URANOMETRIA ARGENTINA by Benjamin Apthorp Gould Reprinted and Updated by Frederick Pilcher Benjamin Apthorp Gould was a giant of late 19th century astronomy, whose legacy extends into the 21st century. He set constellation boundaries for southern hemisphere constellations which with only a few small changes were accepted when they were permanently fixed by the International Astronomical Union in 1930. He was first to call attention to the belt of bright stars through the southern Milky Way which is still termed "Gould's belt." And he published a catalog of positions of southern stars, the Uranometria Argentina, of very high accuracy and completeness. Yet as a historical figure he has been undeservedly nearly forgotten. To restore his historical role in the consciousness of 21st century astronomers, and to provide a simple number identification scheme for all naked eye stars in southern hemisphere constellations, this writer presents a reprint and update of his Uranometria Argentina. In 1879 Benjamin Apthorp Gould published the Uranometria Argentina: Vol. 1 of Resultados del Observatorio Nacional Argentino en Cordoba. It includes 7756 southern hemisphere stars within 100 degrees of the south pole whose positions he himself had measured at the Observatorio Nacional Argentino in Cordoba. This he intended to be complete to all naked eye stars to magnitude 7.0, although comparison of his magnitudes to modern photoelectric magnitudes shows his were systematically 0.2 to 0.6 magnitudes too faint, more so in some constellations than in others. This catalog is somewhat analogous to John Flamsteed's Catalogus Brittanicus prepared more than 150 years earlier for stars visible from Greenwich. Flamsteed's catalog omits a number of naked eye stars magnitudes 4.5 and fainter, and contains many errors which later stellar cartographers have largely corrected. Gould's Uranometria Argentina, however, is essentially complete to his stated magnitude limit. A very small number of errors were in subsequent decades published by himself and others. Gould, like Flamsteed, numbers his stars separately for each constellation and, except in some cases as explained in the next paragraph, in sequence of increasing right ascension in the coordinates of his epoch, 1875. Flamsteed's numbers have been included in most modern star catalogs, atlases, and planetarium-type programs, and are valuable to designate naked eye stars beyond the limits of Bayer letters. Regrettably Gould's star designations have disappeared from modern literature. Especially for observers of southern hemisphere stars the loss of this simple nomenclature is unfortunate, as without it many naked eye stars can only be identified with their awkward 5 or 6 digit numbers from the HD (Henry Draper), SAO (Smithsonian Astrophysical Observatory), or other catalogs. In the Uranometria Argentina Gould lists many instances of two or more close together stars. These include some stars which he considered fainter than magnitude 7.0 which were close to other stars and for which the combined light he considered magnitude 7.0 or brighter. To these Gould did not assign numbers. In the Uranometria Argentina these are connected by curly brackets, which are not easily represented on computer text files. In this updated listing stars associated with other stars the curly brackets are replaced with the symbol #. In some cases Gould's listing of stars in sequence of increasing right ascension is interrupted to allow two or more stars connected by curly brackets, or the symbol # in this updated version, to appear on consecutive lines. To follow the Uranometria Argentina faithfully they are included in this listing. Gould catalog star numbers are almost unknown in 20th and early 21st century popular star catalogs, atlases, and planetarium programs. Indeed, the Gould catalog might have vanished from modern astronomical consciousness except for the use of Gould catalog numbers in the Fundamental Katalog (FK) series by the Astronomische Rechen-Institute and in the Astronomical Almanac of the U. S. Naval Observatory prior to the year 1979 for extremely precise star positions of fundamental stars. These appeared with the letter G following the star number from the Gould Uranometria Argentina catalog, and should be contrasted with Flamsteed numbers which did not carry any letter following the Flamsteed number. For example in Orion the star Pi6 carries the Flamsteed number 10 and the Gould number 22G. The star o is Flamsteed 22 and Gould 61G. Any modern use of Gould star numbers should always be followed by the letter G to unambiguously distinguish Flamsteed unlettered numbers from Gould G numbers. This practice should be followed even for far southern constellations which have no Flamsteed numbers because they were permanently below the horizon at Flamsteed's Greenwich observatory. In the 21st century Gould's Uranometria Argentina can be found only in a few libraries with specialized collections. To make them available once more to star enthusiasts this author has laboriously copied all the tabulated information from the Uranometria Argentina into digital format with the capability of printout or digital manipulation for exporting elsewhere. This work is more than just a reprint of the Uranometria Argentina. For all the stars listed in this Catalog the author has included the modern J2000 coordinates, photoelectric magnitudes, spectral classes, and both their HD and SAO numbers. This is in addition to all the information in Gould's Uranometria Argentina including his designations from historic catalogs, coordinates in the equinox of 1875, and Gould's original magnitude estimates. Gould was very careful to determine magnitudes, and especially to look for variable stars. Compared with modern magnitudes his tend to be systematically 0.2 to 0.6 too faint, varying somewhat among different constellations, with an additional random error around 0.3 magnitudes rms. As in Gould's original catalog, each constellation is listed separately and within each constellation the stars are listed in the same sequence as in the Uranometria Argentina. The columns in the tabulation are from the left the Gould number, Flamsteed number and letter, if any, modern photoelectric magnitude, spectral class, right ascension in hours, minutes, and seconds, declination in hours, minutes, and seconds, both in J2000 coordinates, HD catalog number, SAO catalog number. For cases in which the full spectral class requires more than the eight character column width provided for spectral class, an abbreviated and usually less precise form written with the * symbol referrs to the complete form in the Notes following the star list for each constellation. An asterisk standing alone in this column indicates that no spectral class is available. The symbol v following the magnitude indicates a variable star with the stated magnitude in most cases the brightest observed, and the symbol v? indicates possibly variable. Because the degree symbol for declination is not represented in digital alphanumeric format, the h, m, s for right ascension and degree symbol, ', " for declination are omitted. The user should recognize the usual format of representation of these quantities and be able to correctly interpret their meaning without these symbols. Following these data shown in current catalogs are the original data from Gould's Uranometria Argentina. These are intended to be an exact duplication of the numerical data in the Uranometria Argentina except for error corrections identified by asterisks. In sequence from left to right these are: Gould's references to star designations from earlier catalogs, the right ascension in hours, minutes, and seconds, declination in degrees and minutes to the nearest 0.1 minute, both in the equator and equinox of 1875, magnitude as determined by Gould, and notes for some stars. Symbols in the Notes column include dpl. for double stars with the magnitudes of the components in sequence of increasing right ascension; var. for variable stars with the magnitude range of variation in some instances; var? for stars which Gould considered as possibly variable; r to denote red stars; rr to denote excessively red stars; and c to denote otherwise colored stars. It should be noted that Gould also stated Flamsteed numbers and letters along with other catalog references. As these are all given in earlier columns, there is no need to repeat them here. It should be noted that in Gould's Uranometria Argentina, the - sign was omitted without ambiguity from all declinations -10 degrees and farther south, as the catalog contained no stars north of +10 degrees declination. The + sign was omitted from declinations for stars in constellations lying enirely north of the celestial equator. For the convenience of 21st century users, in this work the + and - signs have been restored to Gould's 1875 declinations for all stars for which they were omitted. Except for some faint stars which Gould connected with braces to nearby stars and for many of which he did not assign numbers, within each constellation Gould arranged the stars in sequence of increasing right ascension in 1875 coordinates. Because precession in right ascension is dependent upon the tangent of the declination and is greater at greater angles from the celestial equator, the reader will note that the numerical sequence of Gould numbers is not strictly a sequence of increasing right ascension in J2000 coordinates. The reader will note many asterisks in the star tabulations for each of the separate constellations. Each of these is explained in another listing below the star tabulation. While many of these should be self-explanatory, the user should use special caution with the following. A * in the Gould number column indicates that Gould did not provide a number for this star, usually because he considered it fainter than magnitude 7.0, although he included all other information customarily provided for individual stars. A * following the letter indicated that Gould did NOT include it in the Uranometria Argentina, often because Gould did not approve of lettering stars fainter than magnitude 6.0. The letter has been restored here because it appears in some modern catalogs and star atlases, and its inclusion may be helpful to some modern users. In some other cases a variable star designation was assigned after the Uranometria Argentina was published and is included here although it does not appear in in Gould's original catalog. A * following the spectral class indicates that the spectral class has too many characters to fit in the 8 character column width and that the representation here is an abbreviation, or if no spectral class is provided here it is not available. A * following the right ascension or declination in 1875 coordinates indicates that a correction to the value in the Uranometria Argentina has been published. Here the corrected value is shown in the tabulation with a reference to the value in the original Uranometria Argentina from which it was corrected. A # following the magnitude indicates this star is one of two or more stars linked by a brace in the Uranometria Argentina. In the Astronomische Nachrichten Vol. 116, pp 379-382 (1887) Gould published a list of corrections to the Uranometria Argentina. To simplify use of this expansion of the original catalog, the corrected values are written into the tables with a footnote to the original values. T. W. Backhouse, Astronomical Journal Vol. 12 Issue 278 (1892) p. 112 provides some additional corrections to the Uranometria Argentina. In the preparation of this work the author identified and corrected a small number of additional errors, mostly obvious typographical misprints. In the Uranometria Argentina Gould frequently used braces to associate two or more stars which were close together in the sky. Digital representation prevents the use of this original notation and is replaced here by # symbols. But all such associations are stated for each constellation in the footnotes following the star lists as "connected by braces." In some cases Gould assigned a combined magnitude for the set of brace-associated stars. Readers will note that in a majority of cases the combined magnitude is fainter than would be found by the modern formula for the addition of star magnitudes. As one purpose of this work is to reprint the Gould Uranometria Argentina catalog, these incorrect combined magnitudes have been allowed to stand. Readers wishing to make corrections should use the modern photoelectric magnitudes rather than Gould's original magnitudes. The preparation of this "Updated Uranometria Argentina" was all done by hand entry. Some errors of transcription are inevitable. While these will cause the user some inconvenience, there is enough redundancy in the tables in principle to correct them. Each star has a unique data set consisting of J2000 coordinates, magnitude, spectral class, HD and SAO numbers. A typographical error will usually cause one of these parameters to be inconsistent with all the others in the set and therefore be capable of identification. The modern J2000 coordinates and Gould 1875 coordinates should be consistent within a few arcseconds in most cases after applying precession and proper motion between these years. The Astronomical Almanac published annually by the U. S. Naval Observatory carried Gould number star designations for several stars in the "Apparent Places of Fundamental Stars" section until the year 1980. The reorganization of the Astronomical Almanac which occurred the next year eliminated these designations. The FK5 catalog of 1535 fundamental stars published annually by the Astronomisches Rechen-Institute, Heidelberg, Germany, continued the use of Gould number designations through the year 1999. It is noteworthy that Gould assigned letters to previously unlettered 5th magnitude stars which Gould considered worthy of having letters, and unlike his numbers these have survived in modern literature. In his Uranometria Argentina Gould dropped some previously assigned letters from stars which he considered fainter than magnitude 6. Those letters which still appear in some modern atlases and catalogs are restored, although denoted with asterisks, in this updated version. Very significant for the history of astronomy is that Gould defined constellation boundaries south of +10 degrees declination which with very few exceptions were those adopted and permanently fixed by the IAU in 1930. It would be a simple matter to add the Gould designations of stars from the digital version of this work to lists of other designations in planetarium programs, as modern precise magnitudes, spectral classes, coordinates for the year 2000, and identifications with other catalogues are included. The author encourages producers of these planetarium programs to do this. Once again, all Gould catalog numbers in such a presentation should always be followed by the letter G. In the Uranometria Argentina Gould arranged his constellations in sequence of increasing distance from the South Celestial Pole and provided a number for each constellation in this sequence. Thus there is published 1. - Octans; 2. - Mensa; 3. - Hydrus, and so forth. In this update of the original the constellations are rearrangeded to alphabetical sequence, but in each case the original constellation number assigned by Gould is included in the constellation name heading. Gould included 66 constellations all or part of which are south of +10 degrees declination. The left column list rearranges the original sequence alphabetically. The right column list retains Gould's original sequence in terms of increasing distance from the south celstial pole. 37. Antlia 1. Octans 5. Apus 2. Mensa 46. Aquarius 3. Hydrus 53. Aquila 4. Chamaeleon 15. Ara 5. Apus 66. Bootes 6. Pavo 29. Caelum 7. Indus 65. Cancer 8. Tucana 41. Canis Major 9. Volans 60. Canis Minor 10. Carina 44. Capricornus 11. Musca 10. Carina 12. Circinus 19. Centaurus 13. Triangulum Australe 47. Cetus 14. Dorado 4. Chamaeleon 15. Ara 12. Circinus 16. Horologium 34. Columba 17. Reticulum 31. Corona Australis 18. Pictor 49. Corvus 19. Centaurus 48. Crater 20. Crux 20. Crux 21. Norma 61. Delphinus 22. Phoenix 14. Dorado 23. Eridanus 62. Equuleus 24. Telescopium 23. Eridanus 25. Grus 36. Fornax 26. Vela 25. Grus 27. Lupus 64. Hercules 28. Puppis 16. Horologium 29. Caelum 40. Hydra 30. Scorpius 3. Hydrus 31. Corona Australis 7. Indus 32. Sagittarius 58. Leo 33. Microscopium 45. Lepus 34. Columba 43. Libra 35. Sculptor 27. Lupus 36. Fornax 2. Mensa 37. Antlia 33. Microscopium 38. Piscis Austrinus 55. Monoceros 39. Pyxis 11. Musca 40. Hydra 21. Norma 41. Canis Major 1. Octans 42. Ophiuchus 42. Ophiuchus 43. Libra 54. Orion 44. Capricornus 6. Pavo 45. Lepus 63. Pegasus 46. Aquarius 22. Phoenix 47. Cetus 18. Pictor 48. Crater 57. Pisces 49. Corvus 38. Piscus Austrinus 50. Virgo 28. Puppis 51. Serpens 39. Pyxis 52. Scutum 17. Reticulum 53. Aquila 32. Sagittarius 54. Orion 30. Scorpius 55. Monoceros 35. Sculptor 56. Sextans 52. Scutum 57. Pisces 51. Serpens 58. Leo 56. Sextans 59. Taurus 59. Taurus 60. Canis Minor 24. Telescopium 61. Delphinus 13. Triangulum Australe 62. Equuleus 8. Tucana 63. Pegasus 26. Vela 64. Hercules 50. Virgo 65. Cancer 9. Volans 66. Bootes Although the complete catalog of stellar data is reproduced here, the full text portion of the Uranometria Argentina is not. The scope of the catalog is explained in Chapter V, pp. 128-130. So that modern users may understand Gould's goals, this section of the text, and only this section, has been included here and is stated verbatim below: "The Catalog, which here follows, embraces that portion of the heavens which is situated south of the parallel of ten degrees of north declination. It is intended to include not only those fixed stars which are in themselves as bright as 7.0m, but likewise those pairs or groups of stars whose joint light produces, when seen by the unaided eye, or through a glass of low power, the effect of a single object of this degree of brightness. It has furthermore been my aim to include those stars which are situated so near to brighter ones as to affect estimates of their magnitude, made without the employment of a telescope. To carry out this plan with absolute completeness is of course out of the question, but no pains have been spared in the endeavor. Thus estimates of magnitude have been made for the components of double stars, and for those individual members of clusters which seem appreciably to contribute to the general effect when viewed by the naked eye, or through a hand-glass of low power. Such estimates must necessariy be crude, and no attempt has been made at securing greater precision than to the nearest quarter of a unit. In these cases, the combined or total effect is likewise given, as also for those pairs of stars which, although not too near to permit sharp estimates for each one, might not unfrequently give the impression of a single object. In the first column is the current number of the star in the constellation, for reference; no star being numbered whose intrinsic brightness falls below our limit. The second contains the distinguishing letters, adopted in conformity with the general principles or detailed statements given in the preceding chapter. The third contains references to other catalogues, to facilitate the identification of the star. Where such reference is wanting, the star has not been found in any catalogue. In general it has been deemed sufficient to cite one authority only; but Flamsteed's stars and those of Johnson's St. Helena Catalogue are given in addition to other references, as also Bradley's number, in most cases, where the star is not found in Flamsteed. The greater part of the stars south of the tropic are in Lacaille, and of those north of the tropic in Lalande; and near the tropic of Capricorn there is a narrow belt in which many stars occur in the zones of both these astronomers. For these stars references to each of the catalogues are given. The signification of the initial letters used in these references, and the order of preference in which the catalogues in question have generally been cited, are as follows: F. John Flamsteed. Historia Coelestis Britannica. (Ed. Halley.) Londini: 1818. By. Fundamenta Astronomiae, pro anno 1755 deducta, ex observationibus viri incomparabilis James Bradley. Auctore F. W Bessel. Regiomonti: 1818. L. A Catalogue of 9766 stars in the Southern Hemisphere, from the observations of Nicolas Louis Lacaille, made at the Cape of Good Hope in the years 1751 and 1752. Reduced at the expense of the British Association for the Advancement of Science, under the superintendence of Mr. Thomas Henderson; and printed under the direction of Mr. Francis Baily. London: 1847. Ll. A Catalogue of those stars in the Histoire Celeste Francaise of Jerome de LaLande, for which tables of reduction to the epoch 1800.0 have been published by Professor Schumacher. Reduced at the expense of the British Association for the Advancement of Science, under the immediate superintendence of Mr. Francis Baily. London: 1847. B. A Catalogue of 7385 stars, chiefly in the Southern Hemisphere, prepared from observations made in the years 1822-6 at the Observatory at Paramatta founded by Sir Thomas Makdougall Brisbane. The computations made and the catalogue constructed by Mr. William Richardson. London: 1835. J. A Catalogue of 606 principal fixed stars in the Southern Hemisphere, deduced from observations made at the Observatory, St. Helena, by Manuel J. Johnson. London: 1835. T. A General Catalogue of the principal fixed stars, from observations made at the Hon. East India Company's Observatory at Madras, in the years 1830-43 by Thomas Glanville Taylor, Astronomer to the Hon. Company. Madras: 1844. G. A Catalogue of 1963 stars, reduced to the beginning of the year 1850, from observations made at Santiago de Chile, during the years 1850-52, by the U. S. N. Astronomical Expedition to the Southern Hemisphere, Lt. James M. Gilliss, superintendent. Washington: 1870. (Appendix to Washington Observations of 1868.) WB. Positiones Mediae Stellarum Fixarum, in Zonis Regiomontanis a Besselio inter -15ø et +15ø declinationis observatarum, ad annum 1825 reductae, et in catalogum ordinatae. Auctore, Maximiliano Weisse. Jussu Academiae Imperalis Petropolitanae edi curavit et praefatus est F. G. W. Struve. Petropoli: 1846. OA. Argelander's Zonenbeobachtungen von 15. bis 31. Grade Sudlicher Declination in mittleren Positionen fur 1850.0, von Wilhelm Oeltzen. Sitzungsberichte der Wiener Akademie: 1857-58. Y. Catalogue of stars, observed at the U. S. Naval Observatory during the years 1845-71, and prepared for publication, by Professor M. Yarnall. Washington: 1873. Although several of the stars were first observed by Piazzi, reference is not much made to his catalogue, on account of its great rarity, inasmuch as all of them were reobserved by Taylor. The very important and valuable catalogues recently published by Mr. Ellery at Melbourne and by Mr. Stone at the Cape of Good Hope, as also that of Dr. Moesta, containing the observations made by him at Santiago de Chile during the years 1856-60, were received after the conclusion of this work, but previous to the printing of the catalogue, so that it has been possible to search for our anonymous stars in these new authorities, which are designated by their respective initials. For some stars, the reference-number is enclosed in parentheses. This is to indicate that, although the place is wrongly given in the catalogue cited, the star is that one which really was observed, and of which the erroneous determination gave rise to the incorrect position, so that the magnitude then assigned it was unaffected by the error in question. In the fourth and fifth columns are the right-ascensions and declinations for the mean equinox of 1875.0, given respectively to the nearest second of time and the nearest tenth of a minute of arc. All these stars have been observed in Cordoba, and I believe that the positions as given for the date of the adopted equinox may be fully relied on. The seventh column contains such concise notes as seemed most properly to belong there, all detailed commentary being reserved for the following chapter. The letters r and c signify respectively that the star is red, or otherwise colored. Some excessively red stars are marked rr. Double stars are denoted by the abbreviation dpl., and the approximate magnitudes of their components are given in their order of right-ascension for 1875.0 For those variable stars whose limits of brightness have been determined, these are likewise given in the same column. A brace connects those stars which appear to the naked eye as a single object." The author wishes to thank Sue French, who has access to Gould's original notes at the Dudley Observatory, for assistance in correcting a number of errors in the printed Uranometria Argentina, and to Richard Pulley, whose proofreading enabled other errors to be corrected. Interested users are invited to add these tables to their personal star data bases and planetarium programs, and to utilize the ease of digital manipulation in ways in which the author has not foreseen. Users are also invited to invent computer techniques for error checking. The author will appreciate learning of any errors thus found in order to correct them. 37. - ANTLIA G F,Letter Mag Spec RA 2000 Dec HD SAO Gould desig RA 1875 Dec G Mag Notes 1 6.65 A5III/IV 9 27 38.4 -35 00 28 81919 200392 L.3841 9 22 27 -34 27.8 7.0# * 7.4 B9.5V 9 28 14.6 -34 54 16 81985 200398 L.3848 9 23 3 -34 21.6 7.5# 2 Epsilon 4.51 K3III 9 29 14.7 -35 57 05 82150 200416 L.3861 9 24 5 -35 24.3 5.0 r * 6.7 G8III 9 29 40.4 -26 35 39 82161 177539 L.3859 9 24 9 -26 2.8 7.2# 3 5.48 K2IIICN* 9 29 54.5 -26 35 23 82205 177546 L.3860 9 24 22 -26 2.6 6.0# 4 6.18 A6V 9 29 16.3 -38 24 14 82165 200419 L.3865 9 24 15 -37 51.4 6.6 5 7.4 B9.5V 9 29 58.4 -28 14 38 82220 177552 L.3864 9 24 29 -27 41.7 7.0 6 7.1 F2IV 9 30 22.0 -31 33 02 82314 200436 L.3872 9 25 1 -31 0.2 7.0 7 6.7 K2III 9 30 40.3 -28 46 01 82363 177582 L.3873 9 25 12 -28 13.0 7.0 8 Zeta1 6.96 A1V 9 30 45.4 -31 53 29 82383 200444 L.3880 9 25 25 -31 20.4 6.1# dpl. 6 3/4, 6 1/2 9 Zeta1 6.19 A1V 9 30 46.1 -31 53 22 82384 200445 * 10 Zeta2 5.93 A9IV 9 31 32.2 -31 52 19 82513 200459 L.3884 9 26 12 -31 19.3 6.3# 11 5.87 K3III 9 31 32.8 -35 42 54 82514 200462 L.3889 9 26 20 -35 9.5 6.4 12 S* 6.46v F3V 9 32 18.5 -28 37 41 82610 177619 L.3892 9 26 50 -28 4.7 6.9 13 6.42 F2IV/V 9 33 07.7 -39 07 43 82785 200492 L.3903 9 28 6 -38 34.6 6.8 14 6.48 F5V 9 35 11.8 -35 49 26 83108 200531 L.3918 9 30 0 -35 16.0 6.8 15 6.54 F2 9 36 33.7 -24 42 10 83261 177738 L.3923 9 30 56 -24 8.7 6.8 16 5.70 K1III: 9 37 00.2 -25 17 48 83332 177748 L.3928 9 31 23 -24 44.3 6.4 r 17 5.63 K0III 9 37 09.9 -32 10 43 83380 200561 L.3939 9 31 47 -31 37.0 6.2 r 18 5.98 K2III 9 37 28.3 -36 05 45 83441 200573 L.3946 9 32 16 -35 32.1 6.4 r 19 6.70 F6V 9 38 40.7 -39 36 51 83610 200590 L.3959, B.2583 9 33 38 -39 2.9 7.0# * 7.7 G8/K0III 9 39 07.1 -39 31 46 83674 200597 B.2587 9 34 2 -38 57.9 8 # 20 6.9 A0/A1V 9 41 24.7 -33 23 48 84042 200635 L.3975 9 36 4 -32 49.7 7.0 21 6.6 K2III 9 41 52.3 -30 18 14 84085 200644 L.3976 9 36 24 -29 44.1 7.0 * 7.9 B9IV 9 42 29.3 -35 34 41 84201 200650 B.2612 9 37 13 -35 0.5 8 # 22 6.41 ApSi 9 42 41.3 -35 30 07 84224 200652 L.3983, B.2614 9 37 25 -34 55.9 6.5# 23 Theta 4.79 A8V+F7* 9 44 12.1 -27 46 10 84367 177908 L.3991 9 38 38 -27 11.9 5.1 24 6.82 F2IV/V 9 44 15.8 -39 34 16 84447 200681 L.3996 9 39 10 -38 59.9 7.0 25 6.40 B0IV 9 45 21.8 -30 12 11 84567 177939 L.3997 9 39 52 -29 37.7 6.7 26 6.9 F6V 9 45 24.2 -32 40 59 84580 200699 L.3999 9 40 1 -32 6.4 7.0 27 6.8 F3V 9 45 59.8 -35 51 51 84687 200710 L.4006 9 40 43 -35 17.1 7.0 28 7.0 A0III 9 46 16.0 -33 30 30 84727 200714 L.4007 9 40 54 -32 55.9 7.0 29 6.6 K0III 9 47 36.4 -33 14 39 84900 200736 L.4021 9 42 12 -32 39.8 7.0 30 6.7 F0 9 48 42.7 -26 24 51 85043 178027 L.4026 9 43 5 -25 50.1 6.9 31 5.97 K2III 9 49 28.1 -37 11 11 85206 200777 L.4036 9 44 14 -36 36.3 6.4 32 6.37 K0III 9 49 51.3 -36 16 07 85296 200784 L.4039, B.2681 9 44 34 -35 41.2 6.7# * 7.6 A6V 9 50 31.4 -36 15 42 85387 200795 B.2687 9 45 14 -35 40.7 7.6# 33 6.30 G1V 9 52 58.0 -27 19 56 85725 178130 L.4056 9 47 23 -26 44.9 6.6 34 7.0 B4V+B/A* 9 54 05.2 -27 59 56 85860 178157 L.4058 9 48 28 -27 24.6 7.0 35 7.1 A1III/IV 9 56 15.6 -31 05 30 86193 200880 L.4072 9 50 44 -30 29.9 6.9 36 5.84 K1III 9 56 35.5 -33 25 07 86267 200889 L.4077 9 51 8 -32 49.5 6.4 r 37 6.31 A4V 9 56 54.0 -27 28 30 86301 178216 L.4076 9 51 16 -26 52.9 6.7 38 Eta 5.23 A8IV 9 58 52.3 -35 53 28 86629 200926 L.4095 9 53 31 -35 17.6 5.6 39 6.54 K1III 10 02 49.3 -30 34 40 87199 200994 L.4115 9 57 14 -29 58.5 6.8 40 6.6 K2III 10 03 23.5 -33 14 19 87303 201005 L.4120 9 57 54 -32 38.0 6.9 * 7.28 F6V 10 04 17.9 -28 22 44 87416 178366 L.4128 9 58 38 -27 46.4 7.5# 41 6.8 A(pEuCr) 10 04 49.0 -28 11 20 87488 178378 L.4132 9 59 9 -27 35.0 6.9# 42 6.9 A0V 10 05 11.9 -28 11 50 87556 178385 L.4134 9 59 32 -27 35.4 6.9# 43 6.43 K1III 10 04 23.4 -39 58 33 87477 201020 L.4135 9 59 8 -39 22.2 6.9 44 6.27 K1III 10 05 15.2 -36 23 02 87606 201037 L.4140 9 59 51 -35 46.6 6.6 45 6.5 K0/K1III 10 05 26.4 -34 52 58 87639 201039 L.4141 9 59 59 -34 16.6 7.0 46 6.98 F0V 10 05 33.9 -33 23 35 87638 201040 L.4142 10 0 3 -32 47.1 6.9 47 6.6 G8III 10 05 45.3 -30 53 30 87660 201045 L.4143 10 0 10 -30 17.0 6.9 48 6.36 K0III 10 08 01.7 -37 20 01 88013 201081 L.4160 10 2 38 -36 43.4 6.6 49 6.13 F8V 10 09 31.8 -35 51 25 88218 201109 L.4167 10 4 9 -35 14.6 6.5 50 R 8.0 A0V 10 09 45.5 -37 43 58 88262 201114 L.4168 10 4 22 -37 7.1 var. 6 1/2 - 8 51 6.8 F0IV 10 10 41.6 -38 54 41 88398 201129 L.4177 10 5 21 -38 17.8 6.9 52 6.6 F5V 10 11 48.8 -34 20 02 88524 201152 L.4185 10 6 17 -33 43.0 6.9 53 6.28 A0V 10 12 02.9 -28 36 23 88522 178526 L.4183 10 6 21 -27 59.4 6.4 * 7.3 K2III 10 12 26.1 -32 41 24 88619 201167 L.4187 10 6 52 -32 4.4 7.1# * 7.1 K0III 10 12 50.6 -32 30 55 88670 201178 L.4192 10 7 15 -31 53.9 7.3# 54 6.35 G0V 10 13 24.8 -33 01 55 88742 201186 L.4196 10 7 54 -32 24.9 6.7 55 5.90 K1III 10 13 45.9 -40 20 45 88809 221877 L.4202 10 8 27 -39 43.6 6.4# r 56 6.35 G8III 10 13 56.6 -40 18 38 88836 221883 L.4204 10 8 37 -39 41.5 6.8# 57 6.5 G8III 10 14 13.7 -39 06 13 88872 201196 G.1206 10 8 51 -38 29.0 6.9 58 6.19 K0III 10 15 20.9 -36 31 05 89015 201211 L.4216 10 9 52 -35 53.8 6.6 59 5.34v B9.5Ib* 10 18 07.6 -28 59 31 89353 178644 L.4234 10 12 24 -28 22.1 5.8 60 6.30 K2.5III 10 18 37.7 -36 48 17 89442 201266 L.4242 10 13 8 -36 10.8 6.9 61 6.7 A1V 10 19 10.6 -34 36 58 89528 201275 L.4245 10 13 37 -33 59.5 6.8 62 6.6 F7V 10 20 33.9 -31 48 49 89709 201297 L.4252 10 14 56 -31 11.2 6.9 63 6.25 A9IV 10 23 13.1 -30 09 44 90071 178759 L.4273 10 17 29 -29 31.8 6.6 64 5.33 A8V 10 23 29.3 -38 00 36 90132 201346 L.4278 10 18 1 -37 22.6 5.7 65 7.1 A0IV 10 24 56.9 -38 18 13 90335 201369 L.4287 10 19 27 -37 40.1 7.0 66 6.8 K0/K1III 10 26 25.6 -39 21 43 90549 201391 L.4295 10 20 57 -38 43.6 6.9 67 Alpha 4.25 K4III 10 27 09.1 -31 04 04 90610 201405 L.4298, J.240 10 21 26 -30 25.9 4.4 c, var? 68 Delta 5.56v? B9.5V 10 29 35.4 -30 36 26 90972 201442 L.4309 10 23 50 -29 58.1 6.0 dpl. 10, 6 69 6.68 G8III 10 33 31.1 -40 14 19 91538 201512 L.4345 10 28 0 -39 35.6 7.0 70 6.90 A0IV 10 34 16.9 -37 23 12 91645 201523 L.4347 10 28 41 -36 44.5 6.9# * 7.2 A7V 10 35 27.4 -37 21 41 91804 201538 L.4359 10 29 51 -36 42.9 7.2# 71 U* 5.38v C 10 35 12.9 -39 33 46 91793 201533 L.4358 10 29 40 -38 55.0 5.9 rr, var? 72 7.13 A1V 10 36 36.0 -33 16 22 91965 201556 L.4365 10 30 52 -32 37.4 6.9 73 6.8 K3III 10 37 12.7 -31 45 47 92056 201566 L.4371 10 31 27 -31 6.9 7.0 74 7.01 B9IV 10 37 42.2 -35 43 13 92136 201576 L.4374 10 32 1 -35 4.3 7.0 75 6.7 G8III 10 39 16.1 -36 40 38 92363 201598 L.4387 10 33 37 -36 1.6 6.9 76 6.37 G9+F/G* 10 40 51.5 -35 44 29 92589 201631 L.4399 10 35 9 -35 5.4 6.5# 77 6.82 A0V 10 41 30.3 -35 43 53 92678 201641 L.4407 10 35 48 -35 4.7 6.9# 78 5.64 A0V 10 42 43.2 -32 42 57 92845 201665 L.4415 10 36 56 -32 3.7 5.9 79 6.7 F7V 10 44 39.4 -36 55 50 93105 201698 L.4437 10 38 56 -36 16.4 6.8 80 5.61 A1V 10 49 57.0 -34 03 29 93905 201805 L.4483 10 44 8 -33 23.8 5.8 81 6.77 B6III 10 53 01.1 -35 29 20 94366 201856 L.4498 10 47 13 -34 49.5 6.7 82 6.7 F6/F7IV 10 53 56.5 -36 27 26 94504 201873 B.3268 10 48 10 -35 47.5 6.9 83 7.02 B8III 10 54 35.5 -38 45 17 94565 201886 B.3278 10 48 51 -38 5.4 7 # * 8.6 * 10 54 37.0 -38 44 57 201887 * 10 48 52 -38 5.0 7 3/4# 84 Iota 4.60 K0III 10 56 43.1 -37 08 16 94890 201927 L.4527 10 50 54 -36 28.0 5.1 85 5.43 A0V 11 04 54.1 -35 48 17 96146 202067 L.4580 10 59 0 -35 7.9 5.8 Following 1 the star HD81985=SAO200398 is connected with a brace to 1 without a combined magnitude or being assigned a number. Preceding 3 the star HD82161=SAO177539 is connected with a brace to 3 without a combined magnitude or being assigned a number. 3 Spectrum K2IIICNII 8, 9 For the double star Zeta1 Antliae the Uranometria Argentina assigns separate numbers to the two components but provides only a single designation from an earlier catalog, set of coordinates, and magnitude. 8, 9, 10 These three stars are connected with a brace with combined magnitude 5.6. 12 The variable star designation S was assigned after publication of the Uranometria Argentina and does not appear therein. Following 19 the star HD83674=SAO200597 is connected with a brace to 19 without a combined magnitude or being assigned a number. Preceding 22 the star HD84201=SAO200650 is connected with a brace to 22 without a combined magnitude or being assigned a number. 23 Spectrum A8V+F7II-III Following 32 the star HD85387=SAO200795 is connected with a brace to 32 without a combined magnitude or being assigned a number. 34 Spectrum B3/5V+B/A Preceding 41 the star HD87416=SAO178366 is connected with a brace to 41 and 42 without a combined magnitude for all three stars or being assigned a number. Between 53 and 54 the stars HD88619=SAO201167 and HD88670=SAO201178 are connected with a brace with the notation cum. instead of a combined magnitude and without having numbers assigned to either. 55, 56 These stars are connected with a brace without a combined magnitude. 59 Spectrum B9.5Ib-II Following 70 the star HD91804=SAO201538 is connected with a brace to 70 without a combined magnitude or being assigned a number. 71 The variable star designation U was assigned after publication of the Uranometria Argentina and does not appear therein. 76 Spectrum G8/K0III+F/G 76, 77 These stars are connected with a brace without a combined magnitude. Following 83 the star SAO201877 is connected with a brace to 83 with combined magnitude 6.9 without being assigned a number or provided with a designation from an earlier catalog. The spectrum is not available. 5. - APUS G F,Letter Mag Spec RA 2000 Dec HD SAO Gould desig RA 1875 Dec G Mag Notes 1 7.1 A9IV 13 51 26.9 -73 08 37 120230 257092 L.5666 13 41 0 -72 31.2 7.0# 2 7.0 A2V 13 53 06.0 -73 16 10 120508 257098 L.5677 13 42 36 -72 38.8 7.0# 3 6.09 B9III 14 00 35.1 -78 35 25 121439 257107 L.5694 13 47 44 -77 58.7 6.5 4 Theta 5.48 v M6.5III 14 05 19.8 -76 47 48 122250 257112 L.5757 13 53 13 -76 11.5 var. 5 1/2 - 6 1/2, r 5 6.02 G1V 14 08 27.1 -74 51 02 122862 257116 L.5781 13 57 2 -74 15.4 6.4 6 Eta 4.91 A2mA7-F2 14 18 13.8 -81 00 27 123998 258693 L.5792 14 2 40 -80 25.1 5.3 7 6.47 K2IIp 14 16 55.0 -77 39 50 124099 257131 L.5816 14 3 50 -77 4.6 6.9 8 6.41 B8V 14 24 23.4 -82 50 55 124639 258697 L.5801 14 6 7 -82 16.1 6.8 9 Epsilon 5.06 B4V 14 22 22.8 -80 06 32 124771 257142 L.5828 14 7 23 -79 31.7 5.5 10 6.58 B3III/IV 14 19 47.7 -73 58 06 124834 257140 L.5847 14 8 18 -73 23.3 6.7 11 6.07 K0/K1III 14 29 36.9 -76 43 45 126209 257163 L.5885 14 16 29 -76 9.8 6.5 12 6.3 B9III 14 41 59.8 -77 00 42 128294 257182 L.5957 14 28 13 -76 28.1 6.7 13 6.7 G5V 14 41 52.7 -75 08 21 128400 257183 L.5972 14 28 57 -74 35.8 6.9 14 Alpha 3.83 K5III 14 47 51.6 -79 02 41 129078 257193 L.5980, J.334 14 32 26 -78 30.6 4.0 15 6.44 ApSi4200 14 51 30.6 -77 10 33 129899 257202 L.6022 14 37 14 -76 39.0 6.7 16 6.7 B8V 14 51 30.3 -74 55 59 130081 257204 L.6044 14 38 24* -74 24.6 6.9 17 5.60 G7III+A* 14 53 13.9 -73 11 25 130458 257206 L.6066 14 40 46 -72 40.3 6.1 18 R* 5.34v? K4III 14 57 53.0 -76 39 46 131109 257212 L.6077 14 43 42 -76 9.0 var. 5 1/2 - 6 1/4, r 19 5.93 G8II 15 00 12.0 -77 09 38 131425 257218 L.6088 14 45 35 -76 39.2 6.4 20 6.20 B9V 14 59 56.2 -75 02 57 131551 257219 L.6105 14 46 31 -74 31.5 6.5 21 6.73 B5V 15 01 22.7 -71 29 30 132004 257225 L.6128 14 49 18 -70 59.3 6.8 22 6.8 B4III* 15 08 29.9 -80 18 48 132501 258719 L.(6108) 14 50 53 -79 49.2 7.0 * 7.3 G3III 15 05 10.6 -72 11 23 132675 257234 L.6150 14 52 47 -71 41.6 7.6# * 7.0 B8V 15 06 22.8 -72 10 13 132874 257237 L.6158 14 53 57 -71 40.6 7.1# 23 6.73 B2Vn 15 09 01.1 -72 18 28 133385 257241 L.6184 14 46 27 -71 49.2 6.8# 24 6.6 K1II* 15 15 27.5 -79 08 10 133921 257252 L.6174 14 58 44 -78 39.5 7.0 25 6.03 B8/B9III 15 12 33.9 -72 46 13 133981 257247 L.6196 14 59 44 -72 17.5 6.4 26 6.7 M2III 15 19 29.1 -71 47 33 135338 257264 L.6247 15 6 51 -71 19.7 6.8 27 6.6 A1/A2V 15 22 29.4 -74 23 58 135719 257268 L.6252 15 8 42 -73 56.5 6.7 28 7.0 A1III/IV 15 24 57.5 -72 02 47 136272 257273 L.6281 15 12 5 -71 35.7 6.9 29 Kappa1 5.49v B1npe 15 31 30.8 -73 23 22 137387 257289 L.6323 15 17 56 -72 57.1 5.8 30 6.5 B3V 15 30 49.4 -71 39 15 137366 257284 L.6331 15 17 58 -71 13.0 6.7 31 6.87 Ap* 15 31 26.7 -71 03 45 137509 257290 L.6340 15 18 48 -70 37.6 6.9 32 6.18 K2II 15 39 18.8 -77 55 05 138289 257303 L.6348 15 22 48 -77 29.5 6.7 33 Kappa2 5.65 B8IV 15 40 21.3 -73 26 49 138800 257307 L.6390 15 26 32 -73 1.8 6 # * 15 26 35 -73 3.3 7 3/4# 34 5.95 B9V 15 41 55.0 -76 04 55 138867 257310 L.6381 15 26 37 -75 40.0 6.3 35 6.3 F3IV 15 59 54.6 -78 01 36 141846 257341 L.6484 15 42 35 -77 39.2 6.7 36 6.5v? K3III 16 00 46.9 -72 27 49 142497 257347 L.6536 15 46 58 -72 5.9 7.0 var? 37 6.7 A6III 16 02 16.1 -73 30 55 142678 257350 L.6542 15 47 55 -73 9.1 6.8 38 5.70 K1IIICN* 16 05 55.9 -72 24 03 143346 257357 L.6573 15 52 2 -72 3.1 6.1 39 7.0 A7IV 16 07 57.7 -71 56 38 143720 257363 L.6591 15 54 14 -71 35.9 7.0 40 Delta1 4.68v M5III 16 20 20.8 -78 41 45 145366 257380 L.6623 16 1 45 -78 22.5 5.2# r 41 Delta2 5.27 K3III 16 20 26.9 -78 40 02 145388 257381 L.6628 16 1 52 -78 20.8* 5.5# r 42 6.61 B9V 16 18 23.4 -73 02 36 145619 257379 L.6675 16 3 57 -72 43.5 6.7 43 6.8 A0V 16 21 37.4 -71 52 27 146310 257389 L.6714 16 7 41 -71 33.8 7.0 44 Gamma 3.89 K0IV 16 33 27.0 -78 53 50 147675 257407 L.6727, J.397 16 14 21 -78 36.6 3.9 45 5.50 K1IIICN* 16 34 19.1 -70 59 19 148488 257409 L.6809 16 20 33 -70 42.8 5.9 46 6.6 A0V 16 35 49.8 -71 53 38 148650 257413 L.6814 16 21 39 -71 37.4 6.7 47 Beta 4.24 K0III 16 43 04.8 -77 31 03 149324 257424 L.6817 16 25 17 -77 15.0 4.5 r 48 6.7 G8III 16 40 47.1 -72 18 01 149392 257421 L.6847 16 26 20 -72 2.7 6.8 49 6.76 B8/B9V 16 51 45.3 -73 43 21 150995 257437 L.6901 16 36 25 -73 29.7 6.7 50 6.4 A5IV/V 16 57 01.5 -71 06 41 152010 257446 L.6961 16 42 54 -70 54.0 6.6 51 6.91 G0IV/V 17 00 54.6 -76 13 08 152260 257449 L.6948 16 43 46 -76 0.6 6.8 52 7.1 B6IV 17 09 51.9 -82 19 08 152565 258760 * 16 43 50 -82 7.7 7.0 53 6.9 B9III 16 59 55.1 -73 25 20 152339 257448 L.6969 16 44 37 -73 13.2 6.8 54 6.9 A2IV 17 07 19.0 -76 13 24 153298 257460 L.6992 16 50 2 -76 2.2 6.8 55 6.22 K1IVCN* 17 12 19.9 -70 43 16 154556 257472 L.7079 16 58 13 -70 33.2 6.6 56 6.25 A0V 17 16 35.9 -74 31 59 154972 257478 L.7081 17 0 27 -74 22.5 6.4 57 6.52 G2IV-V 17 20 12.8 -70 02 44 155875 253870 L.7146 17 6 21 -69 53.8 7.0# 58 Iota 5.41 B8/9V(n) 17 22 05.9 -70 07 24 156190 257491 L.7156 17 8 10 -69 59.2 5.8# r 59 5.88v? M3III 17 31 27.3 -80 51 33 156513 258769 L.7088 17 8 8 -80 44.2 6.4 60 Zeta 4.78 K1III 17 21 59.6 -67 46 13 156277 253882 L.7162 17 8 56 -67 38.1 5.4 61 6.7 G8III 17 40 44.8 -67 51 15 159558 253990 L.7316 17 27 34 -67 46.5 7.0 62 6.49 F8V 17 44 19.8 -72 13 15 159964 257525 L.7317 17 29 18 -72 9.3 6.6 63 6.07 K2III 17 57 41.9 -76 10 39 161988 257542 L.7372 17 40 0 -76 8.6 6.3 64 6.8 G8III/IV 17 59 20.5 -77 49 26 162049 257545 L.7361 17 40 4 -77 47.6 6.9 65 6.35 K3/K4III 18 05 26.3 -81 29 11 162337 258787 L.7327 17 40 27 -81 27.8 7.0 r 66 5.86 K3III 18 11 15.7 -75 53 29 164712 257569 L.7473 17 53 47 -75 53.3 6.0 67 5.85 F5V 18 12 34.6 -73 40 18 165259 257571 L.7507 17 56 42 -73 40.7 6.1 1, 2 These stars are connected with a brace with combined magnitude 6.9. 16 Right ascension corrected from 14 38 24. 17 Spectrum G7IIIa+F9IV 18 The letter R is not shown in the Uranometria Argentina because although Gould recognized the variability of this star the letter was assigned later. 22 Spectrum B4/B5III/IV Preceding 23 the two stars HD132675=SAO257234 and HD132874=SAO257237 are connected with a brace to 23 and each other without being assigned numbers and with all three stars having a combined magnitude 6.7. 24 Spectrum K1II/III(+F) 31 Spectrum Ap(SiCrFe) 33 Following 33 a star not in the SAO catalog and with no designation from an earlier catalog is connected with a brace to 33 with combined magnitude 5.9. 38 Spectrum K1IIICNII 40, 41 These stars are connected with a brace with combined magnitude 4.6. 41 Declination corrected from -78 21.8. 45 Spectrum K1IIICNIa/b 52 The Uranometria Argentina does not provide a designation from an earlier catalog. 55 Spectrum K1IVCNIII 57, 58 These stars are connected with a brace without a combined magnitude. 