 2 2 19-27. 19. 26 JJ 5584 Weisse XIII, 50 ... j 9.0 f- j w - / y 4 39- 34 wtf . u 61.4 J I j / j 2.986 + '3 5 io- o / y 68.1 3 19. 26 5585 ^86 Lacaille 5440 .... /3 Comae 7-7 4. q* 5 18. 14 ii $ 20. 1 8 62.4 60. 4 2 2 3-275 + 2. 867 - 28 21 20. 3 -4- 28 35 23. o 69-3 64.8 2 IO 19.25 - 19- 25 J J 5587 B.A.C4423 T^ J 6.0 O J 5 34- 86 65.4 2 2.990 -f- 12 18 7.0 58.0 6 19.24 5588 M. Z. 243, 119 ... 8.0 5 52.97 67-3 2 3-339 - 35 12 6.5 69.4 2 19-23 55.89 Weisse XIII, 81 . . . 7.8 6 8. 14 67-3 2 3.090 2 45 1.6 65-3 2 '9- 2 3 5590 Weisse XIII, 87 ... 8-5 6 30.88 65.9 2 3-145 - io 48 36.0 63-3 3 19. 22 5591 B. A. .4431 . . . . 6-5 13 6 49. 61 66.0 3 + 3-057 + 2 12 3.9 68.9 2 - ig. 21 5592 Laciille 5454 .... 6.7 6 52. 89 65.9 2 3.240 - 23 32 30.9 65-9 2 19. 21 5593 Lalande 24579 6.0 7 8.63 68.4 2 2-774 + 37 37 5'- 8 56.7 3 19. 2O 5594 Lacaille 5457 .... 6-5 7 17-99 68.8 2 3-349 - 35 37 43- i 68.7 3 19. 2O 5595 O. Arg. S. 12733 8.0 7 21.50 67.4 2 3.291 - 29 26 18. i 70.0 3 19. ao 559 B.A. C.4433 . . . . 5-o* 13 7 21.66 65-4 2 + 2- 736 + 40 53 42- 8 57-4 4 - I9.2O 5597 Weisse XIII, 104 . . 6-5 7 32-14 61.4 2 2.989 + 12 4 34-6 60.7 3 19.19 5598 S 1510 (ist*) .... 7-5 7 36- 26 63-4 2 3-145 - io 36 54.8 69.0 38 19. ig 5599 2 1510 (2d*) .... 8-3 7 39- 56 63-4 2 3-'4S - io 36 19. 9 69.0 3 19.19 5600 Lalande 24598 . . . 9.2 8 20. 03 65.4 2 3- i 6 - 4 53 29- 5 67.4 2 19.17 U. S. NAVAL OBSERVATORY, 1845 TO 1877. '43 Number. Name of Star. Magnitude. Mean Right Ascension, 1860,0. rt O > t e rt -> 1 S o o Annual Precession, 1860. Mean Declination, 1 860.0. 1) >, c rt u s 1 o 6 fc Annual Precession, 1860. h. m. s. s. / // // 5641 Lalancle 24841 . . . 7.0 13 17 8.56 76.4 3 + 2-699 + 40 9 39- 2 68.4 2 - 18.94 5642 Weisse XIII, 268 . . 8.2 '7 " 17 62. 9 2 3.069 + o 24 59. I 59-4 5 18-93 5643 5644 B.A.C.4479 .... a Virginis 6.5 I T. 17 32.89 I 7 4.Q. T.2 64.8 IT. I 2 326 2.728 J I CA + 37 45 56. 3 - IO 2S 4C. 8 57-4 $1. 7 4 60 18.92 18. 91 y*Tt 5645 C Ursie Majoris .... o 4.0 i Vf J 18 17. 18 j / 68.3 J w< * 2 O J^ 2.417 J *TJ - u + 55 39 26. 5 j J / 6 7 ,I 3 18.90 5646 li.A. .4486 .... 6-5 13 18 18. 10 68.3 2 + 2.417 + 55 39 i4-o 68.4 2 18.90 5647 Weisse XIII, 294 . . 7-3 1 8 54.68 61.9 4 3-095 2 55 53-2 58.6 4 18.88 5648 C64Q Tr. Z. 224, 28 .... i Virginis 8.5 c 8 '9 4-54 IQ IQ 6^ 64.6 71.4 4 2 3-3 8 7 3- 168 - 34 53 23-9 ii 58 19. 8 68.9 72.6 3 i; 18.87 18.87 j"ty 565 Weisse XIII, 303 . . j 9.6 *if y j 19 26.33 / *t 65-3 2 3-053 ju jy + 2 27 50.2 / 67.4 2 18.86 5651 Weisse XIII, 304 . . 8.2 13 19 29. II 64.7 3 + 3-n6 5 34 21.5 68.9 2 - 18.86 5652 g Urste Majoris . . . 5-2 19 37.00 68.3 2 2.404 + 55 43 5-4 68.4 3 18.86 5653 Weisse XIII, 312 . . 8.6 19 52. 26 63.8 2 3.056 + i 57 37-8 68.9 2 18.85 5654 ?6?s Tr. Z. 224, 29 .... 69 Yirginis 7.8 C C 19 59.00 IQ 10 4O 67.6 64. -I 3 2 3-391 7 TO? - 34 6 6 29. 9 I C 14. 47. 4 65.4 60. 4 2 2 18.85 18.81; j j j 5656 Lacaille 5553 .... J' J 6.0 4 V j y *t" 13 20 18.86 Vm t' J 65.8 2 j' *y/ + 3-293 3 ^ fl't - 25 40 28.4 "y -t 70.4 3 ' "J - 18.84 5657 Weisse XIII, 318 . . 9.0 20 19. 28 67.7 3 + 3-069 + 21 5. I 63-9 2 18.84 5658 B. A. C. 4498 .... 6.0* 20 24.45 62. o 3 - 2.749 + 85 2 9 13.0 70. I 4 18.83 5659 M. Z. 224, 67 .... 8.9 2O 41. 15 6 S .I 3 + 3-369 - 32 45 13- 1 73-4 2 18.82 5660 Lacaille 5559 .... 7-3 20 48. 14 62.4 2 3-304 26 40 22. O 69.4 2 18.82 5661 Weisse XIII, 324 . . 9.0 13 2O 52.90 6 7 .I 3 + 3-069 + 24-39-0 62.4 2 - 18.82 5662 5663 B. A. C. 4496 .... Weisse XIII, 331 . . 6.8 7-5 21 5.91 21 9.71 63-4 65.9 3 2 3-073 2.998 - o 5 52.8 + 954-1 69-3 5 6 -4 3 4 18.81 18.81 5664 M. Z. 238, 30 .... 7.0 21 24.99 64. 2 2 3-396 - 34 .50 3 2 - 9 66.3 2 1 8. 80 5665 Weisse XIII, 334 . . 8.6 21 26.73 68.4 2 3.011 + 7 25 46. 7 56.3 3 1 8. 80 5666 Lacaille 5563 .... 7-6 13 21 45-99 62.4 2 + 3-306 - 26 39 46. i 69.4 2 18.79 5667 Weisse (2) XIII, 419 . 8.7 21 52.49 62.O 3 2.824 + 27 56 25.2 68.9 2 18.79 5668 7 1 Virginis 6.0 22 1 6. 88 64-3 3 2.976 + " 32 43-8 66.8 2 18.78 5669 Weisse XIII, 354 . . 9.0 22 25. 63 65-3 5 3-052 + 2 26 5.3 66.3 2 18.77 5670 B.A. 0.4506 . . . . 6.0* 22 33-97 76-3 2 1.520 + 73 7 9-2 73-2 2 18.77 1 5671 Weisse (2) XIII, 437 . 8.2 13 22 46.48 68.8 2 + 2.716 + 37 2 12.0 65.0 3 18.76 5672 O. Arg. S. 12908 . . . 7-5 22 49. 60 66.8 2 3.272 22 55 25.3 69.4 2 18.76 5673 O. Arg. N. 13647 . . 9.0 22 50.71 69.4 I 2. 184 + 61 57 2. i 62.3 I 18.76 S 6 74 B. A. .4507 . . . . 5-o 22 56. 26 65.4 3 3-451 - 38 41 o. 8 70.4 2 18.76 5675 Weisse XIII, 365 . . 6-5 22 58.91 63-2 5 3.006 + 7 54 'I- 6 58.6 5 18.76 5676 Weisse XIII, 370 . . 8.0 13 23 21.88 70.6 3 + 3-4 + 88 21.9 56.9 2 - i8.74 5677 Lalande 24977 7-5 23 24.09 68.9 2 3-293 - 24 55 57- i 66.4 2 i8.74 59 55-7 67.9 2 18.73 5683 Lament 4068 .... 7-5 23 58.03 08.6 4 3.085 i 32 20. 6 69.4 4 18. 72 5684 Weisse XIII, 392 . . 9.0 24 24. 26 63.3 3 2.998 + 8 46 42. i 57-4 i 18.71 5685 5686 Lalande 25012 . . . fl Virjjims 7.0 e o 24 34- 27 II 24. 41. 1$ 76.4 66.6 3 7 3.086 -1- 7. I IQ i 36 1 6. 6 c 1.1 S4. 7 68.9 61. o 4 2 18. 71 18.70 5687 B. VI. +62, 1301 . . j- ** 8.6 * J *-*T *T ' O J 24 45- >7 76.4 J 2 r J 7 2. 164 j j j^ f i + 61 58 34.4 74-4 J 2 **/** 18.70 5688 Lacaille 5580 .... 6.0 24 48. 64 63-4 2 3-329 - 27 58 13.4 69.8 2 18.70 5689 Lacaille 5582 .... 7-6 25 9.21 62.9 2 3-307 - 25 51 56.5 68.3 2 18.69 5690 B. A. .4519 .... 6.0* 25 1 1. 06 60. 9 2 2. 622 + 42 49 37-7 53-7 6 18.69 5691 C6O2 Weisse XIII, 413 . . 7c Yiruinis 7-6 c o 13 25 16.04 2C 2?. 14. 63-7 64.8 3 2 + 3- OIZ -1 IQQ + 7 4 19-4 14. ^8 3O 6 55-4 68.7 2 2 18.68 1 8. 68 jv/yi. e6Q7 /i \ ircinis j" w C A *"j *J' *^ 2C T.C. 88 Cn o 7 j yy 1 1^7 "T O u O Q 26 72. 2 **" / 68. i O 7 18.67 J^yj 5694 Lalande 25043 . . . J 1 T- 8.0 J JJ 25 44-68 jy v 65.4 i 2 J- J j 3.087 y ** J*" I 42 8.7 75-4 o 2 18.67 5695 B. A. C. 4527 .... 5-4 25 47-77 66.4 2 0.468 + 79 22 3. i 70.8 4 18.67 5696 Weisse XIII, 426 . . 6.0 13 26 5.76 69-3 2 + 3- 3' 6 54 7.7 66.9 2 18.66 5697 M. Z. 242, 62 .... 8.0 26 59. 63 67-3 2 3-443 - 3 6 50 1 1. 5 68.8 2 18.63 5698 O. Arg. S. 12959 8.9 27 2.07 71-4 2 3-320 - 26 34 17.6 70.0 5 18.63 5 6 99 ?7OO M. Z. 224,33 Virginis 9.2 7.4* 27 12.47 27 71. 64 69.4 64. I I OI 3-4I9 -3. O7 I - 34 55 49- i -(- o 7 16. o 65-4 67.8 3 1 1 18.62 18. 61 j / ^^ 5701 Weisse XIII, 458 . . J * *T 8-5 / JJ* *"T U 27 41-34 65-3 y* 2 O / + 3-023 / + 5 37 52-4 " J' u 60.8 4 - 18.61 572 M. Z. 19,9 7.6 27 So- 37 6 5 .2 5 3-380 - 3 1 39 '8-7 68.8 2 1 8. 60 5703 Weisse XIII, 461 . . 8. 5 27 55- 35 69. o 3 3.009 + 7 10 16.7 58.9 6 18.60 S74 Weisse XIII, 472 . . 8.4 28 13.51 67.3 4 3.008 + 713 39- 1 60. 7 7 18.59 5705 B. A. .4536 .... 5-5* 28 32.41 5-9 5 + 2.680 + 37 54 2-7 56.1 8 18.58 5706 Schwerd 793 .... 8-5 13 28 40.37 62.4 2 o. 048 -f So 48 55.0 58.7 3 - "8.57 5707 DM. -f 7, 2670 . . . 9.0 28 47.09 65-9 2 + 3-008 + 7 16 41.2 70.4 2 18.57 5708 M. Z. 19, 10 .... 9.0 28 50. 29 71.4 2 3-384 - 31 41 n.o 68.9 2 18.57 5709 M. Z. 163, So .... 7-3 29 2. 65 62.4 2 3-317 - 25 46 56.3 68.7 3 18.56 5710 Lacaille 5608 .... 6.5 29 2. 82 62.4 2 3-317 - 25 46 45. 8 67-4 4 18.56 57" Tr. Z. 226, 2 .... 7-8 13 29 27.27 68.4 2 + 3-440 - 35 5i 23.4 67-3 2 - "8-55 S7I2 B. VI. 13'', 48 .... 7.8 29 28. 90 65-4 4 3-287 - 22 53 51.8 67.4 2 18. 55 5713 Lacaille 5613 . . . . 7.2 29 33- '6 63-3 2 3.420 - 34 19 57-0 66.9 2 18.54 57M Lacaille 5615 .... 7.2 29 46. 93 63.3 2 3-421 - 34 20 53. 4 66.9 2 18.54 S7I5 Weisse XIII, 501 . . 8.5 30 6. 72 65-3 2 3- 109 4 5 15-9 57-7 3 18.53 57'6 O. Arg. S. 13003 . . . 7.5* 13 3 30-58 65.4 2 + 3-359 29 7 29. o 67-9 2 18.51 5717 B.A.C.4547 .... 7.0 30 32. 89 62.2 6 3-095 2 31 13.5 58-4 6 18.51 5718 O. Arg. S. 13005 . . . 8.0 30 32. 96 67,3 2 3.290 - 22 58 39. 2 67-4 2 18.51 5719 B. A. .4548 .... 6.0 30 5-49 66.4 2 3-356 28 50 40. 6 68.4 2 18.50 5720 Lacaille 5621 . . . . 6.0 30 51.90 65.8 2 3.400 - 32 23 47.5 70.4 2 18.50 API 146. CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. 3 ^ rt - G S o *4_ O 6 fc Annual Precession, 1860. . J h. m. s. s. / // // 5721 M.Z. 113,72 .... 7-4 13 3 56- 24 64-3 2 + 3-33 - 26 32 47. 6 66.4 2 ' 18.50 5722 25 Camim Venaticorum . 6.0 31 14.21 68.4 2 2.681 + 37 o 27.0 47-3 2 18.49 5723 Lacaille 5626 .... 7-4 3i "7-34 62. 4 2 3-34 - 24 8 54. 3 67.4 2 18.49 5724 B.A. C.4553 ..... 7-5* 31 23.72 60. 4 2 2.849 + 23 14 40. 6 54-4 4 18.48 5725 M.Z. 241,67 .... 8-5 31 29.95 C'5-4 2 3-374 - 30 10 21, I 70.4 3 18.48 5726 Lacaille 5625 .... S.o 13 3' 35-7" 68.9 2 + 3-498 - 39 20 15. i 67.4 2 - '8-47 5727 O. Arg. N. 13832 . . 8.6 32 3-85 63-9 5 0.806 4- 77 o 42.2 68.3 2 18.46 5728 M.Z.ii3,73 .... 8.0 S 2 4- 34 64.8 2 3-332 - 26 26 19. 6 69.9 2 18.46 5729 Lacaille 5635 .... 6-5 32 19-83 66.3 2 3-338 - 26 51 54.9 72.0 5 18.45 573 Lacaille 5636 .... 7.0 32 28. 90 63-3' 2 3-422 - 33 38 48. 7 69-9 2 18.45 573i O. Arg. N. 13847 . . 7-4 '3 32 53-15 63.8 4 + o. 740 + 77 15 42.3 66.3 2 - 18.43 5732 Lacaille 5639 .... 7-3 32 59- 63 63-4 3 3-425 - 33 44 5!- 2 67.9 2 18.43 5733 Weisse XIII, 563 . . 8.5 33 8.55 59-3 3 3- "4 432 7-5 55-4 2 18.42 5734 Weisse XIII, 566 . . 8.5 33 14-05 77-4 i 3. 146 7 56 0.7 74-4 I 18.42 5735 B.A. .4560 .... 7.0 33 32-48 67.2 8 3- 186 - 12 4 17.4 70 i 6 18.41 5736 Weisse XIII, 569 . . 8.0 '3 33 36.48 76.7 4 + 3- HO 7 57 26. 3 71.4 2 - 18.41 5737 Lacaille 5646 .... 6.7 33 39- 6 62.4 2 3-329 - 25 49 16. 2 7i-3 2 18.40 5738 Lacaille 5645 .... 6.0 33 44- 86 62.8 2 3.416 - 32 53 17-8 70.4 2 18.40 5739 /// Virginis 5-4 34 1 6. 08 55-8 20 3- H7 7 59 42-3 61.9 4 18.38 5740 Lacaille 5649 (1st*) . 7. o* 34 18.91 64.6 5 3-423 - 33 6 17-9 73-3 4 18.38 574' 574.2 Lacaille 5649 (2cl*) . 2 Bootis 6.0* '3 34 18.93 74. 24. 02 64.6 60. 4 5 2 + 3-423 2.842 - 33 16 20. 9 -f- 23 12 22. 6 71.4 U. 4. i c - 18.38 18 38 J / "T* 5743 5744. Weisse XIII, 583 . . M.Z 17, I ... 7-7 Q. O o*t *-*T- y m 34 27. 84 34. 4.Q. 27 68.4 64.6 O 3 3 3-136 3.486 6 50 45. 5 -J7 37 . o j^ ^ 66.9 7O. Q j 2 2 * *" J v 18.38 18 -16 j/ ft 5745 174.6 Lacaille 5655 .... o Virginis . y ' w 5.8 6.0* OT" "" / 35 6.17 I 3 36 I $$ T w 69.3 62 o J 2 2 J T 3-377 -1- 3. 012 Jl J I Jj' 29 28 28. 5 4- 4 14. S2.O / -^ 67.8 6c. ^ 2 2 kVI JU 18. 35 18. 32 J/'T'"' 5747 1:748 O. Arg. S. 13085 . . . Tr. Z. 11,41 . . . . 8.2 8.4 l j J*"' * j j 36 3-70 ^6 6. 07 ** y 65-1 68.9 4 2 i j v j* 3-361 3- 466 I *f * f. j A . \j ~ 27 57 3'-2 - 35 51 10. 3 v j* j 67-4 67. 3 2 2 18.32 18. 12 J 1 T^ 5749 Weisse (2) XIII, 749 . 5-8 o yj 36 28.86 y 68.8 2 + 2.679 + 35 41 44-9 1 O 47-4 2 "-" J" 18.30 575 Radcliffe 3077 . . . 7.2* 36 40. 70 60. 2 2 - 0.053 + 80 3 50.3 63-4 6 18.30 575i Weisse XIII, 626 . . 8. I 13 3 6 44- 78 76-3 3 + 3- '90 - 12 7 16.7 77-4 i - 18.30 5752 Weisse XIII, 630 . . 8-5 36 49. 88 73-3 2 3- '9i - 12 14 24. 6 69-9 2 18.29 5753 S754 B. VI. + 22, 2621 . . 9.0 c c 36 5i-5i 36 $6. QI 60.3 6;. -t 2 2 2.842 3. 224 + 22 43 26. i - 15 28 24. 3 68.4 71. 4 2 I 18.29 18. 29 J / J^ 5755 I-acaille 5663 .... J J 6.3 j j"- y * 36 58- 55 J' O 63-4 4 O" ""f 3-326 - 24 47 40. 3 65-4 J 2 y 18.29 5756 Weisse (2) XIII, 777 . 8. i 13 37 21.61 76.4 3 + 2.843 + 22 31 26.7 ^ 68.4 2 - 18.27 5757 Lacaille 5665 .... 6.4 37 21.87 63.0 3 3-461 35 13 9-8 : 66.3 2 18. 27 5758 B. A. C. 4578 .... 7.0* 37 3 6 -79 66.0 3 3- 139 6 55 46. 5 66.9 2 18.26 5759 Weisse (2) XIII, 784 . 80 . 5 37 38- 53 62.4 5 2.803 + 25 59 22.9 66. 9 2 18.26 5760 Weisse (2) XIII, 782 . 8. 5 * 37 39-9 26.4 3 2.842 + 22 34 29.8 68.4 2 18.26 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 0) >S 3 Mean Right i o c" "3 .2 - Mean a | ^ c" Name of Star. .~ Ascension, ^ (M i & Declination, ^ c $ *o 1 3 I 1 860.0. I O 6 c " ^S 1 860.0. 8 o o < 1 fc ^ s Z, - h. m. s. s. / // ,, C76l i Centauri 1. 2 17-37 AA 7.2 63. 7 i _ 422 72 2O A C 72 J 1 8. 26 J/ Wi J J J/ ^T- J^ 1 J' 4 J 4- J /* 4 5762 B. A. C.458: . . . . 5-9 37 48-52 63-4 2 3- 336 - 25 24 41.6 68.9 2 18.26 576-5 85 Virginis 6.0 ?8 3 05 61. i C 3- 221 1C. 7 AA, A. 71 6 18. 25 J / J 5764 M.Z. 238, 38 . . . . 8-3 38 5-'3 64.9 j 2 3-453 J J tV *T - 34 28 8. 5 / * 69-4 2 18.25 5765 Weisse XIII, 651 . . 7-5 38 9.98 65-9 2 3-I87 - n 40 51.9 67.4 2 18.24 5766 DM. + 37, 2449 . . 8.0 13 38 22. 16 68.4 2 + 2.648 + 37 >7 58-5 46.4 I 18. 24 5767 Weisse XIII, 654 . . 8.2 3 8 22.32 65-3 3 3- '93 - 12 15 39-7 69.9 2 18.24 ^768 86 Virginis . . e n 38 28. 96 58. 5 16 3- '88 I | A-J 21. $ 71 A 18. 23 J 1 j y I '* T- 5769 Lalande 25372 . . . 9.0 38 39- 84 71.4 i 2. 916 + '5 38 48- 7 71.4 2 18.22 5770 Weisse (2) XIII, 814 . 9.0 38 45- 54 49-3 i 2.841 + 22 29 24. 7 66.4 3 18.22 577' B. A. 0.4586 . . . . 5-8 '3 38 47-38 68.4 2 + 3-471 - 35 32 58.0 69.8 2 18. 22 5772 Weisse XIII, 674 . . 9.0 39 54- 25 61.3 2 3- '94 - 12 12 2. I 67.4 2 18. 18 5773 Weisse XIII, 676 . . 8.2 39 59- 55 68.4 2 3-'49 7 47 58- 7 65.4 I 18. 18 5774 M.Z. 17,4 .... 7-9 40 o. 91 66.4 2 3-507 - 37 33 39-6 71.4 2 1 8. 18 5775 B.A.C.4593 - 6-7 40 6. 61 76-4 4 3-I32 6 o 12. 8 73-7 3 18. 17 C776 3 Bootis e o i * 40 i -5. 20 61 5. j 2. 7Q I ] 26 ' 1 21 O c c o 6 18. 17 Jl 1 " j' w VI* J 55- 5777 B.A.C.4595 - - 6.0 40 15. 19 47-5 2 2. 6lO + 39 12 21.8 70.0 2 18. 17 5778 O. Arg. S. 13149 . . . 8.0 40 25.41 65-9 4 3-400 - 30 2 56. 2 70.4 4 18. 16 5779 Lacaille 5680 .... 6.6 40 29. 52 63-3 3 3-49' - 36 25 37.9 69.8 2 18. 16 5780 T Bootis S.o* 40 36. 53 61.5 2 2 . 886 4- l8 27 7 67 * 2 18. 15 J / w " J 1 10 y jij. j uy. 4 578i Weisse XIII, 694 . . 7-5 13 40 41.72 67-3 2 + 3- '45 - 7 19 14-8 70. 9 2 - 18. 15 5782 Lacaille 5682 .... 5-8 40 51.74 69-3 3 3-471 - 34 59 52-9 68.4 2 18. 14 5783 Weisse (2) XIII, 854 . 8.5* 4 57-5 63.8 2 2.688 + 34 o 33. 6 66.4 2 18. 14 1:784 n Virginis 7 O A.O C 8 72 76. 1 2 1 I 11 5 81-5.9 2 18 14 J t T" / tf \s J *-* / * 7^-4 5785 O.Arg. 8.13156. . . 6-7 41 1.56 64.4 4 3-402 - 30 o 41.5 65-9 2 18. 14 5786 Lacaille 5686 .... 7-7 13 4i 8. 14 62.4 2 + 3-371 - 27 39 58. 7 67-3 2 '8. 13 5787 O.Arg. 8.13158. . . 7-7 41 16.56 65-3 2 3-303 22 I 29. 8 69.4 2 18.13 5788 O. Arg. S. 13159 . . . 7-5* 41 16. 58 76.9 2 3.281 - 20 2 56. 9 62.4 2 18. 13 5789 g Centauri c 2 41 20, 64 6-? t 06 71 /I 18. i -5 J i y j' m "j- / 3- 434 oj 45 71.4 5790 84 Ursa: Majoris .... 6.0* 41 21. 85 60.4 2 2. 251 + 55 7 59-4 53-3 3 18. 13 579 1 Weisse (2) XIII, 866 . 7-o 13 41 26. 10 66.4 3 + 2.615 + 38 35 36. 4 61.9 2 18. 12 5792 Weisse XIII, 708 . . 8.2 41 28.02 65-3 2 3-'47 7 29 24.3 70.9 2 18. 12 5793 Tr. Z. 226,8 . . . . 8-4 41 30.95 68.9 2 3-487 - 35 54 29. 3 67.9 2 18. 12 5794 O. Arg. S. 13167 . . . 7-4 41 59.78 64-4 2 3-372 - 27 29 16. 6 69.1 3 18. 10 5795 DM. 4- 78, 465 ... 9-4 42 o. 06 61.4 2 o. 276 + 78 21 56.6 59-4 2 18. 10 5796 DM. + 22, 2634 . . 13 42 O.62 49-3 2 + 2.831 4- 22 42 56. I 61. i 3 - 18. 10 5797 ;/ Ursae Majoris .... 2.O* 42 1.38 48-3 '50 2.386 + 50 o 47.4 50-9 66 18. 10 5798 O. Arg. S. 13169 . . 8-7 42 6. 20 64.4 2 3-372 - 27 29 11.4 7'-4 i 18.10 5799 B. A. 0.4614 .... 6.0 42 6. 55 65.9 2 o. 171 + 78 45 56-5 69.0 2 18. 10 5800 89 Virginis . . . . . c. c* 42 l6. 22 61 7 18 3.257 17 26 7. 3 ^8. 4 2 18. OQ J J Ul . / 148 CATALOGUE OF STARS OBSERVED AT THE 1 Number. Name of Star. ti "O 3 'c 5) rt S Mean Right Ascension, 1860.0. iJ a 3J >, a a 0> 3 n 1 o o Annual Precession, 1860. Mean Declination, 1 860.0. Mean year. 1 lM O 6 & Annual Precession, 1860. 5801 Weisse (2) XIII, 891 . 5-9 h. m. s. 13 42 19.56 63. o 3 s. + 2-7I3 / // + 3' 53 13- ' 69.4 2 // - 18.09 5802 Lacaille 5699 .... 6.5 42 21. 56 65.8 2 3.410 - 30 22 8. 8 70.9 2 18.09 5803 Weisse (2) XIII, 893 . 9.0 42 28. 31 69. o 3 2.827 -f 22 58 58.6 61. 9 2 18.08 580+ B. A. .4613 .... 6.8 42 33-" 72.6 4 3-285 - 20 10 16. 6 74-4 2 1 8. 08 5805 M. Z. 17,5 7-2 42 34-28 65.4 4 3-515 - 37 26 20.3 73-9 2 18.08 5806 Weisse (2) XIII, 900 . 7-5 '3 42 34-38 59-4 2 + 2.570 + 4 S 6 39- S 70.9 2 - 18. 08 5807 5808 Weisse (2) XIII, 899 . it Bootis . . .... 8.0 4. o* 42 42. 87 42 43. 60 68.3 ?'?. 7 4 4 2.877 2. QOO + 18 34 37-o -1- l6 20 ??. I 73-4 5-1.4 2 3 18. 08 18.07 ^ww 5809 O.Arg.S. 13177 . . S.o *T ^3' 42 50.71 j j i 69-3 2 y vv 3-375 i y j i - 27 36 41.0 JO* *T 70.1 4 18.07 5810 Weisse XIII, 731 . , 7-3 42 51-84 68.2 3 3.200 - 12 24 48.3 72.4 2 18.07 5811 5812 O.Arg.S. 13182 . . . 8.2 c c 13 43 4.30 A'i c. cS 69-3 66. 5 2 3 + 3-375 2 8^8 - 27 33 46. 8 + 21 $7 ^8. I 70.4 67.3 4 2 - 18.06 18. 06 5813 Weisse (2) XIII, 910 . J J 8.5 ^j j j u 43 7-47 '" J 6 3-9 J 2 Ml -',)'-' 2.673 " j / J + 34 26 24.0 / J 72.9 2 18.06 5814 Weisse XIII, 737 . . 8.5 43 '6. 12 59-3 2 2.925 + 14 ii 0.5 56.4 4 18.05 5815 B. A. 0.4620 . . . . 6.0 43 25-81 63-3 3 3-492 - 35 44 2.4 68.9 2 18.05 5816 DM. + 77, 521 . . . 9.0 13 43 37-8 64.4 2 + 0-355 + 77 57 - 18.04 5817 Lacaille 5710 . . . . 6.7 43 37-8o 71.2 5 3.328 - 23 41 2. I 64-3 2 18.04 5818 Weisse (2) XIII, 929 . 6.8 43 38. 84 68.9 2 2,626 + 37 19 42- i 46.4 2 18.04 5819 Lalande 25494 . . . 7-5 43 44-09 65.9 2 2.836 + 21 57 6.6 73-i 3 18.04 5820 DM. + 22, 2638 . . 43 44- 39 49-3 2 2.828 + 22 39 41.3 49-3 2 18.04 5821 k Centauri, (ist*) . . . 6.0 13 43 45-37 63-7 3 + 3-442 - 32 i? 5-4 72.0 2 - 18.04 5822 k Centauri, (2d*) . . . 7.0 43 46. 06 63-4 2 3-442 - 32 17 53- 2 72.0 2 18.03 5823 Piazzi XIII, 220 . . . 7.0 43 47-01 65-9 2 2.836 + 21 58 22. 6 73-9 2 18.03 5824 M.Z. 245,28 . . . . 8-5 44 o. 92 64.7 3 3-529 - 37 55 27-9 68.3 1 18.03 5825 Riimker 4483 .... 8.4 44 4-oo 66.4 2 2-944 -f- 12 16 30. 8 71.4 2 18.02 5826 B. A. 0. 4627 .... 7.0* 13 44 S3- 6 ' 60.4 2 + 2.651 + 35 28 2.5 53-3 3 7-99 5827 M. Z. 245, 29 .... 7-3 45 9- '5 70.6 4 3-54" - 38 21 52. I 77-4 I 17.98 5828 Lacaille 5724 .... 7.0* 45 16. 16 63-4 2 3-528 - 37 34 20. 7 68. i 3 17.98 5829 B. A. .4631 . . . . 6.0 45 22.46 63-3 2 3.487 - 34 58 16. 5 70. i 3 '7-97 5830 Weisse (2) XIII, 976 . 7-S 45 24. 1 8 68.9 2 2. 601 + 38 24 45. 2 60. 9 2 17-97 583' B. A. 0.4632 .... 5-8 13 45 36. 74 72.4 4 + 2.654 + 35 8 20.7 61. 4 3 J7-96 5832 Weisse (2) XIII, 978 . 9.0 45 37- 34 63-9 2 2.807 + 24 i o. i 67-9 2 17.96 5833 Lacaille 5729 .... 5-6 45 44-74 64.2 5 3-483 - 34 37 '2-2 68.0 2 17.96 5834 Weisse (2) XIII, 984 . 8.0 45 46-32 65.4 2 2-633 + 36 24 32. 5 63-4 4 17.96 5835 O. Arg. S. 13215 . . . 7.0 45 48.98 65-2 5 3-363 - 26 o 54. 3 69.9 2 17.96 5836 Weisse (2) XIII, 994 . 8.1 13 46 17.58 63-9 4 + 2.805 + 24 i 34.8 69.9 2 - 17-94 5837 Lacaille 5739 .... 6.5* 46 19-35 66.9 4 3-391 - 28 3 6.0 69.4 2 17.94 5838 Weisse (2) XIII, 997 . 8.0 46 20. 96 59-3 2 2. 631 t 36 22 20.3 64.9 2 17-93 5839 B. A. 0.4636 .... 6-3 46 21.63 62. 4 2 3-389 27 52 34. I 69.5 2 17.93 5840 Weisse XIII, 782 . . 7-5 46 26. 28 63-3 2 2.929 + 13 26 4.7 66.9 2 17.93 U. S. NAVAL OBSERVATORY, 1845 TO 1877. '49 Number. Name of Star. 1 Magnitude. Mean Right Ascension, 1 860.0. tfl 3 c rt 1 8 1 Annual Precession, 1860. Mean Declination, 1 860.0. g 1 % 1 "o 1 Annual Precession, 1860. h. m. s. s. o / // 5841 Weisse XIII, 785 . . 8.5 13 46 30. 28 63.3 2 + 2.968 + 9 49 12.3 67.4 2 - 17-93 5842 Lacaille 5743 .... 6-5 46 30. 42 63.4 2 3-475 - 33 54 18. i 70.8 2 17-93 584: Lalande (F) 2355 . . 7-3 46 32. 10 68.9 2 1.682 + 66 40 25. i 62.3 I 17-93 5844 DM. + 77, 522 . . . 9-2 46 34-43 68.9 4 0.288 + 77 50 53- 7 55-3 2 17-93 5845 B. A. 0.4640 . . . . 6.5 46 49- 23 .60.4 3 2-734 -f 29 2O 17. 2 54-4 4 17-92 5846 Weisse XIII, 794 . . 8.8 13 46 53-96 63.3 2 + 2.928 -f 13 22 26.4 68.4 2 - 17-91 5847 Weisse XIII, 797 . . 7-7 47 3- 26 71.4 3 2.956 + 10 55 33-3 58.4 2 17.90 5848 5849 Weisse XIII, 798 . . 8-5 7 2 47 IS- ii d.7 2O 67 68.8 63. i 2 2-955 I m yc } + 10 57 _i_ foe 24 ^ d 1 8 4 "8 i Annual Precession, 1860. j 5881 SI 1:70 fist*} 8. ? h. m. s. i ^ ^2 ";Q. 22 7?. I 4 s. 4- 2. 757 / // -|- 26 29 49. 8 71.4 2 // 17.68 5882 y iC7o (2d*l J 8.0 o j jy C2 "?Q. 4.7 / o 68.8 7 i ' i j i 2. 757 -I- 26 2Q CC. 7 62. 4 2 17.68 5883 Lacaille 5785 .... 6.6 J Oy "rl 52 41-75 62. 9 / 2 / j/ 3- 374 1 .7 JJ / - 25 34 48. 8 68.5 2 17.68 5884 Brisbane 4727 .... 7.0 52 47-95 65.8 5 3.546 - 36 47 17. 7 72.1 6 17.67 5885 Weisse (2) XIII, 1159 8.8 52 49.51 74-7 4 2.797 + 23 33 6.5 68. i 4 17-67 5886 1887 B. A. .4667 .... M.Z. 15,8 5-8 7. 2 13 52 52.63 52 1J2.8'; 64. i 64. 3 3 I + 3-594 3. 176 - 39 32 3-8 38 34 12. 68.3 66.3 2 I - 17-67 17. 67 J""/ 5888 M.Z. 16, 18 / 8. 7 J J J 53 2.95 71-4 2 j j j 3-543 J J^ 7 - 36 39 4- 3 71.4 2 17.66 5889 Weisse (2) XIII, 1167 8.3 53 IO -5 72.8 6 2.795 + 23 36 52.4 71-4 2 17.66 5890 Mer. C. Z. 173, 120 . . 8.0 53 21.07 68.9 2 3.582 - 38 45 30. o 65.4 2 17-65 5891 DM. + 24, 2675 . . 8.8 13 53 25.06 68.4 2 + 2. 790 -f 23 58 50. 8 49-3 2 - 17-65 5892 B. VI. 4- 76, 504 . . 8.6 53 5 -4o 62.6 4 0.324 + 76 56 53-8 67.4 2 17-63 5893 Tr. Z. 226, 15 .... 7-2 54 5-47 69.4 2 3-527 - 35 30 2. 3 69-4 2 17.62 5894 B. A. .4671 .... 6.0 54 25.52 70.6 6 3-395 - 26 45 6. 2 69.4 3 17.61 5895 Weisse XIII, 931 . 9-3 54 26. 48 64.7 3 3-047 + 2 I 3 53.5 68.7 4 17.61 5896 Lalande (F) 2386 . . 8.4 13 54 26.89 70.6 8 + o. 258 + 77 ii 7-3 70.4 3 - 17. 61 5897 Rumker455i .... 7-4 54 30. 86 61.6 4 2.805 + 22 39 24. i 57-4 3 17. 60 5898 T Virginis 4-7 54 31-42 62.5 59 3-047 + 2 13 24.0 62. 7 5 17. 60 5899 DM. + 75, 523 8.8 54 39- 78 67.0 3 o. 609 + 75 24 20.4 71-4 i 17. 60 5900 CQOI Lacaille 5790 .... 1 1 Bootis . 7-4 7 2 54 42. 10 r -? C^. AQ 4Q 62.4 71. I 2 3 3-387 J- 2 ^O - 26 10 12. 5 4- 28 T, So 8 69.0 6s o 2 2 17. 60 17 Co jy 5902 Weisse XIII, 942 . . / - 9.2 * j jt T-y- *ty 54 54- 67 / 76.4 J l / O 3-047 1 ^^ J rf*" M + 2 I 3 54.9 "J y 72.9 2 * / jy 17.59 593 Weisse (2) XIII, 1201 9.0 54 59- 36 59-3 2 2.787 '+ 23 53 0.5 49-3 2 17.58 594 Lalande 25762 . . . 9.0 55 0.71 59-4 2 3.229 - 13 40 48. i 56.4 2 17.58 595 DM. + 75, 524 . . . 8.8 55 27-40 65.8 2 0-597 + 75 23 3.8 71.4 I I7.56 5906 M.Z. 242, 80 . . . . 7.6 13 55 40.99 70.4 4 + 3-561 - 37 5 47-9 7'.4 3 - 17-55 5907' Lacaille 5798 (ist*) . 8.0 55 44-46 67.3 2 3-553 - 3 6 36 27. 3 69.8 2 17.55 5908 Lacaille 5798 (2d*) . 7.0 55 46.60 67.3 2 3-552 36 35 16. i 69.8 2 17-55 599 Lacaille 5800 .... 7-1 56 20. 32 63-4 2 3-527 - 34 58 15-1 67.4 2 17-33 S9o O. Arg. S. 13349 . . . 8.0 56 21.38 65.4 3 3-4>6 - 27 55 28. i 67.9 2 '7-53 59" Weisse XIII, 974 . . 8.8 13 56 32. 10 59-9 2 + 3-244 - 14 48 38. i 55-3 2 - I7.52 5912 M.Z. 17, 13 8.0 56 32.31 67.9 2 3-574 - 37 3 6 21.5 71.4 2 17.52 593 Weisse XIII, 979 . . 8.0 56 42. 64 59-3 3 3.204 - ii 27 17.9 55-4 3 17.51 59'4 B. A. 0.4680 . . . . 6.0 56 56.71 76.4 3 3-I7I - 8 35 o. 7 70.4 2 17.50 5915 0. Arg. S. 13357 . . . 7-7 57 4-57 64.4 2 3.4I7 27 50 38. i 67.4 2 17.50 59i6 Lacaille 5812 .... 8.0 13 57 34-23 64. i 4 + 3- 568 - 37 3 24. i 67-9 2 - 17-47 5917 M.Z. 240, 51 . . . . 8.0 57 35-53 71.0 6 3-499 - 33 i 21.6 71.8 6 17-47 5918 Lalande 25842 . . . 7.5* 57 36.69 65.7 3 3-256 - 15 39 48.4 54-4 3 I7.47 59'9 5Q2O Lacaille 5819 .... TT Hydrae 6.0 3 I 58 14.39 eg 2A. 41 63-3 8 3 c 3-521 33Q4. - 34 13 39-4 26 O 22. 9 63-4 6q 6 2 c 17.45 17. 44 jy J* * ^U **+" *f jj. u J jyr , y J U. S. NAVAL OBSERVATORY, 1845 TO 1877. Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. Mean year. I .... I J o Annual Precession, 1860. Mean Declination, 1860.0. c en 1 "o o fc Annual Precession, 1860. i h. m. s. s. / // /, Ccntnun 2. ;* 13 58 27. 67 C.2. I 14 + 3- 546 - 35 40 46. i 62.7 8 - 17-44 5922 Lalande 25860 . . . -J 7-3 58 29. 21 J 68.4 3 2.608 f 35 5 43-7 47-4 2 17-43 5923 Lacaille 5822 .... 6.6 58 5O. 60 63-9 4 3-533 - 34 49 9- 4 66.3 2 17.42 04. Virjjiiiis 6.0* 18 53. 18 60. 5 6 3- '67 8 13 16.3 64. 4 2 17.42 J JJ Anonymous 9- 58 54. 18 66.9 2 3-248 - 14 50 19.3 68.9 2 17.42 5926 0. Arg. 8.13387 . . . 6-7 13 59 2.82 72.0 5 + 3-406 26 41 1.9 70.4 2 - I7-4I 9- ' 59 3- 59 66.9 2 3.248 - 14 51 13.9 71.4 I 17.41 5928 Weisse XIII, 1035 . . 6.8 59 7- 84 63-4 2 3-232 - 13 32 i-7 64.4 2 17.41 5929 Weisse XIII, 1037 . . 8.8 59 i '-34 59-4 2 3-231 - '3 25 34.9 55-4 2 17.40 5930 DM. + 23, 2648 . . 9-0 59 21.36 69-3 2 2-778 + 23 52 4.8 49-3 I 17.40 5931 Lacaille 5824 .... 6.4 '3 59 3 -98 68.0 3 + 3-526 - 34 16 50.9 64.8 2 - 17-39 5932 B. A. C. 4691 .... 7.0* 59 36.69 61.3 3 3-257 - 15 31 16. i 68.5 3 17-39 5933 Weisse (2) XIII, 1309. 8.8 59 50. 20 68.4 2 2-774 + 24 3 32. 2 49-3 2 I7-38 5934 Weisse (2) XIII, ^14. 7-5 59 5I-92 75-i 6 2.603 + 35 3 18.6 75-4 2 17-38 5935 O. Arg. S.I 3394 . . 7.0 59 56. 25 64.9 2 3.408 - 26 40 34. 8 70. i 3 17-37 5936 M.Z. 21, 10 7-7 14 o 9.76 64-4 3 + 3-497 - 32 23 5.5 67.4 2 - I7-36 5937 B. A. 0.4694 . . . . 7.0* o 13.66 60.3 3 2.661 + 3 1 3 1 '5-6 54-4 3 I7-36 5938 DM. + 23, 2650 . . o 3'-45 49-3 i 2.777 + 23 52 43. i 49-3 i 17-35 5939 M.Z. 163,95 . . . . 8.0 o 34. 96 70.1 3 3-399 - 25 59 4- 5 67-4 2 '7-34 en m a Dnxconis 3-4* o 36. 06 57-8 18 i. 629 -f 65 2 4^.8 65.8 34 '7-34 594 O ^ 5941 Weisse XIII, 1071 . . 7-2 14 o 59. 18 59-3 3 + 3-205 - II 9 44. 4 56-4 2 - 17-33 5942 M.Z. 113, 88 . . . . 7-7 i 3-74 65-1 4 3-408 - 26 31 40. 2 67.4 2 I7-32 5943 M.Z. 113,89 . . . . 8.0 i 7-58 65.1 4 3.408 - 26 31 38.3 67-4 2 "7-32 5944 D. M. + 34, 2491 . . 9.0 i 34-56 59-4 2 2.614 + 34 4 10.3 57-4 3 I7-30 9- 2 i 49.88 69.4 2 3- 45 6 8 50. o 56.3 2 17. 29 5946 Weisse (2) XIV, 1 1 . 7-o 14 i 50. 42 60. 4 2 + 2.756 + 24 58 52- 7 57-4 2 - 17-29 5947 B. VI. + 66, 830 . . 9- 1 i 56.38 61.4 4 1-529 + 66 16 23.9 59-7 3 17.28 5948 Lacaille 5837 .... 7-o 2 6. 12 62.7 3 3-463 29 57 20. 2 70.7 3 17.28 9. S 2 12. 3.405 - 26 4 8.8 67-4 i 17.27 5949 y j 5950 Weisse (2) XIV, 21 . 7.8 2 14.76 68.3 2 2-552 + 37 24 58- 7 65.1 3 17.27 5951 Lacaille 5838 .... 7-2 14 2 17.07 62.9 4 + 3-456 29 25 25. i 66.4 2 - 17.26 5952 M.Z. 113,90 . . . . 2 27. 16 65-4 i 3-405 - 26 13 17.26 5953 Lacaille 5839 .... 6-5 2 40.92 64. i 7 3.488 - 31 24 43.9 64-9 2 17.25 5954 O. Arg. S. 13432 . . 8.0 2 58-75 67-3 2 3.386 - 24 39 27.7 70.5 2 17.24 5955 Weisse XIV, 31 . . . 8.8 3 7-95 61.7 3 3- H3 5 53 45-9 59-7 3 17-23 5956 B. A. C. 4700 .... 5-5 14 3 12.01 60.0 5 + 3.264 - 15 38 20.8 58-5 8 - 17-23 5957 Weisse f 2) XIV, 40 . 8.8 3 U- I0 59-4 2 2.770 + 23 49 7- 5 58-4 2 17-23 5958 Lacaille 5842 .... 7-6 3 I3-46 63.1 3 3-454 29 7 17-5 72.6 5 17-23 5959 Lacaille 5843 .... 6.8 3 "7-56 63-3 3 3-492 - 3t 30 23. i 67.1 3 17. 22 5960 0. Arg. S. 13438 . . 7-8 3 22.46 71.4 4 3-402 - 25 40 54. 7 70.2 4 17.22 152 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. S >> C D JJ O IM 1 Annual Precession, 1860. Mean Declination, - 1 860.0. rt U ^, a -f- 78 12 18.3 J 1 * D 64. 2 12 lu. yj 16.94 5993 B. A.C. 4731 . . . . 6.0 9 29. 26 60.4 2 + 2.818 + 9 33 53-9 53-4 3 16.94 5994 CQQC Lacaille 5880 .... Anonymous . 6.0 9r\ 9 32. 84 947 1 1 63.0 62. 6 2 3.426 3. 128 - 26 18 27.4 A. 2Q C6 O 67.6 cS /i 4 16.94 1 6 Q2 Jyyj 5996 Weisse (2) XIV, 195 . ' U 7.0 4/ Jj 14 9 50. 68 68.4 ' 2 + 2.565 ^ ^y 3* y + 35 '4 5-9 j. 4 66. o 3 - 16.92 5997 Weisse (2) XIV, 196 (ist*) 6-5 10 2. 25 74-4 4 2.799 f 20 46 34. o 69-4 2 16.91 5998 Weisse (2) XIV, 196 <2d*) 9.0 10 2.35 76.4 2 2.799 + 20 46 16.91 5999 Lacaille 5883 .... 5-5 10 7. 29 65.0 7 3-53' - 3 2 34 10. 7 69.4 3 16.91 6000 M. Z. 242, 90 .... 7.7 IO 22. 32 67.4 2 3.609 - 36 41 50. 8 67.4 2 16. 90 U. S. NAVAL OBSERVATORY, 1845 TO 1877. '53 ! Number. Name of Star. V o 1 Mean Right Ascension, 1 860.0. i % 1 8 1 Annual Precession, 1860. Mean Declination, 1 860.0. S >> i ?. 1 'o o fc Annual Precession, i860. 6001 WeisseXIV, 171 . . 9.0 h. m. s. 14 10 32.53 62.7 3 s. + 3- 129 / // 4 29 i. i 63.7 3 // 16.89 6002 Weisse XIV, 173 . . 7-5 10 36.87 76.8 3 3- '39 5 19 19-9 68.4 2 16.89 6003 WeisseXIV, 174 . . 9.0 10 38. DO 63.1 4 3- 129 4 29 37.9 61.6 5 16.88 6004 Weisse (2) XIV, 227 . 8.0 10 46. 04 59-3 2 2-443 + 41 3 '2-0 57-4 3 16.88 6005 Lacaille 5886 .... 5.6 10 56. 65 63-3 * 2 3.604 - 36 21 13.9 69.9 2 16.87 6006 B. A. C. 4740 .... 6.0 1411 4. 67 66.5 2 '+ 3-412 25 10 52.0 66.5 2 16. 86 6007 6008 6009 6010 6on WeisseXIV, 179 . . i Bootis . ... 8-3 4.0* 8.2 5-7 7-5 ii 5-54 II 12.21 " H-54 II 32-35 14 II 41. 76 68.4 72.0 76.4 63-5 60.6 2 5 3 16 3 3-184 2. 144 2. 144 3.236 i- 3-306 8 45 38. 9 -+ 52 o 51.3 + 52 i 25.3 - 12 43 28.8 - '7 S 2 33-6 55-9 69.6 74-9 70.6 58-4 2 4 4 4 8 16.86 16.86 16.86 16.84 - 16.83 O. Arg. N. 14432 . . A Virginis Lalande 26172 . . . 6012 Weisse (2) XIV, 245 . 7-5 II 42. 12 68.9 2 2.440 + 4i ' '7-6 57-4 3 16.83 6013 Weisse (2) XIV, 248 . 8.5 II 58.02 60. 4 2 2.738 + 24 38 50. 2 58.1 3 16.82 6014 6015 6016 6017 6018 6019 WeisseXIV, 199 (ist*J Weisse XIV, 199 (ad*) t/i Centauri 8.0 7.0 5.0 7.0 6.0* 7.0 II 58.08 II 58.24 14 12 3.21 12 3-35 12 4-54 12 15.67 65-4 65.4 63-4 64. I 60.4 63-4 3 3 3 4 2 2 3-241 3- 2 4i + 3- 626 3-45 2- 539 3-565 - '3 3 44- 2 i 37 14 22. 7 - 27 24 8. 3 + S 6 9 24.8 - 34 ' 55- 3 69.9 69.8 70.4 53-3 71.7 4 3 2 4 4 16.82 - 16.82 16.82 16.82 16. 81 O. Arg. S. 13541 . . . Lacaille 5898 .... 6020 Weisse XIV, 209 . . 8.8 12 21.43 66.9 2 3- '30 4 30 1.5 68.4 2 16.80 6021 6022 6023 B. A. .4752 .... 1 8 Bootis 6.0 6.0* 7.2 14 12 22.44 12 29.88 12 38.66 68.2 65.0 64.9 4 2 2 + 2. 139 2-894 3-396 + 51 57 20.4 + '3 39 6.6 - 23 51 40.5 53-4 54-4 61.4 3 3 3 - 16.80 16.80 16.79 O. Arg. S. 13544. . . 6024 WeisseXIV, 221 . . 9.2 12 53.81 62.0 3 3- "8 3 36 34- 2 68.4 2 16.78 6025 Lalande 26210 . . . 8.0 13 4-39 60. 9 2 3-320 18 41 21.4 60. i 3 16.77 6026 M. Z. 245,43 .... 7.0 14 13 14.66 72.7 3 + 3-646 - 38 2 10. 7 67.9 2 - 16.76 6027 Lacaille 5906 .... 7-6 13 37-61 63.5 2 3-442 - 26 40 41. 3 69.5 3 16.74 6028 Lacaille 5910 .... 6.7 13 55-92 63.8 5 3-459 - 27 39 56.9 68.5 3 '6-73 6029 B.A.C.4757 .... 6.0 13 56.91 63-4 4 3-572 - 34 8 41.3 70.5 2 '6-73 6030 6031 6032 Weisse XIV, 236 . . Anonymous ... 7.8 8.8 6.5 14 0. 21 H '4 i-53 14 17- H 71.0 76.4 62.4 3 2 2 3.I3I + 3- 132 1.996 - 4 34 '7-' 4 42 + 55 30 32- 2 70.1 62.4 4 2 16.72 - 16.72 16.71 O. Arg. N. 14464 . . 6033 Tr. Z. 226, 27 .... 8.7 H 36- 57 68.4 2 3-597 - 35 20 17.4 67.9 2 16.70 6034 Lacaille 5915 .... 7.8 14 38.43 62.5 2 3-436 - 26 8 45. 9 69.4 2 16.69 6o3S Weisse XIV, 254 . . 9- 14 48. 92 74-4 4 3- 13' 4 34 40. o 7'-4 2 16.68 6036 Weisse XIV, 252 . . 9-3 14 14 49. 74 63-1 3 + 3- '93 9 15 I2 ; 3 59-4 2 - 16. 68 6037 6038 6039 6040 Weisse XIV, 257 . . 51 Hydne 9.0 5-2 8.2 8.5 14 58.01 IS 2.33 15 34- 25 15 44- 38 72. 6 54-4 67.0 65.1 4 6 2 4 3- '33 3-452 3-447 3-46i 4 40 5-6 - 27 6 32.7 26 42 30.0 - 27 30 43.0 72-4 57-o 7'-4 70.4 2 5 2 2 16.68 16.67 16.65 16.64 Anonymous .... M. Z. 116,40 . . . . J 54 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. jK ! rt fj >, C S S O IM O 6 Annual Precession, 1860. Mean Declination, ' 1 860.0. J-, 3 V x d s s 1 IM O i Annual Precession, i860. h. *i. s. s. / // // 6041 Lacaille 5922 .... 7-4 14 15 44.83 62.8 3 + 3-486 - 29 2 13.9 69.5 3 - 16. 64 6042 2 Librae 6.0* 15 53. 89 67.2 9 3.218 II 421.2 64.0 4 16.63 6043 Lacaille 5923 .... 6.8 15 55-45 64.4 4 3-547 - J 2 26 53. 9 69.4 2 16.63 6044 O. Arg. S. 13583 . . 7-5 16 n. 64 59-3 2 3-332 - '9 9 37-3 73-9 2 16.62 6045 O. Arg. S. 13589 . . 8.8 16 17.86 69-3 2 3-332 - 19 6 35.1 74-4 2 16.61 6046 Lacaille 5926 .... 8.4 14 16 26. 23 62.8 3 + 3-487 28 58 50. 7 70.0 2 - 16.61 6047 Lacaille 5925 .... 6.8 1 6 29. 39 69.5 3 3-633 - 36 48 31. i 70.9 2 1 6. 60 6048 Lalande 26293 . . . 8.0 16 38. 55 59-3 3 3-33 1 - I 9 2 47.1 59-9 4 16. 60 6049 B.A. 0.4767 .... 6.0 1 6 49.84 62.7 3 3-409 - 24 10 6. i 65.0 2 16.59 6050 Weisse XIV, 293 . . 7.0 16 59.78 65.4 5 3-252 -- 13 26 37.5 68.4 2 16.58 6051 B. A. 0.4769 .... 7-5 H '7 2-55 64.9 2 + 2.987 + 6 27 37. i 66.4 2 - 16.58 6052 M.Z.I 16,41 . . . . 7-4 '7 5-77 64.7 3 3-464 - 27 29 38. 5 68.4 2 "6-57 6053 Lalande 26307 . . . 6-5 '7 9-58 76.4 3 3.219 - ii i 54-9 74-o 2 16-57 6054 Lacaille 5932 .... 6.9 17 11.47 63.6 4 3-549 - 32 20 11.4 69.5 2 16.57 .6055 B.A.C.4773 .... 5-8 '7 13-43 63-7 3 2.987 + 6 27 25.8 71.4 4 16-57 6056 Weisse XIV, 314 . . 9.0* H 17 35-37 70.5 2 + 3-030 4- 3 10 22.9 72.7 3 - 16-55 6057 B. A. .4778 .... 6.2 '7 4-73 71.0 3 2.485 + 37 So 3'- i 46.8 2 1 6. 54 6058 M. Z. 113, 101 . . . . 8.6 17 42.46 66.9 2 3-442 - 26 5 53. 8 70.4 3 16.54 6059 B. A. .4776 . . . . 7.0 17-43-47 62.0 8 3-444 - 26 12 52.9 66.5 3 16.54 6060 Weisse XIV, 316 . . 8.0 17 47.69 65-4 4 3-253 - 13 27 3- i 69.9 2 16.54 6061 O. Arg. S. 13611 . . 7-5 14 17 58.74 65-3 2 + 3-451 - 26 35 25.4 68.9 2 - '6.53 6062 Lacaille 5941 .... 7.2 18 6.86 63-4 2 3-557 - 32 36 58. i 67-9 2 16.53 6063 DM. + 3, 2890 . . . 9.0 18 41. 12 62.9 2 3-03 + 3 10 22. I 64.9 2 16. 52 6064 Rumker 4697 .... 7.0 18 48.43 65-2 3 + 3-050 + i 37 4i-7 56.7 3 16.49 6065 Schwerd 835 .... 8.0 1 8 56.27 64. i 3 i . 240 + 79 58 49- 8 73-9 2 16.49 6066 Radcliffe 3200 . . . 8.0 14 18 56.32 59-4 2 + 2.244 + 47 24 17.2 56.4 4 - 16.48 6067 Lacaille 5945 .... 7.0 19 3. 68 67.8 3 3. 602 - 34 48 48. 3 66.4 2 16.48 6068 O. Arg. S. 13626 . . 8.0 19 12. 69 74-7 5 3.466 - 27 17 18. o 70.4 2 16.47 6069 O. Arg. S. 13629 . . 7.6 19 21.41 70.6 7 3.466 - 27 16 18.5 65-4 3 16.46 6070 B. A. C.4783 6.5* 19 46. 27 53-3 ii 2.451 + 39 i 37-4 53-9 6 16.44 607 1 52 Hydrse ?.8 HIQ SO. OO ?!. 8 7 4- 1.4Q5 28 < i 16. 7 58.0 6 - 16.43 ""/ * 6O72 Weisse XIV, 362 . . J 8.0 m y jy 20 7. 23 J J 65.1 i 3 i o ^yj 3.087 " J O / i 6 29. 7 J 55-4 2 16.42 6o7"? Anonymous .... 8 S 20 14. 6 1 66.9 2 T.. 4^0 - 26 ii 1.8 68.4 2 16. 42 Wf J 6074 6 Bootis J 4.0* 2O 2< 72 y 6^. 4 6 J M *T J" 2. O7O J J -4- $2 20 S6. 2 61.6 4 16. 41 ***** T" 6075 O. Arg. S. 13647 . . fr* 7.0 "J 1 / " 20 26. 64 W CM 65-3 4 * **/ v 3-469 i j y j - 27 17 21.4 **J* 64.4 2 16.41 6076 Weisse XIV, 371 . . 8.0 14 20 46. 30 59-4 2 + 3-087 i 8 15.8 55-4 3 - 16.39 6077 Lacaille 5953 .... 7.0 20 58.65 62.7 3 3-49' - 28 29 6. i 67.4 2 16.38 6078 106 Virginis 6.0 21 18.89 8 7 1 K7 6 16 12. 5 72. O 4 16. 16 jj- 3 j j i / V, JU 6079 O. Arg. S. 13663 . . 6.4 21 27.61 64. 2 5 3-439 - 25 23 7. 6 64,9 2 16.35 6080 Lacaille 5955 .... 6-5 21 42. 40 63-4 2 3-7I9 - 39 5 1 o-9 68.4 2 16.34 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 155 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. Mean year. 1 IM 1 Annual Precession, 1860. Mean Declination, 1 860.0. Mean year. 1 *H O I Annual Precession, 1860. 6081 Lacaille 5959 .... 7-5 h. m. s. 14 21 47.40 62.9 2 s. + 3-432 / // - 24 54 5 1 - 6 69-5 3 // - 16-34 6082 B. VI. + 380,2557. . 7-7 22 25.57 70.4 4 2. 460 + 38 U 3-3 61.1 3 16. 31 6083 Lacaille 5962 .... 6.2 22 27.43 65.9 2 3.720 - 39 45 40- 2 68.5 2 1 6. 30 6084 B.A.C.4797 .... 6.0 22 28. 60 52.7 8 3.489 + 36 49 30. 2 47-4 2 1 6. 30 6085 Lacaille 5963 .... 5-5 22 31. 22 67.4 2 3.686 - 3 8 14 43-9 71.8 3 16.30 6086 DM. + 49, 2301 . . 10. O 14 22 38.45 64-3 2 + 2. 166 + 49 18 - 16. 29 6087 O.Arg. 8.13679. . . 7-5 22 38.87 64.0 5 3-456 - 26 12 36.5 62.5 2 16. 29 6088 B. A. C. 4798 .... 6.5* 22 42.43 65.0 3 3-OS2 + I 27 17.6 56.8 5 16. 29 6089 Lament 1702 .... 9.0 22 43.83 61.4 2 3- "4 3 5 38-6 68.4 2 1 6. 29 6090 6001 Lacaille 5967 .... Anonymous .... 7-5 8. 3 22 46.32 H22 40. ST. 63.5 66.4 2 2 3-599 + 3.444 - 34 3 21.5 - 25 29 8. 3 69.4 69.4 2 2 1 6. 29 - 16.29 wyu 6O92 O. Arg. S. 13683 . . O 8-5 ^y 33 22 51.86 *"' T^ 74-4 4 3-4I9 23 57 So- 5 74-4 4 16.28 6093 B.A. C. 4800 .... 7-3 22 58.63 63.1 3 3-431 - 24 41 23. o 68.7 3 16.28 6094 Weisse XIV, 422 . . 9.0 23 36. 73 60. 9 2 3- II6 3 10 27.5 58.1 3 16.25 6095 Lacaille 5975 .... 6-4 23 40.30 63-4 2 3-554 - 3i 33 45- 7 65-9 2 16. 24 6096 Weisse XIV, 423 . . 8.0 14 23 41.57 61.3 4 + 3- 143 5 10 41.4 58.4 2 1 6. 24 6097 O. Arg. S. 13694 . . . 7.0 23 46. 14 65-5 5 3.420 - 26 56 8. 7 67.2 8 16. 24 6098 O. Arg. S. 13697 . . . 7-7 23 57- 85 63.8 4 3-474 - 27 4 59. i 66.1 3 16. 23 6099 B. A. C. 4805 .... 6.0* 24 5-72" 60. i 4 2. 353 + 42 25 45.8 53-8 5 16. 22 6lOO O. Arg. S. 13702 . . . 7-2 24 5-87 63.2 5 3-458 26 9 37. 8 62.5 3 16. 22 6101 Riimker 4730 .... 8.8 14 24 15.41 59-4 2 + 3-051 + i 32 3-3 56.7 3 1 6. 21 6102 O. Arg. N. 14614 . . 24 39-44 61.4 2 2. 159 + 49 9 58.3 62.9 2 16. 19 6103 Mer. C. Z. 170, 74 . . 9.0 24 41.70 77-4 2 3-595 - 34 4 16. 19 6104 Mer. C. Z. 170, 75 . . 7-7 24 43. 78 77.1 3 3-595 - 34 6 . . 16. 19 6105 Weisse XIV, 445 . . 8.0 24 50.06 67.9 4 3.088 i 10 5.3 57-8 3 16. 18 6106 O. Arg. S. 13711 . . . 5-0 14 24 52.41 65.4 3 + 3-53 - 30 5 36- 5 67.4 3 - 16. 18 6107 6108 Lacaille 5988 .... p Bootis 6.8 4.0* 25 45.22 2C 4.7 71 63-3 67 I 2 JA 3-556 2 ?O? - 31 20 16. 7 4- 30 SQ K. o 69.1 61. o 3 c 16. 13 16. 13 6109 Anonymous . . *T* Q $ *J T/* * 26 7 QO VJ, 1 66.9 J^ 2 Jyj J C-1A. i o j y j -2O 4. j 16. 12 61 10 26 Bootis ... . . y j 6.0* / y 26 10. 67 68. i J' JJT- 2 7^6 j** T^ -(- 22 S2 4O. 3 S}. T i 1 6. n HIM Lacaille 5991 . . . . 7.0 14 26 14. 12 66.0 2 / J v + 3-626 I * j*" ^ v - o - 34 5 40- 3 jj j 66. 9 j 2 - 16. ii 6112 61 1 "i Lalande 26560 . . . y Bootis 7-5 t ** 26 15.49 26 26. 40 67.1 4.8 a. 3 I C 2.596 2.428 + 30 S 2 44- 7 4- -jg re 17 c 67.4 ?2 8 2 f 16. ii 16. 10 6114 Riimker 4739 .... j* j 8.8 26 46. 7 1 t\u. \ 62.4 J 3 3-5 2 T .}" JJ * / - J + i 28 6. i J*" 55-4 J 3 16. 08 6115 B.A. 0.4814 . . . . 7.0 26 58.30 59.6 6 3-36o - 19 49 22. i 57-6 N 16.07 6116 O. Arg. N. 14647 . . 8.8 14 27 4.06 64.9 2 + 2.086 + 50 56 26. o 57-4 2 - 16.07 6117 B.A. 0.4816 . . . . 6.0 27 37-00 47-4 2 2.454 + 37 34 45-9 73-8 3 16.04 I.MS Lacaille 6000 .... 7-5 27 37.02 63-4 2 3. 620 - 34 17 31-9 66.4 2 16.04 6lI9 Lacaille 5999 .... 5.8 27 40.09 69.4 3 + 3- 722 - 3 58 57- i 65-9 2 16.03 6l20 1 5 Urs; Minoris .... 4-3 27 52.02 62.8 ii o. 231 + 76 19 5-8 66.8 41 16.02 156 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. ij a | O 'o o Annual Precession, 1860. Mean Declination, 1 860.0. rt B C rt V s M o o 6 Annual Precession, 1860. h. m. s. s. o / // 6121 Weisse XIV, 503 . . 8.0 14 28 5.83 61.4 3 + 3- '46 5 '3 3-8 61.4 3 - 16. 01 6122 O.Arg. S. 13747 . . . 7.8 28 19.28 72.7 6 3-494 - 27 38 34.0 71.0 5 16. oo 6123 Mer. C. Z. 170, 78 . . 7.8 28 21. 64 66.0 2 3.620 - 34 10 53.6 68.4 2 16. oo 6124 M. Z. 242, 101 . . . . 7-3 28 31. 22 65-4 2 3.678 - 36 55 9- 7 68.9 2 15.99 6125 6126 Weisse (2) XIV, 603 . a Bootis 8.0 5- 28 31.36 14 28 35-OI 71-5 58.8 3 q 2-447 4- 2. 5QQ + 37 45 iS-6 4- 30 21 1 8. i 74-4 67.8 4 15.99 I C. QQ 6127 Lament 4429 .... 9-2 28 39.47 72.9 y 2 i jyy 3-049 + i 39 55-3 / ' * 68.4 2 15.99 6128 Weisse XIV, 5 19 . . 8-5 28 53.41 6o.'4 3 3- "7 3 10 6. o 58.5 2 '5-97 6129 Anonymous 8.5 28 54. 96 74-4 4 3-496 - 27 37 45.0 73-2 5 15-97 6130 RUmker 4760 .... 7.0 28 55.06 62.4 2 1.978 + 53 30 54-4 62. 4 2 15-97 6131 B. A. 0.4825 . . . . 6.0* 14 28 55. 10 47-5 6 + 2.457 + 37 14 32.6 47-3 2 15-97 6132 O. Arg. S. 13757 . . . 8.1 28 59.52 64-4 2 3-452 25 1 1 6. 4 67. o 2 15.96 6i33 O.Arg. 8.13758. . . 8.5 29 3. 61 76.4 3 3-497 - 27 41 22. 7 71. i 3 15.96 6134 Riimker 4761 .... 9.0 29 26. 14 59-4 2 + 3-048 4- i 40 4.0 58.4 2 15-94 6i35 O.Arg. N. 14695 . . 7-5 29 27.84 68.3 2 - o. 279 + 76 23 13.8 66.4 3 15.94 6136 Lacaille 6015 .... 6.0 14 29 35.85 69.5 3 + 3-7" - 38 10 57.8 68.4 2 - 15-93 6i37 B. A. 0.4830 . . . . 6.0* 29 45. 94 65-7 3 2. IO4 + 49 58 47- 9 54-4 3 15-92 6138 Weisse XIV, 540 . . 7.8 29 50. 89 59-9 3 3- "9 3 16 47-5 59-7 6 15.92 6i39 Lacaille 6020 .... 6.5 29 53.6o 64-3 3 3-635 - 34 39 54-4 69. i 3 15.92 6140 6141 Lacaille 6027 .... 3 Librae .... 6.5 6.6 30 49. 85 1431 17. 42 66.7 67. A. 3 3.598 _1_ i AAA - 32 46 14.4 24, 2C. 12 I 68.0 67 o 2 2 15.87 6142 B. A. 0.4838 . . . . 7-3 31 32.01 ^J* T- 67. 2 3 1 J' *T*T*T 3-474 - 26 6 55. 6 62.5 2 15-83 6i43 Lacaille 6035 .... 7-5 31 48. 64 63.4 4 3.482 - 26 31 30. 5 64.4 2 15.81 61-44 Lacaille 6040 .... 7-7 32 to. 62 63.2 3 3-523 - 28 41 41.5 66.4 2 15-79 6145 0. Arg. S. 13813 . . . 7-2 32 17-57 64.2 5 3.468 - 25 39 2.0 65.8 5 15-79 6146 O. Arg. S. 13814 . . . 8-5 14 32 22.41 64-7 3 + 3-468 25 38 33- 7 68.7 3 - 15.78 6147 Lacaille 6038 .... 5-5 32 25.96 66.8 3 3-661 - 35 3i 49. 2 73-4 3 15.78 6148 Lacaille 6047 .... 7-6 32 47- 95 64-5 5 3-472 - 25 49 29. 5 63-4 2 15-76 6149 B. A. 0.4841 . . . . 6.0* 32 56.95 60. i 6 2.266 + 44 14 5. 8 53-3 3 '5-75 6150 B. A. 0.4842 .... 5-3 33 16.51 69.9 4 3-701 - 37 ii 23.5 65.9 2 15-74 6151 Weisse (2) XIV, 696 . 8-3 4 33 25.93 63.0 3 + 2.723 + 22 47 11.5 64.9 2 - 15-73 6152 Lacaille 6051 .... 6.8 33 28. 87 66. i 3 3-534 - 29 5 43. i 69-3 5 15-72 6153 Mer. C. Z. 172, 118 . . 7-5 33 33-71 66.4 7 3-595 - 32 12 43. I 69.4 4 15.72 6154 Weisse XIV, 666 . . 8.2 33 36.53 60.4 2 3- "57 5 5' 19-7 58.4 2 15.72 6155 Lacaille 6053 .... 8. i 33 38. 77 63-2 3 3.528 - 28 45 12.3 68.4 2 15.72 6156 Weisse XIV, 608 . . 8.2 14 33 45- 58 69. i 3 + 3- 230 - 10 45 39. 9 58.4 2 - 15-71 6157 6158 Lacaille 6054 .... TT Bootis (ist*) . 7.0 33 48. 50 65.0 76 4. 7 3-595 2. 817 32 9 50. 8 1 j 7 j I 7 8 68.8 77 f 5 I C f\c\ 6159 if .Bootis (2d*) . 7 A Q 77 / w - *r 76 4. 2. 817 +17 I 12 7 77- 5 77 C 15. 09 6160 Lacaille 6060 .... 7-2 JT" :? J/ 34 13-72 / " *f 6 4 .I 4 3.500 1 / LAt J - 27 ii 8.5 77- 5 64.9 2 15.68 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 157 a Mean Right i 1 73 .2 ^ Mean S 1 a .1 . Name of Star. .y Ascension, ^ B Q rt U5 *O Declination, MM H 3 Q 1 f> 1 860.0. EM O 6 O < 2 1 860.0. \ O Q < i * X 3 S PH S h. m. s. S. / // - ,, 6i6i C Bootis .... 4.8 H-7A 27 Q6 7O. c. 4- 2 8?Q _|_ 14. jn Co. O 72.6 C Ay if. U Ji^ t, I . y\J / * j -j- wjy 5 ~ *5 p ^7 6162 O. Arg. S. 13856 . . . 7. I 34 5- 52 61.8 3 3-442 - 23 53 26. 8 59-9 4 15.65 6163 B.A. 0.4852 . . . . 5.0 35 6.26 69.4 4 3-649 34 34 7- 5 69.9 4 15.64 6164 6. i 35 8. 46 64. 7 q T. 4C.2 24. 27 < 1 C t >6. o 1C 67 v BMf J^ / y O ^ J T" j 5 J- 5 5 '5* ^3 6165 Lacaille 6064 .... 8.0 35 8.75 66.4 3 3.548 29 36 28. 3 67.9 2 15-63 6l66 Weisse (2) XIV, 751 . 7.0 14 35 23.40 71-4 3 -f 2.399 + 38 44 44.0 65.1 3 15.62 6167 Lacaille 6067 .... 8.0 35 26.02 62.4 2 3-545 - 29 23 48.4 68.0 2 15.62 6168 O. Arg. S. 13870 . . 8.2 35 26.59 61.8 3 3-443 - 23 51 38.4 59-9 4 15.62 6169 H Virginis 4. IJ 5C 41 17 62.8 6 3 146 C 2 C I 7 61 o i ^ 60 JJ *T* * / J- *V J J * J 4 6170 B.A. 0.4857 . . . . 6.4 36 14. 61 63-2 4 3-439 - 23 31 58.0 67.9 2 '5-57 6171 B. A. C. 4858 .... 5-8 H 36 24. 59 63-4 2 + 3-654 - 34 35 46. 3 71-7 4 I5-56 6172 KUmker 4800 .... 7.0 36 28.66 62.4 2 '959 + 52 50 16. 8 65-4 2 I5-56 6173 M.Z. 17, 25 7-5 36 48. 06 66.9 2 3.7I7 37 21 35.5 70.4 2 5-54 6174 M. Z. 165,35 9-5 36 55- 29 64.4 2 3-47 - 2 5 14 0.5 64-5 2 '5-54 6175 Weisse (2) XIV, 788 . 7-o 36 59. 72 71. i 3 2.426 + 37 21 18.0 65.0 3 '5-53 6176 Weisse XIV, 668 . . 8.0 14 37 o. 81 61.4 6 + 3.158 - 5 47 36. 5 58.4 2 15-53 6l77 34 Bootis . 6.0 77 l6 I 1 60. i i 2. 6^8 . . II T 27 7 30. o oo. 4 3 *5* 5* 6178 Lalande (F) 2523 . . 6-9 37 37-17 64-9 4 - '.874 + 80 15 49.9 66.5 2 15.50 6179 54 Hydra: (ist*) . . . . 6.0 37 54-22 64.4 8 + 3-465 - 24 50 46.8 67.5 3 15-48 6l8o 54 Hydra: (2d*) .... 7-6 37 54- 66 64.9 6 3-465 - 24 5 53-0 69.5 2 15.48 6l8l 6. i 14 38 14. 89 62 4 I C A ft *" T- i ~T~ j- y 14 52 i 9 69- 5 2 - i 5 . 40 6l82 Lacaille 6086 .... 5-5 38 19. 06 63-4 2 3.73 - 37 4i 46. 7 68.5 2 15.46 6l8^ 108 Virginis 6 * 38 22. 47 61. i g 7 Ol 7 1 C C*7 9. , * v. j T ' IS 37- 2 S?- 8 4 1 5* i ' ' 6184 Lamont 4482 .... 8.0 38 27. 25 69.4 3 3.069 + o 13 44.0 70.6 4 5-45 6185 DM. 4-27, 2416 . . 38 38.57 68.4 2 2.636 + 27 10 15.44 6l86 o Bootis ... 4 <;* 8 60. 3 2 _|_ 2. 8O2 T- J 4 j 4 * 3 + '7 33 33-2 53-3 3 15.44 6187 e Bootis (ist*) . 3 8 52. 25 63 2 624. . j. 3 T 2 7 4 2. 3 72. 5 2 '5-43 6l88 E Bootis (ad*) .... 2-3* 38 52- 39 54-6 222 2.624 + 27 39 58.6 S3-' 67 15-43 6189 55 Hydras 6. i 7O 14 4.7 71 n 347? jy i 't > *f/ / i . y *r/ - 25 2 2.5 70. o 4 '5-4 1 6190 Lalande 26923 . . . 7-5 39 22.34 68.4 2 2.508 + 33 23 o. 3 60. 9 2 15.40 6igi Lacaille 6099 .... 6.8 '4 39 3. 13 66. 4 2 + 3-Si' - 27 6 31.5 67.9 2 - '5-39 6192 56 Hydrae c r 7Q 74 O2 67 A ,- f:. j' j jy j^' y^ ^J- T- j- 49 - 2 5 29 53. 3 64-4 2 1 5- 39 6lQ7. 57 Hydras . . . c X s f)1 A 2 f .... Q i r iQ yj 5" 39 4'- ) * 7^ U J- *T 3 -49 2 20 3 25. o OO. o 3 I 5-3 6194 Lacaille 6100 .... 7.0 39 54- 26 66.4 2 3-679 -- 35 '5 13-7 69.0 2 '5-37 6195 M. Z. 242, no ... 8.2 40 9.63 68.4 2 3-721 - 37 2 44.6 67.8 3 15-35 6196 B.A. 0.4884 .... 7-2 14 40 22. 14 62.8 3 + 3-472 - 24 54 21.5 67.0 2 - '5-34 6197 Weisse XIV, 748 . . 7-3 40 23. 72 67.1 3 3.067 + o 18 43.7 65-5 2 '5-34 6198 B. VI. +37, 2573. . 7-2 40 24.23 7I.I 3 2.412 + 37 29 2.0 60.4 2 15-34 6199 O. Arg. S. 13951 . . 8.1 41 10. 98 68.5 3 3-45' - 23 40 43- 5 57-4 2 '5- 3 6200 B.A. 0.4888 .... 6.0 41 13-78 64.6 7 3-451 - 23 39 58. i 60. o 4 15-29 '58 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. | >^ C rt ^ 1 < O 1 Annual Precession, 1860. h. m. s. s. / // // 6201 6202 Weisse XIV, 759 . . Lacaille 6109 . . . . 8-5 7-o 14 41 16. 16 41 20. 60 61.4 68.9 3 2 + 3-I7I 3.609 6 31 14.5 3i 5 25.5 58-4 73-i 2 9 - "5-29 15.29 6203 6204 M. Z. 242, in ... ti Librae .... 9.0 4. S 41 22.56 41 38.87 76.4 62.2 2 8 3.720 ?. 281 - 36 48 36. 8 17 53 4Q. O 67.9 SQ. 7 2 4 15-29 i">. 27 lr*,wf 6205 Lacaille 6113 . . . . ^ J 7-o 41 40. 01 66.4 2 J 3-542 J O J Ty 1 28 27 o. 7 J7 / 66.9 2 J* / 15-27 6206 62O7 0. Arg. S. 13958 . . 58 Hydra: 7.8 ^.o 14 41 50.63 4 2 4.51 68.5 66.0 2 2 + 3-452 1. $22 - 23 38 8. 3 27 22 28.8 57-8 71.2 3 8 - 15.26 IS. 2S \J*,\Jj 6208 Lalande 27023 . . . J 7-2 42 31.06 68.4 2 J j 2.386 + 38 15 21.4 / 48.4 i J j 15.22 62O9 O. Arg. S. 13978 . . 7-8 42 38.07 65.0 5 3-53 - 27 44 28. 7 65.0 4 15.21 62IO 621 I Weisse XIV, 787 . . 8 Librae 8.5 6.0 42 38- 75 14 42 56. 86 65-4 6^.6 2 14 3-I72 -|- -3.71-2 6 34 49. 9 .IS 24. 44. 6 58-4 <;; 6 2 I J 15.21 I c. 20 6212 621 } Weisse XIV, 793 . . (7 Libnc . ... 7-5 I . O 43 o- 45 4^ 8. 3S WJ. V 66.4 s6 ? "f 2 222 1 J J J 3- 2 49 3 714 * j *-t *tt - ii 26 9. 6 15 27 26.8 JO- 6l. I C2 A 3 C7 J ** 15.19 JC In 1} 6214 Weisse (2) XIV, 932 . 8-3 ^J JJ 43 8- 49 J J 77.0 2 O* J"T + 2.423 + 36 38 2. 6 j*" *f 55-i Jl 3 "j" *y 15.19 6215 Lalande (F.), 2537 . . 8.0 43 I7-70 64.4 2 2.086 + 80 22 55.7 67,9 2 15-18 D2l6 Weisse (2) XIV, 936 . 8.0 >4 43 24-43 73-8 5 + 2.421 + 36 39 '5-4 69. 2 5 - "5.17 6217 B. A. .4897 .... 6.0 43 36. 69 69. o 2 2-378 + 38 23 22. 3 47-4 4 15. 16 6218 6219 O. Arg. S. 13996 . . 1 1 Libras 7-2 C r 43 43-48 4"? 4S. 64. 68.4 62. Q 2 2 3-457 ? 008 - 23 42 30. 7 I 42 47. 8 65.4 60. o 3 2 15- is IS. IS 6220 15. A. .4902 .... J J 6.0* t J TO * V T 43 56.71 *" y 60. 9 2 j' **y* 2.582 4 t t / ^ + 29 II 50. 1 53-4 3 * J* * j IS- 14 6221 15. A. C. 4901 .... 4-8 '4 44 4- 75 66.4 2 + 3- 739 - 37 13 28. 3 70.3 3 - 15.13 6222 6223 DM. + 37, 2578 . . Anonymous . . 8.0 44 I4-3I AA I 6 68.9 2 2. 406 2 4OO + 37 10 32- 3 -37 2 C.C 7 65-7 6c o 3 2 15. 12 1C 12 J 6224 6225 B. A. C. 4906 .... X 1668 6.0 6. 3 ft ' 44 57- 88 44 CO, 82 68.9 62 d 2 2 t^y 2.387 I . Q4 1 * j/ " Jj* 1 + 37 5 53- " 4- SI S7 10. 7 **j y 47-4 6s c 2 2 3* 15.08 IS. 08 6226 Lacaille 6134 . . . . J 7-5 ft j;/* * '4 45 29- 13 "*" T 65. I 6 -7T^ J + 3- 538 1 J j i y I - 27 49 47- 3 j- j 65. o 2 i J. --"J - 15-05 6227 B.A. C. 4910 . . . . 7-6 45 48. 20 62. 5 2 3-455 - 23 23 56.4 66.0 2 15-03 6228 Riimker 4840 .... 8.8 45 49.58 64.9 2 3-052 + i i 3'- 7 55-5 3 15-03 6229 Lacaille 6135 .... 6.7 45 50-48 67-. o 5 3. 660 - 33 34 2.4 73-o 4 15-03 623O B.A. .491 1 . . . . 6.4 46 3- 54 65.2 9 3-539 - 27 46 25. o 63.7 4 15.02 6231 6252 B. A. C. 4912 . . . . 12 Libraj . . . 5-3 6. o* 14 46 5- 40 J.6 12 7 C 63.8 S7 6 6 + 3-642 1 468 - 32 43 36- 7 24 4 o. 6 66.5 CO A. 2 jj - 15.01 15.01 v " ,}* 6233 O. Arg. S. 14042 . . . 8-5 *t w * *" / j 46 18.55 J/ u 67.0 2 J- 4-uo 3.538 - 27 42 3.8 J ' *T 67.4 2 15.00 6234 Weisse XIV, 872 . . 8-5 46 35-98 61.4 2 3.070 f o 8 56. 2 59-8 5 14.99 6235 Weisse XIV, 874 . . 8.0 46 39. 10 61.4 2 3.069 4- o 10 14. 8 59-8 5 14.98 6236 O. Arg. S. 14046 . . . 8.2 14 46 57. 10 68.4 2 + 3.565 - 28 57 39.3 66.4 2 - 14.97 6237 62^8 Lacaille 6152 .... Anonymous . . . . 6-5 O jfa "*-j* 6252 Lacaille 6178 . . . . 6.8 50 24. 24 2 3.762 7 J 33- 37 19 0.5 68.5 2 14-76 6253 Groombridge 2168 . . 8.5 50 49.52 60.4 3 2.214 + 43 25 31. 7 56.7 3 '4-74 6254 O. Arg. N. 14971 . . 8-3 50 51.19 68.4 2 2.003 + 49 42 3- i 70.7 4 14-74 6255 Groombridge 2169 . , 8.0 50 51. 36 59-9 2 2. 2l6 + 43 21 3'-7 56.9 2 '4-74 1 6256 B. VI. +43, 2448. . 8.2 14 51 1. 13 62.8 3 + 2. 199 + 43 52 50- 3 68.9 2 '4-73 6257 /} Ursse Minoris .... i. 7 51 9.27 53-9 155 - o. 254 + 74 43 39-o 56.1 123 14.72 6258 O. Arg. N. 14975 . . 8.6 51 16.24 68.4 2 + 2.002 + 49 38 56- 9 69.1 5 14.71 6259 Lalande 27298 . . . 9. o* 51 20. 1.810 + 54 U 48. i 70'. 4 2 14.71 6260 B.A.C.4937 . . . . 5-0 51 44.44 62. 4 2 1.979 + 50 12 6.4 71.8 5 14.68 626l Weisse (2) XIV, 1127 7-5 14 52 7.65 72.5 5 + 2.286 + 40 43 32- 6 70. I 3 - 14.66 6262 Weisse (2) XIV, 1130 8.8 52 8.51 73-7 4 2.286 + 40 43 43- 4 71.1 3 14.66 6263 Lacaille 6186 . . . . 6.0 52 21.40 69.8 3 3-773 - 37 29 53.9 70.5 3 - H. 65 6264 Weisse (2) XIV, 1139 . 8-5 52 22.51 7O. 2 3 2.285 + 40 44 19.3 69.9 2 14-65 6265 Weisse (2) XIV, 1147 . 8.2 52 43. 48 70-4 3 2.283 + 40 47 4- 3 70. i 3 14.62 6266 Weisse (2) XIV, 1 154 . 8.6 14 52 57.87 64.3 7 + 2. 1 88 + 43 58 28. 9 65-3 6 14.61 6267 O. Arg. N. 14996 . . 8.0* 53 0.61 76.4 2 1.489 + 59 56 37-6 73-5 3 14. 61 6268 Weisse (2) XIV, 1 162 . 8.6 53 14-04 67.4 2 2. 1 88 + 43 56 44- i 70.0 2 14.59 6269 Lacaille 6190 .... 5.8 53 19-44 63-4 3 3.686 - 33 48 S-o 69.0 2 14.59 6270 Lalande 27336 . . . 8-5 53 19-69 68.4 2 2. 360 + 37 47 35-' 60. 9 2 14.59 6271 Lalande 27340 . . . 9-o 14 53 27.01 68.4 2 + 2.360 + 37 48 3-4 60.9 2 - '-.5* 6272 Anonymous 8.8 1? 27 88 68.5 2 ? 64.^ - 21 C7 TC 7 fie McX jj */ ** J 1 J/ 1 J" 1 05. 9 2 5 6273 (5 Libra? 4-5* S3 29- 76 63.1 3 3- 200 7 57 38- 7 72.2 4 14.58 6274 O. Arg. N. 15005 . . 8.5 53 44- 55 66.4 4 1-537 + 59 5 21.0 61.7 3 14.56 627^ 60 Hydtte ...... 6.0* C7 4.6 2S 62 7 3f C I 07 -jf) if) 7 C 7 f\ ii l6 l*+i J Jj t" *O \if,. / JJ 1 *7 o u 1U * 7 57- 6276 B. VI. + 43, 2453 . . 9-3 H 53 53-'6 66.4 3 + 2- I8 5 + 43 56 - 14- 55 6277 DM. -(-59, 1662 . . . . 53 58.28 66.0 2 '535 + 59 5 48. 7 63-4 2 H-55 6278 Weisse (2) XIV, 1 1 83 . 8.7 54 1-72 66.7 3 2. 1 86 + 43 53 49-4 65.1 S 4-55 6279 B. A. C. 4941 .... 6.0 54 3-59 59-o 2 3-107 2 ii 50. 5 73-o 4 14-55 6280 Lacaille 6198 .... 5-4 54 25.72 63-9 2 3-650 - 32 S '7-9 65-3 2 H-S 2 1 60 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. 1 Mean Right Ascension, 1 860.0. Mean year. 4 O "8 d X Annual Precession, 1860. Mean Declination, 1 860.0. S B >> c S g & O *o o Annual Precession, 1860. 6281 5.6 h. m. s. 14 54 38. 91 62. i 6 s. + 3-5 o / // -f- o 24 57. 8 60. 7 3 // 14. t;i 6282 Weisse XIV, 1016 . . 8-5 54 42. 44 59-4 2 3-255 - II II 12. I 56.7 J 3 **T* J * 14.51 6283 Lacaille6l99 .... 7.0 54 49. 86 63.5 2 3.728 - 35 23 24.5 68.4 2 14-5 6284 Lacaille 6204 ( 1st *) . 8-5 55 14-73 62.8 3 3-549 - 27 17 6.0 67.5 3 14-47 6285 Lacaille 6204 (2cl*) . 55 15.13 62.8 3 3-549 - 27 16 59.9 68.0 2 14-47 6286 DM. -f 10, 2777 . . 9.2 H 55 40-52 70.4 3 + 2.901 + ' 25 - 14-45 6287 6288 B. VI. 14!", 107 ... 20 Libnx; . 7.0 3.6 55 41-78 55 53- 01 68.4 61. i 2 20 3-555 3. 500 27 30 35.8 24 43 44. 6 68.0 64. 4 2 2 14.44 14. 43 6289 (j Bootis 5- 5 55 58. 52 60. 4 2 2.628 4- 25 ^ 48. O C4. 4. 3 14. 43 6290 Tr. Z. 10, 4 7.8 56 6. 75 68.4 2 3.776 1 J OJ *t"- 37 8 17. 9 JT" *T 65.8 2 14. 42 6291 6292 DM. + 10, 2781 . . Lacaille 6215 . . . . 7.0 H 56 7- i? 56 11.88 65-5 63.0 I 2 + 2.898 3-561 + 1 3 6 - 27 44 52- i 62.5 2 - 14- 42 14.41 6293 6294 Weisse XIV, 1048 . . /? Bootis 7.0 3.0* 56 18. 68 56 40. 34 72-5 64. 5 4 8 3-244 2. 264 - 10 27 4. 8 -f- 40 56 39. 8 65.4 59. 1 2 5 14.41 14. 39 6295 Weisse XIV, 1063 . . 8.0 56 41.92 76.4 3 3-244 - 10 28 27.6 j y 73-4 2 14-39 6296 Lacaille 6218 . . . . 6.6 14 56 52.29 66.0 2 + 3.598 - 29 26 27. 5 71.4 2 - 14-37 6297 Lacaille 6219 .... 5-8 57 5-77 67.7 3 3.6U - 30 O 22. 2 70.5 3 14.36 6298 M. 7,. 113, 123 . . . 8.2 57 6.50 67.0 2 3-533 25 IS 6.3 68.1 3 14.36 6299 S 1683 (ist*) .... 7-5 57 9- 49 66.4 2 2-973 + 6 2 49. I 65.0 2 14.36 6300 2 1683 (2d*) .... 7-3 57 9-69 66.4 2 2-973 + 6 2 38. 4 65.0 2 14.36 6301 DM. + 10, 2783 . . 9-5 H 57 n-45 65.4 2 + 2.900 + 10 27 51.2 72-5 i - 14-35 6302 Weisse XIV, 1072 . . 9.0 57 18. 06 64.9 2 3-268 II 50 46. 2 57-4 2 14-35 6303 Lacaille 6221 .... 6.8 57 27.02 63.5 2 + 3-744 - 35 43 4- 8 69.4 2 14-34 6304 Groombridge22lo . . 7-5 57 28.68 65.7 2 12. 326 + 86 31 31.0 71-4 2 14-34 6305 O. Arg. S. 14230 . . 6.7 57 33- 88 64.4 2 + 3-513 - 25 14 30.8 69.9 2 14-33 6306 M. Z. 252,8 . . . . 7-' 14 57 58-5 64.4 2 + 3-448 - 21 51 28. 5 69.5 2 I4-3I 6307 B. A. .4963 . . . . ' 6.2 58 1.24 65.9 2 3.481 - 23 34 54. 9 62.5 3 14.30 6308 6309 B. A. C. 4965 .... Tr. Z. 28, 8 6-5 7.6 58 9. 82 58 13. 23 59-9 68.9 2 2 2. 128 3.656 + 45 " 35-8 TI ?4 2O. ? 63.5 6$. o 2 4 14.29 14. 29 6310 6311 O. Arg. S. 14246 . . ijj Bootis 6.2 5- 2 58 21. 92 14 58 26. 77 65.4 62.5 3 21 3-441 + 2. <;8l O* Jt ~ v * 1 J - 21 29 3.8 -4- 27 20 41. 8 "j * 71.9 64.. 4. 2 ? 14.28 14. 28 6312 Weisse XIV, 1091 . . 8.8 58 29.80 74-4 4 1 J J 3-249 1 / 7 ^J - 10 39 4.5 "*T* T- 71.4 O 2 14.27 6313 O. Arg. S. 14250 . . 7.0 58 34.00 70.8 3 3-536 26 1 6 47. i 68.1 3 14.27 63H 6315 Lacaille 6229 .... v 1 Libne .... . 7-2 S 2 5 8 37- 74 Cg AQ if) 63-4 62 7 2 3.668 9 -5 J7 - 3 2 21 55.7 j c A 2 40. 2 68.0 71 2 2 14.27 1 A ->t 6316 O. Arg. S. 14257 . . j 8.0 J^ 1 *ry- j u 14 58 49. 89 / 68.9 2 O' OJl + 3- 592 - 28 57 32. 7 / * * 73-2 li f > *-J - 14-25 6317 B. A. C. 4972 . . ~^-. 6.7 59 6. 70 66.4 2 3-484 - 23 39 1.2 62.5 3 14.24 6318 i Boolis(ist*) .... 7.0 59 10. oo 67.1 3 2.018 + 48 ii 59.6 70-5 3 I4-23 6319 i Bootis (2d*) .... 7.0 59.10.39 6 7 .I 3 2.018 + 48 12 2. 2 70.5 2 14-23 6320 Weisse XIV, mo . . 8-5 59 17-64 64.4 2 3- ioi i 47 26.9 72 7 3 I4-23 U. S NAVAL OBSERVATORY, 1845 TO 1877. 161 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. i >-, e rt 5 3 5-9 l mt y 63-7 3 J* /y* 1 + 3-697 JU J *J><|- 33 6 19.4 67-5 2 - "3-99 6352 Lacaille 6261 .... 7-o 3 5'-74 70-5 4 3-796 - 36 59 30. 4 66.7 3 "3-94 6353 6354 O.Arg.N. 15138 . . 8.0 0. C 3 59-34 4 3-86 65-4 60 c 2 2.040 ^ C22 -f 47 o 50.4 21 < 22 Q 67.9 68. 5 2 j '3-93 I 1 Q1 6555 f 1 Libras 7 J e. c* 4 14. 81 "y j 6l 3 28 j- j** -> 408 *o j ** y IQ 11 31 I co 8 g l j' yj 1 1 02 JJJ 6356 Z 1691 (ist*) .... J J 9-3 15 4 21.44 * * j 67.4 2 J ' / +'-' tJ + 3-155 *y *j oo* * 4 56 32- 2 jy- 70.0 2 1 o- y* - "3-9" 6357 S 1691 (2d*) .... 8-3 4 22. 25 65-4 4 3-155 - 4 57 2.6 69.8 3 "3-9" 6358 6ico O.Arg. S. 14349 . . . Anonymous . . . 7-9 7 8 4 28.89 446 4,8 67.6 71 I 7 6 3-525 3 800 - 25 9 16. i 77 o CQ c 69. o 68.4 2 13.90 n 88 O J 7 6360 B.A. 0.5001 .... / . v 6-5 t|.\J. t(.U 5 o-59 / 72.7 4 ,5* ^Jvyvy 2. 52O j/ u jy- j + 29 45 44. 3 66.0 2 1 j' "3-87 j. 84 11 162 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. Mean year. J3 lH O i Annual Precession, 1860. Mean Declination, 1 860.0. u rt o> ^ C i> a Jj O 'o O 25 Annual Precession, 1860. 6361 B. A. 0.4998 .... 6.5 h. m. s. 15 5 6.86 62. 9 2 s. + 3-492 / // 23 28 42. 9 62.5 2 // - 13-86 6362 Lacaille 6267 .... 6-5 5 'I- 2 ? 68.4 2 3.826 - 37 57 50- 2 65.0 2 I3-8S 6161 23 Librae 7- 4 5 18. 18 62.5 2 5-SI8 - 24 46 42. 3 72.0 4 I3-8S v j v j 6164. i 2 Librae 5.0 5 21.03 61.4 3 3-47 - 19 7 2.9 71- 7 4 13-85 \jj\jf 6365 B. A. 0.5006 .... 6.0 5 36- H 63.8 5 3-537 - 25 39 57-5 71.2 3 13-83 6366 O. Arg. S. 14362 . . . 8.0 15 5 39-35 64-4 2 + 3-534 - 25 31 27.6 70.4 2 - 13-83 6?67 I I upi . S. 2 ' 6 3. 18 56. i 7 3- 655 - 3 59 3 6 - 8 54-7 4 13.80 u jW 6368 Weisse XV, 79 ... J 7-5 6 3-33 60. i 4 3-35 - 13 29 47.2 59-4 3 13.80 6369 We'isse (2) XV, 140 . 8-5 6 32. 87 62.1 3 2.065 -f 46 o 37.0 58.8 3 13-77 6370 6^71 Weisse XV, 91 ... 26 Librcc , . 7-2 6.0 6 34. 19 15 6 40.09 59-7 68.7 3 4 3-39 + 3- 374 - 13 40 59- 2 - 17 14 34. 7 55-5 71.8 2 3 13-77 - 13- 7 6 ".}/ 6372 Weisse XV, 99 ... 7.0 6 48. 82 73-9 4 3.086 - o 48 27.4 71.4 2 13-75 6373 677/1 B. A. 0.5018 . . . . Anonymous 7.0 8.0 6 52.32 7 12.67 63-5 76. i 2 5 3-575 3.806 - 27 19 59.2 - 36 58 44. 2 67.5 70. 5 2 5 '3-75 '3-73 U J/T- 637S B. A. 0.5020 .... 6.5 / * "j 7 17-65 64.0 2 ? 3-570 - 27 4 27.9 66.5 2 13-72 6376 Lacaille 6289 .... 7-5 15 7 28. 28 65-5 2 + 3-863 - 39 2 22.2 69.5 2 - i3-7i 6377 O. Arg. S. 14402 . . . 9.0 7 43.80 67.4 2 3-436 - 20 24 58. 8 69-5 1 '3-7 6378 Lacaille 6293 7-4 8 0.44 63-5 2 3-834 - 37 55 36-2 69. 2 3 13.68 6379 6380 Lalande 27803 . . . 7 Serpentis 7-8 6.0* 8 2.64 8 13.88 68.5 62.4 2 2 2- 377 2.978 + 35 24 23. 8 -f- 5 27 40. 3 66.0 60.8 3 3 13.68 13.66 6381 B. A. 0.5026 . . . . 6-5 15 8 15.68 74-7 4 y i v + 2- 285 + 38 47 28. 3 47-7 3 - 13.66 6382 6181 B. A. C. 5027 .... 2 Lupi 7- i ?.o 8 36.42 9 19. 18 65.9 63.1 2 3 3-498 3.631 - 23 29 24.3 - 29 37 51.6 62.5 69.9 3 4 13.64 '3- 59 ^j^j 6384 6i8q O. Arg. S. 14421 . . . ft Libra; .... j 9.0 2. O* " 9 24- 48 9 28. 64 69.4 i;6.2 2 225 3-639 3. 22< - 29 57 33-8 - 8 51 49. 4 7'-3 49. 6 S 74 J3-59 I3-58 ^j^j 6386 6287 O. Arg. S. 14428 . . . 6 Bootis 6.7 $ O 15 9 48.34 Q ?I. S2 J 65-5 60. 4 2 2 J J + 3-434 2. 412 - 20 12 13. 7 + 33 5 20. 2 70. i 67.6 3 8 - 13-56 I3-5 6 "O / 6388 0. Arg. S. 14435 D 9-3 ? J j IO 14. 21 7 T^ 68.9 2 3-649 - 30 18 31. i 69.4 2 13-53 6389 6?QO O. Arg. S. 14436 . . . Anonymous 8.0 8-7 10 17.02 10 28. 73 65-1 68.4 3 2 3-438 3.8l8 20 20 41. 3 - 37 3 37. 3 68.0 66.7 2 3 13-53 13-5 2 Or* 6391 Lalande 27852 . . . 7-5 15 10 39.77 59-5 2 + 3-443 - 20 35 21.2 57-4 3 - 13-49 6392 B. A. C. 5039 .... 7.0 10 56. 98 64.0 2 3-507 - 23 45 2. i 63.1 3 13-49 6393 Weisse (2) XV, 237 . 6.2 ii o. 87 68.5 2 2.310 + 37 35 9-3 56.7 3 13-48 6394 Lacaille 6318 .... 7-2 II 25.72 66.4 2 3-751 - 34 24 45. 5 69. i 3 '3-46 6395 B. A. C. 5041 .... 7-3 ii 27.64 64.0 2 3.508 - 23 45 22.6 63.1 3 13-45 6396 Lalande 27880 . . . 7-5 15 ii 28.35 68.9 2 + 3-407 - 18 39 19.2 57-4 3 - '3-45 6397 O. Arg. S. 14459 . . . 8-5 ii 45.78 66.9 2 3-44 - 20 21 22.8 68.0 2 13-43 6398 Tr. Z. 168, i .... 9-5 ii 58.88 67.4 2 3-524 - 24 27 56.4 67.9 2 13-42 6399 B. A. 0.5048 . . , . 6.0* 12 7.84 60. 3 2 2.689 + 21 5 11.9 53' 3 3 13-41 6400 O. Arg. N. 15259 . . 7-7 12 9.OO 70.4 5 0.686 + 67 22 43. 8 72. 2 4 13-41 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 163 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. i C 1 IM O 6 Annual Precession, 1860. Mean Declination, 1 860.0. |j 4) 1 o i Annual Precession, 1860. h. m. s. s. / , // 6401 5 Serpentis c. c* 15 12 10. 13 60. 9 2 4- 5 032 4- 2 17 C2. 6 cfi n J J 1 J- W J^- D* 9 4 - 3-4i 6402 Lalande 27907 . . . 9.0 12 18.48 66. 9 2 3. 469 - 21 44 54.3 68.4 2 I3-40 6dO7 Anonymous . . . 8.8 12 IQ 72 7O I j -j 824. 7*7 C ,1 T J? 1 1 A "T'-'J i , iy. / m ' -> 67 5 4 1 - <> 73-4 4 '3- 4 6404 B. A. 0.5051 . . . . 7-5 12 23. ID 63-2 3 3-546 - 25 28 28.7 6S-9 2 3-39 6405 Lacaille 6329 .... 6.8 12 29. 46 63.8 3 3.842 - 37 42 3i-3 64.9 2 13-39 6406 Weisse XV, 210 . . . 9.0 15 12 37. 10 62.2 4 + 3-3 10 - 13 27 22. 9 71-5 4 - 13-38 6407 8.0 12 C. 7 80 68.4 -3 i 824 77 2 27 O 66. 7 s "t"/ ,>j- ^y **" *fr J j- tj^^f j/ * ^3- 9 *3* 3*^ 6408 28 Libra: 6.0 12 C7 66 63 4 2 3 780 17 78 cr 8 61. 6 if\ J / *"" "J ! *r o- j9 i 7 jo 5* " '3* 3^* 6409 Lacaille 6337 .... 6.8 13 12. 61 69.8 6 2.828 37 7 39- 8 66 8 3 13-34 6410 Weisse XV, 221 . . . 9.0 13 19-83 61.5 4 3-308 - 13 18 39-2 57-7 4 '3-33 6411 Lacaille 6342 .... 6-5 '5 "3 30-35 68.4 3 + 3.689 - 3' 40 57-7 66.9 2 - 13-33 6412 Lacaille 6343 .... 7-7 13 37-12 7i-5 3 3-752 - 34 12 7-2 69.7 3 13-32 64^3 Lacaille 6344 .... 7-2 '3 42-75 65-4 3 3.738 - 33 39 6.4 69.0 2 13-31 6414 O. Arg. N. 15272 . . 7-3 '3 52.65 62.4 2 2.052 + 45 3i 38-0 69-5 2 I3-3 6415 O. Arg. S. 14487 . . . 8-5 13 57. 65 72-7 4 3-647 - 29 52 23. 8 71.6 4 13-29 6416 Lalande 27996 . . . 7-4 >5 '3 59- 69 68.5 2 + 2. 28l 4- 38 17 47-4 61.5 2 -13-29 6417 6 60. 4 2 37IO I 7 17 47 A 56. 8 4 / 1 j / *"* . J1U * J 1 / Q(l . \J 4 13. 22 6428 O. Arg. S. 14508 . . 8.8 15 13.60 66.0 2 3-579 26 45 14. i 69-5 2 13.21 642Q o- Librae C, C 15 13. 64 60 < 5 7 77C - 14. VI H 8 70. o 2 17 21 wt^y 43 Anonymous ... 93 8.2 15 14. O7 7*** J 71 6 J C ,} J-}J 7. 872 T" J/ JO" 77 7 C7 O 66. 7 1 j. ^1 I 7 2O / * " J O- "J^ O/ J jj' w 6431 O. Arg. S. 14511 . . 9.0 '5 15 '9-37 69.4 2 + 3-573 - 26 27 31.0 67-5 2 - 13- 20 6432 B. VI. -f 41, 2594 . 15 23.24 76.8 3 2- 177 4- 4i 38 3'-7 71-5 I 13- 19 6433 B. A. C. 5066 .... 7-o IS 38.99 62.4 6 3-5i - 26 48 8. 2 69-5 2 13. 18 6434 Riimker 5048 .... 9-5 15 41.25 47-5 i 2. 172 + 41 45 7. 2 71-5 2 13.18 6435 Weisse XV, 265 . . , 8.0 15 43-62 59-9 2 3-320 - '3 50 45-9 72.4 2 13.18 6476 Anonymous 7 8 ic ic e.6 76 71 6 _|_ -5 8^2 I 7 ffi \j^.^\j / w j D j"- / v 1 1 . \j 37 2. z 72. o I j. iU 6437 O. Arg. S. 14513 . . 8-5 16 1.87 64.7 3 3-484 - 22 13 20. 3 68.5 2 13. 16 6438 Lacaille 6359 .... 7-4 16 4.63 63-5 2 3-851 - 37 40 7- 6 68.4 2 I3-I5 6439 50 Bootis e. e. 16 12. 39 59 -4 2 2. 405 -|- 33 26 10. 5 C7 A - "toy 6440 Weisse XV, 281 . . . J J 8.0 16 18.82 59-9 2 3-320 - 13 48 30.2 J J' *t 55-8 3 13- H 164 CATALOGUE OF STARS OBSERVED AT THE y .0 Name of Star. Magnitude. Mean Right Ascension, 1 860.0. ! d 03 S 1 6 Annual Precession, 1860. Mean Declination, 1 860.0. rt u C a V a 'o 6 Annual Precession, 1860. 5- h. m. s. 15 16 36.85 54-9 4 s. + 3-247 / // 9 48 59- 6 64.5 6 - 13- 12 6442 0. Arg. S. I453I 7-6 1 6 50.06 64.5 2 3-472 - 21 32 41.3 70.5 2 13. 10 , 8-5 16 55-39 73- 2 4 3-835 - 36 59 9.4 69.9 4 13. 10 6444 B.VI. + 55, 1744- 8. i 16 56. 22 66.4 6 1.580 + 55 49 42.4 69. o 2 13. 10 6445 Lacaille 6368 .... 7-6 16 57.24 64.9 2 3- 94 - 39 23 30. i 70.5 2 13.09 6446 Lacaille 6372 .... 6-5 15 17 7.97 70.9 2 + 3-8o8 - 35 58 34- o 69.0 2 - 13.08 6447 ii Ursx Minoris .... 5-5 17 14. 13 71-3 4 0. Ill + 72 19 54-4 69. 2 8 13.08 6448 0. Arg. S. 14533 7-5 i? I4-38 64.5 2 + 3-602 - 27 35 52.4 68.4 2 13.08 6.1AO Tr Z 12, 12 7- 17 20. 84 70.8 3 3-8I3 36 6 2. 7 70. I 3 13-07 6450 O. Arg. S. 14544 , . . 7-o 17 59.70 63-5 3 3.460 - 20 53 8. 8 69. o 2 13-03 6451 Lacaille 6376 .... 5-8 15 18 20. 75 67.4 2 + 3-819 36 16 23. 7 68.0 2 - 13-00 6452 O. Arg. S. 14548 . . . 7-o 1 8 22.83 67.0 2 3. 602 - 27 28 44. 7 69-4 2 13.00 6453 B. VI. + 64, 1064 . . . 18 24.79 50.5 2 0.901 + 64 52 8. i 5-5 2 13.00 6454 0. Arg. S. 14554 7-7 18 35-35 64-5 5 3-484 - 22 37.8 70.0 2 12.99 6455 Rumker 5070 .... 8. 4 18 56.77 71.1 3 2.254 + 3 8 39 2. 2 48.5 I 12.96 6156 Rumker 5072 .... 7-2 15 19 4. 10 65.1 4 + 2. 255 + 38 41 1 8- 5 63.0 5 - 12.95 6-U7 Anonymous . . Q <; 19 i i . 03 6q. O 2 3. 711 - 3 2 i 31. 5 63.4 i 12.95 6 8 /z' Bootis y j O. ^ 19 12.07 v y* * 66.1 17 2.278 + 37 52 11.4 S'-5 9 12.95 6459 Weisse (2) XV, 414 . y j 6.0 '9 !3-39 63.4 4 2.279 + 37 5 24.6 54-i 6 12.94 64.6O 5-5* 19 17.91 54-3 5 2.781 + 15 55 21.9 61.1 3 12.94 \jif~ns 6461 Lacaille 6382 .... 7.0 15 19 20.05 68.4 2 + 3-846 - 37 8 17.2 65.8 2 - 12.93 6462 Weisse (2) XV, 435 . 8.1* 20 3. 36 77-5 4 2.280 + 37 42 20.7 48.5 2 12.89 6463 Lacaille 6388 .... 6.8 20 13. 68 67.4 3 3.877 - 38 8 38.3 66.8 3 12.87 6464 O. Arg. N. 15361 . . 6.0 20 1 8. 77 60.7 6 0.984 + 63 50 31.8 54-4 3 12.87 6465 5- 3 20 21.96 63. 9 18 3-37 1 - 16 13 31.2 73- ' 5 12.87 6466 B. A. C. 5090 .... 6-5 15 20 29.08 63. 2 4 + 3- 626 - 28 22 34. 5 66.5 2 - 12.86 6467 B. A. C. 5092 .... 7-o 20 35.71 59-8 3 + 1-949 + 47 33 20. i 53-4 3 12.85 6468 yi Ursa; Minoris .... 3.0* 20 58. 75 67-7 4 o. 156 + 72 19 55-4 68.0 31 12.83 6469 Rumker 5093 .... 7-o 21 11.72 62.4 2 + 2.051 + 44 47 37- 8 69-5 2 12. 8l 6470 O. Arg. N. 15370 . . 8.0* 21 20-57 64.0 5 1-797 + 51 5 ii. 6 63-4 2 12. 80 6 10 Serpentis t C 15 21 34.0! 62 4. 2 + 3-3 + 2 19 50.4 61.8 5 - 12-79 6^72 MZ 24. Q J. 3 7 5 21 34- 57 *'* *T 68.4 3.854 37 12 14. 6 65.8 2 12.79 Ui +/ * 6473 Radcliffe, 3387 . . . / * j 7-3 21 36.81 72.8 5 2.060 + 44 29 49-4 73-7 5 12.79 6j.7 A Anonymous 8-5 21 44. 59 7O. 2 4 3. 712 - 31 49 0.7 67.4 2 12.77 ^'T/T' t Draconis .... 4C 21 49. 19 / *" 6;. 4 2 1-325 -f 59 27 25. 3 64.1 5 12.77 6476 Tr. Z. 15,22 .... J 7-8 15 21 51.48 j *t 69.4 2 + 3-745 - 33 5 44- 6 64.0 2 - 12-77 6477 Weisse XV, 400 . . 8.2 22 8.52 59-8 3 3-336 - H 19 44- i 55-8 3 12.75 6478 Lacaille 6405 .... 6.0 22 29. 62 63-9 2 3-748 - 33 20 12. i 66.5 2 12. 72 6479 Lalande 28213 7-2 22 34.82 68.5 2 3-477 - 21 23 45. 3 63.0 4 12.72 6480 f 3 Librae 6.0 22 46. 7"; 76. 5 2 3.371 - 16 7 35. 2 68.5 2 I2.7O V* / J / * J U. S. NAVAL OBSERVATORY, 1845 TO 1877. - Number. Name of Star. v a 3 So Mean Right Ascension, 1 860.0. 8 >* 5 s, 1 IM O o fc Annual Precession, 1860. Mean Declination, 1 860.0. i x i s JS o 'o 6 Z Annual Precession, 1860. h. m. s. s. / // // 6481 B. VI. I5, 32 .... 7.6 15 22 53.67 64.8 3 + 2.515 - 23 10 19.3 69.0 2 - 12.70 6482 Anonymous 9.0 23 o. 3-723 - 32 8 37.4 67.0 2 12. 69 6483 Lacaille 6406 .... 7-5 23 1.62 71-5 3 3.855 - 38 8 19. i 65.5 3 12.69 6484 Lacaille 6409 .... 6-3 23 5.82 64.2 4 3-739 - 32 23 56.9 68.0 2 12.68 6485 Weisse (2) XV, 518 . 5.8 23 19.07 62.0 2 2. 226 + 39 12 32.7 70.0 2 12. 67 6486 Lacaille 6410 . . . . 7-7 15 23 26. 37 66.4 2 + 3- 870 - 37 35 24- i 72.8 3 - 12.66 6487 O. Arg. S. 14614 . . 7-5 23 39. 16 76.4 4 + 3-6i7 - 27 41 8.3 72.4 3 12. 64 6488 B. A. C. 5140 .... 6.0* 23 59.72 62.0 8 -23- 539 + 87 45 48.3 72.0 12 12.62 6489 B.A. C. 5105 . . . . 7-i 24 o. 18 64. o 4 + 3-522 - 23 24 1.5 64. o 2 12.62 6490 O. Arg. S. 14624 . . 8-5 24 1.45 56.0 S 3.481 21 29 10. 4 56.3 6 12. 62 6491 B.A. 0.5109 .... 6.5* 15 24 34-5 64.5 2 + 3-434 - 19 II 25.3 57-4 3 - 12.58 6492 Weisse XV, 444 . . 8.2 24 43. 10 64.9 4 3-239 - 9 6 25. 3 65-5 3 12-57 6 493 6494 Anonymous Anonymous 7- i 8. 5 24 43-47 24 45. 62 68.4 77 <; 3 2 3-862 -2. 74.1 - 37 9 46. o 12 42 4.8 I 69.0 6q I 3 12.57 12 S7 6495 B. A.C. 5110 .... J 7-3 24 46. 94 / / j 62.5 2 J / T 1 3-565 ,}* *t*- !*" - 25 19 19.9 vy. A 61.0 4 J/ 12.57 6496 Lacaille 6415 .... 5.8 15 24 48.32 64.9 2 + 3-934 - 39 35 25- 2 68.5 2 - 12-57 6497 Lacaille 6420 (ist*) . 7.0 24 52. 23 63.1 3 3-536 - 24 o 38. 7 69.5 2 12. 56 6498 6499 Lacaille 6420 (2d*) . <,' Librae 6.8 5. S 24 52. 82 25 O. Q2 63.1 60. 4. 3 2 3-536 1 -578 - 24 o 43. 5 l6 22 31. I 69.5 6Q $ 2 2 12. 56 12 55 6500 Radcliffe 3398 . . . j j 7.0 j y 25 20. II Uf, :\ 66.2 2 J J/ *" '543 + 55 40 33. 6 **y j 70.5 2 *" jj "-S3 6501 Lacaille 6421 .... 6.8 15 25 24.04 67.1 4 + 3-742 - 32 41 42.4 71-5 2 - 12.52 6502 Weisse (2) XV, 571 . 7-5 25 31-42 68.5 2 2.236 + 38 38 40. i 73-5 3 12.52 6503 6CO4. B.A. 0.5117 .... II Serpentis . . 6.6 6. o 25 36. 28 2C AC c-i 66.5 AS A II 2 3-551 i 085 - 24 38 4. 6 O 4.2 71 4. 71.6 70 ? 8 2 12.51 I 2. "JO v J^T- 6?O5 v l Bootis 1. 5 *"j Iv 1 jj 2$ CA. OO 'tj' T- 6i d 2 j- v j 2. I C 3 T 1 ** J * f ~\- 41 18 42. 9 /' J< j 7O O 2 12 4.Q J J 6506 6?o7 Lalande 28347 . . . 36 Librae j j 6.8 6.0 "j J*T* *"* 15 26 2.83 26 8.52 T" H 69.4 62 e. 2 2 J J -j- 2.281 -1 6lQ + 37 5 46.o - 27 "?4. IQ 4. / 65.4 66 q 3 2 "' T-7 - 12.48 12 4.7 j i 6508 6coo Lalande 28320 . . . Anonymous . . 8.0* 8 q 26 15.63 26 71 27 w*.. 3 47-3 68. 5 2 2 j. wy 3-309 ? 726 "/ JT" y 1 T- - 13 45 19-0 71 C6 2Q 6 w. y 47-3 70. 8 2 7 ' T 1 / 12.47 12 4.C. J 7 65IO 37 Librae * 7 A, O ** j* *j 26 7 I . 4.Q 47 8 j- / w 7. 24.Q j 5** ^-y- w q 74. c c . 4. 64.. 7 J 6 ** tj 12. 4.t; " J * 6;i i B. VI. i eh 57 . *f. ** " o * *ty 11 26 4. C. 77 T 1 / * u 60 H j O- *t:/ 4- ?. 5^5 7 JT J J ' *T 27 4.1 T J *TJ 12. 4.7 j 6CI2 V Bootis e c* * J *"' TO- Jj 26 4.6 76 *y j tn c 2 n^ j joj 2. 148 J T* -4- 41 22 77 7 ^7. 1 7 T^J 12. 4.7 v J * 6513 O. Arg. S. 14665 . . . J J 7-3 *.U if.1^. JV^ 26 47. 43 jV- J 74-3 8 3-553 I T^ JJ J - 24 37 57-3 Jj j 70.3 O 6 *" T^J 12-43 6514 B.A. 0.5127 .... 7.0 26 48. 66 62.8 2 3-644 - 28 34 39. 2 66.5 2 12.43 6515 B.A. 0.5128 .... 7.0 26 54. 98 62.5 2 3-567 - 25 15 42.3 60. 5 2 12.42 6516 O. Arg. S. 14669 . . . 8.9 '5 27 14-45 71.2 3 + 3-624 - 27 44 2. 2 68.0 2 - 12.40 6517 O. Arg. S. 14674 . . . 8.2 27 18.38 73-8 3 3-555 - 24 40 43. i 67.5 2 12-39 6518 6519 Lacaille 6439 .... 5.8 27 24.84 27 25 2J. 62. 9 72 H 4 2 3-745 3 r -ic - 32 37 20.6 21 4O 68.5 2 12-39 12. IP 6520 B.A. 0.5133 .... 6.0 1 *.j ^t 27 40.63 / * 3 65.9 2 J- j jj 3- 6 44 *J t v - 28 31 44.9 69-^ 3 jy 12-37 166 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1860.0. |M 3 S, g % a s s 1 "S 6 K Annual Precession, 1860. 6521 4. 1 h. m. s. 15 27 41. 94 59.8 20 s. + 3-34 1 / // 14 19 12. I 62.4 4 // - 12.37 6522 8.8 27 45. 3-535 - 23 43 46. 3 66.5 2 12. 36 6523 6524 6525 6526 Lalande 28391 (ist*) . Lalande 28391 (2d*) . Tr. Z. 28, 18 .... 8-5 8.0 7-8 8.4 27 56.03 27 56.51 27 58.46 15 28 0.72 66.4 66.4 68.9 68.9 2 2 2 2 2-531 2-531 3-735 + 3- 733 + 27 ii + 27 10 54.6 32 10 5. i 32 6 46. i 74-1 65-5 65-5 3 2 2 '2.35 12-35 J2-35 - 12. 35 6527 eszs Tr. Z. 21,9 5-4 28 24. 28 31.96 61.6 7 3.9*5 3- 625 - 38 37 22. 3 27 40 4. i 68.2 7O. 2 3 4 12.32 12. 31 6S2Q 9- 5 28 40. 50 73- 5 2 3- 5 02 - 22 8 8.5 57.4 2 12. 30 6S30 6C7I B. A. 0.5142 .... 6-5 8.5 28 42. 78 15 28 43. 17 66.4 69. 4 2 2 3-588 -)- 3. 732 - 26 I 34. I - 32 i 2. 3 66.6 7O. 2 2 3 12. 30 - 12.30 6532 6?11 a Coronae Borealis . . . 2.O* 8.8 28 45. 61 '8 59 \\ 56-3 68.5 227 2 2.529 3- 59 + 27 II 17.9 - 22 26 30. 9 50. 9 57-4 92 2 12. 29 12.28 6534 651? B. A. 0.5145 .... r 3 Serpentis 6-3 6.0* 29 4.94 29 12.06 64-5 59- 7 2 3 3-584 2. 726 - 25 48 47- 5 -f- 18 7 26.0 64.5 53-3 2 4 12.27 12. 26 6C76 6.6 15 29 20. 66 64. 5 2 + 3- 49 2 - 21 39 9. 6 69.5 2 - 12. 25 6537 6538 6539 6540 6541 6^42 Lacaille 6447 .... Lacaille 6448 .... Lalande 28414 . . . B. A. 0.5149 .... Radcliffe 3411 . . . 40 Librae 7-5 6.7 6.0* 6.9 6-5 1. ^ 29 2 1 . 03 29 30.21 29 34-57 29 45.47 '5 3 3-39 IO 1. Q2 64.4 64.4 56.7 63-4 62.4 62. 5 2 2 3 4 2 2 3.920 3-9I9 3-5I5 3.629 + 2.028 1.688 - 38 41 46. 5 - 38 39 52. 9 - 22 40 26. 3 - 27 44 31.5 + 44 31 58.8 - 29 18 50.0 66.4 66.4 54.0 64.8 67.9 70. i 3 3 4 3 2 3 12. 25 12. 24 12. 24 12.23 - 12. 21 12. 21 6543 6C4.A fi Coronas Borealis . . . 5.0* 30 6. 56 ?o ii. 1 8 60.8 CO 4 3 2 2. 198 2. CJ4 + 39 28 36. 5 22 35 14. 5 56.0 51. 5 2 12. 2O 12. 17 6545 61546 Lalande 28453 7.0 8.5 30 44. 17 i; 10 si . 2 1 60. 9 74-. 5 2 l 3.401 4- 1- 844 - i? 2 7-4 - 35 58 35- 1 55-7 72.4 3 4 12. l6 - 12. 15 6^47 41 Librae t i. s IO ^ 1 . 24 6;. o 2 1. 414 - 18 50 17. i 68.5 2 12. 15 6^48 i/ l Lupi . 4.8 IO ^2. QI *6. Q 4 1.788 - 33 57 5. 5 58.9 2 12. 15 6549 6SSO Radcliffe 3415 . . . Anonymous 8.0 7. 5 3 57-97 -3Q C.Q. 06 63-9 64 7 2 9 2. I7O l-8l7 + 4 '7 38.3 15 42 41. I 68.5 70. 5 2 2 12. 14 12. 14 6551 6552 6SS3 6554 6SSS 6556 6557 Tr.Z.29,4 Radcliffe 3416 .... B. A. 0.5163 . . . . Lalande 28466 . . . O. Arg. S. 14736 . . . Weisse XV, 585 . . . Anonymous 9.0 7-5 7.0 6.0* 9.0 8.2 8. S '5 3 59- 73 3' 3-62 3 7-52 3' 7-58 31 19.85 IS 3i 27.34 31 v>. 8z 76.4 63-9 63-4 S-4 64.4 62.0 68. <; 2 2 2 3 3 3 2 + 3-9'i 2. 170 3- 6 '9 3-5'7 3-532 + 3-097 1. 512 - 38 Ij 0. 2 + 40 15 55- I - 27 1 1 0. 2 - 22 41 19.9 - 23 20 24. 8 i 19 28. 7 22 25 56. 7 67.4 65.1 68.0 57-4 67.5 55.8 66.1 2 3 2 5 2 3 - 12. 14 12. 14 12. 13 12. 13 12. 12 - 12. II 12. IO 6558 6SS9 6560 Lacaille 6473 .... Lacaille 6471 .... 42 Librae ' 6.5 6.4 C A 31 34^5 31 50.28 32 O 67 64.5 64.6 6l 2 2 6 3.706 3-953 1 C71 - 3 45 15- 2 - 39 3 27.6 21 21 15. O 69.8 66.0 61. o 3 2 6 12. IO 12.08 I2.O7 3-iJj U. S. NAVAL OBSERVATORY, 1845 TO 1877. 167 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. 1 a rt u 'I o o Annual Precession, 1860. Mean Declination, 1 860.0. a 'o 6 Annual Precession, 1860. h. m. s. s. / // ,, 6<;6i 5-5* 15 32 48. oo 59. 4 3 + 2. 148 + 40 48 38. 5 53-3 4 - 12.01 VJWi 6<;62 J J 8.8 32 55. 62 73-6 5 3- 37 - 15 32 18.3 71.9 2 12. OO \jj\j*. 6563 B. VI. + 38, 2683 . . 7-o 32 57-97 7-5 3 2. 22O + 38 29 15.5 47-8 3 12. OO 6564 B. A. 0.5167 . . . . 7-4 32 58-04 62.5 2 3.662 - 28 50 40. 8 7i-5 4 12. OO 6565 Weisse XV, 620 ... 9.0* 32 58.52 61.4 3 3- I0 7 i 52 12.9 56.4 2 12. OO 6566 DM. +43, 2514 . . 9.1 15 33 8.70 76.5 2 + 2. 065 + 43 13 52-0 73-5 2 - -99 6567 DM. + 43. 2515 . . 8.0 33 18.39 76.6 5 2. 064 + 43 H 29.8 72.5 3 11.99 6568 M. Z. 14, 43 7-5 33 3 I -3 65.1 3 3-832 35 18 21. 2 68.5 2 11.96 6569 B. A. 0.5171 .... 7-4 33 32-78 64.4 2 3.880 36 58 18. 7 65.9 2 11.96 61570 5.4 33 46. 24 56. 9 4 3.803 - 34 15 26.0 58.4 2 .11.95 6571 Weisse XV, 637 ... J * T 9.0 '5 33 48.44 59-4 2 + 3- 362 - 15 6 21. o 58.4 2 - 11-94 6C72 5.O 33 53' 9 64.0 8 3- 447 - 19 13 17. 8 71.0 4 II. 94 "j/ 6573 Lacaille 6491 .... J 6.5 33 54-So 64. i 3 - 3 1 44 -7 68.9 2 11.94 6574 Coronae Borealis (1st*) 6.8 34 5-86 73-7 5- 2-259 + 37 5 36.6 47-4 2 11.92 6575 { Coronse Borealis (2d*) 5-5 34 6.30 73-7 5 2.259 + 37 5 32.3 47-3 6 11.92 6576 Weisse (2) XV, 822 . 8.0 15 34 6.80 75.0 4 -f 2.063 + 43 '9-2 71-5 4 - 11.92 6577 Weisse XV, 644 ... 9.0 34 9.98 59-5 2 3-362 - 15 6 52.1 58.4 2 11.92 6578 0. Arg. S. 14787 - - 9.0 34 IS- 02 66.3 2 + 3- 399 - 16 55 24.0 62.5 2 11.91 6579 Schwerd 919 .... 9.0 34 20. 68 67.0 2 3- 182 + 80 14 14.8 7i-5 3 11.91 6?8o T** Serpentis .... 6.0 34 32. 85 57. c 2 -t- 2. 7i;4 -|- 16 28 45. 6 6q. O 2 11.89 J i J 1 / JT^ \jy. V* 7 6581 Radcliffe 3431 . . . 7.0 15 34 43-28 70.8 6 -|- 2. 062 + 43 9 5-4 72-3 5 11.88 6582 Lacaille 6495 .... 6.8 34 46. 66 68.5 2 3- 696 30 5 5-9 70. I 3 u.88 6583 B.A. 0.5184 .... 7-5 34 54- 06 61.8 3 3-372 - IS 33 42. i 60.7 5 11.87 61584 10. o 35 6. 49 65.4 2 3. 407 17 14 52. 7 58.4 3 11.85 6 8 S- 5* 35 12. 24 60. 4 2 2.817 + 1 3 1 7 56- i 54-4 3 11.84 6586 Weisse (2) XV, 862 . J J 6.8 15 35 I3-56 68.5 2 + 2.230 + 37 58 15-5 60. 4 2 - 11.84 6587 Lalande 2864! . . . 7-7 35 '5-84 69. i 3 2.245 + 37 28 14.3 47-4 2 11.84 6588 Lacaille 6499 .... 6.7 35 20.39 67.4 3 3.724 - 3 1 9 9-5 70.8 3 11.83 6^80 M Z 28 4 .... 8.2 35 26.88 65.5 2 3. 702 - 30 15 50. i 70. 4 2 11.83 6590 Lalande 28607 . . . 6.8 JJ 35 33-67 J J 71.8 3 3.272 - 10 28 21.9 56.8 3 11.82 6591 Lalande 28617 ... 7.2 15 36 1.05 61.4 4 + 3.391 - 16 25 21. 8 01. I 4 - n-79 6(02 B VI I5 h 53 ... 36 6. 29 65.1; ., 3. 70} to 14 2}. T 67.7 4 11.78 6 5. 7 36 12.09 J J 63. i 6 J. / J 3- 367 j v m t j 1 j - 15 13 24.9 71. 2 5 n. 77 , Anonymous .... J 1 8.5 36 35. 17 64. 5 2 3-382 - 15 57 : 9- 69. 9 2 ii. 75 6595 Lalande 28740 . . . J 7-5* 37 4- 82 5 o. 606 4- 66 14 46.4 73-i 5 11.71 6596 B.A. 0.5195 . . . . 6.0 15 37 8.60 62.9 2 + 3-689 - 29 35 52. i 71.7 4 - 11.71 6597 0. Arg. S. 14835 . . . 9.2 37 12.98 66.0 2 3-534 - 23 3 50.9 60. o 2 11.70 6cq8 2. 3* 77 22. IP 56.1 237 2.941 -4- 6 52 6. 9 50. 2 71 11.69 wjykj 6599 O. Arg. S. 14839 . . . 8.3 J 1 jy 37 29. 12 64-5 3 3-518 - 22 l8 35. 2 64.4 2 u.68 6600 B.A. 0.5198 . . . . 7-7 37 4I.7P 63-5 2 3-641 - 27 37 10.4 70.4 3 11.67 1 68 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. | >^ C V S 1 IM 6 Annual Precession, 1860. Mean Declination, 1 860.0. rt P >> C ri V s 1 *3 6 Z, Annual Precession, 1860. h. m. s. s. / // // 6601 Lalande 28697 . . . 7.0 '5 37 54-25 61.0 2 + 3-394 - 16 30 30.4 56.4 2 - 1 1 . 65 6602 Lacaille 6517 .... 6-5 38 5-09 65.4 2 3-836 - 35 4 9-7 68.0 2 ii. 64 6603 O. Arg. S. 14851 . . . 9.0 38 6.27 66.2 2 3-445 - 18 55 26.0 66.5 2 II. 64 6604 M. Z. 14,47 7.0 38 6.67 65.4 2 3-837 - 35 4 36- 5 68.0 2 11.64 6605 O. Arg. S. 14855 . . . 8.5 38 23. 66 69.9 2 3-593 - 25 31 59.4 69.8 3 11.62 6606 O. Arg. S. 14861 . . . 9.6 15 38 37-40 67.4 2 + 3-592 - 25 29 59. 5 69.8 3 - ii. 60 6607 O. Arg. S. 14864 . . . 7-4 38 51.60 68.4 2 3- 620 - 26 38 55. 5 65-4 2 1 1. 60 6608 Lacaille 6522 .... 6.8 38 52- 30 65-9 2 3.902 - 37 14 ii. 3 68.5 2 11.58 6609 O. Arg. S. 14871 . . . 7-5 38 58.98 64-5 2 3-59 1 - 25 25 43.0 67.5 2 11.58 6610 Weisse XV, 744 ... 8.0 39 14.70 59-4 2 3-36i - H 47 S 2 . i 57-4 2 II. 56 6611 Weisse (2) XV, 973 . 7-5 15 39 18.01 68.5 3 + 2.219 + 37 58 37-4 61.4 2 - 11-55 6612 Lalande 28726 . . . 8.0* 39 19. 86 61.4 2 3.420 '7 39 9-5 62.0 2 11.55 6613 B. VI. I5 h ,63 .... 8-3 39 21.63 64-5 2 3-487 - 20 47 44. 6 67.5 2 11.55 6614 B. A. 0.5211 .... 7.8 39 3- 93 64.0 4 3-595 - 25 32 59.9 62.5 4 11.54 6615 /3 Serpentis 4-5 39 43- 73 69. 2 4 2. 761 + 15 5' 43-6 68.5 2 11.52 6616 O. Arg. S. 14882 . . . 9.0 15 39 45-05 66.8 3 + 3-454 - 19 15 55-6 66.5 2 - 11.52 6617 B. A. .5215 .... 7-5 39 48. 15 68.8 3 3-663 - 28 21 8. 8 71.2 4 11.52 6618 B. A. C. 5220 .... 6.7 40 9. 02 64. i 5 3-546 - 23 23 53.0 61.4 II 11.49 6619 B. A. 0.5221 . . . . 6-5 40 14. 88 63-4 2 3.681 - 29 2 53. 9 67-5 2 11.49 6620 O. Arg. S. 14904 . . . 9-3 40 43.42 66.5 2 3-449 - 1 8 58 42. 4 62. 9 2 "45 6621 it Serpentis 6.5 15 40 47. 26 59-5 2 + 2. 787 + H 32 57-6 53-3 3 - 11.45 6622 Lacaille 6541 ... 7-5 40 53-38 63-5 3 3.768 - 32 22 29. 9 71.8 3 11.44 6623 O. Arg. S. 14909 . 8.9 40 55. 90 66.8 3 3-458 - '9 23 4- I 66.0 2 11.44 6624 Lalande 28766 . 8.0 41 4. 29 61.0 2 3-435 - 18 16 16.0 59.1 3 "43 6625 Lalande 28799 . 8.2 41 9. 15 68.4 2 2-247 + 36 53 15-0 65.5 3 11.42 6626 Lalande 28801 6.5 15 41 10.79 68.4 2 + 2. 247 + S 6 52 49- 9 65.5 3 - 11.42 6627 Radcliffe 3448 . 7.0 41 26.99 62.4 2 2.O50 + 42 54 17-6 71.7 3 11.40 6628 Weisse XV, 789 . 8.5 41 45.28 47-3 3 3-349 - 14 6 29.0 47-3 2 11.38 6629 Weisse (2) XV, iOj s . 7.0 41 56. 12 7i-5 2 2.464 + 28 54 5- 9 7i-4 3 ii. 36 6630 6631 Weisse XV, 792 ... X Lupi 8.8 S. o 41 56.23 I C 42 4. C I 72.7 41 8 3 6 3-355 + 7 7Q7 - 14 23 36. 4 3 1 1 1 4.8 60.4 72 4. 3 11.36 II K 6632 B. A. 0.5228 . . . . j 6.5 * j t m ^ j 42 8. 99 *TJ- u 63.8 6 J' i7J 3.606 jj * * *r w " T" - 25 51 33.5 /*-<* 63.7 4 * Jj n-35 6633 6674 Lalande 28834 . . . fi Serpentis . . . 7-7 A C 42 13-55 4.2 1 8 O7 73-o 61 >; 4 2. 222 31 7fi + 37 37 0- 7 CO CC 6 61.4 60 C 2 2 ii-34 M'JA JT^ 66-!? K Serpentis ... . . *T* 3 4 0* T-* 1y- .> nc i + 1 Cn/i i 1O J4 ,54 7C In 9 t ^ jj' 4 7n c ' JJ II ^2 WJV 6637 Lacaille 6555 .... J* J 6.8 1 J T* JO" u / 42 42. 39 U D- l 66.4 2 o- j94 3-769 z j 19 i 3 - 32 '5 35-2 /" S 66.5 2 1 1. jl 11.31 6638 Weisse XV, 818 . . . 7-9 42 45- 98 73-8 3 3-125 2 44 53. 5 73-5 2 11.30 6639 B. A. 0.5236 . . . . 6.0* 42 48.32 60.3 2 2.470 + 28 35 16.4 53-5 3 11.30 6640 Weisse XV, 825 ... 7-7 43 5- 84 74-i 3 3-123 2 37 36. 3 63-4 2 11.28 U. S. NAVAL OBSERVATORY, 1845 TO 1877. Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. ta rt u e rt o JJ o "o d 111 <5 2 *" OH Mean Declination, 1 860.0. 9 p d 3 V 3 1 O d a H I d ^1" h. m. s. S. / // 6641 Weisse XV, 828 ... 8.0 15 43 18.03 60. I 3 + 3.278 - 10 33 49. o 55-8 3 - II . 26 6642 B. A. C. 5240 .... 6-4 43 34-57 63.2 4 3.697 29 27 28.9 65.5 2 II. 25 6643 Lalande 28838 . . . 7-5 43 34. 84 59-4 2 3-443 18 30 43. i 56-5 2 II. 25 6644 A Corona; Borealis . . . 4-5* 43 43- 24 76.5 3 2. 520 + 26 29 57. 7 69.0 2 11.23 6645 6646 Lamont 1911 .... Lalande 28847 9.0 43 44-44 15 43 49. 5 1 68.5 46. 2 2 I 3-355 -4- 7 744 - 14 20 48. 6 I j 42 26. 6 62.4 46. 2 I II. 23 11.27 6647 3. o 43 50.43 V 67. o 4 2 1 J" j't'T 2. Q77 +4 C4 6 4 64. I II 27 6648 b Serpentis . : 8 43 58. 27 60.4 2 ;?/ / 7. 1 24 if jt * t 2 7O CO 4 VStf.. * 2 " J I I. 22 6649 Weisse XV, 84; ... j 9.0 44 7. 62 61.0 2 3-353 jy j w - T- -- 14 12 41. 8 58-4 5 II. 21 6650 Weisse XV, 848 . . . 7-5 44 17.94 62.0 2 3.220 7 37 6.6 65-5 2 II. 19 6651 Lacaille 6566 .... 9.0 15 44 30.08 63.5 2 + 3-721 - 30 2 1 20. 5 66.5 2 - II. 18 6652 6653 O.Arg.N. 15681 . . p Serpentis 9.0 4. c.* 44 48. 81 45 7. 01 62. i 65.8 3 7 0-544 2.636 + 66 17 36. 7 + 21 24. 3 7 69.5 2 ii. 16 1 1. I 7 6654 M. Z. 255, 45 .... T^ J 8. i 45 8. 88 "j* 64.5 J 3 3-5" **f J- / - 21 32 57.2 64.5 2 11.13 6655 66c6 A Scorpii (ist*) . . . A Librae . .... 8.0 C,. 7 45 '2-57 15 45 12. 66 70. i 3 3-589 _l_ 3. 471 - 24 55 . . IQ A A AJ A 60. o 11.13 "" J " 6657 A Scorpii (2d*) . . . j j 5-5 45 "2-69 65.7 8 3-589 *y T-T- T-J- T- - 24 54 20. 7 73-4 7 11.13 6658 O.Arg.N. 15688 . . 9.0 45 17.04 62. 4 2 0.538 + 66 17 42. o 69.5 2 II. 12 6659 Lalande 28917 . . . 8.0 45 25.77 68.4 2 2. 194 + 38 IS 36.8 65.8 3 II. II 6660 Weisse XV, 864 ... 8.0* 45 26. 6 1 61. o " 3-356 14 17 34.4 56.5 2 II. II 6661 B.A. 0.5253 . . . . 6-3 15 45 32.46 70.5 4 + 3-57 ^-24 6 44. 8 70. i 3 - II. IO 6662 B.A. 0.5254 .... 6.0 45 36.30 60.4 2 3-558 - 23 33 26. 8 57-5 7 II. 10 6663 6664 Lalande 28926 . . . 6 Librae 7-5 4. o 45 43- 22 4C CT 48 75-3 60.6 5 2. 2O2 + 37 58 33- 9 |(j | g r^_ 47-8 C7 O 3 II.O9 I I. 08 6665 B. VI. 1511,75 .... 7.4 ^ J J m "T u 45 52.56 69.4 2 3.446 - 8 31 54-5 j/- y 65-5 3 1 1. 08 6666 K Corona; Borealis . 5-5 '5 45 57-39 68.9 2 + 2.259 + 36 5 42- 5 47-4 4 - 11.07 6667 B.A. 0.5258 . . . . 5-8 45 59.06 66.4 2 3.638 - 26 55 11.5 58-5 2 II.O7 6668 Lalande 28913 . . 7-o 46 5.46 66.4 3 3-123 2 36 31.0 60.5 4 1 1. O6 6669 6670 Raclcliffe 3462 . . . 3 Scorpii 7.0 6.0 46 12.54 46 15. 60 62. 4 66. i 2 c 2.032 + 42 59 12.6 68.0 71 7 2 11.05 1 1 O^ 6671 Lalande 28945 . . . 6.8 15 46 32.84 68.5 J 2 + 3- 282 - 10 40 18. 6 /* / 64.4 2 - 1 1. 02 6672 6677 Lacaille 6582 .... 47 Libra; . 6-3 7 o* 46 45- 3 4^ 5S- 17 66.4 61. 8 2 3-991 3 A Cfl - 39 26 57. i T fi r T r C * 65.5 fin 7 2 II. 02 I I OO / J 6674 4 Scorpii / . vy 5.8 4.7 2 7Q 77 7 TO U 3.614. 10 57 50. i oo. 7 6? r IO OO 6675 Weisse (2) XV, 1179 . J 8.0 TV * 17 47 '2-34 / j- / 74-2 3 2.026 + 43 4 18.4 Uj. 1 77-5 2 itj. yy IO. 98 6676 B.A. 0.5266 .... 7-o 15 47 12.65 65-4 2 T 3.626 - 26 19 47.7 69.7 4 - 10.98 6677 6678 18 Ursaa Minoris .... Anonymous .... 7.0 9O 47 27.51 69-5 70. 8 2 7.561 + > y| T T + So 25 8. 5 [^ CQ 22 8 69-3 66. 5 5 10.97 10 06 6679 6680 O. Arg. S. 15023 . . . X Herculis . . . " 7-3 C o 47 38.57 47 *)O- ^2 64-3 61. 8 3 5 j- 4 1 1 3.607 - 25 31 17.2 70.5 56. 8 2 10.95 j. M 2-033 + 42 5 39- 2 4 o-93 170 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1860.0. Mean year. t/i >Q u- O fe Annual Precession, 1860. Mean Declination, 1 860.0. i X 8 s i o 'o K Annual Precession, 1860. 6681 Lupi fist*} . 6.5 h. m. s. 15 47 56. 84 66.5 2 s. + 3-8i6 / // 33 33 10. 4 70.4 4 // - 10. 93 6682 e Luoi (2d*} 6. 5 47 S7-49 66.5 2 3.816 - 33 33 4. i 72. o 4 10.93 6683 Weisse (2) XV, 1201 . J 8.2 *rl j 1 ^y 47 57-9 73- 4 2. O26 + 43 o 13.0 69-5 2 10.93 6684 6685 Lacaille 6590 .... 6.5 4- 5 48 o. 60 48 14.81 65.0 60.8 2 3 3-872 3.689 - 35 30 54- 7 - 28 48 68 67.5 71.0 2 4 10. 92 10. 91 6686 B. A .5273 .... 6.0* 15 48 24.39 65. 2 3 + 2.647 + 20 43 23. 9 53-3 3 - 10. 89 6687 M. 7.252,45 .... 8.2 48 36.60 64.5 3 3-522 - 21 48 27. 2 70.5 2 10.88 6688 B. A. C. 5275 .... 7-i 48 41. 18 62.8 3 3.650 - 27 13 48.7 58.5 2 10.87 6689 B. A. 0.5278 .... 6.2 49 o- S 2 62. 4 3 + 3-505 - 21 4 29. 2 62.8 3 10.85 6690 f Urs;e Minoris .... 4-5* 49 8. 32 50.8 no - 2.323 + 78 13 22. 9 53-5 61 10.84 6691 B. A. .5281 .... 6.4 15 49 29.82 64. 2 6 + 3-495 - 20 34 25. 8 64.5 2 - 10.81 6692 O. Arg. S. 15061 . . . 8.0 49 43- 57 67.0 2 3-404 - 16 24 8. 4 65-5 2 10.80 6693 6604 Weisse XV, 939 . . . 2 Herculis . . 9.0 6.0* 49 44. 84 49 57. 81 61. o 60. 4 2 3 3-23 2.OOO 2 34 46. 5 + 43 32 51.5 58.9 53-4 4 3 10.79 10. 78 vuyij. 66fJ < y Serpentis 4 S 49 59. 49 66. i 3 2.746 + 16 6 59.8 72. 7 5 10. 78 uvyj 6696 O. Arg. S. 15067 . . . ^ J 7-3 15 49 59.64 67.4 2 + 3-410 - 16 40 43. 2 65-5 2 - 10.78 6697 B.A. 0.5286 .... 6.0 50 II. 48 62.5 2 3.584 - 24 25 27. 7 61.2 3 10.76 6698 6600 O. Arg. S. 15072 . . . 48 Libra: . . 7-5 6.0 50 19.81 5O 21. 14 66.5 58. Q 2 2 3-494 3- 35 1 - 20 29 II. 4 - 13 52 20. 1 67.9 6q. O 2 -7 10.75 10. 75 u yy 6700 TT Scorpii "? "? SO 2"?. 2Q j y 6l. 2 6 3.616 25 42 27. 5 7 64.8 3 10. 75 6701 6702 /. Corona Borealis . . . (j> Serpentis O J 5-5 6.0 J" *-J- "y 15 50 41.84 5O 47. 09 **j* * 59-5 68.4 2 2 + 2-178 2. 773 + 3 8 21 II.7 4- 14 49 7. 4 5I.I 62.5 5 2 - 10. 72 10. 72 "t 6703 4 Herculis 6.0* 50 47.92 60. 4 2 2.019 .+ 42 58 3- i 53-5 3 10. 72 6704 Weisse (2) XV, 1273 . 7-5 50 4 8. 32 68.4 3 2. 2l6 + 37 7 55-5 47-5 2 10. 72 6705 B. A. .5294 . . . . 6.6 5 56.45 62.5 2 3-638 - 26 36 44. 9 67-5 2 10. 71 6706 B. A. C. 5296 .... 6-5 15 5 57- 6 4 64. 2 4 + 3-716 - 29 40 43. 9 71.8 3 - 10.71 6707 B. A. .5297 . . . . 7.0 So 58. 45 66.0 2 3-705 - 29 r 3 37- 8 7i-3 6 10. 70 6708 Lalande 29043 . . . 8.5 5 59- 49 60.0 2 3-473 - "9 3 1 47- i 55-4 2 10. 70 6709 Lacaille 6624 .... 7.0 51 o. 08 63-9 2 3.806 - 32 58 54. 6 68.5 2 10. 70 6710 Lalande 29044 . . . 8.0 51 0.30 60. o 2 3-473 - 19 32 0.4 55-4 2 10. 70 6711 B. A. C. 5299 .... 7.0 '5 5' 6.33 7-3 4 + 3- 745 - 3 45 5'- 8 68.5 2 - 10. 69 6712 Corona: Borealis . . . 4. o* 5i 47-S 2 73-' 15 2.487 + 27 17 7.0 71.2 4 10. 64 6713 Weisse XV, 976 . . . 9-5 51 55.00 65-4 2 3-289 - 10 51 34. 8 5 6 -4 2 10.63 6714 671 c O. Arg. S. 15101 . . . (J Scorpii 8.0 2 -i* 52 i.oi c 2 3 6il 73- 60. Q 4 7O 3-631 -I C-IC - 26 15 3. 7 22 13 1 1. 2 67-5 6c. -! 3 10.63 10. 62 "/ J 6716 49 Libne - J 6.0 J^ o- T- 15 52 28. 22 64.. 7 OV e J- JOJ -j- 3. 400 16 7 8. 5 J J 71. 1 e 10. 59 6717 O. Arg. S. 15108 . . . 7.0 52 33-3 *-'*? / 76.4 j 3 3.642 / j 26 38 50. o / J 67.5 j 2 10.59 6718 O. Arg. S. 15112 . . . 7.2 5 2 45-91 64-5 2 3-574 - 23 52 2.8 66.5 3 10.57 6719 Lacaille, 6641 .... 6-3 S 2 55-40 67.5 2 3.908 - 36 20 46. 3 72.2 3 10.56 6720 Weisse (2) XV, 1330 . 8.0 53 1-40 62. 4 2 2.025 + 42 38 29. 2 68.0 2 10.55 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 171 "I Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. Mean year. J o lM O o K Annual Precession, 1860. Mean Declination, 1860.0. )H rt B C u 2 O + i 3 45- 8 36 25 i. 8 T^y y 63.4 67 2 2 j BW* i-J io. 23 IO. 22 / j 6 7S3 Weisse XV, 1086 . . 6.8 j / *-t' *+* 57 26.85 / ** j 68.1 / 3 J' y* + 2.943 + 6 23 59.0 **/ 69. o o 4 IO. 22 6754 O. Arg. N. 15839 . . 8.7 57 27.09 69.5 3 o. 095 + 70 2 3 .8 75-5 2 10. 22 6755 O.Arg. S. 15199 . . . 7-8 57 28. 76 70-5 2 + 3- 524 - 21 27 10.4 68.5 3 IO. 22 6756 B. A. C. 5333. . . . 6.5 '5 57 37-o6 65.0 3 + 3-475 - 19 '7 43-4 69.7 5 - 10. 21 6757 B.A.C.5335 .... 6. I 57 45-71 63. 2 7 3.566 - 23 13 17.0 63-2 10 10. 2O 6758 Weisse XV, 1092 . . 7.0 58 2. 54 62.0 4 3-132 2 57 43. 9 58.0 4 10. 17 6759 Lacaille 6686 .... 6.0 5 8 4- 34 77-2 4 3.921 36 22 19. I 68.5 2 io. 17 6760 B.A. 0.5336 .... 6.0 58 10.48 68.5 2 2.203 4- 37 i 12.9 62.5 3 IO. 1 6 172 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. 1 Mean year. 1 i*- o fc Annual Precession, 1860. Mean Declination, 1 860.0. b rt CJ >* 1 QJ S 1 lM O 6 Annual Precession, 1860. h. m. s. s. / // // 6761 B. A. C. 5352 . . . . 6-5 15 58 14.97 76.6 3 - 6.837 + 83 21 49.8 73-5 4 10. 16 6762 M. Z. 16,36 . . . . 7-5 58 23. 10 77-2 4 + 3-921 - 3 6 20 10. 15 6763 B. A. 0.5341 . . . . 5-5* 58 3I-42 59-5 2 1.524 + 53 18 20.6 53-5 3 10. 14 6764 O. Arg. S. 15225 . . . 8.4 58 34-03 67-5 2 3-527 - 21 32 17.9 70.4 2 10. 14 6765 O. Arg. S. 15227 . . . 7-3 58 35-92 67.5 2 + 3-526 21 28 55.3 68.5 3 10. 13 6766 O. Arg. N. 15864 . . 9.0* 15 58 39.64 64. o 4 - o. 118 + 70 6 46. i 59-7 5 - 10. 13 6767 WeisseXV, 1109 . . 9.0 58 48. 98 71-4 3 + 3-320 - I2 6 33.3 57-5 2 IO. 12 6768 Lalande 29297 . . . 7.2 58 51-59 68.5 2 3-307 - ii 31 24. 7 63.0 2 IO. 12 6769 Lalande 29341 . . . 7.0 58 54- 78 74-5 3 2. 276 + 34 33 48. 6 65-4 3 II. II 6770 O. Arg. S. 15235 . . . 9.0 59 2.12 62.8 3 3-53" 21 40 44. I 70.5 2 10. IO 6771 Piazzi XV, 260 ... 6.8 15 59 11.83 67.4 4 + 3-999 - 38 43 33- 5 69.0 4 10. 09 6772 O. Arg. S. 15240 . . 6.0 59 11.96 67.4 2 3-504 - 20 29 13. 8 70.4 3 10.09 6773 Lacaille 6695 .... 6-3 59 12.22 67.4 4 3-998 - 38 42 48. 5 69.0 4 IO.09 6774 Lalande 29306 . . . 7.8 59 12.42 69.4 2 3-438 - 17 33 17-6 56-2 3 10.09 6775 O. Arg. S. 15242 . . 8.5 59 13-93 67.4 2 3-506 - 20 33 40. 3 67.9 2 10. 09 6776 B.A.C.5345 .... 6.0 15 59 27.96 61.0 4 + 3- 589 - 24 4 57. 2 58.3 9 - IO.O7 6777 O. Arg. N. 15872 . . 9.0 59 32. 35 56.0 2 0.038 + 69 36 10. 4 61.8 3 10. O6 6778 B.A.C.5347 .... 5-5 59 36.06' 67.2 3 + 3- 635 - 25 56 54. 5 66.5 2 10. O6 6779 6780 O. Arg. N. 15876 . . 1 1 Scorpii . . . 9. o* 6.0 59 41-51 59 50. 08 50.5 C7 f 2 o. 129 + -J 726 4-70 8 o. i j 2 21 C i* 8 63-4 2 10. 05 6781 O. Arg. N. 15882 . . 8.8 15 59 54-01 j/ * 60.5 3 ,V JW - 0.043 + 69 36 53- 8 54. o 61.8 3 3 10. 04 10.03 6782 O. Arg S. 15271 . . . 8.4 1 6 o 18.49 64.5 4 + 3- 738 29 52 58.6 66.5 2 IO. OO 6783 B.A.C.5354 .... 6.0 22. 28 63-4 2 3-571 - 23 18 28.7 61.5 2 IO. OO 6784 Weisse (2) XV, 1561 . 8.0 o 41.02 73-o 4 2. OI2 + 42 24 30. i 68.0 2 9.98 6785 6786 B. A. 0.5357 .... 45 Serpentis 7.2 C C o 42. 73 16 o 56 s 1 ? 72.0 66.8 4 4.037 -(- 2.862 - 39 45 '9-4 4- 10 16 8. i 71.1 60 c S 2 9-97 6787 O. Arg. S. 15292 . . . J J 7-3 J Jl I 14. 60 66.5 2 3.640 - 26 3 57.3 u y- j 68.0 2 9. 96 9-93 6788 O. Arg. S. 15295 . . . 8.8 I 22. 65 67-5 2 3.427 - 16 58 32. i ,7-3 S 9.92 6789 O. Arg. S. 15300 . . . 9. i I 24.31 67-5 2 3.425 - 16 53 15.6 72.4 2 9.92 6790 O. ^rg. S. 15303 . . . 9.0 I 29. 90 74-5 4 3.423 - 16 48 39.4 71-5 2 9.91 6791 Lacaille 6716 . . . . 7-7 16 i 42.06 66.5 2 + 4.039 - 39 45 13- 8 72. i 3 9-90 6792 B. A. 0.5364 .... 7-3 i 42. 98 65-4 4 3.653 - 26 32 8. 6 67.5 4 9.90 6793 6794 li. A. 0.5365 .... K Herculis 7-3 =;. s i 45-23 I 4.$ %A 64.0 64. A. 2 2 3-595 2 7O7 - 24 12 34.6 + 17 2C IO O 70. i CA A 3 9.89 9c n 6795 B. A. 0.5368 .... j j 5-8 TO' JT> I 45.84 "T" t 63.8 3 * /w 2.707 1 / ^j 'y- y + 7 25 49.9 a4- 4 70.5 2 9 9.89 6796 Weisse XVI, u . . . 9.0 16 2 1 6. 66 59-7 3 + 3- '37 3 10 26. 7 55-5 2 9.86 6797 B. A. 0.5374 .... 5-5 2 20.55 63-5 2 3-719 - 29 2 36.4 72.7 S 9.85 6798 6799 Tr. Z. 244, 12 .... 8 Herculis 9.2 6 q* 2 24. 67 2 27 QI 62.5 MQ 2 2 3-526 2 7O1 21 16 36.0 _]_ T 7 7 A 4ft f) 7i-5 CA C 2 9.84 n KA 6800 Weisse XVI, 19 ... .> 5-5 / JM 2 31.08 y 61.2 5 * l^J 3- '35 1 * / J^T V u 3 5 42. i 54- 5 61.7 3 5 9. 04 9.84 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 173 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. Mean year. 1 "o 6 Iz; Annual Precession, 1860. Mean Declination, 1 860.0. Mean year. 1 'o o 2 Annual Precession, 1860. h. m. s. s. / // // 6801 B. A. 0.5378 . . . . 6-5 16 2 59.51 64.1 3 + 3-661 - 26 46 54. 4 68.0 4 9.80 6802 Tr. Z. 121, 22 .... 7-5 3 2.28 64.4 2 3-659 - 26 42 38.4 73-o 2 9.80 6803 O. Arg. S. 15342 . . . 8.2 3 '2.5 69-5 3 3-44 - I? 44 50-5 66.0 4 9.78 6804 6805 Weisse XVI, 38 ... 7-6 o. $ 3 13-09 3 14.48 63-5 68.4 2 2 3-355 3. ?2<; - '3 37 21.4 21 1 3 C I 63-5 67. Q 2 2 9.78 Q. 78 6806 c l Scorpii " J 6.0 j "t" ^** 16 7 "17. v> V\J. .J. 56.5 4 J J J 4- 1. 6pc j j- * 28 2 e7 -\ V J' 7 68.0 2 y /" Q. 75 6807 fl Scorpii 5-6 j j/ j 3 41.06 J J 6-!. 8 4 i j yj 3.682 j i j 27 W 31 O 67. 4 2 y i j 0. 7^ \j\j^j f 6808 O. Arg. S. 15354 . . . 6.0* 3 50.68 "J* " 70.9 6 J 3-476 / JJ oj- y - 19 4 56.8 72.8 3 7 1 J 9-74 6809 6810 T Corona; Borealis . . . v Scorpii 5-5* 4. I 3 5 1 - '4 1 Cl 7C 66.9 61 ! 3 2C 2. 196 1 d.77 + 36 5 59- 3 IQ 5 36 8 72.5 62. 2 2 9-73 977 6811 6812 O. Arg. S. 16358 . . . B. VI. i6>s 6 . . . . T 1 8.4 7 ^ j J - / J '6 3 54-09 ? ?7. CK \JA. J 64.5 67 o J 3 2 j- *T/ / + 3- 74i 7. 4.C7 y J 0*^' - 29 47 10. o 17 11 Id 7 70.7 6q. i; 4 2 /J - 9-73 97-5 6813 O. Arg. N. 15952 . . 7-6 J J / 7 J 4 46. 48 "/ ** 62. I 6 J T" J J 0-553 ' J JT" / + 65 3 33.6 7 J 67-5 3 * / J 9.66 6814 B. A. 0.5389 . . . . 7-8 4 57- 23 63-5 3 3- 7H - 28 41 38. 2 67.1 2 9.65 6815 6816 O. Arg. S. 15388 . . . q Herculis 8.0 6.0* 5 4-93 16 c 8 64-5 T, 8 4 6 3-745 -1-271"? - 29 50 56. 2 -1-17 I AQ O 66.0 62. ? 2 2 9.64 o 6.1 6817 Weisse (2) XVI, 154 . 8.8 j jj 5 18-92 / o- u 65.5 2 \ * t * j -(- 2. OO9 i * / *ty. ** + 42 ii 24. 6 '* J 70.5 2 y. \m 9. 62 6818 Groombridge 2319 . . 8.0 5 20. 46 64.7 2 0. 266 + 70 38 9. 4 64.6 7 9. 62 6819 B.A.C.5394 . . . . 6.8 5 20. 60 64. I 5 + 3-596 - 2 4 3 36- 5 60.5 3 9.62 6820 O. Arg. S. 15398 . . . 7-8 5 23.04 65-5 3 3-447 - 17 44 18.9 65.5 3 9.62 6821 B.A.C.5395 .... 6.0* 16 5 26.86 60.5 2 + 3.523 - 21 2 20. 5 60.0 4 9.6l 6822 B. VI + 70, 864 . . 9- 5 29.90 64.9 2 o. 267 + 70 38 9. 61 6823 O.Arg. S. 15403 . . . 7-2 5 39-o8 66.0 2 + 3- 58o - 23 24 48.0 64.5 2 9. 60 6824 Weisse XVI, 83 ... 7-5 5 49-33 60.5 2 3-336 - 1 2 40 26. 2 56.4 2 9.58 6825 B.A. C. 5406 .... 5-o 5 57- 29 71.9 6 0.138 + 68 10 45.0 68.3 15 9-57 6826 O. Arg. S. 15416 . . . 6.9 16 6 15.25 62.7 5 + 3-5I7 - 20 44 51.8 60.5 3 9-55 6827 B. A. C. 5403 .... 6.2 6 24. 68 67.8 3 3-623 - 25 7 6. 3 67.0 2 9-54 6828 B.A. 0.5408 .... 6.5* 6 34- 74 66.2 3 3-458 18 10 21.3 57-0 4 9-53 6829 B. A. C. 5411 .... 5-8 6 41. oo 68.4 2 2. 192 + 36 47 19-4 68.4 4 9.52 6830 B. A. C. 5409 .... 7-2 6 44. 62 62. 9 2 3.668 - 26 50 54. 2 59-5 4 9.51 6831 6832 Weisse XVI, 1 1 1 . . > Q s Jj O *o 1 Annual Precession, 1860. Mean Declination, 1 860.0. 1 >, a m QJ % i *0 o Annual Precession, 1860. h. m. s. s. o / // // 6841 Lacaille 6765 .... 7-5 16 8 20. 79 74-3 6 + 3-883 - 34 28 15. i 70. i 5 - 9-39 6842 O. Arg. S. 15466 . . . 6-9 8 44- 05 64.4 3 3-525 - 20 57 6. 7 63-5 3 9-36 6843 6844 Lacaille 6774 . . . . 16 Herculis . .... 6-3 6. 5* 9 8.03 9 16.43 68.5 Co. c 3 2 3.887 2. 660 - 34 33 57- 2 -4- 10 Q so s 64-5 ?3 ? 4 9-33 972 6845 a Coronae Borealis (ist*) 3 9 25. 83 jy j 71.7 6 2. 267 t y y j v - 3 + 34 12 50.8 JO- o 66.0 6 J^ 9-30 6846 a Coronx Borealis (2d*) 16 9 25.92 71.7 6 + 2. 267 + 34 12 55-2 66.0 _6 9-30 6847 15. A. 0.5429 . . . . 5-4 9 37- 28 63-4 3 3-79 - 28 15 44.9 71.9 5 9.29 6848 B.A. C. 5430 .... 7.0* 9 37- 5 7 !.8 6 3- 6 94 - 27 41 34. 6 64. 2 3 9.29 6849 6850 Weisse XVI, 173 . . M. Z. 28, 24 7-5 8-7 10 0.80 10 6. 46 58-9 64.4 6 2 3-346 3. 76l - 13 i 24.0 7O Q 80 51-4 66 e, 4 2 9. 26 92C 6851 Lacaille 6781 .... 6-5 16 10 8.44 61.5 2 o- / * + 3-907 J y u. v^ - 35 8 38.3 nf, j 67.5 2 *5 - 9-25 6852 Weisse XVI, 176 . . 8.0 10 10. 19 '66.2 3 3-348 - ij 5 44- 2 64. 2 3 9.25 68S3 O. Arg. S. 15489 . . . 8.7 10 16.51 64-5 3 3-759 - 30 4 45- 64.4 2 9- 24 6854 O. Arg. S. 15490 . . . 9-0 10 23. 14 60.5 2 3-534 21 14 45.3 57-0 2 9-23 6855 B. A. C. 5433 .... 7-3 10 28.01 62.5 3 3.702 27 56 20. 7 67.5 2 9.22 6856 681:7 Weisse (2) XVI, 326 . 9.0 4. O 16 10 44.72 IO ZA 06 62.5 62.4. 2 3 + 2.014 3- 162 + 41 40 29. 7 4. 2O C 2 I 68.0 67 i 2 2 9. 20 Q- 19 J / 6858 Anonymous . . . *f. V Q O j^ y 1 1 20. 68 * T^ 60, o J 2 -! 8q4 *T ** J * 34. 18 80 / - 7O S I 9. 16 68 S9 I .alande 29696 .... y 7.0 1 1 28. 28 **y 59- 4 2 j- u yt 3-470 Jif JC U. W - 8 29 5.5 / w * J 56.8 4 9-15 6860 DM. + 37, 2731 . . 8-5 II 31.03 73-9 5 2.168 + 37 13 26.2 66.8 3 9- "4 6861 B. A. C. 5441 .... 7.0 16 II 48.92 62.0 2 + 3-737 29 10 24. i 65-5 2 9. 12 6862 686? Weisse XVI, 221 . . 19 Scorpii 9.0 r 6 ii 50.54 12 12. 98 74-i 7O A. 3 g 2.884 -i cq8 + 8 57 56.4 21 4.Q A.2 1 73-5 68.8 4 g 9. 10 900 F **'J 6864 O. Arg. N. 16057 . . J- v 7-4 12 22.47 i T- 63.2 3 j- jy^ 1-455 j T-y *?* j + 53 35 "-2 -65.5 2 . wy 9.08 6865 Lacaille 6796 .... 7.2 12 26. IO 63-9 3 3-845 - 32 57 42-4 69.5 4 9.07 6866 O. Arg. S. 15541 . . . 8.0 16 12 26. 12 60.5 2 + 3- 542 21 30 i. 8 56-9 2 9.07 6867 Weisse (2) XVI, 376 . 8.2 12 30.80 72.9 4 2. 165 + 37 16 o. 2 69-5 4 9. O6 6868 6869 Lacaille 6797 .... Anonymous .... 7-1 92 12 34.20 12 3Q S4. 63-9 66.5 3 2 3-845 7 ft-jc - 32 53 44- 4 25 15 10. o 68.3 60 s 5 9. O6 9OC 6870 ^ j 16 12 53. 10 62.5 */ 2 j~ ^jj -+- 2.006 + 41 46 29. i 67-5 2 J - 9-04 6872 DM. + 38, 2756 . . 8.0 12 53.90 69.4 2 2.138 + 38 2 31.3 46.4 2 9.04 6873 6874 DM. + 37, 2737 . . B. VI. l6h, 22 ... 8.4 7 i 12 55-27 12 z t; 4.8 69.5 62 z 3 i 2. 146 4- i ?o8 + 37 47 28.4 21 21 61.5 2 * 9-04 9 01 6875 B. VI. -j- 79, 483* . . 9-5 j j f \- tj 13 3-71 u4. ^ 67.0 2 r ,} 3y u - 3-424 *j ** + 79 35 2.0 70.5 i W J 9.02 6876 B. VI. + 79, 484 9-3 16 13 27.44 67.0 2 3-444 + 79 36 23. 5 70-5 2 8.99 6877 B. A. C. 5452 .... 6.0* 13 59.89 59-8 3 + 2.601 -f- 21 28 23.0 54-4 4 8.95 6878 Weisse (2) XVI, 408 . 6.2 14 I. 70 69-4 2 2.133 + 38 6 27. 2 47-4 2 8.95 6879 Lacaille 6806 .... 6-5 14 3.98 71.2 3 3-897 34 35 21. 6 64. I 3 8-95 6880 O. Arg. S. 15565 . . 7-6 14 30.01 64-5 4 3-575 - 22 47 2. 5 68.2 3 8.91 U. S. NAVAL OBSERVATORY, 1845 TO 1877. '75 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. ! rt * d rt B s 2 O IM O fc Annual Precession, 1860. Mean Declination, 1 860.0. t >> S 1 <4-t O 6 Annual Precession, 1860. h. m. s. s. / // // 6881 0. Arg. S. 15571 . . 6-7 16 14 51.87 62.4 3 + 3-431 - 16 41 9. i 68.8 3 8.88 6882 Lacaille 68 1 5 (ist*) . 7-5 14 56.56 63.5 2 3-847 - 32 52 2-7 68.0 4 8.87 6883 Lacaille 6815 (2d*) . 7-7 14 56.84 63.6 2 3-847 - 32 52 7- 69.5 3 8.87 6884 B. A. C. 5460 .... 6.0* 5 7-35 59.8 3 2.064 + 40 2 43. 3 53-9 ' 7 8.86 6885 B. A. C. 5457 .... 6.4 15 11.99 67.8 3 3-984 - 37 H 5-9 66.5 2 8.85 6886 Weisse (2) XVI, 445 . 7.0* 16 15 15. 90. 76.5 3 + 2. 158 + 37 18 46. 7 47-5 2 - 8.85 6887 Lacaille 6818 .... 7-3 15 22.27 62.3 6 3.908 - 34 5 43- 8 66.0 2 8.84 6888 Weisse (2) XVI, 457 . 7-5 15 30.63 71.2 3 2.043 + 4 35 43- i 54-5 2 8.83 6889 Lacaille 6821 . . . , 6.8 15 35-8o 68.5 2 + 3- 899 - 34 33 51-9 64.5 3 8.83 6890 6891 O. Arg. N. 16117 . . y Herculis 8.a 5.0 15 41.96 l6 I? 4.4. 9? 6l. 2 4C. 4 . 4 2 - o. 452 -f- 2. 647 + 71 10 48.8 4- 19 29 4. 7 53-6 72. A. 5 -3 8.82 8. 81 ? 6892 O. Arg. N. 16121 . . 8-5 j *r^ yj 15 50. 81 ^J ^ 60.8 3 - o. 474 + 71 17 6. i 1 *" *T 53-9 O 5 8.80 6893 Lacaille 6826 (ist*) . 7- 5 52-45 65.5 2 + 3- 748 29 22 l6. I 65.5 2 8.80 6894 Lacaille 6826 (2d*) . 6.0 15 52.57 64.5 3 3.748 - 29 22 23.7 65-5 2 8.80 6895 6896 B. A. C. 5465 .... i/; Ophiuchi ... . . 6.8 S. i 5 53-94 16 i? <;4. 86 65.9 $Q 7 2 1C 3.680 4- 3. W2 26 49 16. 5 IQ 4.2 21.6 65. o C7 Q 2 CI 8.80 8.80 i_"jyw 6897 0. Arg. S. 15595 j 8.2 w a J J*T' "" 16 4. 29 jy* / 65.5 *.) 3 i j* j v * 3-S65 y *!*. * . " - 22 I 9 32.3 j / y 67-5 J 2 8-79 6898 f Coronx Borealis . . . 5.0* 16 38. 52 59-8 3 2-343 + 31 13 7-4 53-9 6 8-74 6899 Lalande 29874 . . . 7-8 16 43.62 62. 4 3 1.997 4- 41 46 5- r 67.6 2 8-73 6900 6001 B. A C. 5471 . . . Anonymous 8.2 , 16 46.63 1 6 1 6 52, 40 73-2 76. S 4 2 3.806 4- ?. 612 - 3 1 22 37.5 24. 7 58-5 2 8-73 8.72 \jyv * 6902 B. A. C. 5474 .... 8.0 6 53- 78 /" J 63.7 5 1 O 3-74 "*T / - 29 4 28. 5 66.5 3 ** / * 8. 7 2 6903 O. Arg. S. 15612 ... 8.2 16 57.28 73-7 5 3.612 - 24 8 20. 5 68.8 3' 8. 7 I 6904 O. Arg. S. 15615 . . . S.o 17 0.79 75-2 7 3.586 23 8 i.i 74.8 3 8. 7 I 6905 B. A. C, 5476 .... 7-5 17 0.77 63-9 6 3-756 - 29 35 48.0 65.2 3 8. 7 I 6906 K' Corona- Borealis . . . 5-o* 16 17 5. 16 68.3 4 + 2. 2 S 6 + 34 7 5-3 54-4 3 - 8. 7 I 6907 p Ophiuchi (ist*) . . . 7- 17 11.63 75-5 8 3.586 - 23 7 "5-7 66.8 3 8. 70 6908 p Ophiuchi (2d *) . . . 7-o 17 11.65 75- 5 8 3-586 - 23 7 1 1. 2 66.8 3 8.70 6909 O. Arg. S,. 15619 . . . 7-5 17 11.67 77.0 4 3-586 - 23 4 44.0 74-8 6 8.70 69IO v 3 Corona; Borealis . . . 6.0 17 12.66 7-3. 5 2.258 + 34 i Si-6 54-5 3 8.70 6gll O. Arg. S. 15632 . . . 8-3 16 18 32. 24 67.0 2 + 3-746 - 29 8 33.0 67-5 2 - 8.59 6912 O. Arg. S. 15641 . . . 8.0 18 37-95 66.5 3 3-743 - 29 2 59.7 67.5 2 8.58 69U 6014. B. A. C. 5487 .... X Ophiuchi . ... 7-2 4 H 18 44. 50 l8 14 77 64.0 f,e -, 8 r 3-741 7 468 - 28 58 5.6 18 8 7.4 65.0 72 I 4 c 8.58 8 ?6 "V/'T- 69IS Weisse (2) XVI, 573 (ist*) T 1 J 7-8 * e.i T w j- j 46 4 ** *t" 8 44 v y * *-* 6919 Weisse (2) XVI, 616 . 8.0 20 28. 86 uo. ^ 69.4 2 * 'jT" 2. no ~ J/ T* J^' + 38 13 55-5 4f.V. } 68.7 4 ** t rr 8.44 6920 O. Arg. S. 15659 . . . 7.0 20 32.04 64.5 2 3.618 - 24 12 57.3 66.0 2 8.43 176 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. 1. Magnitude. Mean Right Ascension, 1860.0. Mean year. JS o i Annual Precession, 1860. Mean Declination, 1 860.0. kj rt (U >-, a rt s 1 i* o 6 Z Annual Precession, 1860. h. m. s. s. o / /r // 6921 a Scorpii . I. O I 6 2O AQ 71 CA A IQd. -t- l 667 26 7 71; r 9 r\ 8,1 8. . 1 " *** t?' / Jt ' T *;/** r j- ww / *" / o- j 5^. o 04 41 6922 O. Arg. S. 15671 . . 7.0 21 29. 16 69.8 3 3-634 - 24 5 5- 7 72.5 3 8.36 6923 Weisse XVI, 393 . . 7-3 21 34.38 66.0 2 + 3- 358 - '3 15 30- i 67.6 2 8-35 6924 r/ Ursre Minoris .... 6.0 21 38. 22 69.7 3 - 1-832 + 76 4 36- i 67.8 15 8-34 692 c. 22 Scorpii 6.0* 21 42. 38 66.6 c _L -3 f\-lA 24 48 12.9 z$ r Q ->,, v y j J I O p "J4- s- i 3 5 - 34 6926 i] Draconis T.. O 1 6 22 6. 07 S2 ( 22 -j- o. Soo +6 i 40 c i o 60 9 8, . J J J ul 4y DJ. y 17 3 1 6927 B. A. .5508 . . . . 5- 22 14.35 76.4 3 3-905 - 34 23 44.0 75-5 3 8.30 6928 B. A. .5513 . . . . 6.6 22 47.52 62.9 3 3.672 - 26 13 44.5 62.5 2 8.25 6929 O. Arg. S. 15694 . . . 9.0 22 53-84 64.5 3 3-764 - 29 34 54. i 69.2 3 8.25 6930 Tr. Z. 15,42 , . . . 8.2 23 4-5' 75-2 6 3-869 - 33 10 o. 8 68.6 3 8.23 6o'?i (ft Ophiuchi . .... C A 162^ 7. 80 C7 Q 1 I + 7 ,4 2(~J 15 jg j , g f\f\ C 8,-T v vj* j- *r i w f. j f , w j/' y J' 4^9 "" j 3 2 3 6932 O. Arg. S. 15698 . . . 9.0 23 15-35 65.5 3 3-577 - 22 29 41.3 67.5 2 8.22 6933 Weisse (2) XVI, 703 . 8.9 23 29.56 62.5 2 1.982 + 41 46 13.4 68.5 2 8.20 6934 Weisse XVI, 439 . . 7-7 23 34-97 76.6 6 2-975 + 4 32 9-2 71.4 2 8. 19 6935 B. A. .5518 . . . . 8.1 23 39-35 63.8 3 3-741 - 28 44 16. 6 65-2 3 8.18 6936 (j Ophiuchi A e 16 21 ^o $$ 6c A_ + 1 C J C 21 Q A 6 8 8. _ t" j ' *O J^' JJ u j" T- J- D4j 7O. 2 3 J 7 6937 Lacaille 6871 .... 7.0 23 5- 50 66.9 4 3-872 - 33 13 42- i 69. o 2 8. 16 6938 g Herculis 5. o* 24 2. 74 68.4 4 1.965 + 42 ii 29.0 54-4 3 8.15 6939 B. A. .5522 . . . . 7.0 24 6.31 72. i 5 3-814 - 3i 15 i-5 61.5 4 8.15 6940 0. Arg. 8.15712 . . . 9.0 24 6. 45 7-s 4 3.528 - 20 28 45. 4 72-5 3 8.15 6941 O. Arg. S. 15713 . . . 8.7 1 6 24 10. 99 70.5 4 + 3- 528 - 20 26 54. 5 70.7 5 - 8. 14 6942 ft Herculis 1 O 2/1 12 IQ tf. c 7 C8/5 , 8T A J' w _.) *>i ly 5 U - J Z. ^04 i 21 47 5- 70. 9 5 '4 6943 s Herculis e c* 24 28. 82 Co c 2. 608 . 8. _ j- j iy- i i 20 47 15.9 53- 3 3 . 12 6944 Lalande 30084 . . . 8.0 25 12.30 61.0 2 2.818 + I' 43 38-9 54-5 2 8.06 6945 Weisse XVI, 462 . . 7-5 25 I3-64 67-3 2 3-294 - 10 15 41.9 68.0 2 8.06 6946 O. Arg. S. 15725 . . . 8.8 16 25 23. 86 68.4 3 + 3.617 - 23 59 24.2 67.4 2 8.05 6947 O. Arg. S. 15726 . . . 8.4 25 27. 16 65-5 4 3.580 - 22 31 35.0 67.5 2 8.04 6948 Anonymous . . 8. o 2C C7 68 fit C 1 9.r\f\ . An f\ *5 jo- 5- 5 2 3.890 - 33 55 20. 2 09. o 2 8rt T . OI 6949 Weisse (2) XVI, 787 . 7-5 26 i. 18 73-- 4 2. IOI + 38 21 58.6 68.4 4 8.00 6950 Lalande 30099 . . . 8.0 26 1.31 60.8 3 3-157 - 3 57 39-o 56.0 4 8.00 6951 2 9 //Herculis ... A Z* 1 6 20 "i 3o cr 8 + -> SyA 4- D 59- a 5 2. oIO + i ' 47 29. 6 54-5 4 7-99 6952 O. Arg. S. 15734 . . . 9.0 26 4-55 76.5 2 3.406 - 15 '3 44-9 72.5 4 7-99 6953 Weisse (2) XVI, 788 . 6.2 26 15-34 68.5 2 2. 250 + 33 48 55- 8 68.7 4 7.98 6954 Lacaille 6888 .... 6.0 26 52.30 62.8 3 + 4- 103 -- 40 o 33.4 69.8 3 7-93 6955 Groombridge 2356 . . 7.0 26 52.65 60.4 3 o. 642 + 71 4i 45-8 55-3 6 7-93 6956 Lacaille 6891 .... 7.0 16 27 8. 13 62. 9 5 + 3-898 - 33 54 22.9 68.5 2 7-9i 6957 B. A. 0.5538 .... 4-3 27 10.04 63.8 3 3-931 - 34 57 47-5 72.3 5 7.90 6958 r Scorpii ....... 1 C* 2*7 IO 1? Cn ? fr _ o j- j */ 1U - J- 1 59-3 22 3- 7 2 3 - 27 55 is. 5 D2. o 4 7.90 6959 Lacaille 6894 .... 6.8 27 25.63 71-5 4 3-953 - 35 37 28. 2 71.8 3 7.88 6960 Schjellerup 5859 . . 9-4 27 45- 20 62.8 6 3- 161 4 7 23. 5 59-5 5 7.86 , 1 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 177 Number. Name of Star. H T3 1 * Mean Right Ascension, 1 860.0. i > s a s 1 IM O 1 Annual Precession, 1860. Mean Declination, 18600. jj ;-* 1 1 o 1 Annual Precession, 1860. 6061 32 Herculis 6.0* h. m. s. 16 28 i 7e ?Q 8 s. 4- 2 778 / // + 7O 47 A I C C 7 A // 7 9.1 "7 6062 A Oraconis . . . . >;.o / J 28 16. 29 jy. w 67 I g r JO O. 1 48 J *T/ 'r* * j + 60 J. I C 2 5 J. 4 7O C T ,| 7-3 7 Si vyj*. 6963 B. A. C. 5546 .... j' 6.0* 28 48. 34 "O* * 56.9 3 + 2.096 vy -( ' J. ^ + 38 22 53.8 /u. 5 53-5 *4 3 7. 01 7-77 6964 Weisse XVI, 539 . . 7- i 28 54.93 69.7 6 3.258 8 33 49. i 65.5 3 7-76 6965 Weisse (2) XVI, 889 . 7-5 29 2.58 69. 1 3 2. 183 + 35 47 35- 7 66. i 3 7-75 6966 B. A. C. 5549 .... 6.0* 16 29 15.54 59-7 3 + '-579 + 50 26 15. i 53-5 3 7-74 6967 Weisse XVI, 544 . . 8.0 29 19. 12 71.0 2 3-259 8 35 50. 7 68.5 2 7-73 6968 6060 f Ophiuchi o Herculis . . 2.8 4 0* 2 9 27. I 3 2Q 71 4.6 67.5 ceo 55 3.296 I O72 - 10 16 47. 7 + 42 A-1 "2Q C 65-5 rfi e 3 2 7.72 77 T V y \jy 6970 Lacaille 6910 .... T" * 6.6 jp Jj- 1** 2 9 43-33 j j* w 68.8 i 3 - yo~ 4.000 4^ 4j jy- D - 36 55 53- 5 i- 5 65.0 4 7 1 7.69 6971 M. Z. 173, 18 . . . . 8.5 16 29 45. 24 76.5 3 + 3-746 - 28 38 23. 2 74-8 3 - 7.69 6972 O. Arg. S. 15782 . . . 8.5 29 55- 72 74-3 5 3-774 - 29 36 17.4 70.4 44 7-68 6973 6q74 Lalande 30207 . . . 33 Herculis 7.8 7 S 29 56. 29 3O 1 60 62.8 67 2 6 7 3-586 2 QI 2 - 22 36 19.5 4- 7 21 1Q 8 59-2 68 5 2 7-68 7 67 v y I ^ 6975 Weisse XVI, 562 . . / j 8.8 a o- <** 3 3-9' *-* / * *" 65.2 J 3 y* * 3.067 ~ / *j jy* + o 14 33.3 uo. ^> 63.1 3 / 7 7.67 6976 O. Arg. S. 15788 . . . 8.5 16 30 5. 98 75.0 4 + 3-618 - 23 50 45- 5 67.4 2 - 7.67 6977 O. Arg. S. 15790 . . . 7-7 30 21.08 74.2 3 3-746 - 28 37 ii. i 69-5 4 7.65 6978 B. A. .5556 . . . . 7.0 30 26.30 62.4 2 3-775 - 29 38 29. 7 63.8 5 7.64 6979 B.A.C.5557 . . . . 7.0 30 28. 59 62.5 2 3-791 - 30 10 57.0 61.2 3 7.64 6980 6o8l Weisse XVI, 575 . . Anonymous 8.0 9O . _* 30 37- 94 l6 3O 41 ^7 64.9 7O Q 2 2 3.065 _)_ 7. 68O + o 19 59.9 26 10 44. o 68.5 C7 o 2 g 7.63 7 62 7 6 9 8j Lacaille 6922 .... 7.0 V JV fl . J^ 31 6.47 /'' 7 65.5 2 I J' vwv 3.891 - 33 27 46. 5 J/- u 72.5 6 /. o^ 7-59 6983 Lacaille 6924 .... 7.0 31 22. 70 65.9 2 3-952 - 35 24 27.3 68.0 2 7-56 6984 I^acaille 6923 .... 8.0 31 24.58 65.5 2 4.OOI 36 S 2 27.6 65.5 3 7-56 6985 B. A. 0.5562 .... 7.0 31 24.86 64.5 2 3-749 - 28 39 31.9 67.5 4 7.56 6986 B. A. .5564 .... 7.6 16 31 30. 82 63.5 2 + 3-670 - 25 46 48. 9 68.5 2 7-55 6987 O. Arg. S. 15811 . . . 8.2 3i 35-o8 68.4 2 3.681 26 10 23. i 57-0 6 7.55 6988 O. Arg. S. 15812 . . . 8.0 3i 36.87 65.4 2 3-677 - 26 2 32. 7 68.5 2 7-54 6989 B. A. .5567 .... 6.0 32 19-54 76.5 2 3-527 20 7 54.5 71.2 3 7-49 6990 Lalande 30327 . . . 6.8 32 30.51 68.5 2 2. IIO + 37 46 25.3 61.0 2 7-47 6991 Weisse XVI, 619 . . 7.0 '6 32 33- 50 65.4 4 + 3- 9 5 47 56.3 68.5 2 7-47 6992 Lacaille 6931 . . . . 7.0 32 40. 84 71.0 4 3.864 - 32 32 44-3 68.5 2 7.46 6 993 6004 Lacaille 6930 .... M.Z. 25, 16 . . . . 6.0 32 42. :i 32 48. 28 63.6 7? o 2 2 3-875 3. 86d - 32 52 5-2 -- - 72 72 A 2 7O. 2 7O C 3 7.46 7 AC yy^ 6995 B. A. .5569 .... 7-4 32 55-32 1 J' w 62.5 2 j- "*f 3-7'9 J* O* 'T P - 27 31 59.0 / u - J 69. o 2 ' 4j 7-44 6996 O. Arg. S. 15834 . . . 8.0 16 32 57.70 67.0 2 + 3- 628 - 24 7 32.6 68.5 2 7-44 6997 Lacaille 6933 .... 7.0* 33 7- 23 76.6 I 4.001 - 36 48 9- 4 63.5 2 7.42 6998 B.A.C.557I .... 6.8 33 7- 25 63.8 7 3-630 24 ii 32.7 64.9 5 7.42 6999 M. Z. 28, 37 8.5 33 8-57 76.9 2 3-795 - 30 H 7.42 7000 B.A.C.5572 .... 7.0 33 '2-39 67.9 7 3-797 30 15 '5-9 67.5 4 7.41 AP 1 84 12 178 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1860.0. Mean year. j O lM O O 2 Annual Precession, 1860. Mean Declination, 1 860.0. V >-, C rt OJ i 'B 1 Annual Precession, 1860. h. m. s. s. o / // // 7001 13. A. .5576 . . . . 7-6 16 33 19.60 62.6 2 + 3-756 28 50 50. 8 69.5 2 7.41 7002 7OO3 Tr. Z. 34, 1 1 .... 24 Scorpii ..... 8-5 5.0* 33 28. 25 11 28. 77 73-5 61. i 2 O 4-087 -3 463 - 39 14 15-9 17 28 4.0 68.0 60 I 2 2 7-39 7-in I wlir j 7004 Weisse XVI, 637 . . J 9-2 JO * / / 33 32-40 64-5 y S O p VJ + 3-069 + o 7 24. 5 63-1 3 39 7-39 7005 Radcliffe 3589 . . . 6.0 33 36- 74 63-5 2 - 3-484 + 79 IS 32-3 69.5 2 7-38 7OO6 O.Arg. S. 15847 . . . 8.0 16 33 38-57 76-5 2 + 3-640 - 24 32 43- 3 74-o 2 7.38 7007 B. A. .5580 . . . . 6-5 33 40- 10 60. 2 3 3-5'6 - 19 39 9- i 56-3 5 7.38 7008 O. Arg. S, 15850 . . . 8.0 33 48. 25 69-4 2 3-43' 16 5 22.8 66.0 2 7-37 7009 B. A. 0.5583 .... 8.0 34 3- 28 62.5 2 4- 148 - 40 50 54-6 69.5 3 7-35 7010 7OI 1 B. A. 0.5584 . . . . Anonymous 6.5 8.0 34 II-4' l6 34. 17. ^4. 62.5 77 1 2 'c; 4- 148 + 3 7Q4 - 40 50 34- 6 3O "7 32 r 69-5 He 3 7-34 / 7012 Weisse (2) XVI, 1075 . 7-5 j*t */ j*f 34 17-76 / / * 69-5 j 2 j* /yH- 2.078 ,5 U / o*' J + 38 37 20.4 . 47-5 3 2 7- 33 7-3' 7013 M. Z. 114, 14 . . . . 8.0 34 28. 33 68.5 2 3.684 - 26 ii 13. o 57-0 6 7-31 7014 B. A. .5589 . . . . 7.0* 34 37-6i 69.4 2 3.819 - 30 57 25-4 69.8 6 7-3 70IS Lacaille 6950 .... 6.5* 34 38- 88 59-5 3 3.845 3 So 8. 7 57-2 3 7-30 7016 O. Arg. S. 15868 . . . 8-5 1 6 34 43- 2 7 65-5 3 + 3-552 - 21 4 17.7 69-5 2 7-29 7017 Radcliffe 3588 . . . 6.0 34 43- 55 71.1 5 1.632 + 49 8 23. 5 74-7 5 7.29 7018 7019 B. VI. + 38, 2813 . . 42 Herculis 7-8 5.0* 34 53- 7i 14. >\6. OS 69. i 7-3 O 3 6 2.082 1.628 f 38 28 28.4 + A.Q 12 I ? rt 65. 2 cc X 3 5 7.29 79*7 7020 Tr.Z. 3 ,5 J ** 7-o Ot yT> yj 35 8-55 / j' v 69.0 2 4.086 ify 1 4 14. y 39 7 28. 7 55- 6 7 .2 3 2 7 7-25 7O2I B.A.C.5597 .... 6.0* 16 35 12. 28 59-5 3 + 2.487 + 25 7 51-8 53-4 3 7-25 7022 B.A.C.5595 -.-. 7-5 35 13-18 66.5 2 3-695 - 26 32 14. 7 65-5 2 7-25 7023 Lalande 30419 . . . 7-3 35 19-53 71. i 3 2. Ill + 37 37 48-4 61.5 2 7.24 7024 O.Arg. S. 15881 . . . 7-6 35 21.54 64-5 4 3-536 - 20 25 39.8 64-5 3 7.24 7025 B. A. .5598 .... 7-o 35 24-91 60.5 2 3-598 - 22 51 41.0 55-5 3 7.24 7026 7O27 B. A. 0.5600 .... 39 Herculis 7-7 c.8 1 6 35 36.44 3c tr6 06 71.2 62 8 + 3-713 2 47 F 27- 1 1 20. 3 1 27 II i o 8 70.7 7 1 *7 5 7.22 / / 7028 Herculis J v 3.0* JD J*" ww ^6 O Cd. v *-. 3 en r JA ** T-J 1 2 2o6 + 31 C I ff\ A 71. 7 C7 R 4 7- 1 9 / 7029 O.Arg.S. 15895 . . . J' V 7.8 3r* ** 34. 36 8.95 J7' J 76-5 o4 6 3-713 O L j 1 *y* 4 - 27 II 24.4 57' 73-5 3 7 7- 19 7.18 7030 B. A. .5603 .... 6.4 36 15.08 62.6 2 3-743 28 14 41. 8 65.0 2 7-1? 7031 B. A. 0.5605 .... 6.6 1 6 36 24.39 6l.6 4 + 3- 809 30 32 37- 3 57-5 4 7-15 7032 7O3.3 Lacaille 6965 .... 15 Ophiuchi . . . 6-5 7 O* 36 27.37 36 4.3 CC 65-5 6O. 1 2 2 3.901 J 600 - 33 35 3-3 66.5 C O n 2 7-15 / JJ 734 B. A. .5607 .... / w 7.8 JV to- O3 36 47. 62 62.6 2 3-753 22 55 10. 3 - 2 8 34 39- 3 5- 9 67.2 5 3 7- 13 7. 12 7035 B. A. .5608 .... 7-3 37 10.45 62.8 3 3.691 - 26 23 u.o 69-5 3 7.09 7036 Lacaille 6970 .... 5-5 '6 37 13-58 68.5 2 + 4-089 39 6 57.9 68.8 3 ' 7-09 737 Lacaille 6976 .... 7-5 . 37 37-36 65-5 2 3-875 - 32 41 16.7 68.8 3 7.06 7038 O.Arg. S. 15923 . . . 7-6 37 54-69 68. 4 2 3-7i6 - 27 13 19- 7 64-5 2 7-OJ 739 B.A. 0.5612 .... 7-3 37 55-19 64. 2 3 3-830 - 3i ii 37-9 61.2 3 7-03 7040 Lalande 30545 . . . 7.8 38 3-3 62.O 3 0.657 + 62 35 29. 