46. - AQUARIUS G F,Letter Mag Spec RA 2000 Dec HD SAO Gould desig RA 1875 Dec G Mag Notes 1 6.5 K0 20 39 05.8 - 4 55 45 196676 144663 Ll.39827 20 32 30 - 5 22.1 6.8 2 6.22 B7IIIn 20 39 13.2 - 2 24 46 196712 144666 Ll.39836 20 32 43 - 2 51.1 6.5 3 1 5.16 K1III 20 39 24.9 + 0 29 11 196758 126062 Ll.39850 20 33 0 + 0 2.9 5.6 4 6.6 K0 20 40 12.5 - 2 39 18 196870 144681 Ll.39876 20 33 42 - 3 5.5 7.0 5 7.7 G0 20 41 45.8 -10 56 44 197089 163803 Ll.39925 20 34 55 -11 23.4 7.0 6 7.1 A2 20 42 27.5 - 2 19 36 197233 144726 Ll.39965 20 35 58 - 2 46.3 7.0 * 6.7 G5 20 43 35.1 -11 38 31 197364 163830 WB.908 20 36 44 -12 5.4 7.1# * 8.4 K2 20 44 9.1 -11 36 14 197454 163837 WB.921 20 37 18 -12 3.1 7.7# 7 6.27 K2 20 47 03.6 - 2 29 12 197954 144802 WB.1004 20 40 34 - 2 56.5 6.7 8 2 Epsilon 3.77 A1V 20 47 40.6 - 9 29 45 198001 144810 J.522 20 40 54 - 9 57.1 3.8 9 3 k 4.42v M3IIIvar 20 47 44.2 - 5 01 40 198026 144814 J.523 20 41 8 - 5 29.0 4.8 r 10 T 6.8v M3e 20 49 56.4 - 5 08 48 198373 144854 Ll.40196 20 43 21* - 5 36.5* var. r 6 2/3 - 12 1/2 11 5.88 K1III: 20 50 41.8 -12 32 42 198431 163924 Ll.40209 20 43 48 -13 0.4 6.2 12 4 5.99v? F5IV-V 20 51 25.7 - 5 37 35 198571 144877 T.9631 20 44 48 - 6 5.6 6.2 13 5 5.55v? B9III 20 52 08.7 - 5 30 25 198667 144889 T.9639 20 45 32 - 5 58.5 5.8 var? 14 7.1 K0 20 52 00.9 -11 26 22 198647 163940 Ll.40262 20 45 11 -11 54.3 7.0# 15 6.38 G1V 20 53 05.6 -11 34 25 198802 163953 Ll.40313 20 46 15 -12 2.7 6.8# 16 6 Mu 4.70 A3m 20 52 39.2 - 8 59 00 198743 144895 J.526 20 45 55 - 9 27.0 5.0 17 7.1 K0 20 54 03.1 -10 55 27 198951 163966 WB.1179 20 47 15 -11 23.7 7.0 18 6.44 F1IV 20 53 58.4 - 6 53 23 198949 144915 Ll.40345 20 47 19 - 7 21.6 6.7 19 6.7 A3 20 54 05.0 - 4 32 30 198962 144918 Ll.40356 20 47 30 - 5 0.9 6.9 20 7.0 K0 20 54 46.4 - 8 52 58 199035 144928 Ll.40371 20 48 3 - 9 21.3 6.9 21 6.55v A9Vn 20 55 08.2 - 1 22 25 199124 144941 Ll.40405 20 48 41 - 1 51.0 6.5 22 6.7 F2 20 55 08.5 + 1 48 48 199141 126364 Ll.40415 20 48 47 + 1 20.3 6.9 23 6.57 B8Vn 20 56 18.3 - 3 33 41 199280 144957 Ll.40450 20 49 46 - 4 2.4 6.5# * 7.3 K0 20 56 44.6 - 3 40 27 199363 144967 Ll.40468 20 50 12 - 4 9.1 7.3# 24 7 5.51v? K5III 20 56 54.0 - 9 41 51 199345 144968 Ll.40458 20 50 9 -10 10.5 5.9 var? 25 7.0 K0 20 56 47.5 + 1 42 56 199381 126391 Ll.40484 20 50 27 + 1 14.8 7.0 26 6.05 K2III 20 57 10.6 + 0 27 49 199442 126396 Ll.40496 20 50 47 - 0 0.6 6.2 27 DV* 6.01v F0IV 20 58 41.9 -14 28 58 199603 164027 Ll.40522 20 51 47 -14 57.8 6.1 28 6.8 A3 20 58 45.1 - 3 50 28 199651 144993 Ll.40551 20 52 13 - 4 19.5 7.0 29 8 6.6 A3 20 59 54.8 -13 03 06 199828 164046 Ll.40571 20 53 3 -13 32.2 6.8 30 10 6.6 A0 21 00 32.6 - 5 28 38 199944 145021 Ll.40633 20 53 57 - 5 57.9 6.4 31 11 6.21 G1V 21 00 33.8 - 4 43 49 199960 145022 Ll.40637 20 53 59 - 5 12.6 6.2 32 9 6.6 G5 21 01 08.3 -13 31 48 200004 164064 Ll.40642 20 54 15 -14 1.1 6.8 * 7.3 K5 21 01 04.1 + 1 02 05 200063 126464 Ll.40668 20 54 42 + 0 32.9 7.2# * 7.1 K5 21 01 22.2 + 1 04 11 200108 126469 Ll.40678 20 55 0 + 0 35.0 7.1# 33 7.1 F5 21 01 59.8 -11 41 47 200157 164074 Ll.40672 20 55 11 -12 11.0 7.0 34 6.49 B6V 21 02 59.6 - 0 55 29 200340 145050 Ll.40742 20 56 33 - 1 25.0 6.5 35 6.25 F5V 21 03 03.0 + 1 31 55 200375 126491 Ll.40749 20 56 43 + 1 02.7* 6.3# * 7.4 K0 21 03 04.2 + 1 41 39 200374 126492 Ll.40750 20 56 44 + 1 12.4 7.2# * 7.3v F2 21 03 07.6 - 1 18 31 200356 145052 Ll.40746 20 56 40 - 1 48.0 7.2# 36 6.78 F5 21 03 29.6 - 1 34 47 200433 145058 Ll.40759* 20 57 1 - 2 4.3 6.9# 37 12 5.9 G4III 21 04 04.7 - 5 49 23 200497 145065 T.9742 20 57 28 - 6 19.0 5.7 dpl. 7 1/2, 6 38 6.33 G5 21 04 45.1 + 2 16 15 200663 126522 Ll.40806 20 58 24 + 1 46.7 6.5 * 6.91v? K2 21 06 33.4 - 0 06 18 200932 145101 Ll.40869 21 0 9 - 0 36.2 7.2# 39 6.8 M3 21 07 32.9 - 0 09 50 201098 145121 Ll.40917 21 1 8 - 0 39.8 7.0# 40 6.9 A0 21 07 26.3 - 8 14 07 201038 145118 Ll.40892 21 0 45 - 8 44.1 6.7 41 6.4 K0 21 07 21.9 - 0 45 55 201066 145120 WB.1526 21 0 56 - 1 16.1 6.8 42 6.8 A3 21 07 42.5 - 2 03 08 201120 145126 Lamont 8058 21 1 13 - 2 33.2 6.9 43 6.8 K5 21 07 49.2 + 1 09 14 201159 126556 Ll.40926 21 1 27 + 0 39.2 7.0 44 6.8 A5 21 08 09.4 - 0 59 23 201222 145132 WB.1547 21 1 42 - 1 29.5 7.0 45 6.7 K0 21 08 57.5 - 5 34 55 201322 145145 Ll.40966 21 2 23 - 6 5.1 7.0 46 7.1 B9 21 08 51.6 + 1 47 16 201332 126571 Ll.40977 21 2 30 + 1 17.0 6.8 47 13 Nu 4.51 G8III 21 09 35.7 -11 22 18 201381 164182 J.528 21 2 47 -11 52.6 4.7 48 6.5 A3 21 09 16.0 - 0 14 06 201377 145152 Ll.40989 21 2 50 - 0 44.4 6.7 49 6.27 K0III 21 10 46.9 - 9 21 14 201567 145171 WB.27 21 4 2 - 9 51.6 6.5 50 EW* 6.48v D Del* 21 11 41.3 -14 28 20 201707 164204 Ll.41049 21 4 47 -14 58.9 6.5 51 6.77 B9pMn* 21 14 16.7 -10 36 19 202149 164240 Ll.41163 21 7 31 -11 7.2 6.8 52 6.38 M1III 21 14 37.1 + 0 05 32 202259 145229 Ll.41218 21 8 13 - 0 25.4 6.8 53 6.4 K0 21 15 59.7 -13 12 11 202407 164265 Ll.41246 21 9 9 -13 43.1 6.9 * 7.5 K0 21 15 49.0 - 9 07 15 202397 145246 Ll.41247 21 9 6 - 9 38.3 7.3# 54 14 6.7 M0 21 16 17.8 - 9 12 53 202466 145251 Ll.41268 21 9 35 - 9 44.0 6.5# * 7.4 A0 21 16 29.7 - 9 09 28 202494 145256 Ll.41271 21 9 47 - 9 40.6 7.5# 55 6.48 K0 21 16 39.5 - 1 36 28 202554 145259 Ll.41293 21 10 11 - 2 7.7 6.9 56 6.9 A0 21 16 58.2 -10 08 06 202577 164275 Ll.41287 21 10 14 -10 39.3 6.9 57 6.40 A2V 21 17 13.5 -13 16 44 202606 164279 Ll.41291 21 10 23 -13 48.0 6.5 58 15 5.82 B5V 21 18 11.1 - 4 31 10 202753 145278 T.9872 21 11 38 - 5 2.6 5.8 59 7.0 A0 21 19 48.8 -14 01 02 202990 164310 WB.252 21 12 57 -14 32.6 7.0 60 6.7 A3 21 19 20.5 -13 02 53 202929 164303 Ll.41393 21 13 12 -13 30.8 6.9 61 7.1 B9 21 20 09.2 -13 30 08 203054 164315 Ll.41400 21 13 18 -14 1.7 7.0 62 16 5.87 G7III: 21 21 04.3 - 4 33 36 203222 145317 Ll.41453 21 14 31 - 5 5.3 6.1 63 6.8 F2 21 21 50.3 + 1 21 42 203405 126733 Ll.41500 21 15 28 + 0 50.0 6.8 64 6.86 K2 21 21 58.7 - 9 19 40 203364 145333 By., Ll.41482 21 15 16 - 9 51.4 6.9# 65 17 5.99 M0III 21 22 56.2 - 9 19 10 203525 145351 Ll.41521 21 16 14 - 9 51.0 6.2# 66 6.68 F2 21 22 26.7 - 3 07 48 203458 145341 WB.334 21 15 57 - 3 39.7 6.9 67 18 5.49v? F1V 21 24 11.5 -12 52 41 203705 164364 Ll.41560 21 17 22 -13 24.8 5.7 68 19 5.70 F0IV 21 25 13.1 - 9 44 55 203875 145382 Ll.41605 21 18 30 -10 16.7 5.8 69 20 6.36 F0III 21 24 51.7 - 3 23 54 203843 145376 Ll.41603 21 18 21 - 3 55.9 6.5# 70 21 5.49 K4III 21 25 16.9 - 3 33 25 203926 145384 Ll.41625 21 18 46 - 4 5.4 5.7# 71 6.9 A0 21 25 25.0 -14 16 37 203893 164378 Ll.41601 21 18 33 -14 48.9 6.8 72 6.46 A1IV 21 25 51.5 + 0 32 04 204041 126789 Ll.41655 21 19 28 - 0 0.3 6.4 73 6.6 K0 21 26 25.1 -12 05 45 204073 164388 Ll.41651 21 19 38 -12 37.5 7.0 74 6.13 F5V 21 26 28.0 + 1 06 13 204121 126794 Ll.41685 21 20 5 + 0 34.3 6.2 75 22 Beta 2.91 G0Ib 21 31 33.5 - 5 34 16 204867 145457 J.535 21 24 59 - 6 7.2 2.6 r 76 M2* 6.50 F3 21 33.5 - 0 49 Ll.41928 21 27 1 - 1 22.6 6.8 neb. 77 6.9 A2 21 34 07.6 - 4 22 06 205244 145493 Ll.41947 21 27 35 - 4 55.3 6.7 78 6.9 K0 21 34 15.1 - 3 24 38 205260 145496 Ll.41961 21 27 45 - 3 57.8 6.8 79 6.7 M3 21 34 42.8 + 1 49 45 205358 126901 By., Ll.41991 21 28 21 + 1 16.5 6.7 80 5.77 G9III: 21 35 17.6 - 3 58 59 205423 145510 Ll.42016 21 28 46 - 4 32.3 6.2 81 23 Xi 4.70 A7V 21 37 45.1 - 7 51 15 205767 145537 J.537 21 31 6 - 8 24.8 5.0 82 6.25 A2V 21 37 33.8 - 0 23 25 205765 145533 WB.707 21 31 9 - 0 57.0 6.2 83 24 6.63 F7III 21 39 31.5 - 0 03 04 206058 145566 Ll.42179 21 33 5 - 0 37.0 6.7 84 25 d 5.10 K0III 21 39 33.3 + 2 14 37 206067 126965 Ll.42189 21 33 13 + 1 41.0 5.5 85 26 5.67 K4III 21 42 10.1 + 1 17 07 206445 126997 Ll.42283 21 35 48 + 0 43.0 6.0 86 6.7 A2 21 44 24.0 - 4 43 49 206766 145625 Ll.42355 21 37 52 - 5 18.1 6.7 87 6.65v M8IIIvar 21 46 31.8 - 2 12 46 207076 145652 Ll.42431 21 40 4 - 2 47.6 6.8# r * 7.6 F5 21 47 08.1 - 2 17 33 207150 145664 Ll.42445 21 40 38 - 2 51.9 7.5# 88 6.9 A2 21 47 24.8 - 4 36 31 207204 145668 Ll.42457 21 40 52 - 5 11.l 6.8 89 6.17 A7V 21 47 38.1 - 5 55 02 207235 145671 Ll.42463 21 41 4 - 6 29.7 6.5 90 6.75 K0 21 49 01.9 - 5 24 14 207435 145685 Ll.42512 21 42 29 - 5 58.9 6.9 * 7.7 K2 21 50 32.8 + 0 45 10 207653 127103 Ll.42567 21 44 9 + 0 10.3 7.5# 91 6.8 K0 21 51 33.7 + 0 46 14 207796 127114 Ll.42600 21 45 11 + 0 11.2 6.7# 92 6.6 A0 21 52 21.2 - 3 10 29 207888 145716 Ll.42616 21 45 51 - 3 45.6 6.7 93 6.68 G5 21 52 44.9 - 3 59 31 207920 145721 Ll.42638 21 46 14 - 4 34.7 7.0 94 5.71 K2III 21 54 10.4 - 4 16 34 208111 145731 Ll.42672 21 47 39 - 4 51.6 6.0 95 6.20 F5IV 21 54 35.9 - 3 18 04 208177 145735 Ll.42687 21 48 6 - 3 53.4 6.4 96 6.33 F5IV 21 58 13.3 - 5 25 29 208703 145778 By., Ll.42812 21 51 40 - 6 0.9 6.5 97 7.1 A0 21 59 17.8 -23 49 59 208793 190793 L.8982 21 52 14 -24 25.7 6.9 98 6.22 K2V 21 58 55.0 - 4 22 23 208801 145784 Ll.42846 21 52 24 - 4 57.6 6.4 99 28 5.58 K4III: 22 01 05.0 + 0 36 19 209128 127235 Ll.42913 21 54 41 + 0 0.3 5.9 100 6.28 G7III: 22 02 11.8 -17 54 12 209240 164827 Ll.42926 21 55 19 -18 30.1 6.6 101 29 6.37v A2V 22 02 26.5 -16 57 51 209278 164830 Ll.42935 21 55 36 -17 34.0 6.5 dpl. 7 1/4, 7 102 30 5.54 K0III 22 03 16.4 - 6 31 21 209396 145836 Ll.42978 21 56 42 - 7 7.5 5.8 103 31 Omicron 4.70v B7IVe 22 03 18.8 - 2 09 19 209409 145837 J.547 21 56 51 - 2 45.5 4.9 104 32 5.30 A5m 22 04 47.5 - 0 54 24 209625 145853 Ll.43031 21 58 22 - 1 30.6 5.7 105 34 Alpha 2.90 G2Ib 22 05 47.0 - 0 19 11 209750 145862 J.550 21 59 22 - 0 55.6 2.7 r 106 7.1 F5 22 06 13.2 -14 53 45 209767 164860 WB.1343 21 59 24 -15 30.2 7.0 107 33 Iota 4.28 B9IV-V 22 06 26.2 -13 52 11 209819 164861 J.551 21 59 41 -14 28.5 4.4 108 6.8 G5 22 07 15.1 -22 14 26 209925 190898 L.9026, Ll.43082 22 0 17 -22 51.0 7.0 109 6.52 B9 22 06 38.9 + 2 26 22 209905 127303 DM.4584 22 0 19 + 1 49.9 6.5 110 6.6 A0 22 07 35.3 -14 29 26 210000 164868 Ll.43108 22 0 49 -15 5.9 6.9 111 6.9 F5 22 08 47.5 -13 18 01 210172 164885 Ll.43155 22 2 3 -13 54.6 7.0 112 35 5.81 B2.5IV 22 08 59.0 -18 31 11 210191 164888 Ll.43156 22 2 8 -19 7.8 5.9 113 6.4 G5 22 09 29.1 -23 39 32 210244 190922 L.9038, Ll.43163 22 2 29 -24 16.3 6.6 114 6.63 G0 22 09 29.9 - 7 32 55 210277 145906 By., Ll.43186 22 2 54 - 8 8.7 6.9 115 6.27 A1Vnn 22 10 21.1 - 3 53 39 210419 145914 By., Ll.43226 22 3 50 - 4 30.3 6.5 116 37 6.70v? K0 22 10 31.8 -10 49 14 210422 164907 T.10280 22 3 52 -11 26.2 6.8 117 38 e 5.46 B7III 22 10 37.5 -11 33 54 210424 164910 T.10282 22 3 56 -12 10.7 5.6 118 6.01 K0III-IV 22 10 33.8 - 4 16 01 210434 145916 By., Ll.43239 22 4 2 - 4 52.8 6.3 119 6.09 F6V 22 11 02.4 -21 13 57 210464 190945 Ll.43225 22 4 6 -21 50.7 6.4 120 39 6.03v? F2V 22 12 25.7 -14 11 38 210705 164923 Ll.43289 22 5 41 -14 48.5 6.4 var? 121 6.39 F7V 22 12 43.8 - 4 43 15 210763 145940 By., Ll.43315 22 6 13 - 5 20.2 6.7 122 40 7.0 G5 22 13 26.4 -11 55 34 210845 164935 Ll.43324 22 6 45 -12 32.6 7.0 123 41 5.32 K0+F2* 22 14 18.0 -21 04 27 210960 190986 Ll.43343 22 7 24 -21 41.7 5.8 dpl. 6, 7 3/4 124 6.8 F5 22 14 47.3 -24 00 16 211024 190995 OA.22013 22 7 47 -24 37.4 6.9 125 6.54 G8V 22 14 38.2 -15 49 07 211038 164949 Ll.43363 22 7 52 -16 25.5 6.8 * 7.44 A3 22 16 07.2 -23 00 35 211236 191009 L.9078, Ll.43401 22 9 10 -23 37.9 7.1# 126 6.17 G5 22 16 59.9 -23 08 24 211364 191021 Ll.43434 22 10 2 -23 45.6 6.7# * 7.5 K0 22 17 31.3 -23 06 52 211450 191026 Ll.43459 22 10 35 -23 44.2 7.3# 127 42 5.34 K0III 22 16 48.1 -12 49 53 211361 164974 Ll.43447 22 10 6 -13 27.2 5.8 128 6.10 A5Vn 22 16 33.7 - 1 35 47 211356 145989 Ll.43452 22 10 7 - 2 13.1 6.4 129 43 Theta 4.16 G8III-IV 22 16 50.0 - 7 47 00 211391 145991 J.556 22 10 14 - 8 24.3 4.3 130 5.79v? K3III: 22 16 52.6 - 9 02 24 211392 145992 By., Ll.43454 22 10 17 - 9 39.7 6.4 131 44 5.75v? G6III 22 17 06.6 - 5 23 13 211434 145993 * 22 10 35 - 6 0.6 6.4 132 6.40 F3V 22 18 04.3 - 0 14 16 211575 146004 Ll.43518 22 11 40 - 0 51.6 6.6 133 45 5.95 G7III: 22 19 00.8 -13 18 18 211676 164996 T.10347 22 12 18 -13 55.8 6.3 134 46 Rho 5.36 B8IIIp* 22 20 11.9 - 7 49 16 211838 146023 T.10354 22 13 37 - 8 26.9 5.6 135 47 5.13 K2III 22 21 35.6 -21 35 54 212010 191083 J.557 22 14 43 -22 13.3 5.6 r 136 48 Gamma 3.84 A0V 22 21 39.4 - 1 23 14 212061 146044 J.558 22 15 12 - 2 1.0 3.9 137 49 5.53 G9III: 22 23 30.9 -24 45 45 212271 191105 L.9116 22 16 33 -25 23.6 5.9 138 5.93 G6V 22 23 32.1 - 7 11 40 212320 146062 Ll.43670 22 16 59 - 7 49.6 6.2 139 51 5.78 A0V 22 24 06.9 - 4 50 13 212404 146067 Ll.43699 22 17 36 - 5 28.1 5.8 140 50 5.76 G6.5III 22 24 27.0 -13 31 46 212430 165044 Ll.43701 22 17 45 -14 9.8 6.1 141 6.7 K0 22 24 35.9 - 1 11 12 212474 146074 Ll.43730 22 18 9 - 1 49.3 6.8 142 52 Pi 4.66v B1Ve 22 25 16.6 + 1 22 39 212571 127520 Ll.43752 22 18 54 + 0 44.6 4.9 143 6.7 F8 22 25 48.0 -20 14 13 212600 191131 Ll.43742 22 18 58 -20 52.2 7.0 dpl. 7. 8 1/2 144 6.30 A0V 22 26 10.7 -23 40 56 212643 191144 L.9132 22 19 16 -24 19.0 6.3 145 53 f 6.57 G2V 22 26 34.2 -16 44 29 212697 165077 Ll.43778 22 19 47 -17 22.6 5.8 c dpl. 6 3/4, 6 1/2 146* 53 f 6.35 G1V 22 26 34.4 -16 44 33 212698 165078 147 6.9 F0 22 26 34.7 - 7 22 39 212717 146087 WB.397 22 20 1 - 8 0.7 6.9 148 54 7.0 A3 22 26 41.7 -11 13 41 212741 165079 Ll.43790 22 20 3 -11 51.8 7.0 149 6.83 G0 22 27 06.7 - 1 18 35 212837 146092 Ll.43821 22 20 40 - 1 56.6 6.9 150 55 Zeta1* 4.5 F5IV 22 28 50.1 - 0 01 14 213051 146107 J.562 22 22 23 - 0 39.5 3.5 c dpl. 4 1/2, 4 1/4 151 55 Zeta2* 4.42 F1IV 22 28 50.1 - 0 01 12 213052 146108 152 6.40 F3IV 22 30 01.5 -12 54 54 213198 165123 By., Ll.43907 22 23 20 -13 33.3 6.5 153 56 6.37 B8Vs 22 30 17.4 -14 35 09 213236 165127 Ll.43917 22 23 35 -15 13.4 6.3 154 57 Sigma 4.82 A0IVs 22 30 38.8 -10 40 41 213320 165134 J.563 22 24 2 -11 19.0 5.1 155 6.16 K0 22 31 18.4 - 2 54 40 213428 146136 Ll.43981 22 24 51 - 3 33.0 6.6 156 58 6.38 A8III 22 31 41.3 -10 54 21 213464 165147 Ll.43983 22 25 4 -11 32.7 6.7 157 6.14 F7V 22 31 18.4 - 6 33 18 213429 146135 Ll.43974 22 24 45 - 7 11.5 6.2# 158 6.97 G0 22 32 34.1 - 6 28 02 213575 146142 Ll.44019 22 25 58 - 7 6.7 7.0# 159 6.7 K0 22 34 06.7 - 9 36 31 213780 146161 Ll.44067 22 27 32 -10 15.1 6.7 160 60 5.89 G6III 22 34 02.7 - 1 34 26 213789 146160 Ll.44074 22 27 36 - 2 13.0 6.2 161 59 Upsilon 5.20 F4IV 22 34 41.6 -20 42 30 213845 191235 J.565 22 27 51 -21 20.8 5.7 162 5.97 K0III: 22 35 26.5 -23 59 28 213986 191246 L.9180 22 28 44 -24 38.2 6.2 163 62 Eta 4.02 B9IV-Vn 22 35 21.4 - 0 07 03 213998 146181 J.566 22 28 56 - 0 45.7 4.1 164 61 6.7 K5 22 35 48.8 -17 27 37 214028 165178 Ll.44126 22 29 5 -18 6.3 6.7 165 6.83v? B1Ib 22 36 06.4 -16 23 16 214080 165181 Ll.44142 22 29 23 -17 1.9 6.7 166 63 Kappa 5.03 K2III 22 37 45.5 - 4 13 41 214376 146210 Ll.44203 22 31 17 - 4 52.3* 5.2 167 6.23 K0II+F* 22 38 22.2 - 7 53 52 214448 146216 Ll.44223 22 31 48 - 8 32.8 6.4 168 64 7.16 G0 22 39 16.1 -10 01 40 214572 165217 Ll.44267 22 32 42 -10 40.6 6.9 169 6.74 G0 22 40 08.0 - 9 21 34 214686 146230 Ll.44304 22 33 32 -10 0.8 6.8 170 7.0 F8 22 41 04.0 -23 31 15 214813 191323 L. 9208 22 34 14 -24 10.3 6.9 171 6.31 F6V 22 40 48.0 - 3 33 15 214810 146239 Ll.44338 22 34 20 - 4 12.2 6.4 172 6.9 M0 22 42 06.0 - 5 06 07 214983 146251 Ll.44382 22 35 36 - 5 45.1 6.7 * 7.0 F0 22 42 42.6 + 0 04 16 215077 146260 Ll.44416 22 36 18 - 0 34.9 7.3# 173 6.98 F0 22 42 49.1 + 0 13 55 215093 146261 Ll.44421 22 36 24 - 0 25.3 7.0# 174 6.45 A5V 22 43 03.4 - 8 18 42 215114 146271 WB.755 22 36 30 - 8 57.9 6.6 dpl. 8 1/4, 6 3/4 175 67 6.41 A0Vn 22 43 14.2 - 6 57 47 215143 146273 Ll.44433 22 36 43 - 7 37.0 6.4 176 66 g1* 4.69 K4III 22 43 35.3 -18 49 49 215167 165252 Ll.44436 22 36 52 -19 29.0 4.9 177 6.6 M0 22 46 14.2 -11 09 59 215553 165285 Ll.44525 22 39 39 -11 41.3* 7.0 178 6.8 F5 22 47 25.3 -17 33 00 215709 165290 Ll.44551 22 40 43 -18 12.5 6.9 179 68 g2* 5.26 G7III 22 47 33.1 -19 36 48 215721 165293 Ll.44557 22 40 51 -20 15.7 5.4 180 69 Tau1* 5.66 A0V 22 47 42.8 -14 03 23 215766 165298 Ll.44568 22 41 4 -14 42.9 5.8 r * 7.2: G5V 22 47 50.2 - 4 13 44 215812 146315 By., L1.44590 22 41 24 - 4 52.5 6.7 dpl. 7 1/2, 7 1/4 181 70 6.19v A9III-IV 22 48 30.2 -10 33 20 215874 165308 Ll.44609 22 41 56 -11 12.9 6.2 182 6.9 K2 22 49 17.2 -23 05 32 215981 191428 L.9269 22 42 30 -23 45.2 7.0 183 71 Tau2* 4.01 M0III 22 49 35.5 -13 35 33 216032 165321 Ll.44637 22 42 58 -14 15.1 4.2 r 184 6.9 F8 22 52 35.8 -19 02 16 216357 165351 Ll.44720 22 45 55 -19 42.0 6.8 185 73 Lambda 3.74v M2IIIvar 22 52 36.9 - 7 34 47 216386 146362 J.573 22 46 5 - 8 14.6 3.6 r 186 6.76 F8 22 52 46.5 -10 03 30 216402 165353 Ll.44734 22 46 10 -10 43.4 6.8 187 74 5.80v B9III 22 53 28.7 -11 37 00 216494 165359 Ll.44756 22 46 54 -12 16.8 6.0 188 6.8 A2 22 53 27.5 - 5 59 17 216503 146371 Ll.44763 22 46 59 - 6 38.9 6.9 189 6.5 K5 22 54 05.8 -19 10 33 216553 165365 Ll.44773 22 47 23 -19 50.4 7.0 190 75 7.1 K0 22 54 07.1 -12 11 26 216567 165366 Ll.44779 22 47 31 -12 51.2 7.0 191 76 Delta 3.27 A3V 22 54 39.0 -15 49 15 216627 165375 J.574 22 48 1 -16 29.1 3.2 192 78 6.19 K3III 22 54 34.1 - 7 12 17 216637 146382 Ll.44800 22 48 4 - 7 52.1 6.4 193 77 5.56v? K2IIIvar 22 54 45.5 -16 16 19 216640 165376 Ll.44799 22 48 9 -16 56.0 5.8 r 194 6.7 F5 22 54 54.8 -22 22 08 216664 191488 L.9299 22 48 9 -23 1.6 6.8 195 5.72 K0III-IV 22 55 11.0 - 4 59 16 216718 146388 Ll.44825 22 48 42 - 5 39.2 5.9 196 6.5 K2 22 55 30.7 -20 08 20 216727 191496 Ll.44823 22 48 48 -20 48.3 6.6 197 6.31 G9III 22 57 17.2 - 4 48 36 216953 146404 Ll.44880 22 50 49 - 5 28.6 6.6 198 6.07 K5III 22 59 35.7 -13 04 15 217251 165425 Ll.44937 22 53 1 -13 44.4 6.6 r 199 6.8 F2 23 00 19.9 - 8 52 50 217376 146438 Ll.44972 22 53 48 - 9 33.0 6.9 200 6.28 A5V 23 01 23.1 -22 47 27 217498 191585 L.9336, Ll.45000 22 54 39 -23 27.6 6.7 201 81 6.21 K5III 23 01 23.6 - 7 03 40 217531 146447 Ll.45017 22 54 54 - 7 43.9 6.6 202 5.94 K0 23 01 31.7 - 4 42 41 217563 146451 Ll.45022 22 55 3 - 5 23.0 6.1 203 6.5 A0 23 02 37.9 -18 32 30 217684 165456 Ll.45047 22 55 58 -19 12.8 7.0 204 82 6.15 M2III 23 02 32.6 - 6 34 27 217701 146465 Ll.45055 22 56 3 - 7 14.7 6.4 205 5.97 K0III-IV 23 02 44.3 -20 52 14 217703 191604 Ll.45049 22 56 4 -21 32.2 6.5 206 6.68 F8V 23 03 57.4 - 4 47 43 217877 146482 Ll.45102 22 57 27 - 5 28.1 6.9 207 6.14 K0 23 05 13.0 -17 04 45 218061 165481 Ll.45137 22 58 36 -17 45.1 6.3 r 208 83 h 5.43 F2V 23 05 09.8 - 7 41 37 218060 146498 Ll.45140 22 58 39 - 8 22.1 5.4# * 84 7.5 G8III 23 05 18.5 - 7 45 17 218081 146500 Ll.45156 22 58 48 - 8 25.7 7.4# 209 7.0 G5 23 05 22.0 -16 53 53 218071 165482 Ll.45145 22 58 44 -17 34.3 6.9 210 86 c1 4.47 G9III 23 06 40.9 -23 44 35 218240 191651 L. 9371 22 59 58 -24 25.1 4.4 211 88 c2 3.66 K2II 23 09 26.8 -21 10 21 218594 191683 J.579 23 2 47 -21 51.0 3.7 dpl. 10, 3 3/4 212 89 c3 4.69 G2+A2* 23 09 58.4 -22 27 27 218640 191687 L.9386, J.581 23 3 14 -23 8.1 4.9 213 6.43 A0Vn 23 09 49.9 -14 30 39 218639 165522 Ll.45311 23 3 15 -15 11.2 6.8 214 7.0 B8 23 10 39.6 - 5 57 38 218769 146543 Ll.45340 23 4 11 - 6 38.3 6.9 215 90 Phi 4.22 M2III 23 14 19.4 - 6 02 56 219215 146585 J.582 23 7 51 - 6 43.3 4.1 r 216 6.12 K5III 23 14 40.2 -10 41 19 219279 165578 Ll.45490 23 8 10 -11 22.1 6.5 r 217 5.55 A3V 23 15 34.2 - 3 29 47 219402 146593 Ll.45521 23 9 8 - 4 10.7 5.4 218 91 Psi1 4.21 K0III 23 15 53.5 - 9 05 16 219449 146598 Ll.45526 23 9 20 - 9 46.1 4.1 r 219 92 Chi 5.06v M3III 23 16 50.9 - 7 43 35 219576 146612 Ll.45558 23 10 22 - 8 24.5 5.3 r 220 6.7 F0 23 16 59.1 - 7 09 38 219592 146614 Ll.45562 23 10 29 - 7 50.7 6.8 221 6.34v? A1Vn 23 17 40.0 -11 42 47 219659 165609 Ll.45582 23 11 8 -12 23.7 6.6 222 93 Psi2 4.40 B5Vn 23 17 54.2 - 9 10 57 219688 146620 J.584 23 11 24 - 9 51.9 4.2 r 223 95 Psi3 4.98 A0V 23 18 57.7 - 9 36 39 219832 146635 Ll.45628*, J.586 23 12 27 -10 17.6 4.8 224 94 5.08 G5IV 23 19 06.7 -13 27 32 219834 165625 Ll.45630 23 12 31 -14 8.3 5.5 dpl. 5 1/2, 8 1/2 225 5.93 K3III: 23 19 24.0 -18 04 31 219879 165628 Ll.45647 23 12 50 -18 45.5 6.8 226 96 5.55 F3IV 23 19 24.0 - 5 07 28 219877 146639 Ll.45656 23 12 55 - 5 48.4 5.6 227 6.67 F2 23 20 15.9 - 3 55 08 219983 146645 Ll.45680 23 13 47 - 4 35.9 6.5 228 6.17 K0III 23 20 40.9 - 5 54 29 220035 146652 Ll.45698 23 14 14 - 6 35.4 6.4 229 6.7 A0 23 21 21.5 - 4 40 22 220134 146659 WB.280 23 14 55 - 5 21.3 6.7 230 97 5.20 A5Vn 23 22 39.2 -15 02 21 220278 165658 Ll.45761 23 16 6 -15 43.5 5.3 231 98 b1 3.97 K0III 23 22 58.2 -20 06 02 220321 191858 J.587 23 16 24* -20 46.9 3.9 232 6.70 K0 23 23 45.3 - 8 27 37 220436 146683 T.10744, WB.323 23 17 17 - 9 8.7 6.9 233 6.50 F5 23 24 04.0 -21 46 29 220466 191873 Ll.45807 23 17 29 -22 27.4 6.8 234 6.19 G8III 23 24 07.8 -18 41 15 220465 165672 OA.22814 23 17 32 -19 22.5 6.9 235 99 b2 4.39 K5III 23 26 02.8 -20 38 31 220704 191900 J.588 23 19 29 -21 19.6 4.4 r 236 6.6 K0 23 26 35.5 -21 44 26 220766 191907 L.9478 23 20 0 -22 25.7 7.0 237 6.38 G0V 23 28 05.2 -11 26 59 220957 165708 Ll.45937 23 21 35 -12 8.2 6.7 238 6.18 K0 23 29 00.6 - 9 15 58 221081 146729 Ll.45965 23 22 33 - 9 57.1 6.5 239 6.25v? K3IIIvar 23 29 32.1 - 4 31 58 221148 146736 Ll.45980 23 23 4 - 5 12.7 6.3 240 6.39 K0 23 31 01.1 - 6 17 18 221308 146748 Ll.46034 23 24 34 - 6 58.6 6.5 241 6.49 F8V 23 31 31.5 - 4 05 14 221356 146752 Ll.46058 23 25 4 - 4 46.0 6.3 242 100 6.29 A9III 23 31 42.0 -21 22 10 221357 191970 Ll.46059 23 25 9 -22 3.5 6.3# * 7.2 F0 23 31 48.2 -21 14 59 221385 191971 By.3127,Ll.46066 23 25 16 -21 56.3 7.3# 243 6.7 G5 23 32 25.8 -10 59 55 221472 165754 Ll.46090 23 25 57 -11 41.3 6.8 244 101 b3 4.71 A1n 23 33 16.6 -20 54 52 221565 191988 J.590 23 26 44 -21 36.3 4.5 245 7.05 F5 23 33 28.5 - 4 24 05 221600 146774 Ll.46137 23 27 2 - 5 5.5 6.8 246 5.96 K0 23 34 49.4 -15 14 45 221745 165780 Ll.46177 23 28 19 -15 56.0 6.6 247 7.5 F2 23 35 14.7 - 3 51 14 221801 146789 Ll.46194 23 28 48 - 4 32.8 6.9 248 6.39 G5III: 23 35 32.1 - 7 27 52 221835 146795 Ll.46210 23 29 5 - 8 9.4 6.5 249 7.3 F5 23 36 00.2 - 8 45 58 221890 146799 Ll.46229 23 29 34 - 9 27.4 7.0 250 5.65 G9III 23 37 39.6 -13 03 37 222093 165804 Ll.46271 23 31 11 -13 45.3 6.0 251 6.40 K0 23 38 03.1 -15 05 42 222125 165808 Ll.46286 23 31 33 -15 46.9 7.0 252 6.8 G5 23 38 12.4 - 8 37 40 222157 146815 WB.629 23 31 45 - 9 19.1 6.9 253 102 Omega1 5.00 F0IV 23 39 47.1 -14 13 18 222345 165818 J.593 23 33 18 -14 54.8 5.2 254 7.08 F8 23 40 48.7 - 7 54 51 222465 146842 Ll.46380 23 34 21 - 8 36.3 7.0 255 5.89 G9III 23 41 08.9 -11 40 50 222493 165828 Ll.46399 23 34 41 -12 22.4 6.2 256 103 A1 5.34 K5III 23 41 34.5 -18 01 38 222547 165834 J.594 23 35 6 -18 43.0 5.8 r 257 104 A2 4.82 G0II 23 41 45.8 -17 48 59 222574 165836 J.595 23 35 17 -18 30.6 5.0 258 5.28 K4III 23 42 27.9 -15 26 52 222643 165841 Ll.46451 23 35 59 -16 8.3 5.7 259 105 Omega2 4.49 B9.5V 23 42 43.3 -14 32 42 222661 165842 T.10856 23 36 14 -15 14.1 4.7 dpl. 4 3/4, 10 1/2 260 R 6.36v M7pevar 23 43 49.5 -15 17 04 222800 165849 Greenw. IV.2718 23 37 21 -15 58.6 var. rr 6 - 11 261 106 i1 5.25 B9Vn 23 44 12.1 -18 16 37 222847 165854 J.596 23 37 43 -18 58.2 5.2 262 107 i2 5.6 F0IV 23 46 00.9 -18 40 41 223024 165867 Ll.46555 23 39 31 -19 22.4 5.4 dpl. 5 1/2, 7 263*107 i2 7.0 A5 23 46 01.2 -18 40 46 165868 * 264 5.73 K1III: 23 47 15.9 -11 54 39 223170 165880 Ll.46596 23 40 50 -12 36.1 5.9 265 6.07v? K4III 23 48 32.5 - 6 22 50 223311 146919 Ll.46636 23 42 7 - 7 4.5 6.4 266 6.24 K2IIIb* 23 49 31.6 -15 51 40 223428 165905 Ll.46665 23 43 4 -16 33.3 6.8 267 6.7 F2 23 50 05.8 -11 06 10 223509 165909 Ll.46680 23 43 41 -11 47.8 6.9 268 5.94 K0IV 23 50 14.7 - 9 58 27 223524 165911 Ll.46684 23 43 48 -10 40.3* 5.8 * 6.69 K0 23 50 26.9 -14 34 46 223542 165912 T.10902 23 44 0 -15 16.5 7.1# 269 5.72 K5III 23 50 33.3 -14 24 07 223559 165915 T.10903 23 44 7 -15 5.7 6.0# 270 108 i3 5.18v B9p* 23 51 21.3 -18 54 32 223640 165918 Ll.46714 23 44 54 -19 36.2 5.1 271 5.87 K3III 23 52 29.9 -14 15 04 223774 165933 Ll.46761 23 46 4 -14 56.8 6.2 272 6.81 A2Vn 23 52 40.0 -18 33 41 223785 165934 Ll.46769 23 46 13 -19 15.4 7.0 273 5.75 K0III 23 52 50.5 - 8 59 48 223807 146953 Ll.46781 23 46 24 - 9 41.5 5.6 274 6.24 A3shell 23 53 20.8 -24 13 45 223884 192218 L.9633, Ll.46805 23 46 53 -24 55.4 6.3 275 6.8 A0 23 55 03.9 - 9 27 38 224093 146975 Ll.46866 23 48 38 -10 9.4 6.8 276 6.7 G5 23 55 45.6 -13 09 09 224172 165956 WB.985 23 49 21 -13 50.7 7.0 Between 6 and 7 the stars HD197364=SAO163830 and HD197454=SAO163837 are connected with a brace with combined magnitude 7.0. 10 Right ascension corrected from 20 43 45. Declination corrected from -5 34.8. 14, 15 These stars are connected with a brace without a combined magnitude. Following 23 the star HD199363=SAO144967 is connected with a brace to 23 without a combined magnitude or being assigned a number. 27 The variable star designation DV was assigned after publication of the Uranometria Argentina and does not appear therein. Between 32 and 33 the stars HD200063=SAO126464 and HD200108=SAO126469 are connected with a brace without a combined magnitude or having numbers assigned to either. 35 Declination corrected from + 1 12.7. Following 35 the star HD200374=SAO126492 is connected with a brace to 35 without a combined magnitude or being assigned a number. Preceding 36 the star HD200356=SAO145052 is connected with a brace to 36 without a combined magnitude or being assigned a number. 36 Designation from an earlier catalog corrected from Ll.45759. Preceding 39 the star HD200932=SAO145101 is connected with a brace to 39 without a combined magnitude or being assigned a number. 50 The variable star designation EW was assigned after publication of the Uranometria Argentina and does not appear therein. Spectrum Delta Del. 51 Spectrum B9pHg(Mn) Preceding 54 the star HD202397=SAO145246 and following 54 the star HD202494= SAO145256 are both connected with a brace to 54 without a combined magnitude for all three stars or having numbers assigned to either. 64, 65 These stars are connected with a brace without a combined magnitude. 69, 70 These stars are connected with a brace without a combined magnitude. 76 This object is the globular cluster M2. The designation M2 is not shown in the Uranometria Argentina. Following 87 the star HD207150=SAO145664 is connected with a brace to 87 without a combined magnitude or being assigned a number. Preceding 91 the star HD207653=SAO127103 is connected with a brace to 91 without a combined magnitude or being assigned a number. 123 Spectrum K0III+F2V Preceding 126 Gould the star HD211236=SAO191009 and following 126 the star HD211450=SAO191026 are both connected with a brace to 126 without a combined magnitude for the three stars or having numbers assignd to either. 131 Except for Flamsteed 44 the Uranometria Argentina does not provide a designation from an earlier catalog. 134 Spectrum B8IIIp(MnHg) 145, 146 For the double star 53 f Aquarii the Uranometria Argentina provides separate numbers but only a single designation from an earlier catalog, set of coordinates, and magnitude. 150 The letter Zeta1 does not appear in the Uranometria Argentina but is used in many modern atlases and catalogs. 150, 151 For the double star Zeta Aquarii the Uranometria Argentina provides separate numbers but only a single letter Zeta, designation from an earlier catalog, set of coordinates, and magnitude. 151 The letter Zeta2 does not appear in the Uranometria Argentina but is used in many modern atlases and catalogs. 157, 158 These stars are connected with a brace without a combined magnitude. 166 Declination corrected from - 4 51.3 167 Spectrum K0II-III+F Preceding 173 the star HD215077=SAO146260 is connected with a brace to 173 without a combined magnitude or being assigned a number. 176 The letter g is assigned to this star in the Uranometria Argentina; however some modern atlases and catalogs use the designation g1. 177 The Uranometria Argentina declination is 9' north of the modern position after correction for precession and proper motion. 179 This star is unlettered in the Uranometria Argentina; however some modern atlases and catalogs use the designation g2. 180 This star is unlettered in the Uranometria Argentina; however some modern atlases and catalogs use the designation Tau1. Between 180 and 181 the double star SAO146314, HD215812=SAO146315 is listed without being assigned a number. 183 The letter Tau is assigned to this star in the Uranometria Argentina; however many modern atlases and catalogs use the designation Tau2. Following 208 the star 84 Aquarii is connected with a brace to 208 without a combined magnitude or being assigned a letter. 212 Spectrum G2III+A2V 223 Designation from an earlier catalog corrected from 45628. 231 Right ascension corrected from 23 16 25. Following 242 the star HD221385=SAO191971 is connected with a brace to 242 without a combined magnitude or being assigned a number. 262, 263 For the double star 107 i2 Aquarii the Uranometria Argentina provides separate numbers but only a single designation from an earlier catalog, set of coordinates, and magnitude. 266 Spectrum K2IIIbCa0.5 268 Declination corrected from -10 41.3. Preceding 269 the star HD223542=SAO165912 is connected with a brace to 269 without a combined magnitude or being assigned a number. 270 Spectrum B9pSiSrCr 53. - AQUILA G F,Letter Mag Spec RA 2000 Dec HD SAO Gould desig RA 1875 Dec G Mag Notes 1 6.88 B9III 18 44 55.9 - 0 22 24 173371 142582 Ll.34779 18 38 31 - 0 29.9 7.0 2 4 5.02 B9V 18 44 49.9 + 2 03 36 173370 123879 Ll.34782 18 38 31 + 1 56.2 5.5 3 5 5.90 A2m 18 46 28.6 - 0 57 43 173654 142606 Ll.34839 18 40 1 - 1 5.5 6.2 dpl. 6 1/4, 8 4 6.25 A1V 18 49 37.1 + 0 50 10 174240 123947 Ll.35005 18 43 15 + 0 41.8 6.6 * 7 6.9 A2 18 51 05.4 - 3 15 49 174532 142696 Ll.35054 18 44 32 - 3 24.2 7.5# 5 8 6.10 F2III 18 51 22.1 - 3 19 05 174589 142706 Ll.35059 18 44 48 - 3 27.6 6.5# 6 6.22 B9III 18 56 22.5 - 1 47 59 175640 142825 Ll.35281 18 49 53 - 1 57.5 6.6 7 6.21 F5IV 18 58 23.8 + 6 14 25 176095 124112 Ll.35395 18 52 17 + 6 4.8 6.6 8 6.75 B2Vp 18 59 17.5 +10 08 27 176304 104313 Ll.35434 18 53 22 + 9 58.3 6.8 9 12 i 4.02v? K1IIIvar 19 01 40.8 - 5 44 20 176678 142931 Ll.35482 18 55 0 - 5 54.8 3.8 r 10 6.66v B2V 19 02 34.0 -10 43 17 176853 162122 WB.1381 18 55 39 -10 53.9 6.8 11 14 g 5.42 A1V 19 02 54.5 - 3 41 56 176984 142959 Ll.35541 18 56 20 - 3 52.7 5.7 12 6.30 K2III 19 02 21.6 + 8 22 27 176981 124184 Ll.35562 18 56 21 + 8 11.6 6.8 13 5.83 A4V 19 03 32.2 + 1 49 08 177178 124203 Ll.35598 18 57 13 + 1 38.4 6.3 14 6.73 A5m 19 04 10.7 + 3 19 50 177332 124219 WB.1455 18 57 56 + 3 8.8 7.0 15 15 h 5.42 K1III 19 04 57.6 - 4 01 53 177463 142996 Ll.35642 18 58 22 - 4 12.6 5.6 r 16 6.53 F1V 19 05 18.6 - 1 30 46 177552 143003 Ll.35666 18 58 50 - 1 41.9 6.8 17* Ll.35697 18 59 11 - 9 27.3 6.9 18 6.68 G5 19 06 10.8 - 9 37 56 177706 143015 Ll.35682 18 59 19 - 9 49.2 6.8 19 16 Lambda 3.44 B9Vn 19 06 14.9 - 4 52 57 177756 143021 J.486 18 59 37 - 5 4.1 3.3 20 6.9 F5 19 05 47.6 + 6 32 49 177749 124257 Ll.35715 18 59 42 + 6 21.7 7.0 21 6.84 B5V 19 06 35.1 - 1 20 46 177880 143029 Ll.35719 19 0 7 - 1 32.1 7.0 dpl. 9 1/4, 7 22 R 6.09v M7IIIe* 19 06 22.2 + 8 13 47 177940 124266 Radcl.2,1825 19 0 21 + 8 2.5 var. rr 6 1/2 - 11 * 6.7 F2 19 06 23.1 + 7 09 22 177904 124265 Ll.35746 19 0 18 + 6 57.8 6.9 dpl. 7 3/4, 7 1/4 23 6.56 B9III 19 07 09.1 + 0 38 30 178065 124282 Ll.35758 19 0 47 + 0 27.0 6.7 24 19 5.22 F0III-IV 19 08 59.9 + 6 04 24 178596 124318 Ll.35860 19 2 53 + 5 52.7 5.7 25 6.34 B5Vn 19 09 51.6 - 0 25 41 178744 143087 Ll.35872 19 3 26 - 0 37.6 6.6 26 6.7 A0 19 10 58.2 - 6 37 16 178954 143104 Ll.35922 19 4 15 - 6 49.4 7.0 27 7.6 K0 19 11 05.4 + 5 10 47 179104 124356 Ll.35968 19 4 56 + 4 58.6 7.0# * 6.9 B9 19 11 06.4 + 5 16 29 179124 124358 Ll.35969 19 4 57 + 5 4.2 7.3# 28 20 5.34v? B3V 19 12 40.7 - 7 56 22 179406 143134 J.490 19 5 54 - 8 8.8 5.9 29 21 5.15v B8II-III 19 13 42.7 + 2 17 38 179761 124408 Ll.36086 19 7 25 + 2 5.0 5.7 30 6.49v? A3V 19 13 44.1 + 5 30 57 179791 124410 Ll.36099 19 7 35 + 5 18.3 6.8 31 6.5 F0 19 15 22.2 - 6 03 00 180086 143183 Ll.36137 19 8 41 - 6 15.9 6.8 32 22 5.59 A3IV 19 16 31.1 + 4 50 05 180482 124455 Ll.36225 19 10 20 + 4 36.9 6.1 33 6.5 A2 19 16 34.6 + 6 35 48 180504 124457 Ll.36241 19 10 29 + 6 22.7 6.8 34 6.19 A1Vn 19 17 48.2 + 2 01 54 180782 124478 Ll.36285 19 11 29 + 1 48.6 6.7 35 23 5.10 K2II* 19 18 32.5 + 1 05 06 180972 124487 Ll.36316 19 12 11 + 0 51.6 5.7 r * 6.7 F0 19 18 31.3 + 0 25 25 180973 124486 By., Ll.36313 19 12 8 + 0 11.8 7.1# 36 24 6.41 K0IIIa: 19 18 50.9 + 0 20 21 181053 124492 Ll.36326 19 12 27 + 0 6.8 6.8# 37 6.32 G9III 19 18 52.7 + 9 37 07 181122 124497 Ll.36356 19 12 55 + 9 23.7 6.8 38 26 f 5.01 G8III-IV 19 20 32.9 - 5 24 57 181391 143286 Ll.36373 19 13 52 - 5 38.9 5.6 39 6.6 F2 19 20 27.0 - 1 18 37 181420 143285 Ll.36385 19 13 58 - 1 32.6 6.8 40 27 5.46 B9III 19 20 35.7 - 0 53 32 181440 143292 Ll.36397 19 14 9 - 1 7.4 5.9 41 6.67 B2IVp 19 22 20.7 - 8 12 04 181858 143321 Ll.36511 19 15 34 - 8 26.1 6.9 42 5.83 G8III: 19 22 21.3 - 0 15 07 181907 143324 Ll.36489 19 15 56 - 0 29.2 6.3 r 43 6.32 K0 19 23 04.6 - 7 24 01 182038 143340 Ll.36502 19 16 20 - 7 38.2 6.7 r 44 6.35 F6V 19 22 48.4 + 9 54 46 182101 124564 Ll.36542 19 16 51 + 9 40.1 6.6 45 6.50 A9V 19 25 01.6 - 4 53 03 182475 143373 Ll.36594 19 18 23 - 5 7.7 6.8 46 30 Delta 3.40v F0IV 19 25 29.9 + 3 06 53 182640 124603 Ll.36646 19 19 11 + 2 52.0 3.4 47 32 Nu 4.66 F2Ib 19 26 31.1 + 0 20 19 182835 124628 Ll.36679 19 20 8 + 0 5.5 5.4 48 6.6 F0 19 27 41.2 + 4 42 35 183085 124646 WB.495 19 21 30 + 4 27.5 7.0 49 5.84 B6III 19 28 20.8 + 2 55 49 183227 124661 T.8953 19 22 4 + 2 40.6 6.3 50 U* 6.61v F8Ib-II* 19 29 21.5 - 7 02 38 183344 143454 Ll.36791 19 22 38 - 7 17.9 7.0 51 35 c 5.80 A0V 19 29 01.0 + 1 57 01 183324 124675 Ll.36803 19 22 42 + 1 41.9 6.1 52 6.25 K2 19 29 18.0 + 0 14 46 183387 124681 Ll.36813 19 22 54 - 0 0.5 6.8 53 6.09 K5Ib 19 30 10.5 + 2 54 15 183589 124698 Ll.36863 19 23 54 + 2 38.8 6.5 r, var 54 36 e 5.03 M1III 19 30 39.8 - 2 47 20 183630 143482 Ll.36870 19 24 8 - 3 2.8 5.6 r 55 6.05v A0sh 19 30 33.1 + 3 26 40 183656 124704 Ll.36890 19 24 18 + 3 11.1 6.3 56 7.03v B8 19 31 15.8 - 2 06 36 183794 143494 Ll.36902 19 24 46 - 2 22.2 7.0 57 6.94v B0.5IV 19 33 37.1 + 3 45 41 184279 124788 WB.661 19 27 23 + 3 29.6 7.0 * 7.6 A0 19 33 12.1 + 7 46 22 184244 124782 Ll.37010 19 27 9 + 7 30.2 8 # * 7.9 A0 19 33 44.8 + 7 49 46 184336 124790 Ll.37024 19 27 42 + 7 33.6 8 1/2# * 7.3 A0 19 33 46.5 + 7 55 05 184362 124792 Ll.37027 19 27 44 + 7 39.0 7.7# * 6.9 A0 19 34 11.0 + 7 47 10 184451 124801 Ll.37050 19 28 8 + 7 31.0 7.2# 58 38 Mu 4.45 K3III 19 34 05.4 + 7 22 44 184406 124799 Ll.37044 19 27 59 + 7 7.0 5.3 var 59 37 k* 5.12 G8III 19 35 07.3 -10 33 38 184492 162792 J.495 19 28 14 -10 49.9 5.8 r 60 6.34 K0 19 35 29.8 - 7 27 37 184573 143564 Ll.37057 19 28 45 - 7 43.9 6.7 61 6.38 F6IV 19 35 25.5 + 2 54 48 184663 124823 Ll.37085 19 29 8 + 2 38.2 6.6 62 6.6 G8III 19 36 12.6 + 6 00 28 184853 124835 Ll.37144 19 30 4 + 5 44.0 7.0 63 39 Kappa 4.95 B0.5III 19 36 53.5 - 7 01 39 184915 143600 J.498 19 30 10 - 7 18.2 5.4 64 41 Iota 4.36 B5III 19 36 43.3 - 1 17 11 184930 143597 J.499 19 30 15 - 1 33.7 4.6 var? 65 42 5.68 F3IV 19 37 47.3 - 4 38 51 185124 143621 Ll.37178 19 31 9 - 4 55.4 5.8 66 6.6 A5 19 38 43.4 -10 09 23 185298 162843 Ll.37207 19 31 51 -10 26.2 6.8 dpl. 7, 8 67 6.36 B3III 19 38 49.0 + 3 22 54 185423 124892 Ll.37262 19 32 34 + 3 6.0 6.4 68 44 Sigma 5.17v B3V+B3V 19 39 11.6 + 5 23 51 185507 124903 Ll.37279 19 33 1 + 5 6.9 5.8 69 6.7 K2 19 40 21.3 - 5 26 51 185639 143669 Ll.37292 19 33 42 - 5 44.0 6.9 70 45 5.67 A3IV 19 40 43.3 - 0 37 17 185762 143678 Ll.37333 19 34 17 - 0 54.5 5.9 71 6.5 K2 19 42 03.0 - 9 11 35 185966 143705 Ll.37363 19 35 14 - 9 28.8 6.7 72 6.9 F5 19 43 03.2 - 8 18 26 186158 143722 WB.903 19 36 16 - 8 35.9 6.7 73 6.83 F5 19 42 45.9 + 8 22 57 186226 124969 Ll.37449 19 36 43 + 8 5.2 7.0 74 6.52 K0 19 44 01.7 + 9 31 04 186442 125000 Ll.37497 19 38 3 + 9 13.2 6.9 75 6.41 K0 19 44 41.3 + 8 43 35 186535 125011 Ll.37526 19 38 39 + 8 25.8 6.8 76 7.3 K0 19 45 41.3 - 0 41 48 186641 143775 Ll.37541 19 39 14 - 0 59.6 7.0 77 6.48 B3III 19 45 52.3 - 2 53 00 186660 143776 Ll.37546 19 39 20 - 3 11.1 6.5 78 49 Upsilon* 5.91 A3IV 19 45 39.9 + 7 36 48 186689 125032 Ll.37569 19 39 35 + 7 18.8 6.2 79 6.80 G5 19 47 33.4 + 1 05 19 187003 125069 Ll.37626 19 41 12 + 0 47.6 7.0 80 6.04 K5III 19 49 02.2 -10 52 15 187195 163012 By., Ll.37649 19 42 9 -11 10.7 6.4 r 81 6.8 G5 19 50 09.8 -10 00 24 187410 163026 Ll.37701 19 43 19 -10 19.2 7.0 82 51 5.39 F0V 19 50 46.8 -10 45 49 187532 163036 Ll.37724 19 43 54 -11 4.8 5.8 83 6.8 A2 19 50 48.7 - 4 41 37 187570 143839 Ll.37745 19 44 12 - 5 0.5 6.8 84 6.51v B2.5IVe 19 50 17.6 + 7 54 08 187567 125116 Ll.37758 19 44 14 + 7 35.4 6.6 85 6.13 K5III 19 51 11.1 - 2 27 39 187660 143853 Ll.37763 19 44 41 - 2 46.5 6.5 r 86 53 Alpha 0.77 A7IV-V 19 50 47.0 + 8 52 06 187642 125122 Ll.37771 19 44 41 + 8 32.4 1.1 87 6.7 K0 19 51 26.8 + 4 05 18 187734 125141 Ll.37791 19 45 13 + 3 46.1 7.0 * 7.2 F5 19 51 42.9 -10 57 00 187696 163054 Ll.37759 19 44 49 -11 16.0 7.5# * 6.9 K0 19 52 07.3 -10 53 31 187775 163064 Ll.37781 19 45 14 -11 12.7 7.1# * 7.8 K2 19 52 26.0 -10 57 21 187840 163070 Ll.37790 19 45 32 -11 16.5 8 # 88 6.25 A1m 19 51 17.7 + 9 37 49 187753 125139 WB.1129 19 45 18 + 9 18.9 6.7 89 55 Eta 3.78v F6Ib 19 52 28.4 + 1 00 20 187929 125159 Ll.37812 19 46 7 + 0 41.2 var. 3 1/2 - 4 3/4 90 5.65v A5pvar 19 53 18.7 - 3 06 52 188041 143883 Ll.37832 19 46 46 - 3 26.2 5.9 91 6.53 B9.5Vn 19 53 22.6 + 4 24 02 188107 125182 Ll.37855 19 47 10 + 4 4.7 6.7 92 56 5.79 K5III 19 54 08.2 - 8 34 27 188154 143894 Ll.37848 19 47 21 - 8 53.8 6.2 93 57 5.71 B7Vn 19 54 37.6 - 8 13 38 188293 143898 Ll.37875 19 47 52 - 8 33.1 6.4# * 6.49 B8V 19 54 38.1 - 8 14 14 188294 143899 Ll.37877 19 47 53 - 8 33.6 7.1# 94 59 Xi 4.71 K0III 19 54 14.9 + 8 27 41 188310 125210 Ll.37897 19 48 11 + 8 8.4 5.3 95 58 5.61 A0III 19 54 44.8 + 0 16 26 188350 125219 Ll.37896 19 48 20 - 0 3.1 5.9 96 6.15 A2V 19 54 40.2 + 7 08 25 188385 125221 DM.4351 19 48 34 + 6 48.9 6.6 97 6.51 F2V 19 55 19.6 - 6 44 04 188405 143911 Ll.37901 19 48 37 - 7 3.6 6.7 98 60 Beta 3.71 G8IVvar 19 55 18.8 + 6 24 24 188512 125235 Ll.37938 19 49 10 + 6 5.8 3.9 99 6.7 G5 19 57 24.7 - 6 41 53 188844 143942 Ll.37994 19 50 43 - 7 1.5 6.8 100 5.88 F5V 19 59 47.4 - 9 57 30 189340 163168 Ll.38100 19 52 59 -10 17.0 6.1 101 6.17 G8III 19 59 22.6 + 1 22 39 189322 125310 Ll.38065 19 53 1 + 1 2.2 6.8 r 102 6.6 A2 19 59 41.5 - 1 58 14 189359 143974 Ll.38112 19 53 12 - 2 18.4 7.0 103 5.91 K5III 20 00 58.9 + 8 33 29 189695 125355 Ll.38199 19 54 56 + 8 13.0 6.2 r 104 6.72 A0 20 02 10.6 - 4 59 24 189825 144009 Ll.38214 19 55 33 - 5 20.1 6.7 105 6.72 F4III 20 04 01.2 - 7 28 11 190172 144038 Ll.38280 19 57 17 - 7 49.0 6.9 106 62 5.68 K4III 20 04 23.2 - 0 42 33 190299 144045 Ll.38321 19 57 57 - 1 3.3 6.1 107 63 Tau 5.52 K0III 20 04 08.3 + 7 16 41 190327 125403 Ll.38332 19 58 2 + 6 55.6 5.9 r 108 6.34v? F1III 20 05 05.4 -11 35 58 190390 163245 By., Ll.38318 19 58 11 -11 57.1 6.6 109 6.67 F8 20 05 10.1 + 2 07 07 190498 125423 Ll.38371 19 58 51 + 1 46.3 7.0 110 6.47 K0 20 06 12.2 - 4 04 42 190664 144062 Ll.38388 19 59 36 - 4 25.9 6.5 111 6.8 F0 20 05 55.9 + 4 46 31 190662 125438 Ll.38402 19 59 43 + 4 25.3 7.0 112 7.11 A1IV-V 20 06 38.7 + 7 34 34 190849 125456 Ll.38442 20 0 33 + 7 13.2 6.8 113 64 5.99 K1IV 20 08 01.4 - 0 40 38 191067 144095 Ll.38476 20 1 35 - 1 2.1 6.7 114 6.43 F3V 20 07 50.4 + 9 23 58 191104 125478 Ll.38506 20 1 49 + 9 2.3 6.6 115 6.61 F8 20 10 07.8 + 8 26 36 191533 125517 Ll.38612 20 4 5 + 8 5.1 6.7 * 7.8 G0 20 10 29.7 - 6 09 49 191500 144133 Ll.38581 20 3 50 - 6 31.8 7.4# 116 6.9 A0 20 11 05.9 - 6 05 16 191619 144142 Ll.38610 20 4 26 - 6 27.4 6.8# 117 65 Theta 3.23 B9.5III 20 11 18.3 - 0 49 17 191692 144150 J.507 20 4 51 - 1 11.4 3.0 118 7.16 F0 20 11 18.9 - 0 07 35 191709 144151 Ll.38632 20 4 54 - 0 29.7 7.0 119 6.9 A0 20 12 38.7 - 6 21 58 191949 144170 Ll.38679 20 5 58 - 6 44.2 7.0 120 6.9: B9pCr* 20 12 35.2 + 0 52 03 191984 125567 WB.105 20 6 13 + 0 29.7 6.6 121 6.9 A0 20 12 47.4 - 2 59 45 192007 144173 Ll.38698 20 6 15 - 3 22.2 7.0 dpl. 7, 10 122 6.6 K5 20 13 04.4 - 0 19 52 192086 144177 Ll.38713 20 6 39 - 0 42.2 7.0 123 66 5.47 K5III 20 13 13.9 - 1 00 34 192107 144181 Ll.38722 20 6 46 - 1 22.9 5.8 r 124 7.3 F0 20 14 24.3 - 6 02 50 192290 144199 Ll.38761 20 7 44 - 6 25.4 6.8 125 6.92 F0 20 15 10.6 - 3 30 13 192461 144212 Ll.38800 20 8 38 - 3 52.8 6.8 dpl. 8 1/2, 7 126 6.8 A2 20 15 28.3 - 7 31 52 192505 144221 Ll.38802 20 8 45 - 7 54.6 7.0 127 7.0 A2 20 15 23.4 - 5 32 12 192483 144219 Ll.38804 20 8 45 - 5 54.9 6.9 128 6.43 G5 20 16 06.0 + 4 34 51 192699 125628 Ll.38862 20 9 53 + 4 12.1 6.7 129* 6.6 F2 20 17 00.4 + 8 57 49 192895 125647 Ll.38936 20 10 58 + 8 34.7 6.5 130 6.94 A3 20 18 37.6 + 0 38 29 193122 125665 Ll.38971 20 12 14 + 0 15.2 6.9 131 6.06 K0 20 19 43.1 - 1 04 44 193329 144296 WB.285 20 13 16 - 1 28.2 6.4 r 132 5.31 G8III-IV 20 23 10.7 + 5 20 35 194013 125747 Ll.39176 20 16 59 + 4 56.7 5.8 133 6.84 F5 20 23 38.3 - 5 15 57 194040 144372 WB.386 20 17 0 - 5 40.0 7.0 134* 6.7 K2 20 23 27.0 +10 21 48 194116 106054 Ll.39201 20 17 27 + 9 57.8 6.7 135 6.16v? B9V 20 24 37.5 + 1 04 07 194244 125769 Ll.39222 20 18 15 + 0 40.0 6.4 var? 136 6.7 K5 20 24 41.8 + 1 22 07 194263 125772 Ll.39223 20 18 20 + 0 58.0 6.7 137 6.11 K1III: 20 25 42.5 - 2 48 01 194454 144412 * 20 19 11 - 3 12.2 6.6 138 6.64 F8 20 27 27.5 - 2 06 10 194765 144450 Ll.39335 20 20 59 - 2 30.6 6.5 139 68 6.13 B9V 20 28 24.8 - 3 21 28 194939 144468 Ll.39375 20 21 52 - 3 46.1 6.3 140 6.85 G0 20 28 50.1 - 1 44 05 195005 144480 Ll.39397 20 22 20 - 2 8.8 6.9 141 69 4.91 K2III 20 29 39.0 - 2 53 08 195135 144495 J.515 20 23 7 - 3 18.0 5.3 142 7.5 K2 20 32 17.7 + 2 13 13 195616 125910 Ll.39540 20 25 58 + 1 47.9 6.5# r * 6.6 K2 20 32 20.3 + 2 07 57 195617 125911 Ll.39542 20 26 1 + 1 42.7 7.5# 143* 8.51 K0 20 34 33.1 - 5 50 37 195946 144578 Ll.39620 20 27 55 - 6 16.2 7.0 144 70 4.89 K5II 20 36 43.6 - 2 32 58 196321 144624 Ll.39727 20 30 13 - 2 58.9 5.1 145 6.22 B8IIIp 20 37 18.3 + 0 05 49 196426 144632 Ll.39760 20 30 54 - 0 20.2 6.4 * 7.2 K0 20 38 08.7 - 4 22 54 196527 144642 Ll.39788 20 31 34 - 4 49.0 7.1# * 7.8 G0 20 38 21.2 - 4 30 43 196554 144647 Ll.39798 20 31 46 - 4 56.8 7.8# 146 71 l 4.32 G8III 20 38 20.3 - 1 06 19 196574 144649 J.519 20 31 53 - 1 32.4 4.5 Preceding 5 the star 7 Aquilae is connected with a brace to 5 without a combined magnitude or being assigned a number. 17 No star brighter than magnitude 9 lies near the position stated in the Uranometria Argentina. This star is not identified. 22 Spectrum M7IIIevar Between 22 and 23 the star HD177904=SAO124265 is not assigned a number. Following 27 the star HD179124=SAO124358 is connected with a brace to 27 without a combined magnitude or being assigned a number. 35 Spectrum K2II-IIIvar Preceding 36 the star HD180973=SAO124486 is connected with a brace to 36 without a combined magnitude or being assigned a number. 50 The variable star designation U was assigned after publication of the Uranometria Argentina and does not appear therein. Spectrum F8Ib-IIvar Between 57 and 58 four stars, HD184244=SAO124782, HD184336=SAO124790, HD184362= SAO124792, and HD184451=SAO124801, are all connected with a brace without a combined magnitude for the four stars or having numbers assigned to any of them. 59 The letter k was assigned by Flamsteed (not Bayer) but omitted from the Uranometria Argentina. However it appears in some modern atlases and catalogs. 78 Letter corrected from v. Between 87 and 88 three stars, HD187696=SAO163054, HD187775=SAO163064, and HD187840=SAO163070, are connected with a brace without a combined magnitude for all three stars or having numbers assigned to any of them. Following 93 the star HD188294=SAO143899 is connected with a brace to 93 with combined magnitude 5.7 without being assigned a number. Preceding 116 the star HD191500=SAO144133 is connected with a brace to 116 without a combined magnitude or being assigned a number. 120 Spectrum B9pCr(EuSr) 129 This star was assigned in the Uranometria Argentina to Aquila but now lies in Delphinus. 134 This star was assigned in the Uranometria Argentina to Aquila but now lies in in Delphinus. 137 Gould does not provide a designation from an earlier catalog. Following 142 the star HD195617=SAO125911 is connected with a brace to 142 without a combined magnitude or being assigned a number. Compared with the modern magnitudes Gould's star 142G=HD195616=SAO125910 and HD195617= SAO125911 have their magnitudes reversed. It is possible that Gould intended that HD195617=SAO125911 be numbered 142 but the magnitudes became reversed during the preparation of the Uranometria Argentina catalog, and the number 142 was assigned to the wrong star. 143 The star HD195946=SAO144578 is very close to the position stated in the Uranometria Argenina, but 1.5 magnitudes fainter. Hence this identification should be considered tentative. Between 145 and 146 the stars HD196527=SAO144642 and HD196554=SAO144647 are connected with a brace without a combined magnitude or having numbers assigned to either. 