2 69.5 2 7.O2 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 179 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. |H rt I S V S 1 IM O I Annual Precession, 1860. Mean Declination, 1 860.0. |j CJ 5. c pj V 2 JS o 'o o ^ Annual Precession, 1860. h. m. s. s. / // // 7041 7O42 Lalande 30500 . . . M Herculis 6.0* 4. 5 16 38 4- 73 ?8 5. 81 59-8 14. 6 3 14. + 2. 136 2 O"\I + 3 6 46 25. 7 J- 7Q II 2"? 4 53-5 7O 4 3 7.02 7 O2 / ^T- * 7O4. 3 25 Scorpii . ^ J 7. 2 jw j. \jj l8 17. 2Q JT" 61. o "T 7 - v j 7 66l i oy * j' ^ 25 l6 1 1. 4 / v * T 1 65.6 2 / - v ' 6 7 OO /*-"Tj 7044 B. A. .5619 . . . . / 6.0* ju * / *y 38 41.70 u " " 7 68.3 / 4 J. WJ 2. 217 * J ** * * - *T + 34 '7 54-3 53-5 4 / *"* 6-97 7045 Lalande 30479 . . 8.0 38 42- 37 66.5 3 3-524 - 19 50 24.9 56-5 5 6.97 7046 O. Arg. S. 15950 . . . 7-4 16 39 8.37 64-5 4 + 3-759 - 28 42 5. 5 67-5 2 6.93 747 B. A. .5622 . . . . 7.0 39 27.74 70.4 4 3-825 3 S 6 56- 7 60. 5 4 6.90 7048 O. Arg. N. 16481 . . 6.8 39 33-35 61.5 4 0-653 + 62 34 25. 8 69-5 2 6. 90 7049 Lalande 30506 . . . 8.2 39 33- 68 68.5 2 3-520 - 19 37 10. 6 56.5 2 6. 90 7050 B. A. 0.5623 . . . . 6 7 39 43- 39 63.0 4 3-638 24 16 19. 9 64-5 2 6.88 7051 B. A. .5625 . . . . 7-5* 16 39 50.46 59-8 4 -r- 3-oi7 + 2 29 50.9 59-7 4 6.87 7052 Weisse XVI, 758 . . 9.0 39 54.98 65-5 2 3-203 5 58 9-7 68.5 2 6.87 7053 7O14 Weisse XVI, 760 . . i 1 ' Draconis . 7-7 5.0* 39 56-86 3Q 57. T7 69. 2 61 5 3 2 3. 206 o 106 6 4 58.0 -4- 64 51 1 6. 4 69. o 58 5 2 2 6.86 6.86 f*~'j t T 7OCC 19 Ophiuchi j 6.0* J7 J 1 J 1 AO 6. 36 j 66.8 ** jy^ 7 O2 1 i v ^ j* " t -J- 2 IQ 12. 7 J"- j 69.6 2 6.85 i^jj 7056 Lacaille 6987 .... 6.5* t 1 ^ w. JV 16 40 10. 02 65-5 2 J- w ^ * + 3-9'2 * y / - 33 45 48. 9 65.0 2 6.85 7057 0. Arg. S. 15977 . . . 7-4 40 27.60 63-5 2 3-434 - 16 4 18. 9 65.5 2 6.82 7058 B. A. .5630 . . . . 7-5 40 34. 46 65-3 5 3.840 - 3' 2 4 4- 7 69. o 2 6. 81 7059 7060 O. Arg. S. 15989 . . . 8.5 4.8 4i 3-57 41 6.43 71.9 So. 5 3 7 3-643 3. 922 - 24 24 34.0 34 2 8. 2 67.2 60. o 3 2 6-77 6.77 y v 706l 7O62 Weisse XVI, 780 . . 1 8 Ophiuchi . . . 8.0* 7 O 16 41 7.40 n i"? 36 J * J 66.8 62 d. / 3 o- y + 3- 42 36d.^ J^ + i 20 34. 6 2*1 21 2Q 3 wy. v 70.5 66. o 2 v ' i I 6.77 6. 76 7O6l Anonymous / O. 5 T- 1 'J- J v 41 IQ. -'^. | Vi rJ 1.6^6 *T ^o *y j 24. ^ 4.6. ^ 77 e 2 6 75 / V "-'J 7064 Lalande 30556 . . . y j 7-5 . t i & *f. 41 3'- 6 3 61.2 3 J. WJW 3.700 ***T J ^nr j - 26 29 37.5 / j 1 j 56.6 8 v - / j 6-73 7065 Anonymous .... IO. 41 32. 62 67.0 2 3- 162 4 4 6-73 7066 7067 Lacaille 6999 (ist*) . . Lacaille 6999 (2d*) . 6.6 9.1 id 41 34. 18 41 34.26 63.5 63-5 2 2 + 4-030 4.030 E 37 16 3-2 71.8 4 - 6.73 7068 7O6Q Tr. Z. 132, 29 .... 8-5 8. 5 4i 37-33 41 41. 68.5 2 3-799 ^. 841 - 30 o. 26. 9 31 2} 21. 8 66.0 60. o 2 2 6-73 6.72 f \j*jy 7O7O J 8.1; 41 41. 31 61. i c O' **? 3- '80 J O 4 C3 1C. 7 ^y' * 56 2 7 v. y 6. 71 / v/ v/ 7071 Weisse XVI, 794 . . J 7.0 16 41 41.74 VJ. 70.0 .) 2 + 2.762 ^ JJ JJ 1 + 13 50 27.4 JW. 69.6 O 2 " / * . 6.72 7072 7O77 Weisse XVI, 792 . . 20 Ophiuchi 8-5 5.0* 41 44.96 42 5 52 63.3 60 7 6 7 3.180 3 1O6 4 53 53-5 10 11 <6. i 56. 2 65 5 3 2 6.72 6 6q /Wo 7O7A M Z 34, II j' v 7 c ^ j J 42 21. n \-"j. / 68.0 / O- J 1 -*" A 14.7 " J"' O 4.O 2 1 1 1 . O J J 67 2 Vf. vy 6.66 / Wr 7O7C i Scorpii . . / j 1 -3 t" *-Jr JO 42 21 4Q 66.5 2 [ . *>-(/ 4OCO t" *-.) jj- " 77 4.8 1 1. I **/ - * 65 5 2 6.66 /Wj 7076 7O77 Lalande 30600 .... O Arg S. 16019 . . J* J 9.0 if*. *.J. *ty 16 42 41. 80 42 4? ^8 60. 5 77 5 2 2 '-'j*-' + 3-521 2 77C J/ T" - '9 35 33-6 29 10 j- j 55-5 3 6.64 6 6t / W / 7078 Weisse (2) XVI, 1341 . 6.5 t* 1 TO* j w 42 44. 40 / / - J 68.5 2 J 1 / / J 2-093 + 37 48 37- 3 46.5 2 -> v j 6.63 7079 B. A. .5639 .... 6.6 4 2 44.64 7O.O 3 4- 149 - 40 28 47. 9 67.0 2 6.63 7080 B. A. 0.5641 .... 7.6 42 49. 18 62. 9 4 3-650 - 24 35 24.9 66.5 2 6.63 1 80 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. i4 rt OJ X O s | o "o 6 fc Annual Precession, 1860. Mean Declination, 1 860.0. rt g a rt OJ % to 1 CM O 6 Z Annual Precession, 1860. h. m. s. s. / ft // 6 7081 tfi Scorpii 4. ? 16 42 SI. 4C, 60. i + 4 O^O T.1 46 28 8 6e c 2 6 62 / ""-" " j * ** t** j * ^j v^v. ^ j H-- ^O^ jt T- W ^o. o U J P D 7082 Anonymous 8.8 4.2 ^4. 08 68. s 2 T 8O4 7O 7 47 o 7 T C 2 fi fio / ***' *f*. Jlf . w 'W J J. !***^ o u / 4/- u r **5 u. o^ 7083 Lacaille 7011 .... 6.4 43 9- 44 70.0 4 4.036 37 21 24. 6 71.9 4 6.60 7084 O. Arg. S. 16030 . . . 7-7 43 10-23 74.1 3 3-567 - 21 24 40. 4 69.0 2 6.60 7085 B. VI. 16", 61 . . . . 7-o 43 n-34 66.5 3 3-705 - 26 37 49. 2 56.4 5 6.60 7086 M. Z. 16,47 7.0 16 43 25.24 69.5 2 + 4.OI6 36 46 8. 2 67.0 2 6.57 7987 O. Arg. S. 16035 . . . 7.2 45 33-22 68.5 2 3-707 26 40 39. 3 56.4 4 6-57 7088 O. Arg. S. 16037 . . . g.o 43 37- 19 73-5 4 3-559 21 5 18.3 73-5 2 6.56 7089 B. A. 0.5650 . . . . 7.6 43 40. 86 62.5 3 3-671 - 25 21 33.7 67.1 2 6.56 7OQO 48 Herculis 6 <* 4"? 48 4 cj. 7 E 2 776 . C 1 A fl T- T- l^ J j^ J vt j ^rj f w - Jt J4" / J *' JJ U -\- 3 12 24. 9 53' 4 3 0.55 7091 Schjellerup 5990 . . . 8.2 16 43 56.61 77-5 I + 3- 203 5 55 58.6 71.0 2 6. S4 7092 Lacaille 7023 .... 6.5 44 1-33 61.5 2 3-894 33 2 37.2 74-2 3 6-53 7093 B. A. C. 5653 .... 7.2 44 6. 08 63.6 2 3-851 - 3' 38 26.3 70.5 3 6.52 7094 Lalande 30641 . . . 8-5 44 8.95 62. 9 5 3-5'o - 19 6 53.9 60.8 7 6.52 7095 O. Arg. S. 16046 . . . 7.0 44 12. 68 68.5 3 3.808 30 ii 27. i 66. i 3 6.51 7096 O. Arg. S. 16050 . . . 7-5 16 44 16.35 71.1 2 + 3- 703 26 30 41. i 56.5 4 - 6.51 7097 Weisse XVI, 845 . . 7-8 44 21-44 64.5 3 3.264 8 37 23. 5 65.0 2 6. 50 7098 Weisse XVI, 854 . . 7.2 44 46. 72 64.9 5 3-195 - 5 32 56.2 68.0 2 6.47 7099 O. Arg. S. 16060 . . . 8. i 44 48- 53 68.5 3 3.808 - 30 io 8.8 70.5 3 6.46 7100 O. Arg. S. 1 6062 . . . 44 "16 OS 77 S 2 3 778 70 8 ft A F *TT- J v - ^J t i ' J J' // ^9 o o-45 7101 Weisse XVI, 859 . . 7-7 1645 4-55 63-8 IO + 3-i8i 4 54 41.8 59-2 3 - 6.44 7102 B. A. .5663 . . . . 6.5* 45 9- 42 6O.O 2 3-537 20 io 38. 7 58.3 6 6-43 7103 B. A. 0.5665 . . . . 7-5 45 10.58 62.5 2 3.818 30 31 2.0 70.0 2 6-43 7IO4 50 Herculis . C O AC II 17 4Q T / v ^ i T J- U 4j 11.17 ( ^, 1 * 2 - 339 + 3 2 52.0 70.9 5 43 7IOi; O. Arg. S. 16067 AC IQ Aft 77 C 2 3*7Tn / MV J *TJ *y* *r v / / J 779 29 9 6 A t . 42 7IO6 M. Z. 1 20, 64 . . . . 7-7 1 6 45 31. 26 62.6 4 + 3.8l8 - 30 29 5. 7 68.5 I 6.40 7IO7 90 AC 7i 66 fit; c i j cSfi i * v i . ^ *rj j * * ^^ "i- 5 3-5 80 22 4 35- 4 70-5 I . 40 7108 8.8 AC 77 Rc 68. 8 2 , pA r T-J OJ* O J 3- 74 2u 30 2O. 7 5-5 4 61 .40 7109 Tr. Z. 29, 24 .... 7.0 45 34.8o 76.6 2 4.068 - 38 io 45.8 75-2 4 6.40 7IIO B. A. 0.5671 .... 6.4 45 40.33 62. 9 5 3-814 30 21 M.g 66.0 2 6-39 7III O. Arg. S. 16076 . . . 8.0 1 6 45 42.36 64-5 2 + 3-Sio - 19 4 38.4 69.0 2 6.39 7112 B. A. 0.5673 . . . , 7-i 45 45- 12 64. 2 4 3-679 25 35 38. 7 63.5 2 6.38 7"3 Lacaille 7041 .... 7-2 45 49-49 67.4 3 3.826 - 30 44 41. i 65.7 4 6.38 7114 Weisse XVI, 873 . . 7-5 45 54-93 74-8 3 3.066 + o 15 46.6 71.4 2 6.37 7115 O. Arg. S. 16082 . . . 7-8 45 56. 15 66.0 2 3-679 25 34 43- 8 63-5 2 6-37 7116 51 Herculis C C* 16 in c? io co 8 + ^ .G. + , . f , v O 6_ J. J *** T-J 3/* ** sy- 3 2. 404 2 4 53 3- o 53-5 3 37 7117 B.A. 0.5678 .... 6.8 46 9- 93 64-3 ii 3-839 - 31 io 6.3 62.5 6 6-35 7118 O. Arg. S. 16088 . . . 8.2 46 13. 04 67.0 4 3-777 29 421.8 73-5 i 6-35 7119 22 Ophiuchi 6 7 46 21 11 61. 6 t AiK . f,Q .t / *f u *.> j j J. O 1 O 23 io 43. o 5 s - 5 3 6.^ 33 7120 Lalande 30745 . . . 7.0 46 31. 19 68.5 2 2.074 + 38 II 22.3 69. 2 4 6-32 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 181 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. S >, 1) S % "o o Annual Precession, 1860. Mean Declination, 1 860.0. !> S 1 *o 1 Annual Precession, 1860. h. m. s. s. / // // 7121 M. Z. 120,67 7-5 1 6 46 34. 78 72.1 3 + 3-838 31 6 0.9 64.5 2 - 6.31 7122 O. Arg. S. 16100 . . . 7.6 46 42. 37 74-o 4 3-777 _ 29 2 44. 7 66.6 2 6.30 1121 Anonymous .... 7 S Aft AA O4 60 i 2 4O27 76 C7 24 8 68. 2 670 I 3 1 3 4. . } > r - vt- uy. ^ . w^/ J u J/ "T" j u 7124 Anonymous 8-5 46 51. . . 4.030 - 37 i 41-6 69.6 I 6. 30 7125 B. A. 0.5684 . . . . 7.2 46 52. 98 63.8 8 3.842 - 3' H 21.9 62.5 4 6. 29 7126 B. A. C.S686 . . . . 8.0* 16 47 o. 40 59-5 5 + 2.716 + 5 38 29. i 54-5 4 6.28 7127 23 Ophiuchi 6.0 47 6. 82 61 . o 32OA r r r 17 7 71 7 6 27 / / ' ^ U 4 i> 55 / / /* 7 o. ^7 7128 B. A. 0.5687 . . . . 7.2 47 9- H 62. 2 4 3.672 - 25 18 14. o 65.5 2 6.27 7129 8. S A'J 11 7 -I 60 1 2 r> 808 2O C 2O A 6"? 4 I 6. 26 7I3O Anonymous J 7 J- T-/ * O' fj ATI \A. 1%. "y J 64. 8 J. CWJtJ 7 .8/1/1 jr j J *" *h 1 1 IT 1 8 -7 U J- T- 7/1 C 6 ?fi / *J V / * *T *Ti *T- JJ 4 ^.044 jl 1 / IO. ^ 74- 5 U. ^U 7'3' B. A. 0.5690 . . . . 7.0 16 47 18. 72 66.8 4 + 3-838 - 3' 4 39- 7 63-4 4 - 6.25 717,2 * Ophiuchi 4. O* A'J 21 OQ" ce 8 2 82Q + IO 2"2 C/l J? r r fi 9C / J *T* ** *T/ *J' *TF .).) -:. ojy * u *j 54- i>4- i> u. -15 733 Tr. Z. 29, 25 .... 8.0 47 27.78 76-5 2 4.072 38 12 20. 6 75-5 3 6. 24 7174. 53 Herculis ... t 0* A*J TO C 7 CC 2 2 280 + 11 Cfi T f\ C 7 C ft 27 / JT^ j. * 4/ jy- j j J.)' 4 31 50 7.0 5o- 5 4 o. ^3 735 O. Arg. S. 16121 . . . 7.0 47 42. 23 68.8 a 3.816 30 21 9. 3 67.0 2 6.23 7136 B.A. 0.5695 . . . . 6.6 '6 47 57.13 62.8 3 + 3-450 - 16 34 46. 9 67.5 2 6.20 737 WeisseXVI.giz . . 9.0 48 12.94 61.7 5 3-182 - 4 56 20. 6 56.0 4 6.18 7138 o. 5 4.8 14 IQ 71 A. 2 1 SKI 3/-\ 747 J? 68. 5 | 6 17 7 J *r u *T" *y I " *f J. Ui V o u / 4j- o. 17 7>39 WeisseXVI,9l3 . . 7.0 48 19.65 65-4 3 3-203 5 53 37- 2 68.0 2 6.17 7140 24 Ophiuchi 6.0 48 21. 50 6? c 2 3610 29 cc ?fi n 66. o 6 7 "/ 5 . V1W " 55 io - 9 o. 17 7141 0. Arg. 8.16133. 8.8 16 48 47. 51 68.5 2 H- 3-706 - 26 27 34.4 65.8 3 6.13 742_ Radcliffe (2) 1610 . . 7-5 48 50.32 75.0 4 3-518 - 19 18 54.8 73-8 4 6.13 7'43 Piazzi XVI, 236 ... 5-5 48 50. 64 62.6 7 3-5i8 - 9 18 55-3 68.5 2 6.13 744 M.Z.37,3 8.2 49 12.59 72.9 8 3-807 - 29 59 31-8 73-5 5 6. ii 7141; 54 Herculis c r* AQ I 7 O4 60 2 21 > 1 9 + r in >> R C A A 6irt / "*t j 5* 5 *ry i _}. -^ 2 . ' >.} _ 10 39 33- 54-4 3 . IU 7146 Lalande 30788 . . . 8.5 16 49 20. 58 60.0 2 + 3- 575 21 33 3- 3 56.6 4 6.09 7 '47 B.A. 0.5705 . . . . 6.0* 49 23. 1 6 72.7 4 - 2- 798 + 77 45 -9 69.2 7 6.09 7148 Lacaille 7065 .... 6. I 49 24.09 63.5 2 + 4.046 37 23 52. 7 68.1 2 2.08 7H9 Lacaille 7070 .... 6.7 49 39-02 68.3 7 3.689 25 50 14. 6 64.8 4 6.06 7150 O. Arg. S. 16153 8.5 49 4'- 93 74.5 3 3.808 29 53 51.6 63-4 I 6.05 7iSi O. Arg. S. 16158 . . . 8.5* 16 49 49. 10 60.6 2 + 3.718 26 53 24. 9 56.7 5 6.05 7152 Weisse(2)XVI,i53 3 . 7.0 49 49- '6 59.6 2 2. 716 + 15 36 28.8 54-5 3 6.05 7153 Anonymous 9. O v AQ C7 14. 60 t; J 1 800 Ofj C"7 ? A 7C 7 6 04. *ry DO' m *r u y- D o* y z y 57 * 4 75- J 7154 O. Arg. S. 16162 . . . 8.6 49 59-2 69-4 2 3-7i6 - 26 47 45. 2 58.0 2 6.03 755 Lalande 30851 . . . 7.8 50 7.66 69.5 2 2.092 -f 37 32 49- 7 62.5 3 6. 02 7'56 B. A. 0. 5706 .... 6.0* 16 50 17.98 60. 5 2 + i-7'5 + 46 46 o. 5 53-5 3 6.01 7'57 O. Arg. S. 16168 . . . 8.2 50 42. 03 60.8 3 3-721 - 26 57 37.4 59-8 6 5-97 7158 Weisse XVI, 958 . . 8.0 5 55-71 64.9 6 3.164 4 7 22. o 64.9 3 S-95 7159 K Ophiuchi 3.4* C I 2 Cl 6-; 8 OT 2. 856 + n 7C ^7 o fm 1 g SC\A O T" 3 * * J * >Jj. O y 9 03 43- 9 oo. 7 94 7160 B.A. 0.5709 .... 6.2 Si 23.58 62.5 3 3.664 - 24 52 32.5 65.9 2 5.92 182 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. b rt * g s A ^ a *o o fc Annual Precession, 1860. h. m. s. s. / // // 7161 7162 O. Arg. S. 16184 26 Ophiuchi 8-3 6.0 16 51 28. 63 51 35. 21 69.0 62.5 2 3 + 3-810 3-663 - 30 I 23.4 - 24 46 17. 2 65.9 70. 7 4 5-9i 5.90 7167 Anonymous . . . 0. S ?I 44. -jS 7^. o 4- 39 37 7 3. 4 63. 2 2 5.88 / 1U J 7164 Lalande 30894 . . . y j 7-o J m ^t- O" 52 17.86 / j 59.6 3 2.713 O/ / J' ^ + iS 39 54-5 "j. * 54-5 4 J 5.85 7165 Weisse XVI, 981 . . 7-,2 52 26.08 64.6 3 3- '62 4 0.25.9 67-5 2 5-83 7166 Tr.Z. 3 8, 9 8.2 16 52 28. 31 69-3 4 + 4-039 - 37 5 25. i 77-6 5 5.82 7167 DM. +38, 2865 . . 7-7 S 2 30-09 69. o 2 2.058 + 38 24 20.0 61.0 2 5.82 7168 Lacaille 7087 .... 6.8 52 34- 88 69.0 2 3.908 - 33 9 r 9-4 68.5 4 5.81 7169 O. Arg. S. 16206 . . . 7-8 52 36.40 63.0 6 3-725 27 2 19. 9 68.9 6 5.81 7170 O. Arg. S. 16208 . . . 9.0 52 45. 19 66.0 2 3.726 - 27 3 43-3 61. 4 4 5.80 7171 B.A.C.57I8 .... 5-5 16 52 49. 64 67.0 2 + 3- 870 - 31 55 54-8 71.0 4 5-79 7172 O. Arg. S. 16213 7-o 52 57-76 69-S 2 3- 545 - 20 13 30. 5 70.3 5 5.78 7173 O. Arg. S. 16223 . . . 7-o 53 13-22 65-4 2 3-56 - 18 43 28.7 67.5 2 5.76 7174 7I7C B.A. 0.5721 .... 29 Ophiuchi . . . 7.2 6.0 53 23. 98 S ^ 40. 07 72-5 6<;. 4 3 T. 3-874 3. CO? - 32 2 58.0 1 8 4O 31. ? 72.8 67. S 3 2 5-75 ?. 72 / * / j 7176 7177 Lacaille 7091 .... 30 Ophiuchi . . . . 7.0 ? 8 JO fv- V 1 1 6 53 40. 69 C-3 AQ 7Q J" T^ 71-5 64. ? J 3 2 J J J + 4- H3 ?. 162 " ^ v J J - 39 52 48- 7 4- O 3^. 6 / J 71.9 67.7 5 i > ' - 5-72 < 72 5-7 / * / / 7178 O. Arg. S. 16233 J' ** 7-o JJ T"-" /" 53 44-66 "t* j 67.0 2 j 3-548 T- v JJ' ** - 20 23 9. 7 **/ . / 67. o * 2 5-72 7179 Weisse XVI, ion . . 8.6 53 55-21 64.5 2 3- 162 4 o 29. 9 68.6 3 5.70 7180 Tr. Z. 38, 10 8-5 54 n-59 76.8 8 4-037 - 36 57 20. 6 65.4 2 5-69 7181 O. Arg. S. 16240 . . . 7-5 16 54 22.09 68.5 2 + 3- 722 26 53 30. 3 63.0 2 - 5-67 7182 Tr.Z. 123,35 . . . . 8-5 54 34-45 69.5 2 3.811 - 29 55 S3- 7 67.0 2 5-65 7183 7184 Weisse XVI, 1033 . . 9.0* "!. 5 54 51-36 S4 c6. 06 59.6 48.2 2 5 3-277 2. 297 9 4 37-o + 31 8 6.9 65.8 72. 5 3 2 5-62 5.61 / **J t t 7185 B.A. C. 5730 . . . . j j 7-3 Jt 3**- 54 58. 84 64-3 J 8 3- 6 44 24 2 12. i / J 59-2 12 J 5-6i 7186 7187 O. Arg. S.. 16256 . . . Anonymous . . 7-5 9O 16 55 5-84 >,92 . . . . 4 / -3 v jj *"r> **j 55 25.48 67-5 2 3.646 -- 24 5 25. 3 ~y. * 70. o j 3 J J 5-58 7193 O. Arg. S. 16270 . . . 8.0 55 29.63 76.5 2 3-546 - 20 ii . . 5-57 7'94 Weisse XVI, 1046 . . 9.0 55 35- 3-277 9 3 45- 3 71-5 i 5-56 79S Weisse XVI, 1048 . . 9-5 55 37-50 74.0 2 3-277 9 3 57-8 71-3 5 5-56 7196 B.A.C.5737 . . . . 6.0 16 55 38-63 64. 2 4 + 3- 766 28 22 17. I 67.6 2 - 5-56 7197 B.A. C. 5739 . . . . 7-2 55 46. 24 63.0 4 3.849 - 31 9 43-4 61.7 5 5-55 7198 Lacaille 7116 . . . . 7.0* 55 So- 3-674 - 25 7 2.7 62.5 i 5-54 7199 B.A. 0.5742 . . . . 7-2 55 56.04 62.4 7 3-645 - 24 2 2O. 4 58.7 8 5-53 7200 M. Z. 19, 105 .... 7-9 55 56.48 63.0 2 3.850 31 10 17. i 6p. o 2 5-53 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 183 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. S >* a CJ 28 42 48. 4 64. c 2 // c e-j / * 7202 7 2O? B.A.C.5743 . . . . 7.0 6 4 j j j/ j o 55 59-75 Cfi 6 QQ 63-9 68. 2 J 5 6 i j' 1 1 ^ 3-623 4- i 681 - 23 II 19.9 21 26 1O 7 ***' J 64-5 77 7 3 c j- jJ 5-53 e C2 / **-' j 7204 72* 5-49 e 4.O / J 72O6 B. A. C. 5746 .... 7-5* J *-V/. J.J 16 56 27.81 60.2 3 + 3- 548 i jj T 1 " y 20 17 38.0 70.3 6 J* *T7 5-49 7207 Weisse(2)XVI, 1735 . 6.0 5 6 34-43 73-3 5 2-453 + 25 42 21. 2 73-6 4 5-48 7208 O. Arg. N. 16722 . . . 9.0 56 39- 5 62.0 2 0.843 + 60 o 27. 3 67.6 2 5-47 7209 O. Arg. S. 16298 . . . 7-5 56 46. 56 7-3 4 3 .68o - 25 16 43.9 69. 2 3 S-46 7210 B. A. 0.5748 .... 6.0 56 48. 24 57-5 2 3-320 10 53 18. 6 69.1 2 5.46 7211 7212 Lacaille 7123 . . . . Anonymous 6.2 8.0 16 56 52. 70 e6 c c 8j. 68.6 68. 5 3 2 + 4-043 4Ol8 - 37 i 48. 8 l6 Zd. 76 67.1 66.9 3 2 5-45 SAA / * * 7213 B. A.C. 5750 . . . . 7.0 j j j- ^^ 57 6-93 64-5 4 ' "J^ 3.776 J w JT- / ' ** - 28 40 34. 9 66.5 2 *t*T 9-43 7214 B. A. 0.5756 . . . . 7.0 57 34-8o 66.4 3 3.814 29 57 15.4 65.5 4 5.40 7215 7216 Lalamle 31055 . . . 6.7 7. $ 57 45-8o 16 58 0.83 65.5 68. 5 2 2 3- 181 4- A OA7 4 49 47- o 77 6 ST. 6 74-8 68.0 4 2 5-38 "i. 36 / 7217 B. A.C. 5759 . . . . i ' j 6. 4 58 12. 92 62.5 3 1 f. vi r/ 3-710 ji w jo- 26 19 8.8 67.1 3 J* J v 5-34 7218 7219 Lacaille 7133 . . . . S 1894 (ist*) .... 6.0 58 29.55 S8 ? 7236 B. A.C. 5782 . . . . T- 5-5 17 2 36.15 J j- :> 70.6 o 2 4j^ + 4- "33 * J 3* JJ' -- 39 19 37- 9 J/ J 69.9 3 ' 77 4-97 7237 Lacaille 7160 .... 6.0 2 39-9 70.5 3 4. 108 - 38 38 37- 2 70.0 4 4-97 7238 Lalande 31199 . . . 6.8 2 45.82 65.5 4 3.556 - 20 28 15.0 70.5 3 4-96 7239 O. Arg. S. 16420 . . . 7-5 2 55- 26 64.5 3 3-7I9 26 31 26. 5 72.8 4 4-94 7240 B. A.C. 5788 . . . . 5.0* 3 4.28 59-8 5 2. 126 + 36 7 9-o 5-4 9 4-93 184 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. Mean year. & o 'o O Z, Annual Precession, 1860. Mean Declination, 1 860.0. LH rt 6 > 1 X 1 tM 6 Z Annual Precession, 1860. h. m. s. s. o / // // 7241 B. A. 0.5790 . . . . 5-5* 17 3 12.78 59.6 2 + 1-957 + 40 42 3. 2 53.6 3 4-92 7242 Tr. Z. 22, 27 .... 8.2 3 "9-41 76.5 2 + 4-059 37 17 20.3 73-5 2 4.91 7243 Groombridge 2418 . , 7-5 3 21. 10 62.0 6 - 1-274 + 73 23 22.0 53-8 8 4.91 7 2 44 B. A. .5789 7-i 3 28. 52 62.5 2 + 3- 729 - 26 51 47.9 68.9 3 4.90 7245 Lacaille 7163 . . . . 6.6 3 37- 3 64-5 4 4.077 - 37 46 42. 3 66.5 2 4.88 7246 B. A. C. 5791 .... 6.2 17 3 37- 67 6 S .i 5 + 3-679 - 25 4 41-3 62.2 4 - 4.88 7 2 47 B.A. 0.5792 . . . . 6.2 3 39- 25 63.3 5 3-75 - 27 35 7. i 68.5 3 4.88 7248 B.A.C.5793 . . . . 5-8 3 52.67 67.9 3 3-891 - 32 15 52-5 61.2 3 4.86 7249 O. Arg. S. 16450 . . . 7-5 3 55.38 69. 2 3 + 3-678 - 25 3 2. 7 62.2 4 4.86 7250 Groombridge 2420 . . 8.0 4 16.52 60.5 3 - 1.310 + 73 3 '5-5 53-o 4 4-83 725' Weisse XVII, 46 . . 7.2 17 4 18. 60 64.8 6 + 3-173 - 4 27 55-3 64.6 2 4.83 7252 72C-J Lacaille 7163 .... Anonymous .... 6.0 8. 1 4 19.44 4-3Q 2O 68.5 71 2 2 4.090 7 086 - 38 7 21.5 oc 7 c8 O 65.6 72 O 2 6 4.82 A , /OJ 7254 Lacaille 7171 .... *** J 7.0 y^i. A\J 4 45- 86 / * * 74-3 5 o- y ou 4- 146 JJ 1 J' u - 39 35 49- 2 f * w 68.2 3 f. O* 4.78 7255 Weisse (2) XVII, 107 . 6.6 4 49- 74 68.5 2 2. 040 + 38 28 12.5 47-5 2 4.78 7256 B.A.C.5795 6-7 17 45i.5 62.4 6 + 1.467 + Si i i5- 55-3 S - 4.78 7257 O. Arg. S. 16477 . . 9.0 5 14-51 65.5 3 3.647 - 23 52 46. 7 67.5 2 4-75 7258 B. A. 0.5796 . . . . 6.9 5 15-85 66.4 2 3-752 - 27 37 35- 9 62.4 4 4-74 7259 B. A. .5800 .... 7.2 5 3'-3 62.6 3 3.729 - 26 48 45. 4 69.5 3 4.72 7260 M.Z.26, 1 7.2 5 47-41 66.5 3 3.935 - 33 34 43- 4 68.5 2 4.70 7261 Lacaille 7174 . . , . 6.0 17 5 48-40 68.6 2 + 4 . 08 9 - 38 2 45.9 67.2 3 4.70 7262 Weisse XVII, 83 . . 8.0* 5 57.52 47-6 2 3.281 9 6 48.5 47.6 2 4.68 7263 O. Arg. S. 16497 . . 8.1 6 15.89 65.5 4 3.648 23 53 35- 9 67.5 2 4.66 7264 O. Arg. S. 16505 . . 7-9 6 31.87 63.6 3 3.7I7 26 21 56.4 64. i 3 4.64 7265 O. Arg. S. 16503 . . . 8.0 6 32. 38 73-9 3 3.826 30 6 0.8 67.0 2 4.64 7266 O. Arg. S. 16509 . . . 6-5 17 6 33.18 66.6 2 + 3-566 - 20 48 10. 67.6 2 4-63 7267 B. A. 0.5807 . . . . 6-5 6 38.63 67.0 2 3-935 - 33 34 20. 5 68.1 2 4.63 7268 A Ophiuchi (ist*) . . . 5-7 6 44.3 63-4 H 3-718 26 23 39. 2 63.1 S 4. 62 7269 A Ophiuchi (2d) . . . 6.0 6 44-5 63-4 14 3-7i8 26 23 35.0 62. 9 3 4. 62 7270 B. A. 0.5809 . . . . 6.2 6 54. 98 67.0 8 + 3- 825 - 30 2 42.4 61.7 4 4. 60 7271 Groombridge 2418 . . 8.0 17 7 21.62 60.5 2 i. 292 + 73 23 22. i 55-9 5 4-57 7272 Schwerd 1014 .... 7.0 7 23.33 64.4 2 - 3- 208 + 78 17 16. i 66.1 2 4-5 6 7273 Weisse XVII, 107 . . 7-7 7 25-43 70.5 4 + 2-729 + 14 44 32 5 68.5 2 4-56 7274 727? O. Arg. N. 16908 . . Anonymous 9.0 9. 2 7 31-43 7 12 O1 66.0 71. O 2 2 0.875 3 QQC + 59 20 47. 8 7C IQ 4, C 68.1 7O. 2 2 7 4-55 A c e / / J 7276 B. A. 0.5813 . . . . * f* 6. 9 / O*" vj 17 7 37-07 / J* v 60.4 8 O yyJ + 3-717 oj y *t' y 26 20 25.0 / v * * 60. 4 J 5 T" JJ 4.54 7277 0. Arg. S. 16532 . . . 8. 4 7 45-02 69.5 2 3-747 27 23 55.9 56.4 4 4-53 7278 B. A. 0.5815 . . . . 7- 7 50.95 62.5 5 3.684 - 25 8 37.4 62.6 4 4.52 7279 Weisse XVII, 115 .. 8-3 7 52.33 67.6 2 2.736 + 4 27 55-5 68.5 2 4-52 7280 B. A. 0.5818 .... 7.0 7 57-28 74.2 5 3-830 30 ii 26. o 70. 6 4 4.52 U. S. NAVAL OBSERVATORY, 1845 TO 1877. Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. i >-> d rt B % o i Annual Precession, 1860. Mean Declination, 1 860.0. !H (U >. C rt y % 1 **-. O O f, Annual Precession, 1860. h. m. s. s. / // // 7281 WeisseXVII, 117 . . 7-5 17 7 57". 60 67.6 2 + 2.730 + 4 43 2.0 68.5 2 - 4-52 7282 7281 M.Z.33,3 Anonymous . . 8-5 8.2 7' 59- 97 8 2.87 71-5 77. 2 2 ^ 3-997 3. 830 - 35 2 3 19.4 3O I O 44. Q 73-o 73. ? 4 2 4.51 4. ?I / * w j 7284 M Z. .A 8.8 8 5. 0.3 / / 71. ? 2 J' "^T* ?. OQ7 J v ^T- 7 3C 22 37 O i j j 73. O 4 *T- J 4. ?O i f.^n 7285 o Herculis (1st*) . . . Var* J " J 8 15.88 / j 58.7 222 y* ?.7/ 2-734 jj **- j/ * ** + '4 33 9- 7 / j 54-3 55 f* JV 4-49 7286 a Herculis (2d*) . . . 8.0 17 8 16. 13 64-3 II + 2.734 4- 14 33 10. i 73-9 5 - 4-49 7287 7288 B. A.C. 5820 . . . . M Z 33 ? 6-5 8.? 8 24. 32 8 26. 19 66. i 60. ? 2 2 3-825 3.987 - 30 o 18. o 3? 3 ?6. 6 69. 2 67. o 3. 2 4.48 4. 47 7289 72QO Lacaille 7207 .... 38 Ophiuchi (1st*) . J 6.5 8 3'- 54 8 ?7.6o ? j 68.5 72.8 2 -> J :?"/ 4.091 ^. 721 OJ J J ' - 38 o 20. 6 66.5 2 ^* ^/ 4.46 / ^y-* j/ .1 o / }- 26 28 14. 3 69. 2 3 4-43 7291 38 Ophiuchi (2d*) . . . 7-3 17 8 57.69 64.0 4 + 3-721 7292 72Q1 B. A. C. 5824 .... (J Herculis 6.0 4 O* 9 13-5' q 16 80 65-5 CO C 2 2 3-90 2 46^ - 32 23 49.5 -4- 2C O 24 4 65.5 H. 1 2 4 4.41 4 4O / ^V J 7294 Lacaille 7215 .... T.. 7.0 7 "' "9 9 26. 22 jy* j 65.5 2 " *T W J 3.980 I '"'J * *T T" - 34 49 43- 4 JJ J 69.6 H 2 If. ifVJ 4-39 7295 39 Ophiuchi (1st*) . . . 7-5 9 28. 50 61.6 5 3.656 - 24 7 49.0 57-3 6 4-39 7296 39 Ophiuchi (2d *) . . . 6.5 17 9 28.50 61.5 5 + 3.856 - 24 7 39- 5 55-9 3 4-39 7297 O. Arg. S. 16574 . . . 9. o* 9 32. 2 9 69.5 2 3. 820 - 29 48 36. 6 71-5 3 4-38 7298 72QQ B. A. .5831 . . . . DM. + 73, 7S8 6. i 9 34- 27 10 6. 07 64.0 Co. A. 2 2 + 3.65I I. ^7 - 23 54 52.0 4- 73 34 33. I 67.1 70. 6 2 I 4.38 4^7 / yy 7-3QO 3. 5* IO IO. 3Q J"* T- SO. 3 6 O J / 4- 2.080 1 / O J^ j J' * -\- 36 58 8. 6 / * 48. 2 1 ; JJ 4-3? / J'-"-' 73' B. A.C. 5833 . . . . J J 6.8 * JV 17 10 14. 92 J*" O 63-4 5 1 * vtj y + 3-863 - 31 12 26.9 fVI * 68.8 j 3 ' JJ 4-32 7302 O. Arg. S. 16586 . . . 8.2 10 27. 91 69.0 2 3.614 - 22 33 14.4 66.5 2 4-3 733 O. Arg.S. 16600 . . . 9.0 ' 1 3-03 67-5 2 3- 622 - 22 50 19.6 68. i 2 4-25 73 ^ 7313 2 1923 J o. =; 12 27. 78 / 1- w 64. 5 4 2 j- vyj 3- 216 JJ ' f* 9 6 1 6 48. o 71. O 2 *j 4. 1 1 / J J 73'4 731? Weisse XVII, 202 . . f Ophiuchi r* J 7.0 6.0 / / " 12 30. IO 12 36.86 "t* j 60. o <((>. 2 2 16 3. 204 3. ?7 3 5 45 42. 8 2O 57 32 8 / 57-o 64 2 2 3 * * j 4-13 4. 12 / *5 J 7316 7717 O. Arg. S. 16644 licrculis 7-7 4. <(* 17 12 44. 26 12 SO 6? J * 67.5 AC C 2 O J I J + 3-720 2, O7O j i j ' " 26 21 i 8. 5 +77 26 24 X "*T" * 63.6 4C, ? j 2 * . 4. ii 4. 10 / j* / 7318 7310 Lalande 31492 . . . v Serpentis f J 7 .6 S.O j"> w / 12 50.93 12 ?7. 27 *rj' 3 71-5 6^ 4 3 3- '95 3. 367 J/ " "^ J 5 21 42.9 12 42 31 43' .) 62.O 60.6 2 2 4. io- 4. OQ f j y 7320 B. A. C. 5846 .... J 7-3 j i I '3 6.49 J *T 61.8 3 j- j v / 3.676 T 1 j* j - 24 45 38. o 71.2 6 "y 4.07 1 86 CATALOGUE OF STARS OBSERVED AT THE 1 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. |M rt B P^ GJ u "?, 1 IM O 6 Annual Precession, i860. Mean Declination, 1 860.0. S u >-, C C3 B S J9 o t+4 o 1 Annual Precession, 1860. h. m. s. s. i / // // 7321 Lacaille 7241 .... 6.5 17 '3 6.55 65.0 4 + 4.082 - 37 39 42. 2 68.5 2 4-07 7322 7727 B. A. C. 5848 .... MZ 77 8 7-4 8.0 13 10.88 17 I 7. 24 63.5 71. 5 2 4 ' 3- 839 3- 997 - 30 21 27.9 7C 14 14. 2 58.5 68.9 2 C 4.07 4. O7 / J^J 7324 Lacaille 7244 .... 6.0 j * j* ? 13 13.86 / J 68.5 2 4.015 JJ "9 T ~ - 35 46 18. 7 7 66.5 J 2 If. v*y 4. O6 7325 O. Arg. S. 16659 . . . 8.5 13 21.88 62.5 2 3-6I7 -- 22 36 19. 2 66.5 2 4-05 7326 7-?27 Lacaille 7245 .... 6 Ophiuchi .... 5-5 7.8 17 13 24.72 13 24. 84 69.5 58.5 2 66 -)- 4. 062 3- 679 37 4 40- 5 24 51 20. 5 67.5 60. 2 2 13 4-05 4. OS / J^/ 7328 B.VI. 17^, 31 .... J 8. i 13 28.93 69.5 2 3- 764 , 27 5i 35-9 56.5 5 i j 4.04 73 2 9 I?. VI. I7 h , 33 .... 8-3 13 42. 18 73-9 4 3.678 24 48 46. 4 63.0 2 4.O2 733 O. Arg. S. 16675 9.0 13 59.66 72.4 2 3-755 27 32 7-3 56.5 4 3-99 7331 O. Arg. S. 16680 . . . 9.0 17 14 10. 70 65-5 2 + 3-6i6 - 22 33 34. 7 73-3 5 - 3.98 733 2 Lalande 31543 . . . 8.0 14 26.58 70.3 3 3-487 - 17 33 46.9 56-4 4 3-96 7333 M.Z. 19, 113 . . . . 14 28.74 64.6 2 3-877 - 3i 33 37-2 65.6 2 3-96 7334 7771; R.VI. 17!', 36 .... 8.5 6. s 14 29. 26 H77. 12 73-o 62. f. 7 3-764 7. 760 - 27 49 43. 8 28 o 10. 6 63.3 66. 5 5 2 3-96 7.. O? / j jj 7336 B. A. 0.5858 .... J 7-5 J J i? H 33-5 '* J 62.3 J 5 j i y + 3-682 24 57 26. 6 J 63.0 2 J '7J 3-95 7337 Lalande 31556 . . . 7-5 14 45.00 64-5 2 3-625 - 22 52 11.7 64.5 2 3-93 7338 Lacaille 7259 .... 6.0 H So. 73 74-5 3 3-978 - 34 39 16.6 71-5 3 3-93 7339 DM. + 32, 2894 . . 9.0 14 51. 10 69.6 2 2. 229 : + 32 48 3-93 7340 7741 WeisseXVII,249 . . 70 Herculis . . 8-3 $ $ 15 0.83 I 7 I C 8 2tJ 65-5 t7 o 3 3-177 _|_ 2 J.7O 4 35 54-4 _|_ 24 78 27 C. 67.6 e 7 c 2 7 3-9' 1 QO / J^ 1 7342 7*4^ Weisse XVII, 254 . . Anonymous J' J 8-3 Q. O 1 / * j " *3 15 n-93 JC 16 C7 j / ' ^ (,2.2 77, 2 6 -j- *, q>/w 3-214 3QQQ r **r j" / j - 6 ii 10.8 7C 14. CQ C jj- j 55-8 60. 2 j 3 7 o' y w 3-90 r 80 / j^o 7144. w Herculis ... . . y "?. 5 * J *"' JO I C 2Z 76 / / 67 2 yyy 2 21.2 JJ "? J7 J *_(_ 72 78 4Q 4 v y m * 7O 6 J A O .7 7.88 / ,jt*r 7345 O. Arg. S. 16709 . . . j j 8.3 * J *3* j** 15 29-14 w / ' m 69.0 2 *-j^ 3.841 . \ j^ j^ ty. f- ' 30 23 33.8 / 64. 2 T- 3 J' *-" 3-87 7346 7347 7348 B. A. .5862 . . . . B. A. 0.5861 . . . . Lacaille 7268 . . . . 6.8 7.6 5- "7 '5 31-96 15 32.60 15 44.91 64.7 63.2 69.5 4 3 2 + 3-648 3-785 3-974 - 23 42 27.9 - 28 31 3.9 - 34 33 42. i 66.5 61.8 64-5 2 4 2 3-87 3-87 3-85 7349 Lacaille 7269 .... 7-3 15 5i-7o 69.5 2 3-972 - 34 25 41.8 67.9 3 3-84 7350 Weisse (2) XVII, 454 . 8.0* 15 53-76 69.6 2 2.089 \+ 3 6 49 57-9 65.2 3 3-84 7351 Weisse (2) XVII, 463 . 8.5 17 16 12.30 73-5 4 + 2.141 !+ 35 20 34.3 77-5 3 3-8i 7352 B. A. .5868 . . . . 6.5 16 32.97 64-3 II 3. 660 - 24 6 39.8 62.5 2 3-78 7353 B. A. 0.5869 . . . . 6-5 16 34-37 68.6 2 3.816 j 29 32 17.7 58-5 2 3-78 7354 O. Arg. S. 16749 . . . 8.8 '7 o-37 69.0 2 3.786 - 28 31 15. i 68.2 3 3-76 7355 7356 Weisse (2) XVII, 486 . M. Z. 266, 9 9.0 17 10.77 17 17 12 70.0 2 2.670 4- 7. 877 *+ 17 o 39-4 71 7O 78 7 69. i 68. i 2 2 3-73 3. 73 7357 Weisse (2) XVII, 487 . 7.0 / / * 17 16. ii 66.5 3 i j ^ i 1 2.670 j* j" j"' / + '7 2 13.9 69. i 2 j / j 3-72 7358 B. A. 0.5875 . . . . 7-2 17 25.97 71.4 3 3-779 - 28 17 8.8 70.2 3 3-70 7359 73o Lacaille 7282 .... DM. + 77, 764 . 7.0 17 26. 10 17 28. 78 66.6 CQ A 2 2 + 3-957 i 780 - 33 57 46.7 -}- 77 71 l6 2 67.1 CO. 4. 2 2 3-70 7.. 6q y** 726.1 73 Herculis T* J 6.0* / *ty jj 18 15. 12 v/tf. J CQ Q J 1 J' "J" 2. <;i2 4- 2t 5 14.4 ci. 4 3 J / 3.63 / J"- 1 *- 7365 B. A..C. 5878 .... 6.4 18 15.56 jy y 62.9 ,} 2 * j * + 3- 7o8 J J O^* ^ - 25 48 57. I J J " *T 64.8 3 J J 3-63 7366 7367 15. A. C. 5887 .... d Ophiuchi . 7.0 4 O* 17 18 23.85 18 25.01 77-3 60. s 4 7 o. 960 + -(.821 + 7' 5 6 '2-3 29 44 1 1. 8 73-3 69. 5 8 3 3.62 5.62 /O"/ 7368 7369 B. A. C. 5884 .... Weisse(2)XVII, 523 . !{.. _ 6.0 8.0 18 42.08 18 43.62 uu. J 60.5 59-5 / 2 2 \ J' **J 3.819 2.668 29 35 56.0 + i? 3 52.3 68.6 69. i 2 2 J* " 3-59 3-59 737 7771 Weisse XVII, 322 . . p Herculis (ist*) 7-5 18 47.00 17 l8 SO Q1 74.0 6s 2 2 1 3.020 4- 2. O7O 4- 2 18 4- 37 16 40.0 6q. 2 7 3-59 3.58 / J/ * 7-172 f) Herculis (2(1*) . . I / u 3^. yj 18 51.11 j 1 * 6S 2 j 1 / 2. O7O 4- 17 16 is. 7 s S7. 5 J II J J 3-58 / J/ * 7373 Weisse XVII, 324 . . 8.0 18 52.35 WJ. 77.2 J 3 . \j j \j 3.024 1 O/ O J / + 2 I 3 J i J J J 3.58 7374 Weisse XVII, 330 . . 8.0 19 8.87 77.0 4 3-023 + 2 12 37.3 74-5 4 3.56 7375 O. Arg. S. 16802 . . . 7-6 19 9. 82 69.0 2 3.865 -- 31 5 i-4 6:. 5 2 3-55 7376 B. A. C. 5888 .... 6.0* 17 19 10.77 70.3 5 + 3.36I - 12 23 7.1 69.6 2 - 3-55 7377 B. A. 0.5890 .... 5-5 19 12.20 55-9 3 3- 1 86 4 57 34-9 69.6 2 3-55 7378 Weisse (2) XVII, 554. 6.6 19 '9- 6 3 69.0 2 2. OI7 + 38 42 39- 5 47-5 2 3-54 7379 Lalande 31762 . . . 7.0* 19 19. 82 65.3 3 2.078 + 37 3 5-' 54-5 2 3-54 738o 7-181 B. A. .5894 . . . . IT "Ophiuchi 6.0* A C 19 33-56 17 IQ 1J. IQ 59.6 61 s 2 r 2.893 + 2. Q74. + 7 43 16.6 4-415 54. 6 54-6 61.2 2 7 3-52 ?. S2 / J" 7382 Lalande 31771 . . . 69.0 8 T *r* **f * 3-448 j l ^ / * j - IS 55 4-3 j J 69. 2 J 4 J J 3.36 7398 7399 7400 O. Arg. S. 16844 O. Arg. S. 16847 O. Arg. S. 16854 . . . 8.0* 9.0 8.0 21 28. 15 21 31. 72 21 49. 13 64-5 71.6 67, 3 4 4 3-535 3-492 3-493 - 19 21 22. 5 - 17 41 22.3 - 17 4i 45-3 65.5 5 8.2 57-8 2 7 9 3.36 3-35 3-33 188 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. lj rt P, C rt 6 ^ 1 8 6 K Annual Precession, 1860. Mean Declination, 1 860.0. tg m B >> C rt u ?, 1 <** o 6 fc Annual Precession, 1860. h. m. s. s. / // // 7401 0. Arg. S. 16856 . . . 8-3 17 21 50.39 72.0 4 + 3-448 - IS 54 0.8 69.7 6 3-32 7403 Lacaille 7315 .... 6.8 21 51.38 68.5 2 4.215 - 40 55 38- 5 64.0 2 3-32 743 74O4 Weisse XVII, 387 . . Anonymous .... 6.5 8.8 22 1 8. 30 22 71 7C. 61.5 60 o 2 2 3. 206 < 880 5 48 7-5 11 Al AO 8 69.6 66.5 2 2 3-28 / t^-r 7405 Lacaille 7324 .... 6.8 '* j'- / J 22 33- 95 V 7* ** 63.3 5 o* " w y 3-949 O 1 T-J T-^ 1 33 35 26. 3 71-3 4 3- 26 3.26 7406 74O7 O. Arg. S. 16875 r 3 Ophiuchi 8-3 C O 17 22 46. 24 22 2 1H 67.S 62 2 21 + 3-447 J fill - '5 52 27.1 22 C I 21 70.5 68. 3 2 3-24 / ^ / 7408 H. A. .5908 . . . . j* w 8.2 *"* J^- JJ 22 56.45 u-*. J 65.9 *o 3 j- u j.> 3.888 * J i) * I - 3 43 o. 7 60.5 4 3- 23 3-23 7409 B. A. .5909 . . . . 6. i 23 2.92 62.9 3 3-735 26 9 30. 9 66.5 2 3-22 7410 Weisse XVII, 409 . . 9.0 23 3- 25 65.8 3 3.210 5 58 17-9 56.0 4 3-22 7411 Lacaille 7330 .... 5-9 17 23 8.42 64.0 2 + 3- 968 - 34 10 8. 6 70.3 3 3-21 7412 Lacaille 7325 .... 6.0 23 15. 10 59.6 2 4. 222 - 4i 3 54- i 58.1 8 3-20 74U O.Arg. S. 16897 9.0 23 27.97 62.5 3 3.604 - 22 53 20. 5 67.5 3 3.18 74'4 741? B. A. C. 5914 .... /I Scorpii , . 6.5 3 0* 23 55- '9 24 6. 2Q 63.6 CA n 2 c 3.928 4O6? 32 57 3-o 76 Co 4 / ^ J 7416 Lacaille 7341 .... >J 6. 9 17 24 7.82 ->4- y 70.9 j 10 ?T*^ + 3-821 ju ^y 40. ^j 29 32 40. I 55- 68.2 4 6 3- '3 3-13 7417 O. Arg. S. 16908 . . 8. 5 24 16.96 70.0 2 3-450 - 15 59 10.9 69. i 2 3-i 7418 7419 li. A. 0.5919 . . . . Anonymous 5-5 24 2O. 46 24. 11 68 70. 6 77 O 2 2 3.007 7 QIA + 2 49 59.8 12 12 72.0 4 3-n i nA 7420 /I Herculis 4 <;* **r jj- **** 21 4 O7 / / *"* 48 i 14 j~ y**T 2 421 J* J* -j- 26 13 8. 2 60 " i 2 3. Ob 7421 Anonymous *T* J o o 3 T" yj 17 21 8 17 V 4 60 i * *T J . if i. j. + 3 Qlyl 72 IO 22 C 70 6 3- 5 7422 Anonymous y* ** 90 * / *j w ji 21 17 41 vy* j 60 7 o 1 y**i- 3Q1 1 jZ j7 45 57-5 - 35 14 26. 2 - 3 6 45 5 6 - > - 34 '5 33- 6 17 l8 ?6 7 60.5 69-5 67.6 63.0 70.8 67.6 67.5 60. Q 2 2 2 2 3 2 2 -3 2.83 2.83 2.80 2.79 2.78 2-77 2.76 2. 7C 74^1 a * )phiu(.hi 2.0* 17 28 26. 16 58. i 2<;o --)- 2. 774 4- 12 1Q 55. 6 si. 7 81 2. 75 7452 7453 7454 7455 7 -1C 6 B.A.C. 5943 . . . - B. VI. I7 h ,68 .... I.alande 32045 . . . B.A.C. 5946 . . . . 7-7 8-5 8.5 7-3 4 ? 28 53. 79 29 10.56 29 1 8. 20 29 22. 90 17 20 2S. 28 62.4 71.8 60.5 63.2 62. c 8 4 2 8 2 3-787 3-57 3-687 3-775 -\- i. 1 60 - 28 2O 48. 2 - 20 35 56. i - 24 52 34.6 27 57 26. 2 -1- HI l6 <2. I 6i-3 68.6 59-2 60.5 6Tl. 2 9 3 3 ii -3 2.71 2. 69 2.68 2.67 2.67 74.C7 20 to. 21 77- 2 1 S7O 2O 34. 42 4 72. ( 2 2.66 74^8 A 7 2Q IO. 6? 62. 5 2 I 1 60 -i- <;<; 16 10 t; 61.2 3 2.66 74^0 A O 2Q 14. IO 67. < 'l 1. 41"? I e i 8 24 2 67 6 2 2.66 7460 10 8. 10 73. 1 2 4. OOS ?e 7 4.6 6 7o 6 I 2.60 7461 7462 7463 7464 746^ B.A.C. 5952 . . . . O. Arg. S. 17014 . . . B.A.C. 5955 . . . . B. A. C. 5956 .... Anonymous 7.0 7-3 6-5 7.0 '7 3 IO -73 30 21.39 3 2 4 97 30 29. 50 TO 41. 48 61.7 69. o 66.0 59.6 69. 5 4 2 2 2 + 3- 787 3-743 3.820 3-834 4.OOC 28 19 25.3 - 26 50 56. o 29 26 41. 7 29 52 29. 5 l( 8 ?.o 61.3 66.5 62.5 56.8 61. s 4 3 2 4 i 2.60 2.58 2.58 2-57 2. 55 7466 Anonymous 8.0 17 1O 47. 4- 3. 004. 12 ^21.8 7O. 5 i 2. SS 7467 7468 Lacaille 7382 .... Lalande 32165 ... 7.0 6.0 8 3 53- 70 30 53- 74 70 i;c.o6 67.4 68.6 66.9 9 2 j 3-905 2.058 % 003 - 32 7 2.6 + 37 23 32. 2 32 4 37. O 74.6 48.0 69 6 7 2 2 2-54 2-54 2. S.4 74.7O 7 O 31 3. 4Q 60. o c 3 006 32 IO 2H. H 7O Q I 3 2. SI 8 o 17 11 1 1 Q3 7O. I 2 4- 3 QO7 32 IO 14 8 60. 2 2 O 7472 B.A.C. 5962 . . , . 6.0* 8 s 31 17.04 31 17 Q4. 59-5 68 5 2 ^ 2. 290 -f 30 52 24.9 5r 4. 2 1 * I 53-4 61 4 I 2.51 2 SO 7474 74.7 f B.A.C. 5961 . . . . Anonymous 7-4 7. o 3' 30.95 ii 16. i 6 64-3 67. o 5 7 3-805 -3 004. - 28 50 28. 7 12 4 28. 1 67.6 71. 3 4 2.48 2.48 7476 7477 7478 7479 7d8o B. A. C. 5964 .... B. A. C. 5966 .... Weisse XVII, 620 . . B.A.C. 5968 . . . . 6-5 8.0 7-5 8.0 S.o* 17 31 51. 10 3i 54.32 3' 57-26 32 3-93 12 11 Q4 65.0 63.3 62. 9 70. 6 76 6 5 6 2 3 + 3-906 3-772 2.770 + 3-903 o 25 1 ~32 8 3.7 - 27 48 42. 8 -f 12 49 16.4 S 2 2 1.7 4- 68 ii 27. 6 70.7 6 5 .I 66.0 72.5 71. 1 10 2 2 6 2 - 2.46 2.45 2.45 2.40 2.4O 190 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. ' Mean Right Ascension, 1 860.0. 1-1 rt B >* c rt D s | o IM O O Annual Precession, 1860. Mean Declination, 1 860.0. rt E c rt |] s 1 "o 1 Annual Precession, 1860. i h. m. s. s. f ff // 7481 O. Arg. S. 17063 . . . 8.2 17 32 32-63 68.9 2 + 3-503 - 18 o 15. 4 56-9 3 2.40 7482 7A83 I.acaille 7395 .... 6.2 3.0 32 45.60 32 48. 28 63-5 63.0 3 3 3-948 3- '45 33 25 38.0 38 57 ii. 8 68.5 70. 9 4 3 2.38 2. 37 /T- U J 7484 7485 O. Arg. S. 17068 . . . J 8.8 6.0 32 56. 68 32 58. II 68.9 63.2 2 3 3- 505 i. 562 - 18 4 10.3 -|- 48 40 8. o 56-4 66.5 2 2 O / 2.36 2. 36 /n"j 7686 Tr. 7.31,13 .... 7.2 17 32 59-00 69.5 + 4.016 - 35 25 22. 6 67-5 2 J 2.36 747 74.88 O. Arg. S. 17070 . . . 8.8 7.8 33 1.98 \\ 16. m 69-3 60. o ^ 2 3-539 3. 076 19 22 41.4 34 14 3Q. 4 57-5 67. 5 2 2 2.36 2. 31 / t ( -" J 7,180 / 1. o JO J 33 1.2.86 y 60. 3 21 j y t 3. 374 O^ " T 1 JI7 1 ^ -- 12 47 48. ? / J 67. i 2 OJ 2. 3I I'r'y 7490 O. Arg. S. 17091 . . . J ** 7-5 JJ J 33 50.48 J 68.4 6 O Jl ^ 3-634 (/ "T"- J - 23 16 34. 9 64.6 2 " (j* 2.28 749' O. Arg. S. 17094 . . . 7-5 '7 33 54- + 3-654 - 23 39 42- 7 72.0 2 2.28 7492 7,107 B.A.C.5977 .... 6.4 8. 7 33 55-53 74 1 . 41 63.8 64 8 3 4 3-934 ? 772 - 32 58 42. i 27 46 13 Q 61.5 68.0 3 2 2.28 2. 27 fryj 7494 M.Z.33,15 **" / 6.8 Ot " *TJ 34 4-01 "*f ** 69.0 2 j 1 1 4.010 m l ^ w * o y - 35 13 32.3 69.0 2 " */ 2. 26 7495 7,106 O. Arg. S. 17098 . . . Anonymous 9.0 8. 8 34 8. 23 17 34. 21 21 67.1 67 6 4 2 3-538 -4- 7 77Q - '9 19 41-4 28 o 15. 8 56.9 60 ^ 3 2 2. 26 2 21 /4yu 7497 15. A. C. 5980 .... 6.6 * / j*r "J* * 34 25. 56 w * - w 64. i 2 1 J" 1 i 7 3.922 - 32 35 28. i y j 67.6 2 " ^J 2.23 7498 Lacaille 7406 .... 6.0 34 25. 82 63.1 2 4.138 - 38 44 o. 2 68.6 2 2.23 7499 M.Z.35,3 7-5 34 28. 23 69-3 5 4.017 - 35 25 45- i 67-5 2 2.23 7500 Tr.Z. 39, 21 . . . . 8.0 34 28.86 77-1 5 3- 981 - 34 22 47. 3 67.O 2 2.23 7501 IS. A. .5981 . . . . 6.5 17 34 28.92 63. i 3 + 3-773 - 27 48 43. 5 65.6 2 2.23 7502 li. A. C. 5983 .... 7.0 34 3'-59 62.5 3 3-843 - 30 6 17.7 65.0 2 2. 22 7S3 B. A. 0.5986 .... 6.0* 34 40. 20 59-5 2 2. 265 + 31 16 43.6 53-5 4 2. 21 754 Rilmker 5958 .... 6.9 34 5>-43 62.8 4 2. 7IO + 15 15 '3-5 64.5 2 2. 2O 755 U. Arg. S. 17114 . . 9.0 34 52- 98 59.6 2 3-54' - 19 26 10. 2 65.6 3 2.1 9 75o6 757 7<;o8 ].alande 32322 . . . M.Z. 44, 2 58 Ophiuchi 8.0 8.0 ?. <; '7 34 53-62 35 '-41 IS 2. ?6 69. o 69.0 C.7 e 2 2 i 7 + 2.O6O 3-877 1 CQQ + 37 '7 35-0 - 31 12 20.3 21 36 40. 4 62. 2 67.5 c.6. 2 4 2 t 2.19 2. ,8 2. l8 / s*** 1 7 COO i Ilerculis j j A O* jj ' j 3C 7O 86 Jt j c. 3 8 / 4 J- JW I. 69! -L 46 4 57 2 J-" 72 Q 3 7 2 14 / J s 75>o Lacaille 7414 . . . . *f. \j 7.0 Jj J 35 38- 76 JJ- w 6 5-9 f 5 4.019 j "t" *T J 1 - 35 27 49- 4 / y 67. 2 / 3 *" *T 2-13 75" 13. A. C. 5989 .... 6. 9 '7 35 45-53 63-5 6 + 3- 653 - 23 36 37.9 6l.8 4 2. 12 7512 O. Arg. S. 17132 . . . 8. 7 35 46.9 65.6 2 3-782 - 28 6 39.3 6 9 .I 2 2. 12 75'3 7 1 1d. O. Arg. S. 17133 . . . Anonymous . 8.2* 8.2 35 56. 76 jc c? TO 76.6 69. o t 2 3.600 4OO7 - 21 39 51.2 -1C 7 2*1 O 73-o 67. o 2 2 2. IO 2. IO / ,) *T- 75'5 13. A. C. 5992 . . . . 6.5 jj jt * y 35 57-53 70. 6 2 *"*/ 3-613 JJ 1 **+ u - 22 7 39. I 68.5 2 2. 10 7516 7C.I7 Weisse XVII, 697 . . ft Ophiuchi 8.6 4. 2 17 36 23.96 16 n. "lo 65-5 48. <; 4 10 + 3- 258 2. 064 7 57 27.2 4- 4 37 45,. ? 65.6 68.6 2 2 2.O6 2. OC. / j / 75i8 O. Arg. S. 17152 . . . if. m 8.9 j j-* j 3 6 33-97 t 1 -" j 65.6 * -* 2 mi yt 3- 779 T T Jf ^J J - 27 58 48- 5 67.6 2 ** "j 2.05 75i9 O. Arg. S. 17157 . . . 9.2 36 42. 01 65.6 2 3-779 - 28 2. 5 67.6 2 2.O4 7520 Lacaille 7420 .... 6.0 36 48.08 6 3-9 2 4-157 - 39 12 8.0 69.6 2 2.03 U. S. NAVAL OBSERVATORY, 1845 TO 1877. Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. t >* C a 1 yj "o 'o 6 fc Annual Precession, 1860. Mean Declination, 1 860.0. S >* 1 ?, 1 "o o Z Annual Precession, 1860. 75 21 7C'2 O. Arg. S. 17159 . . . 9.0 h. in. s. 17 3 6 4M7 ;6 4Q. 69.6 2 s. -i- 3- 600 ^. 2^4 / // 21 38 39. I 7 48 15.4 72.2 6. 6 2 // 2.03 2.O? 7523 Weisse XVII, 713 . . 8. I 36 58.46 7 i.8 II + 3-254 7 47 26.0 65.6 2 2. OI 7524 O. Arg. N. 17413 8-5 37 '3-69 75-6 4 - o- 3 01 + 68 34 i 99 7525 O. Arg. N. 17419 . . 8.0 37 22.38 77- i 4 o. 297 + 68 27 29. 3 75-i 5 I. 98 7526 Lacaille 7424 .... 6.2 I? 37 3-93 63.1 2 + 4-"4 - 38 3 5-o 68.5 2 I. 96 7527 7=128 Lacaille 7423 .... 7.0 1. 5 37 35-82 w 16. 82 63.1 59- 5 2 2 4. 164 -f 2. 468 - 39 21 4i-5 + 24 23 27. 2 70. 6 54- 5 2 3 1.96 1.96 7C2Q 4.6 37 46. 42 63. o 8 o. 363 + 68 49 22. 3 67. 9 19 i. 94 7C^O (. 5 37 47. 52 63.6 2 ~f- 4- 191 40 4 ^. 7 63.5 2 i. 94 7C ;i S. 2 17 -17 c :. 40 76. Q 3 + 3- 997 - 34 47 27. 9 72.0 3 5- 93 S. o 38 2. 14 74- 5 2 3- 993 34 40 33. i 71.6 2 i. 92 75 :3 Mer. C. /,. 132, 22 . . 7-4 38 9-5 63.6 2 3-654 - 23 37 28. i 61.0 4 1.91 7534 S 1980 (ist*) .... 7.6 38 26. 78 64.4 3 3-385 - '3 '4 52- i 69.7 2 1.88 7535 2 1980 (2d) .... 7.6 38 27. 13 64.4 3 3-385 - 13 14 38.0 59-7 2 1.88 7536 Lacaille 74jo .... 7.0 c o 17 38 29.90 -?8' 44. Q7 67-5 62. o 4 16 + 3-978 7. 771 - 34 '5 "'- 27 46 2\. Q 70. 6 60.6 6 ? 1.88 1.86 7538 Lacaille 7435 .... 6.5 38 49. 90 66.0 2 4-033 - 35 50 18.4 73-7 2 1.85 7539 Lacaille 7433 .... 6.5 38 51.26 67.2 3 4- "5 - 38 4 43. 2 68.5 2 -.85 7540 Weisse XVII, 755 . . 7.6 38 55- 43 65. 6 4 3-257 7 55 '6.8 65.6 4 1.84 754' Lalande 23418 . . . 8-5 17 39 5-83 59-5 2 + 3- 6 97 - 25 7 53- i 66.0 2 1.83 7342 Lacaille 7441 .... 7- I 39 7-12 64.0 2 3-924 - 32 3^ 52. 3 60. i 4 1.82 7543 O. Arg. S. 17209 . . . 7-2 39 i- '5 64.5 2 3-577 20 46 49. i 65.1 2 1.82 7544 Taylor 8219 .... 6.8 39 "5-77 68.5 2 3.506 - 18 3 0.9 65-4 6 1.81 7545" Tr. Z. 29,59 . 8.0 39 21.06 69. i 2 4. 116 - 38 3 53- i 68.5 2 i. Si 7546 Weisse XVII, 779 . . 8.6 i- 39 32-62 65.6 3 + 0-260 S o 54.9 65.6 3 i-79 7547 U. A. .6015 . . . . 6-3 39 42. 3 57-5 7 3-748 - 26 55 13. i 67. 2 3 i-77 7548 Lacaille 7443 . . 6.0 39 43-41 66. o 2 4. 148 - 38 55 53-3 69. I 2 i-77 7549 B. A. C. 6016 .... 5-5 40 4.90 65-5 2 3.893 - 3' 39 3- i 6 7 .2 3 '74 7550 Lacaille 7448 .... 6.8 40 6. 32 67.4 5 4.016 - 35 '9 35-4 69. 2 3 1.74 755" Weisse XVII, 787 . . 8.2 17 40 9.79 59.6 2 + 3-393 - >3 33 8.0 5 6.1 4 i-73 7552 H. A. 0.6017 . . . . I! A C 6018 6.8 4.0* 40 16.05 67.1 cc o 3 3.858 4 O76 - 30 32 39-o 36 so 40 o 63-5 -, C a v s 1 *o o Annual Precession, i860. Me*i Declination, 1 860.0. Mean year. J o IM O O Annual Precession, 1860. h. m. s. s. / // // 756l O. Arg. S. 17249 . . . 7-2 17 41 '20.86 68.5 2 + 3-744 - 26 45 43. 8 68.0 2 - 1.63 7562 B. A. C. 6023 . . .- . 6.4 41 23.84 63.8 5 3.670 - 24 9 25. 2 64. i 4 1.63 7563 B.A. C. 6024 .... 6.7 4' 35- 2 62.5 3 3.752 - 2 7 o 43. 7 65-4 2 1.61 7564 refjc Lacaille 7459 .... Anonymous 7- 2 7 6 41 37-45 41 4"? 4Q 63.5 67.8 3 6 3.960 4. 016 - 33 39 32-3 - 35 18 2. 3 70. i 70. I 2 1.61 i. 60 i j^j 75 66 Anonymous / u 8.2 T to* ^y i? 4i 45-35 68.4 5 + 4.016 - 35 i? 25.5 69.9 6 1-59 7567 O. Arg. S. 17260 . . . 8.4 41 48. 18 76.6 3 3.870 - 30 54 29. i 73-6 2 1.59 7^68 Anonymous . ... 9O 41 50. oo 67. 5 2 ? 6ic 22 14. 10. 7 70 6 I I. 5O / j u " 7569 7C.7O O. Arg. S. 17262 . . . M Z i 24 5 . . w S.o 8. 2 42 2. 38 42 1 1. 28 "/ J 76.6 64 6 3 2 ,> "jj 3.871 37OO J*T JI7* / - 3 55 28. 5 28 ^6 47 7 / 73.6 6q I 2 4. jy i-57 i. 56 / j/"-* "^* w /yy *** y "O' / "7" * T 1 j" 757' I.acaille 7465 (ist*) . 8.2 17 42 II. 71 7O. 2 3 + 3-858 - 30 3 1 1-56 7572 7C?7 Lacaille 7465 (21!*) . \I / ic q 7-4 K c 42 11.95 42 28. 66 70. o 6-r e 4 2 3.858 4OI 7 - 30 30 40. 8 ic in 18 C 66.0 72 I 2 4. 1.56 I S ? / Ji O 7574 M. Z.44,4 . 5 7-0 42 31. ii v t 3 64.5 2 . \ji / 3.885 jj *y *** j - 31 22 9.5 / * 69.9 f 2 1 ' JJ i-53 7575 Anonymous 7-5 42 32.89 73-8 3 3- 996 - 34 44 20.0 70.6 2 i. S3 7576 Weisse XVI I, 834 . . 8.0 '7 42 33- I0 61.0 2 + 3.358 - '2 6 53.3 59-2 4 '53 7577 7578 Weisse XVI I, 835 . . BAG 6027 9.0 72 42 37-34 42 78. 01 65.1 6e ; 2 3-377 3 did. - 12 53 25.2 22 52 15 I 56.5 6O. 7. 2 , 1.52 I 52 / j t u 7579 O. Arg. S. 17275 . . . ** 8.8 42 48. 50 j. j 67.5 2 W .JT> 3-485 '* J M J ' - I? 12 41.8 "y j 69.6 J 2 * J-" 1.50 7580 B. A. C. 6028 .... 6.0 42 53.40 74-7 6 3-997 - 34 45 24. o 69.8 4 1.50 758i M./.27.47 17 43 0.56 64-5 2 + 3.798 - 28 34 45.5 66.9 3 1.49 7582 B. A. 0.6031 .... 5-3 43 1-46 66.5 2 3-984 - 34 22 29. 8 67.5 2 1.48 7583 Weisse (2) XVII, 1394 7.0 43 3-65 74.0 5 2.097 4 36 9 52. 5 75-2 3 1.48 7584 7585 DM. -f 36, 2942 . . .Anonymous . 7-0 43 4.87 A~} f\ e\f) 69. i 77 5 2 2 2.082 4. ooo 4 36 35 31-9 7.4. 4.Q 48.4 I 1.48 I 48 / j^j 75S6 87 Ilerculis 6.0 *rj u - y u 17 43 8.58 / / J 59-5 2 4 2-43 JT- *ty 4 25 40 18.5 54-5 3 1 . tf.U '47 7587 Weisse (2) XVII, 1398 7-5 43 9- 72 73-i 4 2.096 j- 36 12 2. I 72-5 3 '47 7588 I.acaille 7469 .... 7-5 43 13- 28 62.8 8 3.882 - 3" '7 9- 6 62. 7 10 '. 47 7589 O. Arg. S. 17281 . . . 7-9 43 14.55 65.2 6 3-7'5 - 25 43 48.0 66.3 4 '47 759 Weisse XVII, 846 . 8.8 43 14.84 61. i 2 3.402 U 55 3-i 57-7 5 1.47 759' O. Arg. S. 17284 . 9.0 17 43 21.05 65.6 I 4 3-715 - 25 45 5-8 72.6 i 1.46 7592 Lalamle 32631 . . . 7- 2 43 29.3' 69.5 2 2.019 4 38 i? 4-2 61.5 2 1.44 7593 7*104. O. Arg. S. 17286 . . . M.Z , 22 . 7-5 6. 2 43 29.34 A't 1A ?C 63.6 67. o I 2 3-847 4OOC - 30 ii 14. ^8 4"? 4 7O. O 1.44 I. 44 / jyt 7595 *" ,5J> * Weisse XVII, 857 . . 9. o* TO j4- oj 43 38-38 61.1 2 v - /v ' J 3.403 Jt J** *TJ. *T '3 55 30. 7 / ** 61.0 2 1-43 7596 O. Arg. S. 17291 . . . 8.0 '7 43 49-98 67.3 3 4 3-753 - 27 3 7. 3 68.0 2 1.41 7597 Brisbane 6234 .... 8.0 43 56. 68 63-4 4 3-995 - 34 55 . . . 1.41 7598 Brisbane 6236 .... 8.0 44 o. 3- 995 - 34 41 30. 6 71.8 4 1.41 7599 M.Z. 16,61 7.0 44 i. 48 62.6 2 4.058 - 36 28 13.4 70.6 2 1.40 7600 M. Z. 33, 24 7.0 44 2.25 68.4 4 4.005 - 34 58 42. 8 72.6 2 1.40 U. . NAVAL OBSERVATORY, 1845 TO 1877. 193 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. C3 C PS c CJ I) S3 4J ; (M O 1 Annual Precession, 1860. Mean Decli ation, 1 860.0. >* 1 s 1 'o o Annual Precession, 1860. 7601 7602 7603 7604 760"; B. A. C. 6038 .... Weisse XVII, 867 . . B. A. C. 6041 .... B. A. C. 6039 .... 7.0 8-5 7.2 6.5 h. m. s. 17 44 2.85 44 3.82 44 4- 43 44 5-2' 75-3 59.6 62. y 68.5 69 6 5 2 3 2 s. + 4.001 3-429 3-533 3-95 o / // 34 51 23.8 - 14 59 8. 2 19 4 50.2 - 3i 59 38-4 73-8 56.6 60.0 58.5 1A ft 5 2 .2 3 // 1.40 -39 '39 '39 7606 Anonymous 7 <* 17 44 14. 32 77 O _1_ 7 nnX 76 8 i-39 T ' + 2.868 -j 803 + 841 5-9 oo. 7 71.6 68 6 3 2 I. 25 1-23 7673 2OIO 7 4. 46 Q C7 68 6 68 o 7634 63 Ophiuchi 6 <; 46 17 21 Co A g 7635 7636 O. Arg. S. 17339 8-5 8.2 46 18.59 17 46 IQ 6^ 64.5 60 5 3 3-584 + A. O7i; - 20 59 22. 5 17 7 uy. 7 65.6 2 I. 2O 7637 7. 1 4.6 21 35 76 6 7638 Anonymous 8 2 4.6 2^ 62 69 6 -77 2 1. 19 7639 7640 Lalande 32747 . . . Tr. Z. 30, 60 .... 7.0 8.0 46 25.83 46 27.38 69.5 69.1 3 2 2. Oil 3-905 + 38 28 50.6 - 3i 55 32-9 48.5 69.6 I 2 i. 19 1.19 1.18 A.P184 194 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. t^ S (/J J5 o o 1 Annual Precession, 1860. Mean Declination, 1860. o. i >, c rt O) a o o 6 Annual Precession, 1860. h. m. s. s. / // // 7641 O.Arg. S.I 7349- ' 8.0 17 46 52.23 70-3 4 + 3-749 - 26 54 5.5 64.5 2 - i-i5 7642 Lalande 32706 . . . 8.4 46 54. 10 68.5 2 3-512 - 18 15 40. 5 56.4 4 1.15 7643 76d.A M.Z. 34,33 7.0 8.2 46 58.52 47 4' 21 76.6 69.5 2 2 4. 206 3-993 - 40 21 28. - 34 28 69.5 2 i. 14 1. 13 f vt rt 7645 O.Arg. 8.17354. 9.0 47 6. 06 67.6 2 3-752 27 o 17. i 68.6 2 1-13 7646 B. A. 0.6057 .... 6.2 17 47 6.68 64-3 3 + 3-92J - 32 26 48. 9 58.5 2 " '3 7647 Lacaille 7490 .... 5-7 47 6.76 67.3 3 4-203 40 16 42. 6 70. 6 2 ' '3 7648 76AQ O. Arg. S. 17361 . . . 9.0 8.3 47 20. 96 47 21. 74 71. 1 66.8 2 5 3-752 3.994 - 26 59 45.0 - 34 30 68.6 2 i. ii i. n /^"ry 7650 76ci B. A. .6062 .... 5.8 8.5 47 31- 19 17 47 35. 68 69.1 69.5 2 I 1-95' + 3- 996 -f- 40 o 52. o 34 43 24. 4 54-5 71.6 3 2 1.09 i. 08 / w J * 7652 B. A. .6059 .... 6.6 47 40. oo 62.9 4 3-744 - 26 44 35.4 60.0 2 1.08 7653 B. A. 0.6063 . . . . 6.6 47 Si-Si 61.5 10 3.782 - 28 2 19. i 58.2 9 i. 06 7654 O.Arg. S. 17376 . . . 7.8 47 58.46 64.4 5 3- 6 49 - 23 21 47.9 69.6 2 1.05 7655 Lacaille 7499 .... 6.0 47 58.74 63.0 3 4- IS 6 - 39 4 37- ' 71.6 2 1.05 7 6 5 6 O.Arg. 8.17378. . . 8.2 17 48 10. 80 68.9 3 + 3- 756 - 27 6 36. 3 69-5 2 1.03 7657 Lacaille 7504 .... 6.2 48 15.40 63-1 4 4.158 - 39 6 45. 2 71.2 3 1.03 7658 B. A. C. 6065 .... 6.0* 48 15.84 60.0 4 3-449 - 15 47 > i 56-5 3 1.03 7659 766o Weisse XVII, 966 . . Anonymous 9.0 Q. O 48 18.42 48 21. 06 59.6 <;Q. 6 2 2 3-434 3. 437 15 9 20.3 ic 17 cj. c 56.5 56.8 3 3 1.02 I. O2 7661 Tr. Z. 30, 61 .... y* w 7-5 17 48 22.32 J" 69.6 2 3 T\J/ + 3-907 j t j j - 32 i 32-6 67.6 J 2 I. 02 7662 B. A.C. 6066 . . . . 7; 3 48 34. 1 6 56.2 6 3- 664 - 23 54 54. 2 59-2 2 I. 00 7663 7664. DM. + 30, 3027 . . / Herculis 8.6 "i. ? 48 4. 79 48 44. 65 72-3 53.6 3 4 2. O2 1 I. Q^O + 38 15 -j- 40 2 10. 4 54-5 3 0.99 0.98 / '"'t 7665 Taylor 8292 .... J J 8.0 48 45 '3 J J 60. o 2 yj 3-446 - '5 39 34-4 56.2 J 3 0.98 7666 O.Arg. 8.17394. 8.0 17 48 56. 65 67.5 2 + 3-696 - 25 3 32.0 75-i 2 0.97 7667 M.Z. 117, 115 . . . . 7-8 49 i8.3 2 73-3 5 3.786 28 8 26. 2 70. 6 I 0.94 7668 7660 M.Z. 117,116 . . . 7.8 8 i 49 19. 29 AQ 21 I A 73-3 64.6 5 2 3.786 4O7 \ 28 7 12. 7 ^6 SO 25. 7 70. 6 68.6 I I 0.94 o. o^ / ****3f 7670 B. A. .6071 . . . . w j 5-5 ty ** *t 49 2 4- 27 62.2 3 w / J 3-167 J" j v *j" / - 4 3 30. 7 68.6 2 v yj o-93 7671 7672 B. A. 0.6070 . . . . 6.2 17 49 25.09 4Q 26. 64.0 3 + 4-073 r 784 - 36 50 20. 2 38 4 9. 2 67-3 57-5 4 I - 0.93 o. 93 / / 7673 Anonymous 6.0 i^-y *,w. AQ 7 I 08 60 s 2 J* I W T 41 ^6 28 11 12 6 67 2 3 O. Q2 / "/ J 7674 O.Arg. S. 17412 . . . 8.0 T-y o 49 42. 20 w y- j 65.6 3 *j^ 3.698 j w JJ - 25 7 17-5 v 1 ' * 68.6 J 2 V. y** 0.90 7075 7676 Lacaille 7516 . . . . 7.0 49 42.40 17 4Q A? 64.6 2 4.076 4- 3. 781 - 36 55 9-7 28 i ??. s 66.6 57. c 2 2 0.90 -- 0.90 / / 7677 Lacaille 7514 . . . . 6.0 4 / *r:7 M"J 49 45-3 65-9 2 1 O' / W O 4.252 jjj - 41 28 8.4 J 1 J 68.5 2 o. 90 7678 767Q B. A. 0.6072 . . . . 6.4 c c* 49 46. 14 AQ 4.6 27 63.8 tc ? 9 7 3.804 2.418 - 28 44 21.6 -(- 26 4. 20. I 63.5 $4.. 1 2 4 0.89 0.89 I V I7 7680 Weisse XVII, 1014 . J J 7.0 t^.y IfVI f- 1 49 54- 08 JJ' O 67.1 J 2 ft, if. 1 + o 5 20. 9 JT^ J 68.6 2 0.88 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 195 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. S u >* 1 s 1 I>M O 6 55 Annual Precession, 1860. Mean Declination, 1 860.0. Mean year. 1 o IM O 6 Z Annual Precession, 1860. h. m. s. s. Off/ // 7681 O. Arg. S. 17419 . . . 9.0 17 50 5.22 69-5 2 + 3-747 - 26 48 32. 2 65.5 2 0.87 7682 Lacaille 7521 (ist*) . 6.0 So 5-84 61.6 7 3-851 - 3 H 3- 6 70.2 4 0.87 7683 Lacaille 7521 (2d*) . 8.1 50 6. 22 64. 1 2 3-851 - 30 '4 5-9 70.2 4 0.87 7684 M.Z.44,8 8.5 50 10. 68 75-4 6 3.888 - 31 25 28. 3 70-3 4 0.86 7685 S 2015 (isl*) .... 7.8 5 '5-95 66.7 8 2. 629 + 18 21 2.3 66.9 3 0.85 7686 2 2015 (2d*) .... 7.8 17 50 16. 13 67.0 9 + 2.629 7687 O. Arg. S. 17426 . . . 7.8 50 23. 65 65.6 2 3.700 25 10 16. ? 70.1 2 0.84 7688 Mer. C. Z. 27, 80 . . . 8.2 50 28.88 68.5 2 3-779 28 2 0.83 7689 O.Arg.S. 17433 9-5 50 34.92 65.0 2 3-445 15 35 3-8 57-5 2 0.82 7690 Lacaille 7520 .... 6.9 So 35- 82 62.6 4 4-163 - 39 '3 50-4 70.5 2 0.82 7691 7602 B. A. .6076 . . . . f Draconis 6.8 4.0* 17 50 42. 66 ";i 6. 77 63.6 46. o 2 5 + 3-953 I.O2J - 33 23 34. i 4- 56 ^ 4?. 8 63-3 64,. 4. 3 2 - o. 81 o 78 / v y*< 7607 Anonymous Cf . V 1 1 j j/ Si 8.25 66.6 j 2 J 4. 078 i j" jj ^o* w "i6 ?7 8.4 Wlf . If. 71. <\ 2 - /" o 78 / y J 7694 760 c. O.Arg.S. 17443 4 Sagittarii / J 7-5 4 8 J * " ** J 5i 9-39 EI 14.. 7? 64.6 62.8 2 2? 3 .586 7.661 O 1 ^ J / ** f - 21 i 45-3 21 4.7 "\7 O / ' j 66.6 65 6 2 2 v. y ^ 0.77 O 77 / v y j 7696 7607 O.Arg.S. 17447 . . . T-. * 8.1 1. o j * m ^* / o 17 51 16. 29 c I 10^3 67-5 48. 2 J 2 1 O + 3-699 "?. "?O2 ^O *T/ J 1 ^ 25 8 48.0 4 ^ I I . 4 j- M 69.6 70. o 3 2 v> / 7 0.76 o. 76 / v y/ 7698 7600 O. Arg. S. 17449 . . . 6 Ilerculis j" ** 8.2 4 8 5* 3f JJ 51 22.05 Ci 27 08 67.5 68.6 o 2 2 J. JV 3- 6 97 2. Ol? y *t j * * t - 25 4 18.9 _L -77 16 17 2 71.2 47 6 3 o. 76 O 7C. /uyy 77OQ 5 Sagittarii *fr ** C C j * */ ww Cf 36 C,Q C7. 2 jj -1 674. i a/ * * / * 24 1 6 8. i *f / u 66. 5 2 w /j O 74 / /*-"-' 7701 B. A.C. 6081 . . . . J* J 5.3 J * J*** 0" 17 51 40.40 J 1 ' 67.1 2 O' **/*t + 3-567 20 19 28. o 66.6 2 w*-/*r - 0.73 7702 _ M.Z. 124, 13 .... 8.5 51 50.30 65.6 2 3.804 - 28 41 53.5 69.6 2 0.71 773 O. Arg. N. 17659 . . 8.5 5 51-22 77-5 3 '394 + 5 29 0.71 7704 Tr. Z. 29, 69 .... ft. o S' 54-7 68.9 3 4.119 - 38 4 14.8 6 5 -i 3 0.71 77S O. Arg. N. 17663 . . 8.5 51 56.47 70.2 5 + 1-392 + Si 3i 8.7 70.6 2 0.71 7706 O. Arg. N. 17680 . . 9-5 '7 5' 59-36 65-1 2 - 2. 503 + 76 31 14.2 77-6 I - 0.70 7707 O.Arg.S. 17466 . . . 7-5 52 17-86 71.6 4 + 3- 672 24 n 50. 8 68.5 3 0.68 7708 B. A. 0.6083 . . . . 6.4 52 2O. 21 63-4 8 4.056 36 22 3.6 68.9 3 0.67 779 Lamont 5901 .... 8.4 52 21.43 64-5 2 3-071 + o 2 9. 4 72.6 2 o. 67 7710 77 i i O.Arg.S. 17467 . . . 8.4 Q O 52 26. 73 17 C,2 28 * y 73-5 4.Q 6 / 5 [O2 o-59 o. 58 / / * " 7719 O.Arg.S. 17503 . . . ' J 9.2 JO * O*r 53 47. 88 J u> J 65.0 y^ 2 1 ' O7 1 3-446 j j^ AJ. y 15 38 26.4 T-y- w 71.2 3 0-54 7720 Weisse (2) XVII, 1719 6.0 53 49-3 70.1 4 2.090 + 36 18 8.5 66.5 3 0.54 196 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. 1-1 OJ >> C ej o> s 1 o o g Annual Precession, 1860. Mean Declination, 1860.0. l-i rt U t^ 1 S J o tM O 6 S? Annual Precession, 1860. h. m. s. s. / // // 7721 93 Herculis . . . ,.0* 17 53 49. 44 59-5 2 -f 2.669 4- 16 45 41. 2 54.5 3 O. ^4. it** 7722 O. Arg. S.I 7506 ( ist*) J 9.0 53 53- 23 64-5 3 3.640 - 23 i 33-5 77-6 j i - JT 0-53 7723 O. Arg. S. I75o6(2d*) 8-5 53 53-63 64-5 4 3.640 - 23 i 26.4 73-3 3 0-53 7724 O. Arg. S. 17509 . . . 7-5 54 2.33 65-5 4 3-637 - 22 53 58.4 68.6 2 0.52 7725 O. Arg. S. 17510 . . . 7.0 54 3- 98 63-2 10 3-674 - 24 H 57-5 71.0 4 0.52 7726 Lalande 32974 . . . 5.8 17 54 5-17 69. i 2 + 3-777 - 2 7 49 "7-5 62.1 6 - 0.52 7727 O. Arg. S. 17512 . . . 8.0 54 5-24 62.4 3 3-674 - 24 14 24.5 75-5 2 0.52 7728 Lalande 32986 . . . 8-5 54 5-8o 59-6 2 3-46i - 16 13 9.7 55-5 3 0.52 7729 M. 2.185,3 7.6 54 15-18 65.5 5 3-599 - 21 30 9.9 69-5 2 o. 50 773 B. A. 0.6098 . . . . 7.0 54 1 6. 20 66.0 2 3-578 - 20 43 56. 9 7i-6 4 o. 50 77-21 5.8 17 54 1 6. 38 63.0 II + 3- 6 75 - 24 16 37. 5 71. I o ^o / / J m 7732 Lacaille 7534 .... J 7.0 54 46- 98 62.6 2 4.219 T^ Jt J - 40 38 8. 8 / 68.5 2 j^ 0.46 7733 15. VI. I7 b , 118 ... 7-9 54 49-53 65-5 3 3-636 22 52 50. 6 68.6 2 0.45 7734 0. Arg. S.i 7533 9.0 55 5-5 65-9 3 3-775 - 27 43 40. 6 69.6 2 0-43 7735 O. Arg.S. 17535 9-3 55 6.94 73-i 2 3- 775 - 27 44 21.9 68.6 I 0-43 7736 M.Z. 123, 15 . . . . 7.8 i? 55 17-3 68.6 2 + 3-7H - 25 39 5- 2 58-5 2 o. 41 77-57 Q S;i:.'iM;irii . 6. i m 17 ^6 64. i It 3. 677 24 21 34.. S 6c c O J.I / / j/ J J * / O * j j' 1 1 ~T Jt- J w j- j *-'. --f 1 7/38 O. Arg. S. 17540 . . . 6.9 55 21.97 65.8 9 3-676 - 24 18 40.9 67.6 2 o. 40 7739 B. A. C. 6103 .... 6.0 55 24.85 65.5 2 4.040 - 35 54 2. 3 72.4 4 0.40 774 M.Z. 178,9 7.2 55 26.73 65.0 6 3-635 22 50 IO. 4 66.9 3 0.40 7741 95 Herculis (1st*) . . . 5-5 >7 55 33-63 62. 4 7 + 2. 542 + 21 35 55-5 57-3 4 o. 39 7742 95 Herculis (2d*) . . . 5-5 55 34-io 62.4 7 2. 542 + 21 35 56. i 67.6 2 o-39 774'? Anonymous S.o 5? VJ. q6 76.5 2 3. 674 24 14 36. 2 6q 6 2 o. 38 / / T j 7744 B. VI. I? 15 , 122 . . . 7-5 J J J7 7 55 40.86 / * J 74-8 3 j' t T + 3.672 - 24 10 59.9 y 7 1.8 5 0.38 774. S 35 Draconis S. S ?? 4?. 22 75.8 C 2. 7OQ -1- 76 ";8 43 7 6Q 1 7 O J7 t i TJ j j JJ TO / J v J * / 7 1 / w J^ TO / **/" J / " J/ 7746 0. Arg.S. 17555 7.0 17 55 50-67 63.6 4 + 3-678 - 24 23 8.8 69. I 2 - o. 36 7747 O.Arg. 8.17558 . . . 8.5 55 52-45 66.0 2 3-779 - 27 51 55.8 6 9 .I 2 o. 36 7748 O. Arg. S. 17560 . . . 8.0 55 53-07' 65.6 I 3-677 - 24 21 44. I 67-5 2 o. 36 7749 M.Z. 171, 10 .... 8.5 55 59- 3-672 - 24 9 42. 3 73-6 2 0.35 7750 Lacaille 7546 .... 6. i 55 59-50 62.7 2 4.097 - 37 28 25. i 71.9 3 0.35 7751 y 1 Sagittarii 4.8 17 C6 4.. 64. 62. i 7 4- ^ 831 2Q 34 ZA G 68.0 2 f) -JA 7752 B. A. C. 6108 .... 6. 5 / J *T* wi + ">6 8 47 66.0 / 2 I J. "J* -i 7i ? 7 JT JT" J 2S 36 2S 6 69.6 w * JT- O 1A. / / J 7753 Lacaille 7551 .... J 7.5 J w ** *T/ 56 I5-36 63.6 4 J / J 4.064 *j J 1 - 1 J M - 36 34 58.4 68.6 2 **" J*T 0-33 7754 Anonymous 8.7 c6 i 6 70 7"? "? , 6> 1 s J3 o IM O 6 Z Annual Precession, 1860. h. m. s. s. / // // 77 6! 7762 B. A. .6113 .... 7.0* ^4* 17 56 44.96 56 48. 86 59-5 64.0 2 31 + 3-822 3.857 - 29 16 47.7 30 25 19. 4 55-2 68.3 8 4 0.28 o. 28 / / 7763 J " 8. 5 57 5-57 65. i 2 3- 777 27 47 38. 5 57-5 2 o. 25 / / j 7764 O.Arg.S. 17597 J 7-5 57 30- 26 66.9 3 3-673 - 2 4 12 5. I 68.9 3 J O. 22 7765 7766 Tr. Z. 22, 42 .... w/2 Draconis 8-3 6.0 57 34- 54 17 C7 77. 2O 68.5 77. 6 2 2 + 4-078 i . 047 36 36 55-5 4-72 I 1.4 70.5 77- 7 2 I O. 21 O. 21 / / 7767 M.Z. 265,38 .... 8.7 / J 1 J i 57 46. 58 II* 65.5 3 + 3- 598 I / * f - 21 28 5.4 69.6 2 O. 2O 7768 O. Arg. S. 17610 . . 9.0 57 53-48 64-5 2 3-79 - 25 28 56.0 70. i 2 0. IS 7769 B. A. C. 6120 .... 6.6 57 54-48 62.5 4 3-794 - 28 22 16. 4 68.6 2 o. 1 3 7770 O.Arg.S. 17612 . . . 8.5 57 55-50 67.6 2 3- 6 72 - 24 9 56. i 71.6 3 o. i3 7771 Lacaille 7563 .... 7.0 17 58 14.96 62. 9 3 + 4- >39 - 38 34 32-4 62.6 2 - 0.15 7772 70 Ophiuchi (ist*) . . . 6.0 58 22.77 64.8 4 3-013 + 2 3' 58.3 69.6 4 o. 14 7773 70 Ophiuchi (2d*) . . . 7.2 58 23. 18 64.8 4 3-013 + 2 31 56.0 70-3 3 o. 14 7774 Lalande 3314? ... 7-5 58 27.15 65-5 2 3-599 - 21 30 50. 3 70-3 3 o. 14 7775 RUmker 6208 .... 8.0 58 39- 84 66. i 2 1.729 + 45 7 39-o 66. i 2 O. 12 7776 B.A. 0.6125 .... 6.8 '7 58 47-55 65-5 5 + 3- 598 - 21 27 13. 8 71.6 3 0. II 7777 O. Arg. S. 17648 . . 7-5 58 57. 20 74-3 4 3-59' 21 12 43.3 69.1 2 O.O9 7778 7770 Lalande 33178 ... 9.0 8.6 59 6.65 So 12. 68 59-6 67. 5 2 2 3-472 1. 6}7 - 1 6 40 2. 4 22 C.4. T.2. 8 58.1 69. i 3 2 o.oS 0.07 Illy 7780 B.A.C. 6127 .... 4.9 Jy 59 12.93 1 J 63-3 4 o j/ 3-797 " jt j*-- - 28 28 7. 5 69. 2 3 0.07 7781 M.Z. 175,87 .... 7-5 17 59 20.85 67.5 4 + 3-637 - 22 53 30.4 69.6 3 0.06 7 7 82 778} RA. C.6I28 .... M. Z. 45, e. . 6.5 7. o 59 31.08 en -27. -ic 70.1 68.6 2 2 4.407 1. 771 - 44 57 37-4 27 TO 28. 8 69. o 56.4 2 9 0.04 o. 03 / / J 7784 Lacaille 7580 .... / 6. 5 Jy JJ'JJ 59 52.82 63.2 3 j 1 1 j 4.068 / Jy - 36 41 16. 