15. - ARA G F,Letter Mag Spec RA 2000 Dec HD SAO Gould desig RA 1875 Dec G Mag Notes 1 6.18 B8Vn 16 38 52.7 -60 59 25 149485 253638 L.6873 16 27 50 -60 43.9 6.5 2 6.18 F2III-IV 16 40 50.4 -60 26 47 149837 253651 L.6886 16 29 52 -60 11.5 6.8 3 6.5 A9V 16 40 44.5 -51 28 42 149989 244058 L.6903 16 31 5 -51 14.0 6.8 4 5.65 O5 16 41 20.3 -48 45 47 150136 227049 L.6912 16 31 59 -48 30.9 5.6 dpl. 6 3/4, 6 5 5.65 B1II 16 41 40.3 -49 39 04 150168 227058 L.6913 16 32 13 -49 24.3 6.0 6 6.27 F5Iab 16 43 03.4 -46 04 14 150421 227092 B.5805 16 33 58 -45 49.7 6.6 7 5.96 G8III 16 44 39.7 -53 09 07 150576 244106 L.6927 16 34 47 -52 54.8 6.6 r 8 5.74 B2IV-V 16 46 21.2 -58 30 13 150745 244122 L.6928 16 35 42 -58 16.1 6.1 9 5.60 B0Iab 16 47 19.5 -58 20 29 150898 244133 L.6936 16 36 41 -58 6.5 6.0 r * 7.02 F8Ia 16 46 04.0 -46 29 07 150884 227171 L.6952 16 36 55 -46 15.1 7.2# 10 6.47 A1V 16 46 06.3 -46 31 57 150897 227172 L.6953 16 36 57 -46 17.8 6.8# 11 7.3 M0III 16 47 28.8 -48 19 09 151082 227205 L.6959 16 38 8 -48 5.3 7 # * 8.0 F2/F3IV* 16 47 35.5 -48 20 55 151116 227211 L.6960 16 38 16 -48 6.3 8 # 12 6.67 A7IV 16 48 05.3 -45 56 41 151196 227233 L.6973 16 38 59 -45 43.0 6.9 13 Eta 3.76 K5III 16 49 47.1 -59 02 29 151249 244168 L.6956, J.414 16 39 0 -58 48.9 3.8 c 14 6.8 v? B8IV 16 48 53.7 -52 56 27 151231 244158 L.6963 16 39 1 -52 42.8 6.8 var? 15 6.47 A5+F7* 16 50 35.9 -50 02 44 151566A 227281 L.6982 16 41 4 -49 49.4 6.8 dpl. 7, 7 3/4 16 5.94 M0III 16 54 00.5 -57 54 34 151967 244245 L.6985 16 43 24 -57 41.5 6.5 r 17 6.02 A0III 16 55 24.7 -63 16 11 152082 253734 L.6983 16 43 46 -63 3.5 6.4 18 6.5 K1II 16 54 31.5 -49 42 39 152220 227386 L.7010 16 45 0 -49 30.0 7.0 r 19* 6.5 D Del* 16 58 15.6 -65 12 15 152493 253753 L.6998 16 46 7 -64 59.9 7.0 20 6.6 B5III 16 57 29.8 -60 36 00 152511 253748 L.7008 16 46 23 -60 23.7 6.9 21 6.33v? B3Vnpe 16 56 08.9 -50 40 30 152478 244280 L.7024 16 46 31 -50 28.1 6.9 22 5.94 B9V 16 56 28.7 -52 17 02 152527 244285 L.7021 16 46 40 -52 4.6 6.6 23 Zeta 3.13 K5III 16 58 37.2 -55 59 25 152786 244315 L.7034, J.419 16 48 17 -55 47.4 3.2 r 24 5.55 B9IV 16 58 18.0 -50 38 28 152824 244313 L.7045 16 48 40 -50 26.4 6.0 25 Epsilon1 4.06 K4III 16 59 35.1 -53 09 38 152980 244331 L.7050, J.421 16 49 38 -52 57.9 4.2 26 5.66 A3V 17 00 06.2 -54 35 49 153053 244338 L.7052 16 49 58 -54 24.0 6.5 27 6.5 v? Ap(Si) 17 01 07.0 -56 33 18 153201 244356 L.7057 16 50 41 -56 21.7 6.9 var.? 28 6.11v B2IVne 17 01 47.4 -58 57 30 153261 244362 L.7055 16 50 57 -58 46.0 6.4# * 7.58 B0/3Vnne 17 01 53.9 -59 02 54 153262 244363 B.5911 16 51 3 -58 51.4 7.6# 29 6.00 G9III+G* 17 00 27.1 -48 38 52 153221 227542 L.7064 16 51 1 -48 27.1 6.4 30 6.45 A7V 17 01 46.1 -51 07 51 153370 244370 L.7067 16 52 4 -50 56.4 7.0 31 Epsilon2 5.29 F6V 17 03 08.8 -53 14 13 153580 244388 L.7073 16 53 10 -53 2.8 5.9 32 5.73 B5IV 17 04 24.7 -57 42 44 153716 244401 L.7072 16 53 46 -57 31.7 6.2 33 6.06 A2/A3V 17 03 41.7 -47 09 35 153791 227588 L.7086 16 54 24 -46 58.7 6.6 34 6.39 B8II/III 17 10 06.2 -61 40 31 154555 253818 L.7102 16 58 43 -61 30.5 6.7 35 6.8 G5/G6Ib 17 11 09.6 -58 01 32 154813 244489 L.7124 17 0 26 -57 51.7 7.0 36 5.89 K0III/IV 17 13 17.6 -67 11 48 154903 253827 L.7107 17 0 32 -67 2.0 6.4 r 37 6.70 B1Ib 17 10 21.0 -46 44 26 154873 227683 L.7141 17 1 5 -46 34.5 7.0 dpl. 7, 7 1/2 38 5.84 M1/M2III 17 11 38.9 -48 52 27 155035 227699 L.7149 17 2 9 -48 42.8 6.6 r * 7.01 F3/F5III 17 13 53.0 -56 48 03 155299 244536 L.7151 17 3 21 -56 38.7 7.3# 39 6.09v M1II+A* 17 14 13.3 -56 53 17 155341 244539 L.7152 17 3 40 -56 44.0 7.0# r 40 5.91 K2IIICN* 17 19 12.4 -59 41 40 156091 244613 L.7170 17 8 9 -59 33.3 6.5 r 41 5.51 G8V 17 19 03.2 -46 38 02 156274 227816 L.7194 17 9 34 -46 30.2 6.1 dpl. 6, 8 1/4 42 6.27 F8+B9* 17 19 30.3 -50 03 47 156331 244631 L.7196 17 9 51 -49 55.6 7.0 43 6.8 B5V 17 23 57.9 -65 42 08 156709 253899 L.7185 17 11 31 -65 34.4 7.0 44 6.76 A5V 17 22 47.6 -58 28 21 156751 244675 L.7210 17 11 58 -58 20.5 7.0 dpl. 9 1/2, 7 45 5.88 G8Ib/II 17 22 55.1 -58 00 37 156768 244678 L.7213 17 12 9 -57 52.9 6.4 46 5.70 B2IV 17 24 01.0 -62 51 51 156838 253903 L.7199 17 12 17 -62 44.2 6.2 47 5.80 G8/K0III 17 23 06.9 -56 31 31 156854 244685 L.7218 17 12 35 -56 23.9 6.4 48 5.79 B8Ib/II 17 24 18.7 -60 40 25 156942 253908 L.7214 17 13 3 -60 32.9 6.3 49 Iota 5.25 B2IIIne 17 23 16.0 -47 28 05 157042 227886 L.7236 17 13 53 -47 20.5 5.8 50 Gamma 3.30 B1Ib 17 25 23.6 -56 22 40 157246 244726 L.7233, J.429 17 14 53 -56 15.4 3.6 51 Beta 2.85 K3Ib-II 17 25 18.0 -55 31 48 157244 244725 L.7237, J.430 17 14 55 -55 24.5 2.8 52 6.24 B7/B8V 17 28 07.7 -63 02 11 157524 253928 L.7239 17 16 21 -62 55.3 6.6 53 Kappa 5.23 K1III 17 26 00.0 -50 38 01 157457 244734 L.7253 17 16 16 -50 31.0 5.8# 54 5.92 B9II 17 27 12.4 -50 37 49 157662 244755 L.7262 17 17 28 -50 31.0 6.8# 55 6.19 B8/B9V 17 26 56.3 -51 56 57 157599 244749 L.7256 17 17 2 -51 50.0 6.9 * 7.1 A0V 17 26 44.5 -45 49 25 157649 227966 * 17 17 31 -45 42.5 7 3/4# 56 5.29 B8V 17 26 51.5 -45 50 37 157661 227971 L.7267 17 17 39 -45 43.7 6 # dpl. 6 1/4, 7 3/4 57 7.13 B5IV: 17 27 03.6 -47 08 11 157698 227974 L.7266 17 17 42 -47 1.3 6.9# * 6.65v B5Vnne 17 27 54.8 -47 01 35 157832 227990 L.7276 17 18 34 -46 54.9 7.4# 58 5.75 K2III 17 27 57.6 -52 17 49 157753 244763 L.7265 17 18 1 -52 11.0 6.3 59 5.94 G8II/III 17 28 38.7 -55 10 11 157819 244770 L.7263 17 18 18 -55 3.5 6.6 r 60 Delta 3.60 B8V 17 31 05.9 -60 41 02 158094 253945 L.7271, J.434 17 19 49 -60 34.6 3.7 61 5.95 B7II/III 17 31 23.1 -56 55 14 158220 244808 L.7281 17 20 46 -56 49.1 6.4 62 Alpha 3.00 B2Vne 17 31 50.5 -49 52 34 158427 228069 L.7301, J.436 17 22 11 -49 46.4 2.9 63 6.05 F8/G0Ib 17 31 49.0 -46 02 11 158476 228075 L.7308 17 22 34 -45 56.2 6.7# * 7.1 K5/M0III 17 31 57.0 -46 05 33 158499 228079 L.7310 17 22 41 -45 59.5 7.5# 64 6.28 B5II/III 17 35 35.0 -59 50 46 158895 244866 L.7309 17 24 27 -59 45.3 6.7 65 6.5 G6/G8III 17 34 16.9 -48 31 36 158907 228126 L.7323 17 24 46 -48 26.1 7.0 c 66 6.10 B9III 17 35 20.0 -53 21 10 159018 244870 L.7321 17 25 14 -53 15.7 6.7 67 Sigma 4.60 A0V 17 35 39.5 -46 30 20 159217 228162 L.7340 17 26 21 -46 25.0 5.5 68 5.93 K0III-IV 17 37 27.2 -50 03 36 159463 244894 L.7343 17 27 45 -49 58.4 6.6 r 69 Pi 5.24 A7V 17 38 05.7 -54 30 01 159492 244896 L.7342 17 27 50 -54 24.8 5.8 70 NGC6397* 5.65 F5 17 40.7 -53 40 L.7356 17 30 35 -53 35.6 6.7 cum., neb. 71 Lambda 4.77 F3IV 17 40 23.6 -49 24 56 160032 228257 L.7363 17 30 45 -49 20.1 5.6 r 72 5.79 A0V 17 41 16.2 -46 55 19 160263 228279 L.7374 17 31 55 -46 51.0 6.3 73 6.24v M3III 17 42 03.9 -50 30 38 160342 244954 L.7375 17 32 18 -50 26.4 6.9 r 74 6.64 B9III 17 43 33.1 -57 01 20 160483 244967 L.7370 17 32 53 -56 57.3 6.9 75 Mu 5.15 G5V 17 44 08.7 -51 50 03 160691 244981 L.7385 17 34 13 -51 45.8 5.7 76 6.10 A9IV 17 48 37.9 -55 24 07 161420 245044 L.7413 17 38 13 -55 21.1 6.4 77 Nu1* 5.92v B2V+B3V 17 50 28.2 -53 36 44 161783 245065 L.7426 17 40 18 -53 34.1 6.1 dpl. 8, 6 1/4 78 Nu2* 6.09 B9.5III* 17 51 11.0 -53 07 50 161917 245072 L.7428 17 41 5 -53 5.3 6.7 79 6.5 G8/K0II 17 52 52.0 -56 09 17 162154 245086 L.7439 17 42 19 -56 7.0 7.0 80 6.11 G6III 17 51 44.5 -45 36 02 162123 228490 L.7454 17 42 30 -45 33.7 6.6 81 6.6 K0III+A2 17 57 13.1 -55 22 53 163028 245131 L.7472 17 46 47 -55 21.3 7.0 dpl. 82 6.27 B4III 17 57 42.8 -56 53 47 163071 245133 L.7471 17 47 3 -56 52.3 6.5 83 6.6 A2III 18 06 09.2 -51 44 39 164896 245238 L.7533 17 56 13 -51 44.8 6.9 84 Theta 3.66 B2Ib 18 06 37.9 -50 05 30 165024 245242 L.7535, J.454 17 56 54 -50 5.8 3.9 dpl. 85 6.15 B7/B8II 18 08 30.0 -45 46 02 165493 228734 L.7558 17 59 14 -45 46.7 6.8 dpl. 7, 8 Preceding 10 the star HD150884=SAO227171 is connected with a brace to 10 with combined magnitude 6.7 without being assigned a number. Following 11 the star HD151082=SAO227205 is connected with a brace to 11 with combined magnitude 7.0 without being assigned a number. Spectrum F2/F3IV/V 15 Spectrum A5III+F7III 19 This star was assigned by Gould to Ara; its proper motion has now carried it into Triangulum Australe. Spectrum Fm Delta Del. Following 28 the star HD153262=SAO244363 is connected with a brace to 28 with combined magnitude 6.3 without being assigned a number. 29 Spectrum G8/K0III+G Preceding 39 the star HD155299=SAO244536 is connected with a brace to 39 with combined magnitude 6.9 without being assigned a number. 39 Spectrum M1/2II/III+A 40 Spectrum K2IIICNIb/II 42 Spectrum F8III+B9V 53, 54 These stars are connected with a brace with combined magnitude 5.7 Preceding 56 the star HD157649=SAO227966 is connected with a brace to 56 with combined magnitude 5.7 without being assigned a number or provided with a designation from an earlier catalog. Following 57 the star HD157832=SAO227990 is connected with a brace to 57 without a combined magnitude or being assigned a number. Following 63 the star HD158499=SAO228079 is connected with a brace to 63 without a combined magnitude or being assigned a number. 70 This object is the globular cluster NGC6397. This designation is not shown in the Uranometria Argentina. 77 The designation Nu1 was assigned by Lacaille. It is not shown in the Uranometria Argentina because Gould considered this star to be fainter than 6th magnitude. However it is shown in some modern atlases and catalogs. 78 The designation Nu2 was assigned by Lacaille. It is not shown in the Uranometria Argentina because Gould considered this star to be fainter than 6th magnitude. However it is shown in some modern atlases and catalogs. Spectrum B9.5III/IV. 66. - BOOTES G F,Letter Mag Spec RA 2000 Dec HD SAO Gould desig RA 1875 Dec G Mag Notes 1 5.99 A2V 14 01 20.4 + 8 53 43 122365 120228 Ll.25746 13 55 9 + 9 30.0 6.3 2 6.26 G9III 14 03 36.8 + 7 32 47 122744 120261 Ll.25816 13 57 25 + 8 8.8 6.6 3 5.12 A0V 14 23 22.7 + 8 26 48 126129 120426 Ll.26302 14 17 14 + 9 1.0 5.2 4 5.95v? A3V 14 24 01.0 + 8 14 38 126200 120433 Ll.26312 14 17 51 + 8 48.8 6.6 5 6.19v? K4III 14 24 18.3 + 8 05 06 126271 120436 Ll.26325 14 18 10 + 8 39.5 6.7 c 6 31 4.87v? G8IIIvar 14 41 38.8 + 8 09 42 129312 120601 Ll.26766 14 35 30 + 8 41.9 5.4 var? 7 6.9 v? F5 14 49 42.1 + 7 59 12 130726 120683 Ll.27017 14 43 34 + 8 30.4 7.0 var? 8 7.5 : G5comp 15 07 32.9 + 9 13 30 134066 120850 Ll.27547 15 1 31 + 9 42.4 6.9 29. - CAELUM G F,Letter Mag Spec RA 2000 Dec HD SAO Gould desig RA 1875 Dec G Mag Notes 1 6.39 F6V 4 25 19.1 -44 09 39 28246 216790 L.1458 4 21 24 -44 26.9 6.6 2 6.7 A1V 4 26 37.8 -40 31 45 28358 216803 L.1464 4 22 25 -40 48.7 6.8# dpl. * 7.1 F8/G0V 4 27 32.6 -40 28 21 28453 216811 L.1472 4 23 20 -40 45.1 7.3# 3 6.10 F8V 4 27 05.9 -46 56 51 28454 216809 L.1479 4 23 26 -47 13.0 6.5 4 6.44v? M1III 4 28 09.4 -41 57 36 28552 216821 L.1484 4 24 4 -42 14.2 6.9 * 8.7 K0 4 29 08.0 -46 32 01 216829 * 4 25 27 -46 48.4 7 1/2# 5 6.16 K1III 4 29 20.0 -46 30 55 28700 216832 L.1498 4 25 38 -46 47.4 6 1/2# 6 7.0 F3/F5II 4 30 53.3 -41 10 27 28837 216847 L.1508 4 26 44 -41 26.6 6.9 7 Delta 5.07 B2IV-V 4 30 50.1 -44 57 14 28873 216850 L.1512, J.96 4 27 1 -45 13.4 5.0 8 6.5 A3V(s) 4 37 19.2 -41 52 23 29559 216899 L.1543 4 33 15 -42 7.6 6.6 9 Alpha 4.45 F2V 4 40 33.7 -41 51 50 29875 216926 L.1556, J.103 4 36 32 -42 6.2 4.6 10 Beta 5.05 F3V 4 42 03.5 -37 08 40 29992 195239 L.1559, J.104 4 37 38 -37 23.4 5.1 11 6.9 B9.5V 4 42 08.2 -37 36 48 30011 195241 L.1561 4 37 46 -37 51.1 6.8 12 5.68 K3III 4 43 09.3 -30 45 56 30080 195250 L.1564 4 38 20 -30 59.9 6.2 r 13 6.25 K3/K4III 4 43 44.2 -41 03 53 30202 216961 L.1578 4 39 38 -41 17.9 6.5 14 6.86 A0V 4 45 49.6 -34 00 18 30397 195275 L.1587 4 41 12 -34 14.0 6.7 15 6.05 K1III 4 45 55.4 -39 21 24 30432 195278 L.1594 4 41 42 -39 35.0 6.4 16 Zeta 6.37 K0III 4 47 49.6 -30 01 13 30608 195300 L.1601 4 42 57 -30 14.8 6.7 17 6.72 G8III 4 48 33.8 -43 58 47 30788 217004 L.1616 4 44 43 -44 12.0 6.7 * 7.27 A3V(s) 4 49 10.7 -42 23 06 30848 217012 L.1618 4 45 12 -42 36.1 7.2# * 7.32 A2mF2* 4 49 20.4 -42 24 50 30877 217016 L.1619 4 45 22 -42 37.8 7.2# 18 Nu* 6.07 F1III-IV 4 50 16.2 -41 19 15 30985 217032 L.1626 4 46 12 -41 32.3 6.3 19 5.86 A2/A3V 4 51 28.2 -34 54 23 31093 195357 L.1628 4 46 55 -35 7.0 6.2 20 6.6 F6IV/V 4 51 54.2 -34 14 20 31142 195364 L.1630 4 47 18 -34 27.0 6.7 * 7.0 K4III 4 53 17.0 -38 08 40 31349 195381 L.1642 4 48 58 -38 21.0 7.3# 21 6.9 K1III 4 54 04.4 -38 09 47 31430 195387 L.1652 4 49 46 -38 22.0 7.0# 22 6.10 K3III 4 54 54.8 -39 37 43 31529 195400 L.1658 4 50 44 -39 49.8 6.5 23 6.7 K2III 4 59 19.2 -32 14 21 32079 195455 L.1675 4 54 37 -32 25.7 7.0 dpl. 24 7.2 F3V 4 59 20.3 -36 52 15 32152 195458 L.1678 4 54 58 -37 3.8 6.7 25 6.03 G8III 5 01 34.5 -39 43 05 32453 195501 L.1700 4 57 25 -39 54.1 6.4 26 5.94 K2III 5 02 22.8 -31 46 17 32515 195509 L.1695 4 57 39 -31 57.2 6.4 27 6.31 F8V 5 03 54.0 -41 44 42 32820 217153 L.1715 4 59 54 -41 55.5 6.5 28 Gamma 4.55 K3III 5 04 24.4 -35 29 00 32831 195532 L.1712, J.110 4 59 55 -35 39.3 4.7# * 6.34v F2IV/V 5 04 26.1 -35 42 19 32846 195534 L.1713 4 59 58 -35 52.8 7.1# Following 2 the star HD28453=SAO216811 is connected with a brace to 2 without a combined magnitude or being assigned a number. Preceding 5 the star SAO216829 is connected with a brace to 5 with combined magnitude 6.4 without being assigned a number or provided with a designation from an earlier catalog. Between 17 and 18 the stars HD30848=SAO217012 and HD30877=SAO217016 are connected with a brace with combined magnitude 6.7 without having numbers assigned to either. For HD30877=SAO217016 the spectrum is A2/3(m)A3-F2. 18 The letter Nu was assigned by Bode. It was dropped by Gould because he considered this star to be fainter than magnitude 6, and does not appear in the Uranometria Argentina. However it remains in occasional current use. Preceding 21 the star HD31349=SAO195381 is connected with a brace to 21 without a combined magnitude or being assigned a number. Following 28 the star HD32846=SAO195534 is connected with a brace to 28 without a combined magnitude or being assigned a number. 65. - CANCER G F,Letter Mag Spec RA 2000 Dec HD SAO Gould desig RA 1875 Dec G Mag Notes 1 17 Beta 3.52v? K4III 8 16 30.9 + 9 11 08 69267 116569 Ll.16174 8 9 44 + 9 34.2 3.5 2 6.29 G8III 8 17 31.7 + 8 51 58 69478 116585 Ll.16210 8 10 45 + 9 15.1 7.0 3 5.13 G8II 8 25 54.8 + 7 33 52 71115 116752 Hev.12, Ll.16530 8 19 13 + 7 58.2 5.7 4 6.7 K0 8 29 36.4 + 8 25 02 71795 116818 Ll.16663 8 22 52 + 8 49.9 7.0 5 6.03 F3IV 8 34 13.3 + 8 27 07 72617 116894 Ll.16823 8 27 29 + 8 52.8 6.5 6 6.00 F8V 8 35 51.0 + 6 37 13 72945 116929 Ll.16895 8 29 12 + 7 3.4 6.2 7 6.45 K1III 8 39 24.6 + 8 01 03 73599 116997 Ll.17038 8 32 42 + 8 25.5 6.7 8 6.5 K0 8 40 13.4 + 6 33 56 73764 117006 Ll.17073 8 33 34 + 7 0.2 6.8 9 6.7 K0 8 49 48.8 + 7 00 53 75374 117172 Ll.17391 8 43 9 + 7 28.7 6.9 10 6.8 B9 8 49 57.5 + 6 32 50 75390 117175 Ll.17397 8 43 19 + 7 0.6 7.0 11 6.59 G0 8 52 16.5 + 8 03 46 75767 117212 Ll.17480 8 45 32 + 8 32.5 6.7 12 6.19 G8III 8 57 42.0 + 9 23 17 76629 117301 Ll.17666 8 50 58 + 9 52.1 6.5 13 5.85 K3III: 9 02 44.7 + 7 17 53 77445 117369 Ll.17845 8 56 6 + 7 47.4 6.2 14 6.9 K0 9 03 14.6 + 6 48 58 77518 117374 Ll.17866 8 56 36 + 7 18.4 6.8 15 7.1 G5 9 17 50.8 + 7 56 47 80065 117573 Ll.18323 9 11 11 + 8 28.5 7.0 41. - CANIS MAJOR G F,Letter Mag Spec RA 2000 Dec HD SAO Gould desig RA 1875 Dec G Mag Notes 1 6.52 B3III 6 12 46.3 -17 45 47 42927 151227 Ll.11890 6 7 16 -17 44.0 6.8 * 7.6 K0/K1III 6 12 40.8 -27 43 35 42987 171394 Y.2571 6 7 44 -27 41.7 7.1# * 7.6 G8III/IV 6 12 41.8 -27 44 48 43010 171396 Y.2572 6 7 46 -27 42.9 7.1# * 8.0 G6III/IV 6 12 54.8 -27 44 07 43056 171401 Y.2573 6 7 59 -27 42.2 7.1# 2 6.8 K0III 6 13 24.7 -15 23 01 43028 151241 Ll.11909 6 7 46 -15 21.0 7.0 3 6.54 B7V 6 13 33.3 -29 23 46 43179 171425 L.2195 6 8 44 -29 21.7 6.8 4 7.1 A0V 6 14 30.4 -29 36 13 43369 171448 OA.4853 6 9 41 -29 34.1 6.9 r 5 5.91 K0 6 15 08.4 -20 16 20 43396 171458 Ll.11984 6 9 46 -20 14.1 6.5 6 5.99 K0 6 15 17.5 -18 28 36 43429 151274 Ll.11983 6 9 49 -18 26.2 6.6 7 5.01 B9Vn 6 15 44.8 -13 43 06 43445 151283 Ll.11985 6 10 1 -13 40.7 5.5 8 6.6 A2 6 15 23.7 -11 54 16 43393 151272 Ll.11964 6 9 35 -11 52.0 6.7# * 6.8 F2 6 16 41.6 -12 02 50 43628 151303 Ll.12006 6 10 53 -12 0.2 7.1# 9 5.92 B2.5Vne 6 16 07.7 -16 37 04 43544 151294 Ll.12000 6 10 33 -16 34.7 6.5 10 6.04 G0V 6 17 03.6 -22 42 54 43745 171502 Ll.12056 6 11 48 -22 39.7 6.6 11 5.14v? K3III 6 17 41.7 -16 48 57 43827 151322 Ll.12060 6 12 8 -16 46.3 5.8 r 12 6.6 B9 6 17 44.2 -19 11 20 43861 151323 Ll.12064 6 12 18 -19 8.6 6.9 13 5.52 B2V 6 18 13.7 -19 58 01 43955 151334 Ll.12085 6 12 50 -19 55.2 5.8 14 6.06v? M0III 6 18 48.7 -15 01 29 44021 151346 Ll.12095 6 13 9 -14 58.6 6.7 15 5.80v? B4IV 6 18 59.0 -20 55 34 44081 171549 Ll.12118 6 13 39 -20 52.5 6.2 * 7.1 B9 6 18 55.4 -25 00 47 44102 171552 L.2219, OA.4942 6 13 49 -24 57.8 7.1# * 7.4 A0 6 19 15.3 -24 58 29 44144 171562 OA.4949 6 14 9 -24 55.4 7.4# * 8.3 * 6 19 15.8 -24 57 29 171563 L.2220, OA.4950 6 14 9 -24 54.4 7.8# 16 6.5 K2 6 19 38.0 -22 06 11 44225 171571 Ll.12150 6 14 22 -22 3.2 6.9 * 6.6v? K5 6 21 05.3 -11 49 02 44394 151391 Ll.12169 6 15 16 -11 45.7 7.3# r 17 5.54v B1Vpe 6 21 24.7 -11 46 24 44458 151401 Ll.12176 6 15 35 -11 43.0 6.1# dpl. 6 1/4, 8 1/2 18 1 Zeta 3.00v? B2.5V 6 20 18.8 -30 03 48 44402 196698 L.2229, J.149 6 15 31 -30 0.6 3.2 19 7.4v? F3V 6 20 56.4 -29 40 15 44524 171609 L.2232 6 16 7 -29 36.7 6.9 20 2 Beta 1.98v B1II-III 6 22 42.0 -17 57 21 44743 151428 J.150, Ll.12241 6 17 12 -17 53.7 2.2 21 6.24 K2 6 23 46.0 -15 04 18 44891 151450 Ll.12272 6 18 6 -15 0.4 6.9 r 22 6.57 A5 6 23 42.9 -16 27 57 44892 151449 Ll.12275 6 18 8 -16 24.3 6.8 23 5.22 K3III 6 24 10.3 -11 31 49 44951 151458 Ll.12278 6 18 21 -11 27.8 5.6 r 24 6.60 B8III* 6 23 47.6 -19 47 07 44953 151453 Ll.12288 6 18 23 -19 43.3 6.9 25 6.34 G8III 6 23 14.4 -31 47 24 44956 196759 L.2255 6 18 34 -31 43.6 6.8 26 6.12 B5Ve 6 24 20.5 -12 57 45 44996 151461 Ll.12287 6 18 35 -12 53.8 6.5 27 6.9 K1/K2III 6 23 29.5 -29 51 39 44978 171677 L.2254 6 18 41 -29 47.8 7.0 28 6.7 A3 6 24 21.0 -16 13 28 45016 151462 Ll.12304 6 18 46 -16 9.6 6.9 dpl. 7, 8 1/2 29 5.63 K5III 6 23 55.8 -25 34 39 45018 171688 L.2250 6 18 51 -25 30.7 6.0 30 6.37 G2V 6 24 43.9 -28 46 48 45184 171711 L.2262 6 19 53 -28 42.4 6.7 31 6.89 A0V 6 25 40.4 -29 42 10 45382 171731 L.2271 6 20 52 -29 37.9 6.9 32 6.5 K0 6 26 42.6 -14 36 11 45420 151512 Ll.12377 6 21 2 -14 31.8 6.8 33 6.07 F9V 6 27 11.3 -25 51 24 45588 171774 L.2279 6 22 9 -25 46.4 6.5 * 7.10 B8 6 27 58.8 -13 09 36 45629 151530 Ll.12425 6 22 14 -13 5.0 7.1# * 7.55v B9:p 6 28 17.5 -13 03 10 45677 151534 Ll.12438 6 22 32 -12 58.6 7.4# * 7.56 A2 6 28 34.5 -13 02 58 45733 151542 Ll.12447 6 22 49 -12 58.2 7.1# 34 5.77 G5 6 28 37.3 -17 27 58 45765 151546 Ll.12456 6 23 5 -17 23.3 6.5 35 Lambda 4.50 B4V 6 28 10.1 -32 34 48 45813 196857 L.2295, J.153 6 23 32 -32 30.1 4.7 36 5.74 G5 6 28 39.2 -32 22 16 45871 196861 L.2300 6 24 0 -32 17.5 6.5 37 6.7 A2 6 29 25.6 -22 35 28 45941 171831 Ll.12509 6 24 10 -22 30.6 7.0 38 6.6 M0 6 30 12.0 -19 12 54 46037 151577 Ll.12524 6 24 45 -19 7.9 7.0 r 39 6.16 B1.5V 6 30 34.7 -13 08 54 46064 151585 Ll.12515 6 24 49 -13 3.9 6.7 40 6.8 B8 6 30 29.7 -14 57 14 46035 151583 Ll.12520 6 24 50 -14 52.2 7.0 41 5.15 K3III 6 31 23.0 -12 23 30 46184 151602 Ll.12541 6 25 35 -12 18.3 5.6 r 42 5.90 B3IV/V 6 30 46.4 -27 46 12 46189 171866 L.2309 6 25 49 -27 41.0 6.1 43 6.7 A5 6 31 29.5 -21 24 19 46270 171884 Ll.12570 6 26 10 -21 19.2 6.8 44 4 Xi1 4.33v B0.5IV 6 31 51.3 -23 25 06 46328 171895 L.2313 6 26 39 -23 19.8 4.5 45 6.3 M4III 6 31 24.2 -32 52 03 46347 196905 L.2318 6 26 47 -32 46.8 7.0 46 6.30 G9.5III: 6 32 46.9 -11 09 59 46407 151625 Ll.12582 6 26 56 -11 4.6 6.8 47 5.69 B2IV 6 32 39.0 -32 01 50 46547 196919 L.2330 6 27 59 -31 56.3 6.0 dpl. 7 3/4, 6 1/4 48 6.40 G5 6 33 26.6 -20 55 26 46602 171940 Ll.12632 6 28 6 -20 49.7 6.8 49 5 Xi2 4.50 A0V 6 35 03.4 -22 57 53 46933 171982 J.154 6 29 49 -22 52.0 4.8 50 5.62 B9V 6 34 35.3 -32 42 58 46936 196955 L.2347 6 29 57 -32 37.1 6.1 51 6.4 K0 6 35 30.8 -22 06 31 47012 171992 * 6 30 14 -22 0.5 6.9 * 7.65 F3IV-V 6 36 21.5 -18 39 36 47138B 151693 T.2583 6 30 53 -18 33.6 8 # 52 6 Nu1 5.70 F3IV-V* 6 36 22.8 -18 39 36 47138 151694 T.2585 6 30 55 -18 33.5 6.4# r 53 5.97 K5 6 36 46.7 -13 19 15 47182 151700 WB.917 6 31 1 -13 13.0 6.8 54 7 Nu2 3.96v? K1III 6 36 41.0 -19 15 22 47205 151702 Ll.12740, J.155 6 31 14 -19 9.0 4.1 r 55 6.35 B5V 6 36 40.9 -22 36 54 47247 172021 Ll.12755 6 31 26 -22 30.7 6.8 dpl. 9, 6 3/4 56 6.12 K0 6 37 40.9 -12 59 06 47366 151725 Ll.12758 6 31 55 -12 52.4 6.6 57 8 Nu3 4.43 K1III 6 37 53.4 -18 14 15 47442 151730 Ll.12784 6 32 24 -18 7.8 4.9 r 58* 6.03 A1Vs 6 38 35.4 -16 52 25 47561 151737 Ll.12801 6 33 1 -16 54.8 6.6 59 5.27 K1III 6 37 47.6 -32 20 23 47536 197019 L.2374 6 33 6 -32 14.1 5.7 r 60 6.6 G0 6 38 23.1 -23 34 47 47579 172068 L.2370 6 33 11 -23 28.3 6.9 61 4.82 K2II 6 39 16.7 -14 08 45 47667 151751 Ll.12825 6 33 34 -14 2.1 5.7 r 62 6.05 A0 6 39 36.3 -23 41 44 47827 172102 L.2380, Ll.12866 6 34 24 -23 35.0 6.6 63 5.71 K1III 6 39 42.7 -30 28 13 47946 197057 L.2388 6 34 55 -30 21.0 5.9 64 6.7 G5 6 41 30.8 -20 19 06 48203 172167 Ll.12927 6 36 7 -20 11.9 7.0# * 6.9 K0 6 41 57.1 -20 15 00 48315 172178 Ll.12947 6 36 34 -20 7.8 7.2# 65 6.12v? F0 6 42 45.8 -22 26 57 48501 172204 Ll.12973 6 37 30 -22 19.9 6.7 dpl. 6 3/4, 8 1/2 66 9 Alpha -1.47 A1V 6 45 08.9 -16 42 58 48915 151881 Ll.13040, J.157 6 39 38 -16 32.8 1 67 10 5.20v B2V 6 44 28.4 -31 04 14 48917 197149 L.2429 6 39 43 -30 56.6 5.7 68 6.43 F7V 6 44 51.9 -27 20 29 48938 172264 L.2427 6 39 53 -27 13.5 6.8 69 6.05 K0 6 45 23.3 -23 27 43 49001 172273 L.2428, Ll.13064 6 40 11 -23 20.0 6.6 70 6.50 B8IV 6 45 02.4 -30 35 10 49028 197163 L.2434 6 40 15 -30 27.5 6.9 71 5.32 A2V 6 45 59.3 -14 47 46 49048 151895 Ll.13059 6 40 19 -14 39.9 5.7 r * 7.61 B8V 6 45 07.2 -31 39 17 49029 197165 L.2435 6 40 24 -31 31.5 7.7# 72 5.92 F7V 6 45 22.8 -31 47 37 49095 197171 L.2437 6 40 43 -31 39.0 6.5# r 73 M41* 4.5 B3 6 47.0 -20 44 Ll.13067,73 etc. 6 40 -20 38. 5 1/2 cum. neb. 74 5.80v B2Vn 6 45 31.3 -30 56 56 49131 197177 L.2438 6 40 45 -30 49.1 6.3 dpl. 8 1/2, 6 1/4 * 6.5 A3 6 46 33.8 -14 31 24 49148 151909 Ll.13077 6 40 51 -14 23.5 7.3# 75 11 5.28 B9III 6 46 51.1 -14 25 33 49229 151919 Ll.13086 6 41 9 -14 17.6 5.5# 76 12 6.08v B7IIIn 6 47 01.5 -21 00 56 49333 172318 Ll.13115 6 41 40 -20 52.9 6.6 77 5.39 B6V 6 48 57.8 -15 08 41 49662 151962 Ll.13173 6 43 18 -15 0.3 5.8 * 7.8 A2 6 49 38.0 -24 08 36 49868 172383 L.2461 6 44 27 -24 0.1 7.5# 78 6.33 A1 6 49 44.0 -24 04 33 49891 172389 L.2462 6 44 33 -23 56.0 6.6# * 6.63 A2 6 50 16.5 -17 17 32 49955 151990 Ll.13230 6 44 43 -17 8.9 7.1# 79 5.79 K0 6 50 21.9 -17 05 03 49980 151992 Ll.13232 6 44 47 -16 56.4 6.4# r 80 7.04v? B2III 6 50 06.0 -27 20 03 50012 172403 L.2470 6 45 6 -27 11.4 7.0 var? 81 13 Kappa 3.96v? B1.5IVne 6 49 50.5 -32 30 31 50013 197258 L.2474, J.158 6 45 10 -32 21.9 4.0 * 7.60 B8 6 50 45.2 -20 50 09 50072 172422 Ll.13264 6 45 23 -20 41.4 7.6# * 7.17 B3 6 50 52.6 -20 54 38 50118 172425 Ll.13270 6 45 31 -20 45.9 7.1# 82 6.33 B2V 6 50 36.9 -25 46 41 50093 172420 L.2473 6 42 32 -25 38.0 6.6 83 5.72 B6Vnpe 6 50 23.3 -31 42 22 50123 197263 L.2479, B.1375 6 45 40 -31 33.7 6.3# * 7.86 F3 6 50 26.3 -31 42 06 50123B 197265 B.1374 6 45 43 -31 33.4 7.7# 84 5.65 F1V 6 53 18.8 -19 01 58 50644 152055 Ll.13351 6 47 51 -18 52.8 6.1# 85 6.14 A5m 6 53 21.7 -18 56 00 50643 152056 Ll.13357 6 47 53 -18 46.9 6.8# 86 6.40v? M4III 6 53 00.1 -26 57 27 50648 172504 OA.5848 6 47 59 -26 48.2 7.0 r 87 15 4.80v B1IV 6 53 32.9 -20 13 27 50707 172520 Ll.13374 6 48 9 -20 4.3 5.3 88 6.46 A2 6 53 22.2 -24 41 03 50711 172516 * 6 48 13 -24 31.8 6.9 89 14 Theta 4.05 K4III 6 54 11.4 -12 02 19 50778 152071 Ll.13373, J.160 6 48 23 -11 53.0 4.4 r 90 6.04 G3/G5V 6 53 33.9 -28 32 23 50806 172524 L.2501 6 48 35 -28 22.2 6.5 91 6.24 A1 6 53 55.3 -24 32 21 50853 172531 Ll.13393 6 48 45 -24 23.0 6.6 92 16 Omicron1 3.87v K3Iab 6 54 07.9 -24 11 02 50877 172542 L.2506, J.162 6 48 57 -24 1.8 3.9 r 93 6.7 B6V 6 54 20.1 -31 48 04 51014 197335 L.2519 6 49 37 -31 38.7 6.9 94 17 5.74 A3IV 6 55 02.7 -20 24 17 51055 172569 Ll.13434 6 49 39 -20 14.8 6.5 95 19 Pi 4.69v? F2III: 6 55 37.4 -20 08 11 51199 172579 Ll.13452 6 50 12 -19 58.8 4.9 dpl. 5, 10 96 18 Mu 5.00 G5III+A2 6 56 06.6 -14 02 37 51250 152123 Ll.13450 6 50 23 -13 53.0 5.5 dpl. 8 1/2, 5 1/2 97 5.30 B3II-III 6 55 46.8 -22 56 29 51283 172588 Ll.13463* 6 50 31 -22 46.8 5.9 98 20 Iota 4.40v? B3II 6 56 08.2 -17 03 15 51309 152126 Ll.13460, J.163 6 50 34 -16 53.6 4.9 99 6.36 B3V 6 55 54.8 -31 47 24 51411 197371 L.2528 6 51 11 -31 37.8 6.7 100 6.8 F5 6 57 01.6 -19 26 20 51573 152151 Ll.13486 6 51 34 -19 16.2 7.0 101 6.61v B1.5III: 6 57 14.7 -22 12 11 51630 172631 Ll.13510 6 51 57 -22 2.3 6.9 102 5.46 F0V: 6 57 33.9 -24 37 50 51733 172644 L.2535 6 52 25 -24 28.2 5.9 103 6.23 B2/B3V 6 57 42.4 -27 32 15 51823 172650 OA.5961 6 52 43 -27 22.3 6.6 104 6.36v? B2V 6 58 07.6 -27 09 53 51925 172656 L.2543 6 53 6 -26 59.8 6.6 105 5.59 B3V 6 58 35.9 -25 24 50 52018 172669 B.1416 6 53 29 -25 14.9 6.0 106 21 Epsilon 1.50 B2II 6 58 37.5 -28 58 19 52089 172676 L.2550, J.164 6 53 43 -28 48.2 1.8 107 6.26 B2.5IV* 6 59 39.3 -21 36 12 52273 172700 Ll.13591 6 54 19 -21 25.9 6.7 108 6.42 B3V 6 58 43.8 -30 59 52 52140 197432 L.2553, Y.2823 6 53 57 -30 49.8 6.7# 109 6.6 A4/A5IV 7 00 09.8 -31 08 28 52516 197456 L.2566, Y.2832 6 55 23 -30 58.2 7.0# * 7.7 M0/M1III 7 00 14.0 -31 04 07 52548 197457 Y.2833 6 55 27 -30 53.8 7.7# 110 6.7 G0Ib 6 59 00.3 -32 43 21 52220 197436 L.2559 6 54 20 -32 33.1 7.0 111 6.31 B4III 7 00 08.1 -20 09 32 52348 172718 OA.6013 6 54 43 -19 59.2 6.6 112 6.7 A3 7 00 35.2 -20 38 22 52485 172736 Ll.13623 6 55 11 -20 28.0 6.9 113 5.60 B2V 7 01 05.9 -25 12 55 52670 172763 L.2570 6 55 58 -25 2.4 6.0 114 22 Sigma 3.47v K4III 7 01 43.1 -27 56 05 52877 172797 L.2581, J.165 6 56 44 -27 45.4 3.6 rr var? 115 24 Omicron2 3.00 B3Ia 7 03 01.5 -23 50 00 53138 172839 L.2588, J.166 6 57 48 -23 39.1 3.4 116 23 Gamma 4.10 B8II 7 03 45.5 -15 38 00 53244 152303 Ll.13717, J.167 6 58 6 -15 27.0 4.5 117 6.09 K0 7 04 47.1 -22 01 56 53629 172906 Ll.13773 6 59 28 -21 50.5* 6.7 r 118 6.48 O8 7 06 35.8 -12 23 38 53975 152393 Ll.13810 7 0 47 -12 22.2 7.0 119 5.39v B0.5IV 7 06 40.7 -11 17 39 53974 152394 Ll.13811 7 0 49 -11 6.2 6.0 120 6.34 B3V 7 06 00.6 -30 39 20 54031 197566 L.2610 7 1 11 -30 27.9 6.8 121 6.08 K2 7 06 52.3 -24 57 38 54173 172986 L.2615 7 1 43 -24 46.1 6.7 r 122 5.71v B2IVe 7 07 22.6 -23 50 25 54309 173002 L.2617, Ll.13877 7 2 9 -23 38.8 6.3 123 25 Delta 1.80v? F8Ia 7 08 23.5 -26 23 36 54605 173047 L.2633, J.168 7 3 19 -26 11.7 2.1 124 6.65 B2V 7 08 49.3 -24 02 39 54669 173064 L.2634 7 3 36 -23 50.7 7.0 125 6.03 B1II 7 09 33.2 -16 14 05 54764 152477 Ll.13928 7 3 55 -16 2.1 6.6# r * 6.62 A5 7 09 52.1 -16 14 05 54834 152484 Ll.13938 7 4 14 -16 2.0 7.8# 126 5.69 B2.5IV 7 09 43.0 -25 13 52 54912 173101 L.2641 7 4 34 -25 1.8 6.3 127 6.23 F0 7 10 09.2 -18 41 07 54958 152497 Ll.13956 7 4 39 -18 29.1 6.8 128 5.46 G8III 7 10 19.3 -27 29 29 55070 173122 L.2647 7 5 18 -27 17.3 6.3 129 6.67 B9 7 11 25.2 -17 19 51 55213 152532 Ll.14006 7 5 51 -17 7.6 6.8 130 5.84 A0V 7 11 41.5 -20 52 58 55344 173168 Ll.14024 7 6 18 -20 40.6 6.3 131 26 5.90v? B2V 7 12 12.2 -25 56 33 55522 173193 L.2656 7 7 5 -25 44.1 6.5 132 5.78 K0 7 13 07.1 -11 15 05 55589 152570 Ll.14046 7 7 15 -11 2.5 6.4 133 6.10 A8III/IV 7 12 04.1 -30 49 18 55568 197686 L.2660 7 7 15 -30 36.8 6.6 134 6.01v? K2III 7 13 23.9 -22 40 24 55762 173230 Ll.14088 7 8 6 -22 27.7 6.8 135 6.27 B2IV 7 13 48.4 -22 54 23 55856 173247 Ll.14105 7 8 32 -22 41.6 6.9 dpl. 7, 9 136 6.10v B2II 7 13 36.3 -27 21 23 55857 173244 L.2666 7 8 34 -27 8.6 6.8 137 6.55v B2III/IV 7 13 47.1 -31 05 02 55958 197719 L.2676 7 8 59 -30 52.3 6.9 138 6.29 B2III 7 13 57.2 -30 20 24 55985 197722 L.2677 7 9 6 -30 7.6 6.8 139 27 4.65v B3III 7 14 15.2 -26 21 09 56014 173264 L.2674, J.171 7 9 10 -26 8.3 5.4 140 28 Omega 3.73v B2IV/Ve 7 14 48.7 -26 46 22 56139 173282 L.2681 7 9 44 -26 33.4 4.2 141 5.58 K3III 7 14 51.1 -27 02 17 56160 173283 By.1061, L.2682 7 9 48 -26 49.2 6.5 rr 142 5.36 B2V 7 15 21.0 -30 41 11 56342 197756 L.2688 7 10 31 -30 28.2 6.2 r 143 6.32 A0 7 15 47.5 -23 44 26 56341 173319 L.2684 7 10 33 -23 31.3 6.8 144 5.46 A3V 7 16 14.4 -15 35 08 56405 152641 Ll.14170 7 10 35 -15 22.0 5.9 145 4.78 K3Ib 7 16 36.8 -23 18 56 56577 173349 Ll.14200 7 11 21 -23 5.6 5 1/4# r 146 7.1 F0 7 16 38.2 -23 18 38 56578 173353 Ll.14202 7 11 23 -23 5.5 7 # 147 4.64 M2III 7 16 35.0 -27 52 52 56618 173360 L.2697 7 11 34 -27 39.7 5.4 4 148 6.32 A9II 7 16 57.2 -30 53 48 56731 197789 L.2706, OA.6553 7 12 7 -30 40.4 6.7# * 7.97 * 7 16 57.2 -30 54 26 197788 OA.6554 7 12 7 -30 41.0 8 # 149 6.46 B5Vn 7 17 47.9 -26 47 51 56876 173411 OA.6567 7 12 43 -26 34.4 7.0 150 29 4.98v O7e 7 18 40.3 -24 33 32 57060 173444 L.2718 7 13 28 -24 19.9 5.6 151 30 Tau 4.40v? O9Ib 7 18 42.4 -24 57 15 57061 173446 L.2721 7 13 32 -24 43.7 4.6 tpl. 4 3/4, 9 1/2, 9 3/4 152 6.09 F0Iab-b 7 19 02.0 -19 16 49 57118 152710 Ll.14277 7 13 33 -19 3.1 6.6 153 6.6 B8 7 19 18.3 -17 31 29 57139 152723 Ll.14281 7 13 43 -17 17.8 7.0 154 5.30 G2+B9* 7 18 51.2 -26 35 09 57146 173453 OA.6600 7 13 46 -26 21.5 6.0 r 155 5.70v F1V 7 19 28.1 -16 23 42 57167 152724 * 7 13 49 -16 9.7 6.2 156 5.45 G5III: 7 20 58.2 -14 21 37 57478 152749 Ll.14329 7 15 15 -14 7.7 6.2 157 6.60 B2.5V 7 20 53.2 -22 51 06 57573 173517 Ll.14351 7 15 35 -22 37.0 7.0 158 6.01v B3V 7 20 55.0 -26 57 49 57593 173522 L.2747 7 15 51 -26 43.8 6.7 r 159 5.87 M4III 7 21 04.3 -25 53 29 57615 173529 L.2749 7 15 56 -25 39.5 6.7 r 160 4.96 B7IV 7 22 13.6 -19 00 59 57821 152776 Ll.14382 7 16 43 -18 46.7 5.7 * 6.83 B3III 7 22 35.7 -32 02 46 58063 197914 L.2766 7 17 50 -31 48.4 7.5# 161 5.43 B5IIIne 7 23 00.6 -31 55 26 58155 197925 L.2769 7 18 14 -31 41.0 5.9# 162 5.38 K2III 7 23 29.1 -27 50 03 58215 173622 L.2768 7 18 27 -27 35.6 6.1 r 163 5.39 B2/B3II* 7 23 31.9 -32 12 08 58286 197938 L.2773 7 18 46 -31 57.6 5.8 164 6.19 B8 7 24 17.1 -22 54 46 58346 173656 Ll.14446 7 18 59 -22 40.1 6.8 165 5.33v B2.5IVe 7 24 40.1 -16 12 04 58343 152834 Ll.14442 7 19 1 -15 57.4 6.0 r 166 6.60 B2III 7 23 54.3 -30 13 01 58325 197944 L.2774 7 19 2 -29 58.5 6.9 167 31 Eta 2.40 B5Ia 7 24 05.7 -29 18 11 58350 173651 L.2777 7 19 9 -29 3.6 2.9 168 6.24 A2Ib 7 24 50.7 -19 00 44 58439 152837 Ll.14457 7 19 20 -18 46.1 6.8 169 5.78 F0V 7 25 08.3 -13 45 07 58461 152840 Ll.14451 7 19 24 -13 30.4 6.4 170 6.80 B1Iab 7 25 07.9 -21 10 29 58510 173684 Ll.14480 7 19 44 -20 55.7 6.9 * 7.59 B8V 7 24 41.4 -31 46 58 58534 197962 * 7 19 54 -31 32.3 7 3/4# 171 5.35v? K1III 7 24 43.8 -31 48 32 58535 197964 L.2793 7 19 57 -31 33.9 5 3/4# r 172 6.05 A8Ib-II: 7 25 19.9 -21 58 58 58585 173691 Ll.14490 7 19 59 -21 44.2 6.7 173 5.78 B7III 7 25 25.2 -25 13 04 58612 173697 L.2792 7 20 15 -24 58.3 6.4 174 6.31 B2/B3III 7 25 43.0 -31 44 19 58766 197986 L.2802 7 20 55 -31 29.5 6.9 175 6.63 A1 7 26 40.7 -23 42 44 58907 173743 L.2803 7 21 25 -23 27.8 7.0 176 5.63 A5n 7 27 08.0 -17 51 52 58954 152894 Ll.14545 7 21 33 -17 36.9 6.2 177 5.61v B0IV:pe 7 26 59.4 -23 05 10 58978 173752 Ll.14552 7 21 41 -22 50.1 5.7 178 5.79v? G8Ib+B2* 7 27 51.7 -11 33 25 59067 152909 Ll.14551 7 21 59 -11 18.3 6.3 dpl. 8 1/2, 6 1/2 Between 1 and 2 Three stars, HD42987=SAO171394, HD43010=SAO171396, and HD43065 =SAO171401, are connected with a brace without a combined magnitude for all three stars or having numbers assigned to any of them. Following 8 the star HD43628=SAO151303 is connected with a brace to 8 without a combined magnitude or being assigned a number. Between 15 and 16 three stars, HD44102=SAO171552, HD44144=SAO171562, and SAO171563, are connected with a brace without a combined magnitude for all three stars or having numbers assigned to any of them. For SAO171563 the spectral class is not available. Preceding 17 the star HD44394=SAO151391 is connected with a brace to 17 without a combined magnitude or being assigned a number. 24 Spectrum B8III He wk Between 33 and 34 three stars, HD45629=SAO151530, HD45677=SAO151534, and HD45733=SAO151542, are connected with a brace without a combined magnitude for all three stars or having numbers assigned to any of them. 51 The Uranometria Argentina does not provide a designation from an earlier catalog. Preceding 52 the star HD47138B=SAO151693 is connected with a brace to 52 without a combined magnitude or being assigned a number. 52 Spectrum F3IV-Vcomp 58 This identification with HD47561=SAO151737 should be regarded as tentative, because Gould's declination is about 8 minutes farther south after allowance for precession. The modern magnitude of HD47561= SAO151737 is about 0.6 brighter than Gould's stated magnitude, which is very typical of the discrepancy between Gould and modern magnitudes. Following 64 the star HD48315=SAO172178 is connected with a brace to 64 without a combined magnitude or being assigned a number. Preceding 72 the star HD49029=SAO197165 is connected with a brace to 72 without a combined magnitude or being assigned a number. 73 This is the open cluster M41, which label is not shown in the Uranometria Argentina. Preceding 75 the star HD49148=SAO151909 is connected with a brace to 75 without a combined magnitude or being assigned a number. Preceding 78 the star HD49868=SAO172383 is connected with a brace to 78 with the notation cum. instead of a combined magnitude without being assigned a number. Preceding 79 the star HD49955=SAO151990 is connected with a brace to 79 without a combined magnitude or being assigned a number. Between 81 and 82 the stars HD50072=SAO172422 and HD50118=SAO172425 are connected with a brace without a combined magnitude or having numbers assigned to either of them. Following 83 the star HD51023B=SAO197265 is connected with a brace to 83 without a combined magnitude or being assigned a number. 84, 85 These stars are connected with a brace without a combined magnitude. 88 The Uranometria Argentina does not provide a designation from an earlier catalog. 97 Designation from an earlier catalog corrected from L.13463. 107 Spectrum B2.5IV-V: Following 109 the star HD52548=SAO197457 is connected with a brace to both 108 and 109 without a combined magnitude for all three stars or being assigned a number. 117 Declination corrected from -21 20.5 Following 125 the star HD54834=SAO152484 is connected with a brace to 125 without a combined magnitude or being assigned a number. 145, 146 These stars are connected with a brace with combined magnitude 5.0. Following 148 the star SAO197788 is connected with a brace to 148 without a combined magnitude or being assigned a number. The spectrum of this star is not available. 154 Spectrum G2Ib+B9/9.5 155 The Uranometria Argentina does not provide a designation from an earlier catalog. Preceding 161 the star HD58063=SAO197914 is connected with a brace to 161 without a combined magnitude or being assigned a number. 163 Spectrum B2/B3II/III Preceding 171 the star HD58534=SAO197962 is connected with a brace to 171 with combined magnitude 5.6 without being assigned a number or a designation from an earlier catalog. 178 Spectrum G8Ib-II+B2 60. - CANIS MINOR G F,Letter Mag Spec RA 2000 Dec HD SAO Gould desig RA 1875 Dec G Mag Notes 1* 6.11 B9.5III 7 07 06.4 + 4 54 37 53929 114935 Ll.13781 7 0 28 + 5 6.2 6.5 2 5.75 K0III: 7 07 49.5 + 7 28 16 54079 114947 Ll.13799 7 1 4 + 7 39.9 6.1 3 6.8 K2 7 09 51.0 + 9 18 32 54619 115009 Ll.13872 7 3 1 + 9 30.5 7.0# * 7.5 B9 7 10 49.8 + 9 22 40 54851 115038 Ll.13906 7 3 59 + 9 34.8 7.5# 4 6.09 A1V 7 11 51.3 + 5 39 17 55111 115062 Ll.13950 7 5 11 + 5 51.6 6.3 5 6.16 K0III 7 12 07.5 + 5 28 29 55184 115065 Ll.13964 7 5 28 + 5 40.9 6.5 6 5.35 K0III 7 14 20.0 + 3 06 41 55751 115119 Ll.14049 7 7 47 + 3 19.5 5.9 7 5.82v? M4III 7 15 39.5 + 7 58 40 56031 115159 Ll.14084 7 8 53 + 8 11.6 6.4 8 24 Mon* 6.41 G5III 7 15 19.3 - 0 09 41 56003 134414 By., Ll.14093 7 8 55 + 0 3.2 6.6 9 7.1 A2 7 17 00.2 + 9 27 47 56359 115194 Ll.14122 7 10 9 + 9 41.0 7.0 10 6.67 B8III 7 17 17.8 + 6 40 51 56446 115204 Ll.14137 7 10 35 + 6 54.2 6.9 11 5.89 G9III 7 19 22.3 + 2 44 26 56989 115263 Ll.14234 7 12 50 + 2 58.2 6.6 12 5.90 F8V 7 19 47.8 + 7 08 35 57006 115269 Ll.14237 7 13 3 + 7 22.4 6.4 13 6.90 B9 7 20 31.1 + 0 24 12 57275 115294 Ll.14272 7 14 5 + 0 38.0 7.0 14 6.87 B5 7 20 43.6 + 3 34 55 57291 115301 WB.390 7 14 9 + 3 48.8 6.9 15 6.00 B8III 7 22 03.5 + 0 10 38 57608 115335 Ll.14328 7 15 38 + 0 24.7 6.3 16 6.6 G5 7 22 28.3 + 0 42 03 57707 115351 Ll.14340 7 16 1 + 0 56.4 6.8 17 2 Epsilon 4.99 G8III 7 25 38.9 + 9 16 34 58367 115425 Ll.14416 7 18 49 + 9 31.3 5.6 18 3 Beta 2.90v B8Vvar 7 27 09.0 + 8 17 22 58715 115456 Ll.14466 7 20 22 + 8 32.4 3.0 19 5 Eta 5.25 F0III 7 28 02.1 + 6 56 31 58923 115477 T.3047 7 21 19 + 7 11.7 5.9 20 4 Gamma 4.32 K3III 7 28 09.8 + 8 55 32 58972 115478 Ll.14507 7 21 22 + 9 10.6 5.1 21 7 Delta1 5.20 F0III 7 32 05.9 + 1 54 52 59881 115581 Ll.14672 7 25 36 + 2 10.7 5.9 22 8 Delta2 5.60 F2V 7 33 11.6 + 3 17 25 60111 115610 T.3088 7 26 39 + 3 33.3 6.2 23 9 Delta3* 5.81 A0Vnn 7 34 15.8 + 3 22 17 60357 115644 T.3093 7 27 42 + 3 38.5 6.4 24 6.6 A0 7 35 25.2 + 7 34 49 60563 115666 Ll.14778 7 28 41 + 7 51.2 6.9 25 5.90 G0V 7 36 34.7 + 5 51 42 60803 115693 Ll.14828 7 29 56 + 6 8.2 6.6 26 10 Alpha 0.34v? F5IV 7 39 18.1 + 5 13 30 61421 115756 Ll.14914 7 32 46 + 5 32.6 1.2 27 7.9 K0 7 39 46.8 + 7 50 28 61459 115764 WB.984 7 33 2 + 8 7.5 7.0 28 6.02 A0III 7 40 07.0 + 5 13 51 61563 115773 By., Ll.14927 7 33 29 + 5 31.0 6.6 29 5.94v? A0V 7 41 35.2 + 3 37 29 61887 115813 Ll.14970 7 35 1 + 3 54.9 6.4 var? 30 6.19 K0III 7 43 05.4 + 0 11 22 62264 115839 Ll.15019 7 36 40 + 0 29.0 6.9 31 6.6 K0 7 43 21.1 + 4 56 44 62286 115846 WB.1093 7 36 44 + 5 14.5 6.8 32 6.47v F0III: 7 44 07.4 + 2 24 18 62437 115864 WB.1122 7 37 37 + 2 42.1 6.9 33 6.60 K0 7 48 03.4 + 5 24 35 63241 115947 Ll.15177 7 41 25 + 5 43.2 6.9 34 6.53 G0 7 48 58.8 + 4 19 58 63435 115966 Ll.15207 7 42 23 + 4 38.7 6.9 35 6.18 K1III 7 50 47.4 + 3 16 38 63799 116014 WB.1289 7 44 13 + 3 35.6 6.7 36 6.6 G5 7 50 51.1 + 4 27 34 63798 116016 Ll.15271 7 44 15 + 4 46.3 6.8 37 6.5 K2III 7 50 53.3 + 0 04 46 63838 116019 Ll.15286 7 44 28 + 0 23.7 7.0 38 13 Zeta 5.13 B8II 7 51 42.0 + 1 46 01 63975 116043 Ll.15321 7 45 13 + 2 5.1 5.7 39 6.31v M4III 7 52 07.1 + 3 16 38 64052 116054 WB.1324 7 45 33 + 3 36.0 6.6 40 5.80 F2IV 7 55 31.4 + 8 51 46 64685 116120 Ll.15440 7 48 44 + 9 11.6 6.5 41 6.17 G8III 7 56 23.9 + 4 29 09 64938 116145 Ll.15475 7 49 48 + 4 49.0 6.6 42 6.05 K0III 7 57 16.0 + 8 38 29 65066 116162 T.3313 7 50 29 + 8 58.4 6.5 43 6.35 F7V 7 57 16.2 + 1 07 37 65123 116165 Ll.15522 7 50 51 + 1 27.5 6.9 44 6.41v? A0V 7 58 05.8 + 7 12 49 65241 116179 Ll.15532 7 51 23 + 7 33.0 6.7 45 14 5.29 K0III 7 58 20.6 + 2 13 29 65345 116182 Ll.15556 7 51 52 + 2 33.3 6.0 46 6.67 A3 7 58 30.3 + 2 56 09 65372 116186 Ll.15562 7 51 58 + 3 16.3 7.0 47 6.8 B9 7 58 45.2 + 5 37 23 65396 116192 Ll.15564 7 52 7 + 5 57.7 7.0 48 5.65 A1V 8 01 13.8 + 4 52 47 65900 116244 Ll.15657 7 54 37 + 5 13.3 6.0 49 6.22 G0IV 8 01 50.7 + 8 54 51 66011 116251 Ll.15667 7 55 3 + 9 15.4 6.6 50 4.39 K2III 8 02 15.9 + 2 20 04 66141 116260 By., Ll.15695 7 55 46 + 2 40.5 4.9 51 6.8 A0 8 05 47.7 + 2 09 55 66925 116336 Ll.15820 7 59 18 + 2 31.2 7.0 1 This star was assigned by Gould to Canis Minor but switched when the official constellation boundaries were established to Monoceros, where it remains. Following 3 the star HD54815=SAO115038 is connected with a brace to 3 without a combined magnitude or being assigned a number. 8 This star was assigned by Flamsteed to Monoceros and given the Flamsteed number 24 Monocerotis. Gould did not state the Flamsteed number and switched the star to Canis Minor. When the official constellation boundaries were established the star was returned to Monoceros. 23 The designation Delta 3 is not shown in the Uranometria Argentina, but does appear in many modern atlases and catalogs. 44. - CAPRICORNUS G F,Letter Mag Spec RA 2000 Dec HD SAO Gould desig RA 1875 Dec G Mag Notes 1 6.18 B9.5III 20 08 31.3 -10 03 46 191110 163290 Ll.38467 20 1 41 -10 25.3 6.4 2 6.49 B1V 20 11 10.1 - 8 50 33 191639 144144 Ll.38602 20 4 23 - 9 12.6 6.5 3 1 Xi1* 6.34 K0III 20 11 57.9 -12 23 33 191753 163328 Ll.38621 20 5 2 -12 45.7 6.8 4 2 Xi2 5.85 F7V 20 12 25.9 -12 37 03 191862 163337 Ll.38641 20 5 27 -12 58.8 6.3 5 5.73v? K3V 20 15 17.4 -27 01 58 192310 189065 L.8381, Ll.38711 20 7 28 -27 24.2 6.2 r var? 6 3 6.32 B9pHg 20 16 22.8 -12 20 13 192666 163402 Ll.38827 20 9 28 -12 43.1 6.8 7 4 5.87 K0III 20 18 01.4 -21 48 36 192879 189114 T.9328 20 10 41 -22 11.6 6.1 8 5 Alpha1 4.24 G3Ib 20 17 38.9 -12 30 30 192876 163422 Ll.38880, J.508 20 10 43 -12 53.6 4.5# 9 6 Alpha2 3.57 G9III 20 18 03.3 -12 32 41 192947 163427 Ll.38901, J.509 20 11 7 -12 55.8 3.6# 10 6.6 F0 20 19 25.7 -20 57 03 193151 189142 * 20 12 8 -21 20.4 6.9 11 7 Sigma 5.28 K3II 20 19 23.6 -19 07 07 193150 163445 Ll.38948 20 12 11 -19 30.4 5.6 r 12 8 Nu 4.76 B9.5V 20 20 39.8 -12 45 33 193432 163468 Ll.39028, J.510 20 13 44 -13 9.0 5.2 13 Beta2* 6.10 A0III 20 20 46.5 -14 47 06 193452 163471 By.2607,Ll.39020 20 13 45 -15 10.6 6.7# 14 9 Beta1* 3.08 G5+A0* 20 21 00.7 -14 46 53 193495 163481 Ll.39040, J.511 20 13 59 -15 10.5 3.2# 15 6.30 G5IIIa 20 23 00.9 - 9 39 17 193896 144361 Ll.39135 20 16 13 -10 3.1 6.9 16 6.7 B9 20 23 26.2 -14 15 24 193933 163519 Ll.39140 20 16 27 -14 39.3 6.8# * 6.9 K0 20 24 13.9 -14 06 51 194121 163532 Ll.39170 20 17 16 -14 30.7 7.1# 17 10 Pi 5.25 B8II-III 20 27 19.2 -18 12 42 194636 163592 J.513 20 20 10 -18 37.2 5.5 dpl. 18 6.5 F8 20 28 01.2 -25 36 22 194711 189309 L.8457, Ll.39229 20 20 31 -26 1.0 6.6 * 6.9 G0 20 28 29.5 -24 09 47 194810 189321 L.8458, Ll.39324 20 21 4 -24 34.2 7.2# 19 6.8 K0 20 28 44.2 -23 59 01 194848 189330 L.8459 20 21 20 -24 24.0 6.9# 20 6.41 K0III 20 28 43.6 -15 44 30 194918 163612 Ll.39357 20 21 41 -16 9.2 6.8 21 6.8 A0 20 29 00.3 -20 54 05 194944 189335 Ll.39350 20 21 44 -21 18.8 7.0 * 7.3 M0III 20 28 33.2 -11 47 47 194917 163610 Ll.39361 20 21 40 -12 12.4 7.6# * 7.3 F2 20 28 48.0 -11 43 38 194958 163615 Ll.39372 20 21 56 -12 8.2 7.1# 22 11 Rho 4.78 F2IV 20 28 51.6 -17 48 49 194943 163614 J.514 20 21 44 -18 13.5 5.3# 23 6.55 K1III 20 29 00.7 -17 52 31 194960 163617 Ll.39364 20 21 52 -18 17.0 7.0# 24 6.16 M1III 20 29 31.4 -22 23 29 195006 189345 L.8463, Ll.39371 20 22 11 -22 48.2 6.5 r * 6.74 A7V 20 29 52.5 -18 35 12 195093 163625 T.9433 20 22 42 -18 59.8 7 1/2# 25 12 Omicron 5.94 A3Vn 20 29 53.9 -18 35 00 195094 163626 T.9434 20 22 43 -18 59.8 6 1/4# 26 8.2 K0 20 30 26.9 -12 13 58 195241 163638 * 20 23 34 -12 38.9 var. 6 3/4 - 8 1/2 27 6.12 gK+F 20 31 04.3 -15 03 23 195330 163645 Y.8892 20 24 4 -15 28.3 6.4 28 6.36 A0 20 32 52.4 -24 56 38 195549 189416 L.8480, Ll.39493 20 25 26 -25 21.8 6.4 29 5.65 G3V 20 32 23.7 - 9 51 12 195564 163665 Ll.39513 20 25 33 -10 16.7 6.0 30 7.0 A0 20 34 01.9 -12 20 38 195827 163683 WB.644 20 27 8 -12 46.1 7.0 31 6.13 F6V 20 34 11.7 -13 43 16 195838 163686 Ll.39579 20 27 14 -14 9.0 6.3 32 6.19 A7V 20 35 32.2 -16 31 33 196078 163712 Ll.39632 20 28 28* -16 57.2 6.5 33 7.0 K2 20 36 16.5 -12 22 51 196222 163720 Ll.39676 20 29 23 -12 48.7 6.8 34 13 6.76 K3III 20 37 21.2 -15 08 50 196348 163740 Ll.39723 20 30 20 -15 34.7 7.0 35 6.36 F0III 20 37 52.2 -25 06 32 196385 189503 L.8504, Ll.39714 20 30 25 -25 32.6 6.6 36 6.7 A3 20 38 04.9 -24 13 42 196430 189509 L.8506, Ll.39725 20 30 41 -24 39.7 6.8 37 7.0 A0 20 37 48.9 -17 07 19 196413 163746 Ll.39732 20 30 44 -17 33.3 7.0 38 7.0 B9 20 37 56.0 -11 02 00 196469 163752 Ll.39756 20 31 6 -11 28.0 7.0 39 14 Tau 5.22 B6III 20 39 16.4 -14 57 17 196662 163771 Ll.39806 20 32 17 -15 23.5 5.6 40 6.37 G8V 20 40 11.7 -23 46 26 196761 189549 L.8522, Ll.39816 20 32 45 -24 13.9 6.5 41 15 Upsilon 5.10 M2III 20 40 03.0 -18 08 19 196777 163779 J.520 20 32 56 -18 34.6 5.7 r 42 6.52 G0/G1V 20 40 36.0 -26 38 42 196815 189559 Ll.39829 20 33 6 -27 5.1 6.7 43 5.80 G7III: 20 40 32.5 -16 07 27 196857 163783 Ll.39853, T.9533 20 33 31 -16 34.0 6.2 r 44 6.28 K2III 20 41 24.1 -26 00 00 196947 189575 L.8532, Ll.39863 20 33 56 -26 26.5 6.6 45 6.50 G8III 20 45 13.2 -27 14 50 197450 189641 L.8548 20 37 43 -27 41.9 6.7 46 6.9 F0 20 45 14.9 -15 47 54 197593 163848 * 20 38 14 -16 15.0 7.0 47 16 Psi 4.13 F4V 20 46 05.7 -25 16 15 197692 189664 L.8553, J.521 20 38 41 -25 43.0 4.3 48 17 5.93 A0 20 46 10.0 -21 30 50 197725 189667 T.9577 20 38 55 -21 58.0 6.0 49 6.8 F2V 20 46 27.3 -26 52 08 197746 189675 L.8555 20 38 58 -27 19.3 7.0 dpl. 7, 8 1/2 50 6.8 F5 20 48 14.0 -19 15 38 198031 163887 Ll.40115 20 41 5 -19 43.0 6.9 51 7.0 F2 20 48 12.9 -16 31 16 198041 163889 OA.20860 20 41 11 -16 58.7 7.0 * 7.7 G5 20 48 25.0 -18 12 00 163894 Ll.40124 20 41 19 -18 39.3 7.9# * 6.6 G9III* 20 48 26.0 -18 12 06 198063 163895 Ll.40125 20 41 20 -18 39.5 7.3# 52 5.86 B8II 20 49 17.6 -25 46 53 198174 189733 L.8581 20 41 52 -26 14.4 6.1 r 53 6.21 K3III 20 49 20.5 -18 02 10 198208 163910 Ll.40155 20 42 15 -18 29.7 6.7 54 6.6 F8 20 50 30.1 -24 58 57 198354 189757 L.8590, Ll.40173 20 43 8 -25 26.5 6.9 55 6.6 F6V 20 51 33.5 -27 14 41 198500 189775 T.9624 20 44 5 -27 42.5 6.8 56 18 Omega 4.11 K4III 20 51 49.3 -26 55 09 198542 189781 L.8601 20 44 22 -27 23.1 4.1 r 57 7.2 A0 20 52 16.0 -19 38 35 198648 163943 Ll.40257 20 45 7 -20 6.6 6.9 58 6.33 G8+G2.5* 20 53 01.2 -23 46 59 198732 189801 L.8612, Ll.40274 20 45 41 -24 15.0 6.6 dpl. 59 7.0 K0 20 53 32.1 -19 06 48 198824 163954 Ll.40311 20 46 25 -19 35.0 6.9# * 7.5 G0 20 54 05.8 -18 59 46 198902 163965 Ll.40330 20 46 59 -19 28.0 7.4# 60 6.7 F0 20 54 47.0 -18 47 34 199014 163973 Ll.40348 20 47 40 -19 16.0 6.8 61 19 5.78 K0III 20 54 47.8 -17 55 23 199012 163975 Ll.40353 20 47 44 -18 23.7 6.1 62 7.1 G0 20 55 47.5 -17 06 49 199143 163989 Ll.40391 20 48 45 -17 35.2 7.0# * 7.6 K0 20 56 09.5 -17 14 34 199197 163996 Ll.40410 20 49 7 -17 43.1 7.2# 63 5.70v? F7V 20 56 47.3 -26 17 47 199260 189856 L.8621, Ll.40411 20 49 21 -26 46.2 6.1 64 5.87 A2m 20 57 40.6 -16 01 54 199443 164013 B.6951, Ll.40476 20 50 41 -16 30.7 5.9 65 20 6.25v B9pSi 20 59 36.2 -19 02 07 199728 164043 Ll.40548 20 52 30 -19 31.1 6.3 66 21 6.5 K0 21 00 51.8 -17 31 51 199947 164061 Ll.40613 20 53 50 -18 1.0 6.4 67 6.05 A3V 21 01 45.3 -26 52 52 200052 189942 L.8652, Ll.40624 20 54 20 -27 22.1 6.2 68 22 Eta 4.84 A5V 21 04 24.3 -19 51 18 200499 189986 J.527 20 57 18 -20 20.8 5.1 r 69 7.3 A5 21 04 51.2 -17 09 48 200582 164119 Ll.40774 20 57 50 -17 39.5 7.0 70 23 Theta 4.10 A1V 21 05 56.8 -17 13 58 200761 164132 Ll.40814 20 58 55 -17 43.6 4.1 71 6.6 K0 21 06 41.5 -20 10 48 200868 190014 By.2736,Ll.40835 20 59 34 -20 40.7 6.9 * 7.4 G5 21 06 51.4 -23 12 56 200881 190018 Ll.40831 20 59 36 -23 42.9 7.4# 72 7.0 F5 21 07 03.6 -23 08 56 200913 190024 L.8690, Ll.40842 20 59 48 -23 39.0 7.0# 73 24 A 4.50 M1III 21 07 07.7 -25 00 21 200914 190025 L.8689 20 59 49 -25 30.2 4.8 r 74 6.7 G5 21 07 29.9 -19 05 17 201013 164152 T.9771 21 0 25 -19 35.2 6.9 75 6.19v? A0V 21 07 44.6 -17 27 19 201057 164156 * 21 0 43 -17 57.5 6.6 76 25 Chi 5.28 A0V 21 08 33.6 -21 11 37 201184 190050 Ll.40909 21 1 24 -21 41.6 5.4 77 26 6.8 K0 21 09 15.4 -20 11 35 201301 190065 Ll.40936 21 2 8 -20 41.8 7.0 78 27 6.25v? F1IV 21 09 33.0 -20 33 23 201352 190069 Ll.40948 21 2 24 -21 3.2 6.5 79 6.04 G5 21 15 06.6 -17 20 42 202261 164249 Ll.41191 21 8 7 -17 51.6 6.4 80 28 Phi 5.24 G9III 21 15 37.9 -20 39 06 202320 190173 T.9480 21 8 31 -21 10.1 5.5 r 81 29 5.28v? M3III 21 15 44.9 -15 10 18 202369 164263 J.529 21 8 50 -15 41.4 5.7 r 82 30 5.41 B8III 21 17 57.3 -17 59 07 202671 164286 Ll.41315 21 10 57 -18 30.4 5.5 83 6.7 K0 21 18 26.1 -20 20 07 202725 190214 T.9867, Ll.41332 21 11 21 -20 51.4 7.0 84 6.9 A0V 21 19 51.4 -27 12 34 202941 190238 L.8776, Ll.41359 21 12 30 -27 44.0 6.9 dpl. 7, 7 3/4 85 6.56 G5V 21 19 45.8 -26 21 11 202940 190236 L.8777, Ll.41363 21 12 32 -26 51.9 6.7 86 32 Iota 4.28 G8III 21 22 14.8 -16 50 04 203387 164346 J.532 21 15 17 -17 21.9 4.4 r 87 5.60 M1III 21 23 00.5 -22 40 08 203475 190285 L.8794, Ll.41494 21 15 50 -23 12.1 6.0 88 6.6 K0 21 23 55.9 -25 12 09 203607 190292 L.8800, Ll.41525 21 16 40 -25 44.1 6.8 89 6.38 K0III: 21 24 07.9 -22 44 49 203639 190293 L.8802, Ll.41540 21 16 58 -23 16.9 6.8 r 90 33 5.41v? K0III 21 24 09.7 -20 51 07 203638 190295 Ll.41543 21 17 4 -21 22.9 5.7 r 91 6.7 F0 21 24 20.8 -24 25 23 203652 190299 L.8803 21 17 7 -24 57.3 6.8 92 6.6 K0 21 25 48.6 -23 49 19 203913 190330 L.8813, Ll.41596 21 18 37 -24 21.5 6.8 93 34 Zeta 3.74 G0p 21 26 40.0 -22 24 41 204075 190341 L.8815, J.534 21 19 32 -22 57.1 3.7 94 35 5.78 K5III 21 27 14.8 -21 11 46 204139 190349 Ll.41670 21 20 10 -21 44.1 6.2 r 95 6.8 B9 21 27 23.3 -13 35 15 204220 164400 Ll.41691 21 20 33 -14 7.6 6.8 96 6.8 F5 21 27 38.5 -11 40 00 204268 164405 Ll.41702 21 20 52 -12 12.3 7.0 97 6.62 F3V 21 28 13.9 -11 34 06 204363 164415 Ll.41725 21 21 28 -12 6.5 6.8 98 36 b 4.51 G5III 21 28 43.4 -21 48 26 204381 190374 Ll.41721 21 21 35 -22 21.0 4.7 99 7.0 K2 21 29 40.3 -14 01 37 204548 164430 Ll.41760 21 22 50 -14 34.0 7.0 r 100 6.57 F0V 21 29 59.6 -19 08 52 204577 164433 Ll.41765 21 22 59 -19 41.5 6.6 101 6.62 K0 21 30 40.4 -14 17 28 204692 164444 Ll.41794 21 23 49 -14 50.2 6.8 102 7.4 F0 21 31 25.5 -19 14 16 204779 164449 Ll.41810 21 24 24 -19 47.1 7.0 103 6.43 A7V 21 32 33.3 -24 35 24 204943 190423 L.8843, Ll.41841 21 25 21 -25 8.5 6.5 104 6.70 K5 21 32 22.1 -12 16 04 204971 164461 Ll.41870 21 25 35 -12 49.0 7.0 105 37 5.69 F1V 21 34 51.0 -20 05 04 205289 190461 Ll.41942 21 27 50 -20 38.4 6.0# 106 38 7.1 F8 21 34 55.0 -20 15 10 205306 190463 Ll.41946 21 27 53 -20 48.2 6.9# r 107 6.40 G7III: 21 35 16.0 -23 27 15 205342 190469 L.8851, Ll.41958 21 28 7 -24 0.5 6.7 108 38 Epsilon 4.68v B2.5Vp 21 37 04.8 -19 27 57 205637 164520 J.536 21 30 5 -20 1.5 4.7# * 7.45 B9 21 37 37.7 -19 13 53 205705 164528 Ll.42064 21 30 39 -19 47.5 7.1# 109 6.08 K0 21 39 28.2 -10 34 36 206005 164555 Ll.42160 21 32 45 -11 8.2 6.3 110 40 Gamma 3.68 F0p 21 40 05.5 -16 39 44 206088 164560 J.538 21 33 10 -17 13.5 3.7 111 42 5.18 G2IV 21 41 32.9 -14 02 51 206301 164580 Ll.42239 21 34 45 -14 36.1 5.6 112 41 5.24 G9III 21 42 00.8 -23 15 46 206356 190559 L.8893, J.539 21 34 53 -23 49.6 5.8 113 43 Kappa 4.73 G8III 21 42 39.5 -18 51 59 206453 164593 J.540 21 35 40 -19 26.1 5.0 r 114 6.22 A3m 21 43 13.5 -19 37 15 206546 164601 Ll.42285 21 36 14 -20 11.4 6.3 115 44 5.89 F0IV 21 43 04.4 -14 23 59 206561 164600 Ll.42288 21 36 16 -14 58.2 6.1 116 45 5.99 F0V 21 44 00.9 -14 44 58 206677 164612 Ll.42327 21 37 11 -15 19.3 6.3 117 7.08 K0 21 44 55.3 - 9 02 11 206833 145635 Ll.42368 21 38 15 - 9 36.6 7 # 118 46 c 5.09 G8II-III 21 45 00.3 - 9 04 57 206834 145637 Ll.42369 21 38 20 - 9 39.3 5 1/2# 119 6.6 F5 21 45 21.9 -12 47 00 206893 164627 * 21 38 35 -13 21.4 6.7 120 47 6.00v M3III 21 46 16.3 - 9 16 33 207005 145648 Ll.42414 21 39 36 - 9 51.1 6.4 121 48 Lambda 5.58 A1V 21 46 32.1 -11 21 57 207052 164639 Ll.42418 21 39 48 -11 56.5 5.7 122 50 7.00 F8 21 46 42.1 -11 41 52 207061 164640 Ll.42420 21 39 58 -12 16.1 6.9 123 49 Delta 2.87v Amv 21 47 02.4 -16 07 38 207098 164644 J.542 21 40 8 -16 41.5 2.8 124 6.31 A3m 12 49 41.0 -12 43 23 207503 164679 Ll.42518 21 42 56 -13 18.3 6.3 125 6.38 K0 21 50 13.1 -16 50 41 207552 164686 Ll.42529 21 43 20 -17 25.6 6.5 126 6.7 K0 21 50 35.4 - 8 58 57 207627 145698 WB.1016 21 43 56 - 9 33.8 6.8 127 6.86 F5V 21 51 24.6 -23 16 14 207692 190685 L.8941, Ll.42555 21 44 17 -23 51.0 6.8 128 6.16 F0III 21 51 41.8 -18 37 23 207760 164697 Ll.42574 21 44 45 -19 12.2 6.4 129 6.7 K0 21 53 01.0 -10 33 45 207936 164711 Ll.42633 21 46 19 -11 8.8 7.0 130 51 Mu 5.08 F1III 21 53 17.8 -13 33 06 207958 164713 J.545 21 46 29 -14 8.3 5.4 131 6.59 B9V 21 53 36.0 -10 18 42 208008 164717 Ll.42647 21 46 55 -10 53.9 6.5 132 6.76 A0 21 56 46.0 -17 53 49 208482 164756 Ll.42732 21 49 53 -18 29.4 6.7 133 6.81 B9 21 57 39.3 - 8 33 52 208612 145768 Ll.42780 21 51 2 - 9 9.5 6.7 134 6.12 M4III 21 58 43.8 -21 10 59 208735 190786 Ll.42804 21 51 45 -21 46.7 6.6 3 The designation Xi1 does not appear in the Uranometria Argentina, but is shown in many modern atlases and catalogs. 4 The designation Xi appears in the Uranometria Argentina. However the designation Xi2 is shown in many modern atlases and catalogs. 8, 9 These stars are connected with a brace without a combined magnitude. 10 The Uranometria Argentina does not provide a designation from an earlier catalog. 13 The designation Beta2 does not appear in the Uranometria Argentina, but is shown in many modern atlases and catalogs. 14 The designation Beta appears in the Uranometria Argentina. However the designation Beta1 is shown in many modern atlases and catalogs. Spectrum G5II+A0V: 13, 14 These stars are connected with a brace without a combined magnitude. Following 16 the star HD194121=SAO163532 is connected with a brace to 16 Preceding 19 the star HD194810=SAO189321 is connected with a brace to 19 without a combined magnitude or being assigned a number. Between 21 and 22 the stars HD194917=SAO163610 and HD194958=SAO163615 are connected with a brace without a combined magnitude or being assigned a numbers. 22, 23 These stars are connected with a brace without a combined magnitude. Preceding 25 the star HD195093=SAO163625 is connected with a brace to 25 with combined magnitude 5.9 without being assigned a number. 26 The Uranometria Argentina does not provide a designation from an earlier catalog. 32 Right ascension corrected from 20 28 26. 46 The Uranometria Argentina does not provide a designation from an earlier catalog. Between 51 and 52 the stars SAO163894 and HD198063=SAO163895 are connected with a brace with combined magnitude 6.9 without having numbers assigned to either. For HD198063=SAO163895 the spectrum is G9IIIcomp. 58 Spectrum G8III-IV+G2.5IV Following 59 the star HD198902=SAO163965 is connected with a brace to 59 without a combined magnitude or being assigned a number. Following 62 the star HD199197=SAO163996 is connected with a brace to 62 without a combined magnitude or being assigned a number. Preceding 72 the star HD200881=SAO190018 is connected with a brace to 72 without a combined magnitude or being assigned a number. 75 The Uranometria Argentina does not provide a designation from an earlier catalog. 105, 106 These stars are connected with a brace without a combined magnitude. Following 108 the star HD205705=SAO164528 is connected with a brace to 108 without a combined magnitude or being assigned a number. 117, 118 These stars are connected with a brace with combined magnitude 5.4. 119 The Uranometria Argentina does not provide a designation from an earlier catalog. 10. - CARINA G F,Letter Mag Spec RA 2000 Dec HD SAO Gould desig RA 1875 Dec G Mag Notes 1 6.8 A2/A3V 6 13 41.8 -51 40 04 43504 234384 G.247 6 10 49 -51 37.7 6.8 2 6.41 K2/K3III 6 17 51.7 -52 43 59 44267 234430 L.2238 6 15 7 -52 41.0 6.7 3 7.0 A3mA4-A8 6 18 05.7 -53 33 32 44295 234434 L.2243 6 15 27 -53 30.6 6.9# * 7.6 G8IIICNIV 6 18 32.6 -53 37 49 44382 234441 L.2246 6 15 55 -53 34.8 7.7# 4 6.7 A5V 6 21 50.2 -51 14 13 44958 234463 L.2270 6 18 53 -51 10.6 6.8 5 6.88 A3 6 22 18.9 -53 20 06 45057 234468 L.2278 6 19 38 -53 16.3 6.7 r 6 5.98 G8III 6 23 37.7 -52 10 52 45291 234475 L.2285 6 20 48 -52 6.8 6.7 r 7 Alpha -0.72 F0Ib 6 23 57.1 -52 41 44 45348 234480 L.2291, J.157 6 21 11 -52 37.6 0.4 8 6.51 K5/M0III 6 24 48.2 -52 48 23 45509 234488 B.1244 6 22 3 -52 44.1 6.7 9 5.60 F8V 6 31 18.3 -51 49 34 46569 234551 L.2349 6 28 23 -51 44.4 6.1 10 6.19 G8III 6 33 26.1 -52 19 44 47001 234574 L.2369 6 30 37 -52 14.0 6.8 11 N 4.40 B9III 6 34 58.5 -52 58 32 47306 234589 L.2383 6 32 13 -52 52.3 4.8 12 6.8 B8/B9V 6 44 09.7 -54 43 52 49192 234682 L.2458 6 41 37 -54 36.1 6.8# 13 6.6 B5/B6V 6 44 12.6 -54 41 33 49219 234683 L.2460 6 41 40 -54 34.0 6.4# * 7.8 K2III 6 45 05.5 -52 21 44 49337 234689 L.2465 6 42 33 -52 4.1 7.1# 14 5.80 K3III 6 45 53.7 -52 24 36 49517 234699 L.2471 6 43 2 -52 16.5 6.5# c 15 5.40 K1II+Gp* 6 46 52.8 -51 15 57 49689 234705 L.2478 6 43 53 -51 7.5 6.1 16 6.46 G6III 6 46 41.5 -54 41 41 49705 234704 L.2484 6 44 9 -54 33.5 7.0 17 O* 5.61v? K5III 6 47 18.8 -55 32 24 49877 234710 L.2490 6 44 53 -55 24.1 6.3 r 18 A 4.40 G6II 6 49 51.3 -53 37 20 50377 234737 L.2511 6 47 8 -53 28.6 4.8 19 6.57 G5Ib/II 6 52 46.9 -54 05 24 51043 234762 L.2537 6 50 7 -53 56.1 7.0 20 6.43 A3mA3-A8 6 52 45.4 -59 20 28 51210 234764 L.2552 6 50 55 -59 11.2 6.6 21 6.27 K2III 6 58 39.7 -55 43 46 52603 234826 L.2594 6 56 14 -55 33.2 6.9 22 6.45 F2II 6 58 36.3 -56 23 41 52622 234825 B.1440 6 56 15 -56 13.3 6.8 23 5.14 M1III 7 00 51.5 -51 24 09 53047 234854 L.2601 6 57 49 -51 13.5 5.8 r 24 6.02v? F0V 7 01 05.1 -58 56 24 53349 234863 L.2621 6 59 9 -58 45.9 6.4 25 6.6 B2IV 7 03 24.6 -52 25 32 53762 234883 L.2626 7 0 29 -52 14.4 6.8 26 5.49 B9IV 7 03 15.6 -59 10 41 53921 234890 L.2640 7 1 20 -58 59.5 6.0 dpl. 6 1/2, 7 1/2 27 5.17v A0p: 7 04 18.3 -56 44 59 54118 234902 L.2642 7 1 58 -56 33.6 5.7 28 P* 5.96 K0III 7 07 13.3 -51 58 04 54732 234940 L.2651 7 4 14 -51 46.4 6.7 29 6.6 K2/K3III 7 07 27.6 -52 12 15 54792 234943 L.2652 7 4 30 -52 0.5 7.0 30 6.47 B3V 7 07 16.4 -59 42 59 54967 234944 L.2667 7 5 25 -59 31.1 6.8 * 7.94 F0III 7 09 07.3 -60 34 30 55433 249750 B.1505 7 7 26 -60 22.4 7.9# * 6.8 G5III 7 09 25.1 -60 22 49 55527 249754 L.2692 7 7 41 -60 10.6 7.1# 31 6.7 K0III 7 11 55.6 -56 09 20 55964 235005 L.2702 7 9 28 -55 56.8 7.0 32 6.6 A1/A2V 7 12 46.4 -57 29 28 56216 235017 L.2717 7 10 31 -57 16.6 6.9 33 6.7v ApEuCrSr 7 13 39.8 -53 40 02 56350 235022 L.2715 7 10 51 -53 27.1 6.9 34 6.02 A0IV/V 7 12 02.0 -63 11 24 56239 249774 L.2735 7 10 51 -62 58.6 6.3 35 5.97 K1III 7 15 21.0 -52 29 59 56705 235040 L.2734 7 12 23 -52 17.0 6.5 36 6.9 A2mA4-A7* 7 15 29.0 -58 32 34 56910 235051 L.2752 7 13 23 -58 19.2 6.9 37 6.7 A1mA5-F2 7 19 18.1 -58 03 09 57767 235101 L.2789 7 17 5 -57 49.3 6.9 38 6.05 F0/F2IV/V 7 20 21.4 -52 18 42 57852 235110 L.2779 7 17 20 -52 4.9 6.8# 39 6.60 G0V:e 7 20 21.8 -52 18 35 57853 235111 * 7 17 21 -52 4.7 7.0# 40 5.38 B9V 7 20 38.7 -52 05 10 57917 235116 L.2783 7 17 36 -51 51.0 5.9 41 6.6 A1V 7 20 22.9 -56 17 42 57969 235114 L.2798 7 17 54 -56 3.6 6.9 42 7.0v ApSi 7 21 41.1 -61 57 05 58448 249832 L.2818 7 20 10 -61 42.7 6.9 43 6.58 G5IV 7 24 09.5 -58 29 30 58895 235171 L.2827 7 22 0 -58 15.0 6.8 44 5.10 K0III 7 26 21.9 -51 01 07 59219 235192 L.2829 7 23 10 -50 47.0 5.7 45 6.74 G5IV-V 7 27 25.2 -51 24 08 59468 235206 L.2835 7 24 19 -51 8.8 6.9 46 6.5 G8III 7 28 11.5 -58 04 22 59780 235221 L.2848 7 25 55 -57 48.9 6.9 47 5.87 K0III 7 29 59.6 -52 39 04 60060 235239 L.2851 7 26 58 -52 23.4 6.4 48 5.96 M1III 7 30 30.9 -54 23 56 60228 235252 L.2861 7 27 42 -54 8.2 6.7 49 6.28 A1III/IV 7 34 39.5 -51 28 29 61031 235310 L.2892 7 31 28 -51 12.0 6.7 50 Q 4.94 K3III 7 35 39.7 -52 32 02 61248 235336 L.2902 7 32 34 -52 15.3 5.5 51 6.39 K1IIICN* 7 36 01.7 -55 53 15 61394 235343 L.2911 7 33 22 -55 36.5* 6.9 52 6.06V B9IV/Vp* 7 39 00.4 -53 16 24 61966 235391 L.2926 7 36 0 -52 59.2 6.6 53 6.7 F0III 7 40 52.5 -54 42 25 62400 235414 L.2946 7 38 2 -54 24.9 6.9 54 7.0 B3V 7 42 11.6 -55 10 43 62663 235428 L.2965 7 39 24 -54 53.0 7.0 * 7.1 B2V 7 41 47.8 -56 18 54 62612 235421 L.2963 7 39 10 -56 1.2 7.1# * 7.3 B7V(p) 7 42 23.8 -56 08 47 62714 235432 L.2970 7 39 44 -55 50.9 7.2# 55 6.40 B2.5V 7 42 10.2 -58 37 51 62758 235430 L.2979 7 39 53 -58 20.0 6.5# * 7.1 B9V 7 42 20.9 -58 40 12 62805 235434 L.2982 7 40 3 -58 22.4 7 1/2# 56 6.21 K0III 7 42 53.3 -58 13 48 62897 235440 L.2986 7 40 32 -57 55.9 6.6 57 6.11 F0II 7 45 35.6 -56 43 21 63382 235490 L.3011 7 42 59 -56 25.0 6.4 r 58 6.7 K1II 7 48 15.2 -54 42 50 63870 235529 L.3031 7 45 21 -54 24.1 7.0 59 6.33 K0III+A1V 7 48 19.2 -56 28 16 63926 235532 L.3036 7 45 39 -56 9.4 7.0# 60 5.58 G5II 7 49 06.7 -56 24 38 64067 235539 L.3046 7 46 26 -56 5.7 5.9# 61 5.78 F1V 7 49 12.9 -60 17 01 64185 249975 L.3060 7 47 9 -59 58.3 6.2 62 5.70v B1.5IV 7 52 29.7 -54 22 02 64722 235579 L.3074 7 49 31 -54 2.6 6.1 63 6.38 B8III 7 55 00.5 -52 34 59 65189 235612 * 7 51 47 -52 15.2 6.9 64 5.63 K3/K4III 7 54 53.3 -57 18 11 65273 235615 L.3097 7 52 18 -56 58.3 6.1 r 65 Chi 3.50v B3IVp 7 56 46.7 -52 58 56 65575 235635 L.3102, J.188 7 53 36 -52 38.9 3.7 66 5.74 K4II 7 56 18.6 -60 31 35 65662 250019 L.3113 7 54 12 -60 11.5 6.3 r 67 6.25v M0III 7 56 50.7 -59 07 35 65750 235638 * 7 54 30 -58 47.3 7.0 r 68 6.44 A8/A9IV 7 58 21.4 -51 26 55 65867 235646 L.3108 7 55 0 -51 6.6 6.8# * 7.2 B9II/III 7 59 10.2 -51 27 57 66027 235655 L.3116 7 55 48 -51 7.5 7.5# 69 5.59 G2V 7 57 47.0 -60 18 12 65907 250035 L.3122 7 55 28 -59 58.1 6.1 70 6.14 B8V 7 57 12.6 -63 17 49 65908 250030 B.1855 7 55 37 -62 57.5 6.5 71* 5.81v B2IVnpe 7 58 50.5 -60 49 28 66194 250055 L.3134 7 56 45 -60 29.0 6.7 cum., 5 72 6.33 B8III 7 59 40.2 -60 12 27 66341 250064 L.3138 7 57 28 -59 51.8 6.9 73 5.18 M0II 7 59 37.6 -60 35 13 66342 250063 L.3140 7 57 29 -60 14.6 5.5 r 74 5.86 B5Vn 8 00 50.0 -54 09 05 66441 235680 L.3135 7 57 46 -53 48.3 6.3 75 6.12v? B2IV-V 8 01 22.9 -54 30 54 66546 235686 L.3139 7 58 21 -54 10.1 6.4# * 6.5 F0III 8 01 59.8 -54 39 44 66706 235694 L.3145 7 58 59 -54 18.9 7.1# 76 6.28 B4V 8 01 31.5 -55 27 18 66607 235690 L.3144 7 58 36 -55 6.4 6.6# * 7.37 A0V 8 02 06.9 -55 36 15 66749 235696 L.3149 7 59 13 -55 15.3 7.9# * 6.69 B3V(n) 8 02 15.3 -55 32 27 66768 235698 L.3150 7 59 21 -55 11.4 7.1# 77 D* 4.82 B3V 8 00 20.0 -63 34 03 66591 250069 L.3154 7 58 45 -63 13.3 5.2 78 5.53 K3/K4III 8 05 04.0 -53 06 29 67364 235735 L.3162 8 1 49 -52 45.0 6.4 * 7.68V M 8 04 30.8 -62 50 25 67536B 250100 B.1903 8 2 43 -62 28.9 7 3/4# 79 D2* 6.30v B2.5Vn 8 04 42.9 -62 50 10 67536 250101 L.3178, B.1906 8 2 56 -62 28.7 6 3/4# 80 5.65 A3mA5-A9 8 09 33.6 -56 05 08 68434 235784 L.3208 8 6 39 -55 43.0 6.0 81 D3* 6.30 B6V 8 08 24.6 -63 48 04 68423 250127 L.3224 8 6 47 -63 26.0 6.6 82 B 4.76 F5V 8 09 00.7 -61 18 07 68456 250131 L.3222 8 6 56 -60 55.3 5.3 r 83 6.7 B5V 8 09 30.5 -59 32 29 68518 235786 L.3220 8 7 6 -59 10.3 7.0 84 C 5.16 A2V 8 15 16.0 -62 54 57 69863 250164 L.3275 8 13 22 -62 31.8 5.7 dpl. 6, 8 85 6.6 B8V 8 16 53.2 -64 11 13 70200 250174 L.3296 8 15 13 -63 47.9 6.9 * 7.0 A0V 8 17 34.4 -58 41 51 70175 235869 L.3286 8 14 56 -58 18.4 7.1# 86 6.46 F5V 8 17 55.8 -59 10 01 70267 235872 L.3289 8 15 22 -58 46.5 6.8# 87 5.97 B1.5III 8 21 12.1 -57 58 23 70839 235917 L.3315 8 18 25 -57 34.4 6.4 88 6.12 G6/G8III 8 21 07.7 -64 06 22 70982 250202 L.3330 8 19 23 -63 42.4 6.5 89 Epsilon 1.86 K3+B2:* 8 22 30.8 -59 30 35 71129 235932 L.3327, J.196 8 19 57 -59 6.5 2.1 * 7.5 F0IV 8 23 42.3 -55 19 13 71257 235943 L.3328 8 20 34 -54 54.8 7.5# 90 6.8 B6III/IV 8 24 40.8 -55 21 53 71405 235952 L.3338 8 21 32 -54 57.5 6.8# 91 6.6 ApSi 8 25 09.2 -55 28 24 71491 235957 L.3343 8 22 1 -55 3.8 7.0# 92 6.53 A0V 8 27 27.4 -55 00 42 71919 236001 L.3362 8 24 14 -54 35.9 7.0 93 6.5 ApSi 8 29 29.8 -54 12 43 72303 236028 L.3380 8 26 10 -53 47.6 6.9 94 6.36 G0V 8 29 36.3 -55 11 28 72322 236032 L.3387 8 26 23 -54 46.3 7.0 95 e1 5.26 B3V+B3Vn 8 35 15.5 -58 13 30 73390 236105 L.3452 8 32 22 -57 47.5 5.9 dpl. 96 e2 4.86 K0III 8 35 19.6 -58 00 33 73389 236106 L.3451 8 32 23 -57 34.6 5.4 97 5.47 K0III 8 37 19.0 -62 51 12 73887 250288 L.3475 8 35 6 -62 24.9 6.0 * 6.36 A0V 8 39 13.3 -60 19 02 74148 250291 L.3490 8 36 34 -59 52.5 7.0 dpl. 8, 7 1/2 98 6.34 A3V 8 40 43.6 -57 32 43 74341 236179 L.3497 8 37 40 -57 6.0 6.8 dpl. 8 1/2, 7 99 d 4.30v B1.5III 8 40 37.1 -59 45 40 74375 236181 L.3504, J.205 8 37 51 -59 18.9 4.7 100 6.29 K2III 8 42 20.9 -55 46 27 74622 236206 L.3513 8 39 4 -55 19.6 7.0 101 6.83 ApSi 8 43 30.2 -61 41 20 74888 250308 L.3540 8 40 58 -61 14.0 7.0 102 6.21 B7III 8 45 05.4 -58 43 30 75086 236241 L.3545 8 42 7 -58 16.1 6.7 dpl. 7 1/2, 7 103 f 4.51v B3Vne 8 46 42.7 -56 46 11 75311 236268 L.3554 8 43 28 -56 18.7 5.1 104 5.59 B8III 8 51 36.6 -57 38 01 76113 236339 L.3594 8 48 25 -57 9.8 6.3 105 6.02 A0V 8 53 03.8 -56 38 58 76346 236368 L.3603 8 49 45 -56 10.6 6.7 106 5.78 B5III 8 53 48.8 -60 21 15 76538 250369 L.3613 8 50 57 -59 52.7 6.6 107 6.40 B5V 8 54 54.0 -58 14 24 76640 236402 L.3618 8 51 45 -57 45.7 6.9 108 c 3.80 B8III 8 55 02.8 -60 38 41 76728 250374 L.3626 8 52 13 -60 10.1 4.0 109 b1 4.92v? B2IV-V 8 56 58.4 -59 13 46 77002 236436 L.3639, J.210 8 53 55 -58 44.8 5 1/2# * 6.87 B9.5V 8 57 03.6 -59 13 34 77002B 236440 B.2294 8 54 0 -58 44.6 7 1/4# 110 b2 5.16 F3V 8 59 24.2 -59 05 01 77370 236475 L.3661, J.211 8 56 20 -58 36.4 5.7 111 5.79 G8II 9 00 45.8 -60 57 50 77615 250417 L.3673 8 57 53 -60 28.4 6.5 112 6.44 A8III 9 04 48.0 -57 51 09 78293 236578 L.3693 9 1 28 -57 21.3 6.9 113 6.37 K3III 9 06 07.7 -64 29 59 78632 250441 L.3712 9 3 43 -63 59.9 7.0 114 6.7 G6/G8III 9 07 18.7 -57 27 49 78724 236623 L.3706 9 3 54 -56 57.6 7.0 115 E 4.70v B2IVe 9 05 38.4 -70 32 20 78764 256583 L.3730 9 4 37 -70 2.1 5.2 116 G 4.50 F6II-III 9 05 09.3 -72 36 10 78791 256582 L.3736, J.215 9 4 48 -72 6.0 4.8 117 a 3.40v B2IV 9 10 58.0 -58 58 01 79351 236693 L.3738, J.216 9 7 41 -58 27.3 3.8 118 6.59 B2.5IV 9 11 32.9 -57 58 06 79421 236707 L.3742 9 8 7 -57 27.3 7.0 119 i 4.00 B3IV 9 11 16.7 -62 19 02 79447 250471 L.3753, J.217 9 8 26 -61 48.3 4.3 120 NGC2808* 6.30 F8 9 12.0 -64 52 D.265 9 9 35 -64 20.9 7.0 neb. 121 5.54 G6II 9 12 55.6 -59 24 52 79698 236723 L.3760 9 9 39 -58 53.9 6.1 122 6.36 B9V 9 12 50.7 -60 55 00 79699 250485 L.3761 9 9 46 -60 24.1 6.9 123 Beta 1.70 A2IV 9 13 12.0 -69 43 02 80007 250495 L.3791, J.218 9 11 49 -69 12.1 2.0 124 6.02 B7IV 9 15 17.6 -58 23 19 80094 236772 L.3776 9 11 52 -57 52.0 6.7 * 6.32 G8II 9 15 35.0 -57 34 41 80126 236777 L.3777 9 12 4 -57 3.4 7.1# 125 g 4.34 M1III 9 16 12.3 -57 32 18 80230 236787 L.3782 9 12 40 -57 1.1 4.8# var? * 127 Iota 2.20v? A8Ib 9 17 05.4 -59 16 31 80404 236808 L.3792, J.219 9 13 45 -58 45.1 2.5 128 5.39 F4V 9 17 17.3 -68 41 22 80671 250526 L.3811 9 15 32 -68 9.7 6.0 129 6.11 K2III 9 17 51.8 -67 03 03 80710 250529 L.3809 9 15 42 -66 31.4 6.6 130 5.87 A0V 9 17 27.5 -74 44 05 80950 256600 L.3845 9 17 36 -74 12.4 6.4# 131 5.29 A1V 9 17 25.5 -74 53 40 80951 256599 L.3846 9 17 38 -74 22.0 5.7# dpl. 5 3/4, 10 132 k 4.81 G6III 9 20 57.1 -62 24 17 81101 250544 L.3823 9 17 57 -61 52.3 5.5 r 133 6.30 K1/K2II* 9 23 27.4 -60 18 09 81502 250561 L.3837 9 20 8 -59 45.9 6.9 r 134 5.99 K0III 9 24 05.7 -61 38 56 81613 250563 L.3847 9 20 56 -61 6.5 6.4 135 5.79 A2Vn 9 25 27.1 -61 57 01 81830 250575 L.3866 9 22 21 -61 24.7 6.3 dpl. 10, 6 1/4 136 6.5 K1III 9 24 37.5 -70 04 34 81896 250572 L.3891 9 23 0 -69 32.1 7.0 137 6.07 A3Vn 9 26 44.3 -64 55 47 82068 250583 L.3890, J.223 9 24 2 -64 23.3 6.6 138 5.47 K2III 9 27 06.5 -71 36 08 82350 256623 L.3914 9 25 52 -71 3.5 6.0 139 5.92 K1III 9 28 47.0 -62 16 23 82347 250590 L.3901 9 25 39 -61 43.6 6.5# 140 6.56 A2V 9 29 33.0 -62 21 40 82468 250597 L.3907 9 26 24 -62 48.8 7.0# 141 5.91 A0V 9 28 30.7 -66 42 07 82406 250591 L.3909 9 26 4 -66 9.4 6.3 142 6.5 F3/F5V 9 27 49.2 -71 46 52 82458 256625 L.3922 9 26 36 -71 14.1 7.0 * 6.8 K0III 9 29 36.8 -58 17 55 82421 237039 L.3899 9 25 58 -57 45.1 7.5# 143 5.89v? M2III 9 30 23.5 -58 21 42 82536 237056 L.3904 9 26 45 -57 48.8 6.6# 144 6.27 K1III 9 31 33.0 -66 43 10 82858 250611 L.3940 9 29 2 -66 10.0 6.7 145 R 6.10v M6/M7pe 9 32 14.7 -62 47 20 82901 250614 L.3932 9 29 6 -62 14.2 var. 4 3/4 - 10 146 H 5.47 K4III 9 31 36.3 -73 04 51 83095 256634 L.3968 9 30 39 -72 31.6 5.9 147 h 4.10 B5II 9 34 26.7 -59 13 46 83183 237117 L.3949, J.226 9 30 49 -58 40.4 4.9 * 8.0 F5V 9 34 56.4 -64 59 58 83359 250629 L.3965 9 32 4 -64 26.5 8 # 148 6.56 A2V 9 36 05.1 -64 57 02 83523 250636 L.3973 9 33 11 -64 23.5 7.0# 149 6.69 B7III 9 38 21.9 -64 24 19 83834 250647 L.3986 9 35 20 -63 50.3 6.9# * 6.9 K0/K1III 9 38 49.8 -64 29 22 83919 250649 L.3989 9 35 47 -63 55.5 7.7# 150 m 4.50v? B9V 9 39 21.0 -61 19 41 83944 250653 L.3986 9 35 53 -60 45.8 5.1 151 6.43v? B8/9III* 9 39 45.0 -62 56 36 84046 250657 L.3993 9 36 29 -62 22.6 6.9 152 5.32 A3IV 9 40 42.6 -57 59 01 84121 237221 L.3990 9 36 53 -57 24.9 6.0 153 5.80 K0/K1III 9 41 02.2 -57 15 35 84152 237224 L.3992 9 37 5 -56 41.4 6.6 154 6.4 A0V 9 42 13.1 -66 54 54 84416 250672 L.4018 9 39 30 -66 20.6 6.8 155 6.5 B9V 9 42 39.2 -72 11 29 84631 256647 L.4040 9 41 5 -71 36.1 6.8 156 6.46 B8III/IV 9 45 40.5 -57 11 08 84809 237314 L.4028 9 41 40 -56 36.6 6.9 157 l 3.40v G5Iab/Ib 9 45 14.8 -62 30 28 84810 250683 L.4033, J.229 9 41 49 -61 55.9 var. 3 3/4 - 5 158 6.22 F5IV 9 45 55.5 -58 47 39 84850 237321 L.4032 9 42 6 -58 13.1 6.9 * 7.8 A1V 9 44 10.8 -69 47 36 84797 250679 L.4044 9 41 59 -69 13.1 8 # dpl. 8 3/4, 8 1/4 159 6.9 A2mA3-F0 9 45 04.9 -69 45 42 84910 250686 L.4050 9 42 50 -69 11.1 7.0# 160 Upsilon 2.96 A7II 9 47 06.2 -65 04 19 85123 250695 L.4051, J.230 9 43 59 -64 29.5 3.3 dpl. 3 1/2, 7 1/2 161 5.79 K2IIICN* 9 51 12.0 -59 25 32 85655 237418 L.4061 9 47 19 -58 50.3 6.6 r 162 5.57 K1IIICNII 9 50 55.7 -62 44 43 85656 250721 L.4066 9 47 25 -62 9.6 6.2 163 6.64v B3V+B3V 9 54 34.1 -58 25 15 86118 237480 B.2737 9 50 32 -57 49.8 6.8 164 6.7 ApSi 9 55 06.0 -57 23 01 86199 237497 * 9 50 58 -56 47.4 6.9 165 6.6 B9V 9 55 05.5 -69 11 19 86388 250750 L.4102 9 52 29 -68 35.8 7.0 dpl. 8 1/2, 7 166 6.35 B1Ib 9 56 09.8 -71 23 22 86606 256672 L.4116 9 53 59 -70 47.6 6.8 167 6.20 B3V 9 56 59.8 -69 06 07 86659 250761 L.4113 9 54 19 -68 30.3 6.6 168 6.20 K1II 10 01 58.0 -57 20 58 87238 237621 L.4133 9 57 43 -56 44.9 6.6 169 5.94 A9IV 10 02 00.0 -60 25 15 87283 250782 L.4138 9 58 2 -59 49.1 6.4 170 6.19 A6II/III 10 02 59.9 -60 10 43 87436 237640 L.4145 9 58 59 -59 34.5 6.8 171 6.42v? K3Ib 10 02 49.5 -62 09 23 87438 250789 L.4148 9 59 1 -61 33.2 6.9 172 6.14 B4:Vne 10 03 34.4 -61 53 02 87543 250795 L.4153 9 59 43 -61 16.7 6.7 173 6.7 v? G2IV 10 08 18.2 -58 11 56 88176 237722 L.4174 10 4 1 -57 35.2 7.0 var.? 174 6.46v? ApSi 10 07 56.4 -62 13 17 88158 250826 L.4179 10 4 3 -61 36.6 6.9 175 6.6 F5V 10 06 59.8 -71 28 42 88189 256683 L.4194 10 4 31 -70 51.9 6.9 176 5.28 K0III 10 08 42.7 -65 48 55 88323 250836 B.2871 10 5 14 -65 12.2 5.7 r 177 S 5.60v M2/M3e 10 09 21.9 -61 32 57 88366 250840 L.4189 10 5 23 -60 56.3 var. 6 1/4 - 9 178 5.81 A0IV 10 09 30.6 -68 41 00 88473 250844 L.4203 10 6 24 -68 4.1 6.4 179 6.40v M5III 10 11 35.2 -58 49 41 88647 237773 L.4200 10 7 19 -58 12.7 6.8 180 5.72v B2IVnpe 10 11 46.4 -58 03 38 88661 237776 L.4201 10 7 25 -57 26.6 6.4 * 7.2 B5Vnn 10 10 30.2 -67 50 29 88591 250853 L.4209 10 7 14 -67 13.5 7.4# 181 6.9 K2III 10 11 12.7 -67 53 32 88704 250858 L.4219 10 7 57 -67 16.5 7.0# 182 6.10 B4Ve 10 13 01.3 -59 55 05 88825 237799 L.4217 10 8 48 -59 18.0 6.6 183 6.41 B2V 10 13 21.2 -61 39 31 88907 250875 L.4224 10 9 17 -61 2.4 6.9 184 M 5.16 Am 10 13 30.7 -66 22 23 88981 250880 L.4233 10 9 59 -65 45.2 5.7 185 Omega 3.30 B8III 10 13 44.2 -70 02 17 89080 250885 L.4243, J.235 10 10 46 -69 25.1 3.6 186 6.22 A5V 10 16 03.2 -59 54 12 89263 237853 L.4241 10 11 47 -59 16.8 6.9 187 q 3.40v K3II 10 17 05.0 -61 19 56 89388 250905 L.4249, J.236 10 12 55 -60 42.5 3.3 var.? 188 5.67 A1V 10 19 04.8 -64 40 35 89715 250917 L.4268 10 15 13 -64 2.9 6.3 dpl. 189 6.2 K2II 10 19 42.2 -65 08 13 89805 250921 L.4274 10 15 52 -64 30.6 7.0 190 6.4 G6III 10 22 10.4 -58 15 57 90074 237990 L.4282 10 17 40 -57 38.1 6.9 191 L 4.97 B8V 10 22 58.2 -66 54 06 90264 250940 L.4296 10 19 16 -66 16.1 5.4 192 5.93 F2III 10 24 59.5 -58 34 35 90454 238046 L.4300 10 20 28 -57 56.5 6.8 193 I 4.00v? F2IV 10 24 23.7 -74 01 54 90589 256710 L.4319, J.241 10 21 55 -73 23.7 4.4# var? 194 6.19 A2/A3V 10 24 44.5 -73 58 18 90630 256711 L.4322 10 22 14 -73 20.2 6.5# 195 * 4.66v? A6Ia 10 27 24.5 -57 38 20 90772 238077 L.4310 10 22 45 -57 0.1 5.4 196 s 3.82v? F2II 10 27 52.7 -58 44 22 90853 238085 L.4314 10 23 18 -58 6.1 4.6 * 7.08 B9.5V(n) 10 26 13.4 -63 17 56 90661 250956 * 10 22 3 -62 39.8 7.5# * 6.45 B2III:* 10 28 18.3 -63 09 53 90966 250969 * 10 24 2 -62 31.6 7.1# 197 7.1 K0/K1III 10 27 34.8 -63 01 22 90855 250967 * 10 23 21 -62 23.1 6.9# 198 6.01 A2V 10 27 25.4 -65 42 17 90874 250966 L.4321 10 23 29 -65 4.1 6.6 199 5.29 K3Ib 10 28 52.7 -64 10 20 91056 250979 L.4330 10 24 44 -63 32.0 6.1 200 6.43 M2III 10 30 39.3 -61 21 22 91270 250992 L.4337 10 26 13 -60 42.9 6.9 201 6.19v? B4IV 10 30 08.8 -66 59 06 91272 250989 L.4343 10 26 16 -66 20.6 6.7 202 K 4.74 A2III 10 30 20.0 -71 59 34 91375 256722 L.4357 10 27 11 -71 21.0 5.0 203 p 3.30v B4Vne 10 32 01.4 -61 41 07 91465 251006 L.4348, J.242 10 27 35 -61 2.6 3.6 204 4.93v? K4/K5III 10 31 02.1 -73 13 18 91496 256723 L.4367 10 28 7 -72 34.7 5.6 c 205 6.13v B7Ia 10 33 25.3 -58 11 25 91619 238182 L.4356 10 28 42 -57 32.7 6.8 206 6.00 A2Iab 10 32 47.7 -58 40 00 91533 238168 T.4748 10 28 7 -58 1.4 6.8 207 6.23v? K2/K3III 10 34 12.9 -60 59 16 91767 251014 L.4366 10 29 40 -60 20.5 6.9 208 r 4.45v? K3/K4II 10 35 35.3 -57 33 27 91942 238222 L.4373 10 30 47 -56 54.7 5.3 r 209* 6.51 B0Ia 10 35 49.4 -58 13 29 91969 238230 L.4375 10 31 4 -57 34.6 5.7 cum. 210 t1 5.08v? K1III 10 36 20.4 -59 33 53 92063 238242 L.4380 10 31 40 -58 54.9 5.5 r var. 211 5.46v A0Ia 10 37 26.9 -58 44 01 92207 238271 L.4388 10 32 43 -58 5.1 6.6 212 5.91 B3IV 10 38 02.6 -57 15 23 92287 238278 L.4390 10 33 11 -56 36.4 6.6 213 t2 4.87 K4Ib+A5* 10 38 45.1 -59 10 59 92397 238295 L.4396 10 34 0 -58 31.9 5.2# dpl. 5 1/2r, 7 1/2 214 6.48 B4III* 10 38 45.2 -59 15 44 92399 238296 L.4397 10 34 1 -58 36.7 7.0# 215 5.92 M1III 10 38 59.5 -58 49 01 92436 238304 L.4401 10 34 14 -58 10.0 6.8 r 216 6.36 B8V 10 39 22.8 -64 06 43 92536 251050 L.4410 10 34 59 -63 27.6 7.0 217 5.52v B9pSi 10 40 11.4 -65 06 01 92664 251059 L.4418 10 35 52 -64 26.9 6.4 218 6.8 A4V 10 39 02.0 -75 09 26 92665 256739 L.4441 10 36 15 -74 30.4 7.0 219 6.07 K3II 10 39 16.7 -74 29 37 92682 256742 L.4439 10 36 19 -73 50.5 6.7 220 6.42 WN7A 10 41 17.6 -59 40 37 92740 238353 L.4422 10 36 31 -59 1.4 7.0 var. 221 4.82 B3V 10 42 14.1 -64 27 59 92938 251078 L.4440, J.246 10 37 48 -63 48.8 5.7 222 5.38v? B2.5Iae 10 42 40.6 -59 12 57 92964 238379 L.4435 10 37 51 -58 33.7 6.5 r var? * 6.63 B3III 10 43 09.5 -61 10 07 93010 251085 L.4445 10 38 27 -60 30.8 6.9 dpl. 7 1/4, 8 1/4 * 6.2 A0III: 10 43 09.7 -61 10 18 93010B 251086 223 Theta 2.78 B0Vp 10 42 57.4 -64 23 40 93030 251083 L.4447, J.247 10 38 30 -63 44.4 2.9 224 w 4.57v? K3Ib 10 43 32.2 -60 34 00 93070 251090 L.4446 10 38 47 -59 54.7 5.2 r 225* 7.3 O3.5V 10 43 57.5 -59 32 51 238396 L.4449 10 39 8 -58 53.5 6.7 dpl. 7, 8 1/2 cum. * 7.81 O6III 10 44 07.2 -59 34 31 238404 * 7.84 O6.5V(f) 10 44 08.8 -59 34 35 238406 226 6.49 WN7 10 43 52.2 -60 07 04 93131 238394 L.4448 10 39 5 -59 27.7 6.9# 227 QZ* 6.24v B0Ib: 10 44 23.0 -59 59 36 93206 238414 L.4451 10 39 34 -59 20.2 6.8# 228 5.77 B3:V 10 43 51.3 -64 14 56 93163 251095 L.4452 10 39 22 -63 35.6 6.6 229 4.83 B5Vn 10 44 07.0 -63 57 40 93194 251096 L.4455 10 39 36 -63 18.3 5.6 230 6.9 B9IV 10 42 36.5 -75 27 49 93165 256747 L.4466 10 39 44 -74 48.5 7.0 231 Eta 6.21v pec e* 10 45 03.7 -59 41 04 93308 238429 L.4457, J.248 10 40 13 -59 1.7 var. 1 - 7 1/2 232 6.27 A5IV/V 10 44 19.5 -70 51 36 93344 256750 L.4467 10 40 34 -70 12.2 6.9# 233 6.46 A6IV 10 44 32.2 -70 51 18 93359 256751 * 10 40 46 -70 11.9 6.9# 234 6.28 F6V 10 44 26.7 -72 26 38 93372 256752 * 10 40 58 -71 47.3 6.9 235 6.25 A0IV 10 46 16.9 -60 36 12 93502 251113 L.4464 10 41 29* -59 56.7 7.0 236 5.34 B7:V 10 46 16.5 -64 30 54 93540 251115 L.4471 10 41 45 -63 51.4 6.3 237 5.26 B7IV 10 46 29.8 -64 15 48 93549 251117 L.4473 10 41 57 -63 36.3 6.2 238 4.85 B3IV 10 46 51.2 -64 23 00 93607 251120 L.4475 10 42 19 -63 43.5 5.8 cum. * 6.94 B0.5Ib 10 47 19.1 -57 19 30 93619 238476 B.3217 10 42 18 -56 40.0 7.5# * 6.35v? M1II 10 47 38.8 -57 28 04 93662 238480 B.3220 10 42 37 -56 48.5 7.1# 239 6.47v? B5Vvar 10 47 44.2 -59 52 31 93695 238483 L.4479 10 42 52 -59 12.9 7.0# var? 240 6.00 A0Ia 10 48 05.3 -59 55 09 93737 238493 L.4484 10 43 12 -59 15.6 6.7# 241 6.4 A2IV 10 46 47.9 -69 12 35 93649 251121 L.4486 10 42 44 -68 33.1 6.8 242 6.6 B2IV 10 47 30.4 -69 26 19 93739 251127 L.4491 10 43 27 -68 46.7 6.9 243 5.91 B9.5IV/V 10 49 24.2 -59 19 25 93943 238514 L.4493 10 44 28 -58 39.7 6.7 * 6.29 A6III 10 51 47.0 -57 16 20 94275 238540 L.4501 10 46 42 -56 36.5 7.1# 244 5.25 B9Ia 10 52 30.9 -57 14 25 94367 238557 L.4507 10 47 24 -56 34.6 6.0# 245 6.27 B5V 10 53 21.2 -58 53 36 94491 238570 B.3272 10 48 19 -58 13.7 6.9# * * B.3276 10 48 27 -58 10.3 7.6# 246 u 3.78v? K0III-IV 10 53 29.6 -58 51 12 94510 238574 L.4515, J.252 10 48 25 -58 11.4 4.1# r 247 5.93 K4III 10 54 29.6 -61 49 36 94683 251173 L.4524 10 49 35 -61 9.6 7.0 248 5.99 B6V 10 53 42.1 -70 43 13 94650 256770 L.4531 10 49 36 -70 3.3 6.5 249 T 5.92v? K0III 10 55 17.3 -60 31 01 94776 251178 L.4530 10 50 18 -59 51.2 var. r 6 1/4 - 6 3/4 250 U* 6.11v G3Iavar 10 57 48.4 -59 43 55 95109 238635 L.4542 10 52 43 -59 3.8 7.0 r 251 6.6 B7V 10 57 20.0 -69 02 19 95122 251195 L.4548 10 52 56 -68 22.2 7.0 dpl. 7, 9 1/2 252 6.13 K1II 10 57 15.7 -75 05 59 95208 256775 L.4564 10 53 43 -74 25.9 6.6 253 6.16 B8IV 10 59 14.1 -61 19 13 95324 251205 L.4556 10 54 13 -60 39.0 7.0 254 6.17 B3III 11 04 00.1 -57 57 20 96088 238730 L.4585 10 58 43 -57 16.9 6.9 * 6.56v? B1Iab 11 04 57.4 -59 51 31 96248 238743 L.4592 10 59 43 -59 11.1 7.1# * 6.68 B2IIIp 11 06 05.7 -59 56 59 96446 238766 L.4602 11 0 52 -59 16.5 7.3# 255 6.9 ApSr(Eu) 11 04 48.6 -75 09 20 96451 256794 L.4620 11 0 59 -74 28.8 7.0 256 6.02v? K2II/III 11 06 29.3 -58 40 31 96544 238779 L.4604 11 1 11 -58 0.0 6 1/2 cum. 257 z1* 4.61 G8III 11 06 32.4 -62 25 26 96566 251269 L.4611 11 1 25 -61 44.9 5.3 r r 258 6.40 A3V 11 06 24.3 -64 50 23 96568 251267 L.4613 11 1 26 -64 9.8 7.0 * 7.2 F2 11 06 48.3 -70 49 49 96705 256799 L.4622 11 2 17 -70 9.2 7.5# 259 5.57 B2V 11 06 49.9 -70 52 41 96706 256800 L.4625 11 2 20 -70 12.1 6.1# 260 x 3.90v G0Ia-0 11 08 35.4 -58 58 30 96918 238813 L.4627 11 3 16 -58 17.9 4.6 c 261 z2* 5.14v B9Ia 11 08 33.8 -61 56 49 96919 251286 L.4629 11 3 22 -61 16.2 6.0 262 6.35 K2/K3III 11 11 29.7 -71 26 11 97472 256808 L.4654 11 6 53 -70 45.4 7.0 263 y 4.60 A6Ia 11 12 36.1 -60 19 03 97534 251316 L.4652 11 7 15 -59 38.3 5.2 264 5.23 B9V 11 12 45.4 -64 10 12 97583 251320 L.4657 11 7 35 -63 29.4 5.7 265 5.70 B1.5V 11 13 30.8 -59 37 10 97670 238877 L.4661 11 8 7 -58 56.3 6.6 266 6.43 A3V 11 15 42.8 -57 21 21 98025 238914 L.4677 11 10 11 -56 40.4 7.0 * 6.70 B9.5III* 11 17 27.9 -59 06 20 98278 238939 L.4696 11 11 58 -58 25.4 7.1# dpl. 7 1/2, 8 1/4 * 7.03 B9II/III 11 17 47.4 -59 12 28 98329 238946 L.4699 11 12 18 -58 31.5 7.2# * 7.14 B9IVp* 11 17 53.6 -59 14 12 98340 238948 B.3519 11 12 24 -58 33.2 7.3# 267 6.06v? M2III 11 17 19.2 -67 49 25 98292 251341 L.4701 11 12 14 -67 8.4 6.8 r 268 5.99 F6IV 11 19 16.6 -64 34 57 98560 251357 L.4712 11 14 3 -63 54.0 6.8 Following 3 the star HD44382=SAO234441 is connected with a brace to 3 with combined magnitude 6.8 without being assigned a number. 12, 13 These stars are connected with a brace with combined magnitude 6.3. Preceding 14 the star HD49337=SAO234689 is connected with a brace to 14 with combined magnitude 6.4 without being assigned a number. 15 Spectrum K1II/III(+G)p 17 The letter O was assigned by Lacaille. Gould dropped it because he considered the star to be fainter than 6th magnitude and this letter does not appear in the Uranometria Argentina. However it appears on some modern star atlases. 28 The letter P was assigned by Lacaille. Gould dropped it because he considered the star to be fainter than 6th magnitude and this letter does not appear in the Uranometria Argentina. However it appears on some modern star atlases. Between 30 and 31 the stars HD55433=SAO249750 and HD55527=SAO249754 are connected with a brace with combined magnitude 7.0 but without numbers being assigned either of them. 36 Spectrum A2/3mA4-A7 38, 39 These stars are connected with a brace with combined magnitude 6.3. 39 The Uranometria Argentina does not provide a designation from an earlier catalog. 51 Declination corrected from -55 56.5. Spectrum K1/2IIICNII 52 Spectrum B9IV/V(pSi) Between 54 and 55 the stars HD62612=SAO235421 and HD62714=SAO235432 are connected with a brace with combined magnitude 7.0 but without numbers being assigned to either of them. Following 55 the star HD62805=SAO235434 is connected with a brace to 55 with combined magnitude 6.3 without being assigned a number. 59, 60 These stars are connected with a brace without a combined magnitude. 63 The Uranometria Argentina does not provide a designation from an earlier catalog. 67 The Uranometria Argentina does not provide a designation from an earlier catalog. Following 68 the star HD66027=SAO235655 is connected with a brace to 68 with combined magnitude 6.7 without being assigned a number. 71 This star is near the center of the open cluster NGC 2516, and the cumulative magnitude refers to all cluster stars near 71G. Following 75 the star HD66706=SAO235694 is connected with a brace to 75 with combined magnitude 6.3 without being assigned a number. Following 76 two stars HD66749=SAO235696 and HD66768=SAO235698 are both connected to 76 with a brace with combined magnitude of all three stars 6.5 but without numbers being assigned to either. 77 This star is labeled D1 in some modern atlases. The designation D1 was originally assigned by Lacaille, along with D2 (79G) and D3 (81G), but Gould dropped D2 and D3 because he considered them fainter than 6th magnitude and changed D1 to D. Preceding 79 the star HD67536B=SAO250100 is connected with a brace to 79 with combined magnitude 6.5 without being assigned a number. 79 This star is not lettered in the Uranometria Argentina. Gould removed the letter D2 assigned by Lacaille because he considered the star to be fainter than 6th magnitude. However the letter D2 appears in some modern atlases. 81 This star is not lettered in the Uranometria Argentina. Gould removed the letter D3 assigned by Lacaille because he considered the star to be fainter than 6th magnitude. However the letter D3 appears in some modern atlases. Preceding 86 The star HD70175=SAO235869 is connected with a brace to 86 with combined magnitude 6.7 without being assigned a number. 89 Spectrum K3:III+B2:V Preceding 90 the star HD71257=SAO235943 is connected with a brace to both 90 and 91 without a combined magnitude for all three stars or being assigned a number. Following 97 the star HD74148=SAO250291 is listed without a number. Following 109 the star HD77002B=SAO236440 is connected with a brace to 109 with combined magnitude 5.4 without being assigned a number. 120 This object is the globular cluster NGC 2808, a designation not stated in the Uranometria Argentina. Preceding 125 the star HD80126=SAO236787 is connected with a brace to 125 without a combined magnitude or being assigned a number. There is no star 126G Carinae in the Uranometria Argentina. 130, 131 These stars are connected with a brace without a combined magnitude. 133 Spectrum K1/K2II/III 139, 140 These stars are connected with a brace without a combined magnitude. Preceding 143 the star HD82421=SAO237039 is connected with a brace to 143 without a combined magnitude or being assigned a number. Preceding 148 the star HD83359=SAO250269 is connected with a brace to 148 with combined magnitude 7.0 without being assigned a number. Following 149 the star HD83919=SAO250649 is connected with a brace to 149 with combined magnitude 6.8 without being assigned a number. 151 Spectrum B8/9III/IV(w) Preceding 159 the star HD84797=SAO250679 is connected with a brace to 159 without a combined magnitude or being assigned a number. 161 Spectrum K2IIICNIV/Vp 164 Gould did not assign a designation from any earlier catalog. Preceding 181 the star HD88704=SAO250858 is connected with a brace to 181 with combined magnitude 6.9 without being assigned a number. 193, 194 These stars are connected with a brace with combined magnitude 4.3. 195 Lacaille assigned this star the letter P in Vela. Gould moved it to Carina and dropped the letter P. However the designation P Velorum appears in some modern atlases despite the star clearly lying in the constellation Carina. Preceding 197 the stars HD90661=SAO250956 and HD90966=SAO250969 are both connected with a brace to 197 without a combined magnitude for all three stars or having numbers assigned to either. The Uranometria Argentina does not provide any of these three stars with designations from an earlier catalog. The star HD90966=SAO250969 has a spectrum B2/B3III:ne. 209 This is the brightest star in the open cluster NGC 3293, and it is likely that the magnitude of 5.7 cum. provided in the Uranometria Argentina is the combined magnitude of all the stars in the cluster. 213 Spectrum K4Ib-IIa+A5V 213, 214 These stars are connected with a brace without a combined magnitude. 214 Spectrum B4/B5III/IV Between 222 and 223 the double star HD93010=SAO251085 and HD93010B=SAO251086 is listed on a single line without being assigned a number. In this presentation the two components are shown on separate lines. 225 There are three stars very close to the position listed in the Uranometria Argentina for 225G: SAO238396, SAO238404, and SAO238406. All three of these are on separate lines in this presentation. 226, 227 These stars are connected with a brace with the notation cum. instead of a combined magnitude. 227 The variable star designation QZ was assigned after publication of the Uranometria Argentina and does not appear therein. 231 Spectrum peculiar e 232, 233 These stars are connected with a brace without a combined magnitude. 233 The Uranometria Argentina does not provide a designation from an earlier catalog. 234 The Uranometria Argentina does not provide a designation from an earlier catalog. 235 Right ascension corrected from 40 41 29. Between 238 and 239 the stars HD93619=SAO238476 and HD93662=SAO238480 are connected with a brace with combined magnitude 7.0 but without numbers being assigned to either. 239, 240 These stars are connected with a brace with combined magnitude 6.1. Preceding 244 the star HD94275=SAO238540 is connected with a brace to 244 with combined magnitude 5.9 without being assigned a number. Between 245 and 246 a star not in the SAO catalog is connected with a brace to both 245 and 246 with combined magnitude of all three stars 4.0, but without being assigned a number. 250 The variable star designation U was assigned after publication of the Uranometria Argentina and does not appear therein. Between 254 and 255 the stars HD96248=SAO238743 and HD96446=SAO238766 are connected with a brace with combined magnitude 7.0 cum. but without numbers being assigned to either. 257 The designation z1 was assigned by Lacaille, as was z2 to 261G. Gould dropped the letter z2 from 261G and assigned only the letter z to 257G in the Uranometria Argentina. However z1 and z2 for these two separate stars still appear in many modern catalogs and atlases. Preceding 259 the star HD96705=SAO256800 is connected with a brace to 259 with combined magnitude 6.0 without being assigned a number. 