2 68.6 2 O. OI 7785 B.A.C. 6131 .... 7.0 59 55- 64 61.5 7 3.881 31 10 28. 7 67.1 4 O. OI 77 86 B.A.C. 6130 .... 7.0 17 59 56. 12 60.9 5 + 3- 844 - 30 o 29. 3 54-o 3 O. OI 7787 O. Arg. S. 17680 . . 7-6 18 o 5. 12 61.5 4 3-777 - 27 47 56.9 65.0 4 -f- O. OI 7788 7780 O.Arg.S. 17681 . . . Anonymous 7-3 8.5 o 5.28 O Q 08 64.5 61. o ' 4 2 3-592 i. 776 21 l6 4. I 27 4; 18. s 66.3 6l. 2 3 3 O. OI O. OI / / y 7790 B.A.C. 6132 . . . . J 7.2 y' y o 14.58 61.8 II j it 3-7io m f *T J '3 25 29 19. 8 56. 2 5 o. 02 779' Lalande 33210 . . . 6.5 18 o 14. 75 65-5 4 + 3-598 21 27 53.0 70.8 4 + o. 02 7792 77Q3 O. Arg. S. 17695 . . . Anonymous . 7.6 8.0 o 27. 82 O 11 Q2 61.3 6e c 6 2 3-776 j Cn6 - 27 45 3- 8 21 24. tS A. 58-4 7O. I 8 2 0.04 O. OS / / yj 77Q4 72 Ophiuchi c e _r ji . y*. o 42. 8 1 w j' j C7 C 2 j jy^ 2 847 4.1 .- f J^' *T _L o ?2 1O 4 / 68.6 2 V J o. 06 / / y^ 7795 77o6 Lacaille 7588 .... j- j 6.0 s. s o 49. 46 1 8 o 50. 01 j 1 ' J 65.6 67.2 2 -1 *-"+/ 3-93* + 4 4^ ~ y J-" J w ' T- - 32 43 57-3 4; <;8 27. 8 73-5 71.6 2 4 0.07 -)- o. 07 / / y 7797 B. A. C. 6144 .... j j 7-4 o 54-85 V f , ft 68.6 J 2 **" *TJJ 3-913 TV jw *.y . U - 32 9 42. 7 73-6 2 0.08 7798 B.A.C. 6145 . . . . 6.0* I 4. 12 76.5 2 3-867 - 3 44 47- i 69.6 2 0.09 7799 Lamont 5992 .... 8.0 I 4-23 68. i 2 3.011 + 2 37 4-o 68.0 2 0.09 7800 Lament 5993 .... 7-2 I 6.79 68.6 3 3.011 + 2 35 16.4 68.6 2 0. IO 198 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. 1* rt 4J >s C rt % jS "o o 6 Annual Precession, 1860. Mean Declination, 1 860.0. 1-1 > q B % M "o *S o Z Annual Precession, 1860. 7801 8.0 h. m. s. 18 I 18. 08 60.6 2 s. + 3-88o / // 3' 7 39- ' 69. I 2 // -|- O. II / *"* 7802 7807 O. Arg. S. 17728 . . . b Herculis 8.5 5-5* i 20. 60 i 42.68 64.6 59. 5 2 2 3-542 2.283 - 19 22 33. i + 3 3 2 38- i 65-1 53- 5 2 4 O. 12 o. 15 / J 78od Anonymous . . . i 58. -a 7^. 1 4 7.486 - 17 13 34. 6 ?6. o 4 O. 17 / l -''~' i t 780? 4.0* J Ji 2 4.85 i j j 56.7 7 O T^ 2. 339 -f- 28 44 43. 6 j 55- ' II - / o. 18 / **J 7806 Bradley 2279 .... 5-5 18 2 10.87 68.6 2 + 2.417 + 26 5 0.5 62.6 2 + o. 19 7807 Bradley 2280 .... 5-5 2 10. 95 68.6 2 2.417 + 26 4 45.5 62.6 2 o. 19 7808 Weisse(2)XVIII,44 . 7.6 2 '3-75 69-5 2 2.086 + 36 24 15.7 65.9 3 o. 20 7809 Lacaille 7595 .... 6.7 2 19.27 63.2 3 4.010 - 35 2 56. i 68.6 2 O. 21 7810 B. A. 0.6153 .... 6.5 2 24. 64 62.6 5 3-718 - 25 47 8.9 69.7 2 0. 21 7811 Tr. Z. 43,39 . . . . 8.5 18 2 25. 76 69.0 2 + 4- 169 - 39 22 5.4 69.6 2 + 0. 21 7812 781? Weisse XVIII, 18 . . 8-5 9. 5 2 25. 89 2 36. 15 64.9 63.6 3 2 3- 012 3-485 + 2 34 46. 2 17 9 46. 2 68.0 69. 6 2 2 0. 21 O. 27 / J 7814 73 Ophiuchi .... 6.5 2 36. 21 64.4 2 J ^ J ^-979' -f 3 S 8 23. 7 y 71. o 5 J O. 27 781? Anonymous .... 8-5 2 37. 19 63. o 5 7.485 17 9 54. 7 67. -t 3 J O. 27 / J 7816 M. Z. 178,12 .... 8.5 18 2 37. 20 67.5 2 J* T*"' J + 3-650 23 22 29.0 I J 70.5 2 o + 0.23 7817 Lacaille 7598 .... 7-6 2 45- 39 69.0 2 4.169 - 39 22 2.0 69.6 2 0.24 7818 B.A. C. 6160 . . . . 6.4 3 4-39 64.4 4 3.811 - 28 55 37.0 61.8 4 o. 27 7819 7820 B. A. C. 6161 . . . . 5-7 Q. O 3 10.75 3 14. 23 57-8 6q. H 10 2 3.660 7. 701 - 23 43 32-4 - 28 16 59-6 5 0.28 o. 28 7821 7822 Lacaille 7605 .... 2 2060 . y 6.9 7. 1 J m f J 18 3 15.98 3 21. 18 v y* j 69.0 67. o 2 2 O / 7 + 4- ^2 3 OI 1 - 39 " 2.5 + 2 7O 24. 2 66.6 77 6 2 2 + 0-29 O 2Q 7823 O. Arg.S. 17793 / j 8-5 3 29-5 -< / ** 73-6 2 O* *"" J 3-569 j^ "*+ - 2O 23 48. 2 / j- ^ 77-6 3 v^. f.f 0.31 7824 O. Arg. S. 17796 . . . 7-5 3 37-07 70.9 3 3-570 - 20 26 59. 2 69. 6 2 0.31 7825 0. Arg.S. 17797. . . 8.7 3 40-71 72.6 3 3- 79' - 28 15 46. 6 58.6 2 0.32 7826 B. A. C. 6163 .... 7-5 18 3 46.76 67.1 5 + 3-79' 28 15 52.7 61.2 3 + o. 33 7827 O. Arg. S. 17809 . . . 8.0 3 58.32 72.9 3 3-544 - '9 27 37-3 67-5 2 0.35 7828 O. Arg. S. 17817 . . . 8.7 4 18. 16 68.3 4 3.586 21 57.7 76.1 8 0.38 7829 7830 B. A. C. 6166 . . . . 12 Sagittarii 7.0* 7.8 4 30. 20 4 32. 28 60. i 64.6 2 2 3-907 7. 644. - 3" 59 52-8 27 8 49.8 53-6 72. I 2 4 o-39 o. 40 783' 7832 Weisse (2) XVIII, 123 Anonymous 8.0 7. 2 18 4 34.87 4 7S. 28 69.5 68.6 I 2 O T^ + 2.083 -3 J.Q2 J * *r;7' ** + 36 29 40. 3 17 26 "?7.O / 75-3 ?8. i 5 2 + 0.40 o. 40 7833 M. Z. 24, 65 8.2 T^ JJ 4 35-32 71.8 4 j- ty* 1 4. 103 / ji -'37 39 "-6 j*" 68.6 2 0.40 7834 O.Arg. 8.17833 . . . 8-3 4 44- 32 69.5 I 3.700 - 25 10 51.3 56.4 4 0.41 7835 M.Z.33, 3 6 6.8 4 4. 53 63-5 2 3-995 - 34 37 44- 2 70.0 2 0.42 7836 M. Z. 24, 66 8.0 18 4 53.06 74-4 3 + 4- "05 - 37 4i o. 7 68.6 2 + 0.43 7837 Lalande 33439 . . . 6.5 4 59- 16 69.6 2 2. OIO + 38 26 55.5 75-5 2 0.44 7838 7839 Lalande 33472 . . . Anonymous 5-5 5 6.73 C 14. 73-6 2 2.085 j <;87 + 36 26 25. 3 21 1 ^8 I 66.2 60 7 3 0.45 o 46 7840 Anonymous . . 9 A j *t* S2O Qt &Q O J- jW 7 c8? J J*" m ___ o T A C 7 C v/y. / 7O 7 V. *|.v O 47 *T 4U. yj o- j/ * 4 J,v 3 / u - 6 * **/ U. S. NAVAL OBSERVATORY, 1845 TO 1877. 199 Number. Name of Star. Magnitude. Mean Right Ascension, 1860.0. 1-1 rt rt U ^ 1 o 6 2 Annual Precession, 1860. Mean Declination, 1 860.0. ! rf U >v s s ^ o u_ o o ^ Annual Precession, i860. 7841 7842 B. VI. 18", 16 .... fi Sagittarii 4. Q h. m. s. 18 5 23.07 c 2? 46 77-6 S8 8 i 277 + 3- 769 j eg8 / // - 27 32 6. 6 21 S 20 6 56.5 CT o 4 18 // + 0-47 O 47 / *-"+* 784-1 Anonymous f 7 0. 3 j *-j- ^ ? 26 7? j"* 71 Q *O/ 6 j- j^ u , c88 J *;f w 21 < ICJ. ^ ja* v 7O 7 i ** TV o. 48 / > -'*T J 7844 O. Arg. S. 17861 . . . y j 7-2 j ** / j 5 39-93 / y 66.6 2 O- J"" 3.809 * J JT" J - 28 52 24.4 /'-'* j 70.1 j . 2 0.50 784S O. Arg. S. 17871 . . . 7- 5 S'.^S 68.2 3 3.605 - 21 44 47.0 70.2 3 0.51 7846 Lacaille 7634 .... 6.8 18 6 7.57 64.9 3 + 3.839 - 29 51 31.4 67.2 3 + 0-54 7847 7848 Lacaille 7629 .... Anonymous . . . 6-3 O. 2 6 8.02 6 ic. 66 63-5 67.6 2 2 3-995 ? c-j r - 34 37 50. 5 l8 S7 54 3 72-5 60 i 4 2 0-54 O C/1 / **^w 7849 B. A. C. 6174 .... y " 7.0 6 21.80 63.0 3 O- -> J 1 4.065 u j / j^- j - 36 36 40. 9 wy. A 66.1 2 Ut 34 0.56 7850 78O B. A. C. 6175 .... Anonymous . 7.0 Q O 6 28. 18 1 8 6 29. 20 69.0 61 <; 2 2 3.920 + 7 -4QI - $2 22 46.4 T7 27 C? 8 58.6 eg 7 2 o-S7 + O C7 / u j 78?2 A Herculis y' v c o 6 38 01 ** j 61. 6 J- 'ty 1 2 2t7 J / * J ;>;> +71 22 21 O -) Up O C -I A " 57 o. c8 / w j^ 7853 7854 O. Arg. S. 17892 . . . I tj Sa.gitta.rii . ... j- * 7-9 ?. ? ** j u - w j 6 45.69 6 51.82 65.8 66.6 6 2 " ^5/ 3- S3 2 3C7Q o 1 ^^ *ty 18 58 50.2 20 8 59 34- 7 70.0 7 . 0.66 7864 786<; Tr. Z. 25, 70 .... Anonymous ... 8.6 7 1 7 30.72 7 11 Q2 69.5 6e e 2 3-857 1 C7I - 30 26 43. i l8 S7 21 64.6 70. i 2 2 0.66 o. 66 / vv J 7866 Lamont 29 . . . / j 8.0 / -j y 18 7 35. 80 j' j 69. o 2 J- .> J 4- 3 766 ivj j/ * j 27 27 14 7 cf, \ _|_ o. 66 / *'*' 7867 Lalande 33592 . . . S.o 7 55-68 68.6 3 r o- / uu 2.007 ^/ */ **T' / + 38 33 5- 3 J"- f 67.8 3 0.69 7868 O. Arg. S. 17945 . . . 8.0 7 58.05 77-6 i 3-528 18 50 15.0 73-7 i o. 70 7869 DM. +38, 3110 . . 9.0 7 59-59 68.6 2 2.007 + 38 33 20. 2 48.4 i o. 70 7870 7871 B.A. 0.6187 .... r/ Sagittarii 6.7 7.. O 8 8.98 18 8 Q. OQ 62. 9 61.6 4 3-775 -4- 4. O72 27 45 16. 3 3.6 47 ^8. 4 71.0 62.7 3 7 0.71 -(- 0. 71 7872 Anonymous J 7 S u u y . vy 8 1 1. 01 6? 2 | *T' / ^ C12 j\j *t/ j^' ^ IO O ^2 ^ * o 68.6 j 2 w. y O. 72 7873 7874 B. A. C. 6188 .... 17 Sagittarii / j 7.0 7 O 8 12.13 8 14. 92 "j- 63-6 6; <; 2 2 O' JJ^ 3.886 3 1:7,1 y j j 31 20 24. 2 20 35 10. 8 62.6 67 o 2 2 v. j f, o. 72 O 72 7875 Lalande 33602 . . . / 7-2 8 17.65 ^O- 3 68.7 2 O- J /T- 2.131 + 35 9 35- 8 "/ w 66.2 3 v. 1 1, 0-73 7876 Lacaille 7646 .... 6.8 18 8 19.31 65.0 4 + 3-978 - 34 9 4-2 68.5 3 + o-73 7877 O. Arg. S. 17956 . . . 8.0 8 23. 74 77.6 I 3-528 - 18 50 54. 4 75-7 2 o-74 7878 M. Z. 36, 9 8.8 8 24. 28 66.6 2 3-978 - 34 7 5i-o 71.0 2 0.74 7879 B.A. 0.6193 6.0 8 24. 56 68.6 2 2. OOO + 38 44 13- 3 61.0 2 0.74 7880 B. A. C. 6191 .... 6.0 8 31.42 64.6 2 3-792 - 28 19 38.3 67.7 2 0-75 200 CATALOGUE OB' STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. u rt & a a u S 1 O O fe Annual Precession, 1860. Mean Declination, J 860.0. h 3 QJ >-^ 3 S S 1 "o C3 Wt Annual Precession, :86o. h. m. s. s. / // // 7881 7882 B. A. 0.6190 6.4 O O 18 8 31.48 8 36. 20 62.6 7A 2 2 7 + 3-804 3 C2I - 28 41 45. I l8 31 7C S 63.0 72 n 3 + 0.75 o 76 / *"* 7883 7884 B.A. 0.6192 . . . . Anonymous . ... y. *_ 6.2 8 5 8 37- 38 8 77 QI / T" * 69-5 6c 7 O 2 I j' 3** 3-955 3 C2I * u OJ OJ- J - 33 26 30. 6 - 18 AI f* f y 58.6 2 o. 76 o 76 / ****"f 788S 7886 O. Arg. 8.17965 . . . i_>. j 7.6 6. -; M o/ ' y* 8 43- 88 18 9 2.80 W J" / 65.3 72.8 4 4 j' 3"* 3-532 + 3 4.QI lu 4o - 19 o 43.0 17 2*; 64 68.6 ce 7 3 2 0.77 + O 7O / 7887 O.Arg. S. 17975 J 9.0 9 4-33 f * U 61.6 *f 2 J *ty 3-657 X ^ .C.J W, ^ - 23 38 6. 8 .jj' / 58.0 4 u. /y 0.79 7888 Lacaille 7657 .... 6.4 9 10. 76 66.6 2 3-998 - 34 43 59- 7 70. 6 3 0.80 7889 B. A. C. 6194 .... 5-4 9 17-37 67.6 3 3-755 - 27 5 21.0 56-5 4 o. 81 7890 Lalande 33598 . . . 6.0 9 37-04 73-o 2 3-528 - 18 50 42. 7 60. 5 4 0.84 7891 7892 O. Arg. S. 18000 . . . Anonymous 8.0 18 944-89 IO I. 68.3 3 + 3- 525 7 727 - 18 44 59- 3 25 CO 11 67.1 rf, r 2 + 0.85 o 87 7893 B. A. .6199 . . . . 6.4 10 1.91 63-4 2 O' / *J 3-713 j ->y o- j - 25 39 8.9 J v * J 72.1 4 ' 0.88 7894 Lalande 33692 . . . 8.2 10 7.44 69.6 2 2.052 + 37 22 9.7 65.9 3 0.89 7895 7896 O. Arg. S. 18015 40 Draconis 7.2 q.o* 10 29. 93 18 10 70. 62 65-5 62 7 S + 3-523 A A&C - 1 8 40 9.3 + 7Q C8 AO 7 66. i 70. 8 2 0.92 i_ no? 7897 7898 O. Arg. S. 18017 41 Draconis j. v 8.0 >;.o* 10 30. 90 10 36. 85 "* / 65.8 62 7 4 *r T-J + 3-523 A. d.87 /y 5 4 u - / 18 39 56.2 _[_ 70 ck C2 I 67.6 70. 8 2 A F - y^ 0.92 O O7 7899 7900 Lacaille 7661 .... Anonymous J 6.5 8.8 io 53-56 II 21.14 '* / 63-5 68.5 1 4 2 *T- H-W + 4-024 3 coo i / y j" j** * - 35 28 54. 6 17 ,16 72 4 68.1 rg . : 2 u - yj o-95 !o oo jw * / T- 1 -' j** T- ^0. 1 * u. yy 7901 Lacaille 7662 .... 6.5 18 ii 21. 64 62.6 2 + 4 . 098 - 37 3 2 33- 7 7>-3 4 + o-99 7902 B. A. C. 6202 .... 7.0* II 22.47 6l.6 4 3.886 - 31 22 17. 6 56-9 6 0.99 793 O.Arg. S. 18044 . . . 8.0 II 24.07 62.7 5 3-649 23 22 6. 2 56-3 3 I.OO 7904 Lalande 33694 . . . 7-i II 39.96 66.2 3 3-Soi - 17 48 15-5 61.2 8 1. 02 79S 7906 Weisse (2) XVIII, 328 rf Sagittarii ... . . 7-2 2 Q II 52.99 1 8 12 1 . 85 68.6 61.4 2 I 1 2.067 4- i 8-Jo + 36 5 8 4i-5 2O 17 O O 65.9 c8 o 3 1.04 + 1 OC 7907 7908 B. A. C. 6210 .... Anonymous . . . * y 6.0* 8 4. 12 5. I 4 12 Q. 08 60. i e,c i 1 J 2 2 T^ J- jy 3-452 3*70 A ^y D j u " u - "5 53 6.5 oR 2 A 1 1 A y** y 67. 2 6Q I 5 2 1. U^) 1. 06 I. 06 7909 7910 B. A.C.62I2 .... 1 8 Sagittarii *" T- 7.0* 6.0 12 it.88 12 14. IO u j* * 70.4 72 Q 5 /y4 3- 9M 7 874 *0 ^ * ji ^ - 32 14 18.3 -JO Q 52 A 63-4 71 O 5 6 1.07 1. 08 7911 O. Arg. S. 18074 . . . 8.0 18 12 28. 75 / ** y 72. 6 2 O* W /TT + 3-5oo j w jy 5*. T- - 17 48 16.9 / 4. V 73-6 2 +. -9 7912 B.A. 0.6214 .... 6.5 12 30. 60 63.6 2 3-727 - 26 8 33. 9 56.4 3 1.09 79'3 B. A. 0.6217 .... 5-7 12 54.23 60.6 2 3-694 - 24 58 27. 3 72.1 4 i- '3 79H B. A. C. 6220 .... 6.6 13 8. 5 6 65.1 2 3-796 28 29 21. 9 68.6 3 MS 7915 Lalande 33748 . . . 6-3 '3 8.77 69. I 2 3-530 18 55 6. 2 56.5 3 I.I5 7916 B. A. C.622I .... 6.2 18 13 23.80 62.7 2 + 4.068 - 3 6 43 48. 9 66.5 2 + I-I7 7917 B.A. C. 6222 .... 6-5 '3 33- 68 62. 2 6 3-638 - 22 58 54. 6 60.8 4 I.I 9 7918 Taylor 8458 .... 8.4 13 37-77 69.4 6 3-737 - 26 28 39. 5 64.6 10 1.19 7919 7920 Tr.Z. 178, 13 .... Anonymous 9.0 9. -i >3 54-34 n <;8 ->8 69.4 60 S 6 3.738 5 7 18 26 30 30. 7 26 31 1 6. o 69.4 72 6 5 2 I. 21 1 . 22 j j j j w y* j O- / J /*. " U. S NAVAL OBSERVATORY, 1845 TO 1877. 2OI Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. iJ I a rf Q s 1 IM i Annual Precession, 1860. Mean Declination, 1860.0. Mean year. 1 <*H O i Annual Precession, 1860. h. m. s. s. / // // 7921 7022 B. A. C.6226 . . . . V Serpentis .... 6.0 2 O 18 14 1.58 14 -i 82 64. i 6-1 6 2 I ^ + 4-052 31 dO - 36 18 7-3 2 56 O. 2 7'-3 68.6 4 + '.23 I 27 / y 7923 O. Arg. S. 18115 (ist*) 7 8.4 "t O* **" 14 12.74 VJ. V 64.9 * J 3 . I|W 3-433 - 15 9 n. 2 68.1 2 i. ^j 1.24 7924 702=; O. Arg. S. i8ii5(2d) e Sagittarii 8.2 ? o 14 13.29 HC2. 6d 64.9 CC 2 3 c 3-433 7 08? - 15 9 o. 6 34. 26 d.7 5 68.1 66. 6 2 6 1.24 I 7O / 7 J 7Q26 Anonymous J' 90 J , . \Ji^ l8 Id 17. 77 JJ- 7O 7 J o- y/ + 4 IAO J^f Avy *T/ J ->8 ^o 46. o 70. 6 I. JU + 1 "3O / y--' 7Q27 A Lyroe . . U 4 S* *** jj' / / HC7 28 / u> J 60. o *f- "+ 1 -' 2IO7 + ^6 O 1 2 A c 2 8 10 1 . JU 2 71 / y i 7928 Jjamont 5^ * v J 8 <; j / *"- I C 6 1 7 69. 8 * *-*o 377C j w ** * ^- ^f 26 26 9. 9 j~- 69. 6 2 j 1 I 72 7Q2Q Anonymous . . * j 8.0 J ** *O 1C ig A-J 7O 7 /OJ 41 7Q 38 38 .j8. 2 60 "j 6 1. J^ I 1A / y y 793 O. Arg. S. 18151 . . . 7.2 ' J *** *f/ 15 26.88 f w ' J 69.1 6 *oy 3.738 26 30 53. 8 u y. o 64.9 6 1 j4 '35 793' Lacaille 7693 .... 6.8 18 15 28.57 69.6 2 + 3-9'7 - 32 21 34. I 64-5 2 + 1-36 7932 Tr. Z. 125, 21 . . . . 8.6 '5 28.97 75-i 6 3.83 - 29 36 32. 8 77.6 2 1.36 7933 7934 Tr. Z. 125, 22 .... Anonymous 8.0 Q O 15 30.42 1C -II ol 73-8 77 S 4 i 3-830 3O 2O 29 35 33.9 12 2C 12 Q 71.9 71 6 6 2 1.36 I 36 7935 I acaille 7695 .... y' " 6.0 j J* * 15 56"- '3 //- J 69. I 2 . yv 4-043 j- 6 O J*" 7 36 3 45-5 / a* w 63.5 2 i. JU i-39 7936 O. Arg. S. 18160 . . . 7-9 18 15 56.46 69. I 5 + 3-739 - 26 33 42. 2 58.6 6 + '-39 7937 13. A. 0.6241 . . . . 5-5* 16 18.40 60. I 2 2. 5OO + 23 12 59.8 60.7 9 '43 7938 7939 Lalande 33952 . . . Anonymous . . 8.8 1 6 24.90 16 2? 7? 69-5 7C 7 2 c 2.O72 1 QI2 + 36 52 31-7 -32 12 <;? 2 61.5 65. 6 2 2 1.44 I A.A. 7940 B. A. .6244 . . . . 7-9 j / j 1 6 48. 92 i j- i 69.6 3 2 j* y * ^ 4-3.900 J " 03' - 3' 49 38- 9 72.8 5 . t^. '47 7941 794 2 Lalande (F) 2983 . . S.o 18 16 55.01 17 O. 71 73-6 69.6 2 2 14.542 4- 3 17"? + 85 40 15-8 2O ^6 46. 7 46.4 74 5 3 + 1-48 I AQ 7943 S2088 (ist*) .... j 9.0 / / 17 11.58 *y " 65.6 2 I O' Jl J 3.228 ** O" ifv. / - 6 40 31.4 / ^* J 67.1 2 . i$.y 1.50 7944 22088 (ad*) . . . . 7.0 17 n.68 65.6 2 3.228 6 40 24. 2 66.3 4 1.50 7945 Lalande 33943 . . . 7.0 17 14.91 69.6 2 2.095 + 36 14 14.0 61.5 2 1.51 7946 O. Arg. S. 18198 . . . 8.0 18 17 16.85 74- 1 3 + 3-587 21 6 35.7 65.6 2 + i-Si 79*7 (! Ursce Minoris .... 4.5* 17 3. 19.380 + 86 36 6.9 56-9 170 '53 7948 Lalande 33997 . . . 7-5 17 34.22 69.5 2 + 2.074 -f 36 50 2.0 62.1 2 '54 7049 B. A. .6249 .... 6.5* 17 40.89 69.6 5 3.856 30 28 o. I 67.1 2 '55 795 Lacaille 7708 .... 6.8 17 57.20 66. i 2 4.044 - 36 5 34-4 69.5 4 '57 795" M.Z. 261,17 .... 7-9 18 18 9.22 68.6 2 + 3-829 29 35 5- 7 68.7 4 + '-59 7952 O. Arg. S. 18209 S.o 1 8 10.38 69.6 2 3-652 - 23 30 40. 8 67.6 2 '59 7953 B. A. 0.6258 .... 6.0* 18 ii. 97 61. i 2 1.412 H- 5' '4 3-3 54-6 3 '59 7954 Lalande 33966 . . . 8.0 18 15.17 61.5 2 3-509 -189 43. 7 S 6.2 3 i. 60 7955 B. A. .6254 .... 7.0 18 18. 21 65.7 2 3-954 33 29 18.3 62.6 2 i. 60 7956 B. A. .6256 .... 8-3 18 18 30.98 76.6 2 + 3-892 - 3 1 3 6 32-3 71.9 3 + 1.61 7957 701:8 B.A. 0.6261 .... Anonymous . 6.0 Q 1 1 8 59.94 i Q 8. 90 66.7 68.6 5 2 3-742 362il 26 42 46. 8 22 28 55-2 8 1.66 i 67 / yj" 7Q?O /I Sagittarii y j 40 To to 78 60. 5 IA w ^*f 1 707 oc 2O 42 I 63. 8 1. U/ 1 . 69 / yjy 7960 B.A. 0.6264 .... * 6.5 1 y *y / u 19 21.89 64.6 ** 2 J- / w / 3-746 A j *-y T 26 50 12. I 54.1 4 1.69 202 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1860.0. S >s a S S 1 IM O 6 Z, Annual Precession, 1860. Mean Declination, 1 860.0. Mean year. J3 o o 1 Annual Precession, 1860. 7961 O. Arg. S. 18234 . . . 8-5 h. m. s. i S 19 24. 64 64.6 2 s. + 3- 746 / // - 26 50 56.4 68.6 2 // + '-70 7962 M.Z. 4 7,9 8.2 '9 35-41 70.1 2 3.806 - 28 51 36. 2 69.6 2 1.71 7963 7Q64 B. A. .6266 .... Anonymous 7-o 9- '9 37-56 19 44. 69 63.5 70. o 4 3 3.640 3. 624 - 23 4 54- 8 - 22 29 44. I 59- i 56.6 4 3 1.72 i. 73 / y*r 7965 7066 B. A. 0.6267 .... 6.6 8. 5 19 46.30 18 19 58. 20 65.2 69.6 5 ! 3-50 2 + ^.6 - 17 52 52- I - 22 54 8. 5 67.2 55.6 2 3 i-73 + ' 74 l3f wv 7967 d Serpentis (1st*) . . . J 7-o 20 2. 57 65.6 J 4 1 O JJ 3.069 + o, 6 58.5 70.1 4 i-75 7968 d Serpentis (2d*) . . . 8-5 20 2. 76 65.6 4 3-069 + 06 i-75 7969 O. Arg. S. 18261 . . . 8.0 20 13. 66 77-3 5 3-74i - 26 40 38. 9 76.3 3 '77 7970 M. Z. 39, 15 7-2 20 13.77 76.5 2 3-925 - 3 38 3i-4 74-3 3 1.77 797' Lacaille 7732 .... 7.0* 18 20 13.83 72. 2 7 + 3-741 - 26 39 54. 9 68.9 6 + i-77 7972 B. A. .6271 . . . . 7-o 20 17. 26 60.6 2 3.821 - 29 20 31.4 56.4 4 1.77 7973 Lacaille 7728 .... 7-5 20 22. 13 67.5 2 3-97i - 34 i 6.9 67.7 2 1.78 7974 Weisse XVIII, 473 . 6-5 20 40. I I 67.6 2 3.069 + 075-4 68. i 2 1.81 7975 7Q76 B. A. .6273 . . . . 6.2 8.0 20 43. 81 1 8 2O 47. O4 63.6 60.1; 2 2 3-703 + A O72 - 25 20 28. 9 36 C4 11. q 67-7 67.6 2 2 1.81 + 1.82 / 7/ " 7977 B. A. C. 6274 .... 6.8 T-/ v ^ 20 48. 38 7 J 63.5 2 *f. w/ 3.956 j JT- jjy - 33 34 52-4 65.2 2 1 1.82 7978 7Q70 ' B. A. 0.6279 .... Lamont 83 5-4 Q. O 21 I3.O2 21 1^.84 62.0 61.6 4 2 3.420 -? 6^1 - 14 39 4-8 22 46 II. 2 69.6 56.6 3 2 1.85 1.85 / J i y 7 080 y 8.2 J' W T^ 21 32. 3Q 68. c, 2 o j 4 Ol8 3? 24 47. q J 67.7 2 1.88 / y** 7981 B. A. .6283 . . . . 6-9 o jy 18 21 38. 34 VU, J 71.3 3 | . *^*W + 3-806 jj ^ T^J y 28 52 59.7 69-3 3 + 1-89 7982 Lacaille 7741 .... 7.0 21 41.31 62. 7 2 4.071 - 36 53 57-3 67.6 2 1.89 7983 B. A. .6284 . . . . 6.0 21 47.65 64.9 2 3.420 - 14 40 12.4 69.8 4 i. 90 7984 7q8<; B. A. .6285 . . . . 23 Sagittarii 5-5 7 O 21 53-7" 21 ?8. 78 66. i 64. H 2 2 3-939 3. 646 - 33 4 39-3 23 2O 22. I 67.1 68.6 4 3 I.qi I. 92 / y J 7986 DM. + 35, 3251 . . / 7-8 JU. y <_r 18 22 1.48 Wffl J 68.6 2 O "t" + 2- 'OS + 35 59 27-6 68.2 4 + 1-92 7987 M. Z. 25,71 . . . . 7-9 22 2.35 69.5 2 3.916 32 22 40. 2 67.0 2 i-93 7988 DM. + 35, 3252 7-8 22 6. 32 68.6 2 + 2. 106 + 35 56 46-4 61.8 4 >-93 7989 24 Ursa; Minoris .... 6.0 22 36. 24 67.1 3 22. 245 + 86 58 46.0 67-5 4 '-97 7990 O. Arg. S. 18314 . . . 8-5 22 36. 55 64.6 2 + 3-599 - 21 37 1.9 65-5 2 1.97 799' 0. Arg S. 18317 . . . 7-o 18 22 49. 86 67.5 2 + 3-648 - 23 34 3- 2 68.7 2 + '-99 7992 B. A. .6292 . . . . 7-3 23 6. 16 65.1 4 3-530 - 18 59 36.5 65.1 2 2. O2 7993 Lacaille 7757 .... 6.6 23 10.99 62.9 3 4.019 - 35 26 38. 2 69.6 3 2. O2 7994 B. A. C. 6293 .... 6-7 23 "-59 62.5 4 3-5I3 - 18 21 19. i 60.6 4 2.03 7995 Tr. Z. 26, 77 . . . . 7-o 23 12.64 68.9 6 3-937 - 33 i 57-7 67-3 4 2.03 7996 B. A. 0.6294 . . . . 6.0* 18 23 14. M 61.5 3 -r 3-5I7 - 18 29 41.0 62.1 4 + 2-03 7997 B. A. 0.6295 7.0* 23 19.64 61.5 5 3.8*8 - 29 17 6.3 56-' 5 2.O4 7998 B Corpnae Australis . . 5-2 23 30. 10 68.7 2 4.287 - 42 24 3i-3 66. i 2 2.O5 7999 8000 Lalande 34274 . . . 7-5 8. ? 23 54- 57 24. I. OQ 69. i 67. ? 2 I 2. Il6 3. 0-58 + 35 42 26. 5 TJ 4 41. I 67.8 69.6 4 3 2.O9 2. IO o T^ * V 7 / * J O o yj JJ " ^ U. S. NAVAL OBSERVATORY, 1845 TO 1877. 203 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. Mean year. A o "8 d fc Annual Precession, 1860. Mean Declination, 1 860.0. !j U ^ I *& j o 'o 6 fc Annual Precession, 1860. 8001 8002 8003 Lalande 34222 .... Anonymous . . . 8.5 8.5 8.4 h. m. s. 18 24 4.37 24 6. 68 24 10. 07 69-3 77-5 74-2 3 3 8 s. + 3-620 4.069 4.070 / // 22 23 2O. 4 - 36 5' 48.5 - 36 54 12. 2 64.6 76.1 72.6 4 4 6 // + 2. 10 2. II 2. II Tr. 2.56,7 8004 B. A. C. 6301 .... 7.0 24 14. 82 71. i 4 3.532 - 19 4 7.2 58.0 5 2. 12 8005 Lalande 34229 . . . 8-5 24 18.79 60. 9 3 3-615 22 13 57.0 56.2 2 2. 12 8006 Weisse XVIII, 570 . 9- i 18 24 31.45 65.6 4 + 3-340 - II 23 9.6 65.6 3 + 2.14 8007 8008 8009 B. A. .6304 . . . . e Serpentis . . 6.2 5-8 6.0 24 40. 75 24 43. 20 24 46. 59 64.9 7'-5 63-3 5 3 5 3.670 3-097 3-939 - 24 12 26. 3 i 5 56. 9 - 33 6 57.3 59-2 57-6 62. 9 4 3 3 2.15 2.16 2.16 B. A. C. 6305 .... 8010 DM. -f 61, 1748 . . 8-3 24 51.50 69.6 3 0.659 + 61 5 2.17 Son B. A. 0.6308 . . . . 7- i 1 8 24 54. 22 65.5 6 + 3-937 - 33 3 39-0 66. i 4 + 2.17 8012 8013 8014 8015 8016 8017 B. A. 0.6309 . . . . Anonymous . . . 6.0 24 57. 88 25 '3' 25 '4-85 25 20. 26 1 8 25 23.03 25 31-65 69.6 64.7 64.4 66.8 62.7 2 7 5 5 2 3-5i6 0.660 3-870 3-667 + 3-869 4-179 - 18 27 59. i + 61 8 55.0 - 3 59 1-4 - 24 7 57.3 - 30 58 8. 4 - 39 47 48. 6 69.6 54-5 66.6 7-3 69. i 70.6 3 3 4 4 2 3 2.18 2. 2O 2. 2O 2.21 + 2.22 2-23 B. A. .6310 . . . . 24 Sagittarii 7- ' 5-9 9.0 7.0 Anonymous Lacaille 7765 .... 8018 8019 8020 0. Arg. S. 18395 25 Sagittarii 8.0 7.0 7.2 25 53-oi 25 58.81 26 16. oo 64. i 58-5 67.9 2 3 3 3-494 3-673 3-934 - 17 38 20. i - 24 19 30. i - 32 59 44- 2 66.6 72.6 69-4 2 5 4 2.26 2.27 2.29 B. A. 0.6317 . . . . 8021 Tr. Z. 56,8 8.4 18 26 22. 72 69.1 2 + 4-070 - 36 54 59- 9 69.6 3 + 2.30 8022 B. A. .6319 .... 7-4 26 46. 24 62.3 3 3.840 - 30 2 35.9 69.6 3 2-34 8023 O. Arg. S. 18413 . . . 7-5 26 54.63 68.6 2 3-614 - 22 II 47. 8 56.2 2 2-35 8024 B. A. 0.6322 .... 6.0* 26 56. 60 59-9 3 2.494 + 23 30 53. 7 53-5 4 2-35 8025 B. A. 0.6321 .... 6.0 27 3. 27 69.0 3 3-833 - 29 48 20. 4 72.4 5 2". 3 6 8026 8027 8028 Lalande 34354 . . . 7-5 5-5* 7.6 1 8 27 24.05 27 35-27 28 4. 42 59-9 64.8 71.6 3 107 3 + 3- 520 3.266 2.060 - 18 39 26.3 8 20 20. 2 + 37 '9 39- 5 59- o 66.8 69. i 5 H 4 + 2.39 2.41 2.45 Lalande 344 12... . 8029 B. A. C. 6327 .... 6.5 28 1 2. O2 65.6 2 3-795 - 28 37 7. i 67-7 2 2.46 8030 Lalande 34401 .... 7-5 28 19. 24 60.0 2 3-526 - 18 53 48.8 56.6 2 2.47 8031 8032 8033 B. A. 0.6331 .... Anonymous . . . 7.0 8.5 8.5 18 28 31.58 28 37.81 29 6. 96 69.0 66.5 65.0 2 3 2 + 3-713 3.601 3.602 - 25 46 19. i - 21 45 44.2 - 21 48 47. 2 63.6 68.6 56.6 2 2 2 + 2.49 2.50 2.54 O. Arg. S. 18462 . . . 8034 B. A. 0. 6334 .... 7- i 29 10. 44 64.6 3 3.926 - 32 47 45. 2 72.5 5 2.55 8035 B.VI. 18", 97 .... 7-9 29 19.80 69.6 2 3.648 - 23 30 40. 6 64.6 2 2.56 8036 Lalande 34503 .... 7. o* 18 29 25.54 69.6 2 + 2.024 + 3 8 19 39- 7 48.5 2 -f 2.57 8037 B. A. 0.6336 .... 6.5 29 31.44 60. i 2 3-595 21 30 33-9 63-4 3 2.58 8038 Weisse XVIII, 696 . 9.0 29 39. 98 65.6 5 3-373 - 12 47 44.6 65.6 3 2-59 8039 B. A. C. 6341 .... 6.0* 29 40. 69 61.6 2 2.496 + 23 29 40. 9 57-7 2 2-59 8040 O. Arg. S. 18486 . . . 7-5 29 56. 93 64-S 2 3-641 - 23 13 4.4 67.7 2 2.61 204 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. J rt a rt * C rf > C g s 1 IM O O 2 Annual Precession, 1860. h. m. s. s. / // // 8081 B. A. .6363 .... 5-9 18 35 13-38 7-3 3 + 4- 174 - 39 49 '7-3 66.5 2 + 3-07 8082 Lacaille 7831 .... 7-2 35 '5-36 71-3 3 4.176 - 39 52 45-9 66.5 2 3.08 8083 B.A. 0.6365 . . . . 6.0* 35 27-47 60.6 2 2.031 + 38 H '9-6 61.8 5 3-09 8084 Weisse XVIII, 874 . 7.0* 35 44. 10 65.6 2 3-340 - ii 28 15.4 65.6 3 3.10 8085 Tr. Z. 185, 25 .... 9.0 35 51-74 60.0 2 3-524 18 53 53.4 56.4 5 3-12 8086 O. Arg. S. 18604 . . 6.9 18 35 53-64 64.6 2 + 3- 538 - 19 27 14. i 64.6 2 + 3- '3 8087 Lacaille 7838 .... 6.S 35 54-97 65.0 4 4.031 - 35 59 34-9 67.2 2 3- '3 8088 8089 Weisse XVIII, 887 . DM i, 3550 . . . 7-8 35 59-66 ^6 7. 38 73-8 77.5 6 I 3-097 3.098 - i 5 6.8 i 7 i. 7 72. 1 73.6 4 2 3- "4 7 1C 8090 B. A. .6369 . . . 5-6 J 1 J 36 13.09 60.6 2 3.692 - 25 8 50.4 / J 66.6 3 J~ 1 J 3.16 8091 O. Arg. S. 18609 . . . 7.2 18 36 16.97 69.9 3 + 3- 582 - 21 6 31.9 68.2 2 + 3-16 8092 8003 B. A. .6375 . . . . 6.0 9. 5 3 6 2 9-93 ?6 33. -22 76.8 60.6 4 2 - 2.851 + 3- 59 2 + 77 26 4.7 21 29 59. 5 72.9 56.6 4 2 3- '8 3 l8 yj 8094 B. A. C. 6372 .... 6.0* J JJ 36 39. 80 59-6 2 + 1.378 + 52 3 56. 7 J 53-6 3 O" W 3- "9 8095 8096 O. Arg. N. 18534 . . 8.0 5.O 36 47. 18 1 8 36 c.4. 45 71.7 61.5 7 15 - 1.061 + 3-748 + 72 17 27.2 27 7 49. 2 73-8 68.6 5 6 3-20 4- 5 22 8097 O. Arg. S. 18623 . . J 7.0 ** j j^ ^j 36 57-n 64-5 J 2 3-582 - 21 8 22.9 65.1 2 1 O" " 3-22 8098 O. Arg. S. 18625 . . . 7.8 36 57- 54 65.1 3 3-573 20 47 10. 9 65.1 2 3. 22 8099 Lacaille 7843 .... 7-5 37 16. 19 68.6 2 3-964 - 34 2 56. 8 62.6 2 3.25 8100 Lamont 6333 .... 8.7 37 25.74 66.2 2 + 3-098 i 8 3.0 66.7 2 3.26 8101 0. Arg. N. 18555 7-5 1 8 37 40. 28 68,8 6 - 1.024 + 72 9 3-2 69. 2 2 + 3-26 8102 O.Arg. S. 18636 . . . 6-5 37 41-64 65.0 2 + 3.5I3 - 18 30 18.4 68.7 2 3.28 8103 O. Arg. N. 18558 . . 8.2 37 43- 5 77.6 2 - 1-055 + 72 16 53.6 77.6 2 3-29 8104 B. A. C. 6376 .... 6.0 37 45-07 65.5 2 + 3-546 - 19 44 52.1 62.6 3 3-29 8105 B.A.C.6377 . . . . 6.0 37 S 2 . 29 65-7 2 3-826 - 29 46 25. 5 72.7 6 3-3 8106 Lacaille 7846 .... 5-5 18 37 57. 10 76.6 2 + 4.200 - 40 33 4- i 75-2 5 + 3-31 8107 Lalande 35006 . . . 7-5 38 23. 23 71.3 8 1.047 + 72 15 '3-0 72.8 6 3-34 8108 Lacaille 7854 .... 6.7 38 35- 15 62. 7 2 + 4. 168 - 39 44 58. 3 66.3 3 3.36 8109 Lalande 34868 . . . 5-7 38 41-77 68.6 2 2. IOO + 36 24 54.9 65.0 3 3-37 Sll<> B. A. 0.6382 . . . . 7.8 38 47- 54 62. 9 5 3.785 - 28 25 32. 8 59-' 4 3.38 Sill Lacaille 7858 . . . . 6.2 '8 38 51-95 66. i 2 + 4.07I 37 9 37-9 73-2 4 + 3-38 8112 Lacaille 7860 .... 6-5 39 o. 47 62. 7 3 3.963 - 34 3 17-2 63.1 4 3.40 8113 Weisse XVIII, 971 . 9.0 39 4- 1 70.5 4 3.362 12 25 39.5 69.6 3 3-40 8114 Weisse XVIII, 972 . 9.0 39 8.56 67.6 2 3-365 - 12 31 46.9 69.7 2 3-41 8115 5 Aquilse (ist*) .... 7.0 39 14-80 64. i 2 3-097 i 6 19. 9 70.8 5 3-42 8116 5 Aquilae (2d*) .... 7-7 18 39 '5-57 64. i 2 + 3-97 i 6 27.0 70.8 5 + 3-42 8117 Lalande 35041 . . . 8-5 39 22.68 68.6 5 - t.0'5 + 72 8 9.9 68.7 3 3-43 8118 8iig O. Arg. S. 18672 . . . 1 10 Herculis 6.1 S.o* 39 33- 9i 3Q 38 2O 64.5 CQ r 2 2 + 3- 562 2. 582 20 25 20. 6 -4- 2O 24. 55 S 67.6 534 2 3-44 3 45 7 8l20 e l Lyrse j 4. O* jy j u * * 3Q 42 II jy' j en 6 I OS? 1 ' ^T 1 JJ J -4- 3O 31 31 C j J. ^ C,4 Q 6 j* ^j 3 46 *T' " oy f*" jy y j i jy j j j JT" y j' t v 206 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. Mean year. 1 I*-. O O Z Annual Precession 1860. Mean Declination, 1 860.0. 3 OJ >, C 3 87 T^ JJ~ 7 Jy' ^ *,. *j i j* jy *T" * JO- u o- / U. S. NAVAL OBSERVATORY, 1845 TO 1877. 207 Number. Name of Star. Magnitude. Mean Right Ascension, 1860.0. I* rt U I s o lM o 6 % Annual Precession, 1860. Mean Declination, 1 860.0. lj rt t C V 1 t*H O o S5 Annual Precession, 1860. h. m. s. s. / // // 8161 13. A. .6428 .... 5-5* 18 44 34. 55 61.5 2 + 1-584 + 48 36 29. 7 54-5 3 + 3-88 8162 8163 Taylor 8666 .... 8 Lyra ( ist*) 8.0 ?.o* 44 43- ' 44 C4. 67 67.3 ^ 4 4 2S6 3-53" 2 -214 - 19 17 2. I 4- 33 12 8. o 56.3 50.7 4 in 3-89 7. QO 8164 d Lvra: <2d*) . j' ** 7 4* .(t jt* v j 44 =16. SS JJ' *T 60 4 j E *" * **T 2 214 4- 33 ii 27. 7 57.6 * j A j y 7. QO ** vi T 8165 8l66 Weisse XVIII, 1143 . / ' *T 9.0 C C *T*T J^ ' JJ 45 28.80 l8 41 37 Q3 vy. (f. 67.1 66.6 j 2 2 * * ai r 3.248 4- ? "iSq 7 38 40. 7 21 ?! ^q. 5 67.7 72. Q *r 2 C a* y 3-95 _i- 7 07 8167 8l68 O. Arg. S. 18802 . . . 3' J 7.8 4.. "? 4 w T-J j/ yj 45 39-52 4^ 42. 8q 66.6 64. i 2 6 i j- j^y 3-769 ^.626 j 07 j - 28 o 6. 5 - 22 54 47. 7 / y 68.1 64. ? j 2 ~ j' v/ 3-97 1. Q7 8169 Anonymous T' j 72 *TJ H*" w :7 4? 47 QO w.f . 65. 6 2 J. V/, 3624 22 t; i IQ i ^ 3 68.0 J 7/ 7 08 8170 B. A. 0.6435 . . . . 6.0 *to T 1 / y v 45 53' 2 3 62.6 2 . V*f 4.080 J *3f* * - 37 33 27. 7 72.9 6 j- y u 3-99 8171 8172 B. A. C. 6439 . . . . 6.2 7 C 1 8 46 33. 06 46 34 Q4 68.6 62 s 2 44 + 3- 809 7 724 - 29 23 6. i 26 27 ?Q. ( 65.7 66.9 2 + 4-04 4OC v / * 8173 8l74 Schjellerup 7016 . . . J' J 8.5 6.0 *r v ot* yt 46 38. 86 46 10 28 rmi j 6^6 64 7 ^T 2 C O* / **T 3-244 3624 / jy j - 7 29 39- 7 22 ?O 31 Q w, y 68.2 61 o 2 ^o 4.05 4nc ***/T 8175 M.Z. 3 6,3i 7.2 f-v jy- w 46 48. 17 ^"T 1 / 71-3 J 8 ^^ 3-936 j o * y - 33 25 52.2 y 71-5 9 u j 4.07 8176 Tr. 2.65,14 .... 8.0 1847 5.97 69.6 2 + 4- 158 - 39 40 57-4 65.2 3 + 4-09 8177 M.Z.36,32 7-6 47 8.85 70.4 8 3-936 - 33 26 33.6 73-9 6 4. 10 8178 O. Arg. S. 18831 . . . 8.0 47 iQ-37 66.0 2 3-777 28 18 14.6 68.7 2 4. 10 8I 79 B. A, C. 6444 . . . . 6.0 47 "0-53 62.6 2 4.077 - 37 3 1 4-i 71.2 4 4. 10 8l8o Lacaille 7919 .... 7.0 47 26. 26 62.7 2 4-135 39 5 25.6 66. i 2 4. 12 SiSi Radcliffe 4101 . . . 5-3 18 47 27.02 65.6 2 + 3-461 '6 32 37.7 7i-4 4 4- 4- 12 8182 B. A. 0.6448 . . . . 6.0 47 3'-95 67.6 2 3-637 23 20 51.9 67.7 2 4-13 8183 O. Arg. 8.18847 . . . 7.2 47 40. 12 65.6 2 3.460 16 31 19. 9 7i-4 4 4- '4 8184 SIS? Lacaille 7926 .... Anonymous .... 6.8 3.8 47 45-9 47 46 4Q 72.2 76 i 12 7 3.938 i 0^8 33 3 '8. 9 -27 20 3O. 2 71.2 74 6 5 4.15 41 C '"*%J 8l86 Laeaille 7922 .... 6.0 t/ *t 1 -'' ty i 47 51.52 /** j 66.1 / 2 j~ yj^ + 4- 17 jj *y J"* * - 40 o 8. 5 / t- * 69. I 2 *D + 4-16 8187 B. A. C. 6450 .... 8.0 48 5-53 67.1 2 3-636 23 19 16. 7 67.7 2 4.18 8188 Weisse XVIII, 1219 . 9.6 48 24.44 65.2 4 3.292 9 34 4-5 64.6 3 4. 20 8189 8190 B. A. 0.6452 . . . . 5-o 6.0 48 26.86 48 7.7 QO 59-5 C7 o 2 2 35 2 Q24 4- 52 47 41-0 4- 6 26 . e 53-9 68.6 6 2 4.21 4 22 s 8191 8192 M. Z. 48, 24 II"? Herculis ..... 7-5 C o* T- U o / y ^ 18 48 45. 73 48 s6 76.7 62.6 3 r - 1.460 4- 2 080 + 73 55 20.6 4- 4 I 28. ? 73-5 SO. 7 2 8 4.28 4- 4. 28 7 8197 O. Arg. S. 18878 . . . 3" u 8.8 * w T-y * j* j v 49 I5-76 67.4 j 2 i * y- 1 " 3-582 1 *T *%-. J - 21 19 51.9 jy / 68.1 2 1 *t* "* 4.28 8198 e Coronas Australia . . 4-5 49 16.49 60.6 4 4.067 - 37 '7 8.8 67.6 4 4.28 8199 B. A. 0.6462 . . . . 6.0 49 17.03 62.6 S 2.980 4- 4 i 23-9 62.6 5 4.28 8200 Lamont 750 .... 6.6 49 21. 81 64. 5 3 3-530 '9 9 59-4 68.7 2 4.29 208 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. >j rt I a rt -> d rf cu s cfi _1 O O o Annual Precession, 1860. 8201 4. o h. m. s. 18 49 22. 61 61. o 1 1 s. 4- ^- 58i / // 21 17 12. I 61.8 7 // + 4 20 8202 O. Arg. S. 18883 f ^ 8-5 49 23.31 67.0 2 1 O J 3-794 - 28 56 2. 2 69. I / 2 T- 1 ^y 4.29 8203 8204 Lacaille 7932 .... (J2 Lyne . ... 6-3 6.0 49 29.99 4Q 16. SO 69. 2 6?. 2 3 4- 157 2. 098 - 39 42 59- 3 +?6 AT 22 O 64-5 Co 2 3 g 4-3 4-J T 8205 8206 B. A. 0.6465 . . . . Anonymous 6.0 *fy J"' J v 49 45-41 l8 ZQ 2. 21 VJ. 4. 60.6 76.6 3 i 3.682 -}-- 3. 6cn O^ T-J ** ^ - 25 3 32.9 22 9 8. O y** * 56.8 68. 2 6 2 ' J 1 4.3 2 + A 7,1 8207 Anonymous . . " . . . 9O J J 50 16. 91 76.6 j 2 \ J' ""o 36o,d 22 IO T" OT- 41 7 8208 WeisseXVIII,i277 . . w 8-3 50 37. 16 76.6 2 * *ij 3.290 - 9 29 30. i 67. 2 2 J/ 4-39 8209 Weisse XVIII, 1276 . 8.8 So 38. 34 63.2 3 3-420 - '4 57 4-8 67.7 2 4-39 8210 Riimker 6881 .... 7-6 50 41.83 62.8 4 2.566 + 21 ii 53.0 57-6 2 4.40 8211 8212 O. Arg. S. 18907 . . . 50 Draconis 9.0 c o* 18 50 49.31 HO C2 OO 60.6 6c c 2 2 + 3-601 1.887 - a 5 18.9 +7C i 6 r n 68.7 66 i 2 18 + 4-41 4 A ? 8213 Weisse (2) XVIII, 1568 j 6.0 J w J 50 5S-4I j- j 68.6 2 + 2. 137 /J * u V u .+ 35 37 5- 2 uw j 65-3 3 4^ 4.42 8214 B. A. .6476 .... 0.0* 5' 5-62 59-6 2 1.588 + 48 41 8.8 54-5 3 4-43 8215 O. Arg. S. 18913 . . . 7.8 5' 9-57 69.7 3 3-533 - '9 27 52.3 68.7 2 4-44 8216 Weisse XVIII, 1285 . 7-4 18 51 9.98 65.6 3 + 3-367 - 12 46 23.3 69.6 2 + 4-44 8217 Lament 2951 .... 9.0 5' 10-57 73-6 4 3.264 8 26 4-44 8218 B.A. 0.6474 .... 7-2 51 12.39 63.1 2 3.772 - 28 14 16. o 72.2 5 4-44 8219 O. Arg. S. 18916 . . . 8.0 51 12.52 63.0 5 3-599 - 22 54.8 55-8 5 4-44 8220 8221 O. Arg. S. 18915 . . . Anonymous 8-5 5t 13-65 l8 51 22. 66.6 2 3-79 1 + 7 26A - 28 53 15.0 8 22 8. 6 69. 2 60 7 2 2 4-45 + A l\f\ 8222 Weisse XVIII, 1293 . 51 26.71 76.5 2 j 1 * w t 3-264 8 26 uy. / 4- 4 4-47 8223 Weisse XVIII, 1294 . 8.1 5' 27-94 6 3-9 3 3.282 9 9 20. i 6$. I 2 4-47 8224 Lacaille 7947 (ist*) . 7.0 51 35-32 62.7 2 4.063 - 37 '4 58.6 67.0 3 4.48 8225 Lacaille 7947 (2d*) . 7.0 5' 36.36 62. 7 2 4.063 - 37 15 i-4 67.0 3 4.48 8226 Weisse XVIII, 1301 . 8.0 18 51 39.21 67.0 3 + 3- 263 8 20 43. i 68.2 2 + 4.48 8227 B. A. 0.6479 .... 6.0 51 49. 19 64.6 2 3-683 - 25 7 58.0 64. I 2 4-5 8228 Lacaille 7953 .... 7.0 5 1 50. 06 62. 7 5 3-932 - 33 25 18. i 62.6 2 4-5 8229 Lacaille 7955 .... 6.6 52 11.92 62. 7 2 4.056 - 37 4 53-7 70.6 3 4-52 8230 O. Arg. S. 18939 . . . 8.7 52 15-83 64-5 2 3-79 - 28 54 5. i 68.2 2 4.52 8231 8212 Weisse XVIII, 1314 . 8.4 6. o* l8 52 19. 22 C2 21 A 1 65.6 C 1 T 5 + 3- 368 217 A - 12 47 35.1 65.6 ... f. 3 + 4-54 v " J" 82^3 Anonymous . . . 99 $4 <|1, 47 C2 AA *7& 54- ' 64. 6 754 + 13 43 '7- 4 54- gf. ~ 3 4- 54 J J 8234 O. Arg. S. 18953 ' J 7-3 5^ 44- 7 52 50.42 70.5 2 3 3- 599 3-534 22 2 7. I 19 32 22. 8 5- 2 70. 6 2 2 4-57 4-58 823S Weisse XVIII, 1333 . 8.0 52 55-73 67.2 2 3-245 7 34 22. 5 67.7 2 4-59 8236 2 2194 (ist*) . . . 8.2 *8 52 57-37 64. I 4 + 3- 262 8 18 31.3 66.0 3 + 4-59 8237 8238 S 2194 (2d *) . . . . Anonymous 8.0 8.8 S 2 57.46 r 7 7 7C 64. I 68. 6 4 2 3. 262 * 1 06 8 17 58.8 ^Q ^Q AA A 66.0 fit A 3 4-59 A fin 8239 8240 B. A. 0.6485 .... e Aquilae 6.4 ? 1* Jj j' OJ 53 11-23 53 16. 16 65.0 C I 9 4 3. 621 2 726 30 20 44. O - 22 53 18. o 5- 4 67. 2 AS ? 2 2 4. ' l( ' 4.6l A fit .} j J*- * ~H J 4 5 2 5 2 - 2 OO. f 2 4> *-' U. S. NAVAL OBSERVATORY, 1845 TO 1877. 2O9 Number. Name of Star. Magnitude. Mean Right Ascension, 1860.0. \ >* C s s 1 'o o z Annual Precession, 1860. Mean Declination, 18600. h rt B >* 3 s 1 I** o d Annual Precession, 1860. 1 h. m. s. s. o / // // 8241 Lacaille 7961 .... 8.0 18 53 16.67 72.3 3 + 3-977 - 34 49 35-8 67.6 2 + 4-62 8242 Lacaille 7960 .... 7.0 53 19-64 63.0 3 4.027 - 36 17 30.3 69.7 2 4-63 8243 Weisse XVIII, 1344 . 8.9 S3 30-40 63.2 3 3-4H - 14 42 41. 2 69.6 2 4.64 8244 8241; B. A. C. 6488 .... 6.0 2.8 S3 33-36 ? 42. O3 71.4 61.2 6 7 3-432 3-825 - '5 28 34.5 30 4 33. 7 68.7 63.5 2 J 4.64 4.66 ""^3 8246 v Lvrse ?.o jj ^ j l8 ?? 42. 27 61. o 7 -1- 2. 241 4- T.2 2Q 6 62.6 2 3.626 - 23 5 54- i 67.7 2 4-83 8266 O. Arg. S. 19007 . . . 8.6 18 55 50. 94 64.8 3 + 3-570 - 21 O 9. I 69. i 2 + 4-84 8267 Weisse XVIII, 1412 . 8.6 SS SS- 34 65-3 7 3-244 7 33 S'-4 67.6 4 4-85 8268 8269 B. A. 0.6504 . . . . v Draconis 7-5 i;.o* 55 57-73 cfi c a? 69.6 67 o 2 3 + 3- 589 O. 7IQ - 21 43 53-8 -1- 17 6 ??. 7 68.7 67.6 2 5 4-85 4.86 8270 8271 B. A. 0.6505 . . . . j' 6.7 4. 5 J^ J' 71 56 9-84 18 56 17. 50 v I , v* 64. 2 C.2 6 J 2 l-i 17 + 3-689 + -3. Cnj. i / jj i 25 26 o. 6 21 56 33. 4 71.1 51.8 4 21 4.87 + 4.88 8272 827^ Lacaille 7985 .... t* J 6.8 8.8 56 27.60 56 30. oo j*" v 63-3 6q t * o 3 ^ J J7^ 3-946 1 272 - 33 59 21.4 8 47 29.8 67.6 75- 5 2 I 4-89 4.89 **/ J 8274 Weisse XVIII, 1430 . 8.6 56 34. 62 ^y j 67.9 o 4 j' "/ * 3.272 8 46 35. 5 68.2 2 4.90 8275 B. A. 0.6512 . . . . 7.0 56 55-78 59-6 2 3-799 - 29 17 14.9 57-3 3 4-93 8276 y Corona; Australis . . 4.0 18 56 56.93 62.6 2 + 4-058 37 15 37-5 67-3 3 + 4-93 8277 Weisse XVIII, 1443 . 9.0 56 59- 36 63.6 3 3-275 - 8 54 43- 8 68.7 2 4-94 8278 Weisse XVIII, 1449 . 8.0 57 10.92 63-3 6 3- 2 74 . 8 51 24.8 67.1 2 4-95 8279 Lacaille 7990 .... 6-3 57 23.88 62.7 2 4.084 38 o 23. i 71.0 4 4-97 8280 B. A. 0.6515 . . . . 6.8 57 35- 38 65.6 2 3-746 - 27 29 42. 9 69-7 3 4-99 AP 1 84 14 2IO CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. Mean year. 1 1 ita 6 fc Annual Precession, 1860. Mean Declination, 1 860.0. i >, 1 1 ita o fc Annual Precession, 1860. h. m. s. s. / // // 8281 Weisse (2) XVIII, 1790 6.8 18 57 4-9S 61.6 4 + 2.573 + 21 3 52.6 60.0 4 + 5-oo 8282 O. Arg. S. 19058 . . . 7-3 58 4. 17 67-3 3 3- 6 32 - 23 27 46.8 69.6 3 5-03 8283 8284 Weisse (2) XVIII, 1806 T Sagittarii . . 8.5 4. o 58 11.23 58 11.77 61.8 58.5 4 7 2-575 3- 756 + 21 I 15.7 - 27 52 18. 6 63.3 70.8 3 5 5-04 5.04 8285 Weisse XVIII, 1480 . 7.2 58 15-55 68.6 2 3.280 9 6 44. 5 65.0 3 5- 4 8286 O. Arg. S. 19073 . . . 8.5 18 58 39.83 60.4 2 + 3.585 - 21 38 12.9 55-7 3 + 5-o8 8287 B. A. .6525 . . . . 5-5 58 41.71 64.5 2 3-784 - 28 50 54. 6 71.8 4 5-o8 8288 O. Arg. S. 19083(151*) 7.2 58 49.07 66.9 3 3-454 - 16 26 23. i 68.8 5 5.09 8289 8290 O. Arg. S. 19083 (2d*) 9.2 6.6 58 49. 08 58 56. 157 67.6 65.6 3 3 3-454 3. 8291 r Aouilse 3. O* J J J 1 18 <;8 58. ?2 54.2 2^5 j j + 2. 758 j j i ^ -4~ 1 3 30 30. 3 vy, 1 c.o. 6 lO? j. '-' -4- S io 8:92 Weisse (2) XVIII, 1 834 j 8.0 ** J" J^" J 58 58-71 61.8 J J 5 1 ' / J 2-575 i j jy j j + 21 i 55-6 j 61.6 J 4 i j* * vy S-io 8293 Lalande 35712 . . . 8.0 59 o. 40 75.0 4 3.102 i 19 38.9 69.7 2 5.11 8294 O. Arg. S. 19086 . . . 7.6 59 2-87 68.6 2 3-590 - 21 49 35- 3 58.0 3 5. 11 8295 B. A. 0.6531 . . . . 7.0 59 17.02 63.6 2 3.700 - 25 54 56- 2 72.0 4 5-i3 8296 S 222O (iSt*) .... 9.2 18 59 19.96 63-7 2 + 3- 7 i 33 >i-9 69.8 2 + 5-'3 8297 S 2220 (2d*) .... 7-4 59 20.23 65.1 6 3- I0 7 i 33 27- 7 69.8 2 5-i3 8298 8200 Weisse XVIII, 1525 . Anonymous 9.2 0. I 59 24. 15 so 26. oc 67-5 67.7 2 2 2-758 3. ?i1 + '3 38 53-5 18 56 22. 5 69.7 68 7 2 2 5-14 ?. 14 ^ yy 8303 Anonymous y 8.0 jy j CQ -11 6l 60 i 2 j' j j 7 172 T T T 2? O >-"j. / 7O 7 2 J "T C 1C 8301 Anonymous 8.0 jy o* wl l8 * C V 1 "o 1 Annual Precession, 1860. h. m. 3. s. / // // 8321 B. A. .6546 . . . . 7-3 19 i 1.22 62.8 4 + 3-739 - 27 19 58.7 72.2 5 + 5-28 8322 872; O. Arg. P. 19140 . . . Anonymous . 8-5 Q O i 1-93 I 3 S2 74-4 69.6 6 2 3-43 j 428 - 15 3 3-5 1C 2A 75-6 4 5-28 t 28 w *> j 8324 O. Arg. S. 19143 . . y' ** 7-5 j' J* i 6.99 64. i 2 j- H-*" 3-630 * J *** - 23 24 35. 3 67.9 3 J- *w 5-29 8325 O. Arg. S. 19156 . . .. 8.0 I 20. 44 68.6 2 3-584 - 21 40 29.3 55-7 3 5-30 8326 O. Arg. S. 19159 . . . 8.5 19 I 22. 2O 68.6 2 + 3- 584 - 21 38 29.9 55-7 2 + 5-30 8327 8328 Lament 2688 .... TT Sagittarii . 8.0 4 <;* I 23.95 i 26. 18 65.1 ?8 8 2 31 3-3oi 3C7 2 - 10 3 59.6 21 14 32. 6 71.2 58.6 2 7 5-3 C 71 8329 B.A. C. 6549 . . . . ^ j 6-4 > 32.47 j"- " 62.5 J* 6 Jt J 3-823 - 30 13 34-9 53-7 / 4 J' J* 5-32 8330 B. A. .6550 . . . . 7.0* i 32.64 61.0 2 3-542 - 20 I I5.O 56.6 4 5-32 8331 82 Lalande 35866 . . . 7-5 6.0* 19 i 34.81 2 8.46 68.8 So. 6 2 2 + 2.095 2. Q4O + 37 10 23.4 -4- ? ?I 21.0 61.6 ^4. S 2 7 + 5-32 ?. 37 "jj** 8333 81^4 O. Arg. S. 19179 . . . i Lyrae 8. 2 C.C* 2 12. 08 2 l8. T.C. jy 68.7 69.6 2 2 ' ^T" 3-59 2 I4.O 1 J J - 21 53 42.9 4- ?? ?2 58. 7 j*t' j 55-7 48. 2 J 3 2 j j t 5.38 1. "*Q "j jt 8335 B. A. C. 6554 .... J J 6-3 JJ 2 26. 41 ;* 66.3 13 * * t" 3.807 1 OJ j J v ' I - 29 43 33- 5 65.0 7 j jy 5.40 8336 Lacaille 8023 .... 7.8 19 2 37.51 64. o 2 + 3-927 - 33 35 8. 7 68.7 2 + 5-41 8337 Lacaille 8022 .... 6.7 2 40. 97 62.7 5 4.071 - 37 48 33- i 67.6 2 5-42 8338 Lament 3077 .... 8.8 2 59- 8 9 65.6 2 3-254 8 2 57.5 68. 3 3 5-44 8339 O. Arg. S. 19202 . . . 8.7 3 3-oi 76.6 3 3.808 - 29 45 48. 5 73-6 3 5-45 8340 Lacailla 8025 .... 7.0 3 6.19 62. 7 4 + 4.068 - 37 45 4- i 68.6 2 5-45 8341 C). Arg. N. 18967 . . 8.4 '9 3 9-94 63-7 3 o- 321 + 69 13 55.1 66.7 2 + 5-46 8342 Lacaille 8028 (ist*) . 7.0 3 32. 5 62.2 4 + 3-942 - 34 4 38- 1 66.7 2 5-49 8343 Lacaille 8028 (2d*) . 7.0 3 33- 3 62.2 4 3-942 - 34 4 28.3 66.7 2 5-49 8344 Lament 3083 .... 7-8 3 39- 5 6 65-2 3 + 3-254 8 3 53.9 68.3 3 5-50 8345 O. Arg. N. 18980 . . 8.2 3 47-40 63.6 4 - o- 293 + 69 5 32. i 61.2 2 5-5i 8346 Lalande 36002 ... 7-3 '9 3 49-91 73-o 4 + 2.057 + 38 17 12.8 66.2 3 + 5-51 8347 B.A. 0.6561 .... 6.5 4 6. oo 66.6 3 3.588 - 21 53 11.3 58-4 4 5-54 8348 Lament 3091 .... 8.0 4 30. 81 65.0 2 3-257 8 u 35.9 68.6 2 5-57 8349 B. A. C. 6562 .... 6.0 4 36.09 63-1 6 3.702 26 8 14. 2 66.3 5 5-58 8350 8?u Lalande 36051 ... 20 Aquilae 7-5 S.o 4 54-o8 IQ C. ?. O2 71.4 6 29. 61.6 70. 4 4 3 5-63 5-66 "JJT- 8355 B.A. 0.6568 . . . . i j 6-3 j JJ' *? 5 43-07 V J* ** 62.5 j 15 J' 1 y^ 3-814 y J y - 3 3 58. i 61.2 S 5-67 8356 B. A. C. 6569 .... 6. 9 9 5 49- 13 63.6 5 + 3-797 - 29 28 38. 3 73-4 7 + 5-67 8357 8T58 Lacaille 8041 .... Anonymous ... 6. 9 Q 7 6 10. 44 6 14 ^6 69.6 66.6 4 2 4-044 i. 26? - 37 1 1 10. i 8 33 38. 8 7i-3 69. 7 3 2 5-7 5.72 "JJ" 8359 P. A. .6574 . . . . y / 6. i w **f > J" 6 36.39 68.6 2 j j 2-572 v JJ J -f 21 19 16. 6 61.8 3 5-75 8360 Lacaille 8045 .... 7-3 6 37-67 64-5 9 3-929 - 33 46 6. 7 69.9 7 5-75 212 CATALOGUE OF STARS OBSERVED AT THE % Mean Right d 01 1 c~ Mean rt o 1 1 o M OJ Ja Name of Star. '5 Ascension, *o 1 J Declination, a 'o ^ " 00 a u 1 860.0. U o < ^ 1860.0. rt OJ o < Ji " 1 1 * s CH h. m. s. s. / // // a , 21 Aquilas . . ... 5.5 19 6 39.07 71.6 6 -j- 3. 026 + 2 3 33.2 67.7 2 + 5-75 J J 8362 M Z 36 42 . . . . 8.4 6 40.43 67.6 3 3-93 - 33 49 7-4 71.4 4 5-75 , 6.0 6 57. 21 63-3 3 3-683 25 29 38.4 66.4 3 5.78 8364 B. A. .6576 .... 6.4 7 1-30 63.3 3 3-653 - 24 24 5 i . 2 69.7 3 5.78 8365 Lalande 36087 . . . 8.0 7 "-25 59-6 2 3.538 - 20 I 28. I 56.1 2 5-8o 8 3 66 B. A. C. 6577 .... 7.0 19 7 17.77 62.7 j + 3- 832 - 3 4i 59- i 60.8 4 + 5-8o 8367 Lacaille 8049 .... 6.7 7 17.86 62.7 2 3-937 - 34 2 59. 6 65.6 2 5.8. 8368 Lacaille 8051 .... 6.5 7 23.91 63.6 4 3-927 - 33 45 47- 4 69.5 5 5.81 g -r 9. ' 7 33- 89 76.8 5 3.596 - 22 16 29. 9 69.7 2 5.81 8370 O. Arg. S. 19306 . . . 8.0 7 34-42 71.6 3 3-591 - 22 4 36. 6 56.7 3 5-83 8371 B. A. 0.6578 . . . . 6-7 19 7 35.06 61. 9 7 + 3-693 - 25 54 23. 2 60.0 3 + 5.83 8372 M. Z. 25,90 7.0 7 39- 24 66.0 3 3.875 - 32 7 34- 7 70.0 3 5-84 Anonymous . 8.8 7 46. 69 6q. 2 2 3.874 - 32 5 8. 5 67.7 2 5.84 u.-,. *. 8374 Lamont 3126 .... 9.0 7 59- 3 68.6 I 3.271 8 51 52.8 63.7 I 5.86 8375 O.Arg. S. 19314 7-5 8 0.64 64.4 4 3.778 - 28 54 32. 5 67.7 2 5-86 8376 O. Arg. S. 19319 . . 8.2 19 8 14. 30 68.6 2 + 3- 589 22 2 19. 7 56.7 2 + 5-88 8377 Weisse XIX, 187 .. 7-2 8 38. 59 70. 6 5 3-273 - 8 55 56.4 68.8 4 5-91 8378 Lalande 36229 (ist*). 7.4 8 42. 80 68.7 2 2.045 + 38 47 59- 3 62.6 3 5-92 g _ Anonymous ... 8.8 8 44. 87 77.6 2 3- 520 19 18 5-93 8380 Lalande 36229 (2d*). 8.2 8 45.66 / / 68.7 2 2.045 + 38 47 49- 5 69-7 2 5-93 838l Lalande 36238 . , . 6.8 19 8 53.09 71.6 3 + 2. 138 + 36 1 1 6. 9 68.8 4 + 5-94 8382 Taylor 8840 . . 7 8 8 55.72 60. <; 2 3- 57 21 18 57.8 57. i 4 5-94 / * JJ* 1 " * j 8383 17 Lyras (ist*) . . . . 5.0* 8 59-51 46. 2 16 2.041 + 38 54 25.4 47.0 5 5-95 8l8i 53 Draconis 5-0* Q 1 . 7Q 68 7 2 1. 134 + 56 37 17.6 58.6 3 5-95 U o r 7 i y v"_ . / g g. 77 Lyras (2d*) 9 i, 88 4< % 2 2. 041 -\- 38 54 29. 3 68.6 2 5-95 8386 Anonymous ... Q O IQ Q Q 21 **O* J 6q c 2 - 19 17 + 5-96 y* v *y y " "y* o I "' -^ " 8387 Lacaille 8060 .... 7.0 9 H-65 63.2 6 3-9H - 33 23 55-9 69.7 3 5-97 8388 B. A. 0.6582 . . . . 6.0* 9 15-41 39-6 2 2.582 + 20 59 23.4 54-6 3 5-97 8^80 A nony mous 8-3 9 19. 02 71 I 2. C IQ 19 l8 22. O 55- 7 2 5-97 u j u y 8-jqo 5. o Q 26. 4=; / * 65.3 18 j j y 3. 516 - 19 II 53.4 69.0 3 5.98 "0;?" Anonymous . . 8. 2 y T^J IQ Q 28 06 J J 69.6 2 -4- "?. 4QI 18 9 55.6 62.2 2 + 5-99 87Q2 Anonymous 7 5 y y *** ;/ v Q "?8 14 2 i o ^y 4. IQI 41 1531.3 53. 5 2 6. co ^Jy*- 8393 Lacaille 8066 .... / j 6.8 y j w " **r 9 51-84 65.7 2 tf . A ^ M 3-9'7 33 3' 21.3 72.5 5 6. 02 8394 M. Z. 36, 46 7- J 9 59- 13 62.4 4 3.912 - 33 24 28. 6 69.7 3 6. 03 8395 Lacaille 8061 .... 6-7 9 59- i? 62.6 3 4.038 37 835.7 69.1 2 6.03 8396 Weisse XIX, 224 . . 7-4 19 10 7.36 67. 2 4 + 3-54 + o 48 47. 3 68.3 3 4- 6.04 8397 Lacaille 8064 .... 6.8 10 7. 64 66. i 2 4.029 - 36 54 20. i 68.7 3 6.04 8398 Tr. Z. 30, 8 8.0 10 8.55 69.6 2 3.872 - 32 5 57- i 67.7 2 6. 04 8lQQ i Vulpeculse ... 5.0* 10 1 1. 85 68. i 4. 2. 57Q -)- 21 8 44. 6 53- 5 3 6.05 ^jyy 8400 Anonymous . ... 8. 5 10 18. 86 75 5 T c ' j 1 y ?. 5IQ IQ IQ IO. 7 55- 7 2 6.05 v- j ty* 3 j o j y y y l U. S. NAVAL OBSERVATORY, 1845 T ^ 1877. 213 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. rt D >~> c a 0) s Jj o *o 6 fe Annual Precession, 1860. Mean Declination, 1 860.0. S >> q s s J3 o "o f. Annual Precession, 1860. h. m. s. s. / // // 8401 Lalande 36252 . . . 8.0 19 10 31.52 67.9 3 + 3-596 - 22 21 II. 2 69, 2 2 + 6.08 8402 Lalande 36324 . . . 7-4 10 33-9 2 76.6 2 2. 060 + 38 27 51.0 47-7 2 6.08 8403 Lalande 36311 . . . 6.7 io 34.52 61.6 2 2.307 + 30 59 45- 8 54.6 5 6.08 8404 O. Arg.S. 19371 . . . 7.2 10 49. 26 68.0 3 3-634 - 23 48 29. 4 66.7 3 6. 10 8405 O. Arg. S. 19374 . . . 8.0 10 50.79 69. i 2 3-49 - 18 10 41. i 62.2 2 6. 10 8406 B. VI. + 38, 3506. . 8.1 19 10 56. 16 76.6 2 -f 2.061 + 38 27 4. 4 77-6 3 + 6. ii 8407 8408 B. A. 0.6590 .... 8.0 6.0 II 1. 12 1 1 14.. 6? 57-5 62. i 2 68 3-432 2.817 - 15 46 38.3 -f- II 2O 45. 2 68.2 59- 6 2 4 6. 12 6. 13 8409 23 Aquilae (ist*) .... 5-5 **T* v f II 25.03 70.6 9 3-053 + o 50 2. 3 68.3 6 6.15 8410 841 1 23 Aqwilae (2d*) .... 8.8 6.0 ii 25. 10 19 II 25. II 65.6 72. Q i 7 3-053 4~ '-77 + o 50 5.3 + 57 27 51. 8 69.7 58.6 2 3 6.15 + 6. 15 8412 84.1 ! B. A. C. 6594 .... Lyra 7.0 4- 5 II 25.60 1 1 TO. 41 / - y 59.6 61. i j 2 4 3.869 2.082 1 J 1 1 J - 32 4 18.4 + 37 53 IO - 8 60.7 55-3 6 7 6.15 6. 16 U T" J 8414 T* J S. 5* j ' ^j II 41. 15 72.6 3 3- 7 + o 5 13. 5 68.7 2 6.17 "T-'T- 8-ii ? J 3 $ $ II 48. 12 / $Q. 7 2 2.538 -{- 22 46 33. 5 53.7 2 6.18 w ~r * j 8416 B.A. C.66o6 .... J J 7-5 19 II 54. 17 jy i 69. i 2 + I.7I7 + 46 48 54.0 54-6 3 + 6.18 8417 Weisse XIX, 277 . . 8.5* 12 9.36 66.6 2 2.816 -f II 23 19. 2 67-7 2 6.21 8418 B.A. .6604 .... 7.0 12 10. 76 68.0 3 3.650 - 24 27 37.3 68.2 3 6.21 8419 Lacajlle 8077 .... 6.2 12 14. 18 63-4 5 3-970 - 35 14 13-5 71.7 5 6. 22 8420 B. A. C. 6607 .... 6-5 12 14.68 59-9 3 3-603 - 22 39 31.7 65.4 4 6. 22 8421 Lament 875 .... 8.5 19 12 17.53 73-2 4 + 3-516 - 19 '5 5-i 55-7 4 + 6.22 8422 842-? Lalande 36402 . . . rf Draconis 6.8 5.0 12 21.47 12 30.56 69.5 49.0 2 8 2.051 0.017 + 38 46 41- 8 -f 67 24 55.9 61.7 65.9 2 15 6.23 6.24 npj 8424 842? Schjellerup 7273 . . Anonymous .... 8.5 8.6 12 34. 22 12 37. 66 68.7 68.7 2 2 3-301 3.517 - 10 12 51.2 - 19 19 1.2 66.6 55-7 2 4 6.2 S 6.25 ^"t* 1 J 8426 B. A. C. 6609 .... 6.5 19 12 46.81 60.6 5 + 3-8oi - 29 51 47.4 55-3 6 + 6.26 8427 8428 Groombridge 2809 . . f Aquilse 5-7 S. 2 12 50.43 13 4.45 7-3-4 71. 7 8 3 1.722 3- '98 + 46 44 17-0 - 5 40 27. i 66.1 57-7 6 2 6.27 6. 29 8429 B.A.'C. 6611 . . . . J 7-9 13 6.76 / J 64. I 6 3-703 - 26 25 24. 5 61.8 5 6. 29 8430 2 2270 (ist*) . . . . 7-4 13 7.60 64.6 4 2-953 + 5 26 26.3 70.7 4 6.29 843' I 2270 (2d*) .... 7-i 19 13 7.67 64.6 4 + 2.953 + 5 19 56. i 70.7 4 + 6.29 8432 B. A. 0.6613 . . . . 6.0 13 11.78 66.3 3 3-798 - 29 46 54. 9 59-7 3 6.30 8433 O. Arg. S. 19423 . . . 8.5 13 16.77 65.6 4 3-703 26 26 10. 9 61.4 3 6. 30 8434 8431; B. A. C. 6616 . . . . p* Sagi tta.ri i . . . 7.0 4. O 13 24.78 1 1 77 O4 60.6 17. 4. 2 18 3-521 7.487 - 19 2 9 33- 6 - 18 6 25.3 56.3 61.4 5 3 6.3' 6-33 TO^ 8436 8417 Weisse XIX, 315 . . if. u 7.6 6.0 J OJ ^ '9 13 39-83 1 1 40. So j / ^ 65.0 68.8 2 4 J' *T V / + 3.306 1. 408 - 10 26 3. 2 18 33 51.6 64.8 72.6 2 6 + 6.34 6-34 U TO/ 8418 v Sagittarii 5.8 * o *fvt 17 42. 38 66.6 7 J. f^v 1.441 - 16 12 51. i 72. i 4 6-34 * Jt Tj*- r SATO K Cygni . . ... J c c * j *t*" j" 11 C2. O4 67.6 J 7 j f tt I. 182 4- 57, 6 39.8 62.7 2 6-35 ^jy 8440 Lalande 36478 . . . j~ j 6. 4 * j j*" v *f- '4 5-43 "/ ' w 68.6 J 2 O*-""* 2. IIO 1 JJ *J7 + 37 " i 20.5 47- 1 2 6-37 214 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. i I 1 IM O O fe Annual Precession, 1860. Mean Declination, 1 860.0. rt q s s ui s 'o 6 Z Annual Precession, 1860. Mean Declination, 1 860.0. i >* q . i 9 3 3.686 2. I . C rt > a S i s 1 Annual Precession, 1860. Mean Declination, 1 860.0. J 3 6 >, c 3 u g 1 < o o a Annual Precession, 1860. 8561 u AnuiliC . A. O h. m. s. IQ 27 14. QO C7 c IO s. -1- 2 Ql8 o / // _L 7 c A A eg 7 8 // + 7 d.5 8562 O. Arg. S. 19737 . . . *T- y 7-8 * 7 m l "F* 7 W 27 I? 90 JJ'J 65.6 4 I *. yo 3-759 r / j T* f 28 58 16.5 jw. / 68.2 2 / ^J 7.46 8563 81:64 B. A. 0.6700 . . . . 6.5 S- S* 27 18.47 27 24. 31 66.2 66.2 3 j 3-550 -2. -MO - 21 4 43. 8 IO SI 4?. 8 69. o 68.8 3 2 7.46 7. 4.6 U J "*T 8;6s fr Sagittarii J J .6.0 27 !!. 38 6-i. i o 4. O' J*" -2 6ci V J * tj- 25 i 1 8. 6 70. ^ 8 / * *T ' 7. 4.7 J J 8566 8567 Lacaille 8159 . . . . 6.4 8. 7 / J ' J" 19 27 34.52 27 37. So v J* 62.8 70. 6 T^ 5 i j- *3* + 3-878 4. I 1 1 - 3 2 59 45- 7 '4.O 7 I I . Q / vr j 72.0 6q. 7 4 2 / ^/ + 7-48 7.48 J / 8568 8<6o O. Arg. S. 19746 . . . 7-3 8.0 / jf ' 27 40. 53 27 i.2. 08 65.6 70. 7 4 t 1 * j 3-759 4. 181 T-" j 7 - 28 58 43- 6 4.1 4.Q 2. "? :/ / 68.2 72. 7 2 1 / f* 1 * 7-49 7. ?O J y 8570 O. Arg. S. 19748 . . . 8.5 / J*" 7 27 54-37 68.6 2 tj.. u* 3-521 t 1 t:7 * j - >9 53 53-o it 63.3 ^ 2 / j 7-5' 8571 Lacaille 8158 .... 7-5 19 27 56.OO 73-0 9 + 4- 181 - 41 45 5'-7 70.8 6 + 7-51 8572 8<7J 0. Arg. S. 19753 Anonymous 8.2 O. O 28 2. 30 28 6. 52 68.7 60. i 2 3-54 3 71.1 - 19 12 31.5 27 24 S 6 62.2 6l.7 2 2 7-52 7 + 7-54 8577 8s?8 O. Arg. S. 19758 . . . 9 Vulpeculoe ... . 8.0 c c* 28 16. 91 28 25. 90 64.6 67 * 2 3-725 2 67d. 27 48 22.0 _|_ ig 28 II. 8 69. 2 C7 2 2 7-54 7 ^1 V J/ * 8C70 Anonymous . j 1 J 8.0 28 1*1 os *-'/ j 64. Q ^OT- 4O77 3O 1 CO 2 j I -^ 60 2 2 / jj 7 ;6 "J/ V 8580 O. Arg. S. 19770 . . .' 7.8 ' *-^> j/ * yj 28 39.76 *"r" 7 68.7 2 w / / 3-501 jy j jy- * - 19 5 26.3 **y ~ 63.2 2 / j" 7-57 8581 B. A. 0.6711 .... 6.0* 19 28 43. 73 76.7 4 + 2.089 + 38 27 33. 7 65-3 3 + 7-57 8582 DM. + 190,4068 . . . . 28 46. 01 59-6 I 2.634 + '9 29 31-3 71-7 6 7-57 8583 DM. + 19, 4170 . . 28 55- 2.634 + 19 29 "5-9 72.7 2 7-59 8584 B.A. 0.6710 .... 7.0* 28 55.77 59-7 2 3-487 - 18 32 18.4 55-4 3 7-59 8385 0. Arg. S. 19775 8.0 28 56.26 69. i 2 3-539 2O 40 27. 2 66.7 2 7-59 8586 Lacaille 8169 . . . . 6.5 19 28 57.96 62.8 5 + 3- 883 - 33 '3 1 6. i 71. i 4 + 7-59 8587 Weisse XIX, 719 . . 8-3 29 5.76 64.6 2 3-307 - IO 44 28. I 70.9 4 7.60 8588 O. Arg. S. 19780 . . . 8.5 29 7. 40 62.2 2 3-761 - 29 7 25.3 59-4 4 7. 60 8589 8> c S s J3 o o O Annual Precession, 1860. Mean Declination, 1 860.0. 1-. rt OJ >"* C B s 4 o V- 1 Annual Precession, 1860. h. m. s. s. / // // 8601 B. A. .6718 . . . . 5.0 19 30 7. 29 65-1 2 + 1.956 + 42 6 27.3 54-6 2 + 7-68 8602 B. A. 0.6716 . . . . 6.4 30 H..&7 62.8 8 3-754 - 28 55 11.4 58.3 6 7.69 8603 O. Arg. S. 19809 . . . 7.2 30 1 6. 65 72.6 2 3.720 - 27 41 1.4 60. 9 4 7.70 8604 860? O. Arg. S. 19811 . . . Anonymous . . . . . 9-5 9. o 30 17.58 30 21.06 61.6 69.6 2 2 3-536 7. 711 - 20 37 7. i 27 22 47. 7 58.3 67. i 3 2 7.70 7. 7O UV"J 8606 Lacaille 8174 . . . . 6.8 19 30 22. 98 vy. *-r 69.6 2 o / + 4.098 / T\V/ - 39 44 44- 8 ~>j- * 63.6 4 / - / + 7.71 8607 8608 B. A. .6721 . . . . 1 1 Cygni 6.0* S. 2 30 41. 15 V) 4.6. 78 69.6 6q. ? 2 2 1.708 2 I ^ + 47 Si 39-8 + 36 38 10. i 61.7 72 O 3 7 7-73 7. 74 86og e Sagittce j S.O J f" o 70 7. oo ? j 6q. 6 2 " *JJ 2 71 S 4- 16 Q 41 j **. \j 67. 8 .} 2 / / T" 7. 7^ wwvy 8610 Lalande 37207 . . . j 6.0 3 j i y 31 1.89 .7 77-4 3 * / 3 3-300 i y 1 T i * - 10 28 6.8 77.6 2 / / j 7.76 8611 Weisse (2) XIX, 956 . 9.0 "9 31 3-3 2 69.6 2 + 2.715 + 16 9 '9-9 67.8 2 + 7-76 8612 8617 O. Arg. S. 19830 . . 53 Sagittarii .... 8.5 6. 2 31 19.32 31 24.. 7q 60.6 62.2 2 7 3-723 36lA - 27 51 3.8 21 4.4 12 1 58.7 60. 5 2 6 7-78 7 70 '" * J 8614 Lalande 37221 . . . 7.5 J T" Jy 3' 35-48 60.6 / 2 i Wlflf 3-579 *"j T-T- O*" J 22 22 43. I 59-7 6 t ty 7.80 8615 O. Arg. S. 19837 . . . 7-8 31 40.41 68.7 2 3-650 - 25 8 20. 7 72.0 3 7 .8i 8616 B. A. .6727 .... 5-9 19 31 41.91 60. o 8 + 3-6i3 - 23 44 43. 8 61.0 7 + 7-81 8617 O. Arg. S. 19839 . . . 8.8 31 52. 12 64.7 2 3-716 - 27 36 53. i 58.6 2 7-83 8618 Taylor 9030 .... 7-5 3 1 S4-9 2 60.6 2 3-541 20 51 52.7 56.6 3 7.83 8619 Lalande 37236 . . . 8.0 3' 57-37 73- i 4 3.611 - 23 38 51.4 67.7 2 7-83 8620 Lalande 373*0 . . . 6.2 32 1-23 68.7 2 2. 108 + 38 4 18.3 48.6 3 7-84 8621 B. A. .6728 . . . . 5-5 19 32 5.24 59.6 3 + 1.908 + 43 23 39. 8 53-6 4 + 7-84 8622 O. Arg. S. 19845 . . . 7-5 32 8- 14 60.6 2 3-727 28 o 49. 6 64-3 3 7.85 8623 8624 B. A. .6730 . . . . ff Aquiloe . . . 6.5 C C 32 io..6g 72 l6 QQ 66.2 57 r 2 i. 610 2. 962 + 49 55 34- 7 4- 5 4. ^4. O 66.7 58.8 2 8 7.85 7.86 8625 8626 Lacaille 8185 .... a Draconis . . J" J 6.8 So J* * V1 yy 32 30. 10 IQ 72 l8 47 JJ- j 6 3 .I 68 v 4 2 + 4.006 Q_ 2O7 ~ J *T JT" v - 37 12 29.9 _|_ 69 25 1 1 . 6 71.2 66.0 4 7.88 4- 7 8q 8627 Lamont 358 .... . ^y - 16 36 5-5 / 75-7 4 / * V 7 7.90 8631 Lacaille 8186 .... 6.5 19 32 55- ii 63.1 5 + 3-996 - 36 57 " 6 7i-5 5 + 7-91 8632 8633 O. Arg. S. 19861 . . . Lamont 169 7-5 7 2 33 5-65 3-J C 06 61. o 68. 7 3 2 3-649 7 7C8 - 25 9 31. i 20 IO 26 4 67.2 ^1 7 2 7 7.92 7. Q7 8634 O. Arg. S. 19863 . . . * * * 9.0 oj j' y u 33 6.78 69-3 2 J- / J" 3.690 *.y i V i,f . if - 26 42 21. 3 JJ P / 56.4 j 3 / ;* J 7-93 8635 Rumker 7748 .... 8. i 33 "-35 77-7 2 2.096 + 38 28 7-93 8636 8637 Lalande 37290 . . . 45 Aquilae .... 8.2 A C 19 33 lfi . ! 3 7 "I -3O ^O 65.6 4< 6 5 + 3.618 ^ OQ2 - 23 57 23. 7 O ^6 H 2 67-7 7O S 2 7 + 7-94 7. q6 8638 8639 Lacaille 8191 .... Anonymous . T" J 7.0 Q O JJ J** 1 J w 33 33-87 77 -3-3 on *1O- w 63.0 64 ^ 3 i j. *_-y^ 4.023 "} 6-37 ** J v/ JO* * - 37 45 47. 4 24. 4.2 $1 4. /'-' j 63.8 60 7 o 2 2 / ? 7-96 7. 06 8640 M.Z. S i,3 !f' ** 8-s jj jj- y^ 33 37-40 u *r- j 66. i 2 J' ^Jt 3-856 _.j t|.i. j j *f- - 3 2 33 44- 5 "y- / 69. I 2 / ' y v 7-97 U. S. 'NA.Vti'L OBSERVATORY, 1845 TO 1877. I .> "rb. 2 IQ > o 4 '- % - ^ Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. u rt g S "o c 6 Annual Precession, . 1860. Mean Declination, 1 860.0. X rt J3 o "3 o - X ^ 3 'tg O ! 55 *r^ m ^ 8641 9. 5 h. m. s. 19 33 43' 66 69.6 2 s. -j- 2. 096 / // 4- 38 31 4- 7.98 8642 8643 Lacaille 8193 .... Anonymous 7.0 8.6 33 45-oS 33 45- 93 63.1 65.7 4 2 3-973 3.618 - 36 18 22. 3 23 s8 34. o 68.2 67.7 2 2 7.98 7.98 ""Tj 8644 O. Arg. S. 19873 . . 8.8 33 47- 95 66.6 3 O 3-691 j j v j^' - 26 46 4. 3 1*1 56.5 3 7.98 8645 8646 a Sagittal 4.0* 33 50.30 19 33 5. 80 58.1 59- 6 2 2 2.681 4- 2. 369 4- 17 41 40.6 4- 29 49 57. 7 67.3 t-i. c 5 4 7.98 8647 B. A. 0.6738 . . . . 6-5 33 52.6i 61.8 12 - 25 10 56. 6 JJ J 58-0 3 7-99 8648 O. Arg. S. 19880 . . . 7-5 34 9- 1 1 67.2 5 3.636 - 24 42 9. 3 65.1 2 8.01 8649 DM. 4-36, 3651 . . 7-7 34 11-52 76.7 4 2. 158 + 36 43 28. 3 73-6 2 8.01 8650 Lacaille 8196 , , . . 6. i 34 15-87 63.0 3 4.025 - 37 5' 53-o 76.7 4 8.02 8651 M.Z. 3 6,54 . . . . 7- i 19 34 17-65 64. 2 2 + 3.898 - 33 58 19.8 69.7 3 + 8.02 .8652 86C3 Weisse XIX, 875 . . e* Siviltnrii 5- 34 18. 61 68.7 6l.4 2 16 2.820 3 A T.A + " 36 9-3 1 6 26 54. 3 61.7 67 <; 3 8.02 8.04 u "jj 8654 DM. 4- 36, 3655 . . 7-6 34 32. 47 "* t 72.7 8 ' t,5*T 2- 157 + 36 45 12. 3 / ' J 56.4 3 8.04 8655 8656 Weisse XIX, 886 . . Ii Safittce 8.6 5.0* 34 42.00 68.7 CO. 6 2 2 2.820 _[_ 2 604. + ii 37 32. 6 +17 Q I S 2 63.6 53-8 2 8.05 4- 8.06 8657 86<;8 Lacaille 8197 .... 14 Cygni J 6-4 5.5* 34 45-65 34 53- " jy 63.7 65.6 2 3 1 * "yr 4. 172 * / y * j ^ 41 56 16. 5 -4- 42 2Q 4^.0 72.0 53.8 3 4 j u. v 8.06 8; 07 ._< V JVJ 8659 O. Arg. S. 19901 . . . 7.0 35 42.21 " j' 60.6 3 + 3.721 | if.*. ~-y t J y - 27 58 14.9 58-7 2 8.13 8660 B. A. C. 6752 .... 6.0* 35 47- 76 77.4 5 - o. 536 + 71 17 37.2 73-5 2 8. 14 8661 8662 O. Arg. S. 19902 . . . 8.5 9. 2 '9 35 50.49 3<; u 62 68.6 64. i 2 2 + 3.689 2. 900 26 47 ii. i 4- 8 I 58 q 55.8 68. 7 2 + 8.14 8. 15 8663 8664 Z 2338 (1st*) .... X Aquilae . 8. 9 6.0* OJ J^ 35 58. 10 "?^ ^8 77 63-9 58.9 6 4 2.899 2.824 1 J ? + 8 3 3.9 4- ii 20 e8 6 / 68.2 59- 2 2 6 J 8.16 8. 16 wwqp 8665 Schjellerup 7555 . . . 9- i jj j / / 35 59-21 J y 67.2 2 *" ' J *- i t 2.947 i y j w * + 5 5i 32-8 67.8 2 8.16 8666 8667 Anonymous 7-9 7.8 '9 35 59-89 63-9 66. 2 7 2 + 2.899 4 237 + 8 3 11.5 47 ?8 10 6 68.2 68.2 2 2 4- 8. 16 8. 16 8668 B. VI I 9 h , 79 .... / ** 7-5 36 10. 19 64.4 5 t* -^jl 3-595 *T J J" * ** - 23 ii 9. 6 65.1 2 8.17 8669 O. Arg. S. 19907 . . . 8.8 36 15-75 65.2 2 3-698 - 27 8 ii. 2 62.0 3 8.18 8670 O. Arg. S. 19909 . . . 7-5 36 16.73 64.9 4 3-605 - 23 35 37- 7 65. o 3 8. 18 8671 O. Arg. S. 19915 . . . 8-9 19 36 30.48 68.7 2 + 3-692 - 26 56 31.5 63.7 2 4- 8.20 8672 B. A. .6753 . . . . 7-0 36 3'-95 61.4 3 3.812 - 3i H 4-7 70. 6 3 8.20 8673 O. Arg. S. 19916 . . . 8.0 36 36- 18 60.6 2 3-7I3 - 27 43 45-o 58.6 2 8.21 8674 Tr. Z. 60, 18 . . . . 9.0 37 1-25 69.4 4 4.086 - 39 45 39- ' 63.6 2 8.24 8675 B.A. C. 6755 . . . . 5-6 37 4- 90 62.6 7 3-841 - 32 14 32.0 63-4 4 8.24 8676 O. Arg. S. 19924 . . . 9.0 '9 37 11-74 64.7 2 + 3-694 - 27 2 33.9 69-4 3 4- 8.25 8677 Lamont 4565 .... 9-2 37 19-85 65.6 2 2.947 + 5 50 34- 7 67.8 2 8.26 8678 Weisse XIX, 958 . . 7-8 37 35-54 69.5 2 2-973 + 4 '38 48- 5 67.7 2 8.28 8679 Lacaille 8209 .... 6.8 37 35-75 63.6 3 4-235 - 43 4 5- 65.1 3 8.29 8680 Lacaille 8214 . . . . 7-3 37 39-20 63.1 6 3.841 32 16 16. 8 63.6 2 8.29 22O CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. rt V >, c rt S i o 'o 6 Annual Precession, 1860. Mean Declination, 1860.0. i >^ C rt D s 1 w* o 6 2 Annual Precession, 1860. h. m. s. s. o / // // 8681 8682 O. Arg. S. 19933 6.8 6.8 19 37 41. 17 38 1 1. 4.Q 71.7 62. o 3 22 + 3-79 7 r 17 - 27 36 11.4 2O C 78 7 67.1 4 + 8.29 8 -*? 8683 8684 Lalamie 37507 . . . Lamont 174 . . 7.8 Q. 2 o w * ty 38 12.51 78 15. 22 61.2 66.6 2 2 J j* / 3.560 3 7Co ^ u J O- / - 21 51 33.4 2Q IO 59-6 9 7 - 33 8-33 8-j A 8685 8686 O. Arg. S. 19941 . . . Anonymous , 7" 7-5 Q 2 J J 38 25. 30 IQ "}8 3^. 01 76.9 60 7 5 2 o* / 3*-* 3.687 + ? 7 -37 - 26 49 39. 6 28 42 C 7 55.8 2 34 8-35 i e ,A 8687 Lacaille 8216 . . . . y 8.0 y O JJ yj 38 37-73 W I7- / 68.7 2 J' / >/ 4. 182 ^ 4^ y / - 42 25 5.7 69- 3 72.0 3 3 ~r - 3 8.37 8688 DM. + 38, 3731 . . 8.8 38 44. 01 76.6 2 2. 121 + 38 2 45. 77-6 2 8. 3 8 8689 O. Arg. S. 19944 . . . 8.4 38 46.51 68.7 2 3-695 - 27 9 52.3 58.7 2 8.38 8690 Lalande 37597 . . . 6.5 38 49- 63 76.6 4 2.123 + 37 59 20. 2 47-9 3 8.38 8691 8602 B. A. 0.6769 .... Lamont 176 6.0* 7- 19 39 4-74 39 5- 82 59-6 64 o 2 IO -f 2.OOO 7 7AO + 41 26 20. 7 28 /IO CO 7 53-6 66. 7 4 + 8. 4 o 8. 40 _ y 8693 B. A. .6768 .... 7.0 jy j' * 39 7- '7 *** w 61.4 5 J- /M-*- 1 3-759 - to fV j w - / - 29 30 i. 8 59.0 8 8.41 8694 8691; O. Arg. S. 19956 . . . I 5 Cvpni 7-5 5. c. 39 ii. 60 "?Q 13. 72 68.7 68.8 2 2 3-566 2 1^7 22 IO 2. 3 +77 I CO 56.2 A 7 ? 2 8.41 8. 41 8696 Anonymous j j O" if 1 IQ "?Q l6. *" L ji + 1 717 J/ J- *-* 28 47 18. 6 47* a ftn *7 1 Q A*, 8697 Lamont 4602 .... 8.8 y Jy 39 '9-68 67.6 3 j f i j/ 2.974 + 4 37 5- 9 oy, / 61.7 3 2 -\- o. 4^ 8.42 8698 8600 0. Arg. S. 19957 . . y AnuiltC 9.0 7 O* 39 34- 9 1 -JQ ^6 l8 62.3 CA 2 3 287 3.670 2. 852 - 26 14 17. 6 1 |Q j^ 20 2 5 8.i en c 4 8.44 S /i/i uuyy 8700 O. Arg. S. 19960 . . J- w 8-4 J7 O*-'' * u 39 44-47 34' 71-3 ***( 3 3.690 - 27 o 1.4 5- 5 64. 2 2 '" -H 8.45 8701 M. Z. 119, 69 . . . . 8.0 19 39 49-46 68.6 2 + 3- 7oi - 27 26 7.3 63-2 2 + 8.46 8702 O. Arg. S. 19967 . . . 7-5 39 5 6 - 3 77.6 5 3-750 - 29 14 34-3 74-8 2 8.47 8703 87O4 Lacaille 8231 .... Anonymous . 6.9 8. 2 40 12. 56 4O "2 \ 24. 62.6 62 5 2 C 4.022 3776 - 38 7 17-2 28 4C 1 6. o 68.4 58. 6 3 8.49 8 o **/ *"? 8705 8706 O. Arg. S. 19977 . . 5-9 I. 5 t*-' *-J" *"f 40 27. 14 19 40 35 . 94 *** j 63.1 61.7 J 5 2 / j" 3-747 -4- i 871 - 29 7 46.9 -4- A.&. A7 26 7 72. i C7 o 4 5 - D l 8. 5 I 4- 8 C2 870 7 B. A. 0.6777 . . . . j j 6.0* 40 38.07 / 60.7 2 | **/ 2.235 I 'T*T r/ *v / + 34 40 23. 9 J / ^ 56.4 6 -[- u. 3* 8-53 8708 B. A. 0.6778 . . . . 6.9 40 58. 55 63-7 3 4. 169 - 42 12 25.9 66.7 2 8-55 8709 Weisse (2) XIX, 1330 8.0 4i 13-33 59-7 2 2-235 4- 34 42 i.o 68. i 3 8-55 8710 O. Arg. S. 19985 . . . 8-3 41 22. 38 64.6 2 3.680 - 26 42 29. 6 67.8 2 8.58 8711 Lamont 3012 .... 7-3 19 41 25.65 67.2 2 + 3-292 - 10 19 41. 9 70. o 4 + 8.59 8712 O. Arg. S. 19987 . . . 8.2 41 31. 66 65.7 2 3.612 - 24 3 53. 5 67.7 2 8.60 8713 Lacaille 8237 .... 6.9 41 44.49 63.6 2 4- 176 - 42 26 34.8 68.2 2 8. 61 87H O. Arg. N. 19614 . . 9.0 4i 45-95 64. i 2 I. 127 + 58 10 18.4 65-7 2 8.62 87IS B. A. .6786 . . . . 7.0 41 46. 68 62.6 7 3.689 - 27 3 5o. 3 62.3 II 8.62 8716 Weisse XIX, 1060 . . 6.9 19 4i 51-37 68.6 2 + 2.852 -|- 10 20 56. 6 56.6 3 + 8.62 S?!? DM. + 58, 1972 . . 9.2 41 52-42 65.2 2 i. 108 + 58 25 5.3 69.1 2 8.62 8718 Lacaille 8238 .... 7-5 4' 52.93 63-5 2 3-99 - 37 14 44. 5 62.6 2 8.62 8719 8720 O. Arg. S. 19990 . . . Anonymous 8.4 8.7 41 52.94 41 56. 04 68.7 68 7 2 -I 3-704 ? e-jA - 27 38 2.8 22 Id IQ I 63-7 62.6 2 2 8.62 8.63 / "* / w. i j o- ->/^ jt *y- * U. S. NAVAL OBSERVATORY, 1845 TO 1877. 221 ! Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. \ >* 3 s o IM O O Z Annual Precession, 1860. Mean Declination, 1860.0. Mean year. 1 "o i Annual Precession, 1860. h. m. s. s. / // // 8721 O. Arg. S. 19998 . . . 8.6 19 42 8. 40 68.7 2 + 3-674 - 26 31 6. 3 65.6 3 + 8.64 8722 O.Arg. S. 19997 . . . 8.0 42 8. 76 68.7 2 3-75 - 27 41 57.9 58.6 2 8.64 8723 O. Arg. S. 20002 . . . 9.0 42 21.49 74-3 3 3.685 - 26 59 17.3 63.7 2 8.66 8724 Lacaille 8242 .... 6. i 42 27.69 62.7 2 4.003 - 37 4i 6.8 62.7 4 8.67 8725 Lalande 37701 . . . 6.5 42 29.35 76.7 2 3.292 - IO 21 21. 5 73-7 3 8.67 8726 Lalande 37753 . . . 5-5 19 42 29.57 68.7 3 + 2. 128 + 38 3 46. 5 48.3 3 + 8.67 8727 IS. A. .6792 . . . , 6.8 42 32. '3 62.5 6 3.708 - 27 49 21. i 61.2 4 8.68 8728 8720 Weisse XIX, 1068 . . M. Z 62, 3 7.0 8.0 42 34-25 4.2 34. 86 65-5 6?. 4 3 i 3-379 4O4O - '4 16 23.5 -28 AZ \A_ 8 72.2 70 ? 4 8.68 8f*Q u j *.y 8730 5.0* *r j^' " v 4.2 45 78 "J" *T ^6. o 3 '-"I- 1 -' 2. 662 JU ^3 1^.. O +l8 47 76 O /U. 4 53 6 . Uo 8f\c\ / j 873' DM. + 34, 37 19 . . J 8.2 ^ TO- 1 u 19 42 49. 84 JV. 77-7 J 3 + 2.232 1U T-/ J'*'' W + 34 54 ij. , 09 + 8.70 8732 877-! 15. A. C. 6795 .... Anonymous . . . 6.8 0. O 43 3- 89 A~l 22 2Q 62.7 68.7 6 i 3- 6 97 3 571 27 26 2.8 22 2O A 7 2 70.7 62 2 5 2 8.72 K >?? / j-j 8734 Lalande 37785 . . . V 7-o T-J *"* "if 43 30-45 i_j. i 77-4 8 j- j i * 2.231 ^^ ^y 4j. ^ + 34 57 39- 5 58.3 3 o. 72 8-75 8735 8716 Lacaille 8249 .... 6-3 1.2* 43 49- 2 S IQ 41 c6 88 63.0 54 2 3 14O 3.833 4- 2 802 - 3 2 19 5i-4 +8 ?n T T 63.7 1 1 1 2 8.78 + O Tn W J" 8737 57 Sagittarii 5.O *y T-J D W * u< -' 44 1 62 j*t- 4-6. 7 j*r- f 2 -|- *,. uy^ j 4.Q c o u * 7 IQ 27 AQ Ci 5'-4 T I /I 90 . 79 8 80 **/ o/ 8738 O. Arg. S. 20022 . . . J 8.0 *T*r J* *** 44 8.43 f' t 71-3 3 o* T-yj 3.689 y -^o T-y- y - 27 ii 34. 8 71.4 66.7 4 8.80 8739 O. Arg. S. 20024 . . . 9.0 44 12. 82 76.6 2 3.691 27 14 41. 6 6 9 .8 2 8.81 8740 I.amdht 401 .... 9-5 44 20. 66 6l. 7 2 3-571 - 22 34 8. 7 56.5 5 8.82 8741 O. Arg. S. 20030 , . , 7.8 19 44 28.25 6 4 .2 4 + 3-594 - 23 30 40. 7 65.8 2 + 8.83 8742 B. A. C. 6808 . . . . 6.5 44 29.54 77-6 3 - o. 054 + 68 59 41.3 72.4 4 8.83 8743 O. Arg. S. 20039 7-5 44 49- 1 1 68.6 2 + 3-691 - 27 18 o. i 63.6 2 8.86 8744 Lacaille 8253 . . 7-5 44 57-29 63-1 3 3-954 - 36 20 39. I 67.0 3 8.87 8745 8746 O. Arg. S. 20046 . . . 9.0 4. 5 45 23.22 IQ 45 35 57 64.7 65.7 2 3-705 -\- 4 I SO - 27 So 57-7 42 J 7 * r) 58.6 ,,,. - 2 8.90 + C no / T 1 8747 8748 O. Arg. S. 20049 I Q Cvtrni t- j 7.0 6.0* 7 TO JJ' J I 45 35-66 AC jff AQ j' / 68.6 47 4 2 2 i *r *jy 3-684 2. I 24 4^ 'j 57- z - 27 3 18.8 + 38 "y i r T ? uo. 7 65. o rt *r 3 o. y^ 8.92 8. Q2 **t t" 8749 B. A. C. 6817 . . . . 5.0* *rj *>'-' *ty 45 48-98 T-/ T- 5-9-5 2 2.- 05 9 3 ** 5 1 - 2 + 40 14 43.0 oo. 7 53-5 2 3 8.93 8750 Weisse XIX, 1150 . . 7.6 45 49-85 65.6 3 3.382 - 14 31 59.0 7i-7 3 8-94 8751 O. Arg. S. 2005 1 ... 8-3 19 45 50. 68 64.6 2 + 3.680 26 56 9.4 65.0 3 + 8.94 8752 O. Arg. S. 20053 9.1 45 54-34 68.7 2 3.701 - 27 42 52. I 58.7 2 8-94 87S3 B. A. C. 6814 .... 6.4 45 54-40 63-5 7 3. 612 - 24 17 11.3 70.2 4 8-94 87S4 O. Arg. S. 20055 8-5 4 5-58 65-3 2 3.456 - '7 46 23.4 61.7 3 8.95 87S5 B.A. C. 6816 .... 5-9 46 6. 34 62.2 5 3.861 - 33 24 28. 5 63-8 2 8.96 8756 Weisse XIX, 1 1 60 . . 8-5 19 46 10. 24 67. 2 2 + 3-375 - H 12 42.3 67.7 2 + 8.96 87S7 87^8 O. Arg. S. 20058 . . . 56 Anuilae , , . 8-3 6.0 46 31-59 46 32 l8 68.8 63.6 2 3-693 3 260 - 27 28 16. i 8 56 4. i 69.4 Ac 7 3 2 8-99 e nn / J 8759 O. Arg. S. 20063 8.2 *." $*,, ju 46 46. 21 66.6 2 3.611 - 24 16 13. i 5- 7 70. 2 4 o. yy 9.01 8760 Lacaille 8263 .... 5-7 46 48. 49 63.6 3 4.029 - 38 4 25.7 66.8 2 g.OI 222 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. hd rt 1. C a s 1 *M C 1 Annual Precession, :86o. Mean Declination, 1 860.0. 3 ^ d> S o 'o 6 Annual Precession, 1860. h. m. s. s. / // // 8761 57 Aquike (I9t*) .... 6.0 19 47 2. 80 65.2 2 + 3- 252 - 8 35 19. o 69. 2 4 + 9- 3 8762 57 Aquilse (2d*) .... 6.2 47 3- 16 65.2 2 3-252 - 8 35 54.4 69. 2 4 9-03 8763 Weisse XIX, 1187 . . 7-6 47 13-85 65.6 3 3-373 - 14 8 45.8 67-7 2 9.04 8764 S 7 6c Lalande 37873 . . . <*> Sa^ittarii 7.0 e A 47 i4-6i 4,7 1C C 7 66.2 62.2 5 C 3-498 3. 671 - 19 39 23. i 26 40 o. 8 58.6 68.9 7 4 9.05 9OC / u j 8766 c Aquil?e . . J' T e o* fT/ J JJ 10 4.7 27. 84. 67. o J -3 o / + 2 QO2 4- 8 6 7 s vu. y 67.7 e j -(- Q. 06 8767 Anonymous j" o 8 *y *T/ *-/ ^"T 47 76 OQ u^ , XJ 60.6 J 2 " If**" 2 C62 i / j 22 2O 7 <\ II ct 8 ^> 2 i y Q O7 / w / 8768 Tr. Z. 70, 15 .... y. ^ 8-3 HI j w - "-"y 47 44- 22 **y" 69-3 2 J- J"-" 3.681 ^^ J- J - 27 4 15.6 jj- ** 63. 2 2 y. v t 9.08 8769 Tr. Z. 60, 24 .... 9-3 47 53-77 69.6 3 4.063 - 39 45 2. 3 63-7 3 9. 10 8770 O. Arg. S. 20078 . . . 8.2 47 58.18 68.7 2 3-705 - 27 59 18.9 64. I 2 9. 10 8771 B.A. C. 6829 . . . . 6.0 19 48 o. 08 61.4 5 + 3. 786 30 56 13. 6 58.0 9 + 9- 1 877? Weisse XIX, 1205 . . 8.8 48 0.38 68.7 2 3-263 - 9 6 45.8 73-6 i 9. 10 8773 Weisse XIX, 1208 . . 8.2 48 3.80 68.7 2 3-263 - 9 6 58. 8 7i-5 4 9.11 8774 B. A. C. 6834 .... 6.8 48 12.58 76.7 2 0-937 + 60 50 59. 2 74-8 2 9. 12 8775 Anonymous f . . . . 7-5 48 18.00 71.0 3 4.006 - 38 6 55.7 77-7 2 .9.13 8776 B.A. 0.6831 . . . . 6.0 i '9 48 18. 90 61.8 4 H- 3- 588 23 25 55. 2 58.8 6 + 9-13 8777 8778 Lacaille 8271 .... b Sagittarii 6.0 s o* 48 20. 02 48 21 . OI 62.7 60. o 2 4.016 7 60 7 - 38 25 28. 3 27 "32 14 C 68.0 7-3 T 3 6 9- 13 91 1 u / / u 8779 8780 Lament 411 .... j. 8.5 C 0* 48 22. 46 4.8 26 11 73-8 .1 A 5 j- u yj 3-568 */ J'* 1 T" J 22 44 9. 8 / J- l 72.7 An 8 2 IOO *J 9.13 91 /I 8781 Anonymous ..... J' U 7 s 1 9 48 70. 60 oJ-4 7C O 292 2. 946 + A Of) 7 -{-63 40. 2 - 78 I C2 O 49. o 7 C C . 14 + O 1C 8782 8785 O. Arg. S. 20086 . . . e Draconis / j 8.8 4C 48 37- 74 48 77 OO /,) u 64. I 77 6 2 4. UUj + 3-638 Q [gj o * J*' u - 25 27 25. 1 + f)(\ CA AO o /.) J 69.7 7? 7 3 y- *5 9.15 9T r "/ w o 8784 O. Arg. S. 20090 . . . J 7.8 v 3 j i yy 48 43. 20 //. u 66.6 2 + 3.667 u y JT- v* w - 26 35 19.4 /* / 63.6 2 ' a J 9. 16 8785 O. Arg. S. 20096 . . . 8.0 48 48. 27 68.6 2 3-435 - 16 58 59-3 63-7 3 9.17 8786 8787 O. Arg. S. 20095 Anonymous 8-3 9C 19 48 49. 70 A8 40 8c 66.7 68. 8 2 + 3-637 - 25 25 32.0 77 C 7 rn n 71.2 68. 7 2 J + 9-17 91 7 w / w / 8788 O. Arg. S. 20100 . . . J 9.2 T- T-y. j 48 58.04 68.7 2 3- 7 O1 3-701 ^7 53 *9- 9 - 27 53 12.6 66.0 3 '/ 9. 18 8789 Lacaille 8278 .... 6.5 48 58.88 63.6 3 3-970 - 37 3 22.5 72.5 4 9. 18 8790 O. Arg. S. 20101 . . . 8.0 48 59- SS 66.2 2 3.640 - 25 32 46- 9 68.7 3 9. 18 8791 Weisse XIX, 1236 . . 9.0 19 49 25.09 65.8 2 + 3-039 + i 36 i.i 67.7 2 + 9-22 8792 Lamont 1046 .... 9.0 49 27. 06 62.6 2 3-445 - 17 27 17.6 56.6 3 9.22 8793 Lalande 38039 . . . 6-5 49 41.44 68.8 2 2. 190 + 36 37 44- o 61.6 2 9.24 8794 Lalande 38037 . . . 7.2 49 44.03 68.6 2 2-255 + 34 3' 59- ' 65-7 3 9.24 8795 2 2382 (ist*) .... 8-3 49 45- 28 65.8 4 3.040 + i 33 3-9 67.7 4 9.24 8796 8707 22382(2d*) . . . . 9.0 e r* 19 49 45.41 CQ o. 41 69.7 C7 7 2 + 3- 40 3;1Of) + i 32 59- 7 _ 1 r r I 7y1 X 67.8 fit fj i + 9-24 Q 26 u / y/ 8798 B.A. 0.6841 . . . . J' J 6.5 So 7- 54 J/ 1 / 64. 2 3 . 4uy 3.782 o i* 34- - 3 54 34- 8 04. 7 57-0 8 9-27 8799 O. Arg. S. 20113 8.8 5 7-58 65.7 2 3-480 - 18 59 26. 7 68.2 2 9.27 ssoo O. Arg. S. 20111 . . . 8.0 50 8. 22 74-3 3 3-730 - 29 i 34.0 67.7 2 9-27 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 223 Number. Name of Star. Magnitude. Mean Right Ascension, 1860.0. 5 ^ I g 1 IM O 6 Z Annual Precession, 1860. Mean Declination, 1 860.0. t-l a >. S 1 <** o o 55 Annual Precession, i860. h. m. s. s. / // // 8801 O.Arg.S. 20116 . . . 7-4 19 50 15.72 68.7 2 + 3-566 - 22 37 27. 5 56.7 2 + 9-27 8802 A Sagittarii 5-4 50 25.07 61.4 8 3.665 - 26 34 15.9 63.8 4 9.29 8803 Lacaille 8287 .... 7-o 50 25.87 63.0 3 3-989 - 37 44 59- 2 62. 7 2 9.29 8804 O. Arg. 8.20123 . . . 9.0 SO 33- 55 69.6 2 3.692 - 27 37 10. 7 64. i 2 9-3 8805 Weisse XIX, 1259 . . 9.0* 50 33- 7' 62.8 2 3-376 - 14 22 59.4 60.7 2 9-3 8806 O.Arg.S. 20124 . 8.0 19 5 34- 97 74-7 3 + 3- 636 25 28 o. 5 68.2 2 + 9-3 8807 B. A. .6844 . . . . 6.0 50 41.67 66. i 2 4.192 - 43 25 14.4 72. i 3 9-3i 8808 8809 O.Arg.S. 20126 . . . 22 Cvsjni 8.2 S.o* 50 45- 8 So Si. 66 68.7 46. o 2 a 3-566 2 I4"! 22 38 2O. 7 -t- 78 7 O2 56.7 4.7 O 2 4. 9-32 9. 77 7 8810 88u Lacaille 8293 .... J 5-5 S.o* j j 50 57-83 IQ SI 7. 26 t v - y 68.6 SS. 6 j 2 2 * **TJ 3-999 -1- 2 2S2 I j" / - 38 4 43- i _|_ -JA 4.2 48 2 T 1 / ' 70.9 C7 6 T^ 4 c JJ 9-34 -U Q. ^4. 8812 B. A. 0.6850 . . . . J 6.8 y 3 j 51 16. 14 J J 62.7 3 j 4.. *-j*. 3-564 I JT- H" *f*-- * - 22 35 14.9 JJ. v 56.4 j 6 1 7* O^ 9-36 8813 Lacaille 8296 .... 5-7 51 18.51 62.5 5 3.872 - 34 4 '3-5 66.6 2 9-36 8814 Lacaille 8302 .... 6.8 5 1 44-73 66. I 2 3.826 - 3? 33 '3-8 70.7 3 9.40 8815 Lacaille 8300 .... 6.7 51 50.88 62. 7 4 4.027 - 38 57 So. 9 69.7 3 9.40 8816 Lacaille 8298 .... 7.0 19 51 51-49 62.6 3 + 4. 30 - 39 3 o. 9 66.7 2 + 9-41 8817 B. A. 0.6855 6.0 5 5'-9 67-3 3 2-73' + 16 7 9.0 69. i 2 9.41 8818 88ig B. A. 0.6854 . . . . Anonymous . . 6.8 Q O Si 55-76 C2 17 C7 61.7 67 2 7 2 3-725 7 S78 - 28 57 55.6 21 12 C7 I 59-4 68. 8 II 2 9.41 9 A"} *** 7 8820 DM. + 39, 3966 . . y' w 8.6 J / JO 52 18.24 **/ 77-7 3 J- J I ^ 2.083 ^J l * J/ 1 L + 39 59 ' HO 9-43 8821 B. A. 0.6857 .... 6.0 I 9 52 22. 14 70.1 4 + 2.082 + 39 59 36- 2 71.4 3 + 9-44 8822 B. A. C.686i .... 6.0* 52 26.23 59-6 3 0.991 + 60 27 10. 5 53-6 4 9-45 8823 8824 O. Arg. S. 20145 y SagitttE 8.0 4. S* 52 29. to 12 71. 8} 67. 2 6? 2 2 3-573 2.663 - 23 o 59. 5 J_ to 6 1*1 i; 70.7 69.8 4 9-45 9. 4.** 8825 Weisse (2) XIX, 1729. T- J 7-5 J O J 52 40. 29 M j . *. 74-4 3 2. Iig I *:7 ** J * j + 38 57 50. o 71-3 2 tj 9-47 8826 Lalande 38175 . . . 6.9 19 52 48.92 71-4 3 -f 2. 160 + 37 44 42.9 57-7 3 + 9-48 8827 B. A. 0.6864 . . . . 6.4 53 4-39 63-3 7 3-575 - 23 7 6. 6 69.0 4 9-5 8828 Lalande 38144 . . . 8.0 53 8.56 64.6 2 2-936 + 6 33 47. 2 68.7 3 9-5 8829 Weisse (2) XIX, 1753. 8.1 53 '4-46 74-3 3 2. Il8 + 39 i 53-o 73-7 2 9-5' 8830 Weisse XIX, 1319 . . 7.6 53 '5-12 55-7 9 3-373 - 14 19 18. 5 53-4 9 9-51 8831 8872 Weisse XIX, 1320 . . 9-3 8.0 19 53 6- 3 !*3 21. I I 66.3 HI 2 + 3-373 7 SSQ - 14 20 9.0 22 2Q 7O 2 68.7 S6 7 2 2 + 9-5' Q ^2 WJf. 8833 B. A. 0.6869 .... 6-5 JO 53 24-63 68.8 2 j' jjy 0.622 y J*" -f 64 20 56. 7 j"- / 63-1 2 7* J** 9-52 8834 O.Arg.S. 20156 . . . 8.0 53 28.38 60. 7 3 3.708 - 28 22 48. I 67.1 4 9-53 8835 Lalande 38140 ... 7-5 53 3-97 60. 7 2 3-437 - '7 H 54-9 59-5 6 9-53 8836 8837 Lalande 38202 (ist*) . Lalande 38202 (2d*) . 6.0 6-5 19 53 3'-4' 53 31-64 72.3 74-4 5 3 + 2. 162 2. l62 1+ 37 43 38. 8 48. i 2 + 9-53 8838 8839 Lacaille 8307 .... 13 Sagittse 7-o 6.0* 53 34- 10 ST. 47. 97 63.6 So. 6 2 7 4. 181 2. 7IO - 43 18 29. 3 + 178 10. i 69-7 ^4. I 2 6 9-54 9- 55 8840 Lalande 38164 ... 8.0 j j ^ j yj 53 53-67 jy 66.3 j 3 * / * 3. 4 88 i / - 19 28 57. i J*T" 66.2 2 9-56 224 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. Mean year. 1 IM O i Annual Precession, 1860. Mean Declination, 1 860.0. * d rt OJ s U7 ^D O 6 i Annual Precession, 1860. 8841 A.. O h. m. s. 19 54 2. 64 61.6 14 s. + 3. 699 / // - 28 5 44.0 61.2 4 // + 9. 57 8842 6"? Sagittarii . T.. v 6.0* 54 7. 87 67. Q T. ?. 361; 14 I 17. 7 68. 7 2 Q ?8 8843 Lacaille 8309 .... 6.2 Jlf y . uy 54 12. 61 J 17 66.7 J 2 J O J 4.031 ^ ii - 39 H '3- 6 67.6 3 " J 9-59 8844 B. A. 0.6872 .... 5.0 54 14-80 61.5 5 4.000 - 38 19 27.7 69.7 4 9-59 8845 Lacaille 8313 . . . . 6-5 54 19.72 63. o 3 3-956 - 36 58 58- 5 68.2 2 9.60 8846 Lacaille 8312 . . . . 6.6 19 54 19.76 63.2 4 + 3.986 - 37 54 43- 3 69. 2 2 + 9.60 8847 22 394 (ist*) .... 8.1 54 32. 20 65.2 4 2-937 + 6 33 52.3 66.7 2 9. 61 848 Lacaille 8317 .... 6.8 54 32. 82 62.7 3 3-939 - 36 26 46. 5 72.7 2 9. 61 8849 DM. + 34, 3828 . . 8.4 54 33-6i 74.4 6 2. 252 + 34 55 42-8 65-7 3 9. 61 8850 Z2394(2d*) .... 9.2 54 34- 1 8 65.2 4 2-937 + 6 34 15.2 66.7 4 9. 61 851 DM. + 340,3830 . . 7-3 19 54 40. 27 74-o 5 + 2.25: + 34 54 53- i 70-5 5 + 9.62 8852 Lacaille 83 1 8 .... 7-i 54 44- 42 62. 7 2 3- 997 - 38 15 i-5 70.7 3 9-63 853 O.Arg.S. 20175 8.6 54 44- 75 69.1 2 3.466 - 18 33 30.4 62.6 2 9-63 8854 22 39 5(ist*) .... 8.0 54 45- 95 65.1 6 2-857 + 10 21 52.5 65.7 2 9-63 88SS 88=;6 22 39 5(2d*) .... 2 Z CviTlli 8-3 c. c* 54 46. 01 19 54 47. 08 65-1 4.7 1 6 i 2-857 + 2. IQQ + 10 21 47.7 +?6 7Q 4O O 65-7 61. 6 2 2 9-63 + 9- 6-1 wyv 8857 Lalande 38255 . . . J J 7.2 55 3-52 *r/ * J 77-5 j 5 ?y 2-253 o jy ! U -f 34 58 i y o 9-65 8858 88SQ O.Arg.S. 20180 . . . 1 5 VulpeculeC .... 7.8 t; o* 55 8 65 *IS 2O. O4. 67.0 66.9 3 3 3.468 2. 466 18 37 46. 6 + 27 22 IO-5 62.6 69.6 2 2 9.66 Q 6? u ^jy 8860 B. A. 0.6878 .... j m w 6-s j j ** **"t 55 26.21 63-7 O 5 3-569 - 22 59 5.7 y 64. 2 4 7 / 9.68 8861 B. A. 0.6877 .... 5-5 19 55 26.49 61.5 8 + 3-816 - 32 26 43. 2 70.7 3 + 9.68 8862 DM. + 360,3814 . . 9.0 55 30-04 69.6 2 2. 2l6 + 36 11 9.69 8863 Weisse XIX, 1394 . . 7- i 55 30-31 64.9 3 2.858 + 10 21 IO. 4 66.7 2 9.69 8864 O. Arg. S. 20185 9.0 55 31-23 60.7 3 3-705 - 28 24 31.3 58.6 3 9.69 8865 DM. + 36, 3815 . . 8-5 55 32-3' 69.6 2 2. 2l6 + 36 II 13-7 63-3 5 9-69 8866 Lalande 38283 . . . 7.5 19 55 34-46 69.6 2 + 2.215 ,+ 36 12 19. I 60. 3 6 + 9.69 8867 O. Arg. S. 20192 . . . 8.0 55 46.49 65-2 2 3.661 - 26 43 o. I 62.7 2 9.70 8868 B. A. 0.6882 . . . . 6.0 55 48. 85 69.6 3 2-541 + 24 24 50. 6 53-5 3 9.71 8869 8870 O. Arg. S. 20194 . . . 7.2 6.0* 55 49-38 "i6 ? II 68.7 56 o 2 ? 3.698 2. qi8 - 28 8 9.5 4- 24 12 $1 4. 63-7 6r 6 2 4. 9.71 Q. 73 / 8871 Lacaille 8326 .... 6.6 J J 19 56 5-93 JV. V 63.7 j 3 j j + 3-946 i r j j J- ^ - 36 46 10. I VJ. V 71.2 1 4 y i j + 9-73 8872 887:, Piazzi XIX, 379 ... % 21Q7 6.8 7 6 56 6. 68 56 7. OS 72.1 68.0 5 i 2. 2O2 2. 908 + 36 42 40. 3 -1- 8 o 33 o 66.0 67 8 4 2 9-73 97-1 '-""'/ 4 d ej V 1 <*. O i Annual Precession, 1860. h. m. s. s. / // // 8881 8882 Weisse (2) XIX, 1880 6.5 c r 19 57 6.97 C7 jo 26 76.6 Cn o 2 2 + 2. 258 3OO4 + 34 55 22.9 i s d.o 6 77-7 72 O 3 + 9-8i. 9. 81 888? r Anuilse . y 3 c. e* j t **" * 5- ' -j- iq 7C 7O 7 57-7 68 7 7 2 9-93 9OC uijyif 88qc Anonymous . . , J J 8. i y J"* "y eg So. 11 ^/ - T^ 6Q. 3 f 3 j? 4. OIQ i y jj j l in 12 CO WHI ^ 67 7 2 yj 9QC u-, C c3 u s, J3 o o 6 g Annual Precession, 1860. h. m. s. s. / // // 8921 Lalande 38592 . . . 6.8 20 2 19.87 69. I 2 + 2.295 + 34 i 7-5 61.6 2 4- 10. 20 '8922 Lamont 3120 . . . . 9.0 2 54.49 75-6 5 3- 260 - 9 16 43-9 73-7 2 10. 25 8923 O. Arg. S. 20286 . . . 8.5 3 o. 21 65.! 2 3-676 - 27 44 18.9 67.8 2 10. 26 8924 O. Arg. S. 20287 7-8 3 5-97 69.0 3 3-599 - 24 38 i i. 8 64-3 3 10. 26 8925 Weisse (2) XX, 87 . . 7.2 3 13- 28 68.8 2 2.184 + 37 43 27- 2 47-7 2 10. 27 8926 O. Arg. S. 20294 . . . 9.0 20 3 14.40 65.7 6 + 3-450 - 18 13 53-o 65.6 3 + 10. 27 8927 8928 Weisse (2) XX, 90 . . 66 Draconis 7- i ?.o* 3 '5-99 i I 8 . Q4 68.7 SQ. 7 3 2 2. 184 o QCO + 37 43 55-4 _L 6l 3C 52 2 47-7 C7 7 2 3 10.28 10. 28 8020 Anonymous J j y^ i 25. J 7 / 7J 5. l80 l "-* 1 Jj ?' * 6 I ? 72 Jj- / 77 8 J JO. 2O wy*.y 8930 Weisse XX, 46 ... 7.0 J J 3 34- 38 69.6 2 J * -y 3^59 1 j / i 9 15 12. o 9 i* " 70.8 5 10. 30 8931 O. Arg. S. 20299 . . . 9.0 20 3 38. oo 74-9 4 + 3-599 - 24 41 24. o 63-7 2 + 10. 30 8932 Lamont 3126 . . . . 7-8 3 39- 83 71- i 7 + 3- 362 - 14 II 32-3 57-3 4 10.30 8933 8Q34 A Ursae Minoris .... 6 Aquilae . . 6-5 4. $ 3 54- 4 4. 7? 46. s 18 56. 104 -1- 7..OQ7 rf 88 53 24. 6 I 14 26 56-3 68. 2 121 2 10.32 IO J J -?JT 8g3C * Capricorni T^ J 6.0 T^ "*' / J 4 12. 18 *T"' J 76. 7 3 i o v y / 3. 332 i A t * 12 48 18.9 68 T. 2 **" JJ IO 3A "yjj 8036 hi Cv^ni "I.O 2O 413. 78 1 \j. i 6q 6 o 2 Jo* -L 2 227 -I- 36 2t; 4 1; 8 vyu. ^ Cr? -I 8 iv/ ' j* 4- IO 7.C uyjv 8937 Lacaille 8369 . . . . j 6-5 *" t * J* /** 4 16. 70 \j-y- \j 69. i 2 i ** **/ 3-995 | j" *"J T"J' ** - 38 5> 26.5 JO" J 62.7 T IIJ ' JJ "0-35 8938 O. Arg. S. 20309 . . . 8.1 4 22.96 66.2 2 3.611 - 25 13 9.4 66.8 2 10.36 8939 Lamont 3130 .... 9.0 4 23. 15 70.9 5 3-3 6 o - 14 6 26. 5 69-7 4 10.36 8940 80,41 O. Arg. S. 20311 . . . 2 Capncorni 7.2 c c 4 35-8i 2O 4 11 8O 67.6 7C i 2 3- 567 + 7 377 - 23 24 o. 3 17 I 31 7 59-8 77 8 2 2 o. 37 4- 10 78 *rytfM 8042 1 8 Vulpeculae J' J 6.0 4,\J i|. j f . (jy 4 42. Q4 / j' 4S. 6 2 J' JJ/ 2. t;O2 * j * o / -4- 26 2Q 2Q. ? / / . ^ 72. O 4 -p *w. jt) 10. 38 vyf 8943 8O44 Lacaille 8373 .... Anonymous . 6-5 Q. O *T *T * * y*T 4 43- OI 44.6 Q3 *T J " " 6 5 .2 6Q 2 2 2 ** J*-'*' 3.859 3. 31Q I 7 ;? J - 34 3 2 4- 6 14 'I 2< 4 / - 69. 2 47 8 2 2 10.38 IO 2.Q ^y^r 8945 Lalande 38708 . . . y. j 7-5 *T U * ~fj 4 48-31 **y* * 75-o 4 J' Jj;? 2-155 *T- J J* T" + 38 43 34- 4 H-y w 68.3 4 4 ^' oy 10.39 8946 B. A. .6941 . . . . 7.0* 20 4 53. 72 59-6 2 + 2.639 + 20 43 '2-.7 54-4 5 -f 10. 40 8947 Weisse XX, 81 . . . 7.8 4 57.58 71.9 8 3-361 - 14 12 23.9 66.2 4 10.40 8948 O. Arg. S. 20316 . . . 8.5 5 5-26 60.6 2 3.666 - 27 28 12.8 68.3 2 10.41 8949 Weisse (2) XX, 189 . 8.8 5 '2.34 74-4 3 2. 158 + 38 40 34-o 75-4 3 10.42 8950 8951 O. Arg. S. 20320 . . . Anonymous 7-8 5 16-32 20 5 2 i . 28 65.7 67.8 5 2 3.428 -r- 3 427 - 17 17 48.4 17 IQ S t 7O. 2 68 7 2 2 10.42 -(- IO 4^ yj 8952 Weisse XX, 104 . . . 7-3 5 28.24 63.7 4 i j* T-"/ 3. 140 / y jo 3 2 4 44-3 vi-/. / 65-7 2 ~ *v t j 10.44 8953 Weisse XX, 101 . . . 8.8 5 3- 39 68.9 4 3-359 - 14 5 46.5 63.0 6 10.44 8954 O. Arg. S. 20322 . . 8-5 5 3LI7 65-7 2 3-396 - 15 5 21.5 65.0 3 10.44 8955 Weisse XX, 120 . . . 8.4 5 55-i6 64. 2 2 2-738 + 16 18 44. 5 68.8 2 10. 46 8956 891:7 Weisse (2) XX, 206 . 7-4 6.0 20 5 55-95 c c6 8^ 68.8 AC 6 2 2 + 2. 642 2. 506 + 20 39 8. 9 _l_ 26 21 t8 2 70.2 72 7 2 2 + IO. 46 IO. 46 yj I 8 9S 8 Piazzi XX, 36 .... 7.0 j jv. uj 6 5.79 *O" V 76.7 2 2.508 -p f,\j ^j o + 26 19 41.4 / *" / 72.6 2 10. 49 8959 Weisse XX, 122 . . . 8-5 6 19. 78 65-4 4 3-357 14 3 24.6 69.7 I 10. 50 8960 Lacaille 8381 .... 6.2 6 33- 32 63-7 4 3.663 - 27 26 52.4 69.6 4 10. 52 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 227 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. 5^. 1 S 1 lM O 6 Z Annual Precession, 1860. Mean Declination, 1 860.0. l-i rt p > 2 S 1 "3 1 Annual Precession, 1860. h. m. s. s. / // // 8961 Groombridge 3067 . . 6.8 20 6 33. 94 68.7 2 + 2. 168 + 38 27 48. 5 47.6 2 + IO-5 2 8962 O. Arg. S. 20337 . . 8-5 6 40. 38 61.8 2 3-393 - 15 45 '7-o 70.7 2 io-S3 8963 Groombridge 3069 . . 6 41.72 73-3 4 2. 174 + 38 15 58.6 69.7 3 -53 8964 Groombridge 3072 . . 7-5 6 47. 89 73-3 4 2.174 + 38 17 i-9 69.7 3 10.54 8965 O. Arg. S. 20339 9.0 6 48. 24 65.7 2 3-394 - 15 46 25. i 71.0 3 10.54 8966 Riimker 8116 .... 9-5 20 6 59. 98 64.6 2 + 2.642 + 20 43 39. 5 62.2 2 + 'o-55 8967 Weisse XX, 135 ... 8.2 7 i-3 69.6 2 3- 2 99 - ii 18 'o-55 8968 B. A. 0.6949 .... 7-4 7 7.08 65.8 4 3- 2 99 - ii 18 41.0 68.7 2 10.56 8969 B. A. 0.6948 . . . . 6.6 7 8.31 61.7 8 3-740 - 3 25 44-4 71.1 6 10.56 8970 Lamont 477 .... 9.0 7 13-82 68.8 2 3-593 - 24 37 5- 5 66.6 2 '0-57 8971 O. Arg. S. 20343 . . 7.0 20 7 14. 60 69. i 2 + 3-425 - 17 16 21.6 66.2 2 + '0-57 8972 Lacaille 8385 .... 6.0 7 '6.37 63-3 3 3-924 - 36 52 38- 9 69.8 4 10.57 8973 Weisse XX, 145 ... 6.8 7 18.53 68.8 2 3-35i - 13 48 17-8 61.2 2 10.58 8974 Lacaille 8387 .... 6.0 7 24.56 63.0 3 3.886 - 35 37 3-8 64.7 2 10. 58 8975 Xo7fi DM. -f 16, 4197 . . 8-3 e e 7 40. 16 2O 7 47. 87 59.6 4.6. 2 3 7 2.740 4- 2. 77s + 16 18 18.5 + 14 46 24. 5 53- 8 71. I 2 J 10. 60 f- 10. 61 oy/u 8977 8078 Tr. Z. 78, I j* j 7-5 / ^ t ' t 7 So-84 7 so 08 *T"' 69.6 6c 7 O 2 4. 1 *" / / J 4.005 i eS-J - 39 25 36. i 24 15 't't. I / 66.7 64. o J 2 10. 62 10. 62 o y/ 8979 Gr. 12-year Cat. 1809 . 8.8 / y sp* 8 0.62 \/j. i 59.6 *T 2 j- j"j 2.740 t j j j- + 16 19 25.7 S3- 8 3 10.63 8980 Lacaille 8394 .... 8.0 8 14.32 67.6 3 3-770 - 3' 37 54-9 63-7 2 10.65 8981 Weisse (2) XX, 304 . 6.8 20 817. 62 69.2 4 + 2. 176 + 38 20 40. i 54.6 4 + 10.65 8982 Weisse (2) XX, 306 . 7-8 8 18.48 71.4 4 2.175 + 38 24 10.65 8983 O. Arg. S. 20358 . . 8-5 8 23. 22 66. 7 3 3-424 - 17 17 12.0 66.6 2 10.66 8984 Gr. 12-year Cat. 1810 . 8-5 8 29.68 64.4 4 2.740 + 16 21 0.3 53-8 4 10.66 8985 8986 DM. + 380,3960 . . 7 Capricorn! 8.2 c e 8 31.29 20 8 ?7. to 77-7 60 6 2 2 2. 178 _|_ ? -128 + 38 18 12 4.S 44.. O 60. i 2 10. 67 _|_ 10. 68 XnX7 Anonymous . . . . 3" j 90 A.W V Jt ' J v 8 4O ^4 v y" " 74. 7 1^ 3 O* w ? -3C4. T^J t*r* v 11 $Q 17. Q 47. 8 1 10.68 oyo/ 8988 Vienna Z. 111,95 w 8.8 ** ^"- ot 8 46.60 /'r- / 64.4 4 J' JJ^r 2.741 J j y i y + 16 19 28.6 TV ' v 53-8 2 10.68 8989 Weisse (2) XX, 329 . 6.5 8 51.64 68.7 2 2. 164 -f- 3 8 44 7- 6 60. 7 2 10.69 8990 O. Arg. N. 20223 . . 8.0 8 58.06 76.8 2 1.782 + 48 45 58. 5 60.7 2 10.70 8 99 I 80Q2 O. Arg. S. 20366 . . (ft Cvtrni 7-5 4.. O* 20 9 10. 06 O I 3. 4^ 62.O 72 4. 4 J + 3-426 I 88q - 17 24 21.4 -i- 4.6 10 4. Q 64.6 ?7. 7 4 2 + 10.71 IO. 72 ' 'V*- 8993 Xnnj O. Arg. N. 20231 . . A3 CvPJli 4 T* w 8.0 c c y j' TO 9 '4-58 O 17. 4Q / "" *T 75-i 68 ^ O 3 C * vvy I. 890 2 24O 1 ^ y ^- y + 46 17 19-9 4- ^6 22 4H. O j i / 77-8 60. i I v. y 10. 72 IO 72 yy4 8995 B. A. 0.6969 . . . . J' J 6. 2 " / *r;7 9 25-55 '" j 77.2 .) 4 *,. A.Lf.U 2. 241 j jv m if j y + 36 19 39- 3 67.6 5 / * '0-73 8996 Anonymous 9.0 20 9 32.44 67.7 2 f 3-585 - 24 22 36. 5 68.7 2 + o-74 8997 8ooS O. Arg. S. 20370 . . . & l Capricorni .... 8. 9 4.0* 9 44-5' ??. I? 63-3 1^. 1 3 27 3.609 \. m - 25 26 34.2 - 12 56 16.4 66.7 ??. 7 2 18 10. 76 IO. 77 oyyo RQQO 21 Vulpeculae . . 4. S* y JJ J Q ?8. O2 J J J 6. i *-/ 2 O JJ 2.488 4- 27 2? II. Q jji C7. C O 3 / / IO. 77 oyyy 9OOO O. Arg. S. 20378 . . . t- j 7-4 y j 9 58-07 j v ' * 61.8 2 3-454 1 / J y - 18 4' 37-9 JJ' J 66.7 J 2 / / 10.77 228 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. i >* C 3 v 2 ai ^3 * O 6 % Annual Precession, 1860. Mean Declination, 1 860.0. ^ 4) X 1 "o 6 ft Annual Precession, 1860. 9001 -3 7 Cvtrni 4. S* h. m. s. 20 lo 8. S4 72. i ? s. -4- I. 7Q2 / // 4- S6 8 24. 7 61. 4 4 // 4- 10 78 9002 QOO3 Vienna Z. 111,98 . . a* Capricorn! .... *T* J 9.2 3. O* *" * w w. j^. 10 13. 12 10 17.01 64. 2 55.8 o 2 264 1 jy 2-743 1. ?"I2 [ J *"T" / -f 16 19 12 S8 11. I Si. S 10; V''. / W 10.79 IO 7Q y*- /v 'J 9004 Lacaille 8399 .... O' " 7.2 10 19. 67 J J 61.7 3 J JJ 3.808 j jj - 33 9 52. i j j 69. o o 3 i y 10.80 9S Riimker8i56 .... 7.6 o 32.53 68.8 2 2.742 4- 16 20 11.3 57.2 4 10.82 9006 DM. + 36, 3970 . . 8.0 20 10 33. 99 77-4 3 + 2.233 + 3 6 4i 4- 10.82 9007 O. Arg. S. 20384 . . . 7.0 10 34- 59 68.7 2 3.58' - 24 19 36.5 64.3 6 10.82 9008 B. A. C. 6978 .... 6.8 10 38. 24 68.8 2 2.490 4- 27 20 48. 7 53-6 6 10.82 9009 O. Arg. S. 20388 . . . 7-5 10 42. 92 67.1 3 3-444 - 18 17 23.0 66.7 2 10.83 9010 B.A. C. 6977 . . . . 7.0 10 43. 86 59-7 2 3- 723 30 3 26.8 56.7 6 10.83 9011 Weisse (2) XX, 398 . 6-5 2O 10 58. 21 69. i 2 + 2-178 4- 38 28 14.0 47-6 4 4- 10.85 9012 Lacaille 8403 .... 6-3 " 7-73 69.6 2 3.803 ~33 3 4-8 63.8 2 10.86 9013 DM. + 36, 3977 . . ii 9.81 77-7 2 2-235 + 3 6 4i 10.86 9014 Weisse (2) XX, 41 2 . 6.1 ii 14.65 68.7 2 2.237 + 36 37 35-9 69.0 4 10.87 9015 Lacaille 8404 .... 6.1 ii 15-74 63.0 3 3-859 - 35 i 8. 7 67.3 2 10.87 9016 OOI7 O. Arg. S. 20393 "" *""t I 3 "?3. **Jr* o / / 1.877 t i/ i j i 4- 77 17 l^. I ^J' * 72. <> 6 ii. 04 * J JO' ^ / 1 i 1 1 t j 1 J U. S. NAVAL OBSERVATORY, 1845 TO 1877. 22Q Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. M 3 I c s 3 1 IM O O % Annual Precession, 1860. Mean Declination, 1860.0. J-, rt o> >* s 1 'o 6 Annual Precession, 1860. 004.1 it Cephei (ad*) .... h. m. s. 20 11 11. Ql 74- 4 7 s. 1-877 / // -4- 77 17 13. I 6^.8 2 // -1- 1 1 . 04 ;T""t* 9042 Weisse (2) XX, 500 . 6.2 O OJ yj 13 42-59 68.7 J 2 It + 2. 205 i // / j f + 37 So 35- 8 "O 1 v 61.7 2 T ^ 11.05 9043 B. A. C. 7001 .... 7.0 13 51.69 68.7 2 2. 183 + 3 8 34 3-4 47-7 5 II. 06 9044 Lacaille 8418 . . . . 6-5 '3 59-32 62. 9 4 3-877 - 35 49 12.8 71-3 4 II.O7 9045 M. Z. 36, 67 7.6 H "3-75 64-3 2 3.809 - 33 29 32- i 65.2 2 II.O9 9046 O. Arg. S. 20442 . . . 7.6 20 14 18.91 65.7 5 + 3-393 - 16 4 1.2 65.6 3 + Il.Og 9047 O. Arg. S. 20439 . . . 7.8 14 19.56 69.7 3 3-705 - 29 35 42.7 66.7 2 II.O9 9048 O. Arg. S. 20443 8-3 14 23. 30 64.0 3 3-54 - 22 47 15.3 65.2 2 II. IO 9049 Weisse (2) XX, 521 . 8.5 14 27.83 71.7 3 2. 242 -j- 36 41 20. 6 77-7 6 II. IO 9050 Lalande 39141 . . 8.2 H 33-91 71.7 3 2. 242 + 36 41 36.2 73-6 7 II. II 9051 QO12 I.amont 502 .... Anonymous 8.2 Q. O 20 14 40. 27 14 43. 66 68.7 65.7 2 4 + 3-601 7.. TO? - 25 25 53.8 l6 4. So. 7 69. 2 67.7 2 2 + II. 12 II. 12 y j 9053 QOC4. Lacaille 8421 .... y, ** 6. 9 0, O 14 45-39 Id. 4.8. 67 62.4 68.8 6 2 O O7J 3.868 -i egg T^ J 7 1 - 35 34 29.3 24. ?6 1 6 8 II 70.2 6-?. 2 4 2 II. 12 II. ll y w j*t QOSS Anonymous y w 8.q *t *T W - / 11 ??. 2O 73- 2 4 o' j^y 3 -74.7 -.4 J" V. V 11 40 10 6 *J* ** <;6 8 3 ' J II 14. y jj 9056 Mer. C. Z. 133, 108 . ** y 9.0 -t r jo- 20 14 53. 75 / J' 68.7 2 O' J*tJ + 3- 55 j *f j^. 21 17 23.6 j"* 56.7 J 2 i **t + H 9S7 Weisse XX, 359 . . . 9.0 IS '5-94 71.7 3 3-342 - 13 39 43- 7 74-7 2 ii. 16 9058 O. Arg. S. 20458 . . . 8.5 15 33-40 60.6 2 3.580 - 24 36 35. o 58-7 2 11. 18 9059 Anonymous .... 9.2 15 52.42 69.1 2 3-458 - 19 i 35-7 55.8 2 11.20 9060 0061 O. Arg. S. 20465 . . . 8.2 6.0 16 2. 13 2O 1 6 2. 24 60.0 6q. 2 3 4. 3-564 4- 2 1578 23 55 23- 6 4- 24 O 62 57-o 72. O 5 II. 22 -{- II. 22 ;7 9062 B. A. 0.7011 . . . . 6.2 16 6. 34 :* 63.4 T^ 4 i ;jf ** 3.700 I *"*T 29 31 26. 7 / *" ** 60.5 12 II. 22 9063 Lalande 39208 . . . 7-3 16 7. 10 66.7 2 3-089 - 53 52-9 67.8 2 II. 22 9064 B. A. 0.7012 . . . . 6.6 16 it. 61 6l.8 8 3.619 26 16 52. 3 63.6 3 11-23 9065 B. A. C. 7014 .... 5-5 in 14.41 71-7 3 2-977 + 4 53 52-9 68.2 2 11.23 9066 Weisse (2) XX, 592 . 8.0 20 16 15. 71 77-4 4 + 2.246 + 36 42 Si-8 77-8 I + 11-23 9067 O. Arg. S. 20468 . . . 9.0 16 15.87 63.6 4 3.588 - 24 58 43. 2 61.7 3 11.23 9068 Weisse XX, 387 6-5 16 18.95 58.5 4 3-345 - 13 5 35- ' 47-8 3 II. 24 9069 O. Arg. S. 20470 . . . 8.5 l6 22. 70 60.6 2 3.581 - 24 42 15.6 58.6 2 II. 24 9070 O. Arg. S. 20473 8.9 16 25.07 63.6 4 3-588 - 24 59 30. 3 61.7 3 11.25 9071 Tr. Z. 183,43 . . . . 9. i 20 1 6 28.89 68.7 2 + 3- 458 '9 '3 "-7 55-8 2 + 11-25 9072 O. Arg. N. 20423 . . 8.2 16 48. 21 76.7 4 0.782 + 64 13 10.9 73-7 I 11.27 9073 B. \.C.70i8 .... 6.2 16 52. 10 61.9 5 3.688 - 29 6 51.0 56.7 7 11.28 9074 Lamont 515 .... 7.8 16 53.04 68.8 2 3-556 - 23 37 57-o 66.9 4 11.28 9075 Lacaille 8432 .... 7.2 "7 3-65 62.7 2 3.820 - 34 5 '2-0 71.2 4 II. 29 9076 9O77 O. Arg. S. 20482 . . . 8. i 3.0* 20 17 4.30 17 12. 28 68.7 46.8 2 IO + 3-562 2 III - 23 55 52-9 _J_ IQ 48 ^6 3 58.6 67 7 2 6 + 11-29 I I. -7O 9078 71 Draconis 3 S. 1 17 l6 Id. tf-w. * 67 7 * * j I. OI I i jy ^ J ' j -f- 61 48 48. 8 / / 60. 7 6 ,y IT 71 9079 B. A. 0.7021 .... J J 6.9 / v - **fr 17 21.13 / ' / 61. i 6 3-635 - 27 o 28. i 64.7 4 . . j* 11.31 9080 Lamont 517 .... 8.9 17 22. 36 64.0 3 3-523 22 14 4. I 68.3 2 11.31 230 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. h ! c 3 . i V S i/j i lM o 6 X Annual Precession, 1860. Mean Declination, 1 860.0. L rt V P-> C rt U s 1 "o Annual Precession, 1860. h. m. s. s. / // // 9121 Lament 1 201 .... 6.0 20 23 13.47 62.2 6 + 3-373 15 31 15-4 61.3 7 + "-73 9122 Lalande 39496 . . . 6.8 23 17.50 71.7 3 2. 198 + 38 5' 53-7 56.3 5 11.74 9>23 DM. + 38, 4103 . . 8.0 23 '9- 21 71.7 3 2. 197 + 38 54 42- 7 68.8 2 11.74 9124 QI 2C O. Arg. S. 20569 . . . A. i Cvpni 8.2 =; o 23 25.96 27 40. ^4 59-4 46. < 2 C 3-53' 2. 44Q 22 58 19. I 4- 29 54 12. 4 57-5 70. 3 4 7 11.75 ii. 77 y 1 j 9126 o I ?7 O. Arg. S. 20573 . . . Anonymous j' 9.1 Q O "J f*** J*T 2O 23 42. 07 21 4.6. ?6 t v - j 68.7 68.7 J 2 2 *,. -ft' + 3-532 i. ??T - 23 I 3.2 2\ T, 2.4 63-3 55. 7 5 i + 11-77 II. 77 y 1 ^/ 9128 0. Arg. S. 20575 . . . 7* ** 8.2 ** o "rV / 23 49- H "*" / 63-7 3 O JJO 3-674 J j *" ^ - 29 4 17.9 63.6 2 / / 11.78 9129 Lament 1205 .... 9.1 23 5 -92 65.7 3 3-372 - 15 28 6.9 67-7 2 11.78 93 OI 71 O. Arg. S. 20578 . . . 7.0 6.0* 23 58. 48 2O 24 O. Oti 63.6 59. 6 S 2 3-584 + 2. 286 - 25 30 22. 3 + 35 59 2 '- 71. i 53-6 3 3 11.79 + I! -79 y 1 j l 9132 Lacaille 8471 .... 6-5 ^ j 24 o. 18 jy* * 74-7 4 4.046 - 4i 59 21.9 7-3 3 11.79 9'33 Lacaille 8476 .... 7- i 24 o. 68 63-7 4 3-744 - 3 5' 9-3 67.7 3 11.79 934 B. A. C. 7069 .... 7-5 24 1-38 63-7 4 3-523 - 22 37 27. 2 66. i 5 11.79 9135 B. A. C. 7070 .... 7.8 24 3-55 63.7 4 3-523 - 22 37 52.8 69.7 4 11.79 9I3 6 B. A. 0.7071 . . . . 7- 1 20 24 9. 58 62.5 S + 3-673 - 29 3 56-5 62.7 4 + 11.80 9137 B. A. 0.7076 . . . . 6.5 24 1 1 . 60 76.8 2 1.852 + 48 27 17.5 74-8 2 ii. 80 9138 Lacaille 8475 .... 7-5 24 27.81 65.7 2 4.012 - 41 i 47.8 66.7 2 11.82 939 Piazzi X5?, 177 ... 7.0 24 30. 90 66.8 3 2.866 + 10 47 28. 3 64.8 2 11.83 9140 B. A. C. 7077 .... 6.2 24 31. 86 62. i 4 3-585 - 25 24 47. 6 67.8 2 11.83 9'4i Piazzi XX, 179 ... 7.0 20 24 31. 87 66.8 3 + 2.866 + '0 47 31.9 64.8 2 + 11-83 9142 B. A. 0.7080 . . . . 6.0 24 44. 38 77- S 6 3.269 - 10 19 40.4 68.2 2 11.84 9H3 Weisse XX, 610 . . . 7-5 24 53- 66 7'-7 3 3-236 - 8 40 o. 7 56-7 2 11.85 9144 O. Arg. S. 20595 8.9 25 9-58 67.6 2 3-372 - 15 32 58.0 65.6' 3 11.87 9'45 Lacaille 8485 .... 7.0 25 '4- 3 1 61.8 3 3.688 - 29 45 57. 8 66.6 2 11.88 9146 Tr. Z. 180, 37 . . . . 8.2 20 25 18. 24 69. i 3 + 3-494 - 21 22 13.3 56.7 2 + n.88 9U7 OI AS B. A. 0.7081 . . . . 7.2 91 25 19.95 25 25. 88 63-7 72 O 2 3-523 3 COT - 22 42 8. 6 21 4"? 4O. 7 63-7 72 4 4 3 11.88 it. 89 y*4 OT AO * A 2 2C A? 12 / w 62. 8 C j w * I 817 f, A *f J Ifv. 1 4- 48 28 > G B S t/3 JD O "o o Z, Annual Precession, 1860. Mean Declination, 1 860.0. i s rt V S 1 It- o 6 s? Annual Precession, 1860. i 0161 Delphini C o h. m. s. 2O 27 IQ 73 6Q.2 4 s. + 2. 8^4 / // -4- 12 12 I;Q 7 68 i 2 ff -f- 1 2. O2 y 9162 Lalande 39655 . . . J 8.0 *. v *./ *7 t J 27 26. 20 y 70.4 3 -| .. ->J*f- 2. 801 j jy- / + H H 14-5 >** j 67.8 2 12.03 9163 B. A. C. 7093 .... 7.0 27 27.90 61.6 10 3-623 - 27 15 13.0 57-7 7 12.03 9164 9165 Lacaille 8497 .... 6.4 4. o 28 23. 24 28 4S. 74. 62. 9 46. 7 4 3 4.023 2.801 - 41 42 31.0 -f- 14 II 37 4. 67.8 70 s 3 j 12. 10 12,12 0166 M Z. 16 71 7. O tj. jn 20 29 5. 28 64 2 2 *J 4- ? 788 T "T^ * O/T" -j-j cc -57 o / v - j 68 7 j 2 -4- 12 1C y vv 9167 Weisse (2) XX, 994 . / y 7.0 29 5.96 "*T- * 73- 4 I" J. /*JJ 2.259 JJ J J *>/ * w + 37 22 19.7 uo. / 65-7 3 T 3 12.15 9168 Weisse XX, 727 . . . 8.3 29 10. 62 68.7 2 3-322 - 13 13 17-2 74-7 2 12.15 9169 Weisse XX, 728 ... 7-5 29 10. 80 68.7 2 3-322 - 13 13 8.0 61.2 2 12. 15 9170 B. A. C. 7112 .... 6.0* 29 19. 96 68.7 4 1.963 + 46 12 54. I 53-6 3 12. 16 9171 QI72 O. Arg. S. 20654 . . r 1 Capri corni . . 8-3 6 20 29 27. 73 2Q 2Q. 06 64.7 jc 7 4 2 + 3-497 3l6Q 21 49 8.8 1C 37 AJ o 61.0 71 2 3 + 12.17 12 17 y / 9173 B.A. C. 7108 .... j 6.2 29 31.71 TO* / 62.1 7 J**y 3-581 1 j j/ 4o* y - 25 35 36-5 /** * 56.2 9 */ 12. 18 9'74 B.A.C.7III . . . . 7-i 29 32.01 63.0 13 3-521 - 22 55 40.2 58.7 7 12. 18 9'75 B.A. .7114 .... 6.0* 29 33-03 62.7 2 2. l6l + 40 37 3. 6 72.9 5 12. 18 9176 Weisse XX, 743 . . . 8.0 20 29 38.05 66.7 2 + 3-035 + 2 o 47. 6 68.7 2 4- 12. 18 9'77 9178 B.A. .7113 . . . B. VI. 20>> 54 . 6.6 * 8 29 47-43 2Q 47 62 62.4 68. 7 16 2 3.560 34.4."? - 24 42 47. 6 IQ IS 41 2 60.3 re 8 5 2 12. 19 12. IQ 9179 DM. + 37, 3984 . . 9.0 *-y T/ * **" 3 3-34 69.4 3 4-tJ 2.521 y j !** + 37 26 4.5 jj 1 w 48.6 I 12. 21 9180 B.VI. 2ob,55 .... 8.5 30 10. 88 71.7 3 3-443 - '9 16 43-3 55-8 2 12.22 9181 O. Arg. S. 20675 8-5 20 30 12.43 63-7 S + 3-498 - 21 54 35-7 61.2 6 + 12.22 9182 Weisse XX, 755 ... 7-5 30 16.27 69.6 2 3-288 - I' 3i 3-3 68.3 2 12.23 983 B.A. .7116 . . . . 6-3 30 17.78 68.7 2 3-489 - 21 28 43. I 57-i S 12.23 9184 M.Z.59,1 7-6 30 22. 55 68.7 2 + 3- 778 - 33 39 48. 9 65.6 2 12. 24 9 I8 S B.A. 0.7124 . . . . 6.0 3 34- 84 67. o 3 o. 197 + 72 3 24.9 67.2 17 12. 24 9186 Weisse XX, 767 ... 8.2 20 30 37. 67 68.7 . 2 + 3-3I9 - 13 6 58. i 69.4 3 + 12-25 9187 Lacaille 8509 .... 6.7 3 54- 74 69.7 4 3-855 36 31 16. o 62.7 3 12.27 9188 9189 DM. -f 27, 3809 . . P Delphini 8-3 A e 30 55. 66 1O c8 07 70. i 46. o 2 6 2.522 + 2. 806 + 27 27 50.6 -4- 14 6 ~n 8 69.7 70. 8 2 12.27 12. 28 9190 B.A. 0.7184 . . . . T" J s.o* J u ->- yj 31 1.61 61.8 2 -43- 539 1 **r w jl " + 88 42 3. o 66.7 2 12.28 9191 9192 Weisse XX, 779 . .. . 27 Vulpeculae 8.2 6.2 2O 31 4.OO -? T 6 A.1 68.7 67 7 2 :; + 3-3I9 2 CC7 - '3 8 39.7 J- zt eg id o 69. 2 60. o 3 g + 12.28 12. 28 9193 B.A. .7123 . . . . 6.5 O* " T- 1 31 8.87 **/ / 6o. 7 O 2 Jj/ 3-396 \ j j u j v - y - 17 2 49. I 54-6 2 12. 29 9194 919$ Lacaille 8513 .... T 3 Capricorn! .... 6.5 6.0 3 1 22.43 31 26 AI 62. 7 67 2 S 6 3-847 3-j6j. - 36 17 '7-2 1 1 26 ^14 C 70.9 7O 4 4 12. 31 12 71 9196 O. Arg. S. 20697 8.8 J * *W *fl 20 31 30.41 uj. -i 68.8 2 J'-'T- + 3-486 1 J AV/ JT" J 21 25 39.0 /** T 6O.O 3 Jl + 12.31 9'97 Lacaille 8512 . . . . 5-8 31 31-32 66.7 2 4.052 - 42 53 22.3 66.8 2 12.32 9198 Lacaille 8517 .... 5.8 31 32.26 62.6 8 3-782 - 33 55 25.4 67.1 3 12.32 9199 9200 Rumker 8494 .... 48 Cygni 2.6 6.2 3 38- 18 71 CO Id 77.0 60 7 4 2 2.515 2 437 -f- 27 18 o. 2 -t- "U ? 7.6 77-8 7O 8 2 1 I2.J4 12 34 J* J"' JT- "y- / t j/ i j j / w / V. J 1 Jf U. S. NAVAL OBSERVATORY, 1845 TO 1877. 233 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. Mean year. ui 8 IM O 6 Annual Precession, 1860. Mean Declination, 1 860.0. i > 1 1 -o o fc Annual Precession, 1860. Q2OI Anonymous . . Q s h. in. s. 2O 31 CT 41 6q. 7 i s. J- -7. 380 / // 1641 C.7. 7 61.7 I // 4- 12 14 7 9202 B. A. 0.7132 . . . . 7 J 7.0 *" J * J ^O 3' Si-48 y 1 69.7 2 i j j^y 2.438 *t J j / ' I + 3> 2 9-7 J 4 68. 3 2 T^ * ot 12-34 9203 B. A. .7128 . . . . 6-5 3i 5-54 61.9 5 3-548 - 24 16 57.0 59-5 6 12-34 9204 B. A. .7130 . . . . 6.5 31 56.06 76.8 3 3 '25 2 54 8.9 74-8 2 12.34 9205 DM. + 37, 3998 . . 8.5 32 0.72 71-7 3 2.251 + 37 54 56. 2 61.3 2 12-35 9206 O. Arg. S. 20709 . . . 8.8 20 32 4. 13 68.8 2 + 3-486 - 21 27 5.5 56-7 3 + 12-35 9207 0208 B. A. .7133 . . . . v Capricorn! 6.7 c o 32 4- 44 12 4. C4 62.6 60. i 8 12 3- 55 -3. 4.27 - 24 35 54. 6 18 17 42.8 69.6 58. 7 4 2-35 12. 1? y 9209 DM. + 37, 3999 . . J* ** 8. 5 j ^- j^ 32 5-47 75-o 3 j* ^*/ 2-255 J 1 *t*" + 37 47 21.0 J v / 65.7 3 Jj 12-35 9210 Lalande 39884 . . . 7.0* 32 5- 99 69.6 2 2. 26l + 37 36 40- i 65.7 3 2-35 9211 Lalande 39885 . . . 6.0 20 32 7. 66 69.0 3 + 2.254 + 37 5 36. 8 47.2 5 + 12-36 9212 B. A. 0.7135 . . . . 7-i 32 8.54 61.8 6 3- 6 34 - 28 4 42. i 60.9 5 12. 36 9213 9214 B. A. .7136 . . . . I Aquarii 6.0 6.0 32 "-63 72 14. 2Q 68.7 71. S 2 4 3.612 i 072 - 27 8 9 . 5 o 011.7 65-3 60 I 2 12.36 12 l6 9215 B. A. 0.7139 . . . . 7.0 O** **t" y 32 22. 22 / j j 61.6 5 j t 3.656 - 29 2 29. 9 "jr 1 * 65.2 2 *- o 12-37 9216 B. A. 0.7146 . . . . 7.0* 20 32 35.29 59-3 3 + 2.783 -f "5 20 54.5 56.7 4 + iz-39 9217 Lacaille 8529 . . . . 6-3 32 42. 24 62.4 3 3-731 - 32 5 23.6 68.1 2 12.40 9218 O. Arg. S. 20728 . . . 7-7 32 48.63 68.8 2 3-440 - 19 16 6. 2 55-8 3 12.40 9219 Rtimker85i3 . . . . 7.8 32 56.02 69-3 2 2.250 + 38 3 3i-5 47.8 2 12.41 9220 B. A. 0.7147 . . . . 6.5 33 2.49 64. i 3 3-595 - 26 29 34. 3 64.7 2 12.42 9221 0222 B. A. 0.7148 . . . . a Delphini . 6.8 j e 20 33 5. 04 -!-, g 08 67.7 re c 3 6 + 3-642 2 78j - 28 29 18. 9 + T r 2C 17 8 72.0 eg 6 4 + 12.42 12 A1 y~K 9223 9224 Weisse XX, 841 ... 5* j 8.0 c c JJ 0. VJO 33 17-54 ll 18 88 JJ' J 70.4 66.2 3 2 - /j + 3- 206 O 7O1 1 3 ^3 * J* 7 17 22.6 _L 7* 28 2C 7 J- u 70.2 CQ C 2 1 * *+j 12.44 12 ,14 9225 Anonymous J' J 7 8 jj 11 21 72 68.7 2 * /"j + 1 241 [ it *" ^3- / O 7 C4 C jy- j 6? 7 2 * ff- 12 44 9226 Weisse (a) XX, 1140 (ist*) / " 8.3 JJ **/* 20 33 22. 1 1 69.0 3 J- **t + 2.248 y / ->-+ b + 38 9 24. i Vl/ . / 48.0 5 ** *Hr + 12.44 9227 Weisse (2) XX, 1140 (2d*) 7-3 33 22.88 69. 2 2 2. 48 + 38 9 9-5 47-8 4 12.44 9228 D. M. + 37, 4010 . . 8.2 33 23.39 74-4 3 2. 26l + 37 42 17-3 75-7 4 12.44 9229 Weisse XX, 846 ... 8.0 33 26.80 74-4 3 3.206 7 '6 32- i 7O. 2 2 12.45 9 230 Weisse XX, 847 ... 8.7 33 28.02 62. i 3 3-257 - 10 o 57.4 67.0 3 12.45 923J Weisse XX, 849 ... 8.0 20 33 31.12 62. o 4 + 3-259 - 10 811.9 61.8 2 + '2-45 9232 Weisse XX, 851 . . . 8.5 . 33 35-08 69.9 5 3.207 7 21 7.6 69.8 2 12.45 9233 B. A. 0.7155 . . . . 5.8 33 42. 12 66.2 2 3-953 - 40 3 22.3 70.7 3 12.46 9234 Weisse XX, 860 . . . 9.2 34 2. 08 60.7 2 3-34' - "4 23 57.7 55-6 5 12.49 923S B. A. 0.7158 . . . . 6.0* 34 26. 04 59-6 2 2-193 + 40 5 9.8 53-8 3 12.51 9236 K. A. 0.7159 . . . . 7.0 20 34 41.67 59-5 6 + 3-423 - 18 36 27.3 55-9 5 + 2.53 9237 Lacaille 8537 . . . . 7-5 34 44- 13 66.4 8 3.672 - 29 54 53- 9 64.8 2 12.54 92 3 8 Riimker 8526 .... 8.2 34 53- 33 67.6 2 2.037 + 44 46 7. 8 68.7 2 12.55 9239 O. Arg. S. 20762 . . . 8.5 34 55- 74 68.7 2 3-45 1 - 19 59 6. 6 63.2 2 12.55 9240 B.A. 0.7162 .... 6.6 35 16.09 63-7 4 3-5'3 - 22 57 8.9 65-3 2 12.57 234 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. 1 a rt S o o Annual Precession, 1860. 9241 O. Arg. S. 20765 . . . 8.3 h. m. s. 20 35 16.47 65.2 2 s. + 3- 562 / // - 25 II 26. 4 67.7 2 + 12-57 9242 Lacaille 8539 . . . . 6-7 35 23-44 63-7 4 + 3-734 - 3 2 25 45. 2 68.7 2 12.58 9243 B. A. 0.7169 .... 6.0 35 30.57 68.8 2 - 3-467 + 80 57 19. 8 65.0 2 12-59 9244 Weisse XX, 905 . . . 8.5* 35 41-83 64.6 2 + 3-027 + 2 29 45. 8 66.8 2 12. 60 9245 B. A. 0.7167 .... 6.0* 35 46.02 64.7 3 2. 242 + 38 35 6. 7 53-6 3 12. 6l 9246 Lacaille 8540 .... 6-4 20 35 46. 06 62. 9 6 + 3-836 - 36 19 47.6 63-3 5 4- 12. 61 9247 B. A. 0.7168 .... 5-5 36 6.91 62.7 4 3-641 28 42 20. i 66.7 2 12. 63 9248 Tr. Z. 61,12 .... 6.0 36 19.81 69. 2 4 3-817 - 35 40 7- 2 7O. 2 7 12. 64 9249 Weisse XX, 924 . . . 8. i 36 22. 79 71.7 3 3-073 - o i 53. i 64.7 2 12. 65 Q2CO a Cvini 2. I* 36 39. 55 52.4 '5' 2.043 -|- 44 46 53.4 50.6 104 12. 67 y j 9251 DM. + 34, 4125 . . Lamont 595 8-3 8.5 20 36 41. 17 16 4~l. 80 73-9 60. o 4 5 + 2. 348 3.478 + 34 56 14- 5 21 23 41. 9 69.7 58.0 2 8 + 12.67 12. 67 9253 B.A. 0.7170 .... 6. i o v tj- v 36 48- 47 63-7 3 3-6I7 - 27 45 3- 5 6 5 .I 3 12.68 9254 Lacaille 8546 .... 7-5 36 48. 74 63-7 4 3- 6 94 - 30 58 54- i 70.1 3 12.68 9255 O. Arg. S. 20802 . . . 75 Draconis 8.6 c c 36 48. 82 20 36 51. 39 ,68,5 68.8 3 2 + 3-539 - 3. 425 - 24 15 37-8 4- 80 56 25. 5 66.7 65.0 2 2 12.68 + 12.68 9257 B.A. 0.7172 .... J J 6.8 36 51.85 71.4 3 + 3-152 4 25 3. 3 68-5 4 12.68 9258 Lalande 40043 . . . 6.0 36 53- 25 72.9 5 2-348 + 34 57 23.4 62.7 3 12.68 9259 Weisse XX, 942 ... 8.0 36 58. 57 62. i 3 3-273 - 10 59 36. 2 70. 6 3 12. 69 9260 9261 O. Arg. S. 20805 Anonymous .... 7-3 9C 37 4.38 20 37 n. 01 69.8 6q. 7 4 2 3-541 + 3-609 ' 24 22 44. I 27 26 41. 3 66.7 68.7 2 2 12. 69 + '2. 70 9262 B.A. 0.7175 . . . . J 5-3 37 1 1. 80 7 / 68.8 3 3-93' - 39 42 15- i 71.2 4 12. 70 9263 Lacaille 8549 .... 6.2 37 22.93 63.0 3 3.841 36 37 27- 9 68.2 2 12. 72 9264 O26? O. Arg. S. 20812 . . . Anonymous 9.0 10. o 37 38. 17 37 4.2 4O 69. i 6q 6 3 i 3-476 3. 814 - 21 21 31. I 70.8 62.8 2 I 12.73 12. 73 y*^j 9266 i/* Capricorni 8.0 j/ *** r w 20 37 47. 98 \Sy. V 61.2 1 1 J' r T^ + 3- 57 - 25 46 15.0 63-7 3 + '2. 74 7 9267 9268 O. Arg. S. 20817 17 Capricorni 8.2 37 59-05 ^8 2. 7-* 68.2 4?. 6 4 i 3-538 3.489 24 18 11.4 22 I 12. 3 68.4 70. 7 3 3 12. 76 12.76 J7 9269 O. Arg. S. 20819 7-5 JU * / J 38 3.26 tj- " 64.8 8 3-536 - 24 13 49.0 68.2 7 12. 76 9270 B. A. 0. 7181 . . . . 6-5 38 4.28 62.7 6 3.606 - 27 22 29.4 64.8 2 12. 76 9271 Lamont 3374 .... 9-o 20 38 4. 76 61.8 4 + 3- 266 - 10 37 36- 5 61.8 2 + 12.76 9272 O. Arg. S. 20827 . . . 7-o 38 14.52 65.2 2 3- 5,62 - 25 25 17.2 68.7 2 12.77 9273 O. Arg. S. 20828 . . . Anonymous .... 7-6 38 15-84 38 18. 14 67.1 61.8 3 2 3-614 ?. 261 - 27 44 23. o 10 29 32.0 66.7 61.8 2 2 12.78 12.78 9275 O. Arg. S. 20833 7'. 3 38 20. 86 67.1 3 j j 3-613 - 27 41 25.6 66.7 2 12.78 9276 Tr. Z. 61,14 . . . . 7.8 20 38 23.71 68.7 3 + 3-812 35 39 33- 5 7O. 2 2 4- 12.78 9277 9278 O. Arg. S. 20839 . . . 30 Vulpeculse . : . . . 7-2 6.0* 38 36. 87 38 48. 94 68.7 59- 2 2 7 3-446 2. "IQ7 - 19 56 46.0 -f- 24 46 19.0 58-4 3 3 12.80 12.81 y i 9279 Lamont 317 8.8 38 51.46 61.8 J 2 j y i 3.624 - 28 12 26. 3 66.8 2 12. 8l 9280 B.A. 0.7187 . . . . 6.9 38 58- 52 62.6 4 3-594 26 55 27. 8 73-' 6 12.82 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 235 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. Z >> C rt R 76.8 ftR 7 2 2.389 + 33 52 23.6 69.2 2 13.01 f 7 rf} 935 B. A. C. 7212 .... . 4- 2 71.1 3 13-03 93i8 9319 B. A. 0.7216 .... H Cephei . 6.2 1 (:* 42 14. 62 A"2. 26 T.A 61.7 69. 6 7 3-556 i. 218 - 25 29 46. 3 57-5 64. 8 7 13-04 Uoc 9320 Lacaille 8586 .... J- J 6.6 \.. &\J. ^ 42 28. 32 63.7 2 2 3.968 4 61 17 49. 7 - 4 25 29. 7 68.7 4 2 u i 13.06 236 CATALOGUE OF STARS OBSERVED AT THE Number. Nome of Star. Magnitude. Mean Right Ascension, 1 860.0. IH i OJ >^ C rt * 1 1 _ O 1 Annual Precession, 1860. h. m. s. s. / // // 9321 B. A. 0.7219 .... 6.0* 20 42 32. 96 59-6 2 + 2.055 + 45 4 0.8 53-6 3 + 13-06 9322 Weisse XX, 1082 . . 8.8 42 34-86 66.7 3 3-215 - 8 o 15.0 68.2 2 13-07 93 2 3 <) { ' 1 Weisse (2) XX, 1407 . 14 Delphini .... 7-7 6.5* 42 43- l6 42 56.48 69.2 59. 2 2 2 2.258 2. 941 + 38 46 23.4 + 7 20 45. o 47-4 53-7 4 3 13.08 I 7. OP. yj**T 9325 B.A. 0.7221 .... 8.0 42 58. 59 jy 57-2 2 3-307 - 13 3 40.0 69. 2 2 j y I3.09 9326 O. Arg. S. 20896 . . . 9.0 20 43 i . 60 75-8 4 + 3-603 - 27 40 12. O 77.8 2 + I3-09 9327 Tr. Z. 194,4 . . . . 8. i 43 2.86 68.8 2 3-397 - 17 48 37- 5 63.7 4 13.09 9328 Lacaille 8594 .... 6.8 43 9- 26 65-3 2 3.664 - 3 18 4-3 68.2 2 13. 10 9329 Lacaille 8596 .... 6.7 43 10.10 68.8 2 3-655 - 29 57 29. i 63.6 2 13. 10 933 B. A. C. 7224 .... 7.0* 43 10.50 60.0 3 3- 622 - 28 30 57. 7 54-1 5 13. 10 933' B. A. .7225 .... 6.8 20 43 10. 77 71.2 6 + 3-605 - 27 45 So- 5 65.8 8 + "3- '0 9332 Q777 O. Arg. S. 20903 . . . 8 Microscopii 7-5 6. 5 43 13-79 4.t 16. 36 60. 2 62. 2 2 2 3-380 ^. 747 16 56 2. 2 7.7. 41 C6. 2 61.3 7O. 7 2 3 13.11 H. ii yjJJ 9334 Q-37C Tr. Z. 180,45 u Capri cor ni J 8.3 ;. <;* tj * j" 43 23.84 47 27. c6 72-7 6l 7 2 8 O' / T/ 3-471 1 CQ7 J J ^ J wm *- - 21 32 46. 9 27 26 2"? Q / v * / 64. 2 65.2 2 2 j 13. 12 IT,. 12 yjjj 9336 Tr. Z. 78,9 3 J 7-5 f J f. f . JV 20 43 33. 84 - / 69.6 2 J' J7/ + 3-903 i, j *. *"j' y - 39 25 46- 7 " J . * 56.1 4 J + '3- '3 9337 Lalande 40235 . . . 7-5 43 35- 3 65.7 2 3-401 18 i 29.8 68.8 2 13-13 9338 Lacaille 8595 .... 6.5 43 38.86 62.7 2 3-909 - 39 37 5i-8 66.7 2 13-13 9339 O. Arg. S. 20906 . . . 7.0 43 40.09 67.9 4 3-684 - 3i 13 3-3 69. i 3 13-14 9340 Lalande 40277 . . . 7.0 43 40- 73 69.2 2 2.363 + 35 2 49. 9 61.2 2 3- '4 9341 0-742 Lalande 40293 . . . 4 Aquarii 8.0 6.0* 20 43 52. 36 44 o. 28 75-6 60.6 5 2 + 2. 26l 3- 181 + 38 46 16. 8 6 8 50. 8 75-7 6c 7 4 4 + I3-I5 IT.. 16 7J^" 9343 Lacaille 8603 .... 7.0 44 22. 40 63-7 2 3-967 - 4i 35 55-3 J. J 68.2 2 * j* *' 13-18 9344 Weisse XX, 1125 . . 7.8 44 23.60 67.7 2 3.242 - 9 33 55- 5 68.8 2 13.18 9345 Lacaille 8608 .... 6.8 44 34- 12 62. 4 3 3.702 - 32 2 12.5 65.8 2 13. 20 9346 O. Arg. S. 20916 . . 7-3 20 44 40. 72 67.7 2 + 3-536 - 24 44 16. o 67.7 2 + 13-20 9347 Lacaille 8609 .... 6.0 44 47- '0 72-4 3 3.822 - 36 43 8. 5 70.5 4 13.21 9348 B. A. 0.7237 . . . . 6. I 44 48. 10 63-7 3 3.526 24 18 16. 5 63.6 2 13. 21 9349 Lacaille 8610 . . . . 6. I 44 5i-o6 62. 2 2 3.682 - 3i H 34- i 69.4 3 13.21 935 O. Arg S. 20921 . . . 8.5 44 54- 74 6 S .I 2 3-619 - 28 32 53. 6 68.8 2 13- 22 9351 Q7C2 O. Arg. S. 20922 . . . ft Aquarii 8-3 A C 20 45 2. 12 AC C nfl 68.8 67 s 2 77 + 3-400 32J.O - 18 4 52. i Q 1O 21 4. 56.7 62. 2 2 7 + '3-23 1 1. 23 yoj 1 - 9353 B. A. .7242 .... 4- J 7.0 *o j- y 45 25.92 w o- 58.2 // 4 . ^w 3-287 y J w ** T 1 - >2 5 59-8 67.7 / 2 J o 13-25 9354 Lacaille 8616 .... 6. 7 45 42. 38 62.7 2 3-615 - 28 27 4. i 65.5 3 13-27 9355 B. A. C. 7244 .... 6.8 45 47-47 62.6 9 3-535 - 24 48 22. 3 60. o 4 13.28 Q7C6 Anonymous 8.0 20 46 <; so 60 2 2 -L- 7 Q4 C 41 C CC. 7 ?5. 7 2 4- 13. TO y.TJ Q7^7 31 Vulpeculoe 6.0* * t" j- jy 46 7 OS uy. *, 77 O 1 J' VTO 2 C7I t 1 J JJ' J J- 26 74 27. 3. j j / 67.8 1 J- J 11. TO 7 J J I 9358 O. Arg. S. 20937 7.2 V / yj 46 II. 60 / / . w 66.2 2 * ji 3-614 n * JT- / o 28 27 31. 2 w / ' * 66.8 2 j- j '3-30 9359 B. VI. + 37, 408 1 . . 7.0 46 43- 87 75-8 4 2.295 + 37 53 47-8 66.0 3 13-34 9360 B. A. C. 7248 .... 7.5* 46 48. 36 59-i 2 3-422 - 19 19 19. 2 64.7 4 13-34 U S. NAVAL OBSERVATORY, 1845 TO 1877. 237 Number. Name of Star. Magnitude. Mean Right Ascension, 1860.0. IH rt D >> C ri . 7 76.8 'iq. o 4 7 ij-43 I 3. A A 73 1 9371 Lacaille 8620 .... J' *t 6.0 T v It 20 48 22. 88 j y 63-7 2 + 4-052 i ^j j j / - 44 37 43- 7 jy y 67-3 2 J' ^^ + '3-45 9372 B. A. 0.7254 . . . . 6.0* 48 25. 2O 58.8 2 2. 092 + 44 39 9-9 53-8 5 "3-45 9373 0774 K. A. C. 7252 .... 32 Vulpeculae .... 6.1 4. >i* 48 27.80 48 ?. ?8 63.6 cq 8 6 5O 3-574 2. 5?i; - 26 49 38. i -1- 27 31 36.6 67.7 58. ; 3 26 13-45 I "? 4.6 yji " 9375 Piazzi XX, 376 (ist*) . T 1 J *r" jj ' y 48 39-93 jy~ v 77-3 j 2 jjj 3-003 1 / J O + 40 J"' J J' T-^ 7 '3-48 9376 Piazzi XX, 376 (center) 6.0* 20 48 40. oo 67.4 3 + 3-003 + 4 o 1.8 71-3 4 + '3-48 9377 Piazzi XX, 376 (2d) . 48 40. 06 77-4 3 3-003 + 40 13.48 9378 0. Arg. S. 20973 8-9 48 50. 6 1 69.7 2 3.528 - 24 43 47.5 67-7 2 13.48 9379 0780 B. A. C. 7259 .... 17 Delphini 7.0 C C 48 56. 14 48 SQ II 74-8 66.9 3 2. 121 2. 840 + 43 5' 22.5 -f- 13 1 1 22. O 62.7 72 O 2 A '3.48 I ? d8 "J Q?8l Anonymous . . . J J 90 t w jy- * 2O dQ 7 8^ 68.7 2 + 3-888 7q I'l 77 2 I f.i v 56 2 *T 6 j H W + 1 3 dq yy m 9382 Lalamle 40494 . . . ** 6.2 f.*s ify 1 , u J 49 '3-93 68.7 2 2-339 jy j oo* * + 36 32 32. 2 JV. 49-5 6 j- ^y 3-5 9383 UM. +36, 4315 . . 9 .0 49 14-98 68.8 3 2-335 + 36 42 8. 3 47-7 I 3-5o 9384 9385 B. A. 0.7262 . . . . 7.0* e C 49 1 8. 36 4Q 2O OO 59-7 46.8 2 2 1.712 5 2 J. *t*f 3.009 y T-" j- j + 3 39 30- i v / / 66.1 3 i m ,> **# 13.60 9393 Weisse XX, 1291 . . 7.0 50 51.42 68.7 2 3-3"3 - '3 54 4-3 55-7 2 13.60 9394 qw; Lamont 340 .... Anonymous 7-1 Q ? So 54- 25 51 O 78 68.8 6c 7 2 2 3-663 -2 A2Z - 3' 2 59.9 IO dl 3d 7 58.2 68. 2 2 2 13.61 1 3. 61 yjyj 9396 Piazzi XX, 401 ... r J 6.0 j " / w 20 51 0.88 v j' 65.7 2 O* T"3 + 2. 129 y *T* JT* / + 43 5 l8 -4 65.6 2 j. ^ + 13-61 9397 Lalande 40581 . . . 6.5* 51 6.26 60.1 3 + 2.024 + 46 S 2 56- 3 54-7 3 13. 62 9398 Carrington 3186 . . . 8.0 5' 7-96 69. 2 2 - 4-4I3 + 82 31 56.3 56.7 4 13.62 9399 Lacaille 8630 .... 6.0 5' 8.74 63.1 7 + 3-803 - 36 40 5. 6 68.4 3 13. 62 9400 O. Arg. S. 21007 7.8 51 n.88 68.7 2 3-584 - 27 33 21.9 67.8 2 3-63 238 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. IJ rt o> >, B % 1 "o i Annual Precession, 1860. Mean Declination, 1 860.0. hj B (U >, 9 D S o IM ^ Annual Precession, 1860. 04.01 Anonymous 9. 4- h. in. s. 20 5 1 1 8. 94 6* 7 s. + 7. 423 / // lo 4.2 16 Q 68. 2 2 // + 11 63 j^ 04.02 20 Capricorni ' T^ 7. O ?i 38 s^; " j i 66 7 a O* t^o 3 4.2O J T" j y IO ^4. ?I 1 7O 4. 2 1 j- U J I ^ 66 y^^em Q4O7 18 Delphini / * c o j j^- jj C I A I A n " / C7 A o -? J. t|.*.U 2 Sod, * J J*T J ' J 4- 10 18 43 / v. <^. 68. 2 3 2 1 J. V/VJ n 66 ^T-'-'J 9404 Lalande 40627 . . . j 7 .o* J * T T" 5' SI-30 Jl *T 59-2 j 2 "y^ i. 960 I ** * 1J *T J + 48 39 3- x 54-o 6 J* *-' u 3-67 9405 04,06 Lacaille 8632 .... v Cvuni 6. 5 1 S. 5' 53-28 2O ? I 57 2S 62.2 58.8 2 I 2 3-778 -1- 2 2?? - 35 49 56. o _L 40 17 46 6 66.8 71 g 2 6 3-6? -1- I 7 68 SMt** 9407 Lacaille 8635 .... j* j 6-5 w J ' j i *O 52 3.60 63-7 3 ' *"OJ 3-798 -|- ij.W J/ *|.U. W - 36 35 56. 2 f t . *j 69.8 3 1 J- **w 13.68 9408 Q4OQ Lacaille 8633 .... 76 Draconis 6.0 6.0 52 5-40 12 2Q 2Q 66.2 67. 6 2 + 3-872 3- 881 - 39 '7 3-8 + 8"> O 14. 7 69.6 61 3 2 1 1 13.68 17 71 y*j*fy 9410 Tr. Z. 61,22 . . . . 7.2 j* *? ^y 52 29.36 68.7 2 + 3- 774 ** Jt- / - 35 43 3-4 j 64. 2 2 *O- / * 13-71 94 II Lalande 40599 . . . 7-5 2O 52 31. 22 74.0 5 + 3-316 - 14 2 27. 5 6l.8 2 + 13-71 9412 Lacaille 8640 .... 6.7 52 35-32 62.7 4 3.641 - 30 16 15.8 65-3 2 13-72 9413 O. Arg. S. 21030 . . . 7-8 52 38-39 62. 4 3 3.642 - 30 17 32.4 67.2 2 13-72 9414 I Piscis Australis . . . 5-3 52 41. 66 62.6 6 3.700 - 32 48 6. 4 69.7 4 13-72 94S Lacaille 8642 .... 6.8 52 47- 96 66.7 2 3-716 - 33 26 22.3 69.7 2 '3-73 94' 6 Q4.I7 Lacaille 8638 (ist*) . 21 Capricorni . . . 7.0* 6.0 20 52 55. 69 C2 c8 7C 71.9 CQ C 4 6 + 3.998 7. 1QO - 43 32 41.0 184. 27. T. 69.0 55.6 4 7 + 13-74 1 1. 74 yt m I 9418 O. Arg. S. 21034 . . . 7-8 3^ J* ID 52 59-33 ;>y- j 65.3 2 O 0:7 3-595 ^ l j - 28 15 4.9 J J 66.7 2 J' / *T '3-74 9419 Lacaille 8641 .... 6. 9 _ 52 59-86 64. 2 2 3.809 - 37 7 10-9 66.7 2 "3-74 9420 Lacaille 8638 (2d*) . 7.0" 53 0.75 70.8 4 3-998 - 43 32 22. 8 69.0 4 13-74 9421 B. A. .7285 . . . . 7.0* 20 53 10.40 58.8 2 + 2.953 + 6 58 21.4 56.4 3 + 13-75 9422 9423 Lacaille 8647 .... Lalande 40679 . . . 7- i 53 11-01 c? 18 8^ 63-4 60. o 6 3-597 2. i7<; - 28 20 54. 8 -J- 43 <;? 40. Q 66.7 60.6 2 5 >3-75 i i- 76 9424 Weisse XX, 1359 . . 6.7 jo u - u 53 25.15 73- o 4 jj 3-3'6 i ^j jj v" y - 14 4 29. I 77-8 4 j / "3-77 9425 13. A. .7287 . . . . 6.2 53 26. 26 63-7 3 3-576 - 27 25 30.6 69.7 2 13-77 9426 13. A. 0.7286 . . . . 6.1 20 53 27.63 6i'. 3 6 + 3-86i - 39 4 20.0 69.7 2 + 13-77 9427 Radcliffe 5050 . . . 7.0 53 43- 93 69.7 2 + 2. 138 + 43 52 23. 5 64.8 2 '3-79 9428 B. A. C. 7299 .... 5-4 53 48- 94 62.5 4 - 2.447 +80 i 29. 6 67.1 12 3-79 9429 Weisse XX, 1370 . . 9.0* 53 58- 76 76.8 2 + 3-3"5 - 14 3 >i-5 55-8 2 13-79 943 Q43I O. Arg. S. 21046 . . . Microscopii 8.7 C Q 54 0.32 20 54 o. 50 64. 2 6? 8 2 g 3-421 f- ? 862 - 19 47 28. i ?Q 10 20. O 68.7 65.6 2 2 13-81 4- 17. 81 s^j Q4.32 Anonymous j' y O 1 CA 22 77 WJ. U 68.8- 2 F j* -i 206 j j * ":/* ** 11 I 7.1 " J- w 68.2 2 I O n. 83 7TJ 9433 Lacaille 8658 .... 7' J 8.0 j* ** JJ 54 31- 18 62.4 4 J. a.yw 3-623 j / - 29 39 3i-4 65.8 2 J O 13.84 9434 B. A.C. 7297 . . . . 6.0* 54 34- 37 59-4 3 2.268 + 39 42 20. 5 54-o 6 13.84 9435 Weisse XX, 1394 . . 7.0 54 45- 48 7O. 2 5 3-295 - "2 59 38.5 58.9 7 13-85 9436 O. Arg. S. 21053 7-3 20 54 47. 44 64.6 6 + 3-4I9 - 19 47 48. 5 65-4 4 4- 13.86 9437 0438 Lacaille 8660 .... 5.8 S.o 54 48.81 ec 3 Q-I 63.6 66. i 4 i 3-59 2. O^7 - 28 16 43.9 4- 46 ?8 32. 2 66.7 57. 7 2 1 13.86 13.87 yto 9439 B. A. C. 7300 .... J' ** 6.6 jj j VJ 55 4-27 63-3 j 5 j 1 3-535 1 ^" J" O - 25 37 24.0 j / i 63-7 o 3 * O' "*f 13-87 9440 Lacaille 8657 .... 7.0 55 7-3 66.5 3 3-993 - 43 3 8 1 1. 9 70.7 3 13.88 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 239 Mean Right h | a 1" 6 Mean i 1 3 .1 .. Name of Star. 