261 The designation z2 was assigned by Lacaille. Gould dropped it from the Uranometria Argentina because he considered it 6th magnitude. However the letter z2 appears in many modern atlases. Between 266 and 267 the three stars HD98278=SAO238939, HD98329=SAO238946, and HD98340=SAO238948 are connected with a brace with combined magnitude for all three stars 6.8, but without numbers being assigned to any of them. Star HD98278=SAO238939 has spectrum B9.5/A0III. Star HD98340=SAO238948 has spectrum B9IV(pSiCr). 19. - CENTAURUS G F,Letter Mag Spec RA 2000 Dec HD SAO Gould desig RA 1875 Dec G Mag Notes 1 6.9 A0V 11 05 45.7 -47 26 32 96338 222560 L.4591 11 0 6 -46 46.0 6.9 2 6.30 G6IV 11 06 05.8 -51 12 45 96407 238763 L.4598 11 0 32 -50 32.1 6.5 3 6.32 K2II 11 06 27.4 -50 57 24 96484 238775 L.4601 11 0 54 -50 16.9 6.8 4 5.15v ApSrCrEu 11 07 16.5 -42 38 19 96616 222581 L.4603 11 1 30 -41 57.9 5.5 dpl. 7 1/2, 5 /34 5 6.5 K3III 11 07 34.0 -48 38 24 96660 222583 L.4610 11 1 55 -47 57.9 6.7 6 7.1 A0/A1V 11 08 39.5 -39 28 19 96844 202125 L.4616 11 2 48 -38 47.7 7.0 7 6.4 A1V 11 12 10.1 -46 16 01 97413 222635 L.4644 11 6 25 -45 35.3 6.6 8 6.8 F5V 11 12 35.2 -46 58 01 97482 222640 L.4647 11 6 51 -46 17.2 7.0 9 5.36 A2III 11 12 33.1 -49 06 04 97495 222639 L.4649 11 6 52 -48 25.4 5.8 10 6.11 G8II/III 11 12 56.9 -49 44 11 97550 222643 L.4650 11 7 15 -49 3.4 6.6 11 5.80 K5/M0III 11 13 14.7 -44 22 20 97576 222647 L.4651 11 7 25 -43 41.5 6.3 r 12 7.0 A1+KIII* 11 13 17.5 -50 07 23 97592 222649 L.4653 11 7 36 -49 26.5 7.0 13 5.76 K2III 11 13 39.3 -53 13 54 97651 238878 L.4656 11 8 3 -52 33.2 6.4 14 6.82 Am 11 13 50.5 -52 51 22 97689 238882 L.4659 11 8 13 -52 10.4 7.0 15 6.21 K4III 11 14 54.0 -43 44 03 97866 222671 L.4666 11 9 3 -43 3.2 6.7 16 7.0 A2V 11 15 08.7 -39 28 36 97881 202243 L.4667 11 9 13 -38 47.7 6.9 * 7.1 K4III 11 15 29.2 -41 03 26 97944 222676 L.4670 11 9 35 -40 22.5 7.1# r 17 7.1 A2V 11 16 07.4 -41 01 18 98036 222684 L.4673 11 10 13 -40 20.4 7.0# 18 6.8 A0V 11 15 53.6 -47 55 14 98022 222682 L.4675 11 10 7 -47 14.4 6.8 19 6.31 F3V 11 16 27.7 -45 52 48 98096 222687 L.4678 11 10 40 -45 12.0 6.7 dpl. 20 6.25 A1V 11 17 11.8 -38 00 52 98161 202283 L.4683 11 11 14* -37 20.0* 6.6 21 7.0 D Del* 11 17 10.6 -41 23 26 98175 222694 L.4685 11 11 17 -40 25.5 7.0 22 6.8 A0V 11 17 14.3 -41 56 03 98176 222695 L.4686 11 11 20 -41 15.1 6.8 23 6.68 G9III 11 17 43.0 -36 32 04 98233 202291 L.4690 11 11 44 -35 51.1 7.0 24 Pi 3.90 B5Vn 11 21 00.4 -54 29 28 98718 238986 L.4717, J.259 11 15 19 -53 48.4 4.3 25 6.12 G8III 11 22 23.1 -44 38 45 98892 222751 L.4723 11 16 28 -43 57.5 6.6 * 7.5 F0IV/V 11 22 48.3 -36 14 35 98937 202378 * 11 16 46 -35 33.4 7 1/2# 26 5.00 K6III 11 23 12.7 -36 09 54 98993 202391 L.4728 11 17 10 -35 28.7 5 3/4# * 7.0 A0V 11 23 47.4 -36 05 24 99062 202399 * 11 17 44 -35 24.2 7 1/4# 27 5.79 A4:p 11 23 08.1 -56 46 46 99022 239017 L.4734 11 17 28 -56 5.6 6.6 28 6.12 B2IV-V 11 24 22.1 -42 40 09 99171 222773 L.4736 11 18 24 -41 59.0 6.5 29 5.22 K0III 11 25 29.9 -36 03 48 99322 202428 L.4739 11 19 26 -35 22.6 5.7 30 5.89 M3III 11 25 33.1 -37 44 52 99333 202430 L.4740 11 19 30 -37 3.6 6.5 31 5.17 F7V 11 25 43.2 -63 58 22 99453 251402 L.4747 11 20 19 -63 17.0 5.7 32 5.81 K0+A2/3* 11 26 47.3 -53 09 36 99574 239074 L.4748 11 20 58 -52 28.4 6.3 dpl. 33 5.30 B3IV 11 26 35.3 -61 06 55 99556 251406 L.4751 11 20 59 -60 25.6 6.2 34 5.08 B9V 11 28 35.0 -42 40 27 99803 222813 L.4754 11 22 34 -41 59.2 5.4 dpl. 5 1/2, 8 * 8.0 A0II/III 11 28 45.8 -63 34 40 99883 251418 * 11 23 10* -62 53.2 7.7# 35 6.47v B2Ia 11 29 15.4 -63 33 14 99953 251422 L.4762 11 23 40 -62 51.9 7.0# 36 6.31v A3Iae 11 31 15.1 -61 16 42 100198 251437 L.4771 11 25 32 -60 35.3 7.0 37 Omicron1 5.13v G0Ia 11 31 46.2 -59 26 32 100261 239145 L.4774 11 26 0 -58 45.1 5.2# 38 Omicron2 5.15v A3Ia 11 31 48.7 -59 30 56 100262 239146 L.4775 11 26 3 -58 49.5 5.5# 39 5.64 M1III 11 32 48.1 -40 26 10 100378 222856 L.4778 11 26 43 -39 44.9 6.2 r 40 6.69 G0V 11 32 51.2 -36 12 34 100395 202553 L.4777 11 26 45 -35 31.1 6.9 41 5.39 A2IV/V 11 33 37.2 -40 35 13 100493 222863 L.4785 11 27 32 -39 53.8 5.7 42 A 4.62 B9V 11 34 45.6 -54 15 51 100673 239189 L.4794 11 28 51 -53 34.4 5.2 43 5.50v? K1III/IV 11 34 56.8 -49 08 12 100708 222883 L.4795 11 28 58 -48 27.1 6.0 44 C1 5.71v M3III 11 35 13.2 -47 22 21 100733 222887 L.4796 11 29 12 -46 40.9 6.0 45 C2 5.25 A7m 11 35 55.6 -47 38 30 100825 222895 B.3663, T.5307 11 29 53 -46 56.9 5.5 46 Lambda 3.10 B9II: 11 35 46.8 -63 01 11 100841 251472 L.4804, J.264 11 30 1 -62 19.7 3.4 47 NGC3766* 5.3 B0 11 36.1 -61 37 L.4809 11 30 -60 55. 6.5 cum. 48 6.8 F0V 11 36 35.5 -36 07 18 100894 202623 L.4802 11 30 25 -35 25.8 7.0 49 6.32 A1V 11 36 40.8 -37 14 16 100911 202627 L.4806 11 30 31 -36 32.7 6.6 50 5.83 B2.5IV 11 36 22.3 -61 03 08 100929 251479 L.4810 11 30 33 -60 21.6 6.6 51 6.9 A0/A1V 11 36 57.9 -38 57 35 100954 202633 L.(4807)* 11 30 49 -38 16.1 7.0# * 7.4 K2III 11 37 04.5 -38 59 43 100965 202635 B.3680* 11 30 55 -38 18.2 7.5# 52 5.15 K1III 11 37 00.6 -61 17 00 101021 251486 L.4816 11 31 14 -60 35.5 5.9 53 C3 5.44 K2III 11 37 33.9 -47 44 50 101067 222917 L.4815 11 31 31 -47 3.4 5.9 * 7.16 O7n 11 37 48.4 -63 19 24 101131 251500 L.4821 11 32 0 -62 37.9 7.5# * 6.45 O8var 11 38 20.5 -63 22 24 101205 251511 L.4829 11 32 32 -62 40.8 7.2# 54 5.14 B9IV 11 38 07.3 -61 49 35 101189 251505 B.3689 11 32 18 -61 8.1 6.0 55 6.7 G8III 11 39 58.5 -38 06 30 101406 202689 L.4837 11 33 48 -37 24.9 6.9 dpl. 7, 7 1/2 56 6.7 ApEuCr 11 39 53.6 -50 29 10 101410 239272 L.4841 11 33 51 -49 47.6 6.8 57 5.96v? M1III 11 40 42.6 -53 58 06 101541 239284 L.4846 11 34 41 -53 16.5 6.7 58 4.90 G3Ib 11 40 53.6 -62 05 24 101570 251535 L.4856 11 35 0 -61 23.8 5.7 r * 8.0 K5III 11 41 05.8 -40 53 07 101566 222955 L.4847 11 34 55 -40 11.5 7.7# c * 6.87 G0V 11 41 26.5 -41 01 06 101614 222962 L.4853 11 35 14 -40 19.2 7.2# 59 5.55 A0V 11 41 19.8 -43 05 45 101615 222960 L.4852 11 35 12 -42 24.1 6.1 60 5.98 K3III 11 43 27.3 -37 11 25 101883 202744 L.4863 11 37 14 -36 29.7 6.6 61 5.06v G0I+B1I* 11 43 31.2 -62 29 22 101947 251555 L.4868 11 37 34 -61 47.7 5.8 62 6.10 A2III/IV 11 43 53.0 -62 52 42 101995 251559 L.4869 11 37 55 -62 11.0 7.0 * 7.2 K0III 11 44 38.6 -49 08 40 102076 222991 L.4872 11 38 30 -48 27.0 7.6# 63 6.26 K1III 11 45 12.6 -49 04 11 102150 222997 L.4876 11 39 4 -48 22.6 6.6# 64 5.29v? B6III 11 45 43.9 -45 41 24 102232 223009 L.4878 11 39 33 -44 59.8 5.9 65 4.10v? G0II 11 46 30.8 -61 10 42 102350 251579 L.4885 11 40 29 -60 29.0 4.7 66 4.89 G3/G5V 11 46 31.0 -40 30 02 102365 223020 L.4887 11 40 34 -39 49.2 5.4 67 6.17 G8III 11 47 07.0 -35 54 25 102397 202805 L.4886 11 40 51 -35 12.7 6.6 68 5.41v? K5III 11 47 19.1 -57 41 47 102461 239373 L.4892 11 41 13 -57 0.1 6.3 69 j 4.32v? B3V 11 49 41.1 -63 47 19 102776 251602 L.4903 11 43 37 -63 4.6 4.9 70 5.70 A3Iab 11 50 27.3 -62 38 58 102878 251605 L.4908 11 44 21 -61 57.3 6.5 71 B 4.46 K4III 11 51 08.7 -45 10 25 102964 223062 L.4910 11 44 54 -44 28.7 5.0 72 6.61 A0V 11 51 13.2 -43 55 59 102981 223064 L.4911 11 44 58 -43 14.2* 6.9 73 6.55 B5Ia 11 51 13.1 -61 50 46 102997 251611 L.4914 11 45 5 -61 9.0 7.0 74 5.57 B4III 11 52 10.2 -56 59 16 103101 239443 L.4922 11 46 0 -56 17.6 6.1 75 6.7 F2V 11 53 16.8 -36 34 38 103257 202903 L.4925 11 46 58 -35 52.8 6.9 76 6.06 A0/A1III 11 54 11.5 -57 24 36 103400 239475 L.4931 11 47 58 -56 42.9 6.7 77 6.46 F7V 11 54 25.8 -37 44 56 103437 202926 L.4932 11 48 10 -37 3.3 6.9 78 6.69 G3IV/V 11 55 01.3 -56 05 47 103493 239487 L.4936 11 48 43 -55 23.6 7.0 dpl. 79 5.90v? A3Ib 11 54 59.9 -63 16 44 103516 251640 L.4937 11 48 48 -62 35.0 6.9 80 6.13 K0III 11 55 54.7 -39 41 21 103637 202950 L.4941 11 49 35 -38 59.6 6.7 81 6.26 F3IV-V 11 56 43.9 -47 04 21 103746 223127 L.4943 11 50 27 -46 22.6 6.6 82 6.67 F0V 11 57 20.4 -49 21 38 103856 223130 L.4949 11 51 3 -48 39.8 7.0 83 6.77 G0V 11 58 15.7 -47 58 39 103975 223138 L.4958 11 51 57 -47 16.7 6.9 84 6.36 B8/B9V 11 59 10.7 -45 49 56 104080 223151 L.4965 11 52 50 -45 8.1 6.8 85 6.05 K1/K2II 11 59 10.9 -51 41 49 104081 239548 L.4966 11 52 51 -51 0.0 6.7 c 86 6.66 F7V 11 59 34.6 -46 37 55 104138 223155 L.4971 11 53 14 -45 56.2 6.9 87 6.62 A7III 12 03 06.6 -48 11 42 104664 223191 L.4989 11 56 43 -47 29.9 7.0 88 5.15 F6V 12 03 39.6 -42 26 03 104731 223193 L.4992 11 57 12 -41 44.1 5.7 89 6.52 G0V 12 03 36.4 -39 00 32 104747 203084 L.4993 11 57 16 -38 18.7 6.9 90 6.7 B9V 12 04 16.8 -51 28 20 104839 239632 L.4997 11 57 52 -50 46.6 6.9 91 6.7 K1III 12 06 37.7 -37 51 36 105173 203137 L.5021 12 0 12 -37 9.8 6.9 92 4.50 B2IIIne 12 08 05.2 -50 39 41 105382 239687 L.5029 12 1 37 -49 57.9 5.8 93 E 5.34 A1V 12 08 14.7 -48 41 34 105416 223235 L.5031 12 1 47 -47 59.7 6.1 94 Delta 2.60v B2IVne 12 08 21.5 -50 43 21 105435 239689 L.5033, J.270 12 1 53 -50 1.6 2.8 95 5.76v A3III 12 08 53.8 -44 19 34 105509 223241 L.5036 12 2 27 -43 37.7 6.2 96 5.48v? B3IV 12 08 54.5 -41 13 53 105521 223242 L.5037 12 2 27 -40 32.1 5.9 97 6.08 A5V 12 10 33.7 -37 52 13 105776 203195 L.5045 12 4 5 -37 10.4 6.4 98 6.61 K0III 12 11 02.9 -45 25 22 105852 223266 L.5049 12 4 33 -44 43.6 7.0 99 6.59 F5V 12 11 28.5 -44 16 59 105919 223269 L.5052 12 4 57 -43 35.2 7.0 100 6.23 G6III+G* 12 11 31.4 -51 21 34 105920 239735 L.5053 12 5 3 -50 39.6 6.9 101 Rho 4.00 B3V 12 11 39.1 -52 22 07 105937 239737 L.5055, J.273 12 5 8 -51 40.3 4.5 102 5.76 B4III 12 13 25.3 -38 55 45 106231 203250 L.5065 12 6 55 -38 14.0 6.1 103 D 5.31 K3III 12 14 02.6 -45 43 26 106321 223297 L.5069 12 7 31 -45 1.7 5.8 dpl. 6 1/4, 7 1/2 104 6.23 K0III 12 15 30.5 -41 54 47 106572 223309 L.5077 12 9 2 -41 12.7 6.6 105 6.82 G1V 12 17 31.7 -48 55 33 106869 223335 L.5086 12 11 0 -48 13.7 7.0 106 6.15 A0V 12 17 47.3 -36 05 38 106922 203319 L.5088 12 11 16 -35 23.9 6.5 107 6.9 B8III 12 18 11.1 -52 18 23 106970 239822 L.5089 12 11 33 -51 36.7 7.0 108 F 5.00v? M1III 12 18 59.8 -55 08 35 107079 239838 L.5092 12 12 21 -54 26.9 5.8 r 109 6.83 A0V 12 21 06.6 -42 33 44 107422 223366 L.5109 12 14 31 -41 52.1 6.9 110 6.5 K3III 12 21 46.7 -49 56 55 107524 223379 L.5114 12 15 7 -49 15.3 6.9 r 111 6.7 G3IV/V 12 22 44.8 -39 10 40 107692 203408 L.5122 12 16 8 -38 28.7 6.8# 112 6.39 F2V 12 23 36.8 -39 18 11 107833 203421 L.5128 12 17 1 -38 36.5 6.7# 113 x1 5.32 B8/B9V 12 23 35.4 -35 24 46 107832 203420 L.5129 12 17 1 -34 43.1 5.5 114 5.79 B8/B9V 12 23 44.9 -38 54 40 107860 203424 L.5130 12 17 9 -38 13.1 6.1# * 6.9 A7/A8III 12 24 13.1 -38 54 52 107914 203431 L.5134 12 17 37 -38 13.2 7.4# 115 6.7 B9V 12 24 21.4 -47 22 22 107931 223411 L.5135 12 17 41 -46 40.8 6.8 116 6.25 K2.5III 12 24 45.0 -41 23 00 107998 223417 L.5138 12 18 8 -40 41.3 6.7 dpl. 9, 6 3/4 117 6.11 G5+F/G* 12 25 08.3 -42 30 52 108063 223426 L.5141 12 18 32 -41 49.2 6.6 118 x2 5.73v? B9IV/V 12 25 21.8 -35 11 11 108114 203450 L.5142 12 18 47 -34 29.6 5.8 119 G 4.82 B3Vn 12 26 31.6 -51 27 03 108257 239948 L.5150 12 19 47 -50 45.4 5.7 120 6.26 G5IV-V 12 26 48.1 -48 54 47 108309 223443 L.5153 12 20 13 -48 13.1 6.7 121 Sigma 3.91 B3V 12 28 02.4 -50 13 50 108483 223454 L.5162, J.280 12 21 17 -49 32.3 4.3 122 u 5.44 B8V 12 28 22.5 -39 02 29 108541 203508 L.5164 12 21 44 -38 20.9 5.9 123 6.02v? M2II/III 12 29 57.9 -41 44 10 108759 223471 L.5173 12 23 17 -41 2.6 6.6 124 6.6 B9V 12 33 12.2 -52 04 58 109195 240050 L.5195 12 26 21 -51 23.5 6.9 125 6.7 A7V+F/G* 12 33 28.7 -41 24 51 109241 223511 L.5200 12 26 46 -40 34.4 7.0 126 6.38 F5IV/V 12 33 59.2 -49 54 34 109312 223516 L.5202 12 27 11 -49 13.1 6.9 127 5.77 G4IV 12 34 42.3 -44 40 24 109409 223527 L.5207 12 27 57 -43 58.5 6.2 128 5.16 A7III 12 35 45.5 -41 01 20 109536 223542 L.5211 12 29 2 -40 19.9 5.7 129 5.80 A0V 12 36 01.2 -39 52 12 109573 203621 L.5214 12 29 18 -39 10.8 6.4 130 6.6 A0V 12 36 46.5 -50 20 09 109675 240089 L.5216 12 29 54 -49 38.7 6.9 131 Tau 3.90 A2V 12 37 42.2 -48 32 28 109787 223560 L.5222, J.287 12 30 53 -47 51.2 4.4 132 l 4.64 B8II/III 12 39 52.5 -39 59 15 110073 203681 L.5231 12 33 7 -39 17.9 5.2 133 5.84 K3II 12 41 23.0 -46 08 44 110287 223601 L.5242 12 34 32 -45 27.7 6.5 r 134 Gamma 2.20 A1IV 12 41 31.0 -48 57 35 110304 223603 L.5243, J.288 12 34 38 -48 16.4 2.4 135 6.6 K1/K2III 12 42 06.2 -54 45 38 110372 240165 L.5246 12 35 4 -54 4.5 6.8 136 w 4.66 K0III 12 42 35.4 -48 48 47 110458 223614 L.5250 12 35 41 -48 7.6 5.4 rr 137 6.45 A7III 12 43 26.2 -40 10 40 110575 203746 L.5254 12 36 38 -39 29.5 6.9 138 6.39 B8/B9V 12 43 58.5 -36 20 56 110653 203756 L.5260 12 37 13 -35 39.8 6.6 139 6.7 K0II/III 12 46 05.3 -54 36 44 110924 240229 L.5272 12 38 59 -53 55.7 7.0 140 5.86 K3III 12 46 46.0 -33 18 56 111032 203797 L.5278 12 40 2 -32 37.8 6.3 141 6.27 A0V 12 50 19.6 -48 27 35 111519 223698 L.5292 12 43 18 -47 46.7 6.8 142 5.71 A5V 12 50 57.9 -52 47 15 111588 240314 L.5294 12 43 50 -52 6.3 6.2 143 p 4.91 B9V 12 50 41.2 -33 59 58 111597 203863 L.5296 12 43 55 -33 19.0 5.3 144 6.33 A0IV 12 52 05.3 -48 05 39 111775 223720 L.5298 12 45 3 -47 24.8 6.7 145 5.98v? B7/B8V 12 51 56.8 -39 40 51 111774 203881 L.5300 12 45 4 -38 59.9 6.6 * 7.3 M2III 12 51 44.8 -31 05 00 111737 203877 L.5301 12 45 0 -30 24.2 7.3# 146 6.9 B8V(pSi) 12 51 50.6 -31 12 08 111748 203879 L.5302 12 45 6 -30 31.3 6.8# 147 6.24 G8Ib/II 12 52 24.6 -53 49 46 111790 240338 L.5299 12 45 13 -53 9.0 6.7 148 5.93 K3III 12 53 03.9 -54 57 09 111884 240347 L.5305 12 45 51 -54 16.4 6.5 r 149 e 4.33 K3/K4III 12 53 06.9 -48 56 35 111915 223731 L.5308 12 46 3 -48 15.8 5.0 r 150 n 4.30 A4IV 12 53 26.2 -40 10 44 111968 203907 L.5312, J.292 12 46 31 -39 29.9 4.4 151 5.89 G2IV 12 54 58.5 -44 09 07 112164 223753 L.5319 12 48 1 -43 27.9 6.5 * 7.3 A5V 12 53 33.4 -43 04 32 111984 223737 L.5313 12 46 37 -42 23.7 7.6# 152 5.47 M0III 12 55 19.4 -42 54 57 112213 223760 L.5322 12 48 21 -42 14.2 6.1# r 153 6.9 A0V 12 56 01.5 -31 28 54 112305 203947 * 12 49 15 -30 48.2 7.0 154 6.75 F5IV/V 12 56 39.4 -47 41 10 112361 223774 B.4251 12 49 35 -47 0.5 7.0 155 6.51v A0p 12 56 58.5 -54 35 15 112381 240405 L.5330 12 49 41 -53 54.5 6.8 r 156 H 5.16 B8.5V 12 57 04.4 -51 11 55 112409 240407 L.5331 12 49 53 -50 31.2 5.8 157 6.9 A1III/IV 12 58 10.7 -47 03 54 112565 223793 B.4262 12 51 5 -46 23.3 7.0 158 6.8 A3V 12 58 01.0 -38 55 02 112563 203979 L.5342 12 51 6 -38 14.4 7.0 159 7.0v? A4V 12 58 40.8 -36 16 30 112657 203996 L.5344 12 51 48 -35 35.9 6.4 var? 160 7.0 K3III 13 00 03.1 -36 10 56 112865 204016 B.4282 12 53 9 -35 30.4 6.9 161 6.6 A9V 13 00 33.5 -33 03 04 112934 204030 L.5358 12 53 44 -32 22.5 6.7 162 6.03 F3V 13 00 32.7 -33 30 19 112935 204029 L.5357 12 53 42 -32 49.7 6.4# 163 7.0 G6III 13 01 03.4 -33 37 22 113005 204040 L.5360 12 54 12 -32 59.9 7.0# dpl. 8 1/2, 7 164 6.7 K0/K1III 13 01 46.1 -39 37 00 113104 204049 L.5363 12 54 50 -38 56.6 7.0 165 Xi1 4.84 A0V 13 03 33.2 -49 31 38 113314 223870 L.5370 12 56 20 -48 51.2 5.8 166 6.64 A0V 13 05 02.0 -64 26 30 113457 252144 L.5372 12 57 8 -63 46.1 7.0 167 6.26v M3/M4III 13 04 48.1 -41 11 48 113523 223881 L.5380 12 57 46 -40 31.4 7.0 168 6.44 F5III 13 05 06.9 -47 07 00 113537 223885 L.5383 12 57 56 -46 26.7 6.9 169 6.43v? M1III 13 05 30.8 -52 06 54 113602 240535 L.5384 12 58 11 -51 26.7 6.9 170 7.0 K4III 13 06 15.6 -55 36 42 113686 240544 L.5385 12 58 47 -54 56.5 6.9 171 f 4.71 B5V 13 06 16.7 -48 27 49 113703 223900 L.5390 12 59 3 -47 47.5 5.3 172 5.59v? K0II/III 13 06 35.1 -41 35 19 113778 223905 L.5397 12 59 31 -40 55.1 6.3 var? 173 Xi2 4.27 B1.5V 13 06 54.6 -49 54 22 113791 223909 L.5396, J.295 12 59 38 -49 14.2 4.8 174 5.99 B9+F/G* 13 07 24.2 -59 51 38 113823 240566 L.5392 12 59 43 -59 11.4 6.7 175 6.7 K1III 13 06 37.8 -31 36 42 113820 204128 L.5399 12 59 46 -30 56.4 6.9 176 5.65 A0V 13 06 54.3 -35 51 43 113852 204132 L.5400 12 59 47 -35 11.4 6.0 177 5.71 B8V 13 07 38.3 -53 27 35 113902 240573 L.5398 13 0 14 -52 47.4 6.1 178 6.7v? K1/K2III 13 10 49.8 -52 54 26 114351 240623 L.5412 13 3 23 -52 14.5 var. 6 3/4 - 7 1/4 179 6.06v Ap 13 10 58.4 -52 34 01 114365 240627 L.5413 13 3 32 -51 54.0 6.5 180 6.34 F0II 13 11 53.2 -63 18 10 114461 252187 L.5411 13 3 53 -62 38.2 7.0 181 5.79 F7IV 13 11 08.8 -42 13 59 114435 223960 L.5420 13 4 2 -41 33.9 6.1 182 5.25 K1/K2III 13 11 23.2 -43 22 08 114474 223966 L.5422 13 4 15 -42 42.1 5.7 r 183 4.60v B8V 13 12 17.5 -59 55 15 114529 240645 L.5418 13 4 30 -59 15.3 5.4 184 6.6 K1III 13 11 30.1 -35 07 48 114509 204212 L.5426 13 4 33 -34 27.9 6.9 dpl. 10, 7 185 4.85 G3V 13 12 03.2 -37 48 11 114613 204227 L.5429 13 5 5 -37 8.4 5.3 dpl. 10, 5 1/4 186 6.21 G0V 13 12 56.0 -59 49 00 114630 240653 L.5425 13 5 8 -59 8.9 7.0 187 6.22 K0III 13 12 50.9 -42 41 59 114707 223980 * 13 5 42 -42 2.1 6.7 188 6.69 G0V 13 12 44.3 -31 52 25 114729 204237 L.5438 13 5 52 -31 11.9 6.9 189 5.89 B9V 13 13 23.5 -50 42 00 114772 240655 L.5435 13 5 59 -50 2.1 6.4 190 5.89 K0/K1III 13 14 11.8 -58 41 02 114835 240663 L.5436 13 6 27 -58 1.2 6.7 191 4.92 F7IV 13 14 15.0 -59 06 12 114837 240666 L.5437 13 6 32 -58 26.0 5.9 * 9.1 K0 13 13 28.1 -43 02 24 114797 223985 L.5441 13 6 19 -42 22.8 8 # 192 6.16 K5II 13 13 57.5 -43 08 20 114873 223989 L.5443 13 6 49 -42 28.6 6.5# 193 5.89 K0IV 13 14 43.1 -48 57 25 114971 224000 L.5448 13 7 23 -48 17.4 6.4 194 6.19 K1III 13 15 09.7 -36 22 16 115050 204282 L.5457 13 8 8 -35 42.5 6.7 195 r 5.10 K1III 13 16 53.1 -31 30 22 115310 204312 L.5466 13 9 57 -30 50.6 5.7 196 5.84 Am 13 17 13.9 -43 58 46 115331 224032 L.5464 13 10 0 -43 19.1 6.1# r * 7.3 B9V 13 18 05.0 -44 03 20 115470 224047 L.5471 13 10 50 -43 23.7 7.7# 197 6.66 B9V 13 17 44.7 -47 35 27 115415 224043 L.5468 13 10 24 -46 55.8 6.9 198 6.19 A0V 13 18 34.6 -51 17 10 115529 240721 L.5472 13 11 4 -50 37.6 6.7 199 6.9 A0V 13 18 25.0 -45 45 52 115527 224051 L.5474 13 11 7 -45 6.2 7.0 200 6.21 F3/F5II 13 20 35.0 -59 46 24 115778 240756 L.5479 13 12 39 -59 6.9 6.9 201 6.75 F6V 13 19 58.4 -41 11 28 115773 224066 L.5485 13 12 51 -40 32.0 6.9 202 5.48v? B6V 13 20 37.8 -52 44 53 115823 240762 L.5484 13 13 3 -52 5.4 6.1 203 6.02v? B0.5Ia 13 20 48.3 -55 48 02 115842 240765 L.5483 13 13 5 -55 8.6 6.7 204 Iota 2.70 A2V 13 20 35.8 -36 42 44 115892 204371 L.5491, J.301 13 13 35 -36 3.1 3.0 205 5.77 K1III 13 20 57.7 -46 52 50 115912 224080 L.5489 13 13 36 -46 13.4 6.4 206 6.70 B9V 13 21 26.1 -43 38 02 115988 224083 L.5494 13 14 10 -42 58.6 6.9 207 6.18v B2.5Vn 13 22 35.8 -60 58 20 116072 252283 L.5490 13 14 32 -60 19.0 6.5# 208 J 4.53v B3V 13 22 37.9 -60 59 18 116087 252284 L.5492 13 14 34 -60 19.9 5.2# 209 5.83 B2.5Ib 13 22 16.2 -52 10 58 116084 240782 L.5498 13 14 41 -51 31.6 6.5 210 6.38 B6IV 13 23 02.6 -48 33 46 116226 224096 L.5507 13 15 35 -47 54.4 6.6 211 6.16 A4V 13 22 52.7 -47 56 35 116197 224095 L.5505 13 15 26 -47 17.3 6.6# 212 6.8 K0III 13 23 52.9 -47 53 26 116337 224106 L.5512 13 16 27 -47 14.1 7.0# 213 6.22v? M2III 13 23 08.7 -33 11 24 116278 204420 L.5514 13 16 8 -32 32.1 6.8 214 m 4.50 G5III-IV 13 24 00.6 -64 32 09 116243 252293 L.5500 13 15 38 -63 52.8 5.2# 215 5.31 F2III 13 25 13.9 -64 29 07 116457 252304 L.5509 13 16 53 -63 49.9 6.4# 216 6.7 A0V 13 26 16.7 -48 47 13 116717 224138 L.5530 13 18 47 -48 8.0 7.0 217 5.09 KpBa 13 26 07.8 -39 45 19 116713 204465 L.5531 13 18 53 -39 6.1 5.9 r 218 6.8 F0V 13 26 08.0 -32 32 50 116743 204469 L.5536 13 19 7 -31 53.7 7.0 219 Omega* 3.65 F7 13 26.8 -47 29 L.5533 13 19 16 -46 49.5 4 cum. 220 6.31 A0III/IV 13 27 06.3 -49 08 37 116836 224149 L.5535 13 19 35 -48 29.6 6.8 221 5.69 K3III 13 26 56.1 -41 29 53 116835 224148 L.5543 13 19 40 -40 50.8 6.2 r 222 6.30 B3IV 13 27 20.8 -49 22 51 116862 224151 B.4468 13 19 48 -48 43.8 6.7 223 6.40 G8/K0III 13 27 14.7 -40 09 47 116873 204483 L.5548 13 20 1 -39 30.7 6.9 224 K 5.06 A0V 13 29 25.2 -51 09 55 117150 240883 L.5552 13 21 46 -50 31.0 5.8 225 6.62 B9IV/V 13 29 16.4 -45 32 14 117145 224175 L.5556 13 21 51 -44 53.3 6.8 226 6.9 A1V 13 29 36.0 -47 52 32 117193 224179 L.5557 13 22 6 -47 13.6 7.0 227 d 3.88v? G8II/III 13 31 02.7 -39 24 27 117440 204545 L.5569, J.304 13 23 48 -38 45.6 4.5 r 228 6.5 K0III 13 31 22.8 -42 27 53 117483 224214 L.5570 13 24 2 -41 49.1 7.0 229 6.16 K1III 13 32 05.3 -38 23 57 117597 204561 L.5572 13 24 52 -37 45.1 6.8 230 6.6 F6V 13 33 29.1 -43 25 23 117807 224243 L.5581 13 26 7 -42 46.7 7.0 231 6.8 A1IV/V 13 33 47.7 -39 56 46 117851 204597 L.5583 13 26 31 -39 18.2 7.0 232 6.33 B8III 13 34 28.9 -48 16 21 117919 224254 L.5584 13 26 54 -47 37.8 6.7 233 6.44v? K2III 13 34 43.3 -33 18 38 118010 204612 L.5590 13 27 38 -32 40.1 6.8 var. 234 6.8 F0V 13 35 12.4 -32 12 44 118084 204623 L.5593 13 28 8 -31 34.2 6.9 235 5.63 F6V 13 37 12.3 -61 41 31 118261 252387 L.5589 13 28 45 -61 2.9 6.5 236 5.98 G8/K0III 13 37 06.0 -44 08 35 118338 224275 L.5598 13 29 39 -43 30.2 6.5 237 6.50 K0III 13 36 50.5 -34 28 04 118319 204653 L.5603 13 29 42 -33 49.6 6.7 238 6.42 K1III 13 38 07.6 -58 24 54 118384 241013 L.5596 13 29 57 -57 46.5 7.0 239 5.90 B8V 13 37 23.7 -46 25 42 118354 224283 L.5600 13 29 51 -45 47.3 6.3 240 6.65 B5II 13 38 08.9 -50 20 57 118450 241018 L.5607 13 30 26 -49 42.7 6.9 241 7.26 A2/A3V 13 37 34.2 -35 02 57 118434 204667 L.5613 13 30 25 -34 24.6 7.0# * 7.20 G3V 13 37 48.0 -35 03 52 118465 204673 L.5615 13 30 38 -34 25.5 7.2# 242 6.01 G5Ib 13 38 49.1 -57 37 23 118520 241026 L.5605 13 30 41 -56 59.1 6.5 r 243 5.79 F3III-IV 13 40 11.0 -64 34 37 118666 252400 L.5609 13 31 27 -63 56.4 6.4 244 6.99 B9.5V 13 38 50.3 -33 06 42 118648 204692 L.5621 13 31 43 -32 28.4 7.0 245 Epsilon 2.30v B1III 13 39 53.2 -53 27 59 118716 241047 L.5618, J.305 13 31 59 -52 49.8 2.6 246 6.00v M8III 13 39 59.7 -49 57 01 118767 224317 L.5622 13 32 17 -49 18.9 6.8 r 247 6.27v M3/M4III 13 39 40.8 -39 44 53 118781 204708 L.5624 13 32 21 -39 6.7 6.7 248 5.60 K2/K3III 13 39 48.6 -40 03 07 118799 204712 L.5625 13 32 28 -39 24.8 6.2 249 6.7 A0V 13 40 37.7 -44 19 49 118878 224322 L.5628 13 33 8 -43 41.7 6.8 250 Q 5.01d B8V 13 41 44.7 -54 33 36 118991 241076 L.5632 13 33 45 -53 55.5 5.7 dpl. 6 1/4, 7 1/2 251 5.40 B9IV 13 42 01.1 -58 47 14 118978 241080 L.5627 13 33 45 -58 9.2 6.1 r * 8.1 G0 13 41 26.4 -61 52 02 252413 B.4577 13 32 55 -61 14.0 7.8# * 6.80 B8Iab 13 42 40.5 -61 44 16 252421 L.5629 13 34 9 -61 6.3 7.2# * 6.87 K1+A/F* 13 42 44.8 -61 53 33 119076 252422 L.5631 13 34 12 -61 15.5 7.3# * 7.19 G8IICN* 13 43 14.3 -61 42 32 119164 252426 L.5637 13 34 42 -61 4.6 7.5# 252 T* 6.05v M3e 13 41 45.7 -33 35 49 119090 204739 L.5645 13 34 36 -32 57.9 6.9 253 6.00 B0.5III 13 42 56.1 -56 45 05 119159 241096 L.5640 13 34 47 -56 8.1 6.5 254 6.41 M0III 13 42 54.7 -50 47 26 119193 241098 L.5643 13 35 6 -50 9.4 7.0 * 6.67 F1+F/G* 13 42 20.7 -33 58 46 119191 204749 L.5649 13 35 10 -33 20.9 7.0 dpl. 7 1/2, 7 3/4 255 7.11 B8III 13 42 01.2 -43 08 49 119103 224349 L.5641 13 34 33 -42 30.8 7.0# * 7.24 A4V 13 42 43.9 -43 11 10 119221 224355 L.5648 13 35 15 -42 33.2 7.5# 256 5.98 K0III 13 42 55.0 -41 24 04 119250 224359 L.5650 13 35 31 -40 46.0 6.6 257 6.6 B8V 13 43 57.4 -59 14 10 119283 241114 L.5644 13 35 37 -58 36.2 6.8 dpl. 7, 8 258 5.98 B8III 13 43 39.9 -42 04 03 119361 224365 L.5654 13 36 13 -41 26.2 6.4 259 6.47v A0pSiCr 13 44 15.9 -51 00 47 119419 241120 L.5652 13 36 26 -50 22.9 6.9 260 7.0 F2V 13 43 49.3 -40 10 41 119415 204777 L.5656 13 36 27 -39 32.8 7.0 261 6.62 B2Ia 13 46 17.7 -62 27 06 119646 252439 L.5657 13 37 38 -61 49.4 7.0 * * 13 37 43 -62 18.2 8 # * 9.7 B 13 46 32.7 -62 55 24 119682 252441 B.4610 13 37 50 -62 17.7 8 # * * 13 37 51 -62 17.5 8 1/2# 262 6.61 A2II 13 46 36.8 -62 54 36 119699 252442 L.5659 13 37 54 -62 16.9 7.0# 263 6.5 A1V 13 46 14.5 -54 41 01 119727 241152 L.5662 13 38 10 -54 3.3 6.8 264 6.51v G8Ia-0 13 47 10.8 -62 35 24 119796 252448 L.5660 13 38 30 -61 57.7 6.8 r 265 1 i 4.23 F3V 13 45 41.2 -33 02 38 119756 204812 L.5668, J.306 13 38 36 -32 24.6 4.5 r 266 M 4.65v? G8/K0III 13 46 39.4 -51 25 58 119834 241157 L.5664 13 38 45 -50 48.2 5.2 c 267 z 5.15 A0V 13 46 56.3 -36 15 08 119921 204835 L.5676 13 39 40 -35 37.5 5.8 dpl. 5 3/4, 10 268 5.91 A3mA5-F0 13 47 27.7 -50 15 00 119938 241173 L.5671 13 39 36 -49 37.3 6.7# 269 5.46 K2III 13 47 38.4 -50 19 16 119971 241177 L.5674 13 39 49 -49 41.6 6.0# r 270 6.8 F2V 13 48 41.8 -37 07 39 120207 204864 L.5680 13 41 22 -36 30.2 7.0 271 6.52 G3IV-V 13 48 55.1 -35 42 14 120237 204867 L.5682 13 41 44 -35 4.4 6.8 dpl. 9 1/2, 6 3/4 * 7.0 F3V 13 49 16.4 -40 31 00 120272 224458 L.5681, B.4642* 13 41 51 -39 53.6 7.1# * 7.1 M1III 13 49 22.3 -40 30 54 120287 224463 B.4643* 13 41 56 -39 53.5 7.1# r 272 Nu 3.40v? B2IV 13 49 30.3 -41 41 16 120307 224469 L.5683, J.307 13 42 1 -41 3.8 3.7 273 Mu 2.90v B2IV-Ve 13 49 37.0 -42 28 26 120324 224471 L.5684, J.308 13 42 6 -41 51.0 3.4 274 2 g 4.19v M5III 13 49 26.7 -34 27 03 120323 204875 L.5688, J.309 13 42 13 -33 49.5 4.6 r 275 6.44 K1III 13 50 19.4 -39 54 05 120457 204888 L.5690 13 42 53 -39 16.7 6.9 * 7.4 A9V 13 50 21.2 -31 04 05 120483 204892 L.5699 13 43 13 -30 26.7 7.4# 276 7.0 A5V+(F) 13 50 40.3 -31 12 23 120534 204900 L.5703 13 43 31 -30 35.0 7.0# 277 N 5.25 B9Vn 13 52 04.8 -52 48 43 120642 241239 L.5700 13 44 2 -52 11.4 5.9 278 5.77 B2Vp 13 51 47.2 -46 53 57 120640 224489 L.5702 13 44 3 -46 16.6 6.2 279 6.35 F6V 13 51 36.6 -36 26 00 120672 204911 L.5706 13 44 18 -35 48.5 6.7 280* 3 k 4.56 B4III 13 51 49.6 -32 59 40 120709 204916 L.5708, J.310 13 44 37 -32 22.4 4.7 dpl. 5, 6 3/8 281* 3 k 6.06 B8V 13 51 50.1 -32 59 41 120710 204917 * 282 6.12 F5/F6V 13 52 00.9 -31 37 10 120759 204922 L.5712 13 44 51 -30 59.8 6.7 283 5.89 B5III 13 53 43.1 -53 22 25 120908 241262 L.5711 13 45 37 -52 45.3 6.5 284 4 f 4.73 B4IV 13 53 12.5 -31 55 40 120955 204944 L.5725, J.311 13 46 1 -31 18.5 5.2 dpl. 5 1/2, 7 1/2 285 6.10v B2IIIe 13 53 56.9 -47 07 41 120991 224514 L.5719 13 46 11 -46 30.6 6.6 286 y 5.54 F3V 13 53 32.8 -35 39 51 120987 204955 L.5726 13 46 15 -35 2.7 6.0 287 6.19 K0III 13 53 52.2 -35 18 52 121056 204963 L.5729 13 46 37 -34 41.7 6.6 288 5.71 B8V 13 55 12.2 -52 09 39 121190 241294 L.5727 13 47 9 -51 32.7 6.1 289 Zeta 2.60 B2.5IV 13 55 32.4 -47 17 18 121263 224538 L.5737, J.312 13 47 45 -46 40.3 2.7 290 6.14 A1V 13 56 19.9 -54 07 55 121336 241309 L.5741 13 48 9 -53 31.0 6.6 291 6.01 G6IV-V 13 56 33.0 -54 42 16 121384 241315 L.5744 13 48 20 -54 5.0 6.7 * 7.6 K1IIICN* 13 55 30.1 -51 58 37 121240 241299 * 13 47 28 -51 21.7 7.2# * 6.9 A5III 13 56 26.3 -52 02 08 121402 241313 L.5746 13 48 23 -51 25.3 7.1# 292 6.51 G6/G8III 13 55 44.5 -31 17 06 121397 204994 L.5753 13 48 34 -30 40.3 6.9 293 5.83 K0IV 13 56 19.5 -46 35 33 121416 224555 * 13 48 35 -45 58.5 6.6 r 294 4.71 K4III 13 57 38.9 -63 41 12 121474 252531 L.5733 13 48 38 -63 4.3 5.7 295 6.95 B2/B3IV 13 56 47.9 -46 23 10 121483 224560 * 13 49 2 -45 46.3 7.0 296 Phi 3.80v? B2IV 13 58 16.3 -42 06 03 121743 224577 L.5768, J.313 13 50 41 -41 29.3 4.1 297 Upsilon1 3.90 B2IV-V 13 58 40.8 -44 48 13 121790 224585 L.5770, J.314 13 50 58 -44 11.5 4.2 298 5.91 G8/K0III 13 59 17.3 -50 22 12 121853 241352 L.5771 13 51 17 -49 45.5 6.6 299 6.49 F1III-IV 14 00 17.4 -61 28 53 121901 252552 L.5766 13 51 28 -60 52.2 7.0 300 6.7 A7V 14 00 18.8 -46 07 39 122015 224606 L.5778 13 52 31 -45 31.1 7.0 301 6.8 A4/A5V 14 01 08.6 -44 11 52 122158 224618 L.5779 13 53 27 -43 35.3 7.0 302 6.13 K1III 14 01 18.9 -40 13 20 122210 205096 L.5783 13 53 47 -39 36.9 6.7 303 Upsilon2 4.30 F6II 14 01 43.4 -45 36 13 122223 224621 L.5782 13 53 56 -44 59.8 5.0 304 Beta 0.60v B1III 14 03 49.4 -60 22 23 122451 252582 L.5784, J.315 13 55 1 -59 46.1 1.2 305 5.92 K2III 14 03 26.3 -56 12 49 122438 241403 L.5786 13 55 1 -55 36.5 6.6 306 6.18 F6V 14 03 01.7 -31 41 02 122510 205123 L.5791 13 55 47 -31 5.0 6.5 307 6.11v B8Si 14 03 27.5 -41 25 24 122532 224641 L.5789 13 55 51 -40 49.1 6.5 308 7.0 F5V 14 04 12.3 -41 48 46 122666 224651 B.4743 13 56 34 -41 12.5 7.0# * * 13 56 43 -41 19.7 7 3/4# 309 6.18 A5III/IV 14 05 46.3 -54 40 10 122844 241430 L.5797 13 57 25 -54 4.0 6.8 * 8.6 A5 14 04 04.9 -37 17 01 122664 205138 Y.5805 13 56 38 -36 40.8 7 3/4# * 7.2 G3IV/V 14 04 07.1 -37 14 52 122683 205139 L.5798 13 56 40 -36 39.6 7 1/4# 310 6.42v? B0Ia 14 06 25.1 -59 42 56 122879 241439 L.5796, B.4748 13 57 38 -59 7.0 6.9# * 7.7 B9.5IV 14 06 38.7 -59 45 20 122926 241443 B.4752 13 57 51 -59 9.3 7.2# 311 Chi 4.40v B2V 14 06 02.8 -41 10 47 122980 224673 L.5810, J.316 13 58 25 -40 34.8 4.8 312 6.20 G8III 14 06 10.9 -43 05 31 123004 224676 L.5809 13 58 28 -42 29.5 6.7 313 6.40 G8/K0III 14 08 14.1 -63 12 29 123151 252616 L.5803 13 59 2 -62 36.7 7.0 314 5 Theta 2.06 K0IIIb 14 06 41.0 -36 22 12 123139 205188 L.5820, J.317 13 59 20 -35 45.2 2.2 315 NGC5460* 5.6 B8 14 07.6 -48 19 D.431 13 59 -- -47 43.- 7 cum. 316 6.5 G3V 14 07 41.3 -49 52 03 123227 224702 L.5817 13 59 37 -49 16.4 6.9 317 6.49 B9V 14 07 40.7 -48 42 16 123247 224703 L.5818 13 59 40 -48 6.3 6.8 318 6.30 B5IV 14 08 56.4 -59 16 36 123335 241478 L.5815 14 0 9 -58 40.8 6.6 319 6.17 B9V 14 08 51.9 -43 28 16 123445 224721 L.5826 14 1 7 -42 52.5 6.6 320 6.00v? B9IV 14 09 34.9 -51 30 18 123515 241491 L.5825 14 1 23 -50 54.6 6.6# * * 14 1 28 -50 53.9 7.1# 321 4.75 G8III 14 09 54.8 -53 26 21 123569 241496 L.5827 14 1 37 -52 50.5 5.4 r 322 6.76 A2IV/V 14 10 13.1 -30 37 14 123746 205253 L.5837 14 2 58 -30 1.6 6.8 323 6.6 K1III 14 10 52.0 -32 04 34 123888 205270 L.5839 14 3 33 -31 29.0 6.9# * 7.4 Fm 14 11 29.4 -32 10 06 123990 205284 L.5843 14 4 10 -31 34.7 7.5# 324 5.56 K5+B/A* 14 13 16.4 -53 39 57 124147 241543 L.5840 14 4 53 -53 4.6 6.1 r 325 6.06v B5V 14 13 39.9 -54 37 33 124195 241552 L.5841 14 5 11 -54 2.2 6.6 326 6.9 B9V 14 12 55.2 -40 50 00 124176 224767 L.5849 14 5 15 -40 14.7 7.0 327 6.64 O7 14 15 01.7 -61 42 25 124314 252665 L.5844 14 5 52 -61 7.2 7.0 dpl. 7, 10 328 5.10v B4Vne 14 14 57.0 -57 05 10 124367 241563 L.5850 14 6 16 -56 29.9 5.6 329 6.39 K3III 14 15 21.2 -53 30 35 124454 241569 L.5857 14 6 57 -52 55.5 7.0 330 5.61 G8III 14 14 42.6 -41 50 15 124433 224791 L.5860 14 7 0 -41 15.1 6.4 331 R 6.39v M5e 14 16 34.3 -59 54 51 124601 241580 * 14 7 35 -59 19.8 var 6 - 10 332 6.31 F9V 14 15 38.7 -45 00 03 124580 224798 L.5863 14 7 43 -44 24.7 6.7 333 6.57 F0V 14 16 18.3 -33 14 29 124780 205371 L.5872 14 8 55 -32 39.5 6.7 334 5.23 Am 14 19 51.5 -61 16 24 125158 252703 L.5875 14 10 43 -60 41.5 5.9 c 335 6.54 A9IV/V 14 18 23.8 -33 13 14 125150 205412 L.5883 14 11 0 -32 38.4 6.7 336 v 4.30 B6Ib 14 20 19.5 -56 23 12 125288 241641 L.5879 14 11 37 -55 48.5 5.0 337 5.94 A1V 14 19 23.9 -37 00 13 125283 205430 L.5886 14 11 51 -36 25.4 6.4 338 Psi 4.00 A0IV 14 20 33.4 -37 53 07 125473 205453 L.5895, J.325 14 12 53 -37 18.5 4.4 * 8.0 F0 14 20 47.0 -42 26 37 125495 224849 * 14 12 58 -41 52.0 7 1/2# dpl. 339 7.4 A1V 14 20 50.7 -42 25 29 125494 224851 L.5894 14 13 1 -41 50.9 6.9# 340 4.92 G9+F/G* 14 22 37.0 -58 27 34 125628 241673 L.5893 14 13 41 -57 53.2 5.6 dpl. 6c, 7 3/4 341 5.56 B8V 14 22 19.7 -34 47 12 125745 205485 L.5907 14 14 51 -34 12.9 6.0 * 6.8 K3III 14 22 51.7 -39 37 29 125805 205495 L.5909 14 15 10 -39 3.1 7.2# 342 a 4.42v B2V 14 23 02.2 -39 30 44 125823 205497 L.5911, J.326 14 15 21 -38 56.3 4.9# 343 7.09 B9IV 14 23 16.2 -42 15 12 125866 224884 L.5912 14 15 27 -41 40.9 7 # * 7.6 K2 14 23 45.5 -42 17 15 125950 224892 * 14 15 56 -41 42.9 7 3/4# r 344 6.96 B8V 14 24 43.8 -40 45 19 126135 224905 L.5921 14 16 58 -40 11.1 7.0 345 6.8 G8III 14 24 14.7 -33 05 13 126089 205523 L.5923 14 16 49 -32 31.1 7.0# * 7.58 KpBa 14 25 31.2 -32 58 19 126313 205541 L.5932 14 18 3 -32 24.3 7.5# 346 6.69 A1V 14 25 01.0 -37 26 48 126194 205531 L.5925 14 17 24 -36 52.7 7.0 347 6.32 K3III 14 26 13.4 -42 19 09 126386 224923 L.5930 14 18 23 -41 45.0 6.9 348 6.37 B9V 14 26 49.9 -39 52 26 126475 205561 L.5936 14 19 5 -39 18.5 6.8 349 6.45 A0II/III 14 28 43.5 -59 11 52 126610 241737 L.5931 14 19 37 -58 38.0 6.9 350 6.39 K3III 14 30 56.4 -40 50 42 127152 224982 L.5958 14 23 7 -40 17.2 7.0 351 5.97 K1III 14 31 10.8 -38 52 12 127193 205637 L.5963 14 23 27 -38 18.8 6.6 r 352 6.09 K0III 14 33 09.6 -30 42 52 127624 205681 L.5983 14 25 46 -30 9.7 6.4 353 7.0 K1III 14 33 27.5 -33 18 58 127672 205690 L.5985 14 25 57 -32 45.8 7.0 354 6.40 K2III 14 35 17.2 -60 00 57 127724 241811 L.5973* 14 25 59 -59 27.8 7.0 355 6.60 A2IV 14 34 08.0 -42 05 59 127716 225027 L.5984 14 26 13 -41 32.8 6.9 356 Eta 2.31v B1Vn+A 14 35 30.4 -42 09 28 127972 225044 L.5993, J.332 14 27 35 -41 36.4 2.5 357 5.87 B6V 14 35 31.5 -41 31 03 127971 225046 L.5994 14 27 38 -40 58.0 6.3 358 6.13 K1III 14 36 24.2 -39 35 50 128152 205744 L.5999 14 28 36 -39 2.9 6.6 r 359 5.74 B8V 14 36 44.2 -40 12 42 128207 205751 L.6002 14 28 54 -39 39.8 6.2 360 6.6 F7 14 38 59.6 -59 08 28 128398 241873 L.5997 14 29 45 -58 35.6 6.9 361 6.02 K3III 14 38 19.6 -38 47 39 128488 205786 L.6015 14 30 32 -38 15.0 6.7 362 6.78 A3V 14 38 25.0 -35 16 35 128532 205789 L.6020 14 30 48 -34 43.9 7.0 363 Alpha1* -0.01 G2V 14 39 36.5 -60 50 03 128620 252838 L.6014, J.335 14 31 7 -60 19.1 0.7 dpl. 1, 3 1/2 364 Alpha2* 1.33 K1V 14 39 35.2 -60 50 13 128621 L.6017, J.336 365 6.30 K0/K1II 14 40 32.5 -56 26 26 128713 241898 L.6013 14 31 32 -55 54.0 6.7 366 6.65 B8/B9V 14 40 17.5 -40 50 32 128819 225106 L.6028 14 32 24 -40 18.0 6.9 367 5.67 ApSi 14 41 01.4 -36 08 06 128974 205823 L.6038 14 33 21 -35 35.8 6.2 368 b 4.00 B2.5V 14 41 57.6 -37 47 37 129116 205839 L.6048, J.338 14 34 12 -37 15.3 4.2 369 6.37 ApSi 14 41 51.1 -30 56 00 129161 205841 L.6052 14 34 24 -30 23.7 6.6 370 6.65 G8IV 14 42 13.1 -32 46 13 129216 205846 L.6054 14 34 42 -32 13.8 6.9 371 c1 4.05 K3III 14 43 39.4 -35 10 25 129456 205871 L.6063, J.339 14 36 1 -34 38.0 4.3 c 372 c2 4.92 A0V 14 44 59.2 -35 11 31 129685 205899 L.6071 14 37 20 -34 39.7 5.4 373 5.94 K3III 14 47 05.1 -38 17 27 130055 205937 L.6086 14 39 15 -37 45.6 6.4 374 6.92 A0V 14 47 46.7 -39 55 35 130163 205948 L.6090 14 39 53 -39 24.0 7.0 375 6.04v M5III 14 48 38.0 -36 38 05 130328 205966 L.6101 14 40 53 -36 6.5 6.8 376 5.03 B7II/III 14 52 51.0 -37 48 11 131120 206037 L.6124 14 45 1 -37 17.2 5.7 377 6.29 G0/G1V 14 52 33.1 -30 34 37 131117 206035 L.6127 14 45 7 -30 3.6 6.7 378 6.6 A0V 14 53 06.7 -38 15 25 131165 206048 L.6125 14 45 15 -37 44.5 6.8 379 7.04 A1V 14 54 25.3 -34 08 35 131399 206071 L.6135 14 46 46 -33 37.8 7.0 380 5.82 K2III 14 54 38.0 -33 18 02 131432 206079 L.6137 14 47 0 -32 47.3 6.3 dpl. 10, 6 3/4 c 381 5.32 A0V 14 55 44.7 -33 51 21 131625 206099 L.6146 14 48 5 -33 20.8 5.8 382 6.36 A0/A1V 14 56 35.8 -39 24 58 131752 206110 L.6149 14 48 39 -38 54.5 6.7 383 6.06 K3III 14 56 30.9 -32 38 12 131774 206112 L.6153 14 48 54 -32 7.7 6.4 384 6.15 K1III 14 58 36.8 -39 54 24 132096 206154 L.6165 14 50 37 -39 24.1 6.8 385 Kappa 3.10 B2IV 14 59 09.7 -42 06 15 132200 225344 L.6170, J.346 14 51 2 -41 36.0 3.3 386 6.47 B8V 14 59 13.9 -37 52 53 132238 206167 L.6178 14 51 21 -37 22.7 6.7 387 6.8 A3mA5-F0 14 59 28.9 -30 42 42 132347 206173 L.6183 14 51 57 -30 12.5 7.0 dpl. 9, 7 388 5.89 K2.5III 15 01 13.0 -38 03 30 132604 206208 L.6186 14 53 18 -37 33.5 6.4 r 389 6.22 A8/A9IV* 15 01 58.1 -34 21 32 132763 206223 L.6190 14 54 15 -33 51.7 6.6 12 Spectrum A1/2V+KIII Preceding 17 the star HD98036=SAO222684 is connected with a brace to 17 without a combined magnitude or being assigned a number. 20 Right ascension corrected from 11 10 55. Declination corrected from -37 43.0. 21 Spectrum Fm Delta Del Preceding 26 the star HD98937=SAO202378, and following 26 the star HD99062 =SAO202399, are both connected with a brace to 26 with combined magnitude 5.4 for all three stars without numbers being assigned or designations provided from earlier catalogs for either. 32 Spectrum K0III+A2/3V Preceding 35 the star HD99883=SAO251418 is connected with a brace to 35 with the joint designation cum. instead of a combined magnitude and without being assigned a number or provided a designation from an earlier catalog. Right ascension is corrected from 11 23 16. 37, 38 These stars are connected with a brace without a combined magnitude. 47 This object is the open cluster NGC 3766, a designation not stated in the Uranometria Argentina. 51 Designation from an earlier catalog corrected from B.3678 Following 51 the star HD100965=SAO202635 is connected with a brace to 51 without a combined magnitude or being assigned a number or providing. The designation from an earlier catalog is corrected from L.4807. Between 53 and 54 the stars HD101131=SAO251500 and HD101205=SAO251511 are connected with a brace with the symbol cum. instead of a combined magnitude, without a number being assigned to either of them. Between 58 and 59 the stars HD101566=SAO222955 and HD101614=SAO222962 are connected with a brace without a combined magnitude or numbers being assigned to either of them. 61 Spectrum G0Ia-0+B0.5/1Iab Preceding 63 the star HD102076=SAO222991 is connected with a brace to 63 without a combined magnitude or being assigned a number. 72 Declination corrected from -43 14.4. 100 Spectrum G6III(+G) 111, 112 These stars are connected with a brace without a combined magnitude. Following 114 the star HD107914=SAO203431 is connected with a brace to 114 without a combined magnitude or being assigned a number. 117 Spectrum G5III+F/G 125 Spectrum A7V(+F/GIII) Preceding 146 the star HD111737=SAO203877 is connected with a brace to 146 without a combined magnitude or being assigned a number. Preceding 152 the star HD111984=SAO223737 is connected with a brace to 152 with combined magnitude 6.0 without being assigned a number. 153 The Uranometria Argentina does not provide a designation from an earlier catalog. 162, 163 These stars are connected with a brace without a combined magnitude. 174 Spectrum B9IV+F8/G2 187 The Uranometria Argentina does not provide a designation from an earlier catalog. Preceding 192 the star HD114797=SAO223985 is connected with a brace to 192 without a combined magnitude or being assigned a number. Following 196 the star HD115470=SAO224047 is connected with a brace to 196 without a combined magnitude or being assigned a number. 207, 208 These stars are connected with a brace without a combined magnitude. 211, 212 These stars are connected with a brace without a combined magnitude. 214, 215 These stars are connected with a brace without a combined magnitude. 219 This object is the globular cluster NGC 5139, a designation not stated in the Uranometria Argentina. Following 241 the star HD118465=SAO204673 is connected with a brace to 241 with combined magnitude 6.8 without being assigned a number. Between 251 and 252 four stars are connected with a brace without a combined magnitude or being assigned numbers. These are SAO252413, SAO252421, HD119076=SAO252422 spectrum K0/2III+A/F, and HD119164=SAO252426 spectrum G8II/IIICNIb/II. 252 The variable star designation T was assigned after publication of the Uranometria Argentina and does not appear therein. Between 254 and 255 the star HD119191=SAO204749 is not assigned a number. Spectrum F0/3+(F/G). Following 255 the star HD119221=SAO224355 is connected with a brace to 255 without a combined magnitude or being assigned a number. Preceding 262 three stars, none of which are assigned numbers, HD119682= SAO252441, and two not in the SAO catalog which also do not have designations from earlier catalogs, are connected with a brace to 262 with the combined magnitude of all four stars cum. 6 1/2. 268, 269 These stars are connected with a brace without a combined magnitude. Between 271 and 272 the stars HD120272=SAO224458 and HD120287=SAO224463 are connected with a brace with combined magnitude 6.9 without numbers being assigned to either of them. For SAO224458 the designation from an earlier catalog is corrected from B.4682 and for SAO224463 the designation from an earlier catalog is corrected from B.4683. Preceding 276 the star HD120483=SAO204892 is connected with a brace to 276 without a combined magnitude or being assigned a number. 280, 281 The Uranometria Argentina assigns different numbers to the two components of the double star 3 k Centauri, but provides only a single set of coordinates, designation from previous catalogs, and magnitude. Between 291 and 292 the stars HD121240=SAO241299 and HD121402=SAO241313 are connected with a brace with combined magnitude 6.9 without numbers being assigned to either of them. For HD121240=SAO241299 the Uranometria Argentina does not provide a designation from an earlier catalog, and this star has spectrum K1IIICNII. 293 The Uranometria Argentina does not provide a designation from an earlier catalog. 295 The Uranometria Argentina does not provide a designation from an earlier catalog. Following 308 a star not in the SAO catalog is connected with a brace to 308 with combined magnitude 6.9 without being assigned a number or a designation from an earlier catalog. Between 309 and 310 the stars HD122664=SAO205138 and HD122683=SAO205139 are connected with a brace with combined magnitude 7.0 without having numbers assigned to either of them. Following 310 the star HD122926=SAO241443 is connected with a brace to 310 with combined magnitude 6.7 without being assigned a number. 315 This object is the open cluster NGC 5460, a designation not stated in the Uranometria Argentina. Following 320 a star not in the SAO catalog is connected with a brace to 320 with combined magnitude 6.3 without being assigned a number or a designation from an earlier catalog. Following 323 the star HD123990=SAO205284 is connected with a brace to 323 with combined magnitude 6.8 without being assigned a number. 324 Spectrum K5III+B/A. 331 The Uranometria Argentina does not provide a designation from an earlier catalog. Preceding 339 the star HD125495=SAO224849 is connected with a brace to 339 with combined magnitude 6.8 without being assigned a number or a designation from an earlier catalog. 340 Spectrum G8/K1+F/G. Preceding 342 the star HD125805=SAO205495 is connected with a brace to 342 without a combined magnitude or being assigned a number. Following 343 the star HD125950=SAO224892 is connected with a brace to 343 with combined magnitude 7.0 without being assigned a number or a designation from an earlier catalog. Following 345 the star HD126313=SAO205541 is connected with a brace to 345 without a combined magnitude or being assigned a number. 354 Designation from an earlier catalog corrected from L.5873. 363, 364 The Uranometria Argentina assigns separate numbers and designations from previous catalogs to the two components of the double star Alpha Centauri, but provides only one magnitude and set of coordinates. A single letter a (not Alpha) is shown in the Uranometria Argentina. 