'c AsceHsion, jj 1 O 2 in \O % Declination, C V- O Ill E % 1 860.0. S o < g " 1 860.0. B d < a " * s & s & . h. in. s. s. / // I 2 Equulei (ist*) . . . 20 55 i 8. 20 76 8 4- 2 060 4- 6 ;8 + 1-5.87 9442 2 Equulei (2d*) . . . 6.0 55 18.35 / ** " 76.8 4 i * y* 2. 960 J + 6 37 55.3 68.3 2 i j / 13.89 9443 Weisse(2) XX, 1723 . 7-5 55 24.76 73-8 5 2-343 + 37 6 22.5 69-5 5 13.89 9444 O. Arg. S. 21072 . . . 7-5 56 o. 68 61.8 2 3.585 - 28 5 1.8 68.2 2 '3-93 9445 Lacaille 8667 .... 6.8 56 16. 19 62.2 4 3.816 .37 46 52.9 66.8 2 '3-95 6 n Capricorni e o 2O *\6 2^ . QO 8 > + 7. 4.2Q 2O 24 22. 9 72. O 7 + '3-96 9447 Piazzi XX, 9209 . . . j* 7-3 56 36- 70 77-0 3 J' *T*"7 3.692 - 32 53 54-8 / J 69. 2 o 13-97 9448 12 Aquarii (ist*) . . . 56 40. 16 62.8 2 3.179 i 9449 12 Aquarii (2d*) . . . 56 40. 22 68. i 7 7 170 > 6 22 30. I 67.7 2 13-98 945 O. Arg. S. 21083 7-7 56 43.65 67-7 O 2 j' * / y 3- 350 - 16 II 18.9 65.2 2 13-98 945' Z 2543 (ist*) .... S.i 20 56 53. 22 76.8 2 + 2.347 + 37 6 39. 9 77-8 3 + >3-99 9452 2 2543 (2d*) .... 8. i 56 53- 73 76.8 2 2-347 + 37 .7 13-99 9453 B. A. C. 7312 .... 6.8 56 59. 58 66.4 3 3.378 - 17 42 59-8 64.5 6 '3-99 9454 Lacaille 8677 .... 7-2 57 11-92 63. 2 4 3.788 - 36 48 49. i 70. i 3 14.01 . -- n Microscopii C o 57 1 8. 06 76. 8 3Q7.I eft 70 S Hg 14. 02 ' 4 * y j - . 9456 6 Microscopii 5.6 20 57 33- 39 62.4 8 i- 7, O^Q - 30 40 42.4 74-1 6 + '4-3 9457 I?. A. C. 7320 .... 6.2 57 38.98 71.7 3 2.323 + 38 6 20. 2 47-2 2 14.04 9458 Lacaille 8681 .... 6.4 57 41.68 64. 2 2 3-745 - 35 ii 7-7 68.3 2 14.04 9459 Weisse (2) XX, 1798 . 6.8 57 49-77 68.7 2 2-337 + 37 36 0.9 47-7 3 14.05 9460 2 Piscis Austral is . . . 5-7 57 50.46 64. 2 8 3.690 - 32*53 55-6 68. i 3 14.05 0461 Capricorni yet cS A 77 fil 7 1 7 7-rC 17 47 I f I 60 o 16 -f 14.06 y-r" m 4- o zo 50 4. 37 01. 3 21 r 3-37 17 47 i-t. i 9462 Lacaille 8686 .... 6.7 58 35-03 66.8 3 3-849 - 39 H 57-7 63.7 2 14-09 9463 O. Arg. S. 21106 . . . 6.8 58 43- 79 61.4 8 3-491 - 23 46 27.3 61.8 2 14. 10 9464 Lacaille 8690 .... 6.6 58 55-65 62. 2 6 3.489 - 23 42 29. 7 62.5 3 14. ii 046^ A Capricorni 47 C S C C n C (,A > T (*26 2C 71 AC *7 60 2 14. 1 1 ?^ J ' / S 55' 95 04. 2 4 *5 33 45- 7 uy. z 9466 O. Arg. S. 21115 . 7-8 20 59 o. 94 73.8 5 + 3-347 -167 49. 3 65.2 2 + 14. 12 9467 Lacaille 8691 .... 7.0 59 3-97 62.4 4 3-574 - 27 50 57. 2 6 3 .6 2 14. 12 9468 Ii.A.C.7332 . . . . 6.0 59 3'- I0 66.5 3 1.827 + 52 43 47-7 61.7 3 14. 15 9469 Lacaille 8693 .... 6.6 59 50-99 64. 2 2 3.806 - 37 48 16.0 65.8 3 14.17 947 O. Arg. S. 21129 7.0 59 Si-4 1 70.8 4 3-472 - 22 53 40.5 65.1 2 14. 17 9471 Lamont 362 .... 7-7 21 o 18. 68 70.3 .3 -1- 3-620 - 30 5 40.5 69-7 3 + 14- 20 9472 O. Arg. S. 21138 . . . 7.4 o 23. 13 68. 7 2 3-366 - 17 17 13. 7 66.7 2 14. 21 9473 Lacaille 8697 .... 6.8 o 25. 92 63.2 2 3-823 - 38 29 48. 2 69.8 3 14. 21 9474 61 Cygni (ist*) .... 5-5* o 33. 86 49-8 153 2-334 -}- 38 3 18. 6 51-4 260 14. 22 9475 Lacaille 8699 .... 5-8 o 34- 15 67.7 3 3-79 - 37 15 53-3 72.0 4 14. 22 9476 Lacaille 8701 .... 7.0 21 o 36. 66 64-7 6 + 3- 596 29 2 8.6 70.7 3 + 14-22 9477 61 Cygni (2d*) .... 6.0* o 37.08 54.8 23 2-334 -f 38 3 22.6 54-0 "3 14.22 9478 O. Arg. S. 21148 . . . 8.8 o 43- 35 65.3 2 3.482 - 23 29 34. 2 65.8 2 14.23 9479 DM. i- 35, 4400 . . 9-5 ' 0.55 68.8 I 2.392 1 35 5 38. 5 48.7 I 14.24 9480 B. A.C. 7340 . . . . 7.8 i 4-Si 63-9 4 3-495 24 1 1 26. 2 68.6 3 14.25 240 CATALOGUE OF STARS OBSERVED AT THE 1 Mean Right |ri rt w u? 1 a Mean hi S 1 -3 1 . ID JD Name of Star. ' Ascension, >, d < o i i J S S Declination, >, IM O 1 II s 1 1 860.0. 6 < a - 1 860.0. rt 6 o "^ ti *" X S <. g s h. in. s. s. / // // * ! 9481 O.Arg.S. 21154. . . 8.4 21 I 35-5" 68.0 4 + 3-474 - 23 II 41.5 68.2 2 + 14.28 9482 Lacaille 8707 .... 6-5 i 41.01 63.7 3 3.620 30 17 10. o 1 69.8 3 14.29 9483 Lacaille 8706 .... 6.7 i 46.29 67.7 3 3.691 33 24 58. 7 66.8 2 14.29 0484 ft Cvirni . 4. 2 i 46. 95 70. i 4 2.063 -)- 47 5 13.6 72. i 5 14. 29 ;7*T V -"T 9485 O.Arg.S. 21162 . . . 7-7 i 54-84 64-5 7 3-472 23 5 30.0 65.7 2 14.30 04.86 v Anuarii . . 4 "\ 21 I <7 87 60. o 3? 4- 3. 270 - ii 56 10. 5 * - 7 - 22 37 20. 5 64.8 3 2 . 04 + 14-84 9552 Lacaille 8776 .... 6.4 1 1 36. 98 63.7 4 3-545 - 27 47 48. 2 63.8 2 14.88 9553 Lacaille 8777 .... 6.7 ii 39-35 63.3 5 3-527 - 26 55 38.2 65.8 2 14.88 9554 9555 Weisse XXI, 239 . . 1 Microscopii .... 7.0 5. 2 1 1 40. 82 II 47 48 72.6 60 7 4 3-289 3.862 - 13 38 6.8 67.7 -i 8 2 14.88 1 A 8r yjjj 9556 j* " 4-5* * T-/ V? 21 II 55. IO v/y. / 4.6. ? IO _j_ ?g ^g "2C o 71.0 Af\ i 4 14. 09 yjj v 9557 91:58 Lalande 41419 . . . v Cvcni 6.2 4 8 12 5.42 12 o. 81 73-2 47- O 4 2-357 2 462 + 38 37 35-6 40. I 6l. 2 2 + 14- 9 14.91 yjj^" 9559 Weisse XXI, 258 . . -j.. y 8.0 12 22.68 72-4 3 3.288 - 13 34 31-0 04* 5 67.7 3 2 14- 9' H-93 9560 B. A. C. 7401 .... 5-5 3 3-35 58-7 2 1.790 + 55 12 39-o 54.1 , 5 H- 97 A.V 1 .S4- -16 242 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. Mean year. 1 u. O 6 & Annual Precession, 1860. Mean Declination, 1 860.0. i ;, S g J o *o i Annual Precession, 1860. h. m. s. s. / // // 9561 nc62 Lalande 41417 . ACvpni 7.2 6.0* 21 13 5-47 13 14.06 68.5 59- ! 2 3 + 3-421 2. 232 - 21 24 33.8 + 43 21 29.7 56.7 61. i 4 3 + 14-97 14.98 Vj v * 9563 Lacaille 8787 .... 6.6 13 2 9-9 62.8 10 3-580 - 29 45 26. 8 64. 2 2 14.99 95 6 4 oc6<; Weisse (2) XXI, 310 . 16 Aquarii 8.2 S. 1 13 39-46 13 43. 78 67.2 68.7 2 2 2.765 3- 'S 2 + 19 5 45-9 595-7 67.8 64.7 2 3 15.00 15.01 jj^j 9566 Weisse (2) XXI, 322 . j j 6.6 21 13 46.90 72,8 4 + 2.374 + 38 13 o. 8 65.6 3 + iS-oi 9567 B.VI. +37, 4271 . . 13 47. 22 47-3 3 2.388 + 37 38 52-5 47-3 3 15.01 9568 Weisse (2) XXI, 328 . 8-5 14 4.09 72.8 4 2-375 + 38 12 43.2 46.7 2 35.02 9569 Weisse (2) XX 1 ,325 . 7-5 14 10. 54 67.2 2 2.763 + 19 IS 5-3 68.3 2 15-03 957 Lamont 714 .... 8.4 14 14.79 65-3 5 3-453 - 23 17 38. 2 71.2 2 15-03 9571 Weisse (2) XXI, 327 . 7.8 21 14 16. 59 68.8 2 + 2. 780 + 18 14 56.4 68.8 2 + I5-04 9572 OC77 Lacaille 8790 .... i Capricorni . . 6.9 4.8 14 21. 12 14 26. 78 62.9 cq. 4 5 20 3.583 "?. 1^0 - 30 i 43-9 - 17 25 41. 3 73-o 72.3 4 6 15.04 15.05 Vj/ J 9574 OS? 1 ; B. A. C. 7408 .... 34 Vulpeculse t" ** 7.0 "i.O 14 27.58 14 44. gi jy *r 48.7 76.7 I 3 J JJ 3.227 2. 692 - 9 55 9-8 + 23 16 4. i 68.3 73.4 2 3 15-05 15.06 yj t J 9576 O. Arg. N. 22046 . . J 9-3 21 14 46. 85 77-2 2 + 2. 066 + 48 38 + 15-07 9577 Lacaille 8791 .... 7-' 14 48. 97 63. 2 4 3-769 - 38 19 25.9 65.4 3 15.07 9578 Q17Q B. A. 0.7413 .... a. Cephei ... . . 5-7 3. 2* 14 58.57 I? 1 1.06 63-5 (, g2 "*. / 76.7 68. 2 J 2 23 J JJ 2.069 2.766 T m j j* y + 48 45 35-6 4- IQ 12 27. t J J 75-2 67.8 4 3 15.11 15. ii jfj***? 9585 Weisse XXI, 346 . . *r j 8.0 * J o"' u ^ 15 37.36 76.8 J 5 *" / v 3.246 / * ^ - II II 2.8 58.6 6 15.11 9586 Weisse (2) XXI, 369 . 7.8 21 15 37-65 68.8 3 + 2.377 -)- 38 20 1 1 . 1 69-7 2 + IS-" 9587 B. A. 0.7419 . . . . 7.0* 15 47-60 62.5 5 3-496 - 25 47 55-o 67.4 3 15.12 9588 DM. +48, 3350 . . 8.5 15 52.28 77-2 2 2.072 + 48 47 I5-I3 9589 Lalande 41544 . . . 8.0 16 5.09 67.2 2 3.269 - 12 39 24.6 69-7 2 15- H 959 li. A.C. 7422 . . . . 7-3 16 6. 15 62.2 2 3-53 - 26 9 29. 9 72.3 5 15- H 959" B. A. C. 7424 .... 5-7 21 16 6. 63 68.7 2 + 3-45 - 23 20 39. 3 68.3 2 + iS-H 9592 Weisse XXI, 357 . . 9.0 16 10. 91 77-4 5 3-247 - ii 17 41-5 75-4 5 iS-iS 9593 O. Arg. 8.21355 . . . 7.2 16 ii. 44 65.2 2 3.466 - 24 13 54- 7 66.8 2 15.15 9594 33 Capricorni 5-5 16 12.80 68.7 2 3-4'6 - 21 26 40. 6 56-7 3 i5-i5 9595 B. A.C. 7426 . . . . 6.6 16 14.71 63-7 2 3.481 25 i 8.6 66.8 2 15-15 9596 9597 Lalande 41550 . . . 1 8 Aquarii 7-5 6.0* 21 16 19. 76 16 32. 33 66.8 66.4 2 + 3-46o 3. 282 23 53 19.0 13 28 3S- 5 68.7 69. 2 j 1 + 15-16 15. 17 9598 Weisse XXI, 364 . . 9.0 j jj 1 6 40.56 77-2 O 3 J 3-247 O OJ J - ii 12 33-9 73-7 I 15. 18 9599 Lacnille 8804 .... 6.8 16 41.04 65-3 2 3-694 - 35 27 12.8 68.7 2 15. 18 9600 Lalande 41614 . . . 7-5 1 6 58.66 68.8 2 2.386 + 38 9 55- 7 69-3 2 15.19 U. S NAVAL OBSERVATORY, 1845 TO 1877. 243 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. Mean year. 1 IM O O Annual Precession, 1860. Mean Declination, 1 860.0. lH D >-. 5 S 1 - o 6 Annual Precession, i860. h. m. s. s. / // // 9601 B. A. 0.7431 .... 6.0* 21 17 8.74 60.2 2 + 2.076 + 48 47 25. 7 70.2 2 + 15-20 9602 Lalande 41624 . . . 6.0 17 11.67 74.1 5 2.390 + 38 2 I 7 .I 62.4 3 15. 20 9603 Tr. Z. 186,69 .... 8.8 17 14.72 66.8 2 3-458 - 2 3 51 52.8 68.7 2 15.21 9604 Tr. 2.54,14 . . . . 9.0 17 16. 64 68.8 2 3.488 - 25 30 12.7 56.8 2 15.21 9605 Lalande 41627 . . . 7.2 '7 '9-43 68.8 2 2.389 + 38 6 39. 2 53-3 4 15.21 9606 B.A. 0.7432 . . . '. 5-3 21 17 37. ii 63-7 3 + 3- 762 - 38 25 53.4 65-4 3 + '5-23 9607 B.A.C.7437 - 5-5 17 40.52 76.8 3 2. 691 -f 23 40 28. 5 69-3 2 15-23 9608 0600 B. A.C. 7434 . io Aquarii . 7.0 6.0 17 40.56 17 l l . ,l< i 63-3 61.8 5 2 3-493 7. 21J - 25 50 20. 3 io 20 n. 7 63-7 73. o 2 4 '5-23 K. 27 ywv/y 96lO B. A. 0.7436 .' . . . 6.5 / ^* - ^y 17 44.69 WJ. _ 6l. 7 5 O J 3.467 JJ 1 - 24 25 21. 6 / j* v 58.6 8 J j 15.24 96ll B. VI. + 23, 4304. . 8.8 21 17 58.25 77-3 2 + 2.690 + 23 44 + I5-25 96l2 B. A.C. 7442 . . . . 6.9 18 2.52 65.4 3 3-478 - 25 5 7.3 66.8 2 '5-25 9613 Mer. C. Z. 148, 115 . 9-3 18 8. 14 65.7 3 3-442 - 23 4 12.4 67.8 2 15. 26 9614 Weisse (2) XXI, 433 . 6.2 18 8.38 68.7 2 2.424 + 36 45 9. i 47-3 3 15.26 9 6l5 O. Arg. S. 21382 . . . 9.0 18 14.00 66.2 2 3.478 - 25 4 59. 6 66.8 2 15.26 9616 06 1 7 Weisse (2) XXI, 436 . Laniont 727 ... 8.6 7 7 21 18 14.43 l8 H.42 77-3 68.7 4 2 + 2.394 i. 4. TO + 38 o - 22 25 55. I 66.3 2 + '5-26 15. 26 yv/t / 96l8 T Capricorni . / / -i 7 \j j. t * i 8 40 oo / 62. 4. 17 j. ^j v -3. 440 23 o 54. 9 59- 2 Q 15. 29 9619 DM. -1 38, 4482 . . J I 8-5 * ** *t ^7 18 56.80 *** *r 75.0 / 4 J. t't 2.396 + 38 2 7 '5-3 962O Lacaille 8821 .... 7.0 19 19.41 62.6 7 3-537 - 28 19 51.4 68.5 3 '5-33 9621 Mer. C.Z. 137, 103 . 8.0 21 19 2O. 80 65-2 4 + 3- 384 - 19 54 58.9 66.8 2 + '5-33 9622 DM. + 37, 432 . . 8-3 19 25.99 76.9 2 2-399 + 38 o '5-33 9623 DM. +36, 4554 . . 7-3 19 3 2 -93 71-5 9 2.444 + 36 5 12. i 71.0 5 '5-34 9624 B. A. C. 7450 .... 7.0* 19 56.47 58.8 3 2.780 + 18 46 14.4 53-7 2 J5-36 9625 9626 Weisse XXI, 453 . . 69 Cygni . . 7.0 6.2 2O 2. 98 21 2O 1 87 67-3 67.7 2 6 3-259 -|- 2. 446 - 12 16 12. 5 + 36 351.4 67.8 S4. 1 2 7 '5-37 + '5-37 9627 O. Arg. S. 21404 . . . 7-7 *4 *.\J O u / 20 9.31 **/ / 61.8 3 -p . i i 3-5'2 - 27 8 37. 3 Jt- O 66.8 " 2 "5-37 9628 Weisse (2) XXI, 483 . 7.0 20 31.89 71.4 3 2.467 + 35 >4 9-9 61.8 2 5-39 9629 Weisse XXI, 465 . . 6.6 20 38. 83 67.2 2 3-257 - 12 10 23.4 67.8 2 15.40 9630 5 Piscis Australis . . . 6.4 20 41. 23 63-4 6 3.604 - 31 SO 46. 2 70.8 3 15.40 963' b Capricorni 5-o 21 2O 44. 12 68.7 2 + 3-425 - 22 24 50.7 68.4 3 + I5-40 9632 Lacaille 8823 .... 6.7 20 47. 50 63-4 3 3-758 - 38 41 38.3 67.8 2 15.41 9633 Lacaille 8824 .... 8.0 21 7.46 65-3 2 3-9'7 - 44 41 7.9 64.8 2 15-43 9 6 34 06 1C Lacaille 8827 .... 7o Cvpni 7.2 6.0 21 8.76 21 38. 78 63.2 68. 7 4 3 3-747 2. 441 - 38 17 57-6 + 36 3 35- 6 66.7 53. i 3 8 15-43 15.46 y u jj 9636 O. Arg. S. 21434 . . . 8.0 21 21 52.66 73-5 *> 9 + 3.448 - 23 51 9.7 69. o 3 + 15-47 9637 O. Arg. S. 21436 . . . 9.0 22 4.14 72.8 6 3-447 - 23 49 11.5 70.7 4 15.48 9638 Lalande 41789 . . . 7-i 22 5. 60 68.8 2 2.481 + 34 48 3- 7 66.0 3 15.48 9639 B. A. C. 7463 .... 6.8 22 7.89 68.8 2 3-377 - 19 45 22.5 63.1 3 15.48 9640 B. A. C. 7466 .... 7.0 22 20. 36 65-7 9 3-482 - 25 48 12. 3 69.7 7 15-49 244 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. S3 fc C a , C rt 5-7o 9662 066"? Lacaille 8849 .... Anonym .HIS . 6.2 Q O 26 36. 97 26 46 2>\ 62.2 60. 7 4 2 3-557 5.483 - 30 18 56.5 26 21 5. 6 64.4 67.8 3 2 15-73 15. 74 7 J 9664 1) Cephei (ist*) . . . . y ** 8.0 -tv ifw. *.J 26 48. 12 7 / 70.2 2 O' 'T'-'J + 0.802 + 69 56 43- 3 67.7 3 15-74 9665 B. A. C. 7504 .... 6.0 26 48. 83 62.0 2 io. 285 + 86 27 1.6 70.2 4 iS-74 9666 P Cephei (2d*) . . . . 3-0* 21 26 50. 34 57-5 114 + 0.802 + 69 56 47. i 52.4 80 + 15-74 966 7 O. Arg. S. 21480 . . . 8.7 26 52.90 65-7 4 3- 298 - IS M 55-8 65.4 3 15-74 9668 0.660 Weisse XXI, 623 . . 37 Capricorni 8.8 7. O* 26 58.07 26 ?8. Q7 65-7 6S- 7 3 2 3.201 3-385 - 8 49 55. 6 20 42 20. 9 66.2 65.7 4 4 15-75 15.75 ? w 7 9670 Weisse XXI, 628 . . / 7.9 '** j*" y 1 27 9- >3 J* 1 67.1 . 5 3. 200 8 46 44. o 67.8 2 15.76 9671 B. A.C. 7492 . . . . 6-3 21 27 15.04 64.0 4 + 3-441 - 24 4 28.0 63-7 2 + 15-76 9672 Lament 43 1 7 . . . . 8.8 27 17.48 68.1 3 3- '99 8 43 o. i 68.3 2 15-77 9673 O. Arg. S. 21490 . . . 9.2 27 32- 73 67.2 2 3-296 - 15 13 9-8 70.7 2 I5-78 9674 B. A.C. 7497 . . . . 6.0 27 35-34 68.7 2 3-055 + I 12 32. I 64.8 3 15.78 9675 Lalande 42034 . . . 6.8 27 54.27 73-3 4 2.431 + 37 54 27. i 64-9 5 15.80 9676 O. Arg. S. 21492 . . . 9.0 21 27 54,84 61.8 2 + 3-479 - 26 17 23^8 68.2 2 + 15.80 9677 8 Piscis Australis . . . 5-8 28 3.52 63.0 4 3.488 - 26 47 36. 2 68.5 3 15.81 9678 Rumker 9267 .... 8.0 28 10. 02 68.7 2 3-3I3 - 16 19 5.6 57-3 2 15.81 9679 0680 Weisse XXI, 662 . . Anonymous 7-7 8.0 28 10.34 28 17 QQ 59-8 64 4. 2 7 3. 226 3.680 - io 36 22. i - 36 30 34. 3 68.3 67.8 2 2 15.81 15.82 */wwv / * yy *"f* t J j U. S. NAVAL OBSERVATORY, 1845 TO 1877. 245 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. ! rt 5. C B OJ s 1 IM O O fe Annual Precession, 1860. Mean Declination, 1 860.0. J rt O >* G rt U S 1 *. 6 'A Annual Precession, 1860. h. m. s. s. / // // 9681 7 Piscis Australis . . . 6.1 21 28 23. 77 62.1 8 + 3-619 - 33 43 17-8 71.2 5 + 15-83 9682 Lacaille 8854 .... 7.0 28 24. 5 1 66.7 2 3.680 -- 36 30 30.0 67.8 2 15-83 9683 O. Arg. S. 21497 . . . 9.0 28 26. 23 61.8 2 3-481 - 26 27 14.0 6 7 .I 3 15-83 9684 Lamont 1426 .... 7.0 28 34.08 68.7 2 3-355 - 19 o 57.2 57-3 2 15.84 9685 0686 DM. + 37, 4353 . . p Cv?ni 8.5 4. S* 28 41.41 21 28 43. 08 76.8 71. 2 3 6 2-43 1 + 2- 2?'! + 38 58. 2 -4- 44 ?8 27. <; 74-2 t;^. 7 2 4 15.84 + i?. 84 yuuv 9687 0688 B. A. C. 7509 .... 72 Cvcrii T^ J 6.8 E..O 29 1-54 20 3. c.8 / 76.8 68.8 4 2 1 J J o. 160 4- 2. 41? 1 ^T J w / * J -t- 75 47 18. 2 4- 37 54. 28. 4. jo/ 7 2.6 57. 2 2 Q \ j ? 15.86 I5.86 ywww 9689 Q6QO B. A. .7508 . . . . s Capri co rni . j 7-3 4. Q ? j j 29 10. 25 2Q 14. 10 62.4 62.7 2 6 1 ** TOJ 0.800 3. 371 1 j/ j^ *** *t + 70 12 16. o 2O S 27. 6 j / * 6i. 7 en. 4. y 4 8 j 15-87 1C 87 S^TP* 9691 Weisse (2) XXI, 680 . *t* y 6.5 - i *t' y 21 29 18. 82 *" / 68.7 . 2 JO/ + 2.415 ivi J *-/ ' " 4- 38 48 48. 2 J;y T^ 60.7 2 J' v t + 15.87 9692 Weisse XXI, 685 . . 7-7 29 23.84 67.3 2 3-228 - 10 47 56. 7 67.7 2 15.88 9693 B. A. C. 7507 .... 6.0 29 32. 38 68.7 2 3-354 - 19 3 45-5 56.8 3 15.89 9694 O. Arg. S. 21515 . . 7-5 29 32.51 59-2 2 3-454 - 25 4 37- 5 56-5 5 15.89 9695 Weisse XXI, 691 . . 7.8 29 36. 27 68.8 3 3- '49 5 24 43- 5 55-7 2 15.89 9696 Lamont 4328 .... 8.0 21 2 9 40.75 67.3 2 + 3- '93 8 26 27.9 67-7 2 + 15.89 9097 O. Arg. S. 21519 . . 7-7 29 41. 98 69.7 2 3-441 - 24 19 15.7 55-7 5 15.89 9698 Lacaille 8863 .... 7- 3 6.55 63-7 4 3-47 - 26 4 20. 2 69-3 4 15-92 9699 Lacaille 8862 .... 6.6 30 9.41 63-7 2 3-547 30 16 6.8 65-2 4 15.92 9700 Q7OI O. Arg. S. 21525 . . . f Anuarii 6.2 c.4* 30 10.57 21 30 17. 82 68.7 66.6 2 C4. 3-334 -4- 1 IQ3 - '7 5 9- i 8 28 48. 7 56.7 60. 2 4 15.92 _L 1C Q7 yt 9702 M.Z.74,5 j. ^ 6.8 30 20. 33 64. 2 JT 1 2 \ j- yo 3-758 - 40 9 25.9 66.8 2 i *J P yj '5-93 973 B. A. 0.7515 . . . . 6.0 30 22. 30 60.2 4 3.086 i o 58. 7 61.1 3 "5-93 9704 B. A. 0.7517 . . . . 7.0 3 33- 23 76.8 3 3.298 - 15 32 19-5 74-8 5 '5-94 9705 Lalande 42108 . . . 8.0 30 36. 92 69. 2 2 3-238 - " 32 4-3 55-7 2 '5-94 9706 Lacaille 8867 .... 6.5 21 30 40.30 65.7 2 + 3-625 34 18 22.4 69.8 3 + 15-95 9707 B. A. 0.7523 . . . . 7-5 30 56. 40 62.5 S 3-45' - 25 4 37-9 57-8 ii 15.96 9708 Q7OQ Lacaille 8870 .... e, Pegasi . 6.6 C. C* 30 58.06 11 12 CO 63.3 71 ^ 6 e 3-5oi 2 7Q8 - 27 55 55-9 -j.. ig 41 26. 5 63.8 68.3 2 2 15.96 1 1* Q7 yi v y Q71O 74. Cvtmi J. J 4n J* * J v 31 20. 26 / * * j 60. I j 7 *" f yw 2 ^QQ + -5Q A*1 JO O 68 7 2 1 J' yt IS 08 7/ 97" Q7I2 M.Z. 55,13 4. Pepasi y 8.0 S 0* 21 3' 24.73 71 -31 OQ 6 9 .2 4.6 7 J 2 jyy + 3-669 2 QOQ jy T-/ **** 36 28 21. I _L c 8 71 O vu. / 67.8 68.8 2 2 * j- y- 1 + 15-99 I C. OO 7/ 97>3 Weisse XXI, 739 . . .) * 8.0 o * j i> v y 3' 36-79 V / 65.7 3 * yyy 3-283 ~ D u o** v - 14 41 16. 2 65.4 3 j- yy 16. oo 97H Lacaille 8873 .... 6.4 32 i. 10 69.9 6 3-639 - 35 9 45- i 73-8 5 16.02 97'S O. Arg. S. 21550 . . . 8.5* 32 7-17 65.7 3 3-378 - 20 51 12.0 65-7 3 16.02 9716 97 17 B. A. 0.7524 .... 6.2 4. o* 21 32 7-73 32. IQ. 74 68.7 SO. 4. 3 1 1 + 2.428 3. 322 -h 38 41 19.4 17 17 ^4.O 61.5 60.7 3 6 + 16.03 1 6. o? Q7l8 d Aquarii . C C* o y / T^ 72 27 OO J 7' ^ 69. 6 ,< J' J 3O4Q / / O^' v _L I 7O tI7 C / 77 I e >. j 1 6. 04 7/ ** 9719 M.Z.53,33 .... J- J 8.0 J^ / v - fv 32 29. II 76.8 i- 3 vt fy 3.637 1 J w J/ * J 35 9 6.6 / j' * 6 7 .8 9 2 16.04 9720 B. A. 0.7528 .... S-S* 32 29.70 59-2 4 2.786 + T 9 38 5-9 54-3 5 16.04 246 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. " M rt ~. a a v s 1 IM d Annual Precession, 1860. Mean Declination, 1 860.0. i >* oj S ji o o 6 % Annual Precession, 1860. h. m. s. s. / // // 9721 Weisse XXI, 768 . . 8.0 21 32 38.09 68.7 2 + 3-234 - II 25 54. I 55-8 3 + 16.05 9722 O723 Weisse (2) XXI, 816 . Anonymous 6.0 8.0 32 59.67 33 9. 14 73-3 65.3 4 4 2-335 3- 446 + 42 39 37-0 - 25 3 42.8 66.8 69. 7 2 2 16.07 16. 08 y/^o Q724. Anonymous 7. o 33 18.06 62.6 6 3-594 33 9 45. 7 68.5 3 1 6. 09 y/ *t 9725 O. Arg. S. 21562 . . . 6.6 33 34- 85 68.7 3 3-403 - 22 33 42. i 65.6 2 16. 10 9726 Weisse XXI, 801 . . 8.5* 21 33 35-91 68.7 2 + 3- 233 - ii 24 49.4 55-8 3 + 16. 10 9727 Lacaille 8890 .... 6.4 33 44- 32 63.0 7 3-456 - 25 44 9.3 64-9 2 1 6. n 9728 Riimker 9349 .... 7.0 33 48. 27 65.8 3 3-292 - 15 28 34.0 55.8 7 16. ii 9729 Lacaille 8889 .... 6.8 33 52-22 62.4 6 3-592 - 33 8 30.3 68.5 3 16. 12 973 Lacaille 8887 .... 8.2 33 53-5 63-4 3 3.706 - 38 34 2. 5 68.3 2 16. 12 973 07 12 B. A. 0.7536 .... 42 Capricorn i 6.2 C o 21 33 55-75 11 1,5.86 67.7 67 8 3 + 3- 368 i. 280 20 26 26.9 ~ 14 40 14. 4 67.8 67.2 2 2 -4- 16. 12 It). 12 71 J*' 9733 Lacaille 8891 .... J " 7-5 J J J J 33 56. 62 w / u 63-4 J 3 J- *' 3-50J - 28 19 17.3 66.8 2 16. 12 9734 Q71 1 ; Lacaille 8892 .... 41 Capricorni 7-4 <;. o 34 0.54 34 2. 12 63-7 71.8 3 c 3.468 3. 424 - 26 29 39.9 23 53 41. 5 66.8 68.3 2 2 16. 12 16. 12 71 J j 9736 O. Arg. S. 21575 j 7-i 21 34 4. 10 / * 63-7 j 2 j' ?? + 3-497 - 28 6 19.3 68.3 2 + 16.13 9737 07-58 B. A. .7538 . . . . 9 Ccphei 6-5 ^. o 34 5-34 34 0. 82 66.8 67 i 3 4 3-843 I. 6l2 - 44 7 47- 4 -4- 61 27 4. 6 68.8 66.8 2 8 16. 13 16. 13 7 / J 9739 Q74.O Lalande 42269 . . . 7 c Cvffni J * 7.2 ?. 2 J*T y " 34 H-97 34. 4.1. ^6 "/ - j 68.8 62 7 T^ 2 4. 2.431 2 34.2 +'38 52 56-8 -1- 4.2 38 21. t; 58-3 66.8 5 2 16. 13 16. 16 y/T 1 " Q74.I K Capricorn! J e z j*t *t m * j" 21 34. tJO l8 '* / 72 I *T B *" JT 1 ** -4- 3 3^2 1 "f J^ J IQ 3O 8. <, 6q. 1 2 + 16. 16 y/ T-* 9742 Weisse (2) XXI, 871 . j j 7-5* ** ot j~" *** 35 7- ?6 / * 77-5 j 4 i J' JJ* 2-539 A y ju w. j + 34 2 25.6 y j 62.5 4 16. 18 9743 B.A.C.7549 . . . . 7- i 35 21.26 63.0 9 3-43 6 - 24 46 42. 4 56.7 6 16. 19 9744 B. A. .7550 . . . . 6.2 35 23.34 65.6 6 3-363 - 20 15 28. 8 67.7 2 16. 19 9745 Weisse (2) XXI, 877 . 8.8 35 25.48 77-4 3 2-539 + 34 3 54-o 77-8 4 16. 19 9746 Lacaille 8896 . . . 6.2 21 35 5'-77 63-4 3 + 3-7I3 - 39 1 1 9. 6 68.1 3 + 16. 22 9747 O. Arg. S. 21^,96 . . . 8.6 3 6 "3-97 68.7 2 3-340 1 8 49 11.7 64.8 2 16. 24 9748 Weisse (2) XXI, 895 . 7-5 36 19. 26 74.6 6 2.483 + 36 54 5- 7 62.6 4 1 6. 24 9749 07^0 Lacaille 8900 .... 45 Capricorni 7.2 6.0* 36 21.07 ^6 22 O^ 63-4 en 7 3 2 3-709 3- 288 - 39 4 52- 5 I C 23 IO. I 67-3 "SO. 7 2 8 1 6. 24 16. 25 y 1 j 975" Lacaille 8902 .... 7.0 O" **., vj 21 36 3'- 59 jy- / 63-2 5 + 3-446 j j y - 25 32 49. 5 Jy i 63.8 2 + 16.25 9752 i Piscis Australis . . . 5.0 36 35-77 66.4 3 3-594 - 33 39 46-4 72.3 6 16.26 9753 Q7 1 ;* B. A. C. 7558 .... 77 Cveni 8.0* 6.0 36 37.02 36 4.S OS 59.6 64. 2 2 3-306 2 4.CX - 16 36 33.9 -j- 40 26 21. O 53-8 61.8 2 4 16.26 16. 27 ?! j^ 9755 Groombridge 3549 . , 7.2 j^ *rj' ^j 36 55-25 68.8 2 " f^^j 2.407 + 40 24 33. 8 VJ' " 53-8 2 16.27 9756 9757 Lalande 42355 . . . 7T 1 Cveni 5.8 $. O 21 37 4-33 37 7 73 68.7 68.8 2 2 + 3- 145 2 1 23 5 22 14-7 -4- So 11 67 55-7 ?7.8 2 -J + 16.28 16.28 9758 Weisse (2) XXI, 914 . J 6.5 ji i i j 37 7- 84 68.7 2 * *J 2.478 1 J^ JJ 1 + 37 '5 56-4 J/ 48.1 j 3 16.28 9759 O. Arg. N. 22729 . . 7.0 37 11-89 69-3 2 0.847 + 70 40 37- 3 7i-4 4 1 6. 29 9760 Weisse XXI, 896 . . 8.0 37 2.99 63.2 3 2.945 + 9 15 56.7 68.3 2 16. 29 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 247 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. 1_ p >* a m B % 1 *o i Annual Precession, 1860. Mean Declination, 1 860.0. i s 1 'o o fc Annual Precession, 1860. 0761 2. 1* h. m. s. 21 37 18. 56 55-4 270 s. + 2. 945 / // + 9 H 5-5 51.3 141 // -j- 16. 29 y/ w * 9762 9763 9764 9765 Lacaille 8907 .... Lacaille 8906 .... B.A.C. 7562 .... Weisse (2) XXI, 923 . J 7.0 7-5 6.5 6.0 37 20. 86 37 23-07 37 27.06 37 28.80 63-5 62.8 66.3 68.7 5 4 2 2 3-5 3-Sio 3-205 2-477 28 46 4. o 29 21 55. 6 - 9 40 41.0 f 37 22 42. 8 68-5, 70.1 66.8 48.2 ^j 3 3 2 4 1 6. 29 1 6. 30 1 6. 30 1 6. 30 9766 B.A.C. 7565 .... 6.0* 21 37 28.91 71.4 3 + 2.406 + 40 30 59- 2 53-8 3 + 16.30 9767 0768 c 1 Capricorn! 5-5 5.8 37 32- 25 37 38. 29 66.3 68.8 2 2 3-205 2.472 - 9 43 24. 5 + 37 38 38. 3 69.7 57-8 4 4 16.30 16. 31 y 1 9769 Weisse (2) XXI, 933 . 6.9 37 49-39 68.8 2 2.472 + 37 39 S 6 . 2 68.8 2 16. 32 9770 ft Cygni (ist*) . . . 5-5 37 53-8 67.4 4 2.657 + 28 6 41.6 59-o 9 16. 32 977' ft Cygni (2d) .... 6-5 21 37 S3-48 69.4 3 T 2.657 + 28 6 38. 7 61.4 3 + 16.32 9772 Lacaille 89 1 1 . . . . 6.5 38 4-65 62.6 5 3.583 33 21 25.3 70.4 3 16.32 9773 B.A.C. 7570 .... 6.8 38 6.65 69.4 3 2.657 + 28 8 33. 5 57-7 2 >6. 33 9774 Q77<; Weisse XXI, 916 . . c 2 Capri comi ..... 8.0 8.2 38 11.24 l8 47. QO 67. 2 67.7 3 2 3.084 3- 207 o 51 6.5 9 55 'i- 6 68.3 56.8 2 7 16.34 16. 57 y 1 1 j 9776 O. Arg. S. 21629 8.8 j ^ i ' y 21 3 8 54.52 68.7 2 + 3- 335 - 18 47 53-9 64.8 J 2 j i + 16.37 9777 Q778 Lament 3752 .... Jl Capricomi .... 8.2 'i. S 38 55- 79 T& 59. 68 68.8 66. i 2 4 3.229 l. 216 - u 27 42.7 1 2 O 34. 9 55.8 63.7 3 ^ 16.37 16. 38 "/ / 9779 Lacaille 8915 .... J J 5-7 J J7' 39 i-57 63v7 2 J' J 3.688 - 38 35 49-4 66.8 o 2 ,V, JV 16.38 9780 Weisse (2) XXI, 962 . 8.0 39 S-oo 68.8 2 2.450 + 38 54 16.38 97*1 M. Z. 200, 84 .... 9.0 21 39 6. + 3-338 - 19 2 29.0 77-7 2 + 16.38 9782 0781 Weisse XXI, 933 . . (J Capricorn! 7.0 } C* 39 9- 04 JQ 1 8. AC 65.7 c-i, I 3 27 3-24I 7. 7Q4. - 12 2O 14.4 l6 45 37 4 66.2 ??. i 4 12 '6.39 1 6. w 71 **J 9784 6 Piscis Australis . . . J J 5-7 Jy * ** *tj 39 3- 59 JJ' 62. 2 J 5 O J T 1 3-544 ^J JJ ' T 1 - 3 1 32 38. 7 jj 72.5 4 jy 16.40 9785 O. Arg. S. 21635 . . . 8.8 39 3-95 68.7 2 3-420 - 24 19 0.3 55-7 2 16.40 9786 Lacaille 8918 . . . . 6.8 21 39 35-o6 63-1 6 + 3.488 - 28 23 44. i 65.2 4 + 16.41 9787 Q 7 88 B. A. C. 7584 .... 1 1 Cephei 6.5 A 7 39 35- So 1Q CI 77 71-3 66 i 6 C 2.715 o. 884 + 24 56 24.0 -4- 7O dO 1 O 66.4 68.4 6 2O 16.41 16. 42 y 1 WLJ 9789 Lament 1464 .... T 1 / 6.5 Jy j l oi 39 52.71 w\*. J 68.7 J 2 3-320 I / ** *T vr J' w - 17 56 26. 6 56.7 4 16.42 9790 B. VI. 1, 4200 . . 9-4 39 53-41 65.8 2 3.089 I 17 24.5 65.8 2 16.42 9791 O. Arg. S. 21645 7-4 21 39 59- 19 68.7 2 + 3-334 - 18 5" 32-8 64.8 2 + 16.43 9792 B. A. C. 7586 .... 6.0 40 1.74 72.9 6 2. 716 + 24 55 i-5 7i-3 6 16.43 9793 Schjellerup 8841 . . . 9-3 40 2. 88 67.3 2 3.088 i 10 18. 8 69. i 3 16.43 9794 Q7QC Lacaille 8923 .... 27 Aciuarii ... . . 7- 6.0 40 7. 58 4O 7 QQ 63-4 6c 7 6 3-454 1 OAZ - 26 31 25.3 _|_~ 2 2 26 1 64.8 60. i 2 16. 44 1 6 44 71 yj i t" / yy w j- / J" vi TJ i * * Wi j 1 u. (ftf 9796 B. VI. 1, 4203 . . 9.1 21 40 8. 89 67-3 2 + 3.088 i 10 39.7 69.2 4 + 16.44 9797 B.A.C. 7590 . . . . 7-5* 40 25. 34 68.2 4 2.845 + 16 32 54-9 53-7 2 16.45 9798 Weisse XXI, 965 . . 8.6 4 27. 77 69.7 2 3-238 - 2 i? 5-5 69.7 3 16.45 9799 O. Arg. S. 21653 8-5 40 31.68 72.9 4 3-335 - 19 o 54.3 73-4 3 16.45 9800 Lalande 42507 . . . 6.0 40 55-71 68.7 2 2.497 + 37 o 44. 2 47-8 2 16.48 248 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. rt V a rt > X ft O) X i O *o 6 Annual Precession, 1860. Mean Declination, 1 860.0. Mean year. 1 VH O i Annual Precession, 1860. 0841 q. 2 h. m. s. 21 4C T.T.. TO 65.7 2 s. + 3. I6? / // 7 O I "*. 7 72. 7 2 // + 1670 yi>T- M 084.2 u Capricorni .... y 4.8 ^j jjjy 4C iq.7i J 1 67.2 =8 1 0' v j 3 2?Q / 3f O / 14. 12 "?! 1 / / 62.8 4. " / w 1 6. 71 y w T-^ 9843 Weisse XXI, 1071 . . 8.0 *TJ jy i 45 45- 36 / 59-7 J 2 O* *-jy 3.268 *t ** j* o - H 5 47-8 55-9 *? 7 16.71 9844 084.5 Lacaille 8952 .... 6.0 9.8 45 54-5 AC CC. TO 72.6 67. T. 5 2 3-623 Soli - 36 43 7- 4 -r- 7 I 2 1 70.0 69. 2 8 2 16. 72 16. 72 y4j 9846 O. Arg. N. 22961 . . y v 8.5 HJ jj- jy 21 45 58.76 1 * J 64-3 2 W J J + 1-097 ~ O * j + 69 30 47. 8 6l. 2 2 + 16.72 9847 B.A. C. 7620 .... 6.0* 46 6. 85 58.7 3 3-215 - 10 58 7.6 56.9 9 16.73 9848 B. VI. + 37, 4441 6.8 46 7- 3 68.8 2 2. 501 + 37 46 26.5 65.8 3 '6.73 9849 nSco Lalande4267i . . . I 5 Pegasi 7- i 6.0 46 11.88 46 14. 96 68.8 57. -> 5 3 2.490 2.678 + 38 17 5'-6 + 28 8 22. 8 46.8 C7 7 3 7 16-73 l6 74 y^j^ 9851 08^2 Lalande 42678 . . . Anonymous . . 7-4 8.8 21 46 25.35 4,6 1. 1 60 J 1 O 68.8 68.7 4 2 * "/ * + 2-492 3 2 2O f 38 15 55-0 i i 22 7C I ji I 65-5 cc 8 / 3 2 *v /^ + "6-74 16 "7 c yj 9853 ngcj. Weisse XXI, 1085 . . 1 6 Pegasi . , 9.0 e. c* *t v j * *-* w 46 34. 94 4,6 4.1 1Q 65.7 60. 2 2 17 *W 3- '64 2 72? 1 * ^^ JJ- * 710 20. o -i_ 2C 16 -28 55- 65.8 C 7 g 3 c 10 - 75 16.75 1 6. 76 y-'j'r 9855 o8c6 Weisse XXI, 1087 . . Anonymous J J 8.6 0. 2 T* f* jy 46 45- 34 21 46 51.12 65.7 6c 7 / 3 2 * / ^ j 3.228 4- T. 228 -j- ^.^ iv/ j. u - 12 I 19.7 12 o 4Q. Q j/- 66.9 71 8 3 6 2 16.76 ^ 16 7fi yj w 9857 Weisse (2) XXI, 1140. y' *" 6.0 46 58. 13 "j- / 69. 2 2 -p J. AAtl 2-495 + 38 10 43. 7 71. o 65.5 3 iu. yu 16.77 9858 Groombridge 3598 . . 7.0 47 16-27 58.8 2 2. O22 + 55 8 4.0 67.8 2 16.79 9859 Groombridge 3599 . . 7.0* 47 1 6. 88 58.8 2 2. O22 + 55 8 23.5 54-3 5 16.79 9860 15. A. C. 7630 .... 7.0 47 22. 28 60.6 2 3.280 - '5 55 o.i 59-4 6 16.79 9861 Tr. Z. 83, 14 . . . . 8.2 21 47 28. 22 68.7 3 + 3-404 - 24 23 44. 8 55-8 2 + '6.79 9862 DM. + 3, 4631 . . . 9-3 47 28.38 67-3 2 3-032 + 3 5 33- 1 65-7 2 If'. 80 9863 Weisse XXI, 1106 . . 8.0 47 29-55 65-7 5 3-236 - '2 37 47.5 65-7 3 16.80 9864 Lacaille 8965 .... 6.8 47 45- 29 62. 2 12 3-5'5 31 J5 58.4 71.0 5 16.81 9865 Lalande 42700 . . . 7-5 47 49- 3 6 59-9 2 3-364 - 21 47 58.2 52.6 8 16. 81 9866 O. Arg. S. 21737 7-5 21 47 49.69 59-7 2 + 3-392 - 23 42 47. i 67-7 2 + 16.81 9867 B.A. 0.7632 . . . . 5-9 47 5 6 -46 62.5 8 3.640 - 37 54 53-5 70.5 4 16.82 9868 0860 Lacaille 8967 .... Anonymous . . 7-5 9O 48 34- 3 4.8 4.6 47 63.8 74 I 3 3. 600 31^6 - 3 6 i 21.9 21 2C 78 C 66.8 C 7 1 3 16.85 1 6. 86 yuwy 9870 Weisse XXI, 1139 . . ' ** 7.8 *t u *fr"" F * H-/ 49 '-47 /*r* * 70.7 2 jj" 3- HI *3 J- .) S 25 5-6 JJ- J 72-4 3 16.87 9 87I Lacaille 8968 .... 7-2 21 49 2. 24 63-1 6 + 3-443 - 27 8 24. i 63.8 2 + 16.87 9872 B.A. 0.7639 .... 6-3 49 3-u 62.0 3 3-3'5 - 18 33 37-o 67.8 2 16.87 9873 Weisse (2) XXI, 1195 . 6.0 49 22.60 73-2 4 2-558 + 35 29 7- 3 62.6 4 1 6. 88 9 874 O.Arg.S. 21759 8.7 49 41-74 68.7 3 3-36o - 21 46 55.9 7'-3 3 16. 90 9^75 0876 O. Arg. S. 21760 . . . 1 7 Peeasi . 8.7 6.0* 49 42.44 21 50 6. 86 68.7 CT I 3 3-36o + 2 Q27 - 21 48 32. 4 + 1 I 24. 47 "3 72.O C4. I 4 r 1 6. 90 + 16 02 71 0877 H Cephei c 7 50 lo. 99 J*' J 6-> 7 e ** y^/ 2. OIO *T T-/ J _L cc eg eg Q D4- 6c 7 J 2 ivy. y* 1 6. 92 y I 1 9878 B. A. C. 7644 .... J" i 7 .0* 50 16.29 U-. / 67.8 .) 4 0.887 i jj j w j ' w + 71 49 47- ' V 3- / 53-7 2 16.93 9879 RUmker XXI, 163 . . 9.2 5 3- 3 2 68.8 4 3-352 - 21 24 5. 6 54-3 4 16.94 9880 B. A. C. 7647 .... 6.0 5 49- 29 62.5 3 3-652 - 39 3 44-o 71. i 4 16.95 250 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. Mean year. 1 IM O i Annual Precession, 1860. Mean Declination, 1 860.0. rt D p^ C fj V 1 'o 1 Annual Precession, 1860. h. m. s. s. / // // 9881 B. A. .7648 .... 7.0* 21 50 51.42 46.8 12 + 3- 241 - '3 >9 59-3 46.8 II + 16.95 9882 B. A. 0.7650 .... 5-7 50 52.91 45-7 3 3.148 - 6 5 14. i 67.8 2 16.95 9883 B. A. C. 7649 .... 6.0 50 54.91 62.7 4 3-358 - 21 50 56.3 '55-9 9 16. 96 9884 Q 88 C Lalande 42813 . . . 79 Draconis 8-5 6.0* 51 4.80 51 7.66 59-2 66.5 2 6 3-335 o. 735 20 16 25. 3 + 73 2 25. 7 55-4 70.0 3 16 16.97 16. 97 y3 9886 O. Arg. S. 21772 . . 8.2 21 51 18. 14 64.4 6 + 3-397 - 24 33 25.5 66.7 2 + 16.98 9887 O.Arg.S. 21774 . . 7-1 51 23.61 64.4 7 3-396 - 24 29 58. 2 66.7 2 16.98 9888 B. A. C. 7652 .... 6.2 51 25-15 64.4 6 3-382 - 23 32 23.4 59-7 9 16.98 9889 oScio Lacaille 8981 .... Anonymous 7-4 8. f, 51 26.27 51 26.88 72.9 68.7 6 3 3.478 3- 34 - 29 43 24. 2 20 38 65-3 2 16.98 16.98 yuyv 9891 RumkerNachXXI,l70 J 21 51 32.58 70.1 6 + 3-340 - 20 40 1 8. 5 64.6 6 + 16.99 9892 II Piscis Aus'ralis . . . 6.8 51 32.80 62.4 5 3-455 - 28 17 51.5 62.5 3 16.99 9893 O. Arg. N. 23109 . . 6-5 51 41. 62 77-9 i 2.283 + 48 o 12. 4 77-9 i 16.99 9894 Lacaille 8985 .... 7.0 51 45-33 62.5 3 3-59 - 32 ii 37-0 66.6 2 17.00 9895 O. Arg. 8.21789 . . 9-2, 52 1.83 71.8 3 3-348 21 18 8. 7 55-7 . 2 17.01 9896 Lalande 42878 .... 7'3 21 52 I3-3I 68.7 2 + 2.5H + 38 15 39-9 61.8 2 + 17-02 9897 0808 jj Piscis Australis . . . Anonymous . . . 6.0 O 2 5 2 47- 12 C2 4.Q "?8 70. i 68.8 8 2 3- 465 ? 2 2O - 29 7 .25. 7 12 1Q 7Q Q 67.7 68.8 5 2 17.04 17 Od yvyu 9899 O. Arg. S. 21796 . . . y. *. 7.0 j* T-y- o" 52 49. 67 59-7 I j. ij'-' ' 3- 385 jy jy J - 23 57 49- 8 68.3 2 i / **^ 17.05 9900 Weisse XXI, 1223 . . 9.O* 52 51.84 46.8 2 3-241 - 13 3' 22.7 46.8 3 I7-05 9901 QQO2 O.Arg.S. 21800 . . . 1 8 Pegasi . . 8.8 6.0 21 53 7-97 (1 8 71.4 58.8 3 2 + 3-342 2 OO8 - 21 47.7 -4- 6 2 c.2 6 57-0 64 4. 3 3 + 17.06 17. 06 vy-**- 9903 O. Arg. N. 21803 8.5 j-j ' jj 53 9- ** yy" 3.461 i " " j ^* v - 28 59 42.8 W*fl 14. 66.8 J 2 17.06 9904 Lacaille 8993 .... 7- i 53 12. 12 62.7 2 3-555 - 34 3 12-5 64.8 2 17.06 9905 0006 Weisse XXI, 1240 . . Anonymous ... 7-7 O I 53 32.21 21 $1 S I 60 57.8 64. A 2 2 3-243 + 7. ^4,6 - 13 4i 37-5 21 21 4.6. 5 57.8 68.8 2 2 17.08 -L- 1 7 OQ yyv\J 9907 Weisse XXI, 1253 . . 7" 8.0 - jj j " v 54 9-12 *f* T- 72.8 4 j' Of- 1 3.229 *"j tf.w. j - 12 39 45-6 71.0 5 \ I ' ^y 17.11 99 08 Weisse XXI, 1255 . . 8.1 54 10. 17 72.8 4 3.229 - 12 39 54-9 71.0 5 17. II 9909 Weisse(2)XXI,l33i . 6.2 54 11-84 71.4 3 2. 602 + 33 57 33-8 61.5 3 17.11 9910 Lacaille 9000 .... 6.7 54 22. 58 62.2 6 3.521 - 32 48 27.6 69.8 3 17. 12 9911 B. A. C. 7665 .... 6.2 21 54 29- '5 66.8 2 + 3.306 - 18 34 24.5 64. 2 4 + 17-12 9912 Lacaille 9003 .... 6.7 54 41.64 66.3 8 3.442 - 28 2 21.0 72.2 4 '7-13 993 29 Aquarii (ist*) . . . 7.0 54 46. 47 72.8 4 3.293 - 17 38 17-2 71.4 3 17-13 9914 29 Aquarii (ad*) . . . 7.0 54 46-72 72.8 4 3-293 - 17 38 14-3 68.2 3 17-13 99'S Lacaille 9005 .... 7-5 55 9-68 63.8 5 3-436 - 27 43 28. 5 72.7 2 17.15 9916 QQI7 Lacaille 9004 .... Anonymous 7-2 ' 9O 21 55 10-74 ere T7 c8 63-1 68 7 7 2 + 3.481 32 I I - 3 34 39- 6 ii IQ c 1 1 6 72.8 cc 8 6 2 + I7-I5 17 T C y y i 9918 O.Arg.S. 21828 . . . ** 8.8 j j * / j*-* 55 23.89 wo. / 68.7 2 . 1. 1 i 3-414 26 19 32. 2 D.)- 7O.O 4 1 / 1 J 17. 16 9919 O.Arg.S. 21829 9.0 55 26.06 68.7 2 3-334 - 20 47 S-2 56. 2 2 17. 16 9920 Lacaille 9007 .... 7-8 55 35-23 62.5 3 3-471 - 30 ' 17-9 67-3 2 I7-I7 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 1 Name of Star. Magnitude. Mean Right Ascension, 1860.0. 1 5 o 'o Annual Precession, 1860. Mean Declination, 1 860.0. 1 i IM o y, Annual Precession, 1860. h. m. s. s. / // 9921 O. Arg. 8.21832 . . . 9.0 21 55 39-44 60. 7 2 + 3-356 - 2fl 22 34. I 56.4 5 + 17-18 22 30 Aquarii 5- 5* 55 54' 4^ 71.8 4 , jrg 7 1 1 50. i 73- 4 5 17. 19 99 2 3 Lacaille 9006 .... J J 7.0 55 54-53 66.8 3 3-641 - 39 33 i- 8 70.8 4 17.19 9924 O. Arg. 8.21836 . . . 8.4 55 55-95 67-3 2 3.400 - 25 29 37. 2 67.8 2 17.19 9925 O. Arg. S. 21837 . . . 8.4 55 56.49 67-3 2 3-401 - 25 31 18. 8 67.8 2 17. 19 QQ26 o Aquarii . ... 4 5 21 56 4.21 45. 6 3 4- 3 106 2 40 45. 9 71. i 1 + 17. 19 yy* 9927 Weisse (2) XXI, 1397 . 6-5 J" *T* " J 56 15.69 TJ' 72. i a 2.567 *- ^y ^j' y + 36 18 34. i 46.8 o 2 17. 20 . 9928 13 Piscis Australis . . . 6.6 56 I 9 .03 63-4 5 3.478 - 3 35 33- 8 66.8 2 17.21 9929 O. Arg. S. 21841 . . . 8.0 S 6 21.73 64.8 2 + 3.356 22 27 22. 2 58.0 12 17.21 9930 B. A. C. 7678 .... 6.2 56 24. 10 76.8 4 - o. 684 + 79 38 28. 8 72.8 12 17.21 9931 B. A. 0.7677 .... 6.5* 21 56 29. 76 59.2 2 + 0.627 + 74 19 35-9 54-2 4 + 17-21 9932 Lacaille 9012 .... 6-7 56 37-84 68.1 3 3-454 - 29 6 43. 4 69.1 3 17. 22 9933 B. A. C. 7675 .... 6.8 56 38- 52 69.0 4 3-429 - 27 29 53.3 61.7 2 17. 22 9934 RumkerNachXXI, 186 8.2 57 9-14 68.7 3 3-3I7 - 19 45 8.8 55-5 3 17.24 9935 Anonymous .... 8.8 57 16. 18 70.9 6 3.428 - 27 31 35.9 67.8 4 '7-25 9936 B. A. .7680 . . . . S.o* 21 57 16. 28 58.8 2 + 3- 138 S3' o-5 53-7 2 + 17-2.5 QQ^.7 32 Aquarii . . 4. 7 57 15. 22 46. 2 1 7. OQI I 14 55 I 7O. 5 -l 17. 26 yyji QQl8 /i Gruis -T- / J / JJ 57 1Q. 77 62.7 j 6 o y 3. 647 JT- JJ' * / j 71.8 3 6 / 17. 27 yyjr* 9939 O. Arg. S. 21869 . . . 7-8 J / 37 i 1 58 5.90 * / 60.6 3 J' T / 3-3'o - 19 2O 50. I / 57.0 10 17.29 9940 Weisse XXI, 1333 . . 9.0 58 7-53 61.9 3 3-199 - 10 34 29. 7 58-3 4 17.29 9941 B. VI. 21", 77 .... 8. i 21 58 7.80 68.7 2 + 3-325 - 20 27 8. i 49-8 3 + I7-29 9942 O. Arg. 8.21877 8.4 58 II. 80 68.7 2 3-313 - 19 36 37.2 56.1 3 17.29 9943 O. Arg. 8.21876 . . . 6-5 58 12.86 68.7 2 3-454 - 29 23 4. o 67-3 2 17.29 QQ44 a Aquarii , . 1.0* 58 15. 50 54.0 2O4 3.084 O 5q 54 2 si. 5 88 17. 31 004 c L Aquarii J 4. 5* J JJ' J 58 52.35 54- 4 2O J ""*fr 7. 247 I j j 55- o 6 17. 12 yy*rj QQ4.6 21 Peuasi . " J 6.0* 21 5q 14. 2O 62.8 2 J' T'/ -J- 2. 7IO 4- 28 17 77 -3 / o 4- 17- 11 y^T 1 " QQ47 a Gruis , . 2. O* jy "f* cq 21 14. 52. 2 18 I ** / * ** 3. 808 I *' tj * / / ' / 47 7.8 14 1 56- 9 3 C 1 / OJ 17. 14 yyti 9948 B. A. C. 7694 .... 6:6 jy *"3' J^ 59 26. 66 2 3-356 T 1 / O **T* J 22 55 18. 8 65. 2 J 2 / JT^ '7-34 9949 O. Arg. 8.21896 . . . 7-8 59 42. 18 65.7 I 3-319 - 3 '5 0.3 67.7 2 I7-36 9950 O. Arg S. 23345 . . . 8-3 59 42. 30 76.8 2 2. iSl + 53 4 16.6 74-9 3 "7.36 i f Cephei(ist*) .... 21 59 44. 01 77. 1 8 4- I. 702 -\ 9952 $ Cephei (2d) . . . . 59 44-92 1 1 j 77-3 8 i / I. 702 | +63 56 47. 5 73-6 2 + 17.36 9953 Lacaille 9027 .... 7-2 59 45-21 63-7 2 3.385 - 25 4 22. 9 66.8 2 17-36 9954 B. A. 0.7697 .... 6.0 59 50-37 64-7 2 3-204 - ii 7 41. i (M.I 3 I7-36 9955 Weisse XXI, 1375 . . 9.0 59 51.92 64.8 2 3.188 9 5' 48.3 58.4 4 17-36 9956 O. Arg. S. 21903 . . . 9-5 21 59 54-67 65.7 5 + 3-389 25 22 39. i 65.7 3 + '7-37 9957 O. Arg. S. 21904 . . . 6.2 22 0. 39 68.7 3 3-253 - 15 10 17. i 70.0 4 17-37 9958 I.alande 43106 . . . 8.0 o 3-58 60.8 2 3-346 22 16 26. 3 55-5 3 '7- 37 9959 O. Arg. N. 23362 . . 8.0 o 6. 20 67-3 2 2. 191 + 52 49 5-9 69.0 4 17-37 9960 O. Arg. S. 21909 . . . 7-8 o ii. 81 67-9 3 3-359 - 23 17 44.7 69.7 2 '7-38 252 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. Mean year. | O < C 1 Annual Precession, 1860. Mean Declination, 1 860.0. i >-. 5 % .3 o lu O fc Annual Precession, 1860. h. m. s. s. / // // 9961 B. A. C. 7702 .... 5-5 22 013. 66 70.4 3 + 3-535 - 34 43 27- 9 66. i 3 + 17-38 9962 Weisse XXI, 1384 . 8.0 o 19.45 61.9 3 3- '99 - 10 45 35.0 58.5 4 17-38 9963 006/1 O. Arg. S. 21910 . . 7-4 e.o o 24.32 o 29. 89 63.8 65.6 2 2 3-375 2.766 - 24 24 54. 9 + 24 39 44. 9 66.8 67.7 2 2 '7-39 17. 39 yy u 4 006 c J 9- 5 o 31.01 65.7 I 2. 100 + 52 57 20. i 69.8 2 17.39 yy u j 9966 O. Arg. S. 21912 . . . 7.8 22 33. 78 68.7 2 + 3- 295 - 18 30 53-2 71.5 3 + 17-39 9967 O. Arg. N. 23385 . . 6.8 o 50. 38 71.0 8 2. 192 + 52 56 34-o 7O. 2 6 17.41 99 68 O. Arg. S. 21915 . . . 9.2 o 55.09 68.8 2 3-345 - 22 22 19. 7 66.8 2 17.41 9969 OQ7O Weisse XXI, 1398 . . 9.0* 5. 7 I 4-5 i 17.99 47-6 69.8 2 5 3-218 3- 302 - 12 17 46. I 19 12 ii. 3 65.8 56.7 3 7 17.41 17.43 Spy/** QQ7I 7.8 22 I 22. 87 67.2 2 + 3-633 40 18 29. i ^ 67.8 i + '7-43 yy/ * 9972 O. Arg. N. 23425 . . 8-5 I 24.58 72.8 4 2-193 ^ 53 2 43.3 69.8 i '7-43 9973 O. Arg. S. 21923 . . 8-3 I 25.03 7O. 2 4 3-302 19 10 6. i 68.9 2 7-43 9974 O. Arg. S 21925 . . . 6.9 I 38.44 64.0 8 3-371 - 24 20 39. 3 66.8 2 17.44 9975 0. Arg. N. 23438 . . 7.8 I 38.63 6 7 .2 2 2.213 + 52 27 38. 5 69-3 2 17.44 9976 Lacaille 9036 ..... 5.0 22 I 44.37 62.6 2 + 3- 529 - 34 42 2. 9 66. i 3 + 17-44 9977 DM. +52, 31 13 . . 9.0 I 48. 69 75- 3 2.197 + 53 o 3- 5 69.8 i '7-45 9978 15 Piscis Australis . . . 5-5* I 55-70 50.8 2 3-54 - 33 '4 3- i 50.8 6 17-45 9979 0080 B. A. .7715 .... 36 Aquarii 6.4 7 I 2 o. 74 2 2 ^4 63.0 58.7 6 2 3-437 '. 17^ 28 58 42.8 8 52 IQ. 8 69.8 64.8 4 2 17.46 17. 46 yyuv 998l Weisse XXII, 13 . . / 8.0 " j*t 22 2 5.87 61.5 J 3 j i j + 3- 182 j y 9 29 6. 9 58.0 5 / t + I7-46 9982 O. Arg. N. 23452 . . 6.0 2 14.94 t>5-7 4 2. 212 + 52 37 27.5 65.1 3 17-47 99 8 3 M. Z. 74, 15 6.5 2 37.61 65.7 2 3.627 40 13 50. 6 68.7 2 17.48 9984 008? O. Arg. S. 21944 . . . 7T l Pegasi 8.8 6.0 2 41. 62 ? I. 58 67. 2 57- 2 2 4. 3-367 + 2. 6c6 - 24 14 19.9 4- 32 2Q 21. 7 68.3 S7. 8 2 7 17-49 17. ?O yy*'j 9986 Lalande (F) 4062 . . 7-5 O J" 22 3 2.42 J f ' 71-5 f 8 1 * "j" -- 1-693 i j y / + 82 ii 38. 8 J / 66.8 j 2 / j v + I7-50 9987 0088 Lacaille 9045 .... 7-7 6.0* 3 6.54 3 8. 16 65.7 4.7. 6 5 22 + 3-596 7 214. 38 44 2. 9 12 15 6. 2 69.8 C,l C 6 12 17.50 17 "sO 5W** 9989 Weisse (2) XXII, 47 . 8-3 3 8.26 *T/ ** 75-2 5 j. *f + 2. 585 + 3 6 43 40. 2 JT" J 65.8 3 1 / * j v 17-50 9990 Bradley 2935 .... 7-3 3 8.56 75-6 S - 1.689 + 82 ii 42. 7 66.8 2 17.51 99 9 I B. A. C. 7724 .... 7.0* 22 3 '5-93 59-2 2 + 3-334 - 21 55 6.5 55-5 3 + i7-5> 9992 Lacaille 9046 .... 6.2 3 26. 10 63-2 2 3-539 - 35 99-4 59-5 3 17-52 9993 B. A. C. 7729 .... 7.0 3 3- 84 62.0 H 3-4i6 - 27 50 19.7 72.1 6 17.52 9994 QQQC Lacaille 9047 .... 7r 2 Petrasi 7.0 A O* 3 41-75 3d6 1A. 63-3 At 7 5 3.598 2.658 - 38 59 32.4 + 12 2Q "* I O 67.9 c 7 8 2 17-53 17 17 yyyj 9996 O. Arg. S. 21962 , . . *T* ** 9.0 V' JT- 22 3 56. 64 40- / 67.2 2 + 3-404 j^ ^y j 1 - y - 27 6 43. 3 ;>/ - 67.8 I 1 / ' JJ + '7-54 9997 O. Arg. S. 21964 . . . 9.0 4 0.50 63.7 2 3-335 - 22 3 44. 8 72.8 2 17-54 9998 Lacaille 9052 .... 7.0 4 4- 23 65.3 2 3-633 - 40 53 27. 3 69.8 2 '7-54 9999 Weisse XXII, 59 . . 7-5 4 6. 81 68.7 2 3.206 - II 42 49. 2 47-9 2 '7-55 IOOOO 0. Arg. N. 23553 . . 7.0 4 34- 32 77-4 5 I. 122 + 71 41 II. 2 77.8 2 7-56 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 253 Number. Name of Star. Magnitude. Mean Right Ascension, 1860.0. Mean year. 1 o o Z Annual Precession, 1860. Mean Declination, 1 860.0. S & C rt D s 1 "o 6 Z Annual Precession, 1860. h. m. s. s. / // // IOOOI O. Arg. S. 21966 . . . 9.0 22 4 38- 55 64. 2 4 + 3-292 - 18 49 3- 2 54-8 3 + 17-57 10002 B. A. C. 7739 .... 7.0 4 41-40 61.9 10 3.412 27 46 25. 2 66.8 2 '7-57 10003 Rumker 9903 .... 9.0 4 43- 6 3 69.8 4 3- 212 - 12 17 10. 6 58.3 2 17-57 10004 lOOO 1 } 15. A. C. 7740 .... 7o Anuarii . . 7.0* ? o 4 48. 95 A C2 CC 47-7 6?. i 5 2 3. 206 3243 - ii 45 16.9 14 S2 $1 7 47-7 7O Q 5 17.58 17 c8 10006 Lalande 43288 . . . j- ** 8.3 ^ J*" 33 22 4 54.09 "J* * 60. i 3 "rj + 3- 290 *T- J*" JJ' 1 - 18 43 0.5 /*-* y 55-3 4 / j u + 17.58 10007 O. Arg. S. 21972 . . . 9- I 5 1-83 69.4 3 3-334 - 22 II 33. I 7i-7 3 17.58 lOOOS Lacaille 9058 .... 6.2 5 3-66 64. i 5 3.400 - 27 i o. o 69. i 5 '7-59 10009 Lalamle 43319 . . . 6.8 5 4.7i 68.8 2 2. 6ll + 35 38 26. 7 47-8 2 '7-59 IOOIO B. A. C. 7742 .... 6.0 5 5-72 70.7 2 2.896 + 15 21 7-2 68.7 2 '7-59 IOOII Lalande 43320 . . . 8.0 22 5 6. 81 68.8 2 + 2.595 + 36 36 17.7 55-' 3 -f 7-59 IOOI2 O. Arg. S. 21979 . . . 9.0 5 8.99 69.4 3 3-334 - 22 10 21. 5 7i-3 4 '7-59 IOOI3 O. Arg. S. 21982 . . , 8.0 5 10-32 67.2 2 3-402 - 27 II 8.3 55-8 2 '7-59 IOOI4 O. Arg. S. 21987 . . . 8.2 5 24.22 65.7 2 3-332 22 5 46. 6 57-2 2 17.60 IOOIS B.A.C. 7744 . . . . 6.0 5 26. 27 71.6 5 3-'33 5 24 34- i 67.8 2 17. 60 10016 1001 7 B.A.C. 7745 C Cephei . . . 6.2 4 0* 22 5 52. 06 6 o. oo 62.8 6<; 8 7 2 + 3- 382 2. O7O - 25 52-20. i -\- ?7 "?O 42 5 64.8 61 o 2 C + 17-62 I?6^ 10018 O. Arg. S. 22002 . . . T" w 7.0 6 21.74 j- ^ 65.7 2 3-33 I 3i J ^ J - 22 6 12. 3 57-2 3 2 / v o 17.64 10019 A Piscis Australis . . . 6. i 6 22. 18 58.9 8 3-4I7 - 28 27 32. 8 70.0 4 17.64 IOO2O Weisse XXI, 105 . . 9.0* 6 26. 73 47.6 2 3- 210 - 12 16 50.3 47-6 2 17.64 IOO2I B.A.C. 7752 .... 7.0* 22 6 34.00 54 4 3 + 3-129 5 8 33. 8 54-i 6 + 17-65 IOO22 B.A.C. 7753 5-2 6 36. 35 68.7 2 2.645 + 33 54 56.3 47-8 3 17.65 10023 Weisse XXII, 113 . . 9.0 6 41.84 65.7 S 3.062 + o 55 2. 2 65.7 3 17.65 10024 B.A.C. 7754 . . . . 6.0* 6 45- 74 58.7 2 2. 127 + 56~ 8 37.8 53-7 2 17.66 IOO25 O. Arg. S. 22013 6.2 6 57.06 71.4 3 3-363 - 24 41 50.4 56.8 5 17.66 IOO26 IOO27 Weisse XXII, n 8 . . 24 Cephei 7.2 5. o 22 7 3-3' 7 6 67 68.7 76.8 2 + 3-25I I. 165 - 15 47 26.8 -U 71 -JQ g. o 63.8 7S. 1 2 4 + I7-67 17.68 IOO28 M. Z. 56, 78 3 7 8 / **" "- 1 / 7 i c do / ** ** 66.8 2 3 ^81; \ i jy 26 20 28. 7 133 68.2 2 / 17.68 10029 Weisse XXII, 129 .. / ** 9.0 / * j~ H-y 7 16.67 67.3 2 o- J^j 3-058 + i 17 21.4 68.8 2 / 17.68 10030 O. Arg. N. 23668 . . 6.0* 7 24.46 65.5 3 1.976 -)- 60 4 3. i 53-7 2 17.69 I003I Piazzi XXII, 33 . . 6-5 22 7 34.80 73-7 6 + 2.885 + 16 29 59.8 73-8 8 + '7-69 10032 IOO2? B.A.C. 7765 . . . . M Z 68, 3 . . . 5.0* 8 3 7 52.35 7C2 77 5i-9 60. o 7 2.563 3 ATt + 39 i '7-8 12 11 22 7 50.5 67.8 >4 2 17.70 17. 7O IWVJ JJ 10034 O. Arg. S. 22022 . . . 01 J 8.2 J*" 1 1 7 56.39 65.7 2 4/ 6 3-325 J* JO ** i - 21 58 16. 8 68.3 2 ii 17.71 10035 O. Arg. S. 22024 8.6 8 17.78 70.7 2 3-325 21 59 22. 8 69-5 3 17.72 10036 Weisse XXII, 153 . . 8.6 22 8 26.82 65.7 3 + 3-058 + i '5 "-5 65-7 3 + 17-73 10037 Weisse XXII, 155 . . 8.4 8 28. 96 66. i 3 3.069 + o 16 44. 7 68.3 2 17-73 10038 B.A.C. 7768 .... 5-5 8 45. 04 64.7 2 3-384 - 26 35 36. 9 71.8 4 7-74 10039 Weisse XXII, 167 . . 9.0 9 0.52 69.7 2 3-208 - 12 21 38. 3 69-3 2 17-75 10040 Weisse XXII, 175 . . 8.0 9 16.91 69.7 2 3-208 - 12 20 39. 5 69-3 2 17.76 254 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. i >-, a rt u s o ^ O 6 Annual Precession, 1860. Mean Declination, 1 860.0. rt q rt u S 1 IM 6 2 Annual Precession, 1860. 10041 6.0* h. m. s. 22 9 17.99 68.0 4 s 4- ^. 221 / // 13 31 41. i 55- 7 IO // -f- 17. 76 10042 B. A. 0.7772 . . . . 6.0 9 20.71 69.0 4 1 J 3-097 2 17 31.5 72.7 2 17.76 10043 IOO44. B.A.C.7775 6.0 4. S* 9 2 5-73 9 26. 65 68.8 62. I 2 137 1.882 ^. 164. + 62 28 5.6 8 28 44. 5 53-7 CO. O 2 24 17-77 17. 77 *W*M|^. 10045 10046 Lacailk 9088 .... 44 Aquarii M" J 6.6 ?. 5 9 34-71 22 9 47. 79 J 66.3 71. 4 2 7 j ^ 3.466 + 3. n8 - 32 27 51.1 6 ? <;. 2 Jy 66.8 54.8 3 \ iti '7-77 + 17. 78 IOO47 I Lacertae . . j j S.o q S2. 17 46. i J II I J J 2 6oc j j -i- -37 -3 10. 7 yt* ** 46. % o 1 1 1 */*/*' 17 78 *^vf/ IOO48 Cephei . j c c 7 J 1 O $1. Ti 66. i 2 * V ' V ^J 2 144 1 O/ O v " / -(- c6 2O 4.7 O *T" P J ;o. 8 4 / / *-* 17 7Q IOO49 O. Arg. S. 22049 . . . J J 8.5 y JJ JJ 9 53-47 O 68.7 2 m, 1 1^-^. 3-3" | J V i.^' m . VJ - 21 IO I. 5 jy 6 S .i t 3 * / / y 17.79 IOO5O Lacaille 9091 .... 7-1 10 3.67 62.8 3 3-542 37 17 35-0 72.0 7 17-79 IO05I DM. + 370,4528 . . 9.0 22 IO 5.02 68.8 2 + 2.596 + 37 40 . . + 17-79 IO052 O. Arg. S. 22051 . . . 8.0 10 16.63 7.1.4 3 3-3" - 21 II 30. 5 70. o 4 17-79 10053 DM. + 37, 4530 . . 9.0 10 18. 91 77.8 2 2-597 + 37 40 26. 8 77-9 2 17.80 10054 Lacaille 9093 .... 7-4 IO 26. 12 63.8 2 3-333 - 22 59 47.9 63.8 2 17.81 10055 O. Arg. S. 22060 . . . 8.2 10 50. 24 71.4 3 3-31 - 21 ii 37. 3 55-8 2 17.82 IOO56 IOO57 Lacaille 9097 .... 45 Aquarii 6.7 6.0 22 II 24.68 1 1 29. 82 63-8 6l 4 4 4 + 3-409 322-d. - 28 54 32. 6 14 o 14. 8 66.8 7O < 2 ^ + 17.85 17 8e, IOO58 O. Arg. S. 22070 . . . 8.0 I I 40. O2 *" ' *T 71-5 t 3 . *-6"4. 3- 35o - 24 30 9. 9 / w - 3 56.7 J 4 / ' ^ J 17.86 10059 Weisse (2) XXII, 271 . 7.0 II 45.22 68.7 2 2.591 + 38 19 35-4 47-8 2 17.86 IOO6O Weisse XXII, 223 . . 8.4 I I 46. 65 69.8 3 3- I6 3 8 29 52.0 66.8 2 17.86 IOO6l M.Z. 53,44 6.2 22 12 37.98 68.7 2 + 3- 498 " 35 U 3-5 55.8 3 f 17-89 IOO62 Weisse (2) XXII, 291 . 8.5 12 47.83 69.6 4 2. 617 -f 37 3 47-0 68.8 2 17.90 10063 IOO64 Weisse (2) XXII, 292 . p Aquarii 6.5 e e* 12 48. 17 12 Act 7Q 69.4 6 1 . o 5 7C 2. 617 ? 162 + 37 4 3-o 8 "?! 21 7 62. i 6c o 3 17.90 17. QO IO065 10066 Anonymous .... 30 Pegasi j' j 9. i 4. ? * *ry' ly '3 i8-45 22 11 24. QQ 67, 2 46 4 JJ 2 i 3-3I9 -1- ^ OIQ u J A * / 22 2O 55. 8 4- ^ 5 I?. 4 j' y 68.8 73. O 2 6 / y 17.92 4- 17. o 1 ? 10067 O. Arg. S. 22087 - f j 8.6 * J **f-" yy 13 26.04 r** 1 *t 66.7 J 3 i j' *** y 3-318 1 J J * J' *T 22 2O 10. O / j 68. 3 2 i / y j 17-93 10068 IOO6g O. Arg. S. 22089 M. Z. =;?,4.<; . 7-6 6. 8 13 42.49 I -i CQ 01 68.7 74 ^ 2 6 3-410 j 4Q4 - 29 28 33. I ?C 11 20 6 56.0 6? 2 4 7 17.94 17. Q4 IOO7O 47 Aquarii 6 4 J J 1 -" y* I -i c.2 8l /*r* o 72 O j- T-ys- 3? T 7 JJ * J m y* ** 22 17 ^46 **/ * 7^ 8 / ^ / 7^ I7.Q4 ** *T *O J*' w / *.. ^ j* / ' * / JT 1 * v / j- *-* j / 7^ IOO7I M.Z. 53,46 7-3 22 13 58.08 75-o 8 + 3-493 - 35 " 38-0 75.8 4 + 17-95 IOO72 B.A.C.7793 7.0* H 3- 94 59-6 2 3- MS 6 56 47.0 54.9 2 17-95 10073 Lacaille 9109 .... 7-3 4 5-93 62.6 6 3-364 - 26 4 8. 4 66.8 2 17-95 IOO74 IOO75 Lalande 43630 . . . v Aquarii . . . 6.8 ! O* 14 18.87 H2C in 66.5 r.7 ,1 3 jo 2.630 3OOi + 36 35 44- 9 2 1 2Q 2 57-8 6O 3 6 7 17.96 17. 07 IO076 10077 Weisse XXII, 281 . . 31 Pegasi J. w 8.0 4. <* J' Off 22 14 26. 76 14 ?7 6? J / *r 59-7 6c i J w I ? ^y^ + 3- '44 2 QCI * j *JP 6 53 5.0 + 1 I -1Q -1, O v/v/ " J 71.8 ^4. 2 / 3 c / 71 + I7.97 17. 07 / / 10078 IOO7Q Weisse XXII, 288 . . 12 Peeasi . "T 1 J 8.0* 5. o **T 31 ' *"'/ 14 45.81 14 HI . 64 ^j. 48.6 66.8 O 2 -3 yj * 3-193 2. 762 J*^ O 1 ' - ii 33 6.5 + 27 17 74. 7 JT^* 48.6 8. Q j 3 6 / ' V/ 17.98 17.98 w^ y 10080 O. Arg. S. 22102 . . . j 8.5 ) J * "*T 14 53.60 67-3 J 2 3- 353 **/ j/ Jrr* / - 25 23 49. 4 J" 7 67.8 2 17.98 _, t U. S. NAVAL OBSERVATORY, 1845 TO 1877. 255 Number. Name of Star. * Magnitude. Mean Right Ascension, 1 860.0. >-, rt OJ >, 1 O > . O 6 Annual Precession, 1860. Mean Declination, 1 860.0. ! 3 U >, S A o 'o o Z Annual Precession, I%0. 10081 Anonymous . S. 6 li. m. s. 22 14. 54. 2O 76.8 2 s. 4-3157 / // 8 10 13. 2 72.8 2 // + 17.98 10082 DM. + 36, 4814 . . 8.4 mm *f. J'T- *" 14 58.05 68.8 2 I j- j / 2-633 + 36 34 3i-5 / 55-i 3 I / y 17-99 10083 10084 Weisse XXII, 295 . . 2 LacertcC . ... 8.8 5.0 15 8.54 15 14. 05 76.8 65. I 2 i 3-157 2. 465 8 9 40. o -f- 45 49 56. 9 72.8 53- 7 3 4 17.99 18.00 10085 Lacaille 9113. . . . j 7-7 J ? 7 J 15 21. 24 w j. 63-2 j 5 * *T V J 3-366 - 26 32 38. 8 64-4 3 18.00 10086 Weisse XXII, 300 . . 9.0 2.2 15 22. 23 69.8 3 + 3- "97 - 'i S 6 39-3 69.8 2 + 18.00 10087 10088 Weisse XXII, 303 . . 40 Aouarii . . 9-4 c c 15 23. II IS 42. ^8 64.4 68.8 3 i 3.048 3. 352 + 2 19 1.8 - 25 28 7.9 69.0 54- 8 4 7 18.00 18.01 10089 Weisse (2) XXII, 349. J J 9.0 j T~* J^ 15 S7-85 74-3 j 6 J JJ 2.638 + 36 32 10. 3 74-6 J 5 18.02 10090 Groombridge 3751 . . 6.0* 16 3. 64 59-2 3 2.525 + 43 2 27. 2 53-8 3 18.03 10091 O. Arg. S. 22117 . . . 7.3 22 16 4. 63 68.7 2 + 3-301 21 19 18.9 63.8 2 + 18.03 10092 Lacaille 9120 . . . . 7.5 16 15.88 68.7 2 3-371 - 27 4 46.8 65.7 2 18.04 10093 O. Arg. S. 22121 . . . 8.2 16 18. 43 68.8 2 3.401 - 29 22 51.2 56.2 2, 18.04 10094 Lacaille 9119 . . . . 6.4 16 21. 12 63-4 3 3-559 - 39 50 4-9 71-3 4 18.04 10095 M.Z. 57,33 . . . . 8.4 16 27. 36 65.8 2 3-543 - 38 55 5-3 66.9 2 18.04 10096 O. Arg. S. 22123 . . . 7.8 22 1 6 34. oo 65.7 2 + 3-3" - 22 18 II. 6 68.4 2 + 18.05 10097 Lalande 43717 . . . 6.0 16 38. 19 72.8 4 2.649 + 35 57 3-3 66.1 3 18.05 10098 Weisse XXII, 331 . . 7-5 16 40. 62 66.4 3 3-195 - U 53 36.0 67-5 3 18.05 10099 DM. + 36, 4824 . . 8-3 1 6 43.83 77-3 2 2. 640 + 36 36 12.0 74-8 i 1 8. 06 IOIOO B. VI. +36, 4825. . 8.0 16 47.46 77-3 3 2.639 + S 6 40 35. o 77-9 2 18.06 IOIOI IOIO2 Lacaille 9126 .... 5 1 Anuarii 7-7 5. 2 22 1 6 49. 10 16 49. 20 62.3 68.8 4 2 + 3-332 t. 128 - 24 4 31. i 5 32 38.9 58.7 57- 7 5 4 + 18.06 1 8. 06 IOIO3 3 1 Peirasi J 6.5* l6 55. 42 5Q. 4 J O 2.859 + 20 S 31. I 63.2 4 18. 06 IOI04 IOIO5 Lacaille 9127 . . . . 50 Aouarii . . J 6-5 6.0* w J J* ^ 16 55.96 16 56.02 jy ^ 62.3 64.8 J 4 2 jy 3-375 3. 220 - 27 34 0.4 14 14 16. 7 71.1 53- 7 3 3 '18.06 18.06 IOIO6 Weisse XXII, 346 . . 7.8 j y 22 17 4.67 VMfl V 66.4 J 3 O + 3- "94 - ii 51 52-2 66.8 2 + 18-07 IOIO7 Lalande 437 19 . . . 7-7 17 15.27 68.8 2 3-213 - 13 39 53- 5 55-7 2 18.07 IOI08 Weisse XXII, 360 . . 9.0 17 22.O8 65-7 3 3.040 + 3 648.9 67.8 2 1 8. 08 lOIOg B. A. .7809 . . . . 7.0* 17 22.44 67.1 3 3.091 i 53 46. i 66.8 2 1 8. 08 IOIIO Groombridge 3760 (ist*) '7 35-74 76.8 3 J-774 IOIII Groombridge 3760 (ad*) 22 17 36.38 76.8 3 + 1-774 + 65 59 58.8 73-8 9 + 18.09 IOII2 Weisse XXII, 363 . . 8.6 17 38-55 68.8 2 3-213 - 13 42 40. 3 55-7 2 1 8. 09 IOII3 Lalande 43751 . . . 6.0 17 42.97 69.7 2 2.623 + 37 5i 42.3 65-7 3 18.09 IOII4 Weisse (2) XXII, 388 8.1 17 47.09 68.8 2 2.613 -f 38 30 46. 6 66.0 3 18.09 IOII5 Groombridge 3758 . . 5-5* '7 50-63 59-4 2 2- 199 + 56 34 39- 5 53-8 2 18. 10 IOII6 DM. + 3, 4702 . . . 9-5 22 17 54.69 67.7 2 + 3-04I + 3 5 50.3 69-3 2 + 18. 10 IOII7 O. Arg. S. 22132 . . . 8.2 17 55-97 65-7 2 3.308 - 22 l8 29. 2 68.3 2 18. 10 IOII8 101 19 O. Arg. S. 22133 . . 3 LacerttE . 8.5 c c 18 1.26 18 -i 65 69-3 57 1 -7 3-397 2 1i8 - 29 25 46. 9 -4- 51 71 d2 6 55-7 57 8 3 7 18. 10 18. 10 IOI 2O TT Aciuarii . J- J 4 8 i u j. wj 18 7 58 >/ J 67. 6 45 f,, jt^j 1 o65 1 J J T- ' -4- o 40 6. o jt " 60.8 j Q 18. 10 4.. U 10 / - 3" 43 j. <-/wj y 256 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. U rt O) >^ % | "o 6 53 Annual Precession, 1860. Mean Declination, 1 860.0. rt B ^ i ^ 1 'B 6 Annual Precession, 1860. h. m. s. s. / // // I012I Lacaille 9130 .... 7.0 22 18 15.45 65.7 2 + 3-401 - 29 47 29, i 66.8 2 + 18. 10 IOI22 Lacaille 9131 .... 6.8 18 18.51 63-3 4 3.387 - 28 43 19. 7 67-3 2 18. n 10123 O. Arg. S. 22142 . . . 9.0 1 8 20.05 65-3 2 3-323 23 38 5-3 56-7 3 18. n 10124 B. A. .7817 .... 6.0* 18 25.81 61.9 2 3-332 - 24 23 33. 5 67.6 4 18. 12 10125 O. Arg. S. 22146 . . . 8.0 1 8 28.45 68.9 2 3.270 19 3 51.7 64.8 2 18. 12 10126 M.Z. 132, 136 .... 8.4 22 l8 32.96 68.7 2 + 3-391 - 29' 3 35.7 72.8 2 + 18. 12 10127 53 Aquarii (1st*) ... 6.8* 18 57-7" 60. 5 6 3-25I - i? 27 5-2 59-9 3 18. 14 10128 53 Aquarii (2d*) .... 6.7* 18 58.23 60.8 5 3-25I - 17 27 10.4 59-9 3 18. 14 10129 Weisse XXII, 398 . . 6-3 19 15.30 68.7 3 3- '9 2 - ii 56 19-3 66.8 2 18. 15 10130 DM. + 38, 4761 . . 8.9 19 3- 35 73-8 4 2. O20 + 38 30 51- > 61.3 3 18. 16 10131 DM. + 38. 4763 . . 8.6 22 19 39.48 73-3 4 + 2.621 + 38 30 36- 3 77.8 i + 18. 16 10132 Lacaille 9135 .... 7.0 19 50.45 62.8 6 3-302 - 27 7 49.8 69. i 3 18. 17 oi33 M.Z. 74, 19 6-5 19 59-94 63-7 2 3-543 - 39 48 4- 2 71.7 5 18. 18 10134 O. Arg. S. 22165 8.2 2O 21. IO 70.8 3 3-37 - 27 55 10. 2 68.8 2 18. 19 'OJ35 10136 B. A. C. 7826 .... Z 2714 5-2 6 c 20 26. oo 22 2O 32. 87 62.0 68.8 6 2 3-543 -t- 2. 6^"? - 39 So 22.4 _L 76 43 ^6 Q 72-5 46.8 6 2 18. 19 -)_ 18.20 10137 10138 Tr. 2.73, 57 . . . . 35 Pegasi * j 7- I C C 20 40. 59 2O 46 12 68.8 6c A 2 " "JO 3-458 3 O77 i o" ^o j v - y - 34 29 6. 2 4- i So. 41 1 58.8 6c A 2 18.20 18. 21 10139 *-^> 2 3 5- 23 63-4 .) 3 . WJU 3-412 J TO */' - 31 44 26.4 71. I 71.8 3 I O. ^O 18.29 1 U. S. NAVAL OBSERVATORY, 1845 TO 1877. Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. C rt 6 O 'o 1 Annual Precession, 1860. Mean Declination, 1 860.0. u a V g & o "o Annual Precession, 1860. h. m. s. s. / // 10161 5- 2 22 23 14. 1 1 61.3 18 + 3 '82 I I 27. 7C O 62. 2 12 + 18. 29 10162 O. Arg. S. 22196 . . . 8.0* 23 27.32 59.8 3 3.221 O Jj- 15 16 57-4 54-8 3 18.30 10163 O. Arg. S. 22197 . . . 7-2 23 3I-4I 70.8 4 3-312 23 42 45- 9 56.7 7 18.31 10164 j) Piscis Australis . . . 5-6 23 32- H 63.8 4 3-428 - 33 3 45-4 68.8 2 18.31 10165 Piazzi XXII, 124 .. 8.0 23 32. 53 63.8 2 3.428 - 33 4 15-6 68.8 2 18.31 10166 Tr.Z.-73,59 . . . . 8-3 22 23 34.90 68.8 2 + 3.448 - 34 33 52.9 62.8 2 + 18.31 10167 Lacaille 9163 . ... 6.2 23 41.76 63.2 5 3-468 - 36 o 28. o 68.3 2 18.31 10168 DM + 6 5031 27 C I CO 69 ? ^ 3. oio _|_ 631 22. 9 7O. 7 18. 32 10169 O. Arg. S. 22199 8.8 j J J 23 53-32 y j 65-9 2 + 3. 308 - 23 23 24. 2 59.6 7 18.32 10170 B.A. C. 7851 . . . 5-5* 23 53-41 62. 9 6 - 3- 697 + 85 2 4 5. 2 65.8 12 18.32 10171 B. A. .7846 . . . . 6.0* 22 23 53.69 64-3 6 + 2.336 + 53 3' 48. i 53.8 2 + 18.32 10172 Schjellerup 9211 8-9 24 6. 37 68.7 2 3.008 + 6 41 38. 5 66.8 2 18.33 10173 58 Aquarii .... 5-2 24 15.90 62.2 4 3.184 - ii 37 18. i 68.8 2 18.33 10174 O. Arg. S. 22204 9-0 24 45- 23 67-3 2 3-364 - 28 25 47.9 68.8 2 '8-35 10175 Weisse XXII, 518 . . 8.4 25 2.57 66.4 3 3.009 + 641 7.8 71. i 3 18.36 10176 Lacaille 9 1 67 .... 6.4 22 25 15. 26 63-4 3 + 3-46o 35 51 26.6 69. i 3 + 18.37 IOI 77 ft I acertse - 2C 7.1 07 68.3 2. 4.4.^ j AQ 77 4-Q. 2 CQ C 1 8 18 iv/ / i 3" j j y/ jy- .> 1 * O 10178 Weisse XXII, 527 . . 8-3 25 32.60 77-4 4 3-010 + 6 42 18.38 10179 Weisse XXII, 528 . . 8-3 25 33-oi 77-4 4 3-oio + 6.42 18.38 10180 Lacaille 9169 . . . . 6-7 25 41.42 62.2 8 3-386 - 30 23 6. 8 66.8 2 18.38 10181 Tr. Z. 73,60 . . . . 8.0 22 25 46. 74 68.8 2 + 3-441 - 34 35 45-o 55-8 2 + 18.38 10182 TO Pepasi 6. o* 2 C AQ C 7 4.C 8 2.883 +IQ 7O 7il 7 77 O 1 8. 39 J *ry JJ *rj- u y o JT" / /J- 10183 Mer. C. Z. 54, 12 ... 9- i 25 57- IS 69.4 6 3-358 - 28 10 22. 6 70. 6 4 18.39 10184 M. Z. 69,4 7-2 26 7. 90 64.3 2 3-479 - 37 23 27.0 72.9 2 1 8. 40 10185 Lacaille 9172 . . . . 7-8 26 9. 38 63.8 2 3-4i6 - 32 5i 46.4 68.8 2 18.40 10186 O. Arg. S. 22223 8-3 22 26 14.91 68.7 2 + 3-296 - 22 49 25. 5 57-i 3 + 18.40 10187 B.A. .7858 . . . . 6.4 26 15.30 65-2 3 2. 640 + 39 3 38. i 53-8 3 18.40 10188 Lacaille 9175 .... 7- i 26 27.01 62.2 2 3-449 - 35 23 46. 8 55-8 2 18.41 10189 O. Arg. S. 22220 . . . 8-5 26 40. 72 69.4 3 3-355 - 28 6 47. 2 70.5 3 18.42 10190 O. Arg. S. 22230 . . . 7-5 26 41. 21 68.8 2 3-3 - 23 19 25.8 56.8 4 18.42 10191 B. A. C. 7861 .... 6.2* 22 26 43. 98 70.2 4 + ' 3-168 10 19 45.5 66.7 3 + 18.42 10192 60 Aquarii c tr 26 50. 01 46 6 , , o , 2 17 7.7 I -> 7 18.42 10193 O. Arg. S. 22237 . . . j j 8.2 27 5-39 tfltfl V/ 65.2 6 3.270 L 1 O/ ' * - 20 34 53.4 67.4 / 18.43 10194 Weisse (2) XXII, 593. 7-5 27 7. 16 68.7 2 2. 669 + 37 24 26.4 65.8 3 18.43 10195 O. Arg. S. 22239 7-8 27 7.62 68.8 2 3-252 - 18 51 20. 4 61.8 2 18.43 10196 Tr. Z. 81,44 9-0 22 27 17. 14 76.8 3 + 3-355 28 17 9.6 7i-4 2 4 18.44 10197 O. Arg. S. 22224 8.4 27 17-37 69.6 4 3-354 - 28 ii 31.5 72.3 2 18.44 10198 B.A. .7866 . . . . 5-5 27 54-oo 61.7 5 3-313 - 24 42 49. 5 55-4 6 18.46 10199 Tr.Z. 77,45 7-5 27 55-54 64. 2 2 3-387 - 3' 3 3i-7 68.8 2 18.46 1O2OO n Aquarii . . . 4. 1* 28 Q. 7 1 64. 7, - 7. 080 o 50 16.^ 60.6 17 18.47 ^' J J. Vf*- 1 * / 1 84 17 258 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. Mean year. w 1 IM O O fc Annual Precession, 1860. Mean Declination, 1 860.0. S a >* 1 s 7 + 3 48 1 1- 7 j l ' i 6l.8 f 2 * j" + i8.59 10237 Lalande 44272 . . . 8.0 31 50.64 61. 9 2 3-005 + 7 38 47- 5 67.8 2 18.59 10238 B.A. 0.7891 . . . . 7- i 31 56. 16 63.8 2 3-35 - 29 3 7.5 71-3 6 18.59 10239 O. Arg. 8.22316 . . . 7.8 31 58.46 63.8 2 3-35 29 4 29. o 68.5 3 18-59 IO240 Lalande 44279 . . . 8.6 3i 59- 16 61. 9 2 3.005 + 7 39 39- 7 6 7 .S 2 18.60 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 259 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. S 4J >* C s g, 1 "o i Annual Precession, 1860. Mean Declination, 1 860.0. t* rt U ;, e rt OJ 2 S o *- o 6 Annual Precession, i860. 10241 10242 Weisse XXII, 675 . . 31 Cephei 8-5* 5. 5 h. m. s. 22 32 10. 61 3 2 18. 71 61.8 69.3 3 2 s. + 3- "45 1.447 / // - 8 19 53.7 + 7 2 55 o. 7 57-2 57-8 7 4 // + 18. 60 18. 60 10243 B. A. C. 7895 .... 6.0 32 33-oo 61.5 6 3.376 - 31 22 49.4 73- > 6 18. 61 10244 Lalande 44319 . . . 6.2 32 44. 88 71.5 3 2. 7O2 + 36 38 52.3 S'.i 3 18.62 10245 IO246 E Piscis Australis . . . 4.0 5.0 32 54-28 22 32 58.95 63.6 68.8 7 2 3-333 + 2.680 27 46 20. 4 -f- 38 19 21. 7 65-4 47-2 4 8 18.63 + 18.63 10247 Weisse (2) XXII, 764. 6.2 33 n-57 71-5 3 2.704 + 36 37 32-8 54-5 7 18.63 10248 Lalande 44346 . . . 6.5 33 '5.87 68.8 2 2.686 + 38 i 13-2 66.1 3 18.64 10249 10250 Weisse(2)XXlI,773. Lacaille 9208 .... 7.6 7. i 33 '6-75 33 24. 36 68.8 63.8 2 3 2.704 3- 294 + 36 40 9. i 24 14 56. 4 65.8 66.9 3 2 18.64 18.64 10251 IO252 Lacaille 9209 .... -lo Cephei 7.0 5.0* 22 33 39. ii 33 41. 35 63-7 61.8 2 2 + 3-3I3 2. 113 - 26 4 49. 9 + 62 51 26.3 67.3 59.8 2 4 + 18.65 18.65 10253 IO2?d. B. A. C. 7907 .... fPeuasi 6.0* ?.4* 34 12.21 34 28. 79 58.8 53-8 3 231 I. 291 2.985 + 74 38 38. 6 -|- 10 6 6. o 53-7 52.4 3 9 2 18.67 18.68 ivj-cjif. 10255 19 Piscis Australis . . . J ^ 5-5 34 34-31 71.8 3 3-354 - 30 5 28.8 63-4 3 18.68 10256 Lalande 44373 . . . 7.8 22 34 37- 7o 64.4 3 + 3- 165 - IO 51 22. 2 66.2 2 + 18.68 10257 DM. + 53, 2951 . . 8.1 34 46. 72 67.2 2 2-413 + 53 36 46. 8 6 9-3 2 18.68 10258 IO25Q Tr.Z. 147,3 7-8 5.0* 35 2. 15 35 11.28 67.9 69. 5 4 4 3-264 2.809 - 2' 40 34-3 + 28 34 39. i 61.4 57-8 6 3 18.69 18.69 * J 7 IO26O J <;.o 35 12.85 65.7 2 2.674 -|- 39 29 42. 8 66.8 2 18.70 IO26l IO262 M. Z. 132, 150 .... p Oruis . . . . J 8-5 4. 7 22 35 14-45 ?? 21. 94 J / 68.8 63.8 2 \ + 3-344 3- 59 - 29 21 51. 7 42 8 36. 5 55-8 67.9 2 2 + 18.70 18.70 10263 Lacaille 9221 .... T* / 6-5 jj y^ 35 25-07 "J" ** 63.8 J S 3-271 - 22 23 23. 8 68.3 2 18.71 IO264 IO265 M. Z. 139,25 . . . . 65 Aouarii . 8.4 7.O 35 29-09 T; v). i? 68.8 64.. 4 2 7 3-355 i. 164 - 30 23 52. 2 - 10 50 5. 7 55-8 66.8 2 2 18.71 18. 71 IO266 O. Arg. N. 24533 . . / 8.0 O J 3? J 22 35 53-44 "T.* j 65.7 J 4 j ^ + 2.420 + 53 39 21.2 65.1 3 + 18-72 10267 IO268 B. A. C. 7920 .... 7.0* 3-8 35 53-85 36 26. 58 60.6 68.8 4 2 3-139 2.802 7 5 6 50- i + 29 29 23. i 57-3 62.8 7 4 18.72 18.74 IO269 Weisse (2) XXII, 854. J 7-8 36 30. 10 68.7 2 2. 711 + 37 7 41-9 47-7 2 18.74 I027O Lalande 44466 . . . 6.0 36 34. 22 68.7 2 2. 712 + 37 4 15-0 47-7 2 18.74 IO27I O. Arg. N. 24553 6.8 22 36 41. 69 65.7 2 + 2.429 + 53 3i 57-3 74-8 2 + 18.75 10272 Weisse XXII, 772 . . 7.0 36 42. 90 58.8 2 3.046 + 3 8 27.2 53-9 2 i8.75 10273 O. Arg. S. 22374 . . . 9.0 36 46. 56 65-7 2 3.288 - 24 29 53.0 69-3 2 i8.75 10274 O. Arg. S. 22373 . . . 9-1 36 46. 97 65.5 5 3-3"4 - 27 i 31.9 65-4 3 i8.75 10275 O. Arg. S. 22378 . . . 9.0 36 59-94 68.8 2 3- 260 - 21 40 53.4 63.8 S i8.75 10276 IO277 Schjellerup 9302 . . . Anonymous 8.5 8.0 22 37 11.07 ?7 25.6'! 68.8 77.8 2 -? + 3-o68 ?. IQ^ + o 25 35.5 14 20 33. 5 55-7 77-8 2 I + 18. 76 18. 77 / / 10278 IO27Q Lalande 44479 . . . Anonymous . . 8.2 J 1 J J 37 32.39 37 -31 28 / / 77.6 77. $ j S 3 J yj 3-193 "3. IQ^ 14 22 16. 4 14 21 77-8 2 18.77 18.77 / y 10280 0. Arg. S. 22383 . . . 8.6 J/ oO u 37 43-56 / / J 72.8 O 6 J "J 3-258 - 21 36 21. 9 68.7 7 18.78 260 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. i t> a J3 o "o 1 Annual Precession, 1860. Mean Declination, 1 860.0. S OJ i^ a S S m 1 kM O 6 K Annual Precession, 1860. h. m. s. s. / // /i 10281 10282 20 Piscis Australis . . . 13 Lacertas . . 6.3 6.0* 22 37 51. 19 37 CI 2T. 62.5 CQ 4 7 3 + 3-300 2 667 - 25 58 17.9 -r- 41 Z 67 66.8 F -J 7 2 + 18.78 18 TR 10283 Weisse XXII, 795 . . 8.6 JJ J O 37 54- 75 jy' *r 71.8 J 5 * V\^J 3. 192 \ T-* J w> / - 14 iS 21. 2 jj' / 62.5 3 i o. 7 o 18.78 10284 O. Arg. S. 22391 . . . 9-4 38 2. 10 65-7 2 3.286 - 24 35 23. 4 68.3 2 18.79 10285 10286 O. Arg. N. 24591 . . 7.0 Q. O 38 25.62 22 38 26. 82 77.2 68.8 3 3 2.504 + ^ 256 -H 50 42 45- 4 21 34 4? 4 73-8 60 7 3 1 8. 80 i i go 10287 Lalande 44534 . . . y' v 6.0 38 32. 90 68.8 o 2 \ J- ~J W 2. 702 * o*r *TJ' t + 38 28 2. 5 uy. / 46. I 10 18.80 10288 Weisse XXII, 815 . . 9.0 38 47.86 60.7 2 3- 190 - '4 '5 4i-9 54-8 4 18. 81 10289 B. A. C. 7941 .... 6.0 39 2. 66 77-3 4 o. 260 + 80 39 36. 7 72-9 4 18.82 10290 Lacaille 9244 .... 7.0 39 2. 67 62.8 4 3-383 - 33 55 8. o 70.4 4 18.82 10291 Lacaille 9242 .... 6.8 22 39 2. 87 63.8 3 + 3-494 - 42 25 45.0 67-3 2 + 18.82 10292 Lacaille 9246 .... 7.0 39 16.22 62. 7 2 3-376 - 33 24 31-6 68.3 2 18.82 10293 I O2 Oil Lacaille 9248 .... Pegasi 6.1 4. ? 39 27. 28 3Q 41. 06 63.8 58 8 2 2 3-393 2 Q7Q - 34 53 59- 5 J- i] 27 17 O 69.4 70 i 2 18.83 1 8 KA **** J/f 1020? /I Pegasi ^ j A. C jy *r* y v 2Q 47 71 J-J. l_> 4? 7 * y/y 2 870 */ / v +22 4Q 47 3 /i_. i 68.4 2 i o. 04 Tfc KA iv/^yj JO296 B. A. C. 7944 .... T J 6.2 O- T"/ O 22 39 48. 76 *tj- / 62.8 2 ** v /y + 3-442 * T-;7 T- / ' O - 38 57 22. 6 70.4 4 1 O. 04 + 18.84 10297 IO298 Groombridge 3882 . . g^ Aquarii 5.5* 6. i 39 58.07 40 i. 6 1 59-3 6s. 7 3 6 2-633 -? 24.2 + 43 48 3 ! - 2 20 20 32. 8 53-8 C7 c S 18.85 1 8. 85 IO299 DM. +57, 2598 . . 8.6 40 6. 30 J i 69.6 3 j. mj^ 2.346 + 57 5 31-2 .)/ D 70.9 2 18.85 IO30O DM. +57, 2599 . . 8.6 40 6. 37 69.6 3 2.344 + 57 53 27-1 70.9 2 18.85 lOJOl Lacaille 9253 .... 7.0 22 40 7. OO 63.3 2 + 3-435 - 38. 29 39. 3 72.2 6 + 18.85 IO302 B. A. C. 7950 .... 6.5* 40 13.91 60. 2 2 2.608 + 45 28 45. i 59.0 5 18.85 10303 IO3O4 Lacaille 9256 .... r l Aquarii 6.4 r 8 40 14.79 40 1 6. 51 65.0 67.8 7 3-3 01 3IO2 - 26 38 43.4 14 47 "? 1 71.2 68. 4 6 2 18.85 iS Kc Z.UJV*f 10305 ' Weisse XXII, 848 . . j' u 7-2 40 36. 60 69. 2 2 . iyA 3- 112 **f T-/ jj- O - 4 57 18-9 69.8 2 L O. o^ 18.86 10306 Weisse XXII, 849 . . 7-2 22 40 36. 86 66.4 3 + 3- 1 12 4 57 17-1 69.8 2 + 18.86 10307 Weisse XXII, 850 . . 8.4 40 38. 82 69. 2 2 3- "i - 4 57 58. 3 68.8 2 18.87 10308 Lacaille'926i .... 7.0 40 46. io 63.8 4 3-3I7 - 28 17 52.5 66. i 3 18.87 10309 10310 H.Z. 132, 152 .... M. Z. 61,76 .... 8.7 7.8 4i 5- 6 7 A i in 70 68.8 68.8 2 2 3-326 311A. - 29 23 41.8 3O I 6 52 I 55-8 66.3 2 2 18.88 1 8. 90 10311 Lacaille 9269 .... / *-' 6.5 T- J^' / w 22 41 40. 97 66.8 2 ' JO** + 3- 270 O 1 -' * w J*- * - 23 49 51.2 7i-5 3 + if. 90 10312 O. Arg. S. 22432 . . . 9.2 41 40.99 67.3 2 3-244 - 20 59 57.0 68.8 2 18. 90 '0313 Weisse (2) XXII, 967 . 5.8 41 46. 65 68.7 2 2-739 + 36 40 5'-5 51.1 6 18.90 10314 B.A.C.7953 6.5 41 49. 98 59.8 3 2.363 + 57 44 42- 7 59-3 4 18.90 10315 Riimker 10641 . . . 8.8 41 52. 14 64.8 2 3.129 7 H 59-9 70-3 2 18.90 10316 10317 O. Arg. N. 24689 . . Anonymous .... 9.0 Q 2 22 41 58. 20 42 2. 08 76.9 67 i 2 2 + 2.363 3- 1 86 + 57 48 32.0 - 14 18 55. 8 69.4 68. 8 2 2 + 18.90 18. QI 10318 10319 Lacaille 9271 .... 7' 5-8 A 2 42 io. 48 A2 IO SO u /' j 72.2 60 7 5 17 3-367 3- 1 86 - 33 32 38- 5 , J t Tf) -4Q f\ 68.7 58. o 6 18 18.91 l nr 10320 Lacaille 9270 .... *T* * 7- i t+t. iw. jy 42 11.49 **" / 63-7 1 / 2 3-476 lf r L y T-V* u - 42 13 19.9 68.8 2 10. y i 18.91 U. S. NAVAL OBSERVATORY, 1845 TO 1877. Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. Mean year. 1 'o 6 Z, Annual Precession. 1860. Mean Declination^ 1 860.0. i C 3 1 o 1 is* h. m. s. s. / // 10321 O. Arg. S. 22436 . . . 7-6 22 42 23. 50 65.7 3 + 3-243 - 21 I 27.4 68.8 2 + 18.92 10322 Lamont 4662 .... 9.0 42 47-46 66.8 '3 3.121 . 6 18 22. 2 6 9-3 2 18.92 '0323 Weisse XXII, 897 . . 9.0 42 58.32 66.8 3 3- '21 6 20 33. 5 68.9 2 18.93 10324 Lalande 44661 .... 7.0 42 58. 68 68.8 2 3. 1 88 - '4 47 55-8 55-7 2 18.93 10325 B. A. C. 7957 .... S-o 43 3-29 66.5 3 3-44' - 39 53 50-9 70.8 3 18.94 10326 IO327 Weisse XXII, 900 . . 8-3 6. 5 22 43 14.04 4"? 14. 70. 59-9 40. 6 4 10 + 3-I3I 2.878 7 38 59- 5 -)- 23 5 1 46. 9 57-2 68.3 6 2 + 18.94 1 8. 94 J l 10328 21 Piscis Australis . . . J 6.4 to t / y 43 37-21 fy- *r 62. I 6 3-327 - 30 16 37.2 57-5 9 18.95 10329 Weisse (2) XXII, 101 2. 7-8 43 39- 32 71.8 3 2.719 + 38 57 i-7 70.8 2 18.95 10330 Lacaille 9283 .... 7-o 43 41-50 67-3 2 3-271 - 24 30 24. 3 67.1 3 18.95 I033I Lacaille 9284 .... 7- ' 22 44 II. 2O 67.8 3 + 3-432 - 39 4' 37-o 65.9 2 + 18.97 10332 O. Arg. S. 22450 . . . 9-4 44 21.34 65.7 2 3.272 - 24 46 8. 7 70.8 2 18.97 '0333 IOT54 Mer. C. '/.. 74, 7 ... i Cephei . . 6.8 <; o 44 27. 75 44 42. 36 74-2 66.0 3 7 3-437 2. 127 - 40 2 33. 7 4- 6"! 27 ?I. S 72.8 68. i 2 14 18.98 18.98 J Jt 10335 y Piscis Australis . . . j 5-2 -t^f- t>< j 44 44-00 v, y 62.2 J 4 / 3-359 l j / j ' j - 33 37 o. 2 65.8 4 y v 18.98 10336 IO^7 Lacaille 9290 .... A Aquarii 7-3 4- 5* 22 44 59. 18 45 18. S4 63.1 63. 1 3 71 + 3-3'9 3- '35 - 29 55 24. 9 8 19 24. 9 65-5 55. i 3 8 + '8.99 19. oo Jji 10338 DM. -j- 38, 4884 . . *T' J 7-3 tj j*t 45 24-55 J J 68.9 2 2. 726 4- 38 58 18. 2 70.8 2 19.00 10339 Lacaille 9292 .... 6.2 45 32-59 70.5 6 3-432 40 9 49. i 70.4 5 19.01 10340 O. Arg. S. 22466 . . . 7-o 45 47-69 67.2 2 3.267 - 24 40 14. 4 67.8 2 19.01 I034I Weisse XXII, 951 . . 9-0 22 45 55.62 60. 9 2 + 3- "7 6 4 36. 6 68.4 2 4- 19.02 10342 Weisse XXII, 957 . . 9.0 46 9- 43 60.8 3 3- "7 6 5 15.3 68.4 2 19.02 '0343 Weisse XXII, 962 . . 8-7 46 21. 28 60.4 3 3- 123 - 6 51 7.9 57-6 5 19-03 10344 10^4? Lacaille 9296 .... 7-o 7- o 46 41. 85 46 43. 88 62. 4 60. 2 2 4 3.276 -!. 1 68 - 25 43 35-o - I2 55 57-4 66.8 56.8 2 4 19.04 19. 04 s^j 10346 1!. A. C. 7978 .... 6.0 22 46 47. 84 59.2 2 J + 2.727 + 39 25 27.5 53-8 3 + 19-04 10347 IO348 Weisse XXII, 976 . . 7-6 3. O* 47 9-02 47 I ";. oo 70.8 61 c 3 i 3- '54 3. 196 -11 2 32-7 16 ?? ?i. 6 67.8 62.6 2 4 19.05 IQ. OS * ^Of" IO74Q 78 A'liuii'i] J 6.0 ^ / * j- 47 l6 ^Q "J- J 67 d o 6 i. i ^o oj j 7 (6 * s 1 'o o Z Annual Precession, 1860. Mean Declination, 1 860.0. S B >, C V 1 o 6 fc Annual Precession, 1860. 1 h. m. s. s. / // // 10401 0. Arg. S. 22545 . . 7-2 22 52 52.77 68.7 2 + 3-238 - 23 16 35.2 67-3 2 + 19.20 10402 B. A. C.Soio .... 5.6 53 1-23 63.2 2 3-37 9 37 45-4 67.9 2 19. 20 10403 1 04.04 Weisse XXII, 1108 . 8.5 9. o 53 I7-3I 53 18. 59 68.8 66.8 2 2 2-994 3- 12 5 4- ii 29 24.9 7 49 11.3 65.4 67. 9 2 2 19. 21 19. 21 * ^"t"*t 10405 O. Arg. S. 22554 . . 7-6 53 25-67 68.7 2 3- '94 - '7 37 52.4 66.3 2 19. 22 10406 Lacaille 9333 .... 6.0 22 53 40.31 62.4 4 + 3- 289 - 29 36 J5-9 62.8 2 + 19.22 10407 Lacaille 9336 .... 6.0 53 5-95 69.9 3 3-238 - 23 32 27.5 65.2 2 I9-23 10408 IO4OQ Lacaille 9338 .... 81 Aouarii . . 6-5 5. c 54 i-94 54 6. 95 71.6 61.9 5 9 3-234 3- I2 4 23 10 6. 7 7 48 42. i 63-1 62.8 3 6 I9-23 19. 23 * v^ifwy 10410 Tr. 7.. 188, 10 .... J J 10. 54 23-69 61.9 2 3-217 - 20 57 40. 4 58.5 4 19.24 10411 Lalande 45037 . . . 7.0 22 54 24. 15 68.8 2 + 2.778 + 37 57 27-6 61.8 2 + I9-24 10412 Weisse XXII, 1136 . 7- i 54 29. 10 67.8 3 3-123 7 42 39- 2 67.8 2 19.24 10413 10414 Lalande 45028 . . . Anonymous 7-9 7.8 54 34-02 C4. 5.8. 1O 65.8 72.6 7 4 3- 102 3. 1 16 - 4 35 32- i 6 42 58.8 65.7 67. 9 3 2 19.24 19. 2< 10415 10416 Lacaille 9343 .... / 6-4 8.6 Jt O J 54 46. 21 22 54 52. 16 61.2 65.8 3 4 3 3-356 + 3- 102 37 10 20. 5 4 36 6. o 66.8 69. 3 2 2 y j 19.25 + 1 9- 2 5 10417 Weisse XXII, 1149 . 8.0 55 2. 84 65.2 5 3-152 - 12 3 48.3 58.6 6 19. 26 10418 Weisse XXII, 1150 . 8-3 55 3-J8 64.4 2 3-152 - 12 3 41.1 63-3 2 19.26 10419 Weisse XXII, 1156 . 8.0 55 12. oo 63-1 . 5 3-151 - 12 i 1.5 55-6 4 19. 26 10420 Weisse XXII, 1 159 . 9.0 55 12.24 61.9 2 2-994 + ii 47 7.2 61.8 2 19. 26 10421 10422 Lalande 45049 . . . 82 Aquarii . .... 6.0 6.0* 22 55 15.40 W 16. vi 59.8 ?Q. 8 2 7 + 3-220 3. 1 20 - 21 37 4.6 7 19 29. 7 55-3 70. i 4 6 + 19.26 19. 26 10423 Riimker 10800 . . . 9.0 j j * vf ji 55 17-82 J7* v 64.8 J 2 j + 3-098 - 3 57 27.7 68.8 2 19. 26 10424 IOJ.2S B. A. 0.8026 .... Anonymous 5-5* Q. O 55 22.30 27.06 62.8 67. * 2 2 - o. 245 + ?. 128 + 83 35 49- 2 8 34 36. 7 64.0 68.8 3 2 19. 26 19.27 **T"3 IO426 y * 4.0 J J / y 22 <;? 20. IT / O 58.1 1 1 J * + 2. 742 -f 41 34 30.4 69-3 2 + '9- 2 7 10427 Lalande 45078 . . . 7-5 JJ 7 J 55 32-73 68.8 J 2 2-795 + 36 43 32. 7 68.0 4 19.27 10428 B. A. C. 8025 .... 5-2 55 44-3 68.7 2 3-336 35 30 20. 6 57-6 4 19.27 10429 Lacaille 9351 .... 6.2 55 49-09 69.4 3 3.400 41 34 13-3 69. 9 3 19.27 IO430 Lacaille 9357 .... 6.8 56 2.63 63-3 4 3-264 - 27 34 1.5 72. i 4 19.28 I043I Lacaille 9356 .... 6.6 22 56 4.53 62.2 6 + 3-295 - 31 ii 54.4 65.9 2 + 19-28 10432 IQA'l'l 2 Andromedae .... Anonymous . 5-5* Q O 5 6 9- 97 $6 56 81 64.9 67. i 3 2 2.741 3. 1 12 + 42 o 19. 3 - 6 1 1 46. 5 53-7 67. o 3 2 19.28 19. 29 ***rOJ 10434 loin's O. Arg. S. 22587 . . . /? Piscium y' ** 7.0 4. S J" JW * 56 40. 55 <(6 4.C. 08 "/ j 68.7 64. o 3 e j 3.227 ?..OI;T - 22 59 12.7 + 3 4 '-8 57-9 70.5 2 3 19.30 19.30 T"O J 10436 IO477 Lacaille 9352 .... 8 Peeasi . ^ J 7.0 1. O j" tj- v ^ 22 56 52. 96 c6 ZQ 20 67.7 4? 7 ^ 2 6 O JJ + 3- 343 2.884 - 36 39 16. o -)- 27 19 29. 2 69.8 67.7 2 5 + 9-3o 19.30 TJ/ 10438 Weisse XXII, 1203 . o 8.0* j" jy~ **-' 57 6.95 T J m I 62.0 4 3- "9 7 26 30. i 61.8 2 '9-3> 10439 Weisse XXII, 1204 . 7-5 57 9.27 74-1 4 3- "55 - 12 55 57.7 65-3 2 '9-3' 10440 Lacaille 9359 .... 6.8 57 15-34 64-3 4 3-263 - 27 53 22. i 72.9 2 9-3' 264 CATALOGUE OF STARS OBSERVED AT THE 1 Number. Name of Star. ~ Magnitude. Mean Right Ascension, 1 860.0. g 1 1 IM O Annual Precession, 1860. Mean Declination, 1 860.0. rt 1 o Annual Precession, 1860. h. m. s. 5. o / // IOAJ.I Anonymous . . . 8. 2 22 57 22. 86 67. ? 2 _j_ ^ T , - 614 20. 6 70. 8 2 _L 19.31 ^T^T / * J 1 j* * IO442 9. o 57 25.03 60.8 4 7. OQQ 4 14 52. 2 7O 4 2 IQ 10443 Lacaille 9361 .... 8.7 57 43- 54 64.4 3 j yy 3.240 - 25 6 17.5 / " t 68.4 2 19.32 IO444 2. O 57 47. 33 55-4 218 2. 080 -I- 14 27 IO 1 5.O 5 02 IO 10445 Lalande 45 137 . . . 6.4 J / Tl ' J J 57 48. 04 64-3 4 y**** 1 **T */ * J - '7 49 56.6 67.8 2 I9.32 IO446 6.0 22 57 51. 67 63. o 5 -f 3- I2 5 8 26 55. i 68.3 2 , 10447 DM. + 38, 4921 . . 9-2 57 55-46 " j- * 68.9 J 2 2.791 + 38 9 '2-9 69-9 I 19.32 IO448 A 2 Aquarii 6.8 58 1.31 67. 3 2 i. 126 8 30 11. Q 68. 3 in 33 / ' J J. 1 *,V '9- 33 10449 Weisse XXII, 1220 . 6-5 58 7-75 65.7 2 3.069 + o 33 12.5 58.0 4 '9-33 IO45O Weisse XXII, 1221 . 8.0 58 11.49 63.8 2 3- 122 7 55 3-7 53-7 2 '9-33 I045I B. A. C. 8039 .... 5-5 22 58 13. 66 65.8 2 + 2.255 + 66 27 16. 4 66.8 2 + 19.33 10452 Weisse XXII, 1223 . 8-7 58 '3-74 65.7 5 3- '03 5 o 13. 3 74-9 2 '9-33 '0453 Weisse XXII, 1228 . 8.1 58 18.09 68.8 2 3.066 + i o 41. 6 56-4 3 '9-33 10454 Weisse XXII, 1232 . 7-o 58 34-49 7'-2 6 3- '42 - 11 it 32. i 56.0 5 '9-34 10455 O I C8 35.03 7O 5 7 3- 1 25 8 31 i. 5 *7O A 2 y* j jj yo / w - j J /u. 4 '9- 34 10456 B. A. C. 8045 .... 5-5 22 59 5- H 63-5 4 + 3-363 - 39 38 56. 9 70.5 3 + '9-35 10457 J J j v * / * 3- 7 i 3' 004 1 2I 5 s - 3 56. 2 4 + I9-4 1 10472 42 i 58. 61 67 7 ^ 2O7 * u/. 7 ~ 2I 55 55- 73- ' 5 19. 42 '0473 Weisse XXIII, 9 . . 8-3 2 6.66 64.8 2 3- '5' - 13 22 38.0 54-9 2 19.42 10474 B. A. .8064 .... 6.4 2 IO. 42 63.8 3 3-256 - 28 50 48. 3 63-7 2 19.42 i475 B. A. 0.8065 .... 7-5 2 '3-37 63.8 2 3.064 + ' 23 8.7 67-9 2 19.42 10476 Weisse XXIII, 12 .. 9.0 23 2 19.06 61.4 2 + 3. 148 12 48 14.5 67-9 2 + 19-42 10477 B. A. C. 8066 .... 5-8 2 21. 24 68.7 2 3-365 4' 20 51.3 62.7 2 '9-43 10478 Lalande 45323 . . . 7-o 2 21.78 75-2 8 2. 8ll + 38 9 29.4 61.8 5 '9-43 10479 Weisse XXIII, 14 . . 8-7 2 25. 21 61.7 3 3.148 - 12 50 41.8 59-5 6 19-43 10480 t Gruis 4 8 225 35 66. 6 J 4.l6 6 o 20 o 68. 3 if. U * *5 jj 2 J 9- 43 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 265 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. Mean year. 1 ^p Annual Precession, 1860. Mean Declination, 1 860.0. ! V & o \ Annual Precession, 1860. i 10481 4- 2 h. m. s. 23 2 25. 96 62. 4 4 s. 4- 3- 215 / // 23 12 54. 8 67-7 4 + '9-43 10482 1048"! Lacaille 9385 .... 6.6 9- 5 2 36.51 2 53-88 67.8 63. 9 3 2 3-358 - 40 47 29. 7 20 13 14. 4 71.6 68.9 4 3 19-43 19. 43 *ff w j IO484 58 Pe^asi 2 58. 44 66. 2 t 3.020 4-93 48. 4 68.8 2 19. 44 10485 Lalande 45326 . . . 7- o 2 59-30 70.5 J 3 3- IS 6 14 24 14. 5 67.9 2 19.44 IO486 Lacaille 9388 .... 6.0 23 3 12.02 62. 9 S + 3- 264 - 30 16 54. 2 65-9 2 + 19-44 10487 Weisse (2) XXIII, 34 . 7-5 3 20.45 73-o 4 2-833 4- 36 6 13. i 65-5 3 19.45 10488 IO48O Weisse (2) XXIII, 35 . TT Cepliti . 7- ' S 0* 3 23.98 1 27. 14 7'-4 64. 9 3 2.834 1.884 4 3 6 5 22. 9 4- 74. VI Si. o 56.1 71. 3 3 19.45 IQ. 4S v^uy 10490 O. Arg. S. 22656 . . . J 7-o j " t t 3 40. 04 63-5 3 3-243 i / ^ j i j 27 40 22. 8 68.0 4 7 T J 9-45 10491 0. Arg. 8.22657 . . . 7-o 23 3 4i-7o 63.8 2 + 3- 242 - 27 38 56.0 68.5 3 + '9-45 10492 6 Andromeda: .... 6.5* 3 59- 68 59-o 3 2-773 + 42 47 34-9 53-7 3 19.46 I0 493 Weisse XXIII, 45 . . 8.2 4 2.81 64.9 2 3- 105 5 5' 29.3 67.4 2 19.46 10494 Weisse XXIII, 47 . . 7.8 4 5 '3 71-4 4 3.058 + 2 2 3 37.8 66.8 3 19.46 ,0495 Weisse XXIII, 48 . . 59 I'^C^si 7-5* c c* 4 7- 18 21 A. 4O 1 7 59.8 S8 4 3 6 3.048 J_ 7. O27 + 4 14 42.0 4 7 S7 1% f 58.7 61.8 4 19.46 4 IQ. 47 10497 \VeUse ( 2 )X XI 1 1,68 . J- J 7-9 *J *T T 1 ** * / 4 41-30 3*" t 70. I 3 2.830 \^ 1 J 1 J J + 37 8 8. 5 47-8 2 J- M y. if y 19.47 10198 Weisse XXIII, 61 . . 8.6 4 46-51 69-5 3 3.027 + 8 2 33. 7 68.3 2 19.48 10499 10500 O. Arg. S. 22666 . . . 60 Pe^asi 8-9 6.0* 4 59-93 5 "-83 63-4 n E 3- '?6 2.916 - 18 6 52.0 4 26 5 30. 6 69. i 53.8 3 ? 19.48 IQ.48 10501 O. Arg. S. 22670 . . . 9.0 23 5 "-I' 66.3 J II + 3- "75 - 18 4 54.5 69.1 J 3 7 f** 4 19.49 10502 M. Z. 139, 50 .... 7.6 5 43-8o 64.3 2 3-259 - 3 48 56.5 68.3 2 19.50 10503 O. Arg. S. 22682 . . . 7 Andromeda? 8.4 5- o* 6 6.77 6 8.96 66.3 7"? 4 2 g 3- '74 2. 718 - 18 7 48.5 4- 48 18 10 6 70.8 CQ C 2 c 19.50 19. 50 10505 Weisse XXIII, 85 . . 9. o* 6 11.79 / J' *r 60. 3 2 3- '3' I *+^ J** J ' 10 41 30. o jy- j 54-8 J 2 '9-Si 10506 Weisse XXIII, 88 . . 9 i 23 6 15.41 62. 4 5 + 3- "I 7 5 8.6 63.8 3 + 19-5' 10507 Weisse XXIII, 95 . . 8-5 6 26. 19 67.3 2 3-097 4 34 28. 2 68.8 2 19-51 10508 Weisse XXIII, 98 . . 9-7 6 28.28 62.4 2 3- 1 10 7 3 35-3 69.4 2 19.51 10509 105 10 O. Arg. S. 22687 - Anonymous 8.8 7 I 6 34-92 6 42. 29 68.7 65. 6 IO 3.209 > 187 - 23 55 56-6 2O 27 27. 2 64.9 68. 8 2 2 9- Si 10511 Weisse XXIII, III . / 6.0 23 6 53. 38 64.9 j- iLt / 4 3-049 + 4 14 10.4 58.0 5 + I9-52 10512 15. A. C. 8084 .... 7.0* 6 54.22 60. 2 2 3.090 3 23 44- i 54-7 3 19.52 10513 O. Arg. S. 22688 . . . 7- i 6 54.61 6S. 5 2 3- 170 - 17 40 13-7 65-9 2 19.52 10514 Weisse XXIII, 112 8-4 6 55- 74 67-3 2 3.058 + 2 3 2 5 8. I 68.3 2 19.52 10515 105 1 6 O. Arg. S. 22691 . . . Aouarii .... 8.9 4 8 6 56 33 21 7 A. 21 66.4 S8 4. 2 26 3. 172 + 3- 1 08 - 18 8 18. 2 6 48 10. o 69.8 3 I 1 19-52 -4- IQ $2 10517 Lalande 45473 . . . if. V 8.6 J 1 T" *J 7 7-8i j^' H- 62.4 5 3- 181 - 19 38 7-8 60.9 * J 4 i *y j* 19.52 10518 IOC.IQ B.A. C. 8088 .... M Z 74 31 5-2 7 I 7 i ' 94 7 12. 42 67.9 3 2 3-346 1. ^28 - 41 51 49.8 57-5 6c n 4 2 "9-53 *^j * y 10520 Lacaille 94 1 1 .... / * 6.8 7 5. 60 62.8 4 3-217 - 25 36 49. 8 **y* y 63-9 2 "9-54 266 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. Mean year. 1 *o 1 Annual Precession, 1860. Mean Declination, 1 860.0. tj B QJ >* 1 S | O *o i Annual Precession, 1860. 10521 Weisse XXIII, 136 . 8.1 h. m. s. 23 8 6. 60 66.6 3 s. + 3-ioc / // 5 17 4i-5 67.9 2 // + 19.54 10522 B. A. C. 8091 .... 7.0* 8 7-97 65.1 3 2.917 + 27 18 33.6 53.8 2 19-54 10523 Lacaille 9414 .... 6.4 8 10. 15 63-3 4 3-249 - 3 3 6 34- 7 72.8 4 '9-55 10524 O. Arg. S. 22711 . . . 8.2 8 13. 29 69-3 2 3- 194 -- 22 5 18. 6 66.8 2 19-55 10525 O. Arg. S. 22712 . . . 9.0* 8 15.32 75-4 5 3-199 23 i 27.0 69.8 2 "9-55 10526 Mer. C. Z. 74, u . . . 8.0 23 8 21.38 65.8 2 + 3-323 - 40 i 51.9 67.4 2 + >9-55 10527 Lalande 45521 . . . 7.0 8 21.48 68.0 4 3-094 4 15 31-5 66.4 5 9-55 10528 Weisse XXIII, 142 . 8.7 8 26. 50 68.8 3 3- Io6 - 6 27 32.9 55-8 2 '9-55 10529 Weisse XXIII, 143 . 9.0* 8 28.04 64.7 2 3- '34 - II 48 22. 8 55-5 3 '9-55 10530 IOC 71 Piazzi XXIII, 21 . . iM Aquarii 7.0 C C* 8 28. 84 21 8 11 O4 65-3 48. 1 2 II 3.069 4- 1. 124 + o 32 50. 5 q ro c8 8 59-o 65. 9 4 2 '9-55 + IQ 5^ * w jj* 10532 i OC 77 Lacaille 9415 . . . . 6 1 Pegasi 3 J 7-8 6.0* **O JJ' ^ 8 33-i8 8 c6 20 4-f.VJ. J 68.9 61 i 2 4 [ J *T 3-334 2.918 y j" j^' M - 41 25 36.5 -L 27 2Q 6 C. J " 70.3 c.4 8 4 2 7- J J I9-56 IQ <6 IU JJJ iS34 Lacaille 9425 . . . . 6.0 w j Ut ~y 9 2.87 j 65.8 2 "* y*** 3-203 l *"/ *3I v - j - 23 59 15. i J*t* ** 66.4 2 y. ^VJ 19.56 10535 Lacaille 9424 .... 5.8 9 5-82 68.9 2 3-337 - 41 57 29.0 71.6 3 9-5 6 10536 Lacaille 9426 .... 6.8 23 9 7.88 63-8 3 + 3- 238 29 26 49. 2 62.7 2 + 19-56 i537 O. Arg. S. 22721 . . . 7-o 9 10.30 73-4 2 3-191 21 56 48.0 69.9 2 19.56 10538 M. Z. 139,52 .... 8.0 9 17.02 66.3 2 3.246 - 30 40 13. 9 66.8 2 9-57 I0 539 Lalande 45545 . . . 8.2 9 17.64 68.7 2 3- '58 16 19 30.9 64.8 2 19-57 10540 O. Arg. S. 22723 . . . 6-5 9 24. 1 1 71.8 3 3.190 21 57 53- J 64.4 2 19-57 10541 O. Arg. S. 22727 . . . 6.9 23 9 35. 26 71.8 3 + 3-176 - 19 38 ii. 4 67-3 2 + 19-57 10542 Lacaille 9429 .... 6.0 9 37-25 6 9-3 2 3-235 - 29 " 53-5 62. 7 2 19-57 10543 B.A. C. 8104 . . . . 6.0* 9 39-42 59.8 2 2. 090 + 73 28 7.5 53-9 2 I9.57 i544 lOCAC Weisse XXIII, 177 . y Piscium 9.0 A <; 9 5 2 -8i 9CA 62 62.3 62.6 4 8q 3-053 3 OCQ + 3 4i 54-2 4- 2 11 A 8 57-8 Go 7 3 IA 19.58 IQ S8 J^J 10546 Weisse XXIII, 183 . t t' j 9.0 JT" v * 23 10 u. 01 62.2 y 4 O- JV + 3-053 [ * 3 * i|w V + 3 4i 14-4 / 57.8 *^ 2 y. j** + I9.58 10547 Lalande 45588 . . . 7.8 10 14. 96 74.1 5 2-853 + 37 ii 54-9 74-8 3 I9.58 IO548 Weisse XXIII, 185 . . 7.0 10 21. 53 7i-5 6 3- '3 6 - 12 28 37.4 54-8 2 19.59 10549 loc. co Weisse XXIII, 188 . . Gruis . . . 8.0 6. o 10 25. 21 IO 2<. 60 63.8 *71 2 2 3- '4' 3727 - 13 33 29- 5 41 7C C 2 67.4 70. 8 2 6 "9-59 IQ CQ J J IOCCI Anonymous . . . 8.0 27 IO 71 C7 /* ^ 7A 8 7" 5*1 J_ -7 IfM 4 1 jj j- J 5 10 Co. 2 c6 i l y- jy -4- IQ CO JJ 10552 TJf Aquarii H.o* ^J 1U O 1 ' J/ IO 77 C.8 /T" Ci 6 IO -f- j. iu4 31 22 o c6 AC 6 j u - x 64 c 6 T *y- jy IQ CO i553 Weisse XXIII, 199 . . j' ~* 8-3 w Ji * D*- 1 10 41. 51 j " w 74-5 6 * ^^ 3- 104 y j TO . 6 17 IMfl J *:? jy 19-59 10554 loss? O. Arg. S. 22743 . . . y Sculptoris 6.0 e o II 6.54 II I C 17 68.8 (,-, -, 2 2 3-173 32C7 - 19 36 23. 7 -J-3 J7 7Q 7 67.3 72 C. 2 6 19. 60 19. 60 jjj 10556 Lacaille 9437 .... j- w 6.8 * j / 23 II 22.38 u j- o 66.4 2 *J/ + 3- 243 o o * / jy- / - 31 18 58.4 / *" J 70.4 5 + 19.61 I0 5S7 Lacaille 9436 .... 6.9 II 22.54 64.0 5 3-231 - 29 30 19.0 67.8 3 19. 61 10558 Weisse XXIII, 222 . 8.0 II 30. 12 68.8 2 3- '4 - 6 23 35.8 62.3 2 19. 61 '0559 Lacaille 9439 .... 6.2 II 32.94 68.7 2 3.229 - 2 9 9 9-5 62.7 2 19. 61 10560 Weisse XXIII, 227 . 7.2 II 39.69 66.3 2 3.060 + 2 2 9 5.5 67-3 2 19. 61 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 2 6 7 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. Mean year. 1 IM O d ^ Annual Precession, 1860. Mean Declination, 1 860.0. U S >* Q S s 1 IM O d fc Annual Precession, 1860. 10561 ? 0* h. m. s. 23 1 1 40 60 =;o. 6 17 s. I 1. 123 / // IO 22 3! 8 C2 2 // 10562 Lacaille 9440 .... 6.6 II 45. 12 63.6 5 3-306 - 39 55 21. i 65.9 2 19. 61 0563 Lacaille 9443 .... 8.5 12 3.30 67-3 2 3-329 - 42 43 37-6 71.2 3 19. 62 10564 Lalande 45648 . . . 7 .8 12 4.77 68.7 2 3.169 - 19 19 12. 8 62.2 3 19. 62 10565 10566 Lacaille 9444 .... 6.6 5.0 12 8.07 23 12 8.33 68.6 61.2 3 4 3. 262 -|~ 3. 101 - 34 28 19. 5 ? S3 IQ. q 68.8 67. Q 2 2 19.62 -(- IQ 62 10567 Tr. Z.g6, 2 7-5 12 9.78 69.4 7 3.298 - 39 2 31-3 67.4 2 19. 62 10568 Weisse XXIII, 242 . 8.8 12.32. 81 67-3 i 3-083 2 2O 22. 3 8.8 2 19.63 10569 Lacaille 9447 .... 7- i 12 36.82 63.2 3 3- '92 - 23 35 16.0 68.5 3 19.63 10570 Lacaille 9445 .... 7-5 12 40. 82 69.7 2 3-336 - 43 54 53- 7 67.8 2 19.63 10571 IOC72 Weisse XXIII, 246 . 8.5 e. c* 23 12 51.72 12.53.68 67-3 73. I 2 6 + 3-083 2.418 2 22 II. 6 -1- 6? 2O 4C, 3 69. 2 68 i 3 + 19-63 IQ 6"? 10573 Tr.Z.96, 3 7.8 12 58.88 6 9-3 6 3-295 - 39 15 39-i 64-3 2 19.63 10574 13. A. C. 8123 . . . . 7. o* 13 o. 27 58-7 3 3-094 4 40 51.0 61.8 3 19.64 10575 O. Arg. S. 22766 . . . 8-3 13 3-07 65.5 4 3-175 - 20 47 32. 7 67.8 2 19.64 10576 ICK77 Tr. Z.88,7 b Piscium 7.8 <;. i 23 13 12.38 13 12. 72 69-3 61.8 2 + 3-260 3.O?O - 34 39 50- 8 -4- d. V7 4.. 4. 67.4 ?8 ? 2 6 + 19-64 IOS78 Q. O 13 IQ. 64 67. T 3. 1 16 o 18 ce 6 67 8 IQ 6.1 10579 10580 B.A.C. 8129 . . . . 7.0* 8.8 13 27.80 I T. 3^ 76 60. 7 68.8 2 2 3.104 3 166 - 6 40 1 8. 2 60. 4 4 19.64 IQ 6? 10581 10582 Lalande 45704 . . . T Peeasi 7-5 C o 23 13 34- 23 IT. A.2 68 62.9 7 + 3- 1 66 2 oc;8 - 19 l8 32.4 65.0 68 9 6 + 19-65 10583 B. A. 0.8132 . . . . 6.4 13 47-49 63.6 5 3-213 - 27 45 8.6 63-3 2 19.65 10584 Weisse XXIII, 268 . 8.4 >3 5i- "7 77.8 4 3.098 5 32 6.9 77-9 2 19.65 10585 O. Arg. S. 22779 7.0 13 56-"5 68.8 2 3. 200 - 25 38 23. 3 66.4 2 19.65 10586 Weisse (2) XXIII, 282. 8.0 23 '3 58-64 73-5 4 + 2.873 + 36 45 16.3 73-9 2 + 19-65 10587 12 Andromedce .... 6.0* 14 8. 29 73-4 6 2.869 + 37 25 6.3 66.4 2 19. 66 10588 B.A.C. 8134 . . . . 6.5* 14 8.52 74-8 4 3-097 5 26 15.4 73- i 4 19.66 10589 IOSQO Lalande 45749 . . . 64 Pegasi 7-5* $. i '4 33-98 I <; 5 . 24 73-3 64 8 4 ? 2.868 2 QI C, + 37 48 57-6 4- ?! 2 4.7 6 77-9 72 8 2 19. 66 IQ 67 I059I ICXQ2 Lalande 45758 . . . 97 Aquarii 7.8 7. O 23 15 11.30 15 18. 68 72.3 67 2 4 + 3-077 ? 14. c i 10 21. 7 I $ 4.8 24. $ 68.9 67 3 3 + 19-67 19 68 10593 ICKQJ. Lacaille 9453 .... 7- 1 A. C 15 24. 82 1C 76 QO 63.8 60 8 4 3- 1 88 -3 170 - 24 13 0.4 2O C. I S 1 2 65.8 67 8 3 19.68 19 68 "0595 B.A.C. 8145 . . . . 7-3 15 38.86 59-9 2 3-307 42 22 12. I 66.8 2 19.68 10596 O. Arg. S. 22798 . . . 7-7 23 >5 39-89 63-4 2 + 3- 187 - 24 9 30.4 65.8 .2 + 19.68 '0597 Weisse XXIII, 309 . 8.0 '5 43-82 58.8 4 3- I2 4 - II 32 31-7 55-5 3 19.68 10598 O. Arg. S. 22800 . . . 7.0 15 47.87 66.8 2 3- 194 - 25 22 54.6 67-3 2 19.68 10599 B.A.C. 8150 .... 5.8 16 3.81 68.8 2 3-3I7 - 43 53 3 6 - 3 62.8 > 19.69 10600 Lacaille 9458 .... 6.9 1 6 14.09 f'5-3 2 3-230 - 3 1 S 2 44-5 69.9 3 19.69 268 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. 1 Mean Right Ascension, 1 860.0. 1 X d S3 S 1 < . i Annual Precession, 1860. Mean Declination, 1 860.0. >-i ^ 3 10618 10619 Weisse XXIII, 359 . v Fegasi .... 8.8 S. o / jy y v 18 14.43 18 21 i\ / J / 72.4 62. o j 3 3.050 2 Q7 I jl JL $0. j + 5 16 20.3 J_ 22 l8 I 7 *-"r* / 58.4 60 o 4 iy. /^ 19.72 TO "7 7 10620 10621 Radcliffe 6067 .... j 7-8 5.0* J 1 J 18 29. 61 23 18 38. 21 65.6 45. 8 5 17 ** y/ i 2-737 _1- 2 6?O -J- .. ^0 1. y + 54 19 2.3 4- 6 1 "2O Zi A. 66. 3 6? Q 4 2 *y- 73 19-73 + IO 72 10622 Lacaille 9473 .... 6.6 18 45.01 *T J' ** 63-3 * / 4 1 * V J V 3.200 r w * jr* j** *r 28 1 1 40. 8 w y 62. 7 2 *y- /3 19-73 10623 Lalande (F) 4471 . . 7-8 19 3-'9 65-7 I 2.738 + 54 40 , . 19.74 10624 B. A. 0.8167 . . . . 6-3 19 12.39 66.8 5 3-170 -- 22 30 36. 9 65-3 2 19.74 10625 Weisse XXIII, 377 . 8.5 19 20. 28 60.8 2 3- "7 - IO 48 13. 2 54-8 2 19.74 10626 Riimker 11173 8.4 2 3 '9 33-42 67.2 5 + 2.745 -f- 54 20 18. o 72.6 3 + 9-74 10627 Lacaille 9479 .... 7-5 19 37.92 63.8 2 3- '74 - 23 29 34.5 63.8 2 '9- 75 10628 Lalande 45892 . . . 6.8 19 38. 24 71.6 3 3-139 - 16 o 59. 4 66.4 2 19-75 10629 Weisse XXIII, 386 . 9-2 19 38.90 65.8 3 3.068 + o 55 49- i 65.8 3 19-75 10630 10631 O. Arg. N. 25570 . . 7-5 4 8 19 43.28 27 IQ AC -JC 66.6 61 7 8 (,-, 2-543 _L 7 O7O + 66 9 6.7 ~\- O 20 22 Q 69.6 r-8 7 9 2 1 19-75 + IO "7 C 10632 9 Piscium *T* " 6.0 *o *y T-J- jj 2O - 1 'si w . / c-i 6 U J 6 r J- u / u 3O7 I _!__ O 2 1 14. 8 J- / 60 1 *j 1 y* /j jO 7 r 10633 Lacaille 9482 .... 7-o *** T" J * 20 6. 59 JT-- u 68.8 2 w * 3-195 - 28 2 58.4 UU. j 66.4 2 '9' 75 '9- 75 10634 DM. + 54, 2974 . . 8. i 20 8. 10 68.5 4 2.751 + 54 12 15.2 67.8 2 9-75 10635 Tr. Z. 73, 68 .... 6.8 20 9.71 68.9 2 3-230 - 34 23 39.8 64.9 3 19-75 10636 13 Andromedae .... 5-8 23 20 23.04 69.4 2 + 2.864 + 42 8 28:0 57-7 3 -4, 19.76 10637 Radcliffe 6079 .... 7-8 20 23. 17 70.8 5 2-753 4- 54 12 16. i 67.8 2 19. 76 10638 B. A. C. 8173 .... 6.0* 2O 24. 26 58.8 2 2-443 + 6 9 54 53- 5 53-8 2 19. 76 10639 B. A. C. 8172 .... 7.0 20 29. 24 63-3 4 3.241 - 3 6 18 53-7 71. i 4 19.76 10640 O. Arg. S. 22851 . . 6.6 20 37- 85 68.9 2 3- '38 - 16 4 7.7 64-4 2 19.7-3 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 269 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. IJ 1 & d rt B z 1 'o 6 Annual Precession, 1860. Mean Declination, 1 860.0. Mean year. 1 "o 6 Z Annual Precession, 1860. 10641 Radcliffe 6081 . . . 8.0 h. m. s. 23 20 39.56 68. i 12 + 2 S 7 58 / // + 54 5 43-2 69.4 7 // + '9-76 10642 1064.'? DM. + 54, 2977 . . 69 Pegasi 8.8 6.5 20 39. 64 20 43. 37 72-4 62. 4 7 7 2.757 2. 969 + 54 i 55-4 + 24 23 56. i 69.8 69-3 4 2 19.76 19. 76 " ^ j 10644 IO64.^ B. A. C. 8175 .... Piscium 6.0 ?.o* 20 47.91 20 "li.cn 68.9 68.9 J 3 28 3.I2I ?. o?o - 12 13 10. 6 + 5 36 37-9 54-8 63.5 2 1C 19.76 19. 76 * *"**Tj 10646 Riimker 11206 . . . J 8.2 j yj 23 20 59. 35 69.7 2 J. "J" + 2.755 + 54 25 51.0 J J 68.8 J 2 + 19-77 10647 M. Z.7I,8 8.0 20 59. 55 70.9 2 3-236 - 36 2 '9-77 10648 Lacaille 9489 .... 6-5 21 I.3I 63.7 3 3-183 - 26 II 25.3 63-9 4 19-77 10649 Weisse XXIII, 413 . 21 8.64 6r.8 4 3-051 -+- 5 18 19.0 57-5 6 19-77 10650 Weisse XXIII, 419 . 8.0 21 20.88 65.8 2 3-052 -f- 5 2 16. 2 66.8 2 19-77 10651 B. A. C. 8180 . . . . 5-5 23 21 23.42 76.8 3 + 2.469 + 69 35 22. 2 72.6 2 + l 9-77 10652 Weisse XXIII, 423 . 9.0 21 36. 70 64.4 2 3-115 - 10 52 17.4 56.i 3 19.78 "0653 Weuse(2)XXIII,4S7. 7-2 21 51.68 69.4 2 2.894 + 38 So 55- 5 65-4 3 19.78 10654 DM. + 5, 5177 . . . 9.5 21 58.59 69.8 I 3-050 + 5 36 1 6. i 69.9 I 19.78 10655 DM. + 54, 2986 . . 8.0 21 58.63 68.0 5 2.768 + 54 2 40.0 68. i 3 19.78 10656 106^7 DM. + 54, 2988 . . 1 1 Pisciuni .... 8.0 c e 23 22 1.70 22 IS 78 67-3 71 2 2 6 + 2.769 J 082 + 54 8 47. 3 2 "?"? 30. 6 67.8 72.8 3 -1 + 19-78 19. 78 j / 10658 10659 B.A.C. 8184 .... j j 6.0 6.0 J. / W 22 17.81 22 10. C8 / 64. i 61.-? 8 4 J- **W* 3.092 7 O7Q oj Jy 5 '7 41-7 i 48 19.7 f ri u 61.3 68.9 " J 8 j y* i 19.79 19. 79 ioCi6o Weisse XXII', ; 4 4 . 8.2 y j 22 24. 70 o 61.3 T^ 2 O / 7 3.052 + 5 19 56. i 57-i o 3 19.79 10661 Weisse XXIII, 443 - 8-4 23 22 25. 17 65.4 2 + 3-071 -f- o 20 o. o 60.8 4 + '9-79 10662 O. Arg. N. 25634 . . 8.0 22 41-34 69.7 3 2.770 -f 54 21 57.0 68.8 2 19.79 10663 Weisse XXIII, 449 . 8.0 22 45.90 65.4 2 3-071 + o 23 33. 8 60.8 4 19.79 10664 Weisse XXIII, 452 . 9.0 22 48. 36 68.7 2 3-045 + 7 o 54.4 61.8 2 19.79 10665 Lacaille 9497 .... 7- i 22 54.OO 63.8 3 3.162 - 22 39 19.8 62.8 3 19.79 10666 Lacaille 9496 .... 7.2 23 23 3-2 63.0 5 + 3- 238 - 37 43 45-5 67.8 2 + 19.80 10667 M.Z.57,47 7- i 23 6.83 68.8 2 3.246 39 6 0.5 64.8 2 19.80 10668 Weisse XX III, 458 . 8-5 23 14. 60 61. i 4 3-051 + 5 39 "6-5 58-8. 4 19.80 10669 Lacaille 9499 .... 7.2 23 16.95 63.8 3 3-171 - 24 58 7-4 62.7 2 19.80 10670 Lacaille 9500 .... 7-2 23 26.98 63-3 4 3. 226 - 35 52 41.2 71.1 4 19.80 10671 B.A.C. 8187 . . . . 7. o* 23 23 29.03 59-3 2 + 2.309 + 74 27 15.6 53-8 2 + 19.80 10672 Weisse XXIII, 463 . 8.6 23 36. 22 59-4 4 3- "3 - 10 55 39-o 55-5 3 19.80 10673 Lalande 46047 . . . 6.0 23 49.90 68.8 2 2.908 + 37 53 24.5 48.8 2 19.81 10674 Weisse XXIII, 473 . 6.8 23 56.51 68.8 2 3.066 + i 35 36- 7 66.7 2 19.81 10675 Weisse XXIII, 476 . 8.0 24 12. 62 68.9 2 3.090 5 I 22. 58.1 3 19.81 106/6 10677 Lacaille 9507 .... #* Aquarii ...... 5-7 6. <; 23 24 17.92 2A 21. "?8 67-3 6c -i 2 2 + 3- 262 ? K6 - 42 3' 3'-6 22 8 20. 7 68.4 58.4 2 5 + 19.81 19.81 v / / 10678 DM. + 15, 4836 . . j 9.0 *-*T O 24 22. 05 v j- j 77-8 4 j j 3.016 y i + '5 7 J"* *T J 19.81 10679 14 Andromedae .... 6.0* 24 25.05 68.9 2 2.908 + 38 28 2.6 47-4 2 19.81 10680 B.A.C. 8196 . . . . 7-o 24 28. 28 65.2 2 3- '56 - 22 I 16.3 62.8 3 19.82 1 270 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. Mean year. JS O "o O Annual Precession, 1860. Mean Declination, 1 860.0. iJ rt >> c rt B 3 in 1 IM O Annual Precession, 1860. h. m. s. s. / // // 10681 Lacaille 9508 .... 6.7 23 24 33-00 64. 2 3 + 3- 175 26 31 2. I 68.5 3 + 19.82 10682 M. Z. 211,4 7.2 24 48. 26 65.3 2 3-157 - 22 34 32. 2 65-5 3 19.82 10683 Santini 1636 .... 6.9 25 5.69 61.0 5 3.050 + 6 18 53.0 57-8 5 19.82 10684 10685 Lalande 46097 . . . /? Sculptoris .... 7-5 4- 4 25 7-3 25 27. 18 71.8 63.5 3 3 2.916 3- 232 + 37 32 6. i ~ 38 35 31-2 47-8 65.9 2 2 19.82 19. 81 10686 Weisse (2) XXIII, 541. 6.2 23 25 3-83 68.9 2 + 2.936 + 31 io 48.6 65.8 3 ? J + 19-83 10687 10688 O. Arg. S, 22897 b* Aouarii . 8.4 $ S 25 45.88 25 56. 74 64-3 71.5 3 5 3.H8 3. isi - 20 51 34.2 21 41 16. 7 67-3 67.8 2 2 19.83 10. 84. 10689 10690 Lacaille 9516 . . . . J J 6.8 5.5* 26 0.31 26 27. 72 68.3 45-7 6 7 J 3 3.196 2. 994 - 32 3 45-5 -4- 21 45 'K.O / 72.2 67. 9 4 2 j* **^ 19.84 19.84 10691 B. A. C. 8204 .... 7.0* 23 26 34. io 58.8 2 + 2.500 1 ^J o J + 7i 13 45- 2 53-8 2 + 19.84 10692 Lacaille 9519 . . . . 6.6 26 37.96 65.2 3 3- 165 - 25 37 59- 7 62.8 2 19.84 10693 10694 Weisse XXIII, 534 . 14 Piscium 9.2 5- 7 26 44. 26 26 57. 16 Co. 3 56.5 2 4 3-054 3.O7Q -f 5 ii 28. 2 2 I 13. I 55-8 67.8 3 2 19.85 io 8s 1 0601 M. Z. 57,40 . 7.8 27 q. 63 J J 68.8 2 J i y 3. 227 7Q 2 23 3 / * 64.8 2 y* j IQ 8< * ^ v yj 10696 O. Arg. S. 22911 . . . 8.5 / y j 23 27 17.69 64.8 4 J i + 3-133 J:? * m & j - 17 46 14-4 68.8 3 y "5 + 19-85 10697 Weisse XXIII, 528 . 9.0 27 26.50 67.2 7 3.021 + >5 ii 4^-7 61. 9 2 19.85 10698 Lacaille 9524 .... 6.9 27 26.86 67.7 3 3.209 - 35 5' 23.3 65-3 2 19.85 10699 Lalande 46188 ... 6.0 27 47.64 74-2 .6 + 2.931 + 37 i 22.0 66. i 3 19.86 10700 B. A. .8213 .... 5.8 27 49-85 63.2 19 O.OI7 + 86 32 6.4 66.2 17 19.86 10701 Weisse XXIII, 539 . 9.0 23 27 50.92 65.4 2 + 3- 022 + 15 6 8.8 67-3 2 + 19.86 10702 Lacaille 9527 .... 6.6 28 16. 70 64.0 4 3-I7I - 28 15 30.8 62.7 2 19.86 10703 Riimker 11367 . . . 8. i 28 17.84 68.8 2 3.098 7 55 3'-4 57-9 2 19.86 10704 10701 B.A.C.82I4 . . . . 15 Piscium . . . 6.0 6 5 28 1 8. 66 28 IQ. 12 65-4 S6 i 2 j 3-099 3O7O 8 14 20. 9 _f_ o -32 24. 6 67.8 67 Q 2 2 19.86 19. 86 / j 10706 Lacaille 9528 .... J 6.7 23 28 36.67 3" * 63.8 j 3 **/w + 3- 184 - 31 25 II. I **/ V 68.4 2 + 19-87 10707 Weisse(2)XXIII,6o4.; 8. i 28 36. 90 77-7 2 2.944 + 34 5 19.87 10708 B. A. 0.8217 .... 6.0* 28 55.46 58.8 2 2-551 + 7 52 7-4 53-8 2 19.87 10709 10710 Weisse XXIII, 592 . 16 Piscium 8.0 6.0* 29 4. 52 29 14. 66 59-5 60.8 3 2 3-097 7 068 7 53 25.9 + 1 in 3-3 n 57-9 68. 5 2 c 19.87 19.88 10711 Lacaille 9532 .... 7-4 23 29 19.83 64.8 2 J' **VW + 3-159 *y jj" v 26 o 49.4 63-4 j 2 4- 19.88 10712 M.Z.6 9) 16 6.7" 29 29.25 65.8 3 3-209 - 37 34 29.6 69-3 2 19.88 10713 Weisse XXIII, 602 . 9.0 29 40. 28 58.8 2 3.056 + 5 8 34- i 54-3 7 19.88 10714 Lacaille 9534 . . . . 6.2 29 40. 90 63.0 5 3.185 - 32 38 44. 2 70. 6 4 19.88 10715 Weisse XXIII, 609 . 8.5 29 59.62 64.6 S ,3.078 i 53 22. i 69.9 4 19.88 10716 Weisse XXIII, 613 . 9.0 23 30 5. 24 62 5 4 + 3-078 i 49 27. 7 65.8 4 + 19-89 10717 Weisse (2) XXIII, 639. 7.0 30 7.84 76.0 5 2.950 + 35 ' 29.8 75-i 8 19.89 10718 Lacaille 9539 . . . ; 7.0 3 31-03 64.9 2 3-154 - 25 39 1.8 70.4 4 19.89 10719 Weisse (2) XXIII, 657. 6.5 3 32. 16 74.0 7 2.952 + 35 2 28.9 74.6 II 19.89 IO72O Lacaille 9540 .... 7.7 30 33- 6l 65.8 2 3.228 42 20 28. 4 67.8 3 19.89 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 271 Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. S3 I 2, rt (U s 1 IM O i Annual Precession, ' 1860. Mean Declination, 1 860.0. | >-, 2 S 1 lM O o X Annual Precession, 1860. h. m. s. s. / // // 10721 B. A. 0.8223 ..... 6.0* 23 30 42. 08 59-i 3 + 2.909 + 43 39 '7-3 53-7 2 4- 19-89 10722 IO72^ B. A. 0.8225 . . . . 7 S Pepasi 6.0 S. S 30 46. 24 3O S2. 8q 72-3 77. S 5 c 3- 1 20 3.018 - 15 5i 57-6 4- 17 37 32. O 66.4 75.8 2 e 19.89 IQ. 80 **-*/ *J 10724 Lament 9262 .... j j 10. o* O" j **y 31 0.68 4 1 J 61. 9 J 2 O 3-077 1 / Jl 3 ' I 36 4.2 1 J' v 65.9 J 2 y y 19.90 10725 Lamont 9263 .... 9.5* 3 1 5' '4 61.8 4 3-77 ' 38 37- 6 65-9 2 19.90 10726 i AndromeJie .... 5.0 23 3 1 [6 -78 65-2 2 + 2.919 4- 42 29 35. o 70. i 5 + 9-9 10727 Lacaille 9542 .... 7.0 31 26.51 67.8 3 3-223 - 42 15 1-2 67.8 3 19.90 10728 Lamont 9269 .... 7-3 32 ' 6 -37 61. 9 3 3-077 i 45 1 1 . o 67.4 2 19.91 10729 1 8 Andromedre .... 5-5 32 21.98 76.9 3 2.882 4- 49 41 47-5 74-9 2 19.91 10730 Lacaille 9548 .... 7-5 32 22. 74 67-3 2 3- >4i - 23 18 27.7 69-3 4 '9-9' 10731 I O7 72 Lacaille 9547 .... t Pisciuni 6.6 4 6 23 32 26.82 32 4S O2 63.0 s8. 3 5 187 + 3-'78 3.o=;8 - 33 30 28.0 4- 4. ?2 6. 2 7-3 SS. i 4 C7 4- 19-91 IQ OI Iu / J^ 733 Lacaille 9550 .... f * 6.8 J *fj p V* 33 5-57 J**" J 65.9 / 2 j. \-r jij 3- '52 1 *T J* 1 ** 26 58 19. 2 j j' 62.8 j / 2 y- y I9. 9 2 I734 IO73C Lacaille 9551 .... u Sculptoris .... 8.7 4. o 33 I5-I3 33 16.8-1 62.9 60. o 3 4 3- 1/2 3- '7 2 32 41 22. I 32 SO 47. 8 63-3 69.8 2 7 19.92 IQ. Q2 1U /OJ 10736 Weisse XXIII, 678 . 8.6 JJ ' "O 23 33 19-65 " y 68.7 2 + 3-078 J J T^/ ' w 2 8 9. 2 *TF* w 62.9 O 2 y* .7 + 19-92 0737 Weisse XXIII, 679 . 7.0 33 2 3- '7 65-4 2 3-053 + 7 3 49- > 69.9 3 19.92 10738 Weisse XXIII, 683 . 7-7 33 31-40 65.4 2 3-053 + 7 637.8 60.8 3 19.92 10739 Weisse XXIII, 685 . 8-5 33 34-48 60. 9 3 3-053 + 79 Si-' 58.7 2 19.92 10740 I O7AI Lacaille 9554 .... y Cephei 7-5 3. o 33 35-8o 23 33 38.OQ 67-3 <2. < 2 51 3-'95 + 2.415 - 38 38 34- 3 4- 76 51 i. 6 70.6 40. 3 3 126 19.92 4 10. Q2 Wr* 10742 Weisse(2)XXIII,734. j 5-5 j jj j y 33 41-48 j J 68.8 J 2 2.961 + 35 56 38. 5 t?- J 46.8 2 I y y 19.92 I743 IO74.4. Lacaille 9555 .... A^ Anuarii . . 6-3 6. i 33 48. 30 34. 1 8 "\4. 66.4 71. 2 2 4 3-'43 3- 123 - 24 56 8. 8 18 48 2.0 62.7 66. 3 2 2 J 9-93 IQ Q-) * WT-T- 10745 O. Arg. S. 22993 7-9 JT^ u> JT- 34 28. 73 / 65.0 4 j j 3- 128 20 32 i. 2 "-" J 67-3 2 y yj '9-93 10746 B. A. .8241 . . . . 6.2 23 34 30-07 68.8 2 + 3- 21 1 - 43 2 37. i 62.7 2 + '9-93 16747 Weisse XXIII, 705 . 8-5 34 33- 38 63.8 2 3-053 + 7 25 41-3 60.9 3 '9-93 10748 IO7AO Weisse XXIII, 710 . X Piscium 6-3 0* 34 48. 85 34. cj 26 59-5 C7 2 6 I 3 3-55 3. 060 + 6 28 33. 4 -I- i o 3S. 6 59-6 c6 i 9 c 19.94 IQ Qd. iw/ify 10750 IO7S I B.A. C. 8247 . . . . J- ** 7-5* ^. ^ Jt J*t- *-^ 35 26.54 23 3? 27. 62 Jl 60.3 72. q J 2 4 O- vv y 3.026 + 3- in \ OJ 4- 17 53 28.4 11 10 7. "! j 59-o S3. 8 J 5 2 *y. ytj. 19.94 -4- IQ. Q4. **/ j * 10752 Lacaille 9568 .... J J 6.9 j jj t 35 42.38 / y 63.0 6 3-153 j y i j 29 49 1 1 . 6 J J 63.8 2 I " y^ 19.94 10753 Lacaille 9567 .... 6.6 35 43-9' 62.5 4 3. 181 - 37 33 43- 5 66.4 2 19.94 10754 Lacaille 9570 .... 6.5 36 1.25 63-4 3 3- 1 66 - 33 5" 28.3 62.7 2 19-95 10755 IO7C6 Weisse XXIII, 730 . 77 Perasi 7-5 e. s* 36 8.07 21 l6 14. Q? 68.7 6?. o 2 e 3.076 -1- "1. O4Q i 29 2.3 + 033 l6. 7 61.8 67. o 2 2 '9-95 + 10 OS * w / J^ 10757 Weisse (2) XXIII, 793. j j 7.8 *o o w yj 36 15-32 WJ. ^* 68.8 9 2 I j' ^y 2.971 1 7JJ ".y + 36 9 38. 3 / 7 47-9 2 ? y j 19-95 10758 B.A. 0.8252 .... 6.6 36 17-33 68.3 4 2.893 + 52 22 34. i 65.8 4 '9-95 10759 Lacaille 9576 .... 6.7 36 31.09 64.5 3 3-165 34 2 15-7 67.2 3 19.95 10760 Lacaille 9578 . . . . 7-o 36 46. 84 67.3 2 3-'9 4i 27 45.9 71.2 3 19.95 272 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. j-. rt G cj 0) S A o o o fc Annual Precession, 1860. Mean Declination, 1860. o. >-,' g, C V s i - o 6 Z Annual Precession, 1860. h. m. s. s. o / // // 10761 10762 Lalande 46496(131*) . Lalande 46496 (ad*) . 8.0 23 36 48- 25 36 48. 30 73-i 75-2 4 3 + 3-057 3-057 + 6 28 25.5 60. 4 2 + '9-95 10763 Weisse XXIII, 749 . 9-5 36 59.07 61.3 4 3-053 4- 8 10 o. 6 61. 9 2 19.96 10764 O. Arg. S. 23022 . . . 6.0 37 11-48 64. 2 5 3- '40 - 27 i 2 1 . 6 63.0 4 19.96 10765 B. A. .8257 .... 8.0 37 40. 3 6 70.9 6 3-057 + 6 24 56.0 60. 4 5 19.96 10766 Weisse XXIII, 767 . 6.9 23 37 49- 5 > 68.8 4 + 3-075 i 26 14.4 68.8 4 + 19-96 10767 10768 Lacaille 9583 .... z 2 Aciuarii fist*) 7-5 38 37- 79 ?8 44 4.4. 62.9 7O. 7 3 c 3-I72 3. 1 16 -- 38 45 '2-3 10 27 21 8 68.8 6? Q 4 1 19.97 10. 07 10760 i^ Aouaru (2d*) . J^ T'T 1 *T"T ^8 4.4. 7O / / 76. o J 7 1 16 i y */ "J 1 w IQ 27 27 7 j- y he o I " " / 10 Q7 . 10770 Weisse XXIII, 783 . 8. i JU *f^-' / V 38 49- 88 / y 6l.8 6 J * *w 3- '73 y 'X */ / - o 30 47. 9 J- V 61.8 2 y 7 1 19.97 10771 IO772 Lacaille 9585 .... 19 Pisciuni ... . . 7-7 1. O 23 39 7-8 1Q 14.. 7.8 64.8 S4. I 2 IO + 3- '83 t 066 42 19 40.0 -I- 2 42 ^6 "? 67.4 67 8 i 2 + '9-97 10. Q7 1 W / " i773 Weisse XXIII, 803 . .> v 8.8 jy T'* O" 39 5 2 -49 jt- 59-5 3 o 3-063 l f * j w * j + 4 28 22. I \tf\* 55-5 3 y y t 19. 98 10774 Lacaille 9507 .... 7.0 40 9. 94 63-5 3 3- "65 - 38 56 2.8 67.7 5 19.98 10775 Weisse XXIII, 809 . 8-5 40 11. 76 66.3 2 3-77 2 17 7.1 67.8 2 19.98 10776 T Cassiopere 5- 23 40 13. 82 66.5 3 + 2.889 + 57 52 '9-9 62.0 12 + 19.98 10777 Lalande 46609 . . . 7.2 40 27.45 65.7 4 3.082 5 '4 21.9 65.6 3 19.98 10778 Weisse XXIII, 817 . 7.0* 40 31.67 60.8 4 3-075 i 32 19. 2 58.8 8 19.98 10779 Weisse XXIII, 818 . 7.0 40 35-63 66.1 3 3-065 + 3 27 8.8 53-9 2 19.98 10780 Weisse XXIII, 820 . 7.0 40 39. 87 66.4 3 3-065 + 3 23 55-7 67.9 2 19.98 10781 Riimker 11589 . . . 7-6 23 40 41. 84 77-8 2 + 2.848 4- 63 22 1.6 76.2 3 + '9-99 10782 20 Piscium 4-5 40 44. 67 55-9 8 3-079 3 32 22.4 67.9 2 19.99 10783 O. Arg S. 23052 . . . 7.2 40 56. 16 73-8 5 3-'o7 - 17 28 30. I 65.9 2 19.99 10784 Weisse XXIII, 828 . 9.0 40 58. 59 6!. 6 5 3-054 + 9 22 ii. 8 65.6 6 19.99 10785 Weisse XXIII, 830 . 8.5 41 1.67 61-3 2 3-075 i 33 7-5 56.8 4 19.99 10786 O. Arg. S. 23054 . . . 7-7 23 41 2. 69 62. 9 2 + 3-132 - 28 40 22. 5 7i-5 3 + 19-99 10787 Lalande 46629 . . . 6-3 4' 3-27 66.2 3 3-osS + 7 28 8.2 58.8 4 19.99 10788 Weisse XXIII, 831 . 7.0 41 5.89 58.8 2 3.060 + 6 23 11.3 60.4 4 19.99 10789 IO7QO Lalande 46632 . . . B. A. Ciai-i . 7-6 e 2 41 9. 78 4.1 14. 74. 68.8 76 8 2 1 3.058 2. 8ll + 7 24 38. 3 -4-6? i dS , I s 1 IM O 6 Annual Precession, 1860. Mean Declination, 1 860.0. h! rt P >> U s 1 *o o a Annual Precession, 1860. 1 080 1 6.0 h. m. s. 2? 42 17. "^Q <;8. i 12 s. 4- 1 O72 / // 4- O 17 C 7 71 6 // l 20 OO 10802 Lacaille 9609 .... 6-5 *. j ^ i jy 42 34.03 j 1 -" j 68.8 2 I J- v t 3.I67 / jj'i - 43 4 45- 7 / 1 . v 70.0 5 20. oo 10803 10804 Lacaille 9610 .... 6.4 6.0* 42 34- 12 42 34. 61 64.4 66.9 3 7 3.122 3.OI8 - 26 6 31. 9 -4-28 3 46 7 63.5 e-3 7 3 20.00 20. oo 10805 Lacaille 961 1 . . . . 7.0 42 56.36 63.3 J 4 3- 13 i *-^' j t^- / - 30 10 50. i jj' / 63-4 3 20.00 10806 Weisse XXIII, 870 . 8.8 23 42 59. 12 60.3 2 + 3.061 4- 6 16 9.6 60.4 2 + 20.00 10807 B. A. 0.8285 . . . . 6.0 43 1-24 71.2 5 3.091 - 10 45 19. 4 67.9 2 20. oo 10808 Lalande 46693. . . . 7.0 43 '9-54 62.6 3 3- i9 - 21 o 38. 3 58.7 7 20. OO 10809 DM. + 7, 5091 . . . 9-5 43 20. oo 61.8 2 3.060 + 7 20 12.8 60. o 3 20.00 10810 O. Arg. S. 23082 . . . 7.0 43 32- 83 72.8 4 3- 105 - 19 4 9.4 64.9 2 2O.OO 10811 O. Arg. N. 26080 . . 7.0 23 43 35-44 69-7 2 4- 2. 884 + 62 57 54. 2 67.9 2 + 20. oo 10812 108 Aquarii 4.8 44 7- 3 68.8 2 3-105 - 19 41 13- ' 70. 6 3 20. 01 10813 O. Arg. N. 26092 . . 7.0 44 9. 68 69.7 2 2.889 + 63 12 21.9 67.9 2 2O. 01 10814 Lacaille 9619 .... 7.0 44 II- H 63-7 2 3 132 - 33 12 35-2 68.8 2 2O. 01 10815 Lacaille 9620 .... 6-5 44 21.40 77-9 2 3-"37 - 35 28 11.5 77-9 2 20. OI 10816 Weisse XXIII, 895 . 8.2 23 44 33- 8 4 65.8 3 + 3-082 6 27 24.9 65.8 3 4- 20. 01 10817 10818 Lacaille 9625 .... Anonymous ... 6.8 o. < 44 37- 85 A A AA 28 62.8 60 7 4 2 3 132 3- '28 - 33 54 1-6 72 Q A_ 2 68.8 71 A. 4 2 20. OI 2O OI 10819 22 Piscium ... y j 6.0 -f..f -4- t ** AA 4.7 8-1 vy. l _1_ 2 Q 7 8 1 * * T- 60 7 2 2O OI 10820 O. Arg. S. 23096 . . . 7-6 T^T T" / ' *"T 45 5- 85 HO / 68.8 2 ^^y 3. IO2 i * y / - 1 8 48 14. 2 u y- o 64.9 2 2O. OI 10821 B. A. 0.8296 . . . . 7.0 23 45 "7-09 76.9 3 + 3.039 + 20 53 34- 3 73-5 4 + 2O. OI 10822 Lalande 46769 . . . 6.5 45 26. 27 66.8 2 3- 102 - 19 20 25. 5 66.9 2 20.02 10823 10824 Lacaille 9630 .... 82 Pegasi 6.6 6.0 45 26.44 45 28.80 62. 9 en 8 2 7 3- "3 3OC7 25 45 54- 7 _j_ jo 10 8. i 66.9 CQ o 2 20.02 20 02 10825 Weisse XXIII, 916 . 9-5 45 32.4 jy' M 61. 7 J 6 ^J/ 3-074 i 35 n-9 jy- v 58.4 4 20.02 10826 Weisse (2) XXIII, 960 6-5 23 45 33- S 2 77.2 3 + 3- 04-5 + 20 57 52.9 77.8 2 + 20.02 10827 DM. -|- 34, 5025 . . 7-4 45 40. 74 71.0 5 3-015 + 34 ii 33-4 74-9 2 20.02 10828 10829 DM. 4- 28,4657 . . 25 Piscium 7-8 6 c, 45 42. 27 AC CA 62 68.9 re ? 2 3.026 3O7O + 28 49 50. 2 _L T iR AA C 73-2 72 O 3 20.02 2O O2 10830 Weisse XXIII, 932 . * j 8-5 *TJ Jt* *** 45 58.76 :>,> j 58.8 2 . \jf\j 3.064 r * I0 'TT" J + 5 55 14-4 /* y 60.9 3 20.02 10831 DM. + 34, 5027 . . 9.2 23 46 i . 83 68.9 2 4- 3-017 + 34 22 -\- 20.02 10832 Weisse XXIII, 934 . 8.5 46 2. 63 65-5 3 3 066 + 4 22 44. 2 55-9 4 20.02 10833 B. A. 0.8304 . . . . 6.6 46 6. 25 64. 2 3 3 no - 25 o 27.3 67.8 2 20. 02 10834 Weisse (2) XXIII, 976 9.0 46 7. 19 77.6 2 .5-041 4- 20 50 20. 02 10835 Lalande 468 1 1 . . . 6.5 46 8.13 71.8 3 3 017 + 34 16 29.5 65.9 3 20. 02 10836 Weisse XXIII, 936 . 9.2 23 46 13.03 65.8 2 + 3-oSo 5 49 29- i 65.8 3 4- 20.02 10837 Lacaille 9636 .... 6.8 46 28.83 63.0 4 3- n8 - 30 10 31. 8 63-4 3 20.02 10838 Lacaille 9637 .... 6.9 46 42. 77 63.8 3 3- "9 - 3i 8 5.5 67.8 2 20.02 10839 10840 Lalande 46836 . . . Anonymous 6.2 90 46 59.41 4.7 7 tlO 73.8 67 ? 5 2 3.012 3. 080 + 38 30 10. i r d.7 77 I 54-1 69. 8 4 2 20. 02 20. 02 . ^ T-/ j' D w W ' J J 4J J/- l AP 1 84 18 274 CATALOGUE OF STARS OBSERVED AT THE Number. Name of Star. Magnitude. Mean Right Ascension, 1 860.0. t_l PJ ^ C rt 20. 03 10845 O.Arg. 8.23120 . . . 9.0 47 25.54 64. 7 6 3- I0 4 23 48 40. I 67.9 2 j 20.03 10846 B.A. 0.8311 . . . . 5-8 23 47 36. 67 74-9 6 + 3-73 o 40 9. 3 68.4 2 + 20.03 10847 Lamont 9344 .... 8-5 47 41.08 59-3 2 3-073 i 3 33- 8 58.0 5 20.03 10848 Weisse (2) XXIII, 994 8-5 47 43- 3' 68.8 2 3.018 + 36 48 55-3 65-9 3 20.03 10849 10850 Lacaille 9641 .... 26 Piscium 7-3 6.0* 47 49-48 47 58. 16 67.8 ?6. 8 3 6 3- 128 i. 064 - 38 8 34. 3 -4- 6 17 '?'?. Q 6 5-9 66.4 2 2 20.03 20. 03 10851 Lalande 46873 . . . 7-7 23 47 5 8 -92 J 73-2 4 j- **"*t + 3-019 / j j y + 37 >7 29.2 64.5 3 + 20.03 10852 B. A.C. 8313 . . . . 6.0 48 1.85 63.2 3 3- "7 - 32 42 3- 3 6i..o 4 20.03 10853 Lacaille 9644 .... 6-5 48 1.96 63.2 3 3- "7 - 32 39 49- 5 64.8 2 20.03 10854 B. A. .8314 . . . . 6-5 48 3-58 64.7 7 2-835 + 73 37 53-o 66.4 2O 20.03 10855 O. Arg. 8.23124 . . . 7-o 48 13.03 68.8 2 3-095 - 18 36 29. i 66.4 2 20.03 10856 Lacaille 9647 .... 7-5 23 48 25.00 65.7 2 + 3- '26 - 3 8 5 47- i 67.9 2 + 20.03 10857 Lalande 46891. . . . 7-o 48 28. 24 59-4 4 3-063 + 7 26 40. 4 56-7 IO 20.03 10858 B. A. 0.8317 . . . . 6.5* 48 33- 72 59.2 2 2.971 + 56 38 o. i 53-8 2 20. 03 10859 O. Arg. S. 23126 . . . 9-4 48 34. 68 65.1 4 3- IO1 - 23 45 6. 9 67.9 2 20.63 10860 DM. + 3, 4905 . . . 9.0 48 36.34 65.7 3 3.068 + 3 18 56.0 65-. 7 2 20. 03 10861 Lacaille 9650 .... 7. o* 23 48 53-oo 62.9 2 + 3- "6 - 39 49 29- 6 62.7 2 + 20.03 10862 Lacaille 9652 .... 6-5 48 54. 24 63.8 4 3-099 - 22 46 18. 4 63.8 2 20.03 10863 Weisse XXIII, 994 . 9- 49 7. 62 60.8 2 3.068 + 3 50 54-o 55-9 2 20.03 10864 Lacaille 9655 .... 6. i 49 1 6. 88 66.9 2 3- 102 - 25 31 1.4 71.2 3 20.03 10865 O.Arg. 8.23135. . . 7-8 49 17-79 68.8 2 3- 108 - 3 '7 17-9 63.8 2 20.03 10866 Weisse XXIII, 1002 . 8-5 23 49 22.06 64.8 2 + 3-072 + o 28 17.8 68.8 2 + 20.03 10867 Lacaille 9657 .... 7-6 49 25. 68 68.9 2 3- '29 42 58 24. 2 62.7 2 20.03 loses Weisse XXIII, 1006 . 7-2 49 37- IS 60.6 4 3.068 + 3 56 43- 7 55-5 3 20.04 10869 Lacaille 9659 6.0 49 54- 55 66.4 2 3- 102 - 27 24 12.7 65.8 2 20.04 10870 Lacaille 9662 .... 7.0 50 14.49 61.8 3 3- n6 - 37 29 3- 6 69.8 3 20.04 10871 Lacaille 9663 .... 6.4 23 5 23.89 63-4 6 + 3-" - 33 58 9- 1 65-3 4 -\- 20. 04 10872 10873 Weisse XXIII, 1030 . ip Pegasi 7-o e O 50 36. 68 CO -37 87 60. 2 68. 4 3 3.062 1 OA *7 -j- 10 41 41.8 + 24 21 47 2 62.0 c-, 8 4 20.04 20. 04 10874 Weisse XXIII, 1032 . j- v 9-0 O u 61- / So 37-93 60.3 4 3 3- U 4/ 3.068' -^ * Hf . + 4 37 31-6 JO- 56.2 3 20. 04 10875 Lacaille 9665 .... 6.8 50 44. 60 68.8 2 3- "7 - 39 44 3- o 62. 7 2 20.04 10876 Weisse XXIII, 1039 . 9.0 23 50 54. 64 60.8 2 + 3-073 - " 54 25. 7 61.8 2 -f- 20. 04 10877 Weisse XXIII, 1040 . 8.6 50 54- 85 68.8 2 3.062 + 10 47 18. 6 68.4 2 20.O4 10878 10879 O.Arg. S. 23141 . . . I 0?*' 8.2 c f 50 56. 09 Ci 8 08 72.8 T? O 4 3-094 > 087 22 40 48. 9 rA 3*7 -if -y 65.8 60 7 2 20.04 2O O4. 10880 Weisse XXIII, 1045 . J- J 8.2 ^ i o. yo 51 12.71 / u 68.9 2 o- UO 7 3.068 lu 31 JJ' J + 4 S 2 12.9 mj. j 55-9 2 >n "*fr 2O.O4 U. S. NAVAL OBSERVATORY, 1845 TO 1877. 275 Number. Name of Star. Magnitude. Mean Right Ascension, 1860.0. S c 1 1 Annual Precession, 1860. Mean Declination, 1 860.0. 1 G O 1 U- O i Annual Precession, 1860. 0881 Lacaille 9670 .... 7.0 h. m. s. 23 51 28. 12 62.8 2 s. + 3- "2 / // - 39 o 18. o 68.3 2 -j- 20.04 10882 10883 M.Z. 139,73 -. 27 Piscium .... 8-5 c o* 51 28.33 5 i 30. 35 63.7 HO. I 2 I i 3- 101 i 076 30 16 49. 5 4 jg 56. g 71.9 HO Q 2 20. 04 20 04. 10884 10885 Tr. Z. 191, 18 . . . . o Cassiope3f J- v 9.0 c c* 5i 3-79 ci ce 26 66.9 61 . o 2 2 3.091 - 20 48 17.5 69.2 3 2 20. 04 20 04. 10886 Lacaille 9673 .... J. J 6.0 3 jj- *v 23 5i 55-39 68.9 2 + 3- "6 - 43 i 4-2 05 9 6 7 .8 3 + 20.04 10887 10888 Weisse XXIII, 1058 . d> Piscium 8.4 A 7 52 0.25 P2 7 J.Q 68.8 66. 5 2 I IO 3.069 3O67 + 3 5 6 40. 2 +6 1 17 O 54-9 60. 4 2 28 20.04 20 04 10889 O.Arg.S. 23166 . . . *r* / 7-2 j^ / , S 1 "o o Z Annual Precession, 1860. h. m. s. s / // // 10921 Weisse XXIII, 1142 . 8-7 23 55 35-21 6O. 2 3 + 3-070 4- 5 15 20.0 56.4 4 4- 20. 05 10922 O. Arg. S. 23204 . . . 6.5 55 45-97 65-4 4 3-oSl - 20 49 41.3 64.9 2 20.05 10923 Tr. 2.69,17 . . . . 7-6 55 49-69 75-6 4 3.089 - 35 3' 3-4 73-5 5 20.05 10924 Lacaille 9701 .... 6.2 55 56-81 63-9 3 3-083 - 24 55 28. I 68.3 2 20.05 10925 Lacaille 9702 .... 8.0 55 59-84 68.6 3 3-083 25 22 6. 4 64.7 2 20.05 10926 IOQ27 Lament 9388 .... 2 Ceti 8.6 4. <( 23 56 28. 70 ?6 11. 8q 65.9 7^.6 2 ( + 3-072 3 O7Q 4- o 48 23. o 18 6 e6 4 67.8 C7 8 2 4- 20.05 20. os *^y / 10928 Lacaille 9705 .... ^ J 6-7 j jj y 57 i-76 / J 63-2 3 3 3' "/7 3.082 * V J T 1 - 30 54 52-3 3/ u 70.4 4 4.V1. V J 20.05 10929 B. A. .8360 .... 5-8 57 9- 24 7'-5 3 3-077 - 17 j8 22. 5 59-9 5 2O.05 10930 Lacaille 9706 .... 6.2 57 10.09 65.0 7 3.082 - 30 2 57. 4 63-9 i 2O.05 10931 Lacaille 9707 .... 7-o 23 57 12.87 62.8 6 + 3.082 - 30 9 41.2 64.7 3 + 20.05 10932 Lament 9392 .... 8.2 57 19.62 65-7 5 3.072 4- I 29 18. 8 67.8 2 20.05 I933 Weisse XXIII, 1178 . 8.2 57 3'-48 59-4 2 3.070 + 5 44 41-5 53-8 2 20.05 10934 Weisse XXIII, 1179 . 8.0 57 36-27 61.7 I 3.072 4- o 45 30. 4 61.9 4 20.05 "0935 IOQl6 Weisse XXIII, 1 180 . Anonymous 9-o 8. 2 57 40. 16 21 ?7 4.2 O7 62.5 66 i 3 2 3-071 4- 3 081 4- 5 38 15-4 -5-3 l6 Id 6 53-8 68.9 2 2 20. 05 4- 20. o 1 ^ * v yj v 10937 B. A. 0.8364 .... 7.0* J Ji ^ J 57 43-06 'W. J 74.8 3 i j- * 3-051 JJ * ** *"T- VJ 4- 57 45 10.4 77-8 2 T J 20.05 10938 Lacaille 9713 . . . . 7.2 57 50-91 68.8 2 3.081 - 3 6 47 49- 3 70.1 4 20.05 >o?39 Weisse XXIII, 1183 . 7-2 57 53- 2 64.6 5 3.072 i 16 49. 7 69.9 4 2O. 05 10940 Weisse XXIII, 1186 . 8-5 57 59-52 65-4 7 3.072 + i 37 10. o 68.4 2 20.05 10941 Lacaille 9714 . . . . 6.8 23 58 i-44 65-2 3 + 3-080 - 33 '4 46.4 66.2 3 4- 20.05 10942 IOQ4.1 Lacaille 9715 . . . . 33 Piscium 6.2 c O* 58 10. 01 eg 10. 2O 68.9 50. 8 2 IO 3.081 307 1 39 38 16. 6 6 2O 27 1 63-4 C 7 7 3 6 20.05 20. 06 vyifj 10944 Weisse XXIII, 1195 . J' 7.0 58 20. 40 59-o 4 W J 3-074 u *y */ o - 10 23 38. 5 JJ- J 58-9 2 20. 06 10945 Weisse XXIII, 1196 . 9.0 S 8 23. 14 66.6 3 3-074 - 10 54 24. 6 60.6 3 2O. 06 10946 IOQ47 B. VI. +57, 2860 . . 86 Pegasi 9.0 c e 23 58 27.61 cS 10 06 69.9 68. 5 3 + 3-058 3O7O + 57 32 24. i + t 2 77 I O 68.9 f\A O 2 4- 20.06 20. 06 m^fyfff IO948 Anonymous j' j 90 j lj o vy - y^ cS n 47 60 o 2 w/w 3OCQ 1 ^ Jl w + C7 70 "*+' y 20. 06 10949 Weisse XXIII, 1201 . ** 8.5* j jj' ^i 58 48. 60 wy. y 60. 3 2 u jy 3.070 31 J^ 4- 12 5 42.4 60.0 S 20.06 10950 Weisse XXIII, 1205 . 8.5 58 57-74 6l.O 2 3.072 - o 39 27.4 54.8 2 20.06 I095I B. A. 0.8372 .... 7-0 23 58 57- 78 66.2 3 + 3.062 4- 57 39 21.2 58-9 3 4- 20.06 10952 DM. + 57, 2886 . . 9.0 59 o. 61 69.8 2 3.060 + 57 33 20.06 I9S3 Lacaille 9722 .... 7.0 59 5.21 64. 2 3 3.076 - 33 35 46- 5 68.8 2 20. 06 10954 Weisse XXIII, 1108 . 8.0 59 6.95 60.4 3 3-073 - ii 33 29.0 61.9 4 20.06 10955 Weisse XXIII, 1209 . 7-o 59 8. 62 65.0 5 3.072 2 o 57.0 68.4 2 20.06 10956 Weisse XXIII, 121 2 . 8.0 23 59 20.93 60.5 6 + 3-07= 4-12 3 6.3 60.0 5 4- 20. 06 10957 B.A.C.8374 .... 6.5 59 2i.?' 77- i 5 3.070 + 28 14 54. 7 72. 2 3 20.06 10958 Lacaille 9723 .... 7.0* 59 30-26 72.8 4 3-074 - 36 51 46.8 70. I 4 20.06 10959 Weisse (2) XXIII, 1312 7.8 59 36. 32 68.8 2 3.070 4- 37 5i . . 20.06 IO960 Lacaille 9724 . . . . 7-o 59 39- 98 64.6 4 3-073 - 23 53 8- i 67.4 2 20.06 I096l Weisse XXIII, 1217 . 9.0* 23 59 4i-3' 58.8 2 + 3-072 4- 12 3 17.7 63-4 2 -|- 20. 06 IO962 Weisse XXIII, 1218 . 9-o 59 41-56 72.2 3 3.072 + i 4 52. 6 56.4 2 20. 06 10963 B. A. 0.8375 6.8 59 45- '7 72.3 4 3-073 - 39 39 27.2 63-4 3 20.06 IO964 Weisse XXIII, 1222 . 7-8 59 53-86 62.0 7 3.072 + 6 5 48. 5 54-9 2 20.06 NOTES TO THE CATALOGUE. [These notes refer to the mistakes in the second edition and the changes that have been made. The numbers in the notes refer to this edition.] New number. 23 25 46 5 83 104, 105 116 120, 125 153, 162 161 178 196 200, 201 212 216 221 22S, 226 3 OI 3'9 339 344 345 348 349 373 394 452 459. 46o 476, 477 Old number. 22 24 45 55 82 103, 104 "5 119 150', 159 158 '75 193. '97 198, 199 210 214 218 221', 221' 293 331.341 336, 337 329 341,342 340, 342 366 378, 388 443 45. 