389 Spectrum A8/A9III/IV 47. - CETUS G F,Letter Mag Spec RA 2000 Dec HD SAO Gould desig RA 1875 Dec G Mag Notes 1 6.31 G5 23 56 29.9 -24 44 13 224283 192252 L.9655, Ll.46917 23 50 3 -25 26.0 6.3 2 6.5 K0 23 57 09.8 -20 50 01 224349 192264 Ll.46939 23 50 45 -21 31.7 7.0 3 1 6.26 K0II-III 23 58 21.2 -15 50 51 224481 165972 Ll.46974 23 51 55 -16 32.6 6.8 4 6.26 F6V 0 02 57.5 -20 02 46 225045 166014 Ll.47156 23 56 32 -20 44.7 6.8 5 6.44 G5 0 03 07.7 -24 08 43 225069 166016 L.9701, Ll.47161 23 56 43 -24 50.5 6.7 6 2 4.60 B9.5Vn 0 03 44.4 -17 20 10 225132 147059 Ll.47179, J.605 23 57 20 -18 1.9 4.3 7 5.78 K2III 0 04 19.7 -16 31 44 225197 147064 OA.23220 23 57 55 -17 13.4 5.9 8 3 4.94v? K3Ibvar 0 04 30.1 -10 30 34 225212 147066 Ll.47200 23 58 6 -11 12.2 5.3 var? 9 6.18 A7V 0 06 50.1 -23 06 27 203 166053 L.9724, Ll.47271 0 0 26 -23 48.1 6.3 10 6.23 A6Vn 0 07 18.2 -17 23 11 256 147090 Ll.47280 0 0 55 -18 5.0 6.3 r 11 5.94 A3V 0 07 46.8 -22 30 32 319 166066 L.9732, Ll.47304 0 1 23 -23 12.2 5.9 12 5.99 G8III: 0 08 17.4 - 8 49 26 360 128604 Ll.47318 0 1 55 - 9 31.1 6.2 r 13 6.06v? M0III 0 08 33.4 -17 34 39 402 147103 Ll.47332 0 2 10 -18 16.3 6.2 r 14 5.85 K0IV 0 10 42.9 -12 34 48 645 147127 Ll.19 0 4 18 -13 16.4 5.9 15 6 4.89 F7V 0 11 15.9 -15 28 05 693 147133 Ll.37 0 4 54 -16 9.2* 5.1 16 6.8 G5 0 11 35.6 -18 36 02 731 147136 Ll.48 0 5 13 -19 17.8 7.0 17 6.6 G5 0 12 02.8 -13 48 46 780 147142 Ll.67 0 5 41 -14 30.4 6.8 18 5.25 K5III 0 12 10.0 -17 56 18 787 147144 Ll.72 0 5 47 -18 37.9 5.4 r 19 6.6 K0 0 13 03.9 -22 28 13 877 166120 L.2, Ll.103 0 6 43 -23 10.0 6.9 20 7.0 K0 0 13 45.6 -23 12 52 941 166132 L.8, Ll.135 0 7 23 -23 54.5 7.0 21 6.91 F8 0 14 21.1 -21 11 49 1000 166138 Ll.156 0 8 0 -21 53.1 7.0 22 AD* 5.12v M3III 0 14 27.6 - 7 46 50 1014 128655 Ll.158 0 8 4 - 8 28.5 5.4 r 23 6.9 F5 0 14 28.1 -14 25 55 1015 147167 Ll.162 0 8 7 -15 7.3 7.0 24 6.64 G5 0 14 40.3 -14 48 18 1037 147170 Ll.167 0 8 16 -15 29.9 6.8 25 7 AE* 4.44v M3III 0 14 38.4 -18 55 58 1038 147169 Ll.169 0 8 17 -19 37.5 4.3 r 26 6.9 A5 0 14 48.2 -14 10 42 1051 147175 Ll.179 0 8 27 -14 52.2 6.9 27 5.75 B9V 0 14 54.5 - 9 34 11 1064 128660 Ll.183 0 8 32 -10 15.8 5.9 28 6.50v? B8III 0 16 42.5 -20 12 37 1256 166167 Ll.234 0 10 22 -20 54.3 6.5 29 6.46 F4IV-V 0 17 32.6 -19 03 03 1343 147205 Ll.257 0 11 12 -19 44.7 6.6 30 6.50 G0 0 17 58.9 -13 27 19 1388 147208 Ll.275 0 11 32 -14 9.0 6.7 31 6.68 A0Vn 0 18 16.9 -21 08 18 1431 166174 Ll.291 0 11 57 -21 49.9 6.6 32 6.46 G0V 0 18 41.8 - 8 03 10 1461 128690 Ll.305 0 12 14 - 8 44.5 6.8 33 8 Iota 3.54v? K2III 0 19 25.7 - 8 49 26 1522 128694 Ll.327, J.3 0 13 4 - 9 31.0 3.5 34 7.15 F5 0 19 36.4 - 7 13 26 1539 128696 WB.199 0 13 14 - 7 54.8 6.8 35 6.8 F0 0 20 48.5 -23 37 49 1667 166201 L.48, Ll.385 0 14 30 -24 19.4 7.0 36 T* 5.12v M5IIe 0 21 46.3 -20 03 28 1760 166210 Ll.405 0 15 26 -20 45.1 6.5 37 9 6.38 G2V 0 22 51.8 -12 12 34 1835 147237 Ll.427 0 16 27 -12 54.3 6.4 38 6.45 M2III 0 23 04.4 -15 56 33 1879 147241 Ll.434 0 16 44 -16 38.2 7.0 39 6.25 M2III 0 26 21.6 -18 41 37 2268 147275 Ll.552 0 20 3 -19 23.1 6.7 40 10 6.19 G8III 0 26 37.4 - 0 02 58 2273 128760 Ll.555 0 20 13 - 0 44.5 6.2 41 7.1 K0 0 27 05.4 - 5 00 13 2324 128766 Ll.573 0 20 43 - 5 41.7 7.0 42 6.80 A7IV 0 27 37.6 -20 08 05 2395 166285 Ll.599 0 21 19 -20 49.6 6.8 43 6.44 G0V 0 28 21.1 -20 20 05 2475 166296 Ll.629 0 22 6 -21 1.4* 6.4 44 6.9 F5 0 28 33.4 -11 14 14 2488 147292 Ll.635 0 22 11 -11 55.7 7.0 45 7.0 K5 0 29 29.4 - 3 28 09 2593 128784 WB.364 0 23 6 - 4 9.6 7.0 46 7.0 K2 0 29 39.0 - 2 50 25 2612 128787 WB.366 0 23 15 - 3 31.8 6.9 47 6.14 F2III 0 29 51.8 -14 51 50 2630 147307 Ll.666 0 23 31 -15 33.2 6.2 48 12 5.72 M0III 0 30 02.4 - 3 57 26 2637 128791 Ll.669 0 23 40 - 4 38.9 6.0 49 5.19 A5Vn 0 30 22.7 -23 47 16 2696 166318 L.106, Ll.698 0 24 8 -24 28.7 5.2 50 6.86 A3 0 30 59.9 -10 05 03 2760 147317 Ll.718 0 24 40 -10 46.5 6.8# * 8.9 G0 0 31 5.2 -10 05 02 2761 147318 Ll.722 0 24 45 -10 46.4 8 # 51 7.03 A0 0 31 40.8 - 1 47 37 2830 128806 WB.398 0 25 17 - 2 29.0 6.8 52 7.01 G0 0 34 29.8 - 4 32 48 3125 128831 Ll.837 0 28 7 - 5 14.2 6.8 dpl. 7, 8 53 6.8 F2 0 34 27.1 - 6 30 15 3126 128830 Ll.840 0 28 7 - 7 11.3 6.8 54 13 5.20v? F8V 0 35 14.9 - 3 35 34 3196 128839 Ll.865 0 28 49 - 4 16.9 5.7 55 14 5.93 F5IV 0 35 32.8 - 0 30 20 3229 128843 Ll.880 0 29 8 - 1 11.5 6.0 56 6.61 F5 0 36 01.9 - 5 34 14 3296 128852 WB.488 0 28 38 - 6 15.3 6.7 57 6.45 G9III 0 36 03.0 -14 58 25 3325 147360 Ll.911 0 29 46 -15 39.5 6.7 58 6.06v A7p 0 36 06.8 -22 50 32 3326 166400 L.142, Ll.916 0 29 54 -23 31.8 6.1 59 5.57 G5V 0 37 20.7 -24 46 02 3443 166418 B.72, Ll.950 0 30 54 -25 27.3 5.8 60 15 6.68 K2III 0 38 04.5 - 0 30 12 3512 128868 Ll.972 0 31 41 - 1 11.4 6.8 61 6.74v B8VSi 0 38 31.7 -20 17 49 3580 166438 Ll.988 0 32 17 -20 59.1 7.0 62 6.8 F5 0 39 43.6 -11 09 02 3708 147387 Ll.1031 0 33 25 -11 49.9 6.9 63 6.49 G5 0 40 28.6 -16 31 00 3794 147395 Ll.1064 0 34 12 -17 12.1 6.7 64 6.14 G3V 0 40 32.7 -23 48 14 3795 166475 L.167, Ll.1065 0 34 14 -24 28.7 6.3 65 5.91 K0III 0 40 42.4 - 4 21 07 3807 128891 Ll.1069 0 34 20* - 5 2.3* 6.0 66 6.9 K0 0 42 14.5 -11 48 18 3975 147408 Ll.1119 0 35 56 -12 29.3 7.0 67 6.54 F8 0 42 51.0 - 9 55 18 4048 147415 Ll.1137 0 36 33 -10 36.4 6.6 68 7.4 F2 0 43 01.8 - 3 51 22 4061 128916 Ll.1138 0 36 39 - 4 32.5 7.0 69 7.5 K0 0 43 18.9 - 6 20 15 4097 128917 Ll.1148, WB.619 0 36 58 - 7 1.3 7.0# * 9.5 K5 0 43 32.4 - 6 24 44 4120 128920 WB.622 0 37 12 - 7 5.8 8 # 70 16 Beta 2.04v? G9.5III 0 43 35.4 -17 59 12 4128 147420 Ll.1156, J.14 0 37 19 -18 40.4 2.3 c 71 6.02 K2III-IV 0 43 50.2 -12 00 42 4145 147422 Ll.1168 0 37 33 -12 41.2 6.2 72 17 Phi1 4.76v? K0III 0 44 11.4 -10 36 34 4188 147423 J.15 0 37 53 -11 17.3 5.1 73 5.22 F1III-IV 0 44 44.4 -22 00 22 4247 166528 L.193, Ll.1196 0 38 33 -22 41.6 5.3 74 6.15 M0III 0 45 24.1 - 4 37 45 4301 128935 Ll.1216 0 39 2 - 5 18.9 6.6 75 18 6.15 G0V 0 45 28.7 -12 52 51 4307 147432 Ll.1220 0 39 12 -13 33.4 6.3 76 6.47 F1IVn 0 45 41.7 -16 25 27 4338 147436 Ll.1228 0 39 27 -17 6.4 6.6 77 5.50 G3V 0 46 12.0 -22 31 18 4398 166555 L.203, Ll.1245 0 39 59 -23 12.3 5.8 r 78 5.70 K3III 0 47 43.3 -18 03 41 4585 147451 Ll.1294 0 41 29 -18 44.7 6.1 79 5.57 B9V 0 48 01.1 -21 43 21 4622 166585 L.218, Ll.1304 0 41 50 -22 24.3 5.8 80 5.90 K2III 0 49 13.9 -24 08 11 4732 166602 L.223, Ll.1348 0 43 4 -24 49.0 6.1 81 5.59 K5III 0 49 25.6 -13 33 40 4730 147464 Ll.1349 0 43 9 -14 14.3 5.9 * 7.17 K0V 0 49 26.7 -23 12 48 4747 166607 Ll.1353 0 43 12 -23 53.9 7.1# 82 6.30 A3V 0 49 33.4 -23 21 42 4772 166608 L.224, Ll.1363 0 43 24 -24 2.6 6.5# 83 6.7 K0 0 49 55.0 - 0 13 26 4790 128974 Ll.1362 0 43 31 - 0 54.4 7.0 84 19 Phi2 5.19v? F7IV-V 0 50 07.6 -10 38 40 4813 147470 Ll.1374 0 43 53 -11 18.9 5.5 85 6.76 G0 0 51 10.7 - 5 02 22 4915 128986 Ll.1405 0 44 46 - 5 42.9 7.0 86 7.1 F2 0 51 19.9 - 9 24 21 4939 128989 Ll.1421 0 45 2 -10 5.2 6.9 87 7.28 A0 0 51 32.7 - 3 08 37 4965 128991 Ll.1424 0 45 10 - 3 49.4 7.0 88 5.46 K2III 0 52 40.6 -24 00 21 5098 166647 L.238, Ll.1477 0 46 32 -24 41.2 5.7 dpl. 5 3/4, 9 1/4 89 20 4.77 M0III 0 53 00.5 - 1 08 39 5112 129009 J.17 0 46 37 - 1 49.4 5.2 r 90 6.45 F6IV-V 0 53 12.4 -24 46 37 5156 166651 L.241, Ll.1496 0 47 4 -25 27.4 6.6 dpl. 6 3/4, 8 1/2 91 6.6 G5 0 53 41.3 - 4 31 32 5181 129015 Ll.1499 0 47 19 - 5 12.3 6.5 92 21 6.20 G5IV 0 54 17.6 - 8 44 27 5268 129019 Ll.1523 0 47 59 - 9 25.0 6.2 93 5.85 K5III 0 55 42.4 - 7 20 50 5384 129032 Ll.1575 0 49 24 - 8 1.3 6.0 94 22 Phi3 5.31 K4III 0 56 01.5 -11 16 00 5437 147519 Ll.1589 0 49 45 -11 56.6 5.7 r 95 7.0 F0 0 56 46.9 - 2 43 48 5506 129044 Ll.1617 0 50 25 - 3 24.3 6.9 96 6.51 G5 0 57 50.2 - 1 45 58 5624 129050 Ll.1643 0 51 27 - 2 26.5* 6.8 97 6.90 A2Vn 0 57 37.7 -18 59 55 5617 147537 OA.531 0 51 27 -19 40.6 7.0 dpl. 9 1/2, 7 * 7.59 F0 0 57 43.8 -15 47 14 5616 147538 Ll.1649 0 51 32 -16 27.9 7.6# * 7.79 F5 0 58 09.7 -15 40 58 5659 147543 Ll.1662 0 51 56 -16 21.6 7.0# dpl. 7 1/2, 7 1/2 98 6.57 K0 0 58 45.8 - 5 52 58 5720 129056 Ll.1681 0 52 26 - 6 33.2 6.6 99 23 Phi4 5.61 G7III 0 58 43.8 -11 22 48 5722 147546 Ll.1684 0 52 28 -12 3.3 5.9 100 6.88 M4III 1 00 40.4 - 1 39 31 5919 129076 Ll.1741 0 54 18 - 2 19.9 7.0 101 6.47 G5 1 01 38.7 -16 15 56 6037 147572 Ll.1787 0 55 26 -16 56.1 6.8 102 25 5.43 K0III-IV 1 03 02.6 - 4 50 12 6203 129094 Ll.1833 0 56 43 - 5 30.3 5.8 103 26 6.04 F1V 1 03 49.0 + 1 22 00 6288 109643 Ll.1853 0 57 23 + 0 41.8 5.9 104 27 6.12 K0III 1 05 36.8 - 9 58 45 6482 147601 Ll.1909 0 59 21 -10 38.9 6.5 105 28 5.58 A1V 1 06 05.1 - 9 50 22 6530 147606 Ll.1931 0 59 49 -10 30.6 5.7 106 6.14 G9III 1 06 07.7 -23 59 33 6559 166799 L.303, Ll.1948 1 0 4 -24 39.6 6.3 107 7.0 F5 1 07 10.7 - 1 43 53 6651 129128 Ll.1965 1 0 47 - 2 24.0 7.0 dpl. 9, 7 108 6.35 A7V 1 07 13.1 -23 59 47 6668 166814 L.310, Ll.1984 1 1 9 -24 39.8 6.4 109 30 5.82 F7IV 1 07 46.2 - 9 47 08 6706 147622 Ll.1994 1 1 28 -10 27.3 5.8 110 29 6.46 K0IV 1 07 59.7 + 1 59 36 6734 109694 Ll.1992 1 1 33 + 1 20.5 6.3 111 31 Eta 3.45 K2III 1 08 35.4 -10 10 56 6805 147632 J.20 1 2 18 -10 50.7 3.5 112 32 6.40 K0III 1 10 12.0 - 8 54 22 6976 129154 Ll.2088 1 3 56 - 9 34.2 6.5 113 33 5.95v? K4III 1 10 33.6 + 2 26 44 7014 109715 Ll.2093 1 4 8 + 1 46.8 6.1 114 34 5.94 K4III 1 11 43.5 - 2 15 04 7147 129169 Ll.2136 1 5 22 - 2 54.8 6.1 115 35 6.8 F8 1 12 30.7 + 2 28 17 7218 109727 Ll.2160 1 6 6 + 1 48.7 6.3 116 36 6.60 G5 1 12 47.7 - 6 47 00 7268 129177 Ll.2176 1 6 31 - 7 26.8 6.9 117 6.8 A5 1 14 01.1 -13 28 33 7398 147682 Ll.2209 1 7 49 -14 8.4 7.0 118 37 5.13 F5V 1 14 24.0 - 7 55 23 7439 129193 Ll.2220 1 8 6 - 8 35.7* 5.3 var.? 119 38 5.70 F5V 1 14 49.2 - 0 58 26 7476 129196 Ll.2226 1 8 26 - 1 38.7 5.8 120 6.7 A2 1 15 35.6 + 0 54 44 7551 109764 Ll.2258 1 9 10 + 0 15.1 6.7 121 39 5.41v G5IIIe 1 16 36.2 - 2 30 01 7672 129204 Ll.2300 1 10 16 - 3 9.5 5.5 122 40 6.52 F8 1 16 59.0 - 2 16 44 7727 129210 Ll.2308 1 10 35 - 2 56.0 6.9 123 41 6.9 A2 1 17 42.3 - 7 39 35 7812 129217 Ll.2338 1 11 26 - 8 19.2 7.0 124 42 5.87 G5+A5* 1 19 48.3 - 0 30 32 8036 129235 Ll.2397 1 13 25 - 1 9.9 6.1 125 6.6 F2 1 20 03.0 - 9 53 01 8070 147742 Ll.2408 1 13 49 -10 32.3 6.6 126 6.7 v? G0 1 19 57.7 -15 48 51 8071 147741 Ll.2416 1 13 49 -16 28.0 6.7 dpl. 127 6.23 K1III 1 20 34.5 - 3 14 49 8120 129239 Ll.2424 1 14 14 - 3 54.3 6.3 128 6.15 K1III 1 20 27.8 -11 14 20 8121 147746 Ll.2426 1 14 16 -11 53.5 6.3 129 7.0 G5 1 20 40.7 -13 53 23 8142 147750 Ll.2436 1 14 30* -14 32.8 7.0 130 6.95 G0 1 21 17.5 - 6 09 34 8202 129246 Ll.2441 1 14 59 - 6 48.9 6.6 131 6.20 M0III 1 22 37.0 + 1 43 35 8334 109834 Ll.2479 1 16 10 + 1 4.5 6.8 132 43 6.49v? K0III: 1 22 34.8 - 0 26 58 8335 129262 Ll.2484 1 16 11 - 1 6.2 6.7 var.? 133 6.35 F5 1 22 30.5 -19 04 53 8350 147767 Ll.2498 1 16 28 -19 43.9 6.4 dpl. 6 1/2, 8 3/4 134 6.65 A7Vn 1 23 34.9 -24 21 11 8487 167011 L.381, Ll.2546 1 17 37 -25 0.4 6.5 dpl. 8 1/2, 6 1/2 135 44 6.21v F0V 1 24 02.5 - 8 00 27 8511 129275 Ll.2535 1 17 44 - 8 39.4 6.9 136 45 Theta 3.60 K0III 1 24 01.4 - 8 11 00 8512 129274 J.22 1 17 46 - 8 49.7 3.2 137 5.91 F3V 1 24 20.6 - 6 54 53 8556 129277 WB.271 1 18 4 - 7 34.0 5.9 138 6.15 G8III 1 24 48.7 - 2 50 55 8599 129280 Ll.2574 1 18 28 - 3 29.9 6.4 139 6.14 G5 1 24 40.5 -15 39 38 8589 147793 Ll.2581 1 18 32 -16 18.6 6.4 140 6.74 A0 1 25 00.6 - 5 56 46 8627 129283 Ll.2582 1 18 43 - 6 35.9 6.5 141 46 4.85 K3III 1 25 37.2 -14 35 56 8705 147803 J.24 1 19 28 -15 15.0 5.1 r 142 6.7 K0 1 25 52.5 - 3 55 39 8713 129292 Ll.2598 1 19 31 - 4 36.6 var. 6 1/2 - 8 ? 143 6.8 G5 1 25 55.1 - 8 30 15 8728 129293 Ll.2606 1 19 40 - 9 9.2 7.0 144 6.41 K0IV 1 26 27.3 - 0 23 55 8779 129300 By.191, Ll.2614 1 20 3 - 1 2.9 6.6 145 47 5.66 D Del* 1 26 51.6 -13 03 24 8829 147812 Ll.2648 1 20 42 -13 42.4 5.5 146 7.3 K0 1 27 28.1 - 9 17 49 8877 129311 Ll.2662 1 21 14 - 9 56.7 6.7 147 6.8 F2 1 27 25.3 -20 21 06 8895 167056 Ll.2671 1 21 23 -21 0.1 6.9 148 6.5 K0 1 27 23.3 -22 20 18 8896 167055 L.403, Ll.2674 1 21 24 -22 59.0 6.6 149 6.12 K0 1 27 46.5 -10 54 06 8921 147819 Ll.2675 1 21 32 -11 33.1 6.2 150 6.9 F0 1 28 01.1 - 2 02 05 8943 129315 WB.346 1 21 39 - 2 41.0 6.8 151 6.7 G5 1 27 59.5 -22 02 12 8959 167062 L.407, Ll.2695 1 22 0 -22 41.2 6.7 152 6.9 A5 1 28 16.2 -12 14 44 8972 147824 Ll.2692 1 22 5 -12 53.6 6.8 153 6.6 F5 1 28 57.4 -17 56 16 9061 147831 Ll.2722 1 22 53 -18 35.1 6.5 154 7.02 A7V 1 28 47.8 -24 47 51 9063 167078 L.416, Ll.2726 1 22 53 -25 26.7 6.9 155 7.3 G5 1 29 32.1 - 9 29 21 9101 129325 WB.371 1 23 19 -10 8.2 6.9 156 6.74 F5 1 29 53.6 - 5 35 46 9139 129331 Ll.2739 1 23 35 - 6 14.6 6.6 157 48 5.12 A1V 1 29 36.1 -21 37 46 9132 167086 L.423 1 23 36 -22 16.6 5.3 158 7.0 K0 1 30 59.8 - 4 57 36 9261 129342 Ll.2766 1 24 41 - 5 36.4 7.0 159 7.2 F0 1 31 36.8 -12 15 29 9315 147860 Ll.2787 1 25 27 -12 54.2 6.9 160 7.7 v? K2 1 32 00.9 - 6 43 08 9359 129352 Ll.2798 1 25 44 - 7 21.8 6.9 var ? 161 7.24 F0V 1 32 07.5 -23 38 54 9411 167116 L.436, Ll.2818 1 26 12 -24 17.3 7.0 dpl. 7, 8 1/2 162* 6.82 A7III 1 31 34.0 -19 01 25 9336 147861 Ll.2791* 1 25 32* -19 40.0* 6 1/2#* * 7.3 K0 1 31 39.2 -19 01 57 9337 147862 Ll.2799* 1 25 37* -19 40.6* 7 1/2#* 163 6.59 A0III 1 33 03.5 - 9 00 53 9484 129363 Ll.2834 1 26 50 - 9 39.5 6.5 164 6.96 G8V 1 33 16.0 -24 10 40 9540 167134 L.444, Ll.2851 1 27 18 -24 48.9 7.0 165 5.80 G2IV 1 33 42.8 - 7 01 31 9562 129371 Ll.2848 1 27 25 - 7 39.8 5.9 166 6.7 K0 1 34 51.2 - 3 31 26 9690 129387 Ll.(2897) 1 28 31 - 4 9.8 6.5 167 49 5.62 A3V 1 34 37.8 -15 40 34 9672 147886 Ll.2901 1 28 31 -16 19.0 5.6 168 6.4 K0 1 34 51.6 -23 41 57 9731 167153 L.456, Ll.2921 1 28 56 -24 20.4 6.7 169 50 5.42 K2III 1 35 58.9 -15 24 00 9856 147901 Ll.2944 1 29 53 -16 2.4 5.5 170 6.24 F7V 1 37 37.6 - 9 24 15 10009 129412 Ll.2999 1 31 22 -10 2.7 6.2 171 6.7 K5 1 37 52.1 - 3 26 26 10024 129415 Ll.3005 1 31 32 - 4 4.6 6.6 172 5.58 A4n 1 38 51.7 -21 16 32 10148 167198 Ll.3047 1 32 53 -21 54.8 5.7 173 6.9 G5 1 40 46.3 - 2 37 20 10315 129442 Ll.3091 1 34 26 - 3 15.2 6.8 174 5.74 F5V+F7V 1 41 44.7 -11 19 29 10453 147962 Ll.3137 1 35 34 -11 56.6* 5.8 dpl. 175 4.99 K3II-III 1 42 43.5 - 3 41 25 10550 129465 Ll.3159 1 36 24* - 4 19.2 5.2 176 6.19 K0 1 43 54.8 - 4 45 56 10658 129477 Ll.3186 1 37 37 - 5 23.6 6.5 177 52 Tau 3.50 G8Vp 1 44 04.1 -15 56 15 10700 147986 J.28 1 38 16 -16 35.8 3.4 178 6.5 G0 1 44 43.6 - 6 45 58 10725 129482 Ll.3205 1 38 28* - 7 23.8 6.4 dpl. 6 1/2, 9 1/2 179 5.34 K4III 1 45 59.2 - 5 44 00 10824 129490 Ll.3244 1 39 43 - 6 21.5 5.5 180 6.8 B9 1 46 58.4 -13 53 20 10920 148008 WB.719 1 40 52 -14 30.9 6.6 181 6.55 K0 1 47 38.9 -20 50 43 10998 167298 Ll.3301 1 41 43 -21 28.0 6.8 182 53 Chi 4.65 F3III 1 49 35.1 -10 41 11 11171 148036 J.30 1 43 27 -11 18.3 4.8 183 7.20 F8 1 50 15.4 - 6 42 15 11226 129526 Ll.3379 1 43 59 - 7 19.6 6.9 r 184 7.0 M0 1 50 15.8 -12 53 13 11247 148049 Ll.3385 1 44 9 -13 30.5 7.0 185 54 Zeta 3.73v? K2III 1 51 27.6 -10 20 06 11353 148059 J.31 1 45 17 -10 57.2 3.5 186 6.5 K0 1 51 37.9 - 6 52 29 11365 129539 Ll.3419 1 45 23 - 7 29.5 6.4 187 6.5 M0 1 51 45.9 -15 38 51 11396 148069 Ll.3436 1 45 43 -16 16.0 6.7 188 5.79v F0IIIn 1 52 52.1 -16 55 45 11522 148078 Ll.3479 1 46 51 -17 32.6 5.8 189 6.01v? F7V+G0V 1 55 53.8 + 1 50 59 11803 110235 Ll.3563 1 49 25 + 1 13.5 6.3 190 56 4.85 K4III 1 56 40.2 -22 31 36 11930 167416 L.568 1 50 49 -23 8.3 5.0 r 191 6.42 G5 1 57 09.5 -10 14 32 11964 148123 Ll.3620 1 51 3 -10 50.7 6.4 192 58 6.6 A0 1 57 59.4 - 2 03 33 12020 129588 Ll.3636 1 51 38 - 2 40.2 6.4 193 6.6 G5 1 58 46.0 -11 18 04 12116 148139 Ll.3667 1 52 38 -11 54.3 6.6 194 6.8v F2 1 59 00.8 -22 55 09 12180 167451 L.586, Ll.3684 1 53 10 -23 31.7 7.0 dpl. 7, 8 1/4 195 7.0 M0 1 59 31.0 -13 52 22 12204 148144 Ll.3693 1 53 27 -14 28.8 6.9 196 57 5.41 M1III 1 59 46.1 -20 49 28 12255 167466 Ll.3710 1 53 54 -21 25.9 5.7 197 59 Upsilon 4.00 M0III 2 00 00.3 -21 04 40 12274 167471 J.35 1 54 7 -21 41.0 3.9 198 AR* 5.51v M3III 2 00 26.9 - 8 31 25 12292 129624 Ll.3717 1 54 14 - 9 7.8 5.7# * 7.1 G5 2 00 49.4 - 8 28 19 12328 129630 Ll.3731 1 54 37 - 9 4.5 7.4# 199 7.0 A3 2 02 52.4 - 2 22 40 12538 129649 Ll.3788 1 56 31 - 2 58.8 6.8 200 6.97 B8V 2 02 35.2 -21 57 57 12561 167512 L.607, Ll.3798 1 56 46 -22 34.0 7.0 201 60 5.43 A5III 2 03 11.6 + 0 07 42 12573 129655 Ll.3793 1 56 47 - 0 28.4 5.4 202 5.86 G3IV 2 02 58.5 -15 18 22 12583 148170 Bode 302 1 56 58 -15 54.5 5.9 203 5.62 K5Iab: 2 03 40.6 - 4 06 13 12642 129665 Ll.3811 1 57 24 - 4 42.2 5.8 204 61 5.93v? G5Vcomp 2 03 48.2 - 0 20 26 12641 129667 Ll.3808 1 57 24 - 0 56.4 5.9 205 6.6 v? K0 2 04 12.4 -11 51 34 12702 148180 Ll.3837 1 58 6 -12 27.6 6.7 206 6.6 F0 2 06 10.6 -10 16 33 12901 148199 Ll.3890 2 0 2 -10 52.3 6.6 207 6.28 K0 2 06 29.1 + 0 02 06 12923 129695 Ll.3889 2 0 5 - 0 33.7 6.3 208 6.7 G5 2 07 02.4 - 8 36 23 12998 129701 * 2 0 51 - 9 12.1* 6.7 209 6.5 K0 2 06 51.9 -19 08 19 13004 148210 Ll.(3921) 2 0 57 -19 44.1 6.7 210 6.87 G2V 2 07 34.4 - 0 37 04 13043 129706 Ll.3923 2 1 14 - 1 12.1 7.0 211 6.9 A3 2 08 19.7 -10 02 29 13141 148231 Ll.3953 2 2 11 -10 38.1 6.9 212 6.5 G5 2 08 31.8 - 6 40 42 13155 129717 Ll.3958 2 2 18 - 7 16.4 6.6 213 6.10v? M2III 2 08 45.7 -17 46 46 13215 148237 Ll.3979 2 2 50 -18 22.3 6.5 214 6.9 A2 2 09 51.3 + 3 46 09 13285 110378 Ll.3986 2 3 22 + 3 10.7 6.8 215 64 5.60 G0IV 2 11 21.1 + 8 34 12 13421 110390 Ll.4035 2 4 45 + 7 59.1 5.7 216 6.73 A3V 2 11 04.0 -15 04 14 13442 148257 Ll.4057 2 5 4 -15 39.6 6.6 217 6.7 A5 2 11 43.4 + 3 27 11 13467 110395 Ll.4053 2 5 14 + 2 51.7 6.7 218 63 5.93 G9III: 2 11 35.9 - 1 49 30 13468 129739 Ll.4055 2 5 15 - 2 24.8 6.0 219 6.01 F5V 2 11 22.2 -10 03 08 13456 148262 Ll.4060 2 5 15 -10 38.2* 5.9 220 6.7 F5 2 11 32.5 -18 58 33 13523 148265 Ll.4089 2 5 40 -19 33.9 6.7 221 6.6 G5 2 12 15.8 + 2 44 43 13546 110403 Ll.4077 2 5 48 + 2 9.4 6.8 222 6.6 K5 2 11 33.5 -17 44 32 13511 148264 Ll.4085 2 5 38 -18 19.9 6.8# * 7.4 K0 2 12 04.3 -17 43 45 13568 148270 Ll.4101 2 6 8 -18 18.9 7.3# 223 65 Xi1 4.34v? G8II 2 13 00.0 + 8 50 48 13611 110408 Ll.4074 2 6 23 + 8 15.6 4.3 224 66 5.68 F8V 2 12 47.5 - 2 23 37 13612 129752 Ll.4099 2 6 24 - 2 58.7 5.8 dpl. 8, 6 225 6.5 F0 2 13 29.7 + 5 00 47 13683 110415 Ll.4113 2 6 57 + 4 25.7 6.8 226 5.86 G9III 2 13 00.9 -21 00 01 13692 167637 Ll.4133 2 7 11 -21 35.2 5.8 227 6.6 K0 2 13 53.4 - 9 03 52 13763 129765 Ll.4145 2 7 44 - 9 39.1 6.5 228 6.8 A2 2 15 09.6 + 0 43 13 13885 110428 Ll.4174 2 8 45 + 0 8.3 6.8 229 6.55 A0V 2 15 28.3 - 9 27 56 13936 129781 Ll.4202 2 9 20 -10 3.0 6.4 230 7.24v? G0 2 16 15.8 - 9 49 17 14044 148304 Ll.4224 2 10 6* -10 24.0 6.8 231 67 5.51 G8III 2 16 59.0 - 6 25 20 14129 129798 Ll.4248 2 10 45 - 6 59.9 5.7 232 5.58 G0.5IVb 2 18 01.4 + 1 45 28 14214 110456 Ll.4269 2 11 32 + 1 9.9 6.1 233 68 Omicron 3.04v M5.5e+B* 2 19 20.7 - 2 58 39 14386 129825 J.39 2 13 2 - 3 32.7 var. r, 2 - 9 234 6.50 A3V 2 19 40.8 - 4 20 44 14417 129830 Ll.4332 2 13 24 - 4 55.3 6.8 235 6.5 G5 2 21 13.8 -19 54 55 14628 167722 OA.1498 2 15 24 -20 29.3 6.7 236 69 5.28v? M2III 2 21 56.6 + 0 23 45 14652 110495 T.785 2 15 32 - 0 10.6 5.8 237 70 5.42 F0Va 2 22 12.3 - 0 53 06 14690 129858 Ll.4394 2 15 51 - 1 27.3 5.9 238 5.46 F0V 2 22 01.4 -10 46 40 14691 148354 Ll.4396 2 15 55 -11 20.8 5.4 239 5.87 K0III 2 22 05.0 -17 39 44 14728 148356 Ll.4410 2 16 12 -18 13.9 5.9 240 6.22 G5 2 22 57.8 -18 21 16 14830 148366 Ll.4436 2 17 4 -18 55.1 6.3 241 7.00 F0 2 23 22.4 - 6 11 36 14840 129868 Ll.4430 2 17 9 - 6 45.6 6.9 242 7.22 F5 2 24 23.5 - 3 06 17 14938 129879 Ll.4452 2 18 4 - 3 40.0 7.0 243 6.6 F0 2 24 09.6 -16 15 16 14940 148373 Ll.4466 2 18 14 -16 49.3 6.4 244 6.90 K0 2 24 56.1 - 3 53 34 15005 129887 Ll.4476 2 18 39 - 4 27.5* 7.0 245 71 6.33 A0III 2 24 58.3 - 2 46 48 15004 129888 Ll.4475 2 18 40 - 3 20.8 6.5 246 6.76 F2 2 26 16.3 + 6 17 33 15115 110532 Ll.4504 2 19 40 + 5 43.9 6.9 247 72 Rho 4.89 B9.5Vn 2 25 57.0 -12 17 26 15130 148385 J.40 2 19 55 -12 51.3 4.6 248 5.83v A6Vsp 2 26 00.3 -15 20 28 15144 148386 OA.1551 2 20 4 -15 54.2 5.7 dpl. 9, 5 3/4 249 6.49 F5V 2 27 23.4 +10 11 53 15228 110537 Ll.4532 2 20 46 + 9 38.7 6.7 250 5.88 K2III 2 26 35.2 -20 02 33 15220 167795 Ll.4552 2 20 47 -20 36.6 6.0 251 73 Xi2 4.28 B9III 2 28 09.5 + 8 27 36 15318 110543 Ll.4557 2 21 31 + 7 53.9 4.4 252 6.45 K0III 2 27 59.9 + 1 57 39 15328 110542 Ll.4565 2 21 33 + 1 24.1 6.9 253 7.0 F2 2 28 46.5 -11 20 52 15432 148408 Ll.4607 2 22 42 -11 54.3 6.9 254 6.07 K1+F9* 2 29 35.3 + 9 33 57 15453 110565 Ll.4602 2 22 55 + 9 0.4 6.4 255 7.2 F5 2 29 18.8 -21 02 18 15515 167823 OA.1588 2 23 32 -21 35.7 6.9 256 6.00 A7IVs* 2 30 45.2 + 0 15 20 15633 110583 Ll.4661 2 24 22 - 0 17.8 6.5 257 6.77 A9V 2 29 55.4 -22 40 58 15588 167832 L.757, Ll.4670 2 24 13 -23 14.4 6.7# 258 6.10 M1III 2 30 32.8 -22 32 44 15652 167839 L.763, Ll.4692 2 24 51 -23 6.0 6.3# 259 5.25 K3III 2 31 30.1 + 2 16 02 15694 110589 Ll.4681 2 25 2 + 1 42.8 5.7 260 75 5.35 G3III: 2 32 09.4 - 1 02 06 15779 129959 Ll.4711 2 25 48 - 1 35.3 5.9 261 76 Sigma 4.75 F4IV 2 32 05.2 -15 14 41 15798 148445 J.43 2 26 10 -15 47.6 4.8 262 6.9 F8 2 33 55.4 -12 20 13 15995 148469 Ll.4775 2 27 54 -12 53.2 6.7 263 6.21 K0 2 33 40.2 -20 00 07 15996 167878 Ll.4779 2 27 54 -20 32.8 6.1 264 6.18 G6III: 2 35 04.1 + 7 28 16 16060 110625 Ll.4780 2 28 27 + 6 55.6 5.9 265 77 5.75 K4III 2 34 42.6 - 7 51 34 16074 129984 Ll.4800 2 28 32 - 8 24.3 5.5 266 7.0 K0 2 34 35.8 -21 55 49 16093 167885 Ll.4819 2 28 54 -22 28.6 7.0 267 79 6.78 G5IV 2 35 19.9 - 3 33 38 16141 129992 Ll.4810 2 29 5 - 4 5.5 7.0 268 5.82 K3V 2 36 04.9 + 6 53 13 16160 110636 Ll.4803 2 29 14 + 6 17.3 6.0 269 7.16 A0 2 35 24.5 - 9 21 03 16152 129994 WB.476 2 29 18 - 9 53.9 6.7 270 78 Nu 4.86 G8III 2 35 52.5 + 5 35 36 16161 110635 T.864 2 29 19 + 5 2.8 5.1 271 80 5.53 M0III 2 36 00.0 - 7 49 54 16212 130004 Ll.4838 2 29 50 - 8 22.5 5.4 272 5.81v? K0III: 2 36 35.3 + 7 43 48 16247 110640 Ll.4831 2 29 58 + 7 11.1 5.6 273 7.1 G0 2 35 59.3 -21 24 13 16263 167903 Ll.4860 2 30 16 -21 57.0 6.7 274 6.9 K0 2 36 33.9 -14 39 24 16295 148499 Ll.4873 2 30 38 -15 12.0 7.0 275 7.0 K0 2 36 50.1 -20 07 20 16356 167918 OA.1682 2 31 5 -20 39.9 7.0 276 6.40 F6IV 2 38 00.8 + 7 41 43 16399 110653 Ll.4879 2 31 22 + 7 9.3 6.5 277 81 5.65 G5III: 2 37 41.8 - 3 23 46 16400 130026 Ll.4893 2 31 24 - 3 56.3 6.0 278 6.78 G5 2 37 44.4 -22 59 30 16446 167931 L.803, Ll.4915 2 32 5 -23 32.3 6.8 279 6.21 G9III 2 38 36.9 + 3 26 35 16467 110655 Ll.4905 2 32 6 + 2 54.1 6.5 280 7.0 K0 2 38 33.2 -20 27 23 16526 167939 Ll.4934 2 32 49 -20 59.7 6.9 281 7.11 G0 2 39 00.8 - 8 55 39 16548 130036 WB.544 2 32 52 - 9 28.0 7.0 282 6.7 G5 2 39 08.9 - 9 49 53 16569 148523 * 2 33 4 -10 22.2 6.7 283 82 Delta 4.07v B2IV 2 39 29.0 + 0 19 43 16582 110665 J.44 2 33 5 - 0 12.7 4.0 284 83 Epsilon 4.82 F5IV-V 2 39 33.8 -11 52 20 16620 148528 J.45 2 33 30 -12 24.0 4.6 285 6.25 F3V: 2 40 15.7 + 6 06 43 16647 110673 Ll.4943 2 33 40 + 5 34.4 6.4 286 5.78 F6V 2 40 12.3 - 9 27 11 16673 130047 Ll.4969 2 34 8 - 9 59.3 5.7 287 6.6 F0IV 2 40 26.5 -14 26 55 16723 148538 Ll.4987 2 34 30 -14 59.2 6.7 288 84 5.71v? F7IV 2 41 13.9 - 0 41 45 16765 130055 Ll.4991 2 34 49 - 1 13.7 6.2 289 6.05 G9III: 2 41 48.2 - 3 12 48 16824 130061 Ll.5008 2 35 31 - 3 44.9 6.5 290 5.98 F5III: 2 41 34.0 -14 32 58 16825 148550 Ll.5020 2 35 38 -15 5.2 6.2 291* 86 Gamma 3.47 A3V 2 43 18.0 + 3 14 09 16970 110707 Ll.5045 2 36 49 + 2 42.5 3.2 dpl. 3, 6 1/2 292 86 Gamma 6.2 F3 2 43 17.7 + 3 14 08 * 293 6.6 K0 2 43 28.9 - 2 31 54 17001 130079 Ll.5058 2 37 10 - 3 3.9 6.8 294 6.6 K0 2 43 55.6 - 7 54 42 17039 130083 Ll.5076 2 37 47 - 8 26.4 6.8 295 87 Mu 4.20v? F1III-IV 2 44 56.5 +10 06 51 17094 110723 Ll.5079 2 38 10 + 9 35.1 4.3 296 89 Pi 4.25 B7V 2 44 07.4 -13 51 31 17081 148575 J.48 2 38 10 -14 23.3 4.1 297 6.03 F0III: 2 45 20.9 + 4 42 44 17163 110730 Ll.5110 2 38 48 + 4 11.1 6.3 298* 7.2 F8 2 45 01.2 -22 10 00 17207 168021 L.853, Ll.5138 2 39 22 -22 41.5 7.0 299 6.79 K2V 2 49 38.0 + 0 55 14 17616 110775 Ll.5246 2 43 12 + 0 24.1 7.0 300 6.7 M3 2 53 46.2 + 9 20 09 17986 110817 Ll.5346 2 47 3 + 8 49.4 6.9 301 6.74 G8V 2 53 38.2 + 1 58 08 18012 110816 Ll.5353 2 47 11 + 1 28.0 6.9 302 6.52 G8II 2 54 47.1 - 0 02 54 18145 130181 Ll.5397 2 48 23 - 0 33.6 6.7 303 6.7 F0 2 55 08.1 + 3 29 13 18162 110833 Ll.5406 2 48 37 + 2 58.7 7.0 304 6.59 B8.5V 2 55 31.6 + 2 01 07 18216 110843 Ll.5418 2 49 4 + 1 30.6 6.8 305 6.00 F7IV 2 56 13.8 + 8 22 54 18262 110851 By.410, Ll.5424 2 49 33 + 7 52.7 6.3 306 6.11v? M4III 2 57 04.5 + 4 30 04 18345 110865 WB.864 2 50 32 + 3 59.7 6.7 307 6.62 A5Ib 2 57 10.3 + 0 26 50 18369 110867 Ll.5464 2 50 46 - 0 3.4 6.7 308 91 Lambda 4.66 B6III 2 59 42.9 + 8 54 27 18604 110889 Ll.5529 2 53 1 + 8 24.5 4.8 309 6.25 K0 3 01 52.3 + 5 20 09 18832 110915 Ll.5593 2 55 17 + 4 50.5 6.6 310 92 Alpha 2.53v M2III 3 02 16.8 + 4 05 23 18884 110920 Ll.5613 2 55 45 + 3 35.9 2.4 c 311 93 5.61 B7V 3 02 22.5 + 4 21 10 18883 110921 Ll.5617 2 55 50 + 3 51.5 6.4 312 6.6 F0 3 03 28.1 + 6 13 36 18995 110934 Ll.5655 2 56 52 + 5 44.3 6.9# * 6.76 F8 3 03 50.8 + 6 08 00 19019 110937 Ll.5661 2 57 11 + 5 38.4 7.3# 313 6.05 K0III 3 04 38.1 + 1 51 49 19121 110945 Ll.5695 2 58 10 + 1 22.5 6.6 314 6.28 G9III 3 08 38.7 + 8 28 15 19525 111002 Ll.5800 3 1 57 + 7 59.2 6.6 315 5.56 K1pe+A6* 3 12 26.4 + 6 39 39 19926 111044 Ll.5937 3 5 48 + 6 11.4 6.1 316 94 5.06 F8V 3 12 46.4 - 1 11 46 19994 130355 Ll.1079* 3 6 23 - 1 39.9 5.3 317 7.0 A3 3 17 09.0 + 6 48 00 20402 111096 Ll.6079 3 10 29 + 6 20.4 * 7.39 F8 3 17 26.4 + 7 39 22 20430 111104 Ll.6084 3 10 44 + 7 11.7* 7.1# * 7.76 G0 3 17 32.8 + 7 41 25 20439 111105 Ll.6087 3 10 50 + 7 13.8 7.3# 318 95 5.37 K1IV 3 18 22.4 - 0 55 49 20559 130408 Ll.6117 3 11 58 - 1 23.2 5.7 319 96 Kappa 4.83v? G5Vvar 3 19 21.7 + 3 22 13 20630 111120 Ll.6136 3 12 48 + 2 54.6 5.1 320 7.3 K0 3 19 44.9 + 1 11 56 20672 111127 Ll.6157 3 13 18 + 0 44.6 7.0 321 97 5.69 G8.5III 3 21 06.8 + 3 40 33 20791 111142 Ll.6192 3 14 34 + 3 13.5 6.2 15 Declination corrected from -16 8.9. 22 The variable star designation AD was assigned after publication of the Uranometria Argentina and does not appear therein. 25 The variable star designation AE was assigned after publication of the Uranometria Argentina and does not appear therein. 36 The letter T was assigned after publication of the Uranometria Argentina and does not appear therein. 43 Declination corrected from -21 1.1. Following 50 the star HD2761=SAO147318 is connected with a brace to 50 without a combined magnitude or being assigned a number. 65 Right ascension corrected from 0 34 17. Declination corrected from - 5 1.9. Following 69 the star HD4120=SAO128920 is connected with a brace to 69 with combined magnitude 6.9 without being assigned a number. Preceding 82 the star HD4747=SAO166607 is connected with a brace to 82 without a combined magnitude or being assigned a number. 96 Declination corrected from - 2 27.5. Between 97 and 98 the stars HD5616=SAO147538 and HD5659=SAO147543 are connected with a brace without a combined magnitude or being assigned numbers. 118 Declination corrected from - 8 36.0. 124 Spectrum G5III-IV+A5V 129 Right ascension corrected from 1 14 25. 145 Spectrum Delta Del 162 In the Uranometria Argentina as orginially published this star showed no designation from an earlier catalog, right ascension 1 26 35, declination -19 37.2, magnitude 6.3, all of which have been corrected. The star HD9337=SAO147862 has been added, connected with a brace to 162 with combined magnitude 6.3 and without being assigning a number; this star was not included in the original Uranometria Argentina. 174 Declination corrected from -11 56.1. 175 Right ascension corrected from 1 37 24. 178 Right ascension corrected from 1 38 23. 198 The variable star designation AR was assigned after publication of the Uranometria Argentina and does not appear therein. Following 198 the star HD12328=SAO129630 is connected with a brace to 198 without a combined magnitude or being assigned a number. 208 The Uranometria Argentina does not provide a designation from an earlier catalog. Declination corrected from - 9 11.1. 219 Declination corrected from -10 37.9. Following 222 the star HD13568=SAO148270 is connected with a brace to 222 without a combined magnitude or being assigned a number. 230 Right ascension corrected from 2 10 4. 233 Spectrum M5.5e+Bep 244 Declination correcdted from - 4 28.5. 254 Spectrum K1III+(F9V) 256 Spectrum A7III-IVs 257, 258 These stars are connected by a brace without a combined magnitude. 282 Gould does not provide a designation from an earlier catalog. 291, 292 For the double star Gamma Ceti the Uranometria Argentina provides separate numbers but only a single designation from an earlier catalog, set of coordinates, and magnitude. The fainter member of this pair does not have individual HD or SAO numbers. 298 This star was assigned by Gould to Cetus and now lies in Eridanus. Following 312 the star HD19019=SAO110937 is connected with a brace to 312 without a combined magnitude or being assigned a number. 315 Spectrum K1IIIpe+A6V 316 The designation Ll.1079 from an earlier catalog is clearly incorrect, being far out of right ascension sequence of the Lalande catalog, but it would require perusal of this catalog to make the correction. Between 317 and 318 the stars HD20430=SAO111104 and HD20439=SAO111105 are connected with a brace with combined magnitude 6.9 but without having numbers assigned to either. For HD20430=SAO111104 the right ascension is corrected from + 7 13.7. 4. - CHAMAELEON G F,Letter Mag Spec RA 2000 Dec HD SAO Gould desig RA 1875 Dec G Mag Notes 1 6.72 M0III 7 36 04.0 -77 38 01 62689 256431 L.3066 7 41 5 -77 20.6 7.0 r 2 6.6 A4V 7 40 19.6 -78 23 13 63670 256440 L.3107 7 41 1 -78 5.2 6.9 3 6.7 ApSrCrEu 7 47 31.0 -81 35 47 65836 258485 L.3238 7 57 26 -81 16.1 6.8 4 Alpha 4.07 F5III 8 18 31.8 -76 55 11 71243 256496 L.3400, J.197 8 21 43 -76 31.4 4.2 5 Theta 4.35 K0III-IV 8 20 38.5 -77 29 04 71701 256503 L.3435, J.200 8 24 21 -77 4.8 4.7 6 5.69 G8III 8 24 20.0 -80 54 51 72922 258496 L.3537 8 31 40 -80 30.2 6.2 7 6.7 D Del* 8 34 24.4 -82 34 00 75001 258500 L.3653 8 43 58 -82 7.4 6.9 8 Eta 5.47 B9IV 8 41 19.5 -78 57 48 75416 256543 L.3623, J.208 8 45 31 -78 30.5 5.6# 9 RS* 6.11v A7V 8 43 12.5 -79 04 11 75747 256549 L.3644, J.209 8 47 25 -78 37.7 6.7# 10 6.86 A1V 8 45 38.8 -77 04 31 75893 256551 L.3632 8 48 7 -76 36.6 7.0 11 5.79 K5III 8 45 55.4 -79 30 15 76236 256552 L.3669 8 50 27 -79 2.4 6.4 r 12 6.14 K1III 9 12 13.8 -76 39 45 80194 256594 L.3817 9 13 27 -76 8.5 6.7 13 Iota 5.36 F3/F5IV 9 24 09.3 -80 47 13 82554 258530 L.3981 9 28 15 -80 14.8 5.8 14 Zeta 5.10v B5V 9 33 53.4 -80 56 29 83979 258538 L.4048 9 37 29 -80 22.7 5.5 15 6.6 K0III 9 38 20.7 -81 42 33 84698 258543 L.4080 9 42 34 -81 8.3 7.0 16 Nu 5.45 G8III 9 46 21.3 -76 46 34 85396 256658 L.4081 9 46 16 -76 11.6 6.1 17 6.7 F5V 9 48 21.3 -75 46 39 85643 256660 L.4086 9 47 53 -75 11.8 7.0 18 6.49 B8IV 9 51 00.9 -80 03 40 86320 256666 L.4139 9 52 47 -79 28.3 6.8 19 Mu 5.52 A0IV 10 00 43.7 -82 12 52 87971 258554 L.4232 10 3 59 -81 36.6 6.0 20 6.60v? G6/G8III 10 04 07.7 -81 33 56 88351 258561 L.4246 10 6 27 -80 57.4 7.0 21 6.6 K0/K1III 10 18 12.1 -82 54 38 90317 258569 L.4346 10 20 49 -82 16.8 7.0 22 6.30 K2III 10 35 24.7 -76 18 32 92209 256730 L.4411 10 33 6 -75 39.7 6.8 23 Gamma 4.11v? M0III 10 35 28.1 -78 36 28 92305 256731 L.4428, J.245 10 33 58 -77 57.6 4.4 24 5.97 B5IV 10 41 51.4 -79 47 00 93237 256745 L.4489 10 40 31 -79 7.7 6.5 25 Delta1 5.47 K0III 10 45 15.8 -80 28 11 93779 258592 L.4509 10 44 3* -79 48.6 6.2# 26 Delta2 4.40 B8/B9V 10 45 46.8 -80 32 25 93845 258593 L.4513, J.251 10 44 35 -79 52.9 4.9# 27 6.6 B8III 10 51 30.1 -75 52 58 94454 256765 L.4528 10 48 22 -75 13.1 6.9 28 6.33 K2II/III 10 52 27.7 -79 33 34 94717 256768 L.4544 10 50 24 -78 53.7 6.9 29 6.71 F7IV 10 59 13.4 -81 33 22 95788 258599 L.4605 10 57 44 -80 53.2 7.0 30 6.36 A8III(m) 11 18 34.4 -79 40 09 98617 256823 L.4729 11 14 55 -78 59.0 6.6 31 6.44 A5III/IV 11 21 57.3 -77 36 30 99015 256832 L.4742 11 17 45 -76 55.3 6.7 32 Pi 5.65 F1III 11 37 15.6 -75 53 48 101132 256857 L.4831 11 32 7 -75 12.3 6.2 33 6.33 K0III 11 41 02.6 -83 05 59 101782 258621 L.4873 11 36 42 -82 24.4 6.7 34 6.39 K0III/IV 11 42 55.6 -79 18 23 101917 256865 L.4874 11 37 39 -78 36.7 6.8 35 6.7 B9IV 11 43 37.4 -80 29 00 102065 258622 L.4880 11 38 34 -79 47.3 6.8 36 6.72 A7V 11 58 35.6 -77 49 35 104036 256892 B.3855 11 52 28 -77 7.7 6.7 r 37 Epsilon 4.91 B9Vn 11 59 37.4 -78 13 19 104174 256894 L.4974, J.268 11 53 27 -77 31.5 5.0# * 6.5 B/Ape 12 00 04.8 -78 11 32 104237 256895 L.4975 11 53 53 -77 29.8 7.1# 38 Kappa 5.04 K4III 12 04 46.6 -76 31 09 104902 256899 L.5004 11 58 20 -75 49.5 5.6 r 39 6.35 K2IIICN* 12 13 56.0 -78 34 25 106248 256915 L.5064 12 6 55 -77 52.7 6.9 40 Beta 4.30v? B5Vn 12 18 20.7 -79 18 44 106911 256924 L.5085, J.276 12 11 3 -78 37.1 4.6 41 7.0 A0V 12 32 18.2 -79 47 01 108913 256952 L.5171 12 24 6 -79 5.6 6.9 42 7.2 A4IV 12 49 31.9 -80 42 08 111111 258650 L.5266 12 39 57 -80 1.1 7.0 43 6.3 A0V 13 08 20.4 -78 26 45 113694 257011 L.5369 12 58 22 -77 46.5 6.6 44 5.86 F8Ib 13 14 17.6 -78 26 51 114533 257019 L.5406 13 3 58 -77 46.9 6.3 r 45 6.4 B9.5/A0V 13 18 48.5 -79 58 33 115088 257026 L.5424 13 7 37 -79 18.9 6.5 46 7.0 A7V 13 18 24.2 -78 49 23 115116 257025 L.5427 13 7 46 -78 9.7 7.0 47 6.6 K2III 13 32 11.1 -79 39 37 117076 257055 L.5516 13 20 21 -79 0.8 7.0 48 S* 6.48 F6V 13 33 15.0 -77 34 06 117360 257060 L.5541 13 22 27 -76 55.1 6.6 49 6.34 B8IV 13 39 11.9 -75 41 02 118285 257069 L.5577 13 28 34 -75 2.7 6.3 50 5.95 K2III:p* 13 55 39.6 -82 39 58 120213 258683 L.5633 13 39 52 -82 2.7 6.6 7 Spectrum Fm Delta Del. 8, 9 These stars are connected with a brace without a combined magnitude. 9 The variable str designation RS was assigned after publication of the Uranometria Argentina and does not appear therein. 25 Right ascension corrected from 15 44 3. 25, 26 These stars are connected with a brace with combined magnitude 4.5. Following 37 the star HD104237=SAO256895 is connected with a brace to 37 with combined magnitude 4.9 but without being assigned a number. 39 Spectrum K2/3IIICNII 48 The variable star designation S was assigned after publication of the Uranometria Argentina and does not appear therein. 50 Spectrum K2/K3III:p 12. - CIRCINUS G F,Letter Mag Spec RA 2000 Dec HD SAO Gould desig RA 1875 Dec G Mag Notes 1 5.75 K5/M0III 13 51 47.5 -69 24 05 120404 252481 L.5678 13 42 6 -68 46.7 6.4 2 5.71 K2III 13 54 49.0 -67 39 09 120913 252511 L.5696 13 45 21 -67 2.0 6.6 3 6.20 K0III 13 58 31.3 -65 48 03 121557 252534 L.5740 13 49 13 -65 11.2 6.7 dpl. 6 3/4, 10 4 5.97 F0V 14 00 52.3 -66 16 08 121932 252554 L.5761 13 51 29 -65 39.6 6.4 5 6.05 K4II 14 10 30.7 -70 18 18 123377 257119 L.5804 14 0 8 -69 42.6 6.7 6 6.08 A6IV 14 11 02.0 -69 43 11 123492 252636 L.5811 14 0 46 -69 7.5 6.4 7 6.71 B5V 14 14 39.3 -65 42 07 124197 252661 L.5836 14 5 0 -65 6.8 6.8 8 5.75 B1.5III 14 16 38.7 -66 35 17 124471 252678 L.5846 14 6 48 -66 0.2 6.2 9 6.76v A2p 14 23 32.0 -66 38 42 125630 252725 R.371* 14 13 31 -66 4.3 6.9 10 5.61 A3Ib 14 25 06.3 -68 11 43 125835 252735 L.5890 14 14 46 -67 37.5 6.0 11 6.38 A1V 14 25 39.6 -66 10 24 125990 252737 L.5899 14 15 42 -65 36.2 6.7 12 6.5 A1III 14 27 11.1 -66 34 07 126226 252746 * 14 17 6 -66 0.0 6.9 13 5.85 K3III 14 27 07.1 -65 49 18 126241 252745 L.5908 14 17 10 -65 15.3 6.6 14 5.83 K1III 14 31 16.6 -67 43 03 126862 252767 B.4916 14 20 52 -67 9.3 6.3 15 6.04 F7V 14 37 46.0 -67 55 55 128020 252824 L.5976 14 27 19 -67 22.5 6.5 16 6.76 B3Vne 14 39 31.8 -68 12 14 128293 252835 L.5986 14 28 51 -67 39.5 7.0 17 Alpha 3.19 Ap* 14 42 30.4 -64 58 31 128898 252853 L.6012 14 32 26 -64 25.7 3.5 dpl. 3 1/2, 8 1/2 18 6.22 F4V 14 41 55.7 -58 36 58 128917 241912 L.6021 14 32 40 -58 4.6 6.6 * 6.41 B3IV 14 43 27.9 -62 58 01 129092 252860 L.6025 14 33 38 -62 25.8 7.1# 19 5.35 A7Vn 14 45 17.4 -62 52 33 129422 252869 L.6039 14 35 24 -62 20.4 6.0# 20 6.11 K0III 14 44 55.6 -58 28 40 129462 241966 B.5021 14 35 39 -57 56.6 6.4 21 6.10v B2III 14 45 11.0 -55 36 07 129557 241971 L.6057 14 36 11 -55 4.2 6 1/2# * 7.51 K2III 14 45 18.9 -55 36 24 129578 241972 B.5026* 14 36 18 -55 4.4 7 1/2# 22 5.90 B2.5V 14 48 44.4 -66 35 38 129954 252894 L.6059 14 38 11 -66 4.0 6.1 23 6.50 B2V 14 49 37.2 -68 56 08 130021 252900 L.6058 14 38 32 -68 24.6 7.7 24 6.63 K3+B/A* 14 49 14.9 -59 24 28 130205 242025 L.6078 14 39 47 -58 53.0 6.9# * 8.4 G5 14 49 25.3 -59 26 48 130246 242030 L.6079 14 39 57 -58 55.3 7.7# r 25 6.23v? K3III 14 49 07.1 -56 40 04 130227 242026 L.6082 14 39 59 -56 8.3 6.7 var? 26 5.87v F8II+B8V 14 52 35.1 -63 48 36 130701 252928 L.6095 14 42 37 -63 17.5 6.4 r 27 6.6 B5V 14 54 54.1 -69 51 40 130942 252948 L.6093 14 43 28 -69 20.7 6.7 28 Zeta 6.09 B3Vn 14 54 42.5 -65 59 30 131058 252951 L.6106 14 44 9 -65 28.6 6.5 29 5.20 K1III 14 55 34.5 -60 06 50 131342 242111 L.6119 14 45 58 -59 35.9 5.9 r 30 6.38 B5V 14 56 38.3 -62 21 54 131491 252964 L.6123 14 46 40 -61 51.2 6.8 31 Theta 5.11v B4Vnp 14 56 44.0 -62 46 51 131492 252965 L.6122 14 46 41 -62 16.2 5.8 32 6.7v A9IV/V* 15 01 02.5 -64 34 34 132209 252990 L.6147 14 50 37 -64 4.3 6.9 33 Eta 5.17 G8III 15 04 48.2 -64 01 54 132905 253005 L.6181 14 54 23 -63 32.3 5.9 34* 6.17v? K3III 15 07 56.9 -65 16 32 133456 253024 L.6192 14 57 16 -64 47.3 6.8 35 6.51 F2III 15 07 55.8 -61 07 45 133557 253025 L.6200 14 57 57 -60 38.5 6.8 36 6.8 B3V 15 08 45.6 -61 38 03 133699 253028 L.6206 14 58 41 -61 8.9 7.0 37 6.28 ApSrCrEu 15 09 25.6 -63 38 34 133792 253034 L.6207 14 59 2 -63 9.5 6.8 38 6.30 G3IV 15 10 44.7 -61 25 21 134060 253043 L.6223 15 0 44 -60 56.5 6.8 39 6.32 K4Ib 15 13 01.0 -61 44 38 134468 253059 L.6238 15 2 52 -61 16.1 6.8 r 40 6.36 B5III 15 13 59.2 -61 20 34 134657 253064 L.6241 15 3 53 -60 52.2 6.6 41 5.73 B0.5V 15 16 36.5 -60 54 15 135160 253082 L.6259 15 6 32 -60 26.2 6.3# 42 Delta 5.10v? O8.5V 15 16 56.8 -60 57 27 135240 253084 L.6262 15 6 52 -60 29.4 5.6# 43 Epsilon 4.86 K2.5III 15 17 38.9 -63 36 38 135291 253088 L.6260 15 7 7 -63 8.7 5.5 44 Beta 4.07 A3V 15 17 30.8 -58 48 04 135379 242384 L.6266, J.354 15 7 45 -58 19.9 4.7 45 5.46 O7I 15 18 48.9 -60 29 47 135591 253101 L.6272 15 8 46 -60 2.1 5.9 46 5.64 F7V 15 23 10.5 -60 39 25 136359 253136 L.6309 15 13 4 -60 12.2 6.1 47 Gamma 4.51 F/G+B* 15 23 22.7 -59 19 15 136415 242463 L.6312 15 13 26 -58 52.1 5.2 48 6.7 A8V 15 29 33.0 -58 21 06 137583 242593 L.6370 15 19 40 -57 54.8* 7.0 dpl. 9 Designation from an earlier catalog is omitted from the original published Uranometria Argentina. 12 Gould does not provide a designation from an earlier catalog. 17 Spectrum ApSiEuCr: Preceding 19 the star HD129092=SAO252860 is connected with a brace to 19 without a combined magnitude or being assigned a number. Following 21 the star HD129578=SAO241972 is connected with a brace to 21 with combined magnitude 6.3 without being assigned a number. Designation from an earlier catalog is corrected from B.5027. 24 Spectrum K3/K4III+B/A Following 24 the star HD130246=SAO242030 is connected with a brace to 24 with combined magnitude 6.8 without being assigned a number. 32 Spectrum A9/F0IV/V 34 This star was assigned by Gould to Circinus but now lies in Triangulum Australe. 41, 42 These stars are connected with a brace with combined magnitude 5.4. 47 Spectrum F7/G0+B3/4V 48 Declination corrected from -57 54.6. 34. - COLUMBA G F,Letter Mag Spec RA 2000 Dec HD SAO Gould desig RA 1875 Dec G Mag Notes 1 6.52 K1III 5 08 14.8 -35 43 06 33377 195581 L.1731 5 3 48 -35 52.9 6.9 2 6.71 G3V 5 08 29.9 -41 12 50 33473 217198 L.1737 5 4 30 -41 23.1 6.9 dpl. 9, 7 3 7.0 F3/F5V 5 11 30.2 -30 13 31 33807 195631 L.1747 5 6 41 -30 22.8 7.0 4 6.57 M1III 5 11 35.9 -37 23 43 33872 195639 L.1754 5 7 17 -37 32.9 6.8 r 5 7.0 K4/K5III 5 12 51.7 -27 10 38 33980 170194 L.1753 5 7 53 -27 19.7* 6.7 dpl. 7, 7 3/4 * 7.4 AV+(F/G) 5 13 32.8 -31 54 17 34088 195662 L.1759 5 8 51 -32 3.1 7.0 dpl. 7 1/4, 8 * 6.98 K4III 5 13 46.5 -35 49 33 34167 195669 L.1767 5 9 20 -35 58.2 7.3# 6 5.76 G8III 5 14 28.8 -35 58 38 34266 195683 L.1773 5 10 4 -36 7.3 6.1# 7 7.1 A4II 5 15 10.6 -28 20 07 34295 170235 L.1770 5 10 15 -28 28.7 7.0 8 6.8 K1II 5 15 08.8 -36 39 10 34358 195689 L.1780 5 10 47 -36 47.7 6.8 dpl. 9, 6 3/4 9 6.66 A2III/IV 5 15 47.0 -34 55 36 34435 195694 L.1783 5 11 18 -35 4.1 6.9 10 6.97 K0III 5 16 23.8 -33 32 16 34496 195705 L.1786 5 11 49 -33 40.5 7.0 11 Omicron 4.83 K0/K1IV* 5 17 29.1 -34 53 43 34642 195721 L.1793 5 12 58 -35 1.1 5.1 12 5.95 A0V 5 19 23.7 -27 22 08 34868 170311 L.1796 5 14 26 -27 29.9 6.1 13 6.34 F0/F2IV 5 20 20.6 -34 41 56 35046 195763 L.1809 5 15 51 -34 49.5 6.7 r 14 6.11 B5II/III 5 21 16.9 -34 20 43 35165 195770 L.1813 5 16 45 -34 28.2 6.4 15 5.71v M1III 5 23 23.9 -39 40 43 35515 195807 L.1834 5 19 17 -39 47.7 6.2 16 7.0 K0III 5 26 01.1 -32 12 34 35811 195848 L.1840 5 21 21 -32 19.1 7.0 17 7.1 G8III 5 27 14.5 -34 36 51 36038 195868 * 5 22 45 -34 43.2 7.0 18 5.82 A7m 5 27 05.3 -40 56 37 36060 217340 L.1862 5 23 5 -41 3.1 6.1 19 6.9 G8III 5 27 50.5 -32 25 03 36094 195875 L.1855 5 23 12 -32 31.2 7.0 20 5.57 A0V 5 28 15.3 -37 13 50 36187 195887 L.1868 5 23 57 -37 20.1 5.9 21 6.75 K0III: 5 29 06.8 -30 07 00 36255 195898 L.1867 5 24 19 -30 13.1 6.9 22 Epsilon 3.87 K1II/III 5 31 12.8 -35 28 14 36597 195924 L.1883, J.124 5 26 46 -35 33.8 4.1 23 6.9 A8III 5 31 10.2 -42 17 59 36648 217374 L.1889 5 27 17 -42 23.7 6.7 dpl. 7, 7 3/4 24 5.48 K2/K3III 5 32 51.3 -38 30 47 36848 195948 L.1895 5 28 39 -38 36.1 5.8 25 5.78v? K0III 5 33 07.3 -35 08 23 36874 195952 L.1890 5 28 39 -35 13.6 6.4 r. var? 26 7.0 A3V+F/G* 5 33 16.1 -34 18 13 36888 195955 L.1892 5 28 45 -34 23.5 6.9 27 6.53 A0IV 5 33 52.1 -29 50 56 36965 170561 L.1891 5 29 3 -29 56.1 6.6 28 5.78 K0III 5 35 15.4 -33 04 48 37192 195986 L.1902 5 30 40 -33 9.9 6.0 r 29 6.8v? F6V 5 35 26.9 -33 16 10 37224 195992 L.1904 5 30 52 -33 21.2 6.8 30 6.27 A2III-IV 5 36 10.3 -28 42 28 37286 170587 L.1905 5 31 17 -28 47.2 6.5 31 6.8 K2/K3III 5 36 36.3 -35 03 43 37377 196012 L.1914 5 32 9 -35 8.4 7.0 32 Nu1 6.16 F0IV 5 37 16.5 -27 52 17 37430 170601 L.1911 5 32 20 -27 56.7 6.4 33 7.1 F3V 5 37 39.4 -28 37 34 37484 170610 T.2086 5 32 46 -28 42.1 6.9# 34 Nu2 5.31 F5V 5 37 44.6 -28 41 22 37495 170613 L.1915 5 32 52 -28 46.0 5.3# 35 6.53 K4/K5III 5 38 06.9 -27 12 39 37530 170618 L.1918 5 33 8 -27 17.1 6.8 36 6.6 K1/K2III 5 37 48.1 -34 41 23 37549 196033 L.1924 5 33 19 -34 45.8 7.0 37 5.82 B8V 5 38 43.5 -40 42 27 37717 217450 L.1941 5 34 43 -40 46.7 5.7 38 Alpha 2.60v? B7IV 5 39 38.9 -34 04 27 37795 196059 L.1938, J.133 5 35 7 -34 8.5 2.5 39 5.45 G6/G8III 5 39 49.8 -32 37 45 37811 196061 L.1936 5 35 13 -32 41.8 5.9 40 6.36 B9.5V 5 41 27.0 -33 24 02 38056 196088 L.1955 5 36 53 -33 27.8 6.6 41 6.19 A0V 5 42 11.5 -30 32 07 38138 196096 L.1962 5 37 26 -30 35.8 6.4 42 5.29 B9/B9.5V 5 42 15.1 -34 40 04 38170 196098 L.1964 5 37 46 -34 43.8 5.7 43 6.25 F3V 5 43 30.1 -39 24 25 38385 196116 L.1973 5 39 23 -39 27.8 6.6 44 6.8 F3/F5III 5 45 13.1 -31 40 10 38536 196136 L.1977 5 40 32 -31 43.3 6.8 45 Mu 5.20v? B1IV/V 5 45 59.9 -32 18 23 38666 196149 L.1982, J.136 5 41 21 -32 21.3 5.4 46 6.23 B5III 5 47 04.7 -28 38 21 38804 170836 L.1990 5 42 12 -28 41.1 6.2 47 6.8 A3V 5 46 42.0 -36 13 54 38805 196159 L.1992 5 42 20 -36 16.7 7.0 48 6.32 K1III 5 47 18.6 -35 40 29 38885 196171 L.1993 5 42 55 -35 43.3 6.7 49 6.61 K1III 5 47 58.1 -40 39 09 39040 217543 L.2008 5 43 57 -40 41.8 6.8 * 7.5 G8III 5 48 51.3 -32 25 38 39086 196200 * 5 44 14 -32 28.0 7.3# 50 6.8 K4III 5 49 07.4 -32 30 14 39148 196206 * 5 44 30 -32 32.6 6.9# 51 6.4 K0III 5 49 54.2 -30 37 15 39241 196219 L.2011 5 45 9 -30 39.5 6.8 52 6.7 A1V 5 50 09.1 -32 48 32 39294 196225 L.2015 5 45 33 -32 50.7 6.9 53 Beta 3.12 K1.5III 5 50 57.6 -35 46 06 39425 196240 L.2029, J.140 5 46 33 -35 49.0 2.9 54 6.45 K3III 5 51 59.6 -29 26 55 39543 170945 L.2033 5 47 10 -29 28.8 6.7 55 5.63 K1III 5 52 33.2 -37 37 52 39720 196266 L.2041 5 48 18 -37 39.5 6.2 56 6.5 G6/G8III 5 52 49.0 -34 33 39 39718 196270 * 5 48 20 -34 35.3 7.0 57 Lambda 4.90v? B5V 5 53 06.9 -33 48 05 39764 196276 L.2044 5 48 35 -33 49.8 5.2 58 6.36 F3V 5 54 14.1 -29 08 52 39891 170993 L.2047 5 49 23 -29 10.2 6.4 59 6.55 K3III 5 53 22.9 -42 55 17 39901 217599 L.2058 5 49 34 -42 56.9 7.0 60 5.57 M0III 5 54 52.5 -39 57 29 40091 196309 L.2067 5 50 49 -39 58.8 5.8 61 Xi 4.97 K1IIICN* 5 55 29.9 -37 07 15 40176 196316 L.2069 5 51 12 -37 8.4 5.4 62 6.6 B8/B9V 5 55 58.9 -31 31 55 40195 196322 L.2065 5 51 17 -31 33.1 6.8# 63 Sigma 5.50 F2III 5 56 21.0 -31 22 57 40248 196330 L.2070 5 51 39 -31 24.0 5.6# 64 6.44 G8III 5 56 49.0 -31 58 34 40359 196335 L.2075 5 52 9 -31 59.6 6.7 65 Gamma 4.36 B2.5IV 5 57 32.2 -35 17 00 40494 196352 L.2084, J.143 5 53 6 -35 17.9 4.5 66 Eta 3.96 K0III 5 59 08.8 -42 48 55 40808 217650 L.2099, J.144 5 55 19 -42 49.4 4.0 rr 67 5.55 K5III 6 01 16.4 -33 54 42 41047 196413 L.2108 5 56 45 -33 54.8 5.9 r 68 6.5 v B9IIIp* 6 00 50.9 -42 52 14 41089 217668 G.203 5 57 2 -42 52.5 7.0 69 6.9 G8IV 6 02 06.2 -38 59 23 41245 196432 L.2118 5 57 57 -38 59.5 6.9 70 7.0 A4V 6 03 03.1 -37 32 51 41393 196443 L.2120 5 58 47 -37 32.7 7.0 71 7.0 B9.5V 6 03 08.3 -36 52 24 41392 196445 L.2121 5 58 50 -36 52.2 6.9 72 5.65 B2V 6 04 20.3 -32 10 20 41534 196459 L.2124 5 59 42 -32 10.2 5.8 73 5.82 A0V 6 05 27.1 -35 30 49 41759 196483 L.2132 6 1 2 -35 30.3 6.2 74 5.81 A1V 6 06 05.5 -29 45 31 41843 171231 L.2130 6 1 17 -29 44.8 5.9 75 6.6 F5IV 6 06 05.6 -33 13 10 41863 196490 L.2135 6 1 31 -33 12.5 6.9 76 5.83v? B4Vnn 6 07 03.6 -34 18 43 42054 196503 L.2142 6 2 34 -34 17.8 6.1 77 6.8 A0/A1V 6 06 39.5 -41 13 12 42058 217719 L.2148 6 2 42 -41 12.3 7.0 78 Pi1 6.12 Am 6 06 41.0 -42 17 55 42078 217720 L.2154 6 2 49 -42 17.1 6.8 * 7.3 G9III:* 6 07 18.8 -37 12 01 42138 196510 L.2149 6 3 2 -37 11.0 7.8# 79 Theta 5.00 B8:IV 6 07 31.6 -37 15 10 42167 196514 L.2153, J.146 6 3 15 -37 14.2 5.3# 80 Pi2 5.50 A0V 6 07 52.9 -42 09 14 42303 217730 L.2164 6 4 0 -42 8.1 5.8 r 81 6.6 G6+F/G* 6 10 32.0 -34 49 00 42698 196559 L.2178 6 6 4 -34 47.5 6.9 82 5.58v? M2II/III 6 10 10.3 -40 21 13 42682 217753 L.2182 6 6 8 -40 19.9 6.0 83 6.89 B3Vn 6 12 29.1 -36 33 51 43071 196585 L.2194 6 8 9 -36 32.0 6.8 84 Kappa 4.37v? G8II 6 16 33.1 -35 08 26 43785 196643 L.2213, J.148 6 12 6 -35 6.0 4.8 85 6.00 A2V(m) 6 16 35.6 -39 15 52 43847 196646 L.2214 6 12 28 -39 13.2 6.4 86 5.53 K2III 6 17 01.2 -37 44 15 43899 196653 L.2217 6 12 46 -37 41.7 5.8 87 5.88 A3V 6 17 09.5 -37 15 11 43940 196659 L.2218 6 12 52 -37 12.4 6.4 88 5.78 B9V 6 19 41.0 -34 23 48 44323 196686 L.2228 6 15 11 -34 20.6 6.3 89 6.7 K2/K3III 6 19 47.9 -39 29 12 44404 196693 L.2233 6 15 41 -39 26.0 7.0# * 8.1 G5 6 19 51.7 -39 28 48 44403 196696 * 6 15 44 -39 25.5 7 3/4# 90 5.50 B3V 6 20 36.2 -34 08 39 44506 196707 L.2234 6 16 5 -34 5.3 6.0 91 Delta 3.85 G7II 6 22 06.8 -33 26 11 44762 196735 L.2244, J.151 6 17 33 -33 22.5 3.9 92 6.49 ApSi 6 23 13.1 -34 59 48 44979 196761 L.2259 6 18 45 -34 56.0 6.8 93 5.62 G6III 6 24 00.9 -36 42 28 45145 196774 L.2265, B.1229 6 19 41 -36 38.6 6.6# 94 6.9 G6/G8III 6 24 06.0 -36 42 10 45158 196776 B.1230 6 19 46 -36 38.2 7.0# 95 6.67 G5V 6 24 24.3 -42 50 52 45289 217907 G.272 6 20 35 -42 48.4 7.0 96 6.32 B9V 6 24 44.5 -40 17 02 45306 217910 L.2276 6 20 41 -40 12.9 6.5 97 6.25 K3III 6 25 29.9 -35 03 50 45383 196805 L.2274 6 21 2 -34 59.5 6 3/4# * 7.1 A4V 6 25 37.9 -35 02 18 45424 196808 * 6 21 10 -34 58.1 8 # dpl. 10, 8 98 6.48 F3V 6 27 07.5 -37 53 44 45680 196842 L.2293 6 22 53 -37 49.3 6.8 99 6.31 F2/F3V 6 28 42.3 -41 04 28 45983 217951 L.2307 6 24 42 -40 59.7 6.5 100 6.68 B3IV 6 30 40.7 -40 26 54 46288 217981 L.2320 6 26 38 -40 21.7 6.6 101 5.84 G8+A3/5* 6 31 13.0 -35 15 33 46349 196897 L.2319 6 26 46 -35 10.3 6.5 102 6.20 K3III 6 30 59.8 -40 54 59 46365 217986 L.2326 6 27 0 -40 49.7 6.6 103 6.34v M2/M3III 6 31 34.9 -36 56 26 46431 196906 L.2324 6 27 15 -36 51.2 6.9 104 5.24 G8III 6 32 21.3 -37 41 48 46568 196917 L.2334 6 28 4 -37 36.1 5.8 105 6.44 G8III 6 33 10.3 -38 37 31 46727 196930 L.2338 6 28 58 -38 31.8 6.9 106 5.42 K3III 6 33 49.4 -36 13 56 46815 196945 L.2341 6 29 26 -36 8.4 5.9 107 6.7 A4V 6 34 43.4 -34 00 33 46973 196959 L.2350 6 30 11 -33 54.7 7.0 108 5.59 A0V 6 35 24.1 -36 46 48 47144 196978 L.2359 6 31 4 -36 40.8 6.1 dpl. 9 1/2, 6 * 7.1 A1V 6 35 33.8 -36 15 32 47168 196982 L.2360 6 31 11 -36 9.4 7.5# 109 6.35 F6V 6 35 54.0 -36 05 20 47230 196987 L.2365 6 31 31 -35 59.0 6.9# * 7.2 G2/G3V: 6 36 12.7 -36 08 21 47283 196990 L.2367 6 31 50 -36 1.9 7.7# 110 6.04 K0III 6 37 01.9 -38 08 48 47463 197011 T.2605 6 32 47 -38 2.5 6.5 r 111 6.34 K0II 6 36 51.3 -41 33 25 47475 218060 L.2379 6 32 53 -41 27.1 6.8 112 5.71 B6IV 6 37 13.8 -36 59 26 47500 197014 L.2376 6 32 54 -36 53.1 6.3 5 Declination corrected from -27 20.7. Following 5 the star HD34088=SAO195662 is listed without being assigned a number. Preceding 6 the star HD34167=SAO195669 is connected with a brace to 6 without a combined magnitude or being assigned a number. 11 Spectrum K0/K1III/IV 17 The Uranometria Argentina does not provide a designation from an earlier catalog. 26 Spectrum A3V+(F/G) 33, 34 These stars are connected with a brace without a combined magnitude. Preceding 50 the star HD39086=SAO196200 is connected with a brace to 50 without a combined magnitude or being assigned a number or a designation from an earlier catalog. 50 The Uranometria Argentina does not provide a designation from an earlier catalog. 56 The Uranometria Argentina does not provide a designation from an earlier catalog. 61 Spectrum K1IIICNII 62, 63 These stars are connected with a brace without a combined magnitude. 68 Spectrum B9III(pSrEuCr) Preceding 79 the star HD42138=SAO196510 is connected with a brace to 79 without a combined magnitude or being assigned a number. Spectrum G8/K0III: 81 Spectrum G5/8III+F/G Following 89 the star HD44403=SAO196696 is connected with a brace to 89 with combined magnitude 6.9 without being assigned a number or a designation from an earlier catalog. 93, 94 These stars are connected with a brace with combined magnitude 5.9. Following 97 the star HD45424=SAO196808 is connected with a brace to 97 with combined magnitude 6.6 without being assigned a number or a designation from an earlier catalog. 101 Spectrum G8III+A3/5 Preceding 109 the star HD47168=SAO196982 and following 109 the star HD47283 =SAO196990 are both conncted with a brace to 109 without a combined magnitude for all three stars or having numbers assigned to either. 31. - CORONA AUSTRALIS G Letter Mag Spec RA 2000 Dec HD SAO Gould desig RA 1875 Dec G Mag Notes 1 5.02 A5V 18 06 49.9 -43 25 30 165189 228708 L.7550 17 57 48 -43 25.7 5.6 2 5.85 F0Vn 18 11 05.5 -41 21 32 166114 228778 L.7586 18 2 14 -41 22.7 6.2 3 5.47v B2.5III 18 13 12.6 -41 20 10 166596 228815 * 18 4 22 -41 21.8 5.9 4 5.46 G8/K0III 18 15 53.4 -44 12 25 167096 228854 L.7621 18 6 46 -44 14.5 5.9 5 6.30 B0.5Ia 18 18 40.0 -42 17 18 167756 228895 L.7644 18 9 44 -42 19.9 6.7 6 6.45 K2II 18 20 55.3 -37 29 15 168357 210017 L.7662 18 12 23 -37 32.3 6.9 7 5.10 K4/K5III 18 22 18.6 -38 39 25 168592 210048 L.7671 18 13 41 -38 42.6 5.6 r 8 5.20v? B2.5Vn 18 24 18.3 -44 06 37 168905 228982 L.7680 18 15 13 -44 10.1 5.7 9 5.64 A2mA2-F0 18 28 27.1 -38 59 44 169853 210197 L.7712 18 19 48 -39 4.0 6.0 10 6.36 G8III 18 29 12.9 -43 50 45 169943 229056 L.7711 18 20 9 -43 55.3 6.9 11 6.04 A3V 18 31 03.0 -41 54 49 170384 229080 L.7731 18 22 10 -41 59.6 6.3 12 5.72 K2III 18 31 56.2 -43 30 28 170521 229094 L.7737 18 22 55 -43 35.4 6.1 13 5.17 A3Vn 18 32 21.4 -39 42 14 170642 210277 L.7748 18 23 39 -39 47.2 5.6 14 6.22 F5V 18 33 00.5 -39 53 32 170773 210286 L.7754 18 24 17 -39 58.5 6.9 15 Theta 4.64 G5III 18 33 30.2 -42 18 45 170845 229111 L.7756, J.471 18 24 35 -42 24.0 5.1 16 Kappa1 6.32 A0III 18 33 23.2 -38 43 13 170867 210296 L.7758 18 24 46 -38 48.8 5.4 dpl. 6 1/4, 6 17 Kappa2 5.65 B9V 18 33 23.1 -38 43 35 170868 210295 * 18 5.37 M2III 18 39 35.0 -43 11 10 171967 229172 L.7790 18 30 36 -43 17.4 5.8 c 19 Lambda 5.13 A0/A1V 18 43 46.9 -38 19 25 172777 210501 L.7827 18 35 12 -38 26.4 5.4 20 5.43 * 18 44 57.1 -39 41 11 172991 210518 L.7829 18 36 16 -39 48.5 5 3/4# 21 6.7 F5/F6V 18 44 59.3 -39 45 01 172993 210520 L.7831 18 36 18 -39 52.0 7 # 22 7.50 G8II 18 45 58.2 -42 31 53 173182 229259 L.7836 18 37 3 -42 39.4 7.0# 23 6.92 F3V 18 46 03.5 -42 34 00 173183 229260 L.7837 18 37 8 -42 41.5 6.9# 24 Mu 5.24 G5/G6III 18 47 44.5 -40 24 22 173540 229285 L.7846 18 39 0 -40 32.2 5.5 25 Eta1 5.49 A2Vn 18 48 50.5 -43 40 48 173715 229299 L.7852 18 39 49 -43 48.8 5.7 26 Eta2 5.61 B9IV 18 49 35.0 -43 26 02 173861 229307 L.7859 18 40 35 -43 34.1 6.0 27 6.43d B5III 18 50 58.2 -41 03 45 174152 229318 L.7869 18 42 12 -41 12.2 6.8 dpl. 6 3/4, 8 28 6.5 K3III 18 52 11.6 -41 42 33 174407 229334 L.7881 18 43 22 -41 51.1 7.0 29 6.5 K1III 18 55 23.7 -37 23 13 175093 210716 L.7908 18 46 55 -37 32.4 6.9 30 5.36 G6III-IV 18 56 16.9 -42 42 38 175219 229383 L.7909 18 47 22 -42 52.3 5.8 r 31 5.38v B3V 18 56 40.5 -37 20 36 175362 210734 L.7916 18 48 12 -37 30.0 5.7 32 6.4 B9V 18 57 14.1 -43 55 01 175395 229397 L.7914 18 43 13 -44 4.5 6.6 33 6.31 A5IV/V 18 57 34.7 -39 49 24 175529 210754 L.7922 18 48 54 -39 59.1 6.6 34 Epsilon 4.87v2 F3IV/V 18 58 43.4 -37 06 26 175813 210781 L.7931 18 50 17 -37 16.1 5.5 c 35 6.49 B9.5V 18 59 11.1 -39 32 05 175855 210786 L.7932 18 50 33 -39 41.9 6.7 36 6.69 B7/B8V 19 01 03.2 -37 03 39 176269 210815 L.7947 18 52 36 -37 13.9 6.2# dpl. 7, 7 37 6.40 B9.5IV: 19 01 04.3 -37 03 43 176270 210816 * * 7.21v B9IV 19 01 38.9 -36 53 28 176386 210828 L.7955 18 53 13 -37 3.7 7.2# 38 6.23 A0V 19 02 08.7 -41 54 36 176425 229446 L.7950 18 53 18 -42 5.4 6.9 39 Zeta 4.80 A0Vn 19 03 06.8 -42 05 43 176638 229461 L.7958 18 54 16 -42 16.2 5.2 40 5.74 F2III/IV 19 03 17.7 -38 15 12 176723 210859 L.7962 18 54 46 -38 25.8 6.1 41 Gamma 4.26 G0+F7IV* 19 06 25.0 -37 03 44 177474 210928 L.7988, J.483 18 57 58 -37 14.4 4.6 42 6.16 G8V 19 06 52.5 -37 48 37 177565 210937 L.7990 18 58 25 -37 59.1 6.8 43 Delta 4.59 K1III 19 08 20.9 -40 29 48 177873 229513 L.7992, J.485 18 59 39 -40 41.3 5.0 c 44 Alpha 4.11 A0/A1V 19 09 28.3 -37 54 16 178253 210990 L.8002, J.487 19 0 58 -38 5.8 4.2 45 5.88 B5V 19 09 57.8 -41 53 33 178322 229531 L.7999 19 1 9* -42 5.3* 6.2 46 Beta 4.11 K0IICN* 19 10 01.7 -39 20 27 178345 211005 L.8007, J.488 19 1 26 -39 32.2 4.1 * 7.6 F5V 19 10 47.7 -38 54 34 178558 211014 L.8015 19 2 14 -39 6.5 8 # 47 6.34 B7II/III 19 11 01.8 -39 00 18 178628 211017 L.8016 19 2 28 -39 12.2 6.9# 48 6.57 F9Ib/II* 19 12 09.8 -37 34 58 178937 211037 L.8022 19 3 42 -37 47.2 7.0# * 7.2 B5V 19 12 34.4 -37 31 26 179029 211042 L.8025 19 4 7 -37 43.7 7.7# 49 5.92 G8III 19 14 39.6 -45 11 36 179433 229573 L.8029 19 5 34 -45 24.1 6.3 In the 19th century this constellation was often called Corona Austrina, and it is so listed in the Uranometria Argentina. When the IAU permanently fixed the constellation boundaries in 1930, the name became permanently assigned as Corona Australis. 3 The Uranometria Argentina does not provide a designation from an earlier catalog. 16, 17 For the double star Kappa Coronae Australis the Uranometria Argentina assigns separate numbers but only a single designation from an earlier catalog, set of coordinates, and magnitude. 20 Spectrum K1/2III+B9/A1V 20, 21 These stars are connected by a brace with combined magnitude 5.6. 22, 23 These stars are connected by a brace with combined magnitude 6.8. 36, 37 For this double star the Uranometria Argentina assigns separate numbers but only a single designation from an earlier catalog, set of coordinates, and magnitude. Following 36, 37 the star HD176386=SAO210828 is connected by a brace to the blend of 36 and 37 without a combined magnitude or being assigned a number. 41 Spectrum G0+F7IV-V 45 Right ascension corrected from 19 1 14 and declination corrected from -42 5.7. 46 Spectrum K0II/IIICNIb Preceding 47 the star HD178558=SAO211014 is connected by a brace to 47 without a combined magnitude or being assigned a number. 48 Spectrum F8/G0Ib/II Following 48 the star HD179029=SAO211042 is connected by a brace to 48 with combined magnitude 6.8 without being assigning a number. 49. - CORVUS G F,Letter Mag Spec RA 2000 Dec HD SAO Gould desig RA 1875 Dec G Mag Notes 1 6.5 F8 11 56 56.1 -13 45 17 103753 157003 Ll.22502 11 50 32 -13 3.0 6.7 2 7.1 F5 11 56 55.9 -12 06 28 103774 157002 Ll.22053 11 50 34 -11 24.6 7.0 3 6.28 K0IV 12 00 42.5 -21 50 14 104307 180374 Ll.22586 11 54 19 -21 8.5 6.5 4 5.30 B1.5V 12 00 51.2 -19 39 32 104337 157042 By.1619,L1.22591 11 54 27 -18 57.7 5.5 5 6.7 F0 12 06 47.3 -12 14 27 105205 157086 Ll.22734 12 0 24 -11 32.8 6.6 6 6.9 F8 12 07 01.5 -23 45 59 105241 180479 Ll.22739 12 0 37 -23 4.4 6.9 7 7.0 K0 12 07 27.8 -18 11 25 105292 157091 Ll.22751 12 1 2 -17 29.7 7.0 8 6.6 G0 12 07 39.0 -23 58 33 105328 180488 Ll.22756 12 1 12 -23 16.1 6.9 9 1 Alpha 4.00 F2III-IV 12 08 24.8 -24 43 44 105452 180505 L.5035, J.271 12 1 58 -24 1.9 4.2 r 10 6.56v? G0 12 09 28.5 -11 51 26 105590 157111 Ll.22798 12 2 59 -11 9.2 6.6 dpl. 7, 8 3/4 11 6.6 F5 12 10 05.8 -17 32 16 105704 157120 Ll.22816 12 3 41 -16 50.3 6.7 12 2 Epsilon 3.00v? K2IIIvar 12 10 07.5 -22 37 11 105707 180531 Ll.22820, J.272 12 3 42 -21 55.5 3.3 var. 13 3 5.47 A2V 12 11 03.9 -23 36 08 105850 180546 Ll.22850 12 4 38 -22 54.4 5.8 14 6.9 G5 12 11 22.9 -16 47 28 105913 157133 Ll.22863 12 4 59 -16 5.6 6.8 15 5.83 G7III: 12 14 59.6 -20 50 39 106485 180602 Ll.22950 12 8 32 -20 9.0 6.2 16 7.0 K0 12 15 36.6 -20 31 45 106582 180614 Ll.22967 12 9 9 -19 50.1 7.0 17 6.54 F3V 12 15 46.8 -23 21 14 106612 180619 Ll.22971 12 9 19 -22 39.4 6.7 18 4 Gamma 2.59v? B8III 12 15 48.4 -17 32 31 106625 157176 J.275 12 9 23 -16 50.8 2.5 var. 19 6.07 A2IV 12 17 03.3 -16 41 38 106819 157184 Ll.23006 12 10 37 -15 59.9 6.2 20 6.8 B9 12 17 55.4 -24 00 48 106955 180662 Ll.23027 12 11 27 -23 19.1 7.0 21 5.97 G3IV 12 20 10.7 -22 10 32 107295 180695 By.,Ll.23099* 12 13 43 -21 28.8 6.4# 22 5 Zeta 5.22 B8Vn 12 20 33.7 -22 12 57 107348 180700 Ll.23114 12 14 5 -21 31.2 5.3# 23 5.14v? KIII 12 20 55.8 -13 33 56 107418 157226 Ll.23129 12 14 28 -12 52.3 5.7 24 6.6 K0 12 22 18.4 -15 33 17 107642 157240 Ll.23155 12 15 50 -14 51.6 6.9 25 6 5.68 K1III: 12 23 21.6 -24 50 26 107815 180747 L.5127 12 16 51 -24 8.8 6.0 26 6.45v M0 12 23 18.7 -11 48 44 107814 157253 Ll.23186 12 16 52 -11 7.1 6.8 27 6.35 G3III 12 27 49.4 -16 37 55 108477 157299 Ll.23294 12 21 20 -15 56.4 6.8 28 7 Delta 2.95v? B9V 12 29 51.9 -16 30 56 108767 157323 J.281 12 23 24 -15 49.1 3.0 var. 29 6.35 G0V 12 30 04.8 -13 23 35 108799 157326 Ll.23369 12 23 39 -12 41.9 6.6 30 5.63v? M0III 12 30 17.5 -23 41 48 108821 180850 T.5747 12 23 45 -23 0.3 6.2 var? 31 8 Eta 4.31v? F2III-IV 12 32 04.2 -16 11 46 109085 157345 J.284 12 25 40 -15 30.1 4.5 32 6.4 K2 12 32 32.6 -21 12 44 109132 180879 Ll.23441 12 26 2 -20 31.2 6.7 33 5.74 F2V 12 32 36.0 -13 51 33 109141 157350 Ll.23446 12 26 9 -13 9.9 5.9 34 6.26 F2V 12 33 22.4 -19 47 31 109238 157359 Ll.23461 12 26 51 -19 6.1 6.2 35 5.58 G8III 12 33 34.3 -12 49 49 109272 157361 Ll.23463 12 27 5 -12 8.6 5.8 36 9 Beta 2.65v? G5II 12 34 23.2 -23 23 48 109379 180915 J.285 12 27 49 -22 42.3 2.6 r var. 37 6.6 F2 12 35 42.7 -16 49 34 109557 157382 Ll.23536 12 29 13 -16 8.2 6.9 38 6.7 G5 12 35 33.1 -12 01 16 109545 157379 Ll.23531 12 29 4 -11 19.7 6.5# * 8.7 G0 12 35 44.1 -12 01 31 109556 157384 Ll.23538 12 29 16 -11 20.2 7.7# dpl. 8, 8 39 6.6 F0 12 35 52.7 -12 04 11 109584 157385 Ll.23545 12 29 29 -11 22.9 6.3# 40 6.20v F0III 12 35 58.6 -20 31 38 109585 180937 Ll.23543 12 29 25 -19 50.1 6.4 41 6.00 A6V: 12 38 44.6 -18 15 01 109931 157415 Ll.23617 12 32 13 -17 33.8 6.0 42 7.0 K0 12 40 36.1 -14 05 58 110198 157440 Ll.23659 12 34 6 -13 24.7 6.9 43 6.08 F3Vn 12 41 16.0 -13 00 49 110317 157447 Hev.8, Ll.23675 12 34 47 -12 19.8 5.7 dpl. 6 1/2, 6 1/2 44 6.0 F5V 12 41 16.2 -13 00 54 110318 157448 * 45 6.03 F3III 12 41 49.2 -19 45 31 110385 157451 Ll.23683 12 35 17 -19 4.4 6.2 46 7.0v? A0 12 43 32.9 -13 51 34 110616 157470 Ll.23726 12 37 2 -13 10.4 6.9 47 6.7 K0 12 43 47.8 -12 00 49 110662 157473 Ll.23733 12 37 17 -11 19.7 6.8 48 7.0 A5 12 43 56.0 -13 08 31 110682 157476 WB.610 12 37 25 -12 27.4 6.9 49 7.0 K0 12 45 52.6 -21 46 05 110952 181086 Ll.23783 12 39 16 -21 5.0 7.0 50 6.87 G5 12 46 30.8 -11 48 44 111031 157502 Ll.23806 12 40 3* -11 7.8 6.9 51 6.9 K2 12 49 45.7 -15 52 57 111500 157535 Ll.23901 12 43 11 -15 11.9 7.0 * 9.3 F0 12 53 58.7 -18 02 07 157579 Ll.24020 12 47 23 -17 21.3 8 # 52 6.80 A5III 12 54 00.3 -18 02 16 112074 157580 Ll.24021 12 47 24 -17 21.5 7 # 53 6.20 A0Vn 12 55 53.3 -15 19 38 112304 157599 Ll.24066 12 49 19 -14 39.0 6.4 21 Designation from an earlier catalog corrected from Ll.23029. 21, 22 These stars are connected with a brace without a combined magnitude. Between 38 and 39 the star HD109556=SAO157384 is connected with a brace to both 38 and 39 without a combined magnitude for all three stars or being assigned a number. 43, 44 These constitute a double star with separation 6", combined magnitude 5.28. Although Gould recognized the duplicity and assigned separate numbers, he provides only a single designation from an earlier catalog, set of coordinates, and magnitude. 50 Right ascension corrected from 12 40 4. Preceding 52 the star SAO157579 is connected with a brace to 52 with combined magnitude 6.8 without being assigned a number. 48. - CRATER G F,Letter Mag Spec RA 2000 Dec HD SAO Gould desig RA 1875 Dec G Mag Notes 1 6.38 K3IV 10 53 32.9 -15 26 44 94386 156302 Ll.20967 10 47 21 -14 46.8 6.8 2 5.66 G4III 10 54 17.8 -13 45 29 94481 156310 Ll.20978 10 48 5 -13 5.7 6.1 3 6.9 K0 10 58 56.7 -19 36 18 95145 156365 Ll.21100 10 52 48 -18 55.9 7.0 4 5.89 M2III 10 59 30.9 -16 21 14 95234 156372 Ll.21110 10 53 20 -15 41.0 6.4 r 5 7 Alpha 4.07 K0III 10 59 46.5 -18 17 56 95272 156375 Ll.21120, J.253 10 53 41* -17 38.0 4.4 r 6 5.88 K5III 11 00 11.6 -14 05 00 95314 156382 Ll.21126 10 53 59 -13 24.7 6.3 7 6.34 K0 11 00 57.2 -15 47 34 95441 156396 Ll.21150 10 54 45 -15 7.2 6.7 8 5.50 G7III 11 03 14.9 -11 18 13 95808 156421 Ll.21203 10 57 0 -10 37.4 5.7 r 9 6.34 G5 11 03 36.5 -13 26 04 95870 156427 Ll.21215 10 57 22 -12 45.7 6.6 10 6.5 A5 11 03 54.2 -19 39 01 95939 156431 Ll.21228 10 57 46 -18 58.6 6.7 11 6.10 F0Vn 11 05 34.0 -11 05 20 96220 156448 Ll.21257 10 59 17 -10 24.6 6.2 12 6.5 F2 11 06 41.4 -13 00 14 96400 156466 Ll.21294 11 0 27 -12 19.5 6.6 13 6.7 A0 11 08 57.0 -19 24 59 96838 156493 Ll.21348 11 2 46 -18 44.4 6.8 14 6.79 G0 11 10 13.4 - 7 23 23 97037 138023 Ll.21375 11 3 56 - 6 42.3 6.7 15 11 Beta 4.48 A2III 11 11 39.5 -22 49 33 97277 179624 J.256 11 5 31 -22 8.6 4.6 16 Psi* 6.13 A0V 11 12 30.4 -18 30 00 97411 156528 Ll.21445 11 6 18 -17 49.2 6.2 17 6.40 K0 11 12 34.6 -21 44 57 97428 179638 Ll.21449 11 6 25 -21 4.3 6.8 18 7.3 A2 11 13 41.1 -22 59 55 97590 179661 Ll.21477 11 7 32 -22 19.1 6.9 19 6.89 A0 11 15 17.6 -19 38 17 97864 156564 Ll.21511 11 9 6 -18 57.4 6.7 20 7.2 F2 11 15 42.8 -22 54 55 97940 179701 Ll.21524 11 9 34 -22 14.1 6.8 21 6.14v A8IVp* 11 16 58.1 - 7 08 06 98088 138106 Ll.21540 11 10 39 - 6 27.1 6.0 22 6.7 K0 11 18 36.7 -24 20 36 98346 179760 L.4693, Ll.21580 11 12 27 -23 39.5 6.9 23 12 Delta 3.56 G8III-IV 11 19 20.5 -14 46 43 98430 156605 J.258 11 13 6 -14 6.1 3.8 24 6.6 K0 11 20 31.3 -10 17 41 98591 156618 Ll.21618 11 14 14 - 9 36.6 6.9 25 6.8 A2 11 22 28.6 - 8 50 34 98853 138166 Ll.21665 11 16 9 - 8 9.5 6.9 26 13 Lambda 5.09 F5III 11 23 21.9 -18 46 48 98991 156646 Ll.21691 11 17 11 -18 5.5 5.4 27 14 Epsilon 4.83 K5III 11 24 36.5 -10 51 34 99167 156658 J.260 11 18 18 -10 10.4 5.5 28 15 Gamma 4.08 A5V 11 24 52.9 -17 41 02 99211 156661 J.261 11 18 39 -16 59.8 4.2 dpl. 4 1/4, 9 1/2 29 6.55v? M0 11 25 53.8 -13 45 03 99363 156672 Ll.21764 11 19 37 -13 3.9 7.0 30 6.7 A5 11 26 01.6 -20 34 57 99380 179872 Ll.21768 11 19 49 -19 53.6 6.6 31 6.7 A0 11 26 34.0 -21 21 24 99459 179887 Ll.21780 11 20 20 -20 40.2 6.8 32 16 Kappa 5.94 F4III-IV 11 27 09.5 -12 21 25 99564 156685 Ll.21796 11 20 52 -11 40.2 6.1 33 5.76 A0V 11 29 38.6 -24 27 48 99922 179935 L.4757 11 23 26 -23 46.5 5.9 dpl. 6, 8 1/4 34 6.24 F7IV 11 31 47.7 -20 46 34 100219 179964 Ll.21906 11 25 33 -20 5.4 6.4 35 5.95 K4III 11 32 47.5 - 7 49 39 100343 138265 Ll.21932 11 26 26 - 7 8.2 6.4 36 6.06 F9III 11 33 14.6 -16 16 50 100418 156750 Ll.21944 11 26 57 -15 35.3 6.3 37 7.1 K2 11 34 04.0 -16 02 44 100537 156754 Ll.21960 11 27 45 -15 21.3 7.0 38 21 Theta 4.69 B9.5vn 11 36 40.9 - 9 48 08 100889 138296 J.265 11 30 21 - 9 6.7 5.0 39 6.6 K0 11 36 59.9 -22 56 54 100949 180036 T.5321 11 30 45 -22 15.5 6.7 40 6.42 G5 11 39 00.3 -24 43 15 101259 180065 L.4823, Ll.22083 11 32 44 -24 1.2 6.5 41 24 Iota 5.48 F7V 11 38 40.1 -13 12 07 101198 156802 Ll.22077 11 32 19 -12 30.8* 5.8# * 6.7 K0 11 39 30.1 -13 11 03 101321 156815 Ll.22093 11 33 8 -12 29.1 7.2# 42 6.21 A1V 11 39 51.1 -14 28 08 101369 156820 Ll.22102 11 33 31 -13 46.5 6.2 43 6.19v? M3.5III 11 39 50.4 -16 37 13 101370 156819 Ll.22104 11 33 31 -15 55.6 6.6 44 6.9 F0 11 41 57.9 -24 23 08 101696 180116 L.4858, Ll.22150 11 35 40 -23 41.4 7.0 45 6.22 K0 11 42 03.5 -20 17 38 101695 180117 Ll.22153 11 35 45 -19 35.9 6.4 46 6.9 A0 11 43 40.6 -15 02 33 101897 156853 Ll.22185 11 37 11 -14 21.0* 6.8 47 6.7 A0 11 44 23.8 -20 41 44 102036 180152 Ll.22203 11 38 5 -20 0.1 6.9 48 27 Zeta 4.73 G8III 11 44 45.8 -18 21 03 102070 156869 J.266 11 38 25 -17 39.4 5.2 49 6.26 F7V 11 48 23.5 -10 18 48 102574 156896 Ll.22302 11 42 3 - 9 36.7 6.3 50 6.8 K0 11 48 41.6 -14 20 40 102604 156901 WB.715 11 42 20 -13 38.7 7.0 51 6.13 K0 11 50 19.5 -15 51 50 102845 156926 Ll.22339 11 43 58 -15 10.1 6.5 52 6.7 K0 11 55 30.3 -24 51 27 103581 180301 L.4939, Ll.22462 11 49 9 -24 9.8 6.9 53 30 Eta 5.17v? A0V 11 56 00.9 -17 09 03 103632 156988 Ll.22480 11 49 39 -16 27.2 5.4 5 Right ascension corrected from 10 53 42. 16 The Greek letter Psi appears for this star in some modern catalogs and atlases but is not in the Uranometria Argentina. 21 Spectrum A8IVpSrCrSi 41 Declination corrected from -12 31.0. Following 41 the star HD101321=SAO156815 is connected with a brace to 41 without a combined magnitude or being assigned a number. 46 Declination corrected from -14 21.6. 20. - CRUX G F,Letter Mag Spec RA 2000 Dec HD SAO Gould desig RA 1875 Dec G Mag Notes 1 5.60v? B3V 11 57 40.1 -62 26 56 103884 251659 L.4951 11 51 24 -61 45.1 6.3 2 5.44v? B8II 11 58 15.3 -56 19 03 103961 239533 L.4959 11 51 57 -55 37.3 6.1 3 5.61 A3Ib 11 58 47.8 -64 20 21 104035 251664 L.4963 11 52 30 -63 38.6 6.3 4 6.37 A9Ib-II 11 59 25.6 -62 49 52 104111 251670 L.4972 11 53 7 -62 8.1 7.0 5 6.16 A1V 12 01 29.1 -57 30 13 104430 239589 L.4977 11 55 8 -56 48.4 6.7 6 Theta1 4.30 Am 12 03 01.6 -63 18 47 104671 251705 L.4990 11 56 41 -62 37.0 4.7 7 Theta2 4.70v? B2IV 12 04 19.2 -63 09 56 104841 251717 L.4999 11 57 54 -62 28.2 5.3 8 6.20 B9Vn 12 04 45.2 -59 15 11 104900 239644 L.5001 11 58 20 -58 33.4 6.8 9 5.96 M2III 12 04 57.1 -60 58 09 104933 251723 L.5003 11 58 31 -60 16.3 6.6 r 10 Eta 4.20 F2III 12 06 52.9 -64 36 49 105211 251742 L.5023, J.269 12 0 22 -63 54.9 4.7 * 7.50 F8V 12 08 08.4 -60 46 52 105401 251754 B.3931 12 1 40 -60 5.1 7.4# 11 6.22 K3/K4II 12 08 24.7 -60 50 50 105437 251757 L.5032, B.3933 12 1 55 -60 9.1 6.8# 12 7.1 A3V 12 10 42.0 -56 26 33 105785 239716 L.5046 12 4 11 -55 44.8 7.0# * 7.4 A2V 12 11 05.9 -56 24 05 105857 239727 L.5050 12 4 34 -55 42.3 7.5# 13 6.08 F0III 12 11 04.9 -61 16 39 105841 251778 L.5051 12 4 34 -60 34.8 6.7 14 6.55 A2II 12 12 00.6 -64 30 39 106000 251785 L.5056 12 5 24 -63 48.9 6.9 15 5.92 B9Ia 12 12 22.1 -62 57 03 106068 251790 L.5057 12 5 45 -62 15.3 6.7 16 6.9 A8IV 12 12 25.2 -60 04 03 106086 239751 L.5058 12 5 52 -59 22.3 7.0# * 7.6 A0IV* 12 12 43.1 -60 02 27 106110 239755 L.5061 12 6 7 -59 20.7 8 # 17 6.22 B1.5Ia 12 14 16.9 -64 24 31 106343 251803 L.5070 12 7 37 -63 42.8 6.9 18 Delta 2.80v? B2IV 12 14 59.6 -58 44 56 106490 239791 L.5075, J.274 12 8 31 -58 3.2 3.4 19 Zeta 4.00 B2.5V 12 18 26.2 -64 00 12 106983 251841 L.5090 12 11 41 -63 18.5 4.6 20 6.81 A0Iab 12 19 53.8 -62 51 15 107209 251848 L.5094 12 13 7 -62 9.6 7.0 21 T* 6.31v G2Ib 12 21 21.2 -62 16 53 107447 251861 L.5108 12 14 33 -61 35.3 7.0 22 Epsilon 3.59v? K3/K4III 12 21 21.6 -60 24 04 107446 251862 L.5110, J.277 12 14 38 -59 42.6 4.0 rr 23 5.92 K4III+F* 12 21 57.5 -56 22 29 107543 239880 L.5116 12 15 13 -55 40.8 6.7 r 24 5.40 B9V 12 22 49.4 -57 40 34 107696 239901 L.5120 12 16 4 -56 58.9 6.3 25 4.86 B4IV 12 26 30.9 -63 07 21 108250 251903 L.5147, J.278 12 19 35 -62 25.7 6.8# 26 Alpha1* 1.33 B0.5V 12 26 35.9 -63 05 57 108248 251904 L.5148, J.279 12 19 40 -62 24.4 1.3# dpl. 1 1/2, 1 3/4 27 Alpha2* 1.73 B1V 12 26 36.5 -63 05 57 108249 28 6.00 B8IV 12 27 24.7 -63 47 21 108355 251911 L.5152 12 20 26 -63 5.8 6.8 29 5.50v M4/M5III 12 27 28.8 -58 59 30 108396 239960 L.5157 12 20 36 -58 18.0 6.4 r 30 6.04 A0Vn 12 28 18.9 -64 20 29 108501 251920 L.5160 12 21 19 -63 39.0 6.5 * 6.82 G3V 12 28 16.5 -61 45 58 108500 251919 L.5161 12 21 18 -61 4.1 7.6# dpl. 7 1/2, 8 3/4 31 6.22 K2III 12 28 25.6 -61 47 43 108530 251924 L.5163 12 21 29 -61 6.2 7.0# * 6.92 B3V 12 28 54.9 -61 52 16 108610 251928 L.5165 12 21 57 -61 10.7 8 # 32 6.13 K0/K1III 12 28 33.5 -56 24 27 108570 239977 B.4067 12 21 46 -55 42.5 6.2 33 5.80 M1III 12 29 54.0 -56 31 29 108732 239999 B.4073 12 23 2 -55 50.0 5.9 34 Gamma 1.63v? M4III 12 31 09.9 -57 06 48 108903 240019 L.5180, J.282 12 24 15 -56 24.7 2.0 35 BG* 5.48v F5III 12 31 40.3 -59 25 26 108968 240027 L.5185 12 24 42 -58 44.0 6.4 36 5.96 A8III 12 31 55.9 -63 30 22 109000 251946 L.5186 12 24 52 -62 48.9 6.6 37 6.56 K5III 12 32 08.6 -56 07 45 109045 240037 * 12 25 15 -55 26.4 7.0 r * 6.61 F2/F3III 12 35 29.9 -61 44 26 109475 251961 L.5208 12 28 24 -61 3.0 7.2# 38 6.22 G4IV 12 35 29.1 -61 50 31 109492 251962 L.5209 12 28 28 -61 9.0 6.7# r 39 4.93v? B6IV 12 41 56.7 -59 41 09 110335 240161 L.5241 12 34 46 -58 59.0 6.0 40 5.24v B2pe 12 42 50.3 -63 03 33 110432 252002 L.5247 12 35 32 -62 22.3 6.1 41 6.07 B9V 12 42 49.7 -55 56 50 110461 240176 L.5249 12 35 45 -55 15.6 6.5 42 6.00 B9Vn 12 43 09.1 -56 10 34 110506 240179 L.5251 12 36 4 -55 29.4 6.6 43 6.40 K0/K1III 12 43 28.2 -58 54 11 110532 240183 L.5253 12 36 18 -58 13.0 7.0 dpl. 7, 10 44 Iota 4.69 K0III 12 45 37.9 -60 58 52 110829 252016 L.5265 12 38 18 -60 17.6 5.7 45 4.65 B3V 12 46 22.6 -56 29 21 110956 240235 L.5273 12 39 13 -55 48.2 5.4 46 Beta 1.20v B0.5III 12 47 43.2 -59 41 19 111123 240259 L.5277, J.291 12 40 26 -59 0.3 1.7 47 5.69v? A2Iab 12 51 17.8 -60 19 47 111613 252054 L.5293 12 43 55 -59 38.9 6.6 48 5.80v? B9Ia 12 53 21.8 -60 19 43 111904 252069 L.5303, B.4223 12 45 56 -59 38.9 6.3# 49 6.91v B3Ib: 12 53 37.8 -60 21 28 111934 252070 L.5306, B.4224 12 46 11 -59 40.6 6.7# * 7.66 M2Iab 12 53 41.3 -60 20 58 252073 B.4226 12 46 15 -59 40.2 7 1/4# r 5.6 cum. * 8.0 * 12 53 47.3 -60 19 55 252075 B.4228 12 46 21 -59 39.1 8 # 50 Kappa 5.90 B5Ia 12 53 49.1 -60 22 37 111973 252077 L.5309, B.4227 12 46 23 -59 41.7 6.7# * 6.84 B3Ib 12 53 59.8 -60 20 05 111990 252080 B.4231 12 46 34 -59 39.4 7 1/4# 51 Lambda 4.60v B4Vn 12 54 39.2 -59 08 48 112078 240368 L.5316 12 47 15 -58 28.0 5.6 52 Mu1* 4.03 B2IV-V 12 54 35.7 -57 10 40 112092 240366 L.5317, J.293 12 47 16 -56 29.9 4.4# 53 Mu2* 5.17v B5Vne 12 54 36.9 -57 10 06 112091 240367 B.4238 12 47 17 -56 29.3 5.5# 54 5.32v? O9Ib 12 55 57.0 -56 50 10 112244 240385 L.5321 12 48 36 -59 9.4 6.0 Preceding 11 the star HD105401=SAO251754 is connected with a brace to 11 without a combined magnitude or being assigned a number. Following 12 the star HD105857=SAO239727 is connected with a brace to 12 without a combined magnitude or being assigned a number. Following 16 the star HD106110=SAO239755 is connected with a brace to 16 without a combined magnitude or being assigned a number. Spectrum B9.5/A0IV 21 The variable star designation T was assigned after publication of the Uranometria Argentina and does not appear therein. 23 Spectrum K4III+(F) 25, 26, 27 The star 25G and the blend of 26G and 27G (see note below) are connected with a brace without a combined magnitude. 26 and 27 The Uranometria Argentina assigns separate numbers to the two components of the double star Alpha Crucis but provides only one letter Alpha, designation from an earlier catalog, set of coordinates, and magnitude. Preceding 31 the star HD108500=SAO251919 and following 31 the star HD108610 =SAO251928 are both connected with a brace to 31 without a combined magnitude or numbers being assigned to either. 35 The variable star designation BG was assigned after publication of the Uranometria Argentina and does not appear therein. 37 The Uranometria Argentina does not provide a designation from an earlier catalog. Preceding 38 the star HD109475=SAO251961 is connected with a brace to 38 without a combined magnitude or being assigned a number. 48, 49, 50, and three stars not assigned numbers: SAO252073, SAO252075 (for which no spectral class is given), and HD111990=SAO252080, are all members of the open cluster NGC 4755, often called the "Jewel Box," and are all connected with a brace with combined magnitude 5.6 cum. 52 The Uranometria Argentina provides the letter Mu to this star. Most recent atlases and catalogs use the letter Mu1. 53 This star is unlettered in the Uranometria Argentina. Most recent atlases and catalogs use the letter Mu2. 52, 53 These stars are connected with a brace with combined magnitude 4.1. 61. - DELPHINUS G F,Letter Mag Spec RA 2000 Dec HD SAO Gould desig RA 1875 Dec G Mag Notes 1 7.2 B9 20 24 33.3 + 5 30 34 194262 125770 Ll.39236 20 18 22 + 5 6.4 7.0 2 6.6 B9 20 24 38.3 + 8 35 51 194305 125773 Ll.39250 20 18 34 + 8 11.7 6.7 3 6.6 A0 20 25 25.4 + 6 38 30 194453 125791 Ll.39276 20 19 17 + 6 14.3 6.7 4 6.33v? K5IIIvar 20 25 44.0 +10 03 23 194526 125797 Ll.39304 20 19 43 + 9 39.2 6.4 r, var? 5 6.6 G5 20 26 15.4 + 2 57 26 194579 125805 Ll.39312 20 19 57 + 2 33.0 6.9 6 6.21 G8III 20 28 16.7 + 2 56 13 194953 125843 T.9429 20 21 58 + 2 31.4 6.5 7 6.25 G9III 20 28 07.6 + 8 26 15 194937 125841 Ll.39389 20 22 2 + 8 1.5 6.3 8 6.7 K0 20 29 55.2 +10 18 07 195274 106164 Ll.39462 20 23 55 + 9 53.3 6.9 9 6.41 K0 20 33 59.9 + 4 53 55 195909 125961 Ll.39625 20 27 47 + 4 28.4 6.6 10 6.55 A2Vnn 20 33 53.6 +10 03 35 195922 125960 Ll.39637 20 27 52 + 9 38.1 6.7 11 6.99 B2IV-V 20 34 31.8 + 6 52 42 196025 125969 Ll.39656 20 28 23 + 6 27.0 6.9# 12 6.5 B9 20 35 29.6 + 6 56 50 196182 125996 Ll.39699 20 29 21 + 6 31.0 6.4# 13 7 Kappa 5.05 G5IV+K2* 20 39 07.8 +10 05 10 196755 126059 Ll.39859 20 33 3 + 9 38.9 5.6 r 14 6.9 K0 20 40 17.7 + 3 26 29 196929 126088 Ll.39897 20 34 0 + 3 0.0 7.0 15 6.7 A0 20 43 40.1 + 5 23 24 197448 126141 Ll.40029 20 37 27 + 4 56.5 6.8 16 7.0 A0 20 45 57.1 + 7 22 45 197832 126187 Ll.40097 20 39 49 + 6 55.5 7.0 17 6.40 A0Vn 20 47 47.8 + 3 18 24 198070 126221 WB.1034 20 41 30 + 2 50.9 6.5 18 13 5.58v? A0V 20 47 48.3 + 6 00 30 198069 126222 Ll.40150 20 41 37 + 5 33.0 5.8 19 6.6 B9 20 48 24.7 + 3 38 56 198167 126227 Ll.40164 20 42 8 + 3 11.4 6.8 20 14 6.33v? A1Vs 20 49 48.2 + 7 51 51 198391 126265 Ll.40227 20 43 41 + 7 24.0 6.4 21 6.21 K0 20 49 59.0 + 5 32 40 198404 126267 Ll.40229 20 43 46 + 5 4.8 6.4 11, 12 These stars are connected with a brace without a combined magnitude. 13 Spectrum G5IV+K2IV 14. - DORADO G F,Letter Mag Spec RA 2000 Dec HD SAO Gould desig RA 1875 Dec G Mag Notes 1 6.46v? A4V 3 54 33.9 -52 41 26 24863 233321 L.1304 3 51 17 -53 3.3 6.6 2 6.51v M1III 4 00 15.7 -51 33 53 25470 233354 L.1332 3 56 54 -51 55.0 7.0 3 Gamma 4.20v F4III 4 16 01.6 -51 29 12 27290 233457 L.1417, J.90 4 12 45 -51 48.2 4.4 4 6.09 F7IV-V 4 18 40.1 -52 51 36 27604 233476 L.1429 4 15 35 -53 9.9 6.3 5 7.2 A1V 4 18 48.2 -54 08 05 27647 233480 L.1434 4 15 54 -54 26.3 7.0 6 6.28 G4V 4 24 12.3 -57 04 17 28255 233506 L.1475 4 21 46 -57 21.3 6.7 dpl. 7 3/4, 7 7 6.8 F0V 4 25 29.7 -53 06 42 28349 233512 L.1477 4 22 29 -53 23.8 6.9 8 Alpha 3.27v A0IIISi 4 33 59.8 -55 02 42 29305 233564 L.1539, J.100 4 31 18 -55 18.3 3.1 9 R* 5.40v M8e 4 36 45.6 -62 04 39 29712 249066 L.1567 4 35 19 -62 19.4 5 1/2 6 3/4 rr var. 10 6.6 G8III 4 38 07.7 -58 12 14 29781 233601 L.1566 4 35 57 -58 27.1 6.8 11 6.53 G5V 4 40 18.3 -58 56 37 30003 233622 L.1583 4 38 15 -59 11.4 6.8# dpl. 7, 7 3/4 * 7.2 A4V 4 38 54.2 -58 58 51 29877 233609 L.1573 4 36 51 -59 13.5 7.8# 12 Kappa 5.27 A8IV* 4 44 21.2 -59 43 58 30478 233664 L.1614 4 42 28 -59 57.7 5.6 13 6.46v? K0/K1III 4 44 58.0 -63 13 47 30610 249095 L.1629 4 43 49 -63 27.3 6.9 14 6.8 K0III 4 47 06.9 -59 08 12 30790 233682 L.1632 4 45 9 -59 21.5 6.8 15 7.2 F3V 4 47 22.0 -61 28 35 30865 249108 L.1638 4 45 50 -61 41.7 7.0 16 6.9 K3III 4 48 47.1 -60 15 32 31028 249114 L.1649 4 47 2 -60 28.5 6.7 17 6.8 G1V 4 51 20.8 -68 04 11 31532 249125 L.1687 4 51 37 -68 18.6 6.9 18 6.11 F3V 4 54 53.0 -58 32 50 31746 233733 L.1679 4 52 50 -58 44.9 6.4 19 6.41v? M0/M1III 4 53 30.7 -66 40 32 31754 249138 L.1701 4 53 19 -66 52.5 6.9 * 6.7 F2V 4 57 07.4 -58 04 11 32065 233757 L.1696 4 55 2 -58 15.9 7.2# * 7.4 A2V 4 57 58.3 -57 58 00 32209 233766 L.1708 4 55 52 -58 9.4 8.0# * 6.86 K5III 4 58 02.3 -58 12 29 32227 233767 L.1709 4 55 58 -58 23.8 7.5# 20 Zeta 4.72 F7V 5 05 30.7 -57 28 22 33262 233822 L.1744 5 3 22 -57 38.6 4.8 21 5.20v M3III 5 07 34.2 -63 23 58 33684 249198 L.1772 5 6 36 -63 33.4 5.7 22 Theta 4.83 K2III 5 13 45.4 -67 11 07 34649 249225 L.1828 5 13 51 -67 19.5 5.1 23 Lambda 5.14 G6III 5 26 19.2 -58 54 46 36189 233981 L.1885 5 24 30 -59 1.1 5.6 24 6.03 F0IV/V 5 27 00.1 -68 37 22 36584 249281 L.1920 5 27 40 -68 43.2 6.4 25 6.59 K4/K5III 5 29 17.4 -62 18 52 36689 249288 L.1908 5 28 9 -62 24.5 7.0 26 6.83v K1III(p) 5 28 45.0 -65 26 56 36705 249286 L.1917 5 28 23 -65 32.9 7.0 27 6.19 F0IV 5 30 15.9 -63 55 40 36876 249297 L.1922 5 29 31 -64 1.3 6.5 28 5.34 G8/K0III 5 32 59.6 -64 13 40 37297 249309 L.1949 5 32 19 -64 18.6 5.9 29 Beta 3.40v F6Ia 5 33 37.5 -62 29 23 37350 249311 L.1948, J.131 5 32 33 -62 34.3 3.9 30 6.32 G5IV 5 34 57.7 -61 10 33 37501 249314 B.1006 5 33 36 -61 15.2 6.8 31 6.30 B9.5V 5 36 54.8 -66 33 37 37935 249322 L.1985 5 36 55 -66 37.8 6.6 32 6.3 S3 5 38 42.4 -69 06 03 38268 249329 L.2007 5 39 35 -69 9.8 6.3 neb. 33 Delta 4.35 A7V 5 44 46.4 -65 44 08 39014 249346 L.2045, J.139 5 44 33 -65 46.9 4.5 34 Epsilon 5.10v? B6V 5 49 53.7 -66 54 05 39844 249368 L.2093, J.142 5 50 1 -66 55.9 5.1 35 6.36 G8III+A 5 51 23.1 -64 02 01 39963 249376 L.2091 5 50 42 -64 3.7 6.8 36 4.66 K1III/IV 5 54 06.2 -63 05 23 40409 249390 L.2106 5 53 9 -63 7.7 4.9 37 6.61 F0III 5 54 12.0 -64 28 56 40455 249391 L.2113 5 53 38 -64 30.2 6.9 38 Eta1 5.70 A0V 6 06 09.5 -66 02 23 42525 249448 L.2203 6 6 0 -66 1.3 6.0 39 Nu 5.05 B8V 6 08 44.2 -68 50 36 43107 249461 L.2227 6 9 32 -68 48.9 5.2 40 Eta2 5.01v? M2.5III 6 11 15.0 -65 35 22 43455 249469 L.2230 6 10 59 -65 33.6 5.5 r 41 Pi1 5.56 K5III 6 22 38.3 -69 59 03 45669 249532 L.2340 6 23 49 -69 54.9 6.1 r 42 Pi2 5.38 G8III 6 25 28.7 -69 41 25 46116 249550 L.2368 6 26 32 -69 37.1 5.9 43 6.29 F0III 6 30 03.2 -65 34 06 46730 249568 L.2381 6 29 43 -65 28.8 6.6 9 The variable star designation R was assigned after publication of the Uranometria Argentina and does not appear therein. Following 11 the star HD29877=SAO233609 is connected with a brace to 11 with combined magnitude 6.7 without being assigned a number. 12 Spectrum A8/A9III/IV Between 19 and 20 three stars, HD32065=SAO233757, HD32209=SAO233766, and HD32227=SAO233767 are connected with a brace with combined magnitude 7.0 without numbers being assigned to any of them. 62. - EQUULEUS G F,Letter Mag Spec RA 2000 Dec HD SAO Gould desig RA 1875 Dec G Mag Notes 1* 6.05 G6III-IV 20 55 40.7 + 4 31 58 199223 126373 Ll.40444 20 49 25 + 4 3.4 6.2 2 6.8 K2 20 57 48.9 + 4 11 44 199560 126414 Ll.40534 20 51 33 + 3 42.8 6.9 3* 7.1 K0 20 57 59.7 + 8 03 45 199583 126417 AB.4591 20 51 52 + 7 34.9 7.0 4 1 Epsilon* 5.23 F5III 20 59 04.4 + 4 17 37 199766 126428 Ll.40578 20 52 50 + 3 49.0 5.6 5 5.99 A7V 21 00 03.9 + 7 30 59 199942 126447 Ll.40649 20 53 55 + 7 1.8 6.0 * 2 Lambda* 6.6 F8 21 02 12.4 + 7 10 47 200256 126482 Ll.40730 20 56 3 + 6 41.4 6.9 dpl. 7 1/4, 7 3/4 6 6.6 K0 21 02 42.8 + 3 21 01 200326 126488 Ll.40739 20 56 25 + 2 51.6 6.9 * 7.46 K0 21 03 39.3 + 2 55 35 200494 126501 WB.1443 20 57 22 + 2 26.3 7.5# * 7.33 F9V 21 04 07.4 + 2 59 39 200580 126509 WB.1454 20 57 52 + 2 31.1 7.3# 7 6.42 K0 21 04 41.6 + 2 56 31 200661 126519 Ll.40804 20 58 23 + 2 26.8 6.5# 8 3 5.61 K5III 21 04 34.7 + 5 30 10 200644 126518 Ll.40808 20 58 21 + 5 0.4 5.7 r 9 4 5.90 F8V 21 05 26.7 + 5 57 30 200790 126535 T.9762 20 59 15 + 5 28.0 6.0 10 6.6 K0 21 06 39.9 + 3 48 12 200964 126546 Ll.40886 21 0 22 + 3 18.1 6.8 11 6.7 A2 21 08 00.7 + 5 09 06 201221 126562 Ll.40944 21 1 47 + 4 39.0 6.8 12 6.15 K5III 21 08 28.2 + 6 59 22 201298 126566 WB.1565 21 2 18 + 6 29.1 6.5 r 13 6.45 F5IV 21 09 58.3 + 2 56 37 201507 126587 Ll.41018 21 3 39 + 2 26.2 6.6 14 5 Gamma 4.69v F0p 21 10 20.5 +10 07 54 201601 126593 Ll.41047 21 4 16 + 9 37.8 4.4# 15 6 6.07 A2Vs 21 10 31.2 +10 02 56 201616 126597 Ll.41055 21 4 27 + 9 32.4 6.2# 16 7.0 A2 21 12 43.5 + 2 38 34 201941 126618 Ll.41136 21 6 26 + 2 7.9 7.0# * 7.8 F5 21 12 59.8 + 2 48 09 201982 126622 Ll.41148 21 6 40 + 2 17.3 7.4# 17 7.25 F0 21 13 27.2 + 7 13 06 202073 126625 Ll.41173 21 7 16 + 6 42.3 6.9# 18 7.15 A2 21 13 28.9 + 7 10 04 202093 126627 Ll.41179 21 7 18 + 6 39.2 6.8# 19 7 Delta 4.49 F8Vcomp 21 14 28.8 +10 00 25 202275 126643 Ll.41235 21 8 24 + 9 30.3 4.4 20 8 Alpha 3.92 G2+A4* 21 15 49.4 + 5 14 52 202447 126662 Ll.41274 21 9 34 + 4 44.0 4.2 21 6.99 K2 21 17 25.5 + 8 14 03 202699 126685 Ll.41344 21 11 16 + 7 42.8 7.0 22 7.4 F5 21 18 37.3 + 8 57 35 202884 126700 Ll.41383 21 12 28 + 8 26.6 7.0 23 6.9 A2 21 19 39.4 + 9 31 31 203067 126707 Ll.41428 21 13 33 + 9 0.0 6.9 24 9 5.82 M2III 21 21 04.8 + 7 21 16 203291 126719 T.9896 21 14 54 + 6 49.6 6.1 25 6.75 F5 21 21 21.6 +10 19 56 203345 107061 Ll.41497 21 15 16 + 9 48.3 6.7 26 6.8 K0 21 22 01.8 + 4 20 44 203440 126735 Ll.41508 21 15 45 + 3 48.9 6.8# * 7.6 A2 21 22 13.0 + 4 29 18 203457 126739 Ll.41518 21 15 56 + 3 57.4 7.6# * 7.0 K0 21 21 22.2 + 2 58 27 203306 126723 Ll.41485 21 15 3 + 2 26.7 7.4# 27 7.36v? K0 21 21 23.7 + 2 53 14 203323 126724 Ll.41486 21 15 4 + 2 21.5 7.0# 28 6.56 F8 21 22 35.9 + 2 55 07 203522 126744 Ll.41533 21 16 16 + 2 23.2 6.6# * 7.0 F5 21 23 23.7 + 2 45 58 203633 126754 Ll.41561 21 17 4 + 2 14.0 7.3# 29 10 Beta 5.16 A3V 21 22 53.6 + 6 48 40 203562 126749 Ll.41555 21 16 41 + 6 16.7 5.5 30 6.30 F5III 21 24 24.6 +10 10 27 203842 126774 Ll.41615 21 18 18 + 9 38.3 6.4 1 This star was assigned by Gould to Equuleus but now lies in Delphinus. 3 This star was assigned by Gould to Equuleus but now lies in Delphinus. 4 The letter Epsilon does not appear in the Uranometria Argentina but is shown on many modern star catalogs and atlases. Between 5 and 6 the star 2 Equulei is listed without being assigned a number. The letter Lambda does not appear in the Uranometria Argentina but is snown on many modern star catalogs and atlases. Preceding 7 the stars HD200494=SAO126501 and HD200580=SAO126509 are connected with a brace to 7 without a combined magnitude for all three stars or having numbers assigned to either. 14, 15 These stars are connected with a brace without a combined magnitude. Following 16 the star HD201982=SAO126622 is connected with a brace to 16 without a combined magnitude or being assigned a number. 17, 18 These stars are connected with a brace without a combined magnitude. 20 Spectrum G2II-III+A4V Following 26 the star HD203457=SAO126739 is connected with a brace to 26 without a combined magnitude or being assigned a number. 27, 28, HD203306=SAO126723, and HD203633=SAO126754 These four stars are all connected with a brace with the notation cum. 6.3. The stars HD203306= SAO126723 and HD203633=SAO126754 have not been assigned numbers. 