45' 467.47I' Remarks. This star is incorrectly numbered in Weisse. This star is incorrectly numbered in Weisse. Mistake of 5 in copying in former edition. Mistake of 3 in copying in former edition. Weisse seems to be about 3' wrong. See Schjellerup 62 and Bonn VI -f- 2, 18. Right Ascensions are incorrectly reduced. For proper motion see Bonn VII, page 47. Right Ascension and Declination belong to different stars. The latitude correction was also applied with the wrong sign. Both Declinations belong to the latter star. Weisse's Right Ascension is I too small. For the two numbers in Riimker read 54. The latter observation was probably over set C, D and E, instead of B, C and D, as re- corded. This change would make the Right Ascensions agree tolerably well. The Declination is only approximate. Magnitudes and Declinations are interchanged. Mistake of sign in copying Declination. The zones seem to be in error about 40" in Declination from observations with the Equatorial. The magnitude is also copied wrong. This position agrees with Gould's zones o h , 624. Magnitude copied wrong. Declinations approximate. This star seems to have a large proper motion. Bessel's Right Ascension seems to be about 16' too large, probably observed over wrong wire. Yarnall's position agrees with DM. -f- 25, 93. The Right Ascension of the former and the Declination of both belong to this star. The Right Ascension of the former and the Declination of the latter belong to this star. The other co-ordinates are approximate. Weisse's Right Ascension is l m too small. This was changed i ln . The R ght Ascension of the former and the Declination of the latter belong to this star. The Right Ascension of the latter and the Declination of the former belong to this star. For proper motion see Bonn VII, page 49. The former observation was reduced from 1870.0 to 1 860.0 and the wrong sign applied in Right Ascension. It should be o h 40"" 27". 24. Differs about i' from Weisse. The observation is correct. Observed as one star in Declination. Five of the observations in Right Ascension belong to the former star and five to the litter. Observations in Declination are interchanged. 277 NOTES TO THE CATALOGUE, New number. 484 492 593. 622 594 646 654 682, 686 752 756 762 786 788, 838 864, 865 869 872 878 955 967 970 978 997.U53 999 1015 1063 1065, 1066 1075 1081 1128, 1133 1141 "53 1165 1169, 1170 Old number. 469 482 549 590 582 630 637' 664, 668 728 73' 737 761 763,811 837.838 841,843 845, 847 928 549. 940 937 95 968, 1116 970 986 1032 33' 1041' 1047 1091 1103 1104 968, 1116 1128 "32,1133 Remarks. The Right Ascension was correctly observed, but apparently decreased i m to agree with Weisse's position, which is I wrong. Weisse's Right Ascension is I 1 " too small. This observation is i h wrong and corresponds with 967. Right Ascension and Declination belong to different stars, the given Right Ascension also being i m wrong for the former star. For proper motion see Bond VII, page 50. There was a mistake of 5 in copying. Mistake in the computation of precession in Right Ascension. The Declination of the former belongs to the latter star, the computed place being that for 1850.0. Declination of former star not observed. Weisse's Declination is i' wrong. The mean of three observations has been taken in Declination, although the range is 20". 7. The notes read " excessively faint." Daily's Right Ascension is about 27" too small. See Bonn VII, page 214. For proper motion see Bonn VII, page 51. Weisse's Right Ascension is i ra too small. See Positiones Emendate. For proper motion see Bonn VII, page 51. Both Right Ascensions belong to 4 Arietis, and the positions are interchanged. Both Declinations belong to the same star, the former of which is I revolution wrong. Declination of both, although differing 14", belong to t..e same star. The Right Ascension is incorrectly reduced. It belongs to this star. The Declination is uncertain. If it belongs to 872 the setting must be changed 5' and 2 revolutions ; if to 876 it must be changed 5' and I revolution, making the Declination +13' 39' 9". 9 It may be, however, a faint anonymous star. The sign of the Declination was copied wrong. The Right Ascension of the former is I h wrong. Right Ascension copied wrong. See Washington Observation for 1868, page 369. Weisse's Right Ascension is I m too small. One Declination of the former observation is incorrectly reduced. The other observa- tion was made on the Prime Vertical on January 4, 1849, and the Right Ascension not reduced but recorded about 2o m wrong. It belongs to the latter star. Approximate Declination deduced from an Equatorial observation. For proper motion see Bonn VII, page 52. The Declination is i' wrong in the second edition. The Right Ascension and Declination belong to different stars. The Right Ascension of the former was reduced but not copied. Differs I' from Weisse. Weisse's Right Ascension is IO" too great. Right Ascension and Declination belong to different stars. The Right Ascension is incorrectly reduced, and it is doubtful whether the same star was observed East and West of the meridian. See Prime Vertical Observations 1846, page 306. Precession in Right Ascension computed wrong. There are three observations of this star in Declination. The other observation was made on the Prime Vertical January 4, 1849, about 20"' wrong in Right Ascension. See note to 997. The zones are reduced I" wrong in Right Ascension. The Declination of both stars was observed. NOTES TO THE CATALOGUE, 279 New number. Old number. Remarks. 1188 1196 1256 1287 '32S. '3 2 7 '3 2 9 . "33 2 '333 "334 I3S5 '356 '357 '358 1382 1388 '392 1416 '433. '434 1469 i .+82 1490 1497 1512 1566 1578 1581 1582 1584 1585 1586 1606 "34 1152 1160 I2l8 '259 1285, 1287 1289 1292 1292' 1293 '3'3 1314 ij'4' 1315 '338 '344. '345' '342 1385, 1386 1423 1441.1492 1462, 1462' 1515 1526 1529 '53 1532,1533 '534- '535 '539 '557-1559 It is not certain whether this observation belongs to 1169 or 1170. This observation differs 3' from Weisse. For proper motion see Bonn VII, page 55. Precession in Right Ascension computed wrong. The setting Circle seemed to be 15' wrong for all the stars during the night; it was corrected for all the other stars. The Right Ascension is also I m too great. The Declinations of both belong to the latter star. The former is approximate. Declination approximate. Lalande 5490 and 5496 are observations of the same star. See Bonn VII, page 215. For proper motion see Bonn VII, page 56. Weisse's Right Ascension is 18' too great. There is a mistake of 2' in reducing to 1 860.0. Observations December 14, 1854, and December 23, 1868. This is probably O. Arg. S. 2007. Argelander is probably 10' wrong in Declination, and should be 23 43' 50". 5. Oeltzen is also copied 10 wrong. One observation, that of November 30, 1866, has been changed I revolution. Result- ing Declination is correct. Compared on the Equatorial with 1354. Oeltzen's Declination is too small by i8".7. See Bonn V, page viii. Estimates of magnitudes vary from 6.0 to 8.0. Differs I' from Weisse. The star in first edition called Weisse 30 is Weisse 26, reduced lo 8 wrong. These observations belong to the same star. The Right Ascension is i m too small. The recorded times are inconsistent, but 5 is undoubtedly correct. This position differs from Lacaille 18" and 6'. This result agrees with Stone and Gould. Observed as one star in Declination. This was supposed to be Melpomene on January 24, 1864. This was probably Melpomene, for it was never afterwards seen in that place. It was observed on set E and not corrected for motion. Its position was 3 h 19"" 27'.34 + 5 i', January 25, 1864. This was observed for Melpomene on January 27, 1864. The latter observation was recorded 10 wrong in Declination, and I m wrong in Right Ascension; it was also reduced 10 wrong; 1490 was undoubtedly observed. The note in the observing book for December 21, 1870, says : "Another star, somewhat brighter, follows " ; it was O. Arg. S. 2302. The star observed was DM. 18, 617. The observing list also shows that this is the star that was observed on that date. This star was observed for Melpomene on January 29, 1864. These observations belong to the same star, the former being recorded I wrong. The magnitude was only observed twice, and recorded 4.5 and 6.O. This observation was reduced wrong in Right Ascension. This observation was reduced wrong. The transits across different wires vary as much as 3'. The reduced transits vary as much as 2". This star is not Riimker N. F., but Riimker. Both observations belong to the same star. The transits were observed over sets B and C, and not A and B, as reduced. These observations all belong to the same star. s8o NOTES TO THE CATALOGUE, New number. 1607 1611 1612, 1614 1638 1641 1642 1667 1676 1687 1695 1706 1707 1709 1711 1714 1724 1732 1742 I7SI 1768 1772 1788 1791,1794 1797 1806 1810 iSn 1828 1829, 1830 1836 1846 1859-1861 1862 1866 1870 1906 Old number. 1560, 1561 1565, 1566 1568, 1570 1591 IS73 I5 21 . '594 1617, 1630 1536, 1626 1637, 1638 1645 1655, 1660 1656, 1661 1658 1662 1665, 1666 1676, 1677' 1686 1694 1703 1721, 1722 1714 '743, 1745' 1748 '757 1761 1762, 1776,1777 1784 '795 i 807 '-i 809 1810, 1811 1813 1850 Remarks. These observations belong to the same star. For the former observation the difference of micrometer reading with the comparison star was applied with the wrong sign. If this were combined with the following observation the Right Ascension would be 3 h 37 iS'.so and Declination -f- 23 53' 4o".5. There was also another Declination observation in 1864. These observations belong to the same star. For proper motions see Bonn VII, page 58. This observation was probably compared at wire 3 and not at wire 4, as recorded. The Right Ascension is P n too small. These two observations are the same, identically, the former being copied 3 m wrong. The-latter observation seems to have been copied 25 s wrong in Right Ascension. These two observations are the same, identically, the former being copied 3'" wrong. Both observations belong to the same star. Right Ascens on reduced wrong. These observations belong to the same star, the latter being incorrectly reduced to mean place. These observations belong to the same star, the latter being incorrectly reduced to mean place. The Declination was recorded wrong. It was observed on the same setting as 1728. Right Ascension incorrectly reduced. These observations belong to the same star. They are incorrectly reduced. These observations belong to the same star. The former one was observed on the same setting as 1714. This star was incorrectly reduced in both Right Ascension and Declination. Differs 3 s from Argelander, but agrees with Gould. Differs 12" from Argelander, but agrees with Gould and Stone. These observations 1-elong to the same star. The micrometer equivalent (ig".ji) for the former observation was applied with the wrong sign. Right Ascension I 111 wrong. The Declination was also computed l' wrong. This observation was omitted in the former editions. Both Declinations belong to the former star. This star is also Transit Zones 157, 21, which is evidently I m wrong. Weisse's Right Ascension is about 6' too large. See Corrigenda. Weisse's Right Ascension seems to be about io too large. Argelander is i' wrong in Declination. See Bonn VI, page [13]. Both Right Ascensions belong to the same star. - The former Right Ascension was reduced with the wrong Declination argument. Observed as one star in Declination. Observed for 1833. I late. Mistake in second edition. Argelander's place must be corrected 3 or 4 seconds. See note in Zones. Declinations of the first and last of these belong to the middle star. Declination of the middle one belongs to the first star. The last not observed. Both observations belong to this star. The observation was not copied in the annual volume. Right Ascension recorded i m wrong. One wire recorded I" wrong. The two observations disagree by nearly I". Yarnall changed one of the observations I". I have assumed that the other observation was ] wrong, and this mean closely agrees with Gould and Stone. NOTES TO THE CATALOGUE, New number. 1936 1951 1972 1991 2OIO 2028 2087 2088 2089 2090 2092 2093 2CK)4 2095 2103 2126 2131 2151 2l6o 2173,2175 2177 2179 2181 2189 2196, 2197 2198 2226 2229 Old number. i878'-i88o 1894 1915 193" 195 1968 2024, 2026 2026, 2027 2 33 2028, 2029 2029-2030 2032 2030, 2032 2034 2027, 2035 2036 2043', 2043' 2059, 2063 2063, 2066 2070' 2090 2098 2113 2115, 2116 2IlS 2126 2133,2134 2135.2139 2164 2168 Remarks. These observations all belong to the same star. The revolutions for the first not recorded, and reduced 7 revolutions wrong. The middle observation was reduced 5' wrong. There was another observation of this star not recorded. Not in DM. There is a star in the DM. which has the same Right Ascension and i S., but these observations are entirely consistent, and no doubt correct. There is another observation on January 25, 1875, which disagrees about 12". . Note says very faint. Reduced from 1870.0 to 1 860.0, with the wrong sign in Declination. For proper motion see Bonn VII, page 60. Right Ascension of the latter and Declination of the former belong to this star. The Right Ascension of the second and set A of the last, the Declination of the first, and another observation in 1869, belong to this star. Right Ascension of both and Declination of the former belong !o this star. Right Ascension of the middle two and Declinations of the first and last, with another observation in 1875, recorded i m wrong, belong to this star. Right Ascension of the middle one and Declinations of the first and last belong to this star. This Right Ascension is incorrectly reduced. It was observed over sets A and E, the first of which belongs to 2088 and the other to 2095, which has already been included in the three observations. There was another observation of this star in Right Ascension in 1 869, incorrectly reduced . Right Ascension of the latter and Declination of the former belong to this star. There appears to be another observation of this star on February 16, 1873, recorded 3 revolutions wrong. The observed time agrees exactly. Both observations belong to the same star. The former was recorded 2 revolutions wrong, and not put down in the Catalogue. The Right Ascension of the latter star deduced from transits over wires II VI. The transits were probably observed over wires I-V. On this hypothesis the deduced Right Ascension becomes 4 h 44"' 48". 79, agreeing with former. Right Ascension of the latter and Declination of both belong to this star. Declination approximate. Argelander is i' wrong in Declination. These results agree with each other and also with Gould. Mean Year in Right Ascension was intended for 61.6, but another observation was made in 1877. Right Ascension and Declination belong to different stars. The other co-ordinates were observed but not published. Declination approximate. Both observations belong to the same star. Declination of the latter was recorded wrong. Differs about 8' from Lacaille in Declination. Declination recorded wrong. Right Ascension of both belong to the first star. One Declination was set 1 wrong, and therefore another star was observed. Both observations belong to the same star. The latter was incorrectly reduced to mean place. Not in DM. It is undoubtedly correct. Observed on Equatorial February 2, 1888. Is it variable ? The four observations in Declination have a range of about g". 282 NOTES TO THE CATALOGUE, New number. Old number. Remarks. 2231,2232 2240 2242 2261 2271 2281 2286 2288 2299 2303 2309 2315 2319 2320 2321 2326 2327, 2328 2329 2334 235 2361 2386 2389 2391 2424 2426 2435 2439 2170 2178,2187 2180 2220 2209 2219 2222,2225 2227 2234 2242 2247' 2253 22S6' 2257, 2262 2257', 2262' 2262' 2263, 2264 2264', 2265 2272' 2269 2286 2297, 2298 2311 2325, 2325' 2327 2360', 2363' 2361', 2362' 2370 2373 Right Ascension and Declination belong to different stars. Observed on Equatorial March 12, 1877. Argelander's two observations differ I" and 2' from 2232. Both observations belong to the same star, the latter being recorded i ln wrong, but there are only thirteen observations altogether in Right Ascension. Weisse's Right Ascension is about i6 s too large. See Positiones Emendatse. There is a mistake of i' in reducing to 1 860.0. Mistake of sign in Declination. Weisse's Right Ascension is 1 6" too large. See Positiones Emendatae. The former observation was copied 20" wrong. Both observations belong to the same star. Declination in the zones uncertain. This position agrees with Gould V, 473. Right Ascension copied i m wrong. There were two observations of this star in 1849, and only the wrong one was copied. Weisse's Right Ascension is about 12' too small. See Positiones Emendatse. Declination approximate. Declination was observed on the Prime Vertical on February 22, 1850, and belongs to Weisse (2) V, 748, whose Right Ascension is 5 h 26 6". It is incorrectly reduced. There was another observation of this star in Declination on January 24, 1874, incorrectly reduced. On page 185, Washington Observations for 1874, Apparent Zenith Distance should be North. Right Ascension of both and Declination of the former belong to this star, the latter ob- servation being recorded I m wrong. Right Ascension of the former and Declination of both belong to this star. In Wash- ington Observations for January 24, 1874, page 185, the zenith distance of the latter should be North, and belongs to the former star. No Declination of this star observed. See previous note. Observed as one star in Declination. Right Ascension of both and Declination of the former belong to this star. Declination of the latter belongs to Weisse V, 763 and 764, which is incorrectly reduced. Mistake in reducing to 1860.0. Declination approximate. Declination recorded wrong. There is no such observation in Right Ascension. The given Right Ascension arose from a mistake in the reduction of 2355. It was afterwards corrected, but not erased from the results. Right Ascensions of both belong to this star. The observing books show that the set- ting was 13 19' for all the observations but one, and that one was written in ink and probably copied. There is a mistake of i m in reducing to 1860.0. Both observations belong to the same star. There are only three observations in Right Ascension, January 31, 1861, January 31, 1876, and February 2, 1877. The last one has not been copied. The Right Ascensions of Lalande 10575 and 10590 are interchanged in Lalande. See Bonn VII, page 214. Right Ascension of the former and Declination of both belong to this star, the Declina- tion of the latter being only approximate. Both observations belong to the same star. There was a mistake of 2" in the reduction of the latter, and also o'.j in reducing from 1877.0 to 1860.0. For proper motion see Bonn VII, page 62. Mistake in copying precession in Right Ascension. NOTKS TO THE CATALOGUE, New number. 2446 2448 2449 2470,2471 2489 2490 2500 2511 25H 25>5 2516 2528,2540 253 2537 2540 2543, 2544 2578 2594 2602 2610 2626 2634 2636 2661,2662 2665 2671 2676 2689 2692 2705 2710 2711 2712 2729 2743.275 6 2761,2775 2785, 2786 Old number. 2378, 2382 2381 2382 2404, 2405 2423 2424, 2437 2434 2447, 2448 2448, 2452 2453. 2456 2449. 2454 2478 2468 2475 2478 2481,2482 2517,2518 2630' 2538 2540, 2546 2560' 2568, 2569 2569 2594, 2595 2598 2603 2609 26-23 2635' 2639, 2642 2641,2643 2644 2661 2675 2691', 2704 2714 Remarks. Right Ascension of both and Declination of the former belong to this star. Right Ascension differs from zones about I'-S, but agrees with Gould V, 1460. Right Ascension approximate. See previous note. Magnitudes and Declinations are interchanged. Two mistakes have been corrected. There was a mistake of I" in taking the mean. Right Ascension of the former and Declination of both belong to this star. There was also a mistake of 10" in one of the observations. Mistake of 10'. Observed on same setting with 2516. See note. Right Ascension of both and Declination of the former belong to this star. Right Ascension of the latter and Declination of both belong to this star. Right Ascension of the former and Declination of both belong to this star. Right Ascension of the latter and Declination of both belong to this star, the latter being read 10' wrong. This observation belongs to different stars. There is also a mistake of I m . Declination approximate. There is a mistake of about 30" in Baily's Lalande. See Bonn VII, page 218. There was no Declination of this star observed. See previous note. Observed as one star in Declination. Both observations belong to the same star. There is a mistake of 3 revolutions in the latter observation on February 2, 1868; revolutions recorded both 26 and 29, the former being correct. Differ I" from Oeltzen. Oeltzen's Right Ascension must be increased 10". Mistake in reducing Argelander. Both observations belong to the same star. The minute of the former is queried in observing book. Declination approximate. Right Ascension of both and Declination of the former belong to this star. Right Ascension not observed. See previous note. The Right Ascensions and Declinations of these two stars are interchanged. This observation was intended for Lalande 12053, but tne Circle was set 10 wrong. It has been re reduced, and corresponds to Leiden Zones 156, 71. Right Ascension approximate. Circle set 10 wrong. It has been recomputed Right Ascension approximate. Declination approximate. One observation was 2* wrong in Right Ascension and the other changed 2". This observation was not copied in the annual volume. Declination approximate. Both observations belong to the same star. One observation of the former recorded I m wrong and the other changed. Both observations belong to the same star. One observation of the former recorded I 1 " wrong and the other changed. There was another observation in 1869, which was IO 8 wrong. Right Ascension approximate. Right Ascension and Declination belong to different stars. Baily's position for the former is 4 wrong in Declination. See Bonn VII, page 219. YarnalPs Declination belongs to the latter star, which is incorrectly reduced. Declinations approximate. Right Ascension and Declination belong to different stars, as shown by the Circle set- ting for Right Ascension in Transit observations. 284 NOTES TO THE CATALOGUE, New number. 2794 2805 2827 2828 2829 2837 2843 2845 2846 2847 2849 2854 2856 2862 2865 2866 2870 2871 2875 2882 2902 2907 2909 2931 2932, 2933 2936 2945 2954 Old number. 2722 2733 2755.2756 2757 2758 2768 2774, 2776 2760, 2776, 2777 2760,2777 2779 2780 2771,2785 2787 2789 2787, 2793 2797 2796, 2797 2798 2802 2803, 2804 2808 2815' 2833' 2838, 2840 2837, 2842 2865 2862, 2863 2856', 2867 2876 2885 Remarks. Lament's observation is copied ic/ wrong in Declination. This is also Mural Zones 231, 21, both of which are evidently i m too great in Right Ascension. This observation is recorded on the Chronograph, and also agrees with Gould's zones. Both observations belong to this star. The former, by mistake, was recorded 5 wrong. When properly reduced the Right Ascension becomes 6 h 43 49". 68. One observation in Right Ascension, which belonged to this star, was credited to the following star, being reduced with the following Declination. It was, however, ob- served on the same setting as the preceding star. See preceding note. Declination approximate. There was a mistake of lo" in taking the mean in the former observation, and both Declinations belong to the same star. The Right Ascension of the middle observation and the Declinations of the other two, which are wrongly combined, belong to this star. These Declinations have been wrongly combined. See preceding note. The records and reductions are consistent, and apparently correct. The result, how- ever, is I revolution different from Argelander, Gould, Mural zones, and Transit zones, which closely agree. The Declination has therefore been changed I revolu- tion = 3i // .3. Right Ascension approximate. Deduced from Gould. Both Right Ascensions belong to this star, the former being recorded 2 ra wrong. No Declination observed. Given Declination belongs to 2862. It is not known to what star the given Right Ascension belongs, for this and the follow- ing star are not more than 7 s apart in Right Ascension, although they appear to have been observed 9" apart in 1877. They are, however, probably different stars. Right Ascension of the latter and Declination of botli belong to this star. This was observed for the next star, and set 10 wrong. The first Declination is correct, the second reduced 10 wrong, and the last i wrong. Resulting Declination should be 28 46' 22". 2. This is No. 8656 in Gould's General Catalogue, and probably Mural Zones 231,28, where the transits should be over wire IV, instead of V, and the Right Ascension of the zones must be decreased about 1 8". Both observations belong to the same star, the former being reduced 10 wrong; the former Declination properly reduced becomes 28 51' 32". 3. For proper motion see Bonn VII, page 63. Declination approximate. Right Ascension approximate. Right Ascension of both and Declination of the latter belong to this star. Right Ascension of the latter and Declination of both belong to this star. Given Right Ascension should be 7 h i m 473.68, and belongs to a star whose Declination is probably 25 49' as determined from an Equatorial observation on March 6, 1888. There was a mistake of io 8 in reduction. Stone identifies the former with Lacaille 2623. Yarnall identifies the latter with the same star. Lacaille probably made a mistake of i m ingress or egress, and 2927 probably corresponds with Lacaille. See also Gould's General Catalogue. Right Ascensions of both belong to this star, the former being i m wrong. There was a mistake of i' in reducing to 1 860.0 or in copying. On January 25, 1870, revolution recorded 26 belongs to the second star. NOTES TO THE CATALOGUE. New number 2956 2957, 2963 2958 2967 2970 2992 2997 3011 3019 3021 3022 3024 3026 3029 344 3059, 3060 377 3'9 3119, 3122 3120 3121 3122 3125 3'34 3I7S 3182 3-87 3192 3196 3228 3244 Old number. Remarks. 2886, 2889 2895 2890 2899 2902, 2903 2922, 2925 2940' 2938, 2943' 2949 2952, 2953 2955,2957, 2960 2961, 2962 2962 2966, 2975 2982 2995. 3004 3042 355 353,.354 353 355 3065 3106 3108,3115' 3115,3120 3125 313 3161 3181 Right Ascensions of both belong to this star. Revolution of first star is probably 29. Time recorded i m wrong for the given Declination, and the Declination wrong for the given Right Ascension. Reduction from 1870.0 to 1860. o was applied with the wrong sign. The mean place for 1870.0 in the observations for 1869 is copied 3" wrong, and 3 wires out of II on January 5, 1870, are recorded 10* wrong. It is assumed that the latter observation was I revolution wrong in Declination. Both observations belong to the same star. Time recorded 15' wrong for former ob- servation. Time recorded i m wrong. Right Ascension of the former, which is recorded 45' wrong, and Declination of the latter belong to this star. There is no such star in this place. It was probably observed for DM. -j- 41, 1638, on March 21, 1846. There seems to be a number of mistakes on that day, but they have not been collected in the Catalogue. The former star was reduced to mean place in Declination with the wrong argument. The first was reduced I revolution wrong, and the last is the apparent place for 1858.2. The Right Ascension of the middle observation and the Declination of the first and last belong to this star; the first Declination is the apparent place for 1858.2, and the last is copied i wrong. Right Ascension of both and Declination of the former belong to this star. No Right Ascension of this star observed. See preceding note. Right Ascension of both observations belong to this star, the latter being i m wrong. The mean of two observations in Right Ascension and two in Declination gives the magnitude 8.0. The Declinations of these two observations are interchanged. Mistake of i m . Mistake of 14 in copying. Observed Right Ascension and Declination belong to different stars, the Declination being reduced 5 revolutions wrong. Setting for the other star 5 different. Right Ascension of both and Declination of the latter belong to this star, the Right As- cension 6f the former being reduced with the wrong argument. The Declination of this star only was observed. See preceding note. The Right Ascension belongs to this star, the Declination being recorded about 5 wrong, as shown by wire intervals. The two observations differ by i m . The wrong one was copied. This observation is not copied in the annual volume. This is also Mural Zones 230, 4, which is 3" wrong. Both observations belong to the same star ; the approximate Right Ascension of the former being about I m wrong. Both observations belong to the same star, the approximate Right Ascension of the former being wrong. One observation in the first edition was changed I revolution. See 3126, first edition. A small error in Declination. The Right Ascension in the Transit zones appears to be i m in error. The Right Ascension is correct, although the observation on March 12, 1864, was re- duced I' wrong. This is probably a small star, observed I revolution wrong. It isabout 2i"Northof 3241. The original record is somewhat suspicious. It has therefore been changed I revolution. 286 NOTES TO THE CATALOGUE. New number. Old number. Remarks. 3248 3249 3264 3270 3273 3275 3280 3282 3285 33 10 33'2 335 3358, 3359 3361,3368 3397 34i 3408 3425 3433 3434 3466, 3467 3472 3478 3487 3496 35'2 3527 3530 3537 3541,3544 3'79 3184 3'77,3'95 3198,3199 3206 3207, 3208 3208, 3211 3210', 3211 3216,3218 3215-3219' 3222 3247 3247, 3248' 3284' 3291,3292 3294, 3301 3329 3334 3339' 3355,3356 3364, 3365 3365 3397,3398 347 3409 3417 3426 343' 3407 3456 3464' 3465,3469 3475 This was intended for 3232, and set i wrong. This is probably the second star of a pair, and agrees with Gould 10198. It may, how- ever, be the mean of Gould 10196 and 10198. The former observation was reduced to 1 860.0; lo 8 wrong, the latter one probably read 50" wrong. The two observations belong to the same star. Both observations belong to the same star. The micrometer equivalent for the latt~r observation was applied with the wrong sign; when corrected the Declination be-' comes --f- o 25' 52". i, agreeing with the former observation. For proper motion see Bonn VII, page 64. Right Ascension of the former and the Declination of both belong to this star, the latter being recorded 20 wrong. Right Ascension of the former and Declination of the latter belong to this star. Right Ascension of both and Declination of the former belong to this star. Both observations belong to the same star, the former being recorded 20 wrong. Right Ascension of the latter and Declination of the former belong to this star. This is also Mural Zones 159, 77, which is reduced 6" wrong. The Right Ascension of this star was not copied. Given Right Ascension belongs to The Right Ascension of the former and the Declination of the latter belong to this star. Declination approximate. The names are interchanged, and Weisse (2) is put instead of Weisse. The names should be Weisse, and not Weisse (2). Declination approximate. For proper motion see Bonn VII, page 65. Name should be Weisse, and not Weisse (2). Declinations of lx>th belong to this star, the former being reduced i' wrong. Right Ascensions of both and Declination of the former belong to this star. Kight Ascension not observed. See preceding note. D' is probably 28 Cancri, and v- is probably 30 Cancri. This was intended for 3474, and the Declination Circle set about 40' wrong. The Right Ascension is deduced approximately from the time in observing book. Declination belongs 103512; it was recorded about 5'" wrong. Observed Right As- cension was intended for 3477, and the Circle probably set 10 wrong; if so the Right Ascension is 8 h ig m u".37 and Declination --)- 50 24'. Only observed over set C. There is probably a mistake in Lacaille of about 1 2" in Right Ascension and 4' in Decli- nation. There is probably a mistake in Lacaille of about 10" in Right Ascension and 4' in Decli- nation. Lacaille seems to be about i' wrong in Declination. Wei9', 7419" Observed Declinations belong to the following star, the other approximate. 75 6 4 7426 There is a mistake of i / in copying. 757,7572 743 1,7432 Right Ascensions wrongly combined, magnitudes interchanged. Declination belongs to the following star. 7585 7444' Declination approximate. 7587 7446 Weisse's Right Ascension is lo 5 too large. See Positiones Emendate. 7588 7447,7451 Right Ascension of former and Declination of both belong to this star. 7591 745 Differs I s from Argelander, but agrees with Gould. 75 )3 745' Intended for 7588. Circle set i wrong. 7594 7453 Stone and Yarnall call this star Lacaille 7464. If so there is a mistake in Lacaille of about 70" in Right Ascension and i^ minutes in Declination. 7597. 7598 745 6 Right Ascension and Declination belong to different stars. 7600 7458, 7459 Right Ascension of both and Declination of the latter, and another observation, belong to this star. 7601 7458, 7460, Right Ascension of the last two and Declination of the first belong to this star. 7460' 7605 7464 Declination for this star was not copied. Only one observation in 1874. There is no such observation in Declination as that given in the second edition. 7606 7464', 7466' Right Ascension of the former and Declination of the latter belong to this star. 7607 7465, 7468 Right Ascension of the former and Declination of the latter belong to this star. 7608 7466, 7469 Right Ascension of the former and Declination of the latter belong to this star. 7610 7464', 7466' Approximate Right Ascension of the latter and Declination of the former belong to this star. 7615 7472', 7473 Both observations belong to this star. 7619 7476', 7477 Both observations belong to this star. 7620 7478, 7478' Both observations belong to this star. 7623 7481,7483, These three observations all belong to the same star. The second observation is reduced 7493 10" wrong. The approximate Right Ascension of the last is about I 1 " wrong. 7624 7486 Right Ascension of this star not observed. Given Right Ascension belongs to 7627. 7627 7485, 7486 Right Ascension of both and Declination of the former belong to this star. 7628 7488 Right Ascension approximate. 7636, 7638 7495 / , 7495" Declinations approximate. 7637, 7640 7497, 7498 Declinations are interchanged. 7644, 7649 752, 757 Declinations approximate. 7651 7509, 75' Both observations belong to this star. 7663 7521' Declination approximate. 7672, 7676 7531,7532 Right Ascensions approximate. 7685,7686 7543. 7544 Observed as one star in Declination. 7688 7567 Two minutes wrong in Right Ascension. Both observations were changed l m the wrong way. Declination approximate. Given Declination belongs to 7715. 7703 7559' Declination approximate. 7706 7562 Precession in Right Ascension has the wrong sign. 77'5 7567, 7579 Right Ascension of the latter, which is I m wrong, and Declination of the former belong to this star. NOTES TO THE CATALOGUE. New number. Old number. Remarks. 7726 7579,7582 Right Ascension of the latter and Declination of both, the latter of which is reduced 10" wrong, belong to this star. 7749 7606' Right Ascension approximate. 7752 7607, 7608 Both obsei vations belong to the same star. Circle read 2 wrong for the former observa- tion. 7753 7609 There is a mistake of 1" in the precession in Right Ascension. 7767 7622 The Right Ascension in the Mural zones is evidently I" 1 too great. 7799 7654 Lament's Declination is l' too small. 7806, 7807 7661,7662 There are Flamsteed's 100 Herculis, incorrectly denoted i by him. 7816 7671 The Mural zones are probably I revolution wrong. Yarnall agrees with Gould. 7837 7691 Baily's Right Ascension is I nl too small. See Bonn VII, page 230. 7839 7685 Time incorrectly noted. 7846 7699 This position differs 8" in Right Ascension and 4' in Declination from Lacaille, but agrees with Gould and Stone. 7857 7710 Declination copied i' wrong. 7872 7724 This was about 8.5 magnitude, as observed with the Equatorial on November 5, 1886. 7882 7734, 7735' Both Right Ascensions of the latter and one of the former, which was reduced 2 s wrong, belong to this star; also both Declinations. 7884 7734 Only one of these Right Ascensions belongs to this star. Declination not observed. See preceding note. 7892 7742 Right Ascension approximate. 793 7779,7781 Right Ascension of the former and Declination of both, the latter of which is reduced 3 wrong, belong to this star. 793 2 7781,7782, Right Ascension of the first and second, and Declination of the last, belong to this star. 7782' 7933 7782, 7782' Right Ascension of the latter and Declination of the former belong to this star. 7938 7786 Declination has the wrong sign. 7945 7793 Baily's Right Ascension is i m too small. See Bonn VII, page 230. 7958 7805' Declination approximate. 7969 7815', 7816' Right Ascension of the former and Declination of the latter belong to this star. 797i 7815', 7816, Right Ascension of the last two, and Declination of the first two, belong to this star. 7816' 8010, 8013 7854 Right Ascension and Declination belong to different stars. Records show this con- clusively. 8028 7871 I^alande's Right Ascension seems to be I m wrong. 8085 7926 The zones are reduced i' wrong in Declination. 8128 7965 There was a mistake of \' in reducing from 1845.0 to 1860.0. 8144 798o Differs about 4" from Weisse, but agrees with DM. 8150,8151 7986, 7987 Observed as one star in Declination. 8i75 8011,8015' Right Ascension of the former and Declination of both belong to this star. 8184 8015', 8021 Right Ascension of both, the former of which is 30" wrong, and the Declination of the latter belong to this star. 8213 8047 Mistake of I' in reducing to 1860.0. 8217,8221 8051 Right Ascension and Declination belong to different stars. 8222 8054' Declination approximate. 8238 8070 Mistake of sign in copying Declination. 8259 8091 Lament's Declination is i' wrong. 8279 8m Stone did not observe Lacaille 7990. Stone's 10375 agrees with Gould XVIII, 3079. Lacaille 7990 agrees with Gould XVIII, 3093, and with this star. 298 NOTES TO THE CATALOGUE. New number. Old number. Remarks. 8282 8114 Argelander is 10' wrong in Declination. 8323 8'53" Declination approximate. 8362 8192 The zones seem to be about 30" wrong in Declination. Gould agrees with Yarnall. 374 8211 Right Ascension copied i wrong. 8379, 8386 8207', 8214' Declinations approximate. 8393 8221 Differs about 8" in Right Ascension, and 3' or 4' in Declination from Lacaille. 8404 8232 Differs 6' from Argelander, but agrees with Gould and Lamont. There is another ob- servation in Right Ascension. 8409 8236, 8236' These observations evidently belong to the preceding star. Nothing is stated about center. 8459 8284' Declination approximate. 8465 8290 Meridian Circle zones seem to be I" 1 wrong in Right Ascension. 8483 8307' Given Declination belongs to 8485. 8485 8307', 8308' Declination of both probably belong to this star. The Declination of the latter does not agree very well with Weisse, or with an Equatorial observation on November 15, 1886. If the same observation, it is not very good. 8486 8309 The observing books show that there was a slight error in setting the Circle ; it was in- tended for 8471. 8493 8310', 8315' Right Ascension of the latter and Declination of both belong to this star. There is no star in the position of the former, and it is not known to what the Right Ascension belongs. The observation is correct and on Chronograph sheet. 8496 8328 One of these Declination observation! belongs to this star, being about i m wrong. 8499 8318,8318' Both observations belong to this star, the latter being 5 revolutions wrong. 8501 8328 One of these Declination observations belongs to this star, being 10 revolutions wrong. 8510 8328 Right Ascension belongs to this star, Declination to 8496 and 8501. 85>5 8332' Right Ascension approximate. 8522 8338' Declination approximate. 8S34 8349', 8349" Both observations belong to the same star, the latter being copied 2 wrong. 8545 8358' Declination approximate. 8549, 8550 8362, 8363 All the observations in Declination appear to belong to the preceding star. 8567 8378' The wrong sign was applied in the reduction to mean place for one of these observa- tions in Declinations. The records in Mural Circle observing books give I in time greater for each Declination. This minute agrees with the Right Ascension observa- tions, and also with Gould. 8569,8571 8380, 8382 Right Ascensions and Declinations are interchanged. 8582 8390,8394'. All three observations belong to this star. 8395 8583 This star was observed in 1872, but not put down in the Catalogue. 8592 8403' Right Ascension approximate. 8595 8406 Lament's Right Ascension is 10" too great. 8S97 8406" This star appears to be correctly reduced, although differing about 1 1" from Weisse. 8674 8476 Magnitude should be 9.0. The zones appear to be about i' wrong in Declination. 8684 8486 There was no observation of this star in Declination. Two observations of 8693, made in 1863, were credited to this star. The approximate Declination was put down as 29 9' in the first edition; this, with the seconds belonging to 8693, were used in the second edition. 8689 8490 There -as a mistake of i' in copying both observations. 8692 8493. 8494 Right Ascension of both, and Declination of the former, belong to this star. 8693 8486, 8495 The seconds of Declination credited to the former should be 0.4, and belong to this star ; there was also a mistake in the minutes in copying for 1863. 8696 8494 There was no Right Ascension of this star observed. NOTES TO THE CATALOGUE. 2 99 New number. 8?4 8753 8769 8828 8830 8836, 8837 8857 8874 8879 8881 8888 8929 8953 8960 8967 8984 9002 9027 9039. 904 9075 9095,9101 9105 9142 9146 9179 9184 9237 93' 93" 933' 9352 935 93 6 7 9394 94" 9412 9442 9447, 9448 Old number. 8504 8550 8566 8586 8621 8622 8628, 8629 8648' 8665 8870", 8870"' 8670,8671' 8677' 8715 8735.8738 8744 8750' 8767 8768 8784 8806, 8806' 8818,8818' 8912 8916 8949 8954 9001,9005 9067, 9078 9079 9099, 9099' 9"9 9123 9I33' 9144,9145 9IS7 9174 9'75 9203', 9203" 9208 Remarks. It is doubtful if this is B. A. C. 6770 or Lacaille 8225. See Stone, and also Gould's General Catalogue. This star is Lacaille 8262, and apparently has a proper motion of o"-5 (Holden). Two magnitudes estimated on the Mural Circle are 9.0 and 9.5, respectively. There is no star in this place; it was intended for Iris. There is a star about 70" earlier, and the same Declination. Lalande's Right Ascension is 4' too small. See Bonn VII, page 233. Mistake of sign in copying Declination. Observed as one star in Declination. Declination approximate. Mistake of 1* in reducing from 1870.0 to 1860.0. Both observations belong to this star; also another one in 1877. Both observations belong to this star. Argelander is either 10" wrong or observed over wire 3, instead of 2, maki ence of 10". 19. Observed for Iris, probably lo m wrong. If so it is a 9.5-magnitude star, whose Right Ascension is I9 h 53 2& 8 .94 and Declination 14 12' 42".!. This observation is in the annual volume, but not copied in the Catalogue. Former observation is IO wrong in Right Ascension. For proper motion see Bonn VII, page 96. Compare also with Stone and Gould. Declination approximate. There is no such star. It was observed on the Prime Vertical in 1848, and probably intended for 8981 or 8982, and different stars observed East and West. The sign of the Declination copied wrong. Declination approximate. The degree and minute of the former observation was copied from 9007. It is probable that both these observations belong to the preceding star. Right Ascension reduced i wrong. Right Ascension and Declination belong to different stars. Declination approximate. For proper motion see Bonn VII, page 96. Right Ascension I s wrong. One observation was ambiguous and the other changed i 1 . Declination copied 10 wrong. Right Ascension of the zones incorrectly reduced by 4'. Same star. Right Ascension of former incorrectly copied from observing books. Both observations belong to the same star, the former copied i m wrong. The zones are undoubtedly recorded 4 revolutions wrong. Should be 40.903. See also Gould XX, 1665. Both observations belong to the same star. Name wrong. This observation appears to be copied 5 s wrong. It now agrees with Gould 28665. Probably observed I revolution wrong. It was also copied i' wrong. Both observations belong to the same star, the latter being copied 20 wrong. Lamont's Declination is 10' too small. Yarnall agrees with Gould XX, 1665. This is Schjellerup 8424. He says that Baily's Right Ascension is 8.5 too great. There is a mistake of 10" in copying Declination. It is assumed that these observations belong to the larger or following star. It is assumed that the observations in 1847 and 1848 belong to the two components and that the center was not observed except in Declination. 300 NOTES TO THE CATALOGUE. New number. Old number. Remarks. 9459 9461 9464 9519 9538 9553 9576 9S83 9587 9588 959' 9621 9636 9637 9653 9659 9691 9699 9724 9739 9780 9781 9790 9801 9810 9817 9823 9826,9831 9858,9859 9861 9890 9894 9895 9897 993 9932 9935 9941 9951,9952 9973 9216 9218 9221 9273 9290 935 9327' 9334 9338 9338' 9341 9366 938o 9381, 9382 9399' 9404' 9434 9442 9466 9481,9521 9521 9521' 953 9540', 9541 9550 9557 9563 9565', 9569' 9585 9595, 9596 9598 9626' 9629 9630 9633, 9634 9^33 9666 9669, 9678 9675 9684", 9684'" 975 Weisse's Declination is I 1 " too great. See Positiones Emendate. Magnitude should be 4.0. This is the same as Stone 11213, but he incorrectly identifies his 11209 with it. Argelander, in Bonn VII, calls the magnitude 7.0. This star has a proper motion of o".2g and i" '.2. (Moesta). This star may have a small proper motion. Declination approximate. Holden and Peters both call this Groombridge 3445. Precession in Right Ascension is i wrong. Declination approximate. Both estimates of magnitude are 5.7, but this is probably too bright. This is also Mural Zones 196, 10, but no Right Ascension is given. Argelander's Right Ascension is I m too great. Both observations belong to the same star, the revolutions for the latter observation being recorded 32, instead of 39. Argelander's Right Ascension is also I" 1 too great. Right Ascension approximate. Declination approximate. Weisse's Right Ascension is I too small. See Positiones Emendatae. The sign of the Declination has been changed. Stone calls this Lacaille 8889, but his number 11449 corresponds with it. For the latter observation the time is incorrectly reduced. Both Declinations belong to this star. The two observations of the latter were made on the Prime Vertical and incorrectly reduced. The observed Right Ascension for this observation, when prop- erly reduced, is 2i>> 33 46.83, and Declination + 38 50' itf'.bg for 1850.0. Declination approximate. Right Ascension approximate. This is also Lamont 8534. Both observations belong to this star. The former was copied and reduced 5 wrong ; properly reduced, its Right Ascension is 21'' 40'" 58 s . 12. The sign of the Declination is changed. Declination approximate. Right Ascension is 5 s greater than DM., but the two observations agree, and also with two Prime Vertical observations in 1847. Declinations approximate. This observation differs 30" from Bonn, but the three observations have only a range of about \" in Declination. Groombridge's Right Ascensions are io too great. See Radcliffe 5438 and 5439. This star is also Meridian Circle Zones 113, 8. The zones differ about 31", and Yar- nall's position is about the mean, and very well agrees with Gould XXI, 1507. Declination approximate. ' There is a mistake of I in copying. Precession is also wrong. Differs about 2* from Argelander. Right Ascension of both and Declination of the latter belong to this star. Declination belongs to this star ; Right Ascension not observed. There is a mistake of 3" in copying or reducing. Both observations belong to this star, the latter being i m wrong. This is also O. Arg. S. 21870, but no Right Ascension was observed. Observed as one star in Declination. Declination has the wrong sign. NOTES TO THE CATALOGUE. 301 New number. Old number. Remarks. 9992 IOOOI 10008 10048 10051 10058 10080 ml hi. IOIII IOII3 IOII6 10178, 10179 10196 10197 IO26l IO279 10283 10286 10305, 10306 10310 I333 I037I "37S 10381 10383 10405 10413 10423 10436 10447 10478 10526 I0 5S3 10564 10567 10580, 10581 10588 9724 9733 973. 9740 9779 978i' 9787 9832', 9832" 9834 9837 9896', 9896" 9914 9913 9978 99 93/// 9997 9998, loooo 10018, 10019 10023 10047 10078' 10086 10092. 10094 10092. 10095 10118 10126 10136 10149 10160 10191, 10205 10205 10240 10266' 10277, I02 93 10280 10293, 10294 10299 Mistake of 30' in copying. Differs 4" from Argelander, but agrees with Schonfeld. Observations seem correct. Both observations belong to this star, the former being i m wrong. This star has a large proper motion in Right Ascension. This star differs from DM. about 5', but both observations are consistent. Differs i from Argelander, but appears to be correct. This star has a proper motion of o".4? (Holden.) Observed as one star in Declination. For proper motion see Bonn VII, page 102. The K. in DM. is incorrect. Declinations approximate. Differs I 1 " from Argelander. There was a mistake in the reduction of this star. It now differs 41" from ihe Mural zones, 33" from the Meridian Circle zones, and lo" from Gould's zones. Mistake of i' in reducing to mean place for both the observations. Declination approximate. This is probably Weisse XXII, 795, which is 30" wrong in Declination. Schonfeld agrees with Yarnall. Bessel may have made a mistake of 30" or probably a typo- graphical error of 5 for 2. Both observations belong to the same star, the former observation being 5 revolutions wrong. Time agrees when properly reduced. See Bonn VII, page 104. The zone observation is reduced i m wrong. It should be 22 h 40 57'. 58. This is also Mural Zones 74, 25 ; it differs from Lacaille about 7 a and 9', but agrees with Stone 11917. There is probably a mistake in Lacaille. Time reduced wrong. Differs 4' from Argelander, but agrees with Gould. Right Ascension of the former and Declination of the latter belong to this star. Right Ascension of the latter and declination of the former belong to this star. Differs i from Argelander, but appears correct. This star has a proper motion of -f- o.O3l and -f-o".28. See Armagh (2), page 157. Rumker's Right Ascension is 10" too great. The observations in 1865 and 1869 differ by 2MI. Yarnall changed one of them 2 s , but they are both right. Gould, in A. N. 237, deduces a proper motion of -L-o s .5672 and -f I ".3058. Declination reduced I' wrong. Right Ascension of the former and Declination of both belong to this star, the latter being reduced I ' wrong. Declination belongs to previous star. Right Ascension belongs to Weisse (2) XXIII, 49, whose Declination is +37 10' instead of + 38 10'. The observation is not in the volume, but only in the results, and this is incorrect. This star is reduced wrong in the zones, and needs to be corrected by -)- 2*. Declination approximate. Right Ascension of former and Declination of both belong to this star. The observation in the zones is reduced incorrectly by 20" in Right Ascension and 40" in Declination. The position in the zones should be 23 h H m 36".49 and 39 15' 43"-5- Magnitudes interchanged and Declination of the former not observed. This is also Bonn VI, 2^, 6. 302 NOTES TO THE CATALOGUE. New number. Old number. Remarks. 10604 10623 10630 10637 10647 10651 10670 10697 10701 10707 10768, 10769 10771 10790 10831 10834 10843 10847 10878 10891, 10892 10919 10923, 10924 10929 10959 10304 i343 10339. 10340, 10342 10348, 10350, 10351 10361 10364' 10361, 10383 10409 10413 10418' 10475', 10476. 10476' 10478 10495' J0539' 10534' 10542' 10546 10577 10590, 10591 10617', 10618 10621, 10622 10627 10653' The Right Ascension is i m wrong. One observation in 1869 was recorded I m wrong; the others in 1876 are recorded and reduced correctly, and afterward changed. The Declination has been obtained from the wire intervals, two other stars also being observed on the same setting, on September 20, 1865. There was a mistakeof I m in reduction. Fedorenko also made the same mistake. See Bonn VI, page [25]. These observations all belong to the same star. The refraction for the middle observa- tion should be 5' u". 8 instead of 31". 2. Reduction to mean place is also 10" wrong. For the last observation the instrumental correction should be 1".35 instead of -f-o".8l ; it is also I revolution =31 ".2 wrong in Declination. The first and last are identically the same observation, the first being wrongly reduced and afterward corrected. The two observations are the uncorrected and the corrected Right Ascensions. The middle observation also belongs to the same star ; the approxi- mate Declination of the others are incorrect. Declination not observed. Mistake of 2" in reducing from 1876.0 to 1860.0. Right Ascension of the latter and Declination of both belong to this star. Weisse's Right Ascension is I too small. See Positiones Emendata;. Weisse's Right Ascension is 50" too small. See Positiones Emendate. Declination approximate. The center does not appear to have been observed. Declinations of the first and second stars were both observed. For proper motion see Stone 12277. Declination copied wrong. There was also another observation. This observation is i m out of place. Declination approximate. Declination approximate. This star is not found in DM. It was observed for 10877, the observing list being 3'" wrong; it is probably a faint star. Observation seems correct. This is DM. i, 4500. Lamont is probably i' wrong. Yarnall's observations all agree. Argelander is I m wrong ; the minute is not noted. Yarnall's observations all agree ; also, Transit and Meridian Circle zones, one of which is reduced I wrong. Observed as one star in Declination. Observation is possibly that of the first star. Declinations of both belong to this star. Magnitudes are wrong; probably interchanged. This is Bonn VI, 23 h , 65. Declination approximate.