23. - ERIDANUS G F,Letter Mag Spec RA 2000 Dec HD SAO Gould desig RA 1875 Dec G Mag Notes 1 6.8 B9.5V 1 34 13.1 -57 00 04 9771 232465 L.464 1 29 30 -57 38.5 6.3 2 Alpha 0.50 B3Vp 1 37 42.9 -57 14 12 10144 232481 L.484, J.27 1 33 3 -57 52.3 1.0 * 6.84 F5IV/V 1 38 48.2 -53 26 19 10241 232483 L.489 1 33 58 -54 4.3 6.9 dpl. 7 1/4, 7 1/2 3* p 5.81 K0V 1 39 47.2 -56 11 44 10361 L.495 1 35 3 -56 49.8 5.6 c dpl. 6 1/4, 6 1/4 4* p* 5.96 K0V 1 39 47.7 -56 11 34 10360 232490 * 5 q1 5.52 F8V 1 42 29.4 -53 44 26 10647 232501 L.506 1 37 40 -54 22.1 5.9 6 q2 5.06 A1V 1 46 06.3 -53 31 18 10939 232520 L.523 1 41 20 -54 9.0 5.4 7 Chi 3.70v? G5IV 1 55 57.5 -51 36 32 11937 232573 L.575, J.33 1 51 6 -52 13.9 3.9 r 8 6.8 A5V 1 55 48.3 -55 04 19 11956 232572 L.582 1 51 19 -55 41.1 7.0 9 6.4 B8/B9V 1 56 09.3 -49 50 11 11965 232574 L.578 1 51 20 -50 26.9 6.4 10 6.10 F8V 1 57 00.1 -51 45 58 12042 232581 L.588 1 52 14 -52 23.1 6.2 11 6.6 K0IICN* 2 00 16.9 -55 00 45 12431 232600 L.609 1 55 51 -55 37.1 6.9 12 6.6 F2V 2 04 35.3 -54 52 54 12894 232620 L.630 2 0 12 -55 28.8 6.7 13 6.17 K0V 2 10 25.7 -50 49 28 13445 232658 L.661 2 5 23 -51 26.2 6.4 14 Phi 3.60 B8IV-V 2 16 30.6 -51 30 44 14228 232696 L.693, J.38 2 12 2 -52 5.5 3.5 15 5.92 A5V 2 22 54.6 -51 05 32 14943 232736 L.729 2 18 31 -51 39.8 6.2 16 Kappa 4.20 B5IV 2 26 59.1 -47 42 14 15371 215906 L.753, J.42 2 22 24 -48 15.9* 4.2 17 7.1 K1III 2 28 10.9 -50 18 11 15520 232779 L.765 2 23 47 -50 51.8 7.0 18 s 4.75 A2V 2 39 48.0 -42 53 30 16754 215996 L.827, J.46 2 35 2 -43 25.7 5.0 19 Iota 4.11 K0III 2 40 40.0 -39 51 20 16815 215999 L.831, J.47 2 35 44 -40 23.5 4.2 r 20 6.06 G8IV 2 42 08.5 -46 31 28 17006 216013 L.848 2 37 38 -47 3.3 6.4 21 6.36 B9V 2 43 20.3 -40 31 39 17098 216019 L.852 2 38 29 -41 3.6 6.3 dpl. 6 3/4, 7 22 1 Tau1 4.50 F6V 2 45 06.2 -18 34 21 17206 148584 L1.5130 2 39 16 -19 6.2 4.5 23 7.1 A0 2 45 18.2 -20 24 05 17224 168025 Ll.5146 2 39 35 -20 55.7 7.0 24 6.85 K2III 2 45 16.5 -46 17 14 17325 216036 L.876 2 40 48 -46 48.8 7.0 25 6.8 K0III 2 45 33.0 -42 50 19 17324 216038 L.875 2 40 51 -43 21.8 7.0 * 7.1 F0 2 46 26.1 -21 39 41 17350 168038 Ll.5186 2 40 45 -22 11.4 7.5# 26 6.49 F3IV 2 46 45.2 -21 38 23 17390 168045 Ll.5196 2 41 4 -22 9.9 6.7# 27 6.46 F2 2 47 11.2 -22 29 08 17438 168051 L.873, Ll.5211 2 41 33 -23 0.5 6.5 28 7.2 A0 2 50 21.4 - 4 59 11 17699 130139 Ll.5276 2 44 7 - 5 30.3 6.9 29 6.78 K0III 2 48 59.1 -45 05 22 17715 216059 L.895 2 44 28 -45 36.6 7.0 30 2 Tau2 4.75 K0III 2 51 02.3 -21 00 15 17824 168094 Ll.5321, J.52 2 45 22 -21 31.2 4.9 31 6.36 A0V 2 50 47.9 -39 55 54 17864 216065 L.902 2 45 58 -40 26.9 6.5 32 6.00v? K2V 2 52 32.1 -12 46 10 17925 148647 Ll.5340 2 46 26 -13 16.5 6.1 33 6.32 A7IV 2 52 50.4 - 9 26 28 17943 130160 WB.788 2 46 45 - 9 57.4 6.4 34 6.7 G5 2 53 18.2 -22 05 27 18046 168120 L.908, LL.5383 2 47 41 -22 36.1 6.8 35 5.95 K0III 2 53 35.4 -22 22 35 18071 168121 L.910, Ll.5399 2 47 58 -22 53.1 6.3 36 6.6 A4V 2 52 43.6 -41 23 31 18055 216081 L.912 2 48 0 -41 54.2 6.7 37 6.92 F5 2 54 07.1 -10 26 33 18095 148660 Ll.5387 2 48 4 -10 57.1 6.8 38 7.2 F0 2 54 54.2 -14 01 29 18183 148663 Ll.5421 2 48 59 -14 32.1 6.8 39 3 Eta 3.89v? K1III-IV 2 56 25.7 - 8 53 53 18322 130197 Ll.5451, J.53 2 50 19 - 9 23.8 3.7 40 5.17 A3Vn 2 56 37.4 - 3 42 44 18331 130199 Ll.5449 2 50 22 - 4 12.9 5.1 41 4 5.45 A5V 2 57 23.7 -23 51 43 18454 168183 L.933 2 51 50 -24 21.8 5.7 42 6.7 G5 2 58 12.6 -12 00 22 18511 148690 Ll.5518 2 52 13 -12 30.4 6.6 43 5.23 A2IV 2 58 42.0 - 2 46 57 18543 130215 Ll.5516 2 52 24 - 3 16.8 5.2 44 6 5.84 K2III 2 58 05.7 -23 36 22 18535 168191 L.940 2 52 32 -24 6.6 6.2 45 6.14 A2m 2 58 47.4 - 9 46 35 18557 130216 Ll.5532 2 52 44 -10 16.5 6.2 46 5 5.55v? B9.5V 2 59 41.1 - 2 27 54 18633 130228 Ll.5549 2 53 23 - 2 57.8 5.4 47 6.5 K0 2 59 36.5 - 7 10 48 18634 130227 Ll.5550 2 53 27 - 7 40.7 7.0 48* Theta1* 3.2 A4III 2 58 15.7 -40 18 17 18622 216113 L.950, J.54 2 53 31 -40 48.4 2.6 dpl. 3, 5 1/4 49* Theta2* 4.3 A1V 2 58 16.3 -40 18 16 18623 216114 50 7.4 G5 2 59 55.2 -13 40 59 18690 148706 Ll.5570 2 54 0 -14 10.9 6.9 51 7 6.11v M1III 3 00 51.0 - 2 52 43 18760 130242 Ll.5583* 2 54 33 - 3 22.5 6.9 52 8 Rho1 5.71 K0II 3 01 10.0 - 7 39 47 18784 130243 Ll.5591 2 55 1 - 8 9.3 6.1 53 5.78 G6III: 3 01 56.1 - 9 57 42 18885 148721 Ll.5625 2 55 53 -10 27.3 6.3 54 6.20 G0IV-V 3 02 09.3 - 6 29 41 18894 130251 Ll.5627 2 55 58 - 6 59.0 6.7 55 9 Rho2 5.32 K0II-III 3 02 42.3 - 7 41 07 18953 130254 Ll.5651, J.55 2 56 34 - 8 10.7 5.6 r 56 11 Tau3 4.10 A4IV 3 02 23.5 -23 37 28 18978 168249 L.968, J.56 2 56 53 -24 6.9 4.1 57 10 Rho3 5.30 A8V 3 04 16.4 - 7 36 03 19107 130269 J.57 2 58 8 - 8 5.5 5.3 58 5.82 K2/K3III 3 02 55.9 -46 58 30 19141 216150 L.974 2 58 40 -47 27.9 6.3 59 6.5 K0 3 05 11.2 - 8 16 27 19210 130277 Ll.5722 2 59 4 - 8 45.8 6.9 60 6.6 K3III 3 03 55.1 -43 53 53 19215 216156 L.976 2 59 26 -44 23.2 7.0 61 5.27 M3III 3 06 33.5 - 6 05 19 19349 130284 Ll.5759 3 0 23 - 6 34.4 5.8 62 6.7 G5 3 06 33.3 -10 15 08 19366 148771 Ll.5770 3 0 31 -10 44.2 6.7 63 7.00 G5V 3 07 18.6 -13 45 43 19467 148780 Ll.5799 3 1 24 -14 14.1 6.9 64 6.05 M1III 3 11 18.7 - 3 48 44 19836 130328 Ll.5925 3 5 3 - 4 16.9 6.7 65 6.37 K0IV 3 10 35.4 -23 44 18 19826 168354 L.996, Ll.5935 3 5 5 -24 12.9 6.6 66 6.5 G0 3 11 05.2 -13 15 49 19850 148816 Ll.5931 3 5 10 -13 44.4 6.4 67 6.26 K0 3 11 16.7 -16 01 31 19887 148821 Ll.5941 3 5 29 -16 29.9 6.5 68 6.9 B9 3 12 15.4 -20 37 08 20001 168376 Ll.5979 3 6 38 -21 5.5 6.9 69 7.0 K0III 3 11 57.7 -39 21 56 20035 194149 L.1008 3 7 14 -39 50.2 7.0 70 6.9 K0 3 13 00.0 -20 01 38 20069 168384 Ll.5996 3 7 20 -20 30.0 7.0 71 5.93 F7+A0* 3 12 25.8 -44 25 10 20121 216209 L.1016 3 8 2 -44 53.4 6.2 dpl. 72 7.00 A0 3 15 15.1 -20 01 07 20291 168410 Ll.6067 3 9 37 -20 29.0 6.8 73 13 Zeta 4.80v? A5m 3 15 50.0 - 8 49 11 20320 130387 Ll.6056, J.60 3 9 46 - 9 17.1 4.9 74 6.17v? B9V 3 16 00.8 - 5 55 07 20319 130388 WB.147 3 9 50 - 6 23.0 6.6# 75 6.5 K5 3 16 21.6 - 5 43 48 20356 130391 WB.152 3 10 10 - 6 11.5 6.9# 76 6.9 A2 3 16 27.5 - 4 17 14 20355 130392 Ll.6077 3 10 13 - 4 44.8 7.0 77 14 6.14 F1V 3 16 35.7 - 9 09 16 20395 130395 Ll.6091 3 10 32 - 9 37.1 6.5 78 6.7 K0 3 17 17.4 -23 31 13 20520 168441 L.1041, Ll.6126 3 11 49 -23 58.8 6.8 79 15 4.88 G6III 3 18 22.2 -22 30 40 20610 168452 L.1051 3 12 51 -22 58.2 5.3 80 5.71 F0IV 3 18 41.2 -18 33 34 20631 148897 Ll.6161 3 12 59 -19 0.8 5.8 dpl. 6, 8 1/2 81 16 Tau4 3.66v M3III 3 19 31.0 -21 45 28 20720 168460 Ll.6189, J.61 3 13 57 -22 12.8 3.4 82 e 4.27 G8V 3 19 55.7 -43 04 11 20794 216263 L.1060, J.62 3 14 56 -43 32.9 4.4 83 5.52 G8II 3 21 24.1 -23 38 07 20894 168482 L.1067, Ll.6248 3 15 56 -24 5.1 5.7 84 6.6 A0 3 21 41.9 -20 19 27 20911 168485 Ll.6253 3 16 5 -20 46.5 6.6 85 6.4 G5 3 22 16.5 -21 06 01 20965 168492 Ll.6271 3 16 43 -21 32.8 6.9 86 6.20 G2V 3 23 17.8 - 7 47 39 21019 130457 Ll.6275 3 17 12 - 8 14.0* 6.5 87 6.6 K0 3 23 17.2 -17 26 19 21066 148933 Ll.6292 3 17 34 -17 53.1 6.8 88 6.9 A0 3 24 24.5 -13 59 34 21160 148943 Ll.6312 3 18 33 -14 26.3 6.9 dpl. 10, 7 89 6.32 A1V 3 26 11.7 -41 38 13 21473 216316 L.1107 3 21 43 -42 4.6 6.5 90 7.2 A0 3 27 41.3 -14 21 59 21513 148969 Ll.6415 3 21 51 -14 48.1 6.9 91 5.73 K2III 3 28 01.0 -11 17 10 21530 148972 Ll.6420 3 22 3 -11 43.2 5.9 r 92 6.72 G0IV 3 27 43.8 -43 51 21 21626 216332 L.1117 3 23 26 -44 16.9 6.8 93 5.99 G5 3 29 39.1 - 6 48 18 21665 130520 Ll.6462 3 23 32 - 7 14.0 6.1 94 5.59 A5IV 3 29 36.0 -12 40 29 21688 148985 Ll.6476 3 23 42 -13 6.4 5.8 95 6.9 F5 3 29 35.1 -23 28 33 21737 168582 L.1113, Ll.6499 3 24 7 -23 54.5 6.9 96 6.8 G5 3 30 13.3 -11 38 47 21779 148994 Ll.6492 3 24 16 -12 4.4 5.8 97 17 v 4.74 B9Vs 3 30 37.1 - 5 04 30 21790 130528 Ll.6493, J.63 3 24 25 - 5 30.3 4.7 98 6.8 K0 3 29 49.0 -22 30 19 21760 168587 L.1114, Ll.6503 3 24 20 -22 56.2 7.0 99 5.78 A5V 3 29 55.0 -42 38 03 21882 216347 Stone-Maclear119 3 25 34 -43 3.8 6.1 100 6.12v? F7V 3 30 13.6 -41 22 12 21899 216350 L.1125 3 25 46 -41 47.6 6.4 101 18 Epsilon 3.73 K2V 3 32 55.8 - 9 27 30 22049 130564 Ll.6581, J.64 3 27 3 - 9 52.9 3.6 102* 9.11 M0III 3 33 12.9 -15 32 54 22111 149033 * 3 27 26 -15 58.3 7.0 103 19 Tau5 4.30 B8V+B8V 3 33 47.3 -21 37 58 22203 168634 Ll.6631, J.65 3 28 16 -22 3.2 4.5 104 6.25 A2V 3 34 37.4 - 9 52 07 22243 149047 Ll.6634 3 28 37 -10 17.3 6.3 105 6.6 K0 3 35 57.2 - 5 07 30 22379 130598 Ll.6657 3 29 46 - 5 32.5 6.7 106 5.50 G7III: 3 35 57.7 -11 11 37 22409 149057 Ll.6661 3 30 0 -11 36.8 5.8 107 20 5.23v B9p 3 36 17.4 -17 28 01 22470 149063 Ll.6675 3 30 35 -17 52.9 5.3 108 7.2 G5 3 37 45.3 -15 29 06 22619 149071 Ll.6720 3 31 59 -15 53.7 7.0 109 5.85 G5III: 3 38 29.2 - 7 23 30 22675 130628 Ll.6726 3 32 23 - 7 48.0 6.1 110 y 4.58 K0III 3 37 05.7 -40 16 29 22663 216405 L.1161, J.67 3 32 37 -40 41.1 4.8 111 21 5.96 K1V 3 39 01.1 - 5 37 34 22713 130634 Ll.6742 3 32 50 - 6 1.7* 6.4 112 6.23 G5 3 39 38.2 - 3 23 35 22798 130639 WB.604 3 33 23 - 3 47.9 6.6 113 6.19 G5 3 39 25.4 -10 26 14 22799 149082 Ll.6761 3 33 27 -10 50.5 6.5 114 6.33 G5 3 40 11.4 -15 13 34 22905 149094 Ll.6802 3 34 25 -15 37.9 6.5 115 22 5.53 B9IIIp* 3 40 38.3 - 5 12 39 22920 130652 Ll.6792 3 34 27 - 5 36.9 5.8 116 6.9 G5 3 40 12.3 -19 35 36 22921 149095 Ll.6809 3 34 37 -20 0.0 7.0# * 6.8 G5 3 40 40.4 -19 28 21 22983 149100 Ll.6829 3 35 4 -19 52.7 7.2# 117 6.49 F5II 3 41 13.7 -11 48 11 23010 149107 Ll.6832 3 35 17 -12 12.4 6.7 * 7.85 A0IV 3 39 45.2 -40 21 06 216430 * 3 35 17 -40 45.3 8 # 118 6.8 A3V 3 39 45.4 -40 21 07 22986 216431 L.1181 3 35 18 -40 45.5 6.9# 119 6.59 A3V 3 41 22.4 -19 35 05 23055 149114 Ll.6861 3 35 47 -19 59.2 6.8 * 7.4 K0 3 41 34.4 -14 17 57 23067 149116 Ll.6857 3 35 46 -14 42.0 7.4# 120 7.0 A0 3 41 54.3 -14 21 48 23095 149120 Ll.6868 3 36 5 -14 45.9 6.8# 121 23 Delta 3.51v? K0IV 3 43 14.9 - 9 45 48 23249 130686 Ll.6900, J.68 3 37 16 -10 11.2 3.3 122 5.60 A5m 3 43 33.8 -10 29 08 23281 149132 Ll.6914 3 37 35 -10 52.9 5.9 123 24 5.25 B7V 3 44 30.5 - 1 09 47 23363 130698 T.1272 3 38 10 - 1 33.5 5.4 124 h 4.59 K2IIICN* 3 42 50.1 -37 18 49 23319 194475 L.1198, J.70 3 38 12 -37 42.5 4.8 r 125 25 5.55 K4III* 3 44 56.5 - 0 17 48 23413 130704 Ll.6934 3 38 32 - 0 41.4 5.9 126 6.45 K1III 3 44 06.2 -40 39 37 23508 216459 L.1214 3 39 41 -41 3.1 6.6 127 26 Pi 4.42v M2III 3 46 08.4 -12 06 06 23614 149158 Ll.6998, J.71 3 40 14 -12 29.7 4.7 r 128 27 Tau6 4.20 F3III 3 46 50.9 -23 14 59 23754 168827 L.1220, J.72 3 41 28 -23 37.2 3.9 129 5.91 K3III 3 48 39.0 + 0 13 41 23887 111433 Ll.7051 3 42 14 - 0 9.5 6.4 130 28 Tau7 5.24 A2 3 47 39.6 -23 52 29 23878 168836 L.1226, J.73 3 42 17 -24 15.8 5.5 131 6.7 G5 3 49 19.9 - 1 27 12 23992 130746 WB.810 3 42 58 - 1 50.1 7.0 132 5.81 K5III 3 48 35.8 -20 54 11 23978 168851 Ll.7099 3 43 6 -21 17.2 6.3 133 6.22 B8V 3 47 49.6 -36 06 21 23958 194537 L.1238 3 43 8 -36 29.5 6.7 134 6.5 F2 3 50 16.2 - 1 31 22 24098 130762 Ll.7109 3 43 55 - 1 54.3 6.9 135* f1* 5.4: A1V 3 48 35.4 -37 37 20 24071 194550 L.1244, J.75 3 43 59 -38 0.2 4.3 dpl. 5 1/2, 4 3/4 136* f2* 4.9:v? B9.5V 3 48 35.8 -37 37 14 24072 194551 137 6.8 K5/M0III 3 49 21.7 -36 05 32 24150 194557 L.1247 3 44 40 -36 28.4 7.0 138 g 4.17 G8III 3 49 27.3 -36 12 01 24160 194559 L.1248, J.76 3 44 47 -36 34.8 4.1 r 139 6.7 B9 3 52 08.7 - 1 08 56 24325 130780 Ll.7157 3 45 48 - 1 31.5 6.2 140 7.0 A2 3 52 17.1 - 0 39 21 24336 130784 Ll.7160 3 45 54 - 1 1.9 7.0 141 6.86 B9.5V 3 50 37.6 -36 25 31 24305 194570 L.1254 3 45 58 -36 48.3 7.0 142 6.6 K0 3 51 31.2 -21 16 51 24328 168888 * 3 46 2 -21 39.4 6.7 143 29 7.1 F0 3 52 30.9 - 5 03 15 24371 130785 Ll.7177 3 46 20 - 5 25.9 7.0 144 30 5.48 B8V 3 52 41.6 - 5 21 41 24388 130789 Ll.7183 3 46 31 - 5 44.2 5.7 dpl. 5 3/4, 10 145 6.57 B9 3 53 08.4 - 6 38 01 24446 130796 Ll.7201 3 47 1 - 7 0.4 6.7 146 7.3 F0 3 52 49.7 -22 16 34 24472 168913 Ll.7217 3 47 24 -22 39.1 6.9 147 6.22 gK+F 3 53 12.9 -18 26 03 24497 149229 Ll.7222 3 47 36 -18 48.4 6.3 148 32 w 4.79 G8III 3 54 17.5 - 2 57 17 24555 130806 Ll.7224, J.77 3 48 0 - 3 19.5 4.7 149 33 Tau8 4.60 B6V 3 53 42.6 -24 36 45 24587 168925 L.1270 3 48 24 -24 59.0 4.4 150 6.71 G6V: 3 53 59.4 -23 08 09 24616 168929 L.1271, Ll.7260 3 48 33 -23 29.9 6.8 151 i 5.10 B6/B7V 3 53 39.0 -34 43 57 24626 194608 L.1275, J.78 3 48 53 -35 6.2 5.3 152 6.00v F0p: 3 55 16.3 -12 05 57 24712 149251 Ll.7273 3 49 24 -12 27.9 6.1 153 5.71v? K0+A3* 3 54 23.1 -40 21 25 24744 216546 L.1286 3 50 1 -40 43.5 6.2 154 6.60 F5 3 56 31.7 -10 51 08 24833 149268 Ll.7316 3 50 34 -11 13.1 6.7 155 6.20v F1V 3 56 37.9 - 9 45 02 24832 130833 WB.965 3 50 38 -10 7.0 6.3 156 6.9 Ap* 3 55 15.5 -38 45 34 24825 194625 L.1293 3 50 46 -39 7.5 6.8 157 6.8 A0V 3 56 29.4 -38 57 44 24966 194639 L.1299 3 52 3 -39 19.3 7.0 158 34 Gamma 2.97v M0.5III 3 58 01.8 -13 30 31 25025 149283 Ll.7376, J.80 3 52 12 -13 51.9 2.8 r 159 5.83 G9V 3 58 52.3 - 5 28 12 25069 130860 Ll.7384 3 52 43 - 5 49.3 6.2 160 5.60 K5III 3 59 30.0 -12 34 28 25165 149299 Ll.7422 3 53 38 -12 55.8 6.1 161 36 Tau9 4.66v B6V+B9V* 3 59 55.5 -24 00 59 25267 169017 L.1312, J.81 3 54 36 -24 22.3 4.4 162 35 5.28 B5V 4 01 32.0 - 1 32 59 25340 130878 Ll.7457, J.82 3 55 12 - 1 54.1 5.3 163 5.93 A1V 4 00 40.7 -30 29 26 25371 194689 L.1316 3 55 41 -30 50.6 5.9 164 5.38 F5V 4 02 36.7 - 0 16 08 25457 130893 Ll.7484 3 56 12 - 0 36.5 5.6 165 6.73 G1/G2V 4 02 03.5 -34 28 53 25535 194709 L.1326 3 57 16 -34 49.8 6.7 dpl. 166 6.46 B2.5V 4 03 24.7 -20 08 39 25631 169071 Ll.7579 3 57 54 -20 29.4 6.0# 167 7.01 K2II 4 03 36.8 -20 09 30 25661 169078 Ll.7590 3 58 6 -20 30.1 6.9# 168 6.39 K2 4 04 08.7 -16 35 21 25700 149345 Ll.7601 3 58 27 -16 55.7 6.7 169 5.57 K0III: 4 04 22.6 -12 47 33 25723 149351 Ll.7600 3 58 32 -13 8.2 6.0 170 7.2 A5m 4 03 44.4 -37 04 14 25786 194726 L.1337 3 59 11 -37 24.8 6.9 171 6.13 K0 4 04 41.0 -20 22 54 25803 169095 Ll.7632 3 59 11 -20 43.4 6.1 172 6.25 A3V 4 05 56.6 - 8 51 21 25910 130948 WB.1149 3 59 55 - 9 11.7 6.3 173 6.34 G5 4 05 46.7 -20 30 44 25944 169111 Ll.7666 4 0 18 -20 51.1 6.4 174 5.59 F0IV/V 4 05 37.4 -27 39 06 25945 169110 L.1344 4 0 28 -27 59.8 5.8 175 7.0 F6V 4 05 36.8 -31 03 03 25983 194754 L.1346 4 0 41 -31 23.4 6.9 176 6.7 K5 4 06 37.0 -18 03 04 26024 149377 Ll.7685 4 1 1 -18 23.3 7.0 177 7.04 G0 4 07 00.7 -10 00 00 26040 149379 Ll.7682 4 1 4 -10 19.9 7.0 178 7.0 K0 4 07 15.6 - 9 45 26 26068 130961 Ll.7689 4 1 17 -10 5.6 6.9 179 6.9 A2 4 07 29.4 - 6 00 26 26066 130963 Ll.7687 4 1 21 - 6 20.6 7.0 180 6.7 K3III 4 07 37.3 -37 03 47 26242 194782 L.1366 4 3 5 -37 23.7 6.9 181 5.40 B4V 4 09 17.8 -16 23 09 26326 149412 Ll.7776 4 3 37 -16 42.9 5.5 * 7.20 A2 4 09 20.4 - 7 55 47 26294 130988 Ll.7756 4 3 17 - 8 15.5 7.1# 182 7.08v G5IV 4 09 40.8 - 7 53 32 26337 130994 Ll.7768 4 3 37 - 8 13.7 7.0# 183 37 5.44 G8III 4 10 22.5 - 6 55 26 26409 131001 Ll.7794 4 4 17 - 7 15.1 5.9 r 184 5.70 G9III: 4 10 47.7 - 8 49 11 26464 131005 Ll.7819 4 4 46 - 9 8.8 6.0 r 185 38 Omicron1 4.04v F2II-III 4 11 51.9 - 6 50 15 26574 131019 Ll.7842, J.85 4 5 46 - 7 9.9 4.0 186 6.5 G5 4 11 56.2 - 8 50 14 26584 131020 Ll.7853 4 5 55 - 9 9.7 6.7 187 5.80 A2m 4 11 36.1 -20 21 24 26591 169206 Ll.7874 4 6 7 -20 41.0 5.6 188 6.44 K2III(p) 4 10 45.8 -35 16 26 26575 194810 L.1377 4 6 7 -35 35.9 6.6 189 6.5 K0 4 12 00.1 -17 16 28 26625 149446 Ll.7880 4 6 21 -17 35.6 6.5 190 6.44 B5IV 4 13 38.2 - 1 08 59 26739 131041 Ll.7905 4 7 17 - 1 28.1 7.0 191 6.7 K2 4 12 48.0 -23 49 17 26742 169229 OA.2902 4 7 30 -24 8.5 6.8 192 6.6 F0 4 13 03.3 -23 07 42 26757 169231 L.1381, Ll.7931 4 7 43 -23 26.9 6.6 193 7.1 F3V 4 12 30.6 -36 09 09 26758 194831 * 4 7 55 -36 28.4 7 # * 7.9 F1IV/V* 4 12 33.7 -36 08 33 26773 194832 * 4 7 59 -36 27.8 7 3/4# 194 39 A 4.86 K3III 4 14 23.7 -10 15 23 26846 149478 Ll.7944, J.86 4 8 27 -10 34.0 5.2 dpl. 5 1/4, 10 195 7.3 G5 4 15 00.3 -16 10 55 26940 149487 Ll.7892 4 9 20 -16 29.6 6.9 196 7.0 K3III: 4 13 57.2 -37 01 50 26934 194852 T.1477 4 9 26 -37 20.8 7.0 197 40 Omicron2 4.41v K1V 4 15 16.3 - 7 39 10 26965 131063 Ll.7988, J.87 4 9 31 - 7 50.9* 4.4 198 6.73 B9 4 15 26.9 -16 26 38 26994 149491 Ll.8002 4 9 47 -16 45.5 6.8 * 7.0 G8III 4 14 19.8 -38 15 34 26979 194858 * 4 9 53 -38 34.7 7.1# * 7.1 G8IV 4 15 11.4 -38 17 41 27097 194872 * 4 10 46 -38 36.6 7.1# 199 6.7 A2 4 15 46.3 -23 14 18 27066 169273 Ll.8032 4 10 26 -23 33.1 6.7 200 6.8 A2 4 15 51.6 -22 09 05 27076 169274 Ll.8033 4 10 29 -22 27.7 6.7 201 6.8 A3V 4 15 11.3 -37 11 48 27078 194870 * 4 10 41 -37 30.6 6.8 202 5.94 G8III: 4 17 19.2 - 6 28 19 27179 131092 Ll.8048 4 11 12 - 6 46.9 6.3 203 6.00v? M4III 4 18 15.9 -20 42 56 27362 169317 Ll.8113 4 12 49 -21 1.4 6.4 204 41 X* 3.56 B9V 4 17 53.7 -33 47 54 27376 194902 L.1411, J.89 4 13 10 -34 6.3 3.3 205 6.07 Am 4 18 37.4 -22 58 13 27411 169325 L.1409, Ll.8130 4 13 17 -23 16.6 6.2 206 7.0 A0 4 19 31.0 - 8 07 09 27436 131115 WB.241 4 13 29 - 8 25.4 7.0 207 6.37 A2/A3V 4 19 03.0 -33 54 17 27490 194923 L.1419 4 14 20* -34 12.3 6.7 dpl. 6 3/4, 8 1/2 208 6.80 B9 4 20 09.1 -16 26 14 27528 149554 Ll.8165 4 14 30 -16 44.2 7.0 209 6.27v? G8IV: 4 20 38.7 - 6 14 44 27536 131129 Ll.8154 4 14 30 - 6 32.7 6.7 210 d* 5.85 B5III 4 20 42.8 - 7 35 33 27563 131132 Ll.8159 4 14 39 - 7 53.5 6.0 211 5.86 K2 4 21 27.1 - 0 05 53 27611 131140 Ll.8168 4 15 3 - 0 23.4 6.4 r 212 5.38 A2V 4 20 39.0 -20 38 23 27616 169354 Ll.8205 4 15 12 -20 56.4 5.4 213 6.44 A0 4 21 37.5 - 6 17 05 27660 131143 Ll.8199 4 15 30 - 6 34.9 6.8 214 5.96v? F0IV-V 4 21 31.3 -25 43 42 27710 169368 L.1422 4 16 20 -26 1.4 6 1/4# * 8.6 G0 4 21 33.4 -25 43 08 169369 OA.3022 4 16 22 -26 0.9 7 3/4# 215 42 Xi 5.17 A2V 4 23 40.8 - 3 44 44 27861 131176 Ll.8290 4 17 27 - 4 2.1 5.6 216 5.83v? K5 4 23 05.7 -24 53 32 27881 169391 L.1431, Ll8312 4 17 52 -25 11.0 6.1 r 217 7.0 A3V 4 23 17.9 -32 09 10 27950 194972 L.1436 4 18 30 -32 26.6 6.9 218 6.39 K1III 4 23 07.7 -35 32 42 27941 194971 L.1438 4 18 33 -35 50.2 6.7 219 43 Upsilon3*3.96 K4III 4 24 02.2 -34 01 01 28028 194984 L.1441, J.94 4 19 20 -34 18.5 4.0 r 220 6.52 F3/F5IV 4 24 56.4 -34 45 28 28143 194996 L.1447 4 20 19 -35 2.4 6.7 221 7.1 F8 4 26 53.1 -18 39 21 28264 149639 Ll.8421 4 21 20 -18 56.3 7.0 222 6.11 A2 4 26 57.0 -24 04 53 28312 169455 L.1451 4 21 42 -24 21.8 6.2 223 6.7 F2V 4 26 30.5 -32 48 59 28313 195019 L.1455 4 21 45 -33 6.0 7.0 224 7.1 G5 4 28 07.3 -15 10 49 28386 149661 Ll.8458 4 22 25 -15 27.6 7.0 225 6.7 F5 4 27 55.4 -21 30 14 28396 169475 Ll.8474 4 22 32 -21 46.9 6.9 226 7.0 F3IV 4 27 40.7 -32 24 31 28428 195034 L.1463 4 22 54 -32 41.3 7.0 227 5.96 K1III 4 28 39.0 -19 27 30 28479 149668 Ll.8497 4 23 8 -19 43.9* 6.4 228 5.60v B1Vn 4 29 06.9 -13 02 55 28497 149674 Ll.8495 4 23 19 -13 19.5 5.7 229 6.24 G5 4 30 09.7 -13 35 32 28625 149682 Ll.8528 4 24 24 -13 52.0 6.7 230 7.1 A2 4 30 33.7 -23 01 28 28708 169521 L.1483, Ll.8566 4 25 15 -23 17.8 6.8 231 45 4.91 K3II-III 4 31 52.7 - 0 02 38 28749 131270 Ll.8558 4 25 29 - 0 18.8 5.4 r 232 6.21 A3V 4 31 25.9 -13 38 42 28763 149702 Ll.8575 4 25 39 -13 54.8 6.6 233 5.96 K0II 4 30 40.3 -35 39 12 28776 195085 L.1495 4 26 7 -35 55.5 6.4 234 5.75v B9III 4 32 37.4 - 3 12 33 28843 131279 Ll.8588 4 26 22 - 3 28.6 6.0 235 6.6 K0 4 33 06.3 -12 32 36 28947 149722 Ll.8618 4 27 17 -12 48.5 6.9 236 6.06 K0 4 33 22.0 -10 47 09 28970 149725 Ll.8623 4 27 27 -11 3.1 6.3 237 6.7 K2 4 33 31.7 - 6 59 16 28961 131298 Ll.8621 4 27 27 - 7 15.3 7.0 238 6.7 A0 4 33 38.6 - 8 15 19 28980 131301 * 4 27 37 - 8 31.2 6.8 239 46 5.72v B9pSi 4 33 54.7 - 6 44 20 29009 131309 Ll.8632 4 27 49 - 7 0.1 5.7# 240 6.09 K2III 4 34 14.2 - 6 50 16 29063 131317 Ll.8650 4 28 9 - 7 6.0 6.2# 241 47 5.11v M3III 4 34 11.6 - 8 13 53 29064 131315 T.1601, J.97 4 28 10 - 8 29.7 5.4 r 242 5.26 K4III 4 34 11.7 - 8 58 13 29065 131316 WB.585 4 28 13 - 9 13.7* 5.5 r 243 50 Upsilon1 4.51v? K0III 4 33 30.6 -29 46 00 29085 169570 L.1513 4 28 36 -30 1.2 4.7 var? 244 6.9 F0/F2III 4 34 02.7 -28 26 59 29134 169574 L.1516 4 29 3 -28 42.6 6.9 * 7.70 A7V 4 35 13.1 - 9 44 13 29172 131334 Ll.8681 4 29 15 - 9 59.8 7 3/4# 245 6.37 A1m 4 35 14.0 - 9 44 12 29173 131335 Ll.8683 4 29 16 - 9 59.8 6.8# 246 6.3 G5 4 34 38.0 -24 02 24 29163 169581 L.1517, Ll.8696 4 29 26 -24 18.0 6.7 247 6.13 K3III 4 35 00.5 -19 55 14 29184 169584 Ll.8697 4 29 32 -20 11.1 6.6 248 6.33 B7III 4 36 01.6 - 3 36 43 29227 131344 Ll.8690 4 29 48 - 3 52.2 6.5 249 6.5 F8 4 35 17.8 -24 32 00 29239 169589 L.1522, Ll.8716 4 30 4 -24 47.5 6.9 250 48 Nu 3.93v B2III 4 36 19.1 - 3 21 09 29248 131346 Ll.8699, J.98 4 30 4 - 3 36.6 3.8 251 52 Upsilon2 3.82 G8III 4 35 33.0 -30 33 44 29291 195148 L.1529, J.99 4 30 42 -30 49.2 3.7 252 51 c 5.21 F0V 4 37 36.1 - 2 28 24 29391 131358 Ll.8736 4 31 19 - 2 43.4 5.8 253 6.30 ApSi 4 36 50.9 -30 43 00 29435 195163 L.1533 4 32 0 -30 58.3 6.3 254 53 l 3.85 K2IIIb 4 38 10.8 -14 18 14 29503 149781 Ll.8776, J.101 4 32 27 -14 33.0 4.1 255 5.01 A2IV 4 38 53.6 -12 07 23 29573 149789 Ll.8799 4 33 4 -12 22.3 5.2 256 6.10 K0 4 39 47.2 - 1 03 09 29610 131392 Ll.8801 4 33 26 - 1 17.9 6.6 257 5.46 K1IVa 4 39 19.7 -14 21 33 29613 149797 Ll.8809 4 33 35 -14 36.2 5.6 258 5.58 G6III 4 40 06.8 -24 28 57 29737 169650 L.1544, Ll.8866 4 34 55 -24 43.7 6.0 259 54 4.32v M4III 4 40 26.5 -19 40 18 29755 149818 Ll.8860, J.102 4 34 58 -19 54.7 4.6 r 260 6.6 A2 4 41 41.9 -12 28 30 29851 149831 Ll.8880 4 35 53 -12 43.1 6.8 261 6.8 F0 4 42 22.5 - 0 55 49 29870 131419 Ll.8874 4 36 1 - 1 10.1 7.0 262* 55 6.82v F4IIIpSr 4 43 34.6 - 8 47 37 30020 131442 Ll.8922 4 37 35 - 9 1.8 6.4 dpl. 6.8, 7 1/2 55 6.70 G8III 4 43 35.2 - 8 47 46 30021 131443 263 56 5.90v B2Ve 4 44 05.3 - 8 30 13 30076 131451 Ll.8935 4 38 5 - 8 44.3 5.8 r 264 5.53 A3V 4 44 08.0 -18 39 59 30127 149856 Ll.8951 4 38 37 -18 54.0 5.7 265 6.8 K4III 4 44 15.4 -27 34 40 30182 169712 L.1569 4 39 14 -27 48.6 7.0 266 57 Mu 4.00 B5IV 4 45 30.1 - 3 15 17 30211 131468 Ll.8958, J.105 4 39 15 - 3 29.1 4.0 267 5.72 K2III 4 45 04.1 -21 17 01 30238 169727 Ll.8996 4 39 42 -21 30.8 6.1 268 6.19 A2IV/V 4 46 25.8 -28 05 15 30422 169752 L.1586 4 41 26 -28 18.8* 6.4 269 58 5.50 G2.5V 4 47 36.3 -16 56 04 30495 149888 Ll.9045 4 41 59 -17 10.0 5.7 270 5.77 F8V 4 48 36.3 - 5 40 26 30562 131504 Ll.9051 4 42 25 - 5 53.2 6.3 271 59 5.75 F6V 4 48 32.5 -16 19 46 30606 149901 Ll.9077 4 42 55 -16 33.1 5.8 r 272 6.26 F5V 4 49 42.3 -13 46 10 30743 149916 Ll.9107 4 43 58 -13 58.9 6.5 * 7.8 K2 4 49 14.2 -15 43 06 30691 149910 * 4 43 35 -15 56.3 7 1/4# * 8.4 F2 4 49 33.7 -15 37 08 30730 149913 * 4 43 54 -15 50.2 7 3/4# * 8.8 F5 4 49 38.2 -15 48 32 30744 149915 * 4 44 0 -16 1.5 7 3/4# 273 6.7v K0 4 50 06.8 -15 48 15 30801 149923 * 4 44 28 -16 1.2 7# 274 60 5.03v? K0IIIvar 4 50 11.6 -16 13 02 30814 149924 Ll.9123 4 44 34 -16 26.2 5.0 r 275 7.0 A0 4 51 07.6 -25 18 37 30983 169815 L.1615 4 45 59 -25 31.4 6.9 276 61 Omega 4.40 F4+A6* 4 52 53.7 - 5 27 10 31109 131568 Ll.9189, J.106 4 46 45 - 5 39.8 4.7 277 7.02 A3 4 53 12.1 -20 46 22 31225 169847 Ll.9234 4 47 49 -20 58.8 6.9 r 278 5.70 G9III: 4 55 06.8 -16 44 26 31414 149985 Ll.9279 4 49 31 -16 56.6 5.7 r 279 5.72v? G4III: 4 55 18.6 -16 25 04 31444 149988 Ll.9284 4 49 42 -16 37.2 var. 5.4 - 6.0, r 280 62 b 5.51 B6V 4 56 24.1 - 5 10 17 31512 131614 Ll.9293 4 50 15 - 5 22.3 5.9 281 6.15 B1V 4 57 44.7 -14 13 53 31726 150029 Ll.9354 4 52 1 -14 25.6 6.3 282 63 5.38 G4V 4 59 50.5 -10 15 48 32008 150060 Ll.9429, J.107 4 53 56 -10 26.7 6.0 283 64 S 4.79v F0IV 4 59 55.7 -12 32 15 32045 150064 Ll.9435 4 54 7 -12 43.4 var. 4 3/4 - 5 3/4 284 6.22 K3V 5 00 49.0 - 5 45 12 32147 131688 WB.1189 4 54 37 - 5 54.1 6.7 r 285 65 Psi 4.81 B3V 5 01 26.3 - 7 10 26 32249 131700 Ll.9476, J.108 4 55 23 - 7 21.5 5.3 r 286 6.6 F0 5 02 01.0 - 5 30 03 32306 131711 Ll.9485 4 55 52 - 5 41.0 6.8 287 5.85 K3 5 02 45.5 - 4 12 35 32393 131715 Ll.9508 4 56 33 - 4 23.5 6.6 288 66 5.14v? B9.5V 5 06 45.7 - 4 39 18 32964 131777 Ll.9639 5 0 35 - 4 49.5 5.6 289 7.02v? B8 5 07 26.3 - 8 39 13 33069 131791 Ll.9667 5 1 27 - 8 49.2 6.9 var? 290 67 Beta 2.79v? A3IIIvar 5 07 51.0 - 5 05 11 33111 131794 Ll.9674, J.111 5 1 43 - 5 14.9 2.8 291 5.78 B8V 5 08 20.2 - 8 39 54 33224 131806 By.718, Ll.9706 5 2 21 - 8 49.7 6.5 dpl. 6 1/2, 9 292 68 5.10 F2V 5 08 43.6 - 4 27 22 33256 131813 Ll.9710 5 2 32 - 4 37.2 5.6 293 69 Lambda 4.25v B2IVn 5 09 08.8 - 8 45 15 33328 131824 Ll.9734, J.112 5 3 10 - 8 55.0 4.6 Through oversight Gould labeled 22. - ERIDANUS in the Uranometria Argentina, in which Eridanus is inserted between 22. - Phoenix and 24. - Telescopium. It is clear that Gould intended Eridanus to be constellation number 23, and the misprint 22. - ERIDANUS has been corrected here. Between 2 and 3 the star HD10241=SAO232483 is listed without being assigned a number. 3, 4 The Uranometria Argentina assigns separate numbers to the two components of the double star p Eri but provides only a single designation from an earlier catalog, set of coordinates, and magnitude. 11 Spectrum K0II/IIICNIV 16 Declination corrected from -48 16.9. Preceding 26 the star HD17390=SAO168045 is connected with a bracket to 26 with combined magnitude 6.1 without being assigned a number. 48, 49 The Uranometria Argentina assigns separate numbers to the two components of the double star Theta Eridani but provides only a single letter Theta, set of designations from earlier catalogs, set of coordinates, and magnitude. 51 Designation from earlier catalog corrected from L.5583. 71 Spectrum F7III+A0V 74, 75 These stars are connected with a brace without a combined magnitude. 86 Declination corrected from - 8 13.6. 102 The star HD22111=SAO149033 is very close to the position provided in the Uranometria Argentina, but two magnitudes fainter. Hence this identification should be considered tentative. The Uranometria Argentina does not provide a designation from an earlier catalog. 111 Declination corrected from - 6 1.5. 115 Spectrum B9IIIpSi4200 Following 116 the star HD22983=SAO149100 is connected with a brace to 116 without a combined magnitude or being assigned a number. Preceding 118 the star SAO216430 is connected with a brace to 118 with combined magnitude 6.7 without being assigned a number or provided a designation from an earlier catalog. Preceding 120 the star HD23067=SAO149116 is connected with a brace to 120 without a combined magnitude or being assigned a number. 124 Spectrum K2IIICNII 125 Spectrum K4IIIcomp 135, 136 The Uranometria Argentina lists the two components of f Eri with two numbers but only a single letter, designation from an earlier catalog, set of coordinates, and magnitude. 142 The Uranometria Argentina does not provide a designation from an earlier catalog. 153 Spectrum G8/K1III+A3(V) 156 Spectrum ApCrEu(Sr) 161 Spectrum B6V+B9.5V 166, 167 These stars are connected with a brace without a combined magnitude. Preceding 182 the star HD26294=SAO130988 is connected with a brace to 182 without a combined magnitude or being assigned a number. 193 The Uranometria Argentina does not provide a designation from an earlier catalog. Following 193 the star HD26773=SAO194832 is connected with a brace to 193 with combined magnitude 6.7 without being assigned a number or provided a designation from an earlier catalog. Spectrum F0/F2IV/V. 197 Declination corrrected from - 7 48.5. Between 198 and 199 the stars HD26979=SAO194858 and HD27097=SAO194872 are connected with a brace without a combined magnitude, having numbers assigned to either, or having designations from earlier catalogs. 201 The Uranometria Argentina does not provide a designation from an earlier catalog. 204 Although the letter X appears in the Uranometria Argentina for this star, the letter Upsilon4 appears in many modern catalogs and atlases. 207 Right ascension corrected from 4 14 25. 210 Although this star is unlettered in the Uranometria Argentina, the letter d appears in many modern catalogs and atlases. The Uranometria Argentina shows the letter d for 219G, a designation now universally dropped. Following 214 the star SAO169369 is connected with a brace to 214 with combined magnitude 6.2 without being assigned a number. 219 Although the letter d is shown in the Uranometria Argentina for this star, this designation is now universally dropped and the letter Upsilon3 appears in most modern catalogs and atlases. 227 Declination corrected from -19 42.9. 238 The Uranometria Argentina does not provide a designation from an earlier catalog. 239, 240 These stars are connected with a brace without a combined magnitude. 242 Declination corrected from - 9 13.5. Preceding 245 the star HD29172=SAO31334 is connected with a brace to 245 with combined magnitude 6.4 without being assigned a number. 262 Gould recognized the two stars HD30020=SAO131442 and HD30021=SAO131443 as a double star with the statement dpl. 6.8, 7 1/2, but assigned only a single number, designation from an earlier catalog, set of coordinates, and magnitude. 268 Declination corrected from -28 17.8. Preceding 273 three stars, HD30691=SAO149910, HD30730=SAO149913, and HD30744 =SAO149915, none of which have designations from earlier catalogs, are all connected with a brace to 273, with the combined magnitude of all four stars cum, 6.9, without having numbers assigned to any of them. 273 The Uranometria Argentina does not provide a designation from an earlier catalog. 276 Spectrum F4III+A6III 36. - FORNAX G F,Letter Mag Spec RA 2000 Dec HD SAO Gould desig RA 1875 Dec G Mag Notes 1 6.35 F2V 1 46 01.0 -27 20 57 10863 167279 L.513 1 40 14 -27 58.4 6.4 2 6.32 K0III 1 47 47.8 -37 09 35 11050 193303 L.526 1 42 20 -37 47.0 6.5 3 6.34 K2/K3III 1 49 19.5 -31 04 22 11183 193320 L.532 1 43 40 -31 41.6 6.5 4 6.37 F6V 1 49 48.8 -38 24 14 11262 193326 L.536 1 44 25 -39 2.0 6.4 5 7.21 F5V 1 51 14.7 -30 54 10 11379 193335 L.541 1 45 35 -31 31.5* 7.0 6 6.10 K1II 1 53 23.2 -38 35 41 11643 193368 L.555 1 48 0 -39 12.7 6.3 7 7.0 K0 1 55 04.5 -24 53 22 11785 167392 Ll.3567 1 49 17 -25 30.3 6.9 8 6.6 K0III 1 56 34.7 -32 08 18 11943 193396 L.571 1 51 1 -32 45.0 6.6 9 6.35 K0III 1 58 26.8 -33 04 01 12135 193422 L.587 1 52 56 -33 40.5 6.5 10 6.79 A0V 1 59 19.5 -26 25 55 12206 167461 Ll.3702 1 53 36 -27 2.4 6.6 11 7.04 K2 2 00 42.4 -24 25 17 12369 167481 L.598, Ll.3754 1 54 56 -25 1.5 7.0 12 Pi 5.35 G8III 2 01 14.8 -30 00 06 12438 193455 L.602, Ll.3778 1 55 40 -30 36.1 5.5 13 6.41 A3III 2 02 28.1 -29 39 54 12563 167511 L.608 1 56 52 -30 16.2 6.7 14 6.4 K0 2 02 51.8 -23 53 13 12596 167516 Ll.3813 1 57 5 -24 29.3 6.2 15 Nu 4.69v B9.5p* 2 04 29.4 -29 17 49 12767 167532 L.618, Ll.3864 1 58 53 -29 53.8 4.9 var? 16 7.2 A8/A9IV 2 08 08.7 -27 34 19 13168 167576 L.638, Ll.3976 2 2 30 -28 10.9 7.0 17 7.0 K2III 2 08 56.8 -31 44 44 13278 193534 * 2 3 27 -32 20.3 7.0 18 6.47 F4III 2 09 34.8 -24 20 44 13305 167599 L.644, Ll.4023 2 3 51 -24 56.2 6.4 19 Mu 5.29 A0V 2 12 54.5 -30 43 26 13709 193573 L.666 2 7 24 -31 18.6 5.4 20 7.0 K2/K3III 2 13 30.5 -33 20 08 13794 193583 L.671 2 8 6 -33 55.3 7.0 21 6.70 K0III 2 17 19.9 -35 58 59 14247 193622 L.688 2 12 2 -36 33.8 6.7 22 6.34 G8V 2 18 58.5 -25 56 44 14412 167697 L.695, Ll.4338 2 13 23 -26 32.3 6.5 23 Kappa 5.19 G1V 2 22 32.6 -23 48 59 14802 167736 L.712, Ll.4427 2 16 49 -24 23.1 5.4 24 6.9 K2III 2 23 23.3 -26 59 44 14880 167744 L.718, Ll.4458 2 17 49 -27 33.7 6.8 25 6.53 K2III 2 23 06.5 -37 34 35 14890 193679 L.723 2 17 58 -38 8.6 6.6 26 6.44 K3III 2 24 20.1 -25 50 49 14988 167757 L.726, Ll.4487 2 18 43 -26 24.9 6.6 27 7.0 F5V 2 24 26.2 -37 21 40 15048 193690 L.728 2 19 17 -37 55.6 6.6 * 7.5 F7V 2 27 42.4 -33 53 47 15394 193720 L.745 2 22 25 -34 27.5 8 # 28 Phi 5.14 A2/A3V 2 28 01.7 -33 48 40 15427 193723 L.749 2 22 44 -34 22.3 5.2# 29 6.11 K2IIICN* 2 28 35.5 -31 06 09 15471 193727 L.751 2 23 13 -31 39.7 6.4 30 6.51v A9V:n 2 30 13.8 -25 11 11 15634 167837 L.761, Ll.4685 2 24 36 -25 44.7 6.5 31 6.5 K1III 2 32 11.4 -32 36 21 15875 193757 Y.1128 2 26 52 -33 9.6 6.9 32 6.30 K0III 2 32 14.8 -36 25 39 15889 193759 L.776 2 27 6 -36 58.8 6.4 33 Lambda1 5.90 K0III 2 33 07.0 -34 39 00 15975 193763 L.781 2 27 54 -35 12.0 6.0 34 Omega 4.89 B9V 2 33 50.7 -28 13 57 16046 167882 L.783 2 28 22 -28 46.9 4.9 dpl. 8, 5 35 Iota1 5.75 G9III 2 36 09.3 -30 02 41 16307 193795 L.798 2 30 46 -30 35.4 5.7 36 Lambda2 5.78 G1V 2 36 58.6 -34 34 42 16417 193811 L.805 2 31 47 -35 6.7 5.9 37 Iota2 5.83 F5V 2 38 18.7 -30 11 40 16538 193829 L.811 2 32 55 -30 43.9 5.7 38 6.49 F6V 2 38 24.7 -37 59 26 16589 193834 L.815 2 33 22 -38 31.8 6.4 39 6.52 K0III 2 40 02.5 -30 38 02 16733 193846 L.823 2 34 42 -31 10.2 6.6 40 5.96 G8III 2 42 06.5 -38 23 02 16975 193873 L.841 2 37 8 -38 55.1 6.1 41 7.6 G5III 2 43 45.6 -27 53 59 17082 168005 L.846, Ll.5113 2 38 19 -28 25.9 7.0 42 6.8 G8III 2 43 39.5 -33 02 44 17083 193880 L.851 2 38 27 -33 34.6 6.9 43 6.83 G0 2 44 14.6 -25 29 44 17134 168012 L.850, Ll.5120 2 38 41 -26 1.7 7.0 dpl. 9, 7 44 6.22 A1V 2 44 20.5 -32 31 30 17168 193888 L.855 2 39 6 -33 3.2 6.4 45 7.2 G5V 2 44 13.1 -36 18 27 17169 193887 L.857 2 39 9 -36 50.2 6.8 46 Eta1 6.51 K0.5III 2 47 33.7 -35 33 02 17528 193916 L.879 2 42 29 -36 4.4 6.7 47 6.8 K0III 2 48 30.9 -33 46 59 17610 193924 L.886 2 43 22 -34 18.2 6.8 48 Upsilon* 6.7 F3/F5IV: 2 48 37.9 -37 24 03 17627 193926 L.887 2 43 38 -37 55.5 6.7 dpl. 7, 8 1/2 49 Beta 4.46 G8III 2 49 05.4 -32 24 21 17652 193931 L.888, J.50 2 43 52 -32 56.0 4.5 50 Gamma1 6.14 K1III 2 49 51.0 -24 33 37 17713 168081 L.890, Ll.5298 2 44 19 -25 4.4 6.4 51 Gamma2 5.36 A1V 2 49 54.2 -27 56 30 17729 168082 L.892, Ll.5303 2 44 29 -28 27.7 5.6 52 Eta2 5.91 K0III 2 50 14.8 -35 50 37 17793 193940 L.897 2 45 11 -36 21.7 6.1 53 Eta3 5.47 K5III 2 50 40.4 -35 40 31 17829 193944 L.899 2 45 37 -36 11.4 5.4 54 6.40 F6V 2 51 55.7 -30 48 57 17926 193951 L.903 2 46 39 -31 20.0 6.4 55 Psi 5.92 F5V 2 53 34.3 -38 26 13 18149 193965 L.915 2 48 41 -38 56.9 6.0 56 6.9 K0III 2 54 36.7 -30 53 27 18227 193975 L.918 2 49 22 -31 24.0 6.9 57 7.0 A3mA5-F0 2 54 49.6 -33 31 30 18252 193981 L.923 2 49 42 -34 2.0 6.7 58 6.7 K0 2 55 29.6 -25 18 16 18290 168150 L.922 2 50 0 -25 48.6 6.9 59 7.1 K0III 2 55 50.4 -38 39 04 18377 193987 L.931 2 50 59 -39 9.5 7.0 * 7.35 G5 2 57 14.6 -24 58 08 18455 168181 L.932 2 51 45 -25 28.3 7.0 dpl. 7 3/4, 7 1/2 60 6.5 G8III/IV 2 56 48.4 -35 22 41 18446 193998 L.936 2 51 47 -35 52.9 6.7 61 6.29 A2/3+G* 2 57 13.1 -29 51 19 18466 194002 L.935, Ll.5521 2 51 56 -30 21.5 6.3 62 6.41 A0Vn 2 57 32.6 -38 11 28 18546 194007 L.945 2 52 40 -38 41.6 6.2# * 7.7 K0IIICN* 2 58 33.4 -37 59 31 18636 194015 L.949 2 53 41 -38 29.6 7.3# 63 6.14 K1III 2 59 06.6 -28 54 25 18650 168202 L.946 2 53 47 -29 24.3 6.3 64 6.7 K5/M0III 2 59 01.3 -34 11 21 18660 194018 L.951 2 53 57 -34 41.3 6.8 65 Zeta 5.71 F2V 2 59 36.1 -25 16 27 18692 168209 L.947 2 54 6 -25 46.6 5.9 66 6.32 A0V 2 59 38.2 -32 30 27 18735 194023 L.953 2 54 29 -33 0.4 6.2 67 7.2 F6V 3 01 04.4 -33 06 34 18864 194035 L.964 2 55 56 -33 36.3 6.9 68 Epsilon 5.85 G8/K0V 3 01 37.6 -28 05 29 18907 168238 L.963 2 56 14 -28 34.2 6.0 69 6.19 A3V 3 07 50.9 -27 49 52 19545 168321 L.984, Ll.5854 3 2 30 -28 18.6 6.2 70 7.1 G3V 3 08 42.5 -35 25 58 19659 194109 L.993 3 3 46 -35 54.4 7.0 71 7.0 A4III/IV 3 10 42.6 -39 03 06 19904 194134 L.999 3 5 59 -39 31.5 7.0# * 7.1 F7V 3 11 52.5 -39 01 23 20029 194148 L.1005 3 7 8 -39 29.6 7.2# 72 Alpha 3.85 F8V 3 12 04.3 -28 59 14 20010 168373 By.454, J.59 3 6 45 -29 28.9 3.6 73 7.0 K1IIICN* 3 12 30.9 -32 23 48 20071 194153 L.1004 3 7 25 -32 52.1 7.0 74 7.1 A2/A3V 3 13 21.9 -27 34 24 20142 168390 L.1010 3 8 3 -28 2.6 6.8 75 6.27 B9IV/V 3 13 01.5 -35 56 38 20144 194163 L.1014 3 8 8 -36 24.7 6.1 76 6.16 K1IIICN* 3 13 38.0 -29 48 15 20176 168397 L.1015 3 8 25 -30 16.3 6.4 77 6.9 A2/A3IV* 3 13 50.2 -38 48 34 20232 194172 B.508 3 9 7 -39 16.5 6.8 78 6.25 A1V 3 15 00.2 -26 06 01 20293 168406 L.1021 3 9 38 -26 33.9 6.3 79 6.86v G2V 3 14 40.1 -35 33 28 20301 194176 L.1020 3 9 45 -36 1.4 6.7 80 6.64 B9V 3 16 11.3 -30 49 39 20423 194197 L.1034 3 11 2 -31 17.4 6.4 81 7.0 A3V 3 16 32.6 -35 41 27 20484 194202 L.1045 3 11 39 -36 9.1 6.7 82 5.93 F3V+A8/9 3 18 02.8 -28 47 49 20606 168449 L.1052 3 12 47 -29 15.3 5.9 83 5.61v? M2III 3 19 34.8 -24 07 23 20729 168462 L.1055 3 14 8 -24 34.6 5.9 r 84 7.0 F2IV/V 3 19 17.7 -35 00 15 20749 194229 L.1059 3 14 23 -35 27.5 6.9 85 6.8 F2V 3 20 44.6 -26 17 16 20852 168474 L.1063 3 15 23 -26 44.7 7.0# 86 6.39 F7V 3 20 45.2 -26 36 23 20853 168475 L.1064 3 15 25 -27 3.7 6.5# 87 6.35 A0V 3 22 16.4 -25 35 16 20980 168493 L.1071 3 16 54 -26 2.1 6.5 88 6.50 K3III 3 23 44.6 -32 42 26 21149 194268 L.1081 3 18 44 -33 9.1 6.7 89 Chi1 6.40v? A1IV 3 25 55.8 -35 55 15 21423 194289 L.1101 3 21 6 -36 21.6 6.2 90 5.93 K0III 3 26 22.5 -27 19 03 21430 168544 L.1096 3 21 6 -27 45.5 6.1 91 Chi2 5.71 K2III 3 27 33.4 -35 40 54 21574 194312 L.1108 3 22 43 -36 7.0 5.6 92 Chi3 6.50 A1V 3 28 11.5 -35 51 12 21635 194318 L.1111 3 23 22 -36 17.2 6.6 dpl. 6 1/2, 10 93 7.3 A1mA3-A8 3 29 58.0 -35 44 54 21852 194339 * 3 25 9 -36 10.7 7.0 94 6.39 A3V 3 31 53.9 -25 36 51 21997 168612 L.1124 3 26 33 -26 2.4 6.3 95 7.3 A2 3 32 26.3 -24 36 59 22052 168617 L.1128, Ll.6589 3 27 3 -25 2.5 6.9 96 6.20 F5V 3 33 56.8 -31 04 49 22262 194375 L.1135 3 28 54 -31 30.2 6.4 97 6.5 G5 3 34 52.4 -25 34 56 22333 168648 L.1137 3 29 32 -26 0.1 6.5 98 6.40 F3III 3 34 33.5 -31 52 29 22322 194379 L.1138 3 29 33 -32 17.6 6.7 99 7.0 F3V 3 34 30.2 -34 50 00 22347 194380 L.1141 3 29 39 -35 15.0 6.8 100 6.9 F3V 3 36 51.4 -33 46 49 22594 194399 L.1153 3 31 58 -34 11.6 6.8 101 Tau 6.01 A0V 3 38 47.7 -27 56 35 22789 168701 L.1163 3 33 36 -28 21.2 5.8 102 6.7 F5 3 41 59.2 -24 39 08 23148 168751 L.1186, Ll.6885 3 36 37 -25 3.1 6.7 103 Delta 5.00 B5III 3 42 14.9 -31 56 18 23227 194467 L.1191, J.69 3 37 17 -32 20.3 4.9 104 6.9 F0IV/V 3 45 33.1 -25 54 55 23616 168809 L.1213, Ll.7005 3 40 17 -26 18.4 6.7 105 Sigma 5.90 A2V 3 46 27.4 -29 20 17 23738 168820 L.1224 3 41 22 -29 43.7 5.7 106 6.55 F5V 3 47 20.1 -29 54 07 23856 194531 L.1228 3 42 15 -30 17.2 6.9 107 6.9 K1III 3 47 22.3 -29 28 03 23869 168835 L.1229 3 42 17 -29 51.3 7.0 108 6.8 A3V 3 47 59.1 -26 19 43 23920 168841 L.1231, Ll.7092 3 42 44 -26 42.8 6.8 109 Rho 5.54v? G6III 3 47 56.1 -30 10 06 23940 194535 L.1234 3 42 53 -30 32.6 5.6 c, var? 110 6.9 F3V 3 49 00.1 -26 01 57 24070 168858 L.1239, Ll.7127 3 43 45 -26 24.9 7.0 5 Declination corrected from -31 30.5. 15 Spectrum B9.5p(Si) 17 The Uranometria Argentina does not provide a designation from an earlier catalog. Preceding 28 the star HD15394=SAO193720 is connected with a brace to 28 with combined magnitude 5.1 without being assigned a number. 29 Spectrum K2IIICNII 48 The letter Upsilon was assigned by Lacaille. It was removed by Gould because he considered this star fainter than magnitude 6, and does not appear in the Uranometria Argentina. However it does appear in some modern atlases and catalogs. Between 59 and 60 the star HD18455=SAO168181 is not assigned a number. 61 Spectrum A2/3(V)+(G) Following 62 the star HD18636=SAO194015 is connected with a brace to 62 without a combined magnitude or being assigned a number. Spectrum K0/K1IIICNpvar Following 71 the star HD20029=SAO194148 is connected with a brace to 71 without a combined magnitude or being assigned a number. 73 Spectrum K1IICNIV/V 76 Spectrum K1IICNIII 77 Spectrum A2/A3III/IV 85, 86 These stars are connected with a brace without a combined magnitude. 93 The Uranometria Argentina does not provide a designation from an earlier catalog. 25. - GRUS G F,Letter Mag Spec RA 2000 Dec HD SAO Gould desig RA 1875 Dec G Mag Notes 1 7.7 F3V 21 30 57.6 -36 32 47 204635 213058 L.8829 21 23 16 -37 5.7 6.9 2 Xi 5.29 K0III 21 32 05.8 -41 10 46 204783 230726 L.8833 21 24 11 -41 43.7 5.7 3 5.57 K0III 21 33 23.5 -44 50 55 204960 230737 L.8838 21 25 17 -45 24.0 6.0 4 7.0 K1III 21 34 01.4 -46 36 38 205048 230739 L.8840 21 25 48 -47 9.7 7.0 5 6.32 K1IIICN* 21 34 17.0 -42 55 30 205096 230741 L.8844 21 26 18 -43 28.6 6.5 6 6.8 K2II/III 21 34 39.8 -36 38 49 205186 213103 L.8846 21 27 0 -37 12.0 6.9 7 7.2 F5V 21 37 43.3 -45 35 07 205591 230762 L.8852 21 29 37 -46 8.4 7.0 8 6.8 A9IV/V 21 39 42.4 -42 26 44 205913 230776 L.8865 21 31 47 -43 0.5 6.6 9 6.8 K1III 21 39 51.9 -43 07 55 205933 230778 L.8866 21 31 55 -43 41.7 6.7 10 6.66 G0IV 21 43 02.1 -43 29 46 206395 230807 L.8886 21 35 3 -44 3.7 6.6 11 6.30 K1IIICN* 21 44 29.5 -38 33 09 206642 213248 L.8896 21 36 47 -39 7.1 6.5# 12 7.5 A2/A3V 21 44 57.5 -38 26 28 206709 213255 L.8900 21 37 17 -39 0.7 7.3# c 13 5.58 G2V 21 48 15.8 -47 18 13 207129 230846 L.8912 21 40 8 -47 52.2 5.8 14 6.9 F0V 21 48 34.6 -47 46 32 207193 230848 L.8914 21 40 27 -48 21.2 6.9 15 7.1 K2III 21 49 45.4 -46 36 40 207376 230854 L.8921 21 41 42 -47 11.4 7.0 16 6.6 K0III 21 50 02.0 -47 43 30 207400 230858 L.8922 21 41 55 -48 18.3 6.6 17 7.0 K0III 21 53 14.7 -36 53 49 207895 213364 L.8948 21 45 42 -37 28.9 7.0 18 Gamma 3.01 B8III 21 53 55.7 -37 21 54 207971 213374 L.8951, J.544 21 46 21 -37 57.1 3.0 19 6.52 F3V 21 55 55.4 -46 55 39 208215 230903 L.8957 21 47 57 -47 30.9 6.7 20 5.46 A3V 21 56 22.8 -37 15 13 208321 213414 L.8964 21 48 51 -37 50.7 5.8 * 7.1 K2 21 57 02.5 -37 39 33 208434 213428 B.7102 21 49 29 -38 15.1 7 1/2# 21 6.20v F2/F3V 21 57 02.2 -37 44 49 208435 213427 L.8966, B.7103 21 49 29 -38 20.3 6 3/4# * 7.4 G2V: 21 57 19.9 -37 45 52 208487 213432 B.7104 21 49 46 -38 21.1 7 3/4# 22 6.55 G8IV 21 58 34.8 -44 03 48 208627 230921 L.8971 21 50 46 -44 39.3 6.7 23 6.76 K5III 21 58 29.7 -41 43 16 208625 230920 L.8972 21 50 48 -42 18.9 7.0 24 5.50 K1II/III 21 59 17.8 -38 23 43 208737 213452 L.8976 21 51 44 -38 59.4 5.8 25 6.6 K2III 22 00 59.1 -36 33 22 208992 213472 L.8987 21 53 31 -37 9.2 6.9 26 6.93 K0III 22 06 04.3 -43 57 58 209661 230977 L.9015 21 58 19 -44 34.3 6.9 27 Lambda 4.46 M0III 22 06 06.9 -39 32 36 209688 213543 L.9017, J.548 21 58 35 -40 8.7 4.7 28 Alpha 1.70 B7IV 22 08 14.0 -46 57 40 209952 230992 L.9021, J.552 22 0 21 -47 33.9 1.9 29 6.43 K3III 22 09 57.9 -48 06 26 210204 231005 L.9032 22 2 3 -48 43.0 6.5 30 6.60 G8IV 22 11 27.3 -43 50 34 210441 231019 L.9043 22 3 46 -44 27.4 6.8 31 6.6 K0III 22 12 30.0 -40 12 10 210622 231028 L.9052 22 4 59 -40 49.0 6.9 32 6.26 G5V 22 14 38.6 -41 22 54 210918 231045 L.9061, J.553 22 7 0 -41 58.4 6.8 33 7.1 K0III 22 15 30.5 -43 38 06 211052 231052 L.9066 22 7 52 -44 15.2 6.9 34 6.10 G8/K0III 22 15 35.1 -44 27 07 211053 231053 L.9068 22 7 56 -45 4.3 6.4 35 Mu1 4.79 G8III+G 22 15 37.0 -41 20 48 211088 231055 L.9069, J.554 22 8 5 -41 58.1 5.0 36 Mu2 5.10 G8III 22 16 26.6 -41 37 39 211202 231063 L.9075 22 8 55 -42 14.9 5.4 37 5.33 G1V 22 18 15.6 -53 37 40 211415 247400 L.9076 22 10 3 -54 13.7 5.7 38 Pi1 6.62v S5,7: 22 22 43.9 -45 56 52 212087 231105 L.9107 22 15 5 -46 34.6 6.7# rr 39 Pi2 5.62 F3III-IV 22 23 08.0 -45 55 42 212132 231111 L.9108 22 15 27 -46 33.4 5.9# * 6.92 A1V 22 23 24.6 -46 40 08 212180 231116 L.9110 22 15 45 -47 17.9 7.0 dpl. 8 1/4, 7 1/4 * 7.4 K1II/III 22 24 22.4 -48 51 38 212308 231120 * 22 16 37 -49 29.4 7.1# * 7.7 K2/K3III 22 24 27.8 -48 48 58 212328 231121 * 22 16 42 -49 26.8 7.4# 40 6.7 F5V 22 24 39.1 -41 26 25 212386 231123 L.9118 22 17 11 -42 4.3 6.7 * 7.5 M0III 22 28 13.4 -39 05 21 212895 213843 B.7169 22 20 54 -39 43.6 7 1/4# 41 Nu 5.47 G8III 22 28 39.2 -39 07 55 212953 213850 L.9136, B.7171 22 21 19 -39 45.8 5 3/4# r 42 Delta1 3.97 G6/G8III 22 29 16.2 -43 29 44 213009 231154 L.9138, J.560 22 21 48 -44 8.0 4.2 43 Delta2 4.11v M4.5IIIa 22 29 45.5 -43 44 58 213080 231161 L.9140, J.561 22 22 17 -44 23.2 4.4 44 6.92 B9V 22 30 15.6 -42 17 27 213155 231168 L.9145 22 22 50 -42 55.8 6.9 45 6.80 G4IV 22 31 00.3 -49 26 00 213240 231175 L.9147 22 23 20 -50 3.9 6.8 46 6.79 K0III-IV 22 33 54.5 -44 41 24 213658 231192 L.9166 22 26 27 -45 19.9 6.9 47 6.7 K0III 22 35 33.1 -51 36 14 213882 247502 L.9173 22 27 49 -52 14.9 6.8 48 6.7 M3III 22 36 38.8 -48 18 22 214066 231213 L.9178 22 29 4 -48 57.1 6.9 49 6.76 F6V 22 36 42.6 -43 28 16 214094 231214 L.9179 22 29 16 -44 7.0 7.0 50 Sigma1* 6.28 A3Vn 22 36 29.3 -40 34 58 214085 231211 L.9181 22 29 11 -41 13.6 6.4# 51 Sigma2* 5.86 A1V 22 36 58.8 -40 35 28 214150 231217 L.9183 22 29 41 -41 14.1 6.0# 52 6.7 F7V 22 37 47.6 -39 51 25 214291 231223 L.9188 22 30 32 -40 30.3 6.6 53 6.65v F1III 22 39 08.5 -52 41 32 214441 247531 L.9189 22 31 24 -53 20.4 6.7 54 7.0 K0III 22 38 56.6 -39 09 19 214466 213983 L.9194 22 31 43 -39 48.2 6.9 55 6.7 K3III 22 38 55.7 -38 28 39 214465 213982 L.9196 22 31 43 -39 7.5 6.7 56 6.02v? G1Vvar 22 42 36.9 -47 12 38 214953 231257 L.9210 22 35 10 -47 51.1 6.5 dpl. 6 1/2, 10 57 Beta 2.10v M5III 22 42 40.1 -46 53 05 214952 231258 L.9211, J.569 22 35 12 -47 32.2 2.2 r 58 6.07v? K1IV 22 42 43.1 -44 14 53 214987 231260 L.9215 22 35 22 -44 54.1 6.4 59 Rho 4.85 K0III 22 43 30.1 -41 24 52 215104 231265 L.9218 22 36 15 -42 3.9 5.2 60 7.1 K0III 22 44 49.0 -40 46 04 215317 231272 L.9224 22 37 36 -41 25.3 7.0 r 61 Eta 4.85 K2IIICN* 22 45 37.9 -53 30 00 215369 247570 L.9223, J.570 22 37 57 -54 9.4 5.1 62 5.51 K3III 22 45 40.7 -46 32 51 215405 231278 L.9229 22 38 18 -47 12.2 5.9 63 6.6 K2/K3III 22 46 04.4 -55 03 49 215424 247572 L.9226 22 38 21 -55 43.2 6.5 64 6.64 F9V 22 46 08.0 -48 58 44 215456 231285 L.9231 22 38 37 -49 38.0 6.7 65 6.48 K1III 22 46 28.3 -49 41 09 215504 231287 L.9233 22 38 57 -50 20.0 6.5 66 6.56 A9IIIm: 22 46 43.7 -46 56 22 215545 231290 L.9237 22 39 19 -47 35.8 6.9 dpl. 7, 9 67 6.71 F6V 22 47 47.1 -38 13 19 215724 214087 L.9251 22 40 40 -38 52.7 6.8 68 Epsilon 3.49 A3V 22 48 33.3 -51 19 01 215789 247593 L.9249, J.571 22 41 0 -51 58.4 3.5 * 7.00v M3III 22 50 00.6 -55 14 05 215985 247605 L.9257 22 42 19 -55 53.6 7.1# * 8.0 A0 22 50 34.0 -55 13 09 216056 247614 L.9264 22 42 53 -55 52.8 7.8# 69 5.42 M0III 22 51 02.2 -39 09 25 216149 214134 L.9275 22 43 55 -39 49.1 5.8 r 70 Tau1 6.03 G3IV 22 53 37.9 -48 35 53 216435 231343 L.9289 22 46 13 -49 15.5 6.3 71 Tau2 6.67 F7V: 22 55 16.1 -48 29 30 216656 231353 L.9295, B.7221 22 47 58 -49 9.5 6 3/4# 72 7.03 G5 22 55 16.1 -48 27 56 216655 231354 B.7220 22 47 59 -49 8.0 7 # 73 6.40 K2III 22 55 14.9 -36 23 19 216666 214182 L.9298 22 48 14 -37 3.2 6.6 74 6.8 K1III 22 55 54.2 -41 05 50 216742 231360 L.9300 22 48 47 -41 45.8 6.8 75 Tau3 5.70 Am: 22 56 47.8 -47 58 09 216823 231364 L.9305 22 49 30 -48 38.2 6.1 76 7.0 K0III 23 00 24.0 -41 09 05 217307 231387 L.9326 22 53 20 -41 49.2 6.9 77 4.12 G8III 23 00 52.8 -52 45 15 217364 247680 L.9322, J.576 22 53 29 -53 25.4 4.0 78 5.68 K3III 23 01 07.5 -50 57 01 217403 247683 L.9328 22 53 46 -51 37.2 5.9 79 6.47 G9+G1* 23 02 34.0 -36 25 15 217642 214261 L.9343 22 55 37 -37 5.5 6.6 80 6.6 B9V 23 02 56.7 -47 50 53 217670 231409 L.9341 22 55 43 -48 31.2 6.7 81 6.7 M1III 23 03 42.6 -40 48 58 217807 231415 L.9351 22 56 40 -41 29.4 6.9 82 5.79 K0III 23 03 59.5 -41 28 42 217842 231419 L.9354 22 56 57 -42 9.2 6.0 r 83 Kappa 5.37 K5III 23 04 39.6 -53 57 55 217902 247711 L.9353 22 57 17 -54 38.1 5.6 84 Theta 4.30 D Del* 23 06 52.8 -43 31 14 218227 231444 L.9366, J.577 22 59 50 -44 11.7 4.2 85 Upsilon 5.61 A0V 23 06 53.6 -38 53 32 218242 214313 L.9369 22 59 56 -39 34.0 5.7 86 6.33 K4III 23 07 09.5 -49 36 24 218255 231445 L.9365 22 59 57 -50 16.9 6.5 87 6.24 F6/F7IV* 23 07 14.7 -50 41 11 218269 247739 L.9367 23 0 0 -51 21.7 5.9 dpl. 7 1/4, 6 1/4 88 5.81 F4IV 23 09 57.3 -42 51 38 218630 231464 L.9381 23 3 1 -43 32.2 6.1 89 5.83v? M4III 23 10 09.8 -40 35 30 218655 231465 L.9384 23 3 12 -41 16.0 6.2 90 Iota 3.90 K0III 23 10 21.6 -45 14 48 218670 231468 L.9382, J.580 23 3 17 -45 55.4 3.9 91 6.80 G8/K0III 23 13 15.0 -49 37 08 219023 231493 L.9397 23 6 8 -50 17.8 6.8 92 5.77 K2III 23 14 58.6 -41 06 20 219263 231512 L.9407 23 8 2 -41 46.9 6.1 93 7.1 F3/F5IV 23 16 25.2 -55 31 37 219458 247809 L.9410 23 9 10 -56 12.5 6.9 94 5.92 K1III 23 16 39.7 -44 29 21 219507 231532 L.9419 23 9 42 -45 10.2 6.2 95 6.47 K0III 23 16 49.8 -41 11 40 219531 231533 L.9424 23 9 56 -41 52.6 6.7 96 7.2 F3IV/V 23 18 00.6 -48 06 50 219665 231538 L.9430 23 10 59 -48 47.7 6.9 97 Phi 5.53 F5V 23 18 09.9 -40 49 28 219693 231539 L.9432 23 11 15 -41 30.1 5.8 98 6.59 B9V 23 18 46.0 -47 26 06 219761 231542 L.9433 23 11 46 -48 7.1 6.6 99 7.1 A3V(m) 23 19 25.8 -39 09 30 219860 214451 L.9440 23 12 35 -39 50.4 6.9 100 6.7 K1III 23 19 59.7 -47 32 24 219914 231553 L.9442 23 13 0 -48 13.4 7.0 * 8.9 A3 23 20 49.0 -50 18 39 247837 * 23 13 47 -50 59.5 7.4# 101 6.05 D Del* 23 20 49.9 -50 18 24 220003 247838 L.9446 23 13 48 -50 59.3 6.2# 102 6.6 K2III 23 23 22.1 -55 33 11 220330 247851 L.9452 23 16 15 -56 14.3 6.9 103 7.1 F0V 23 23 18.4 -41 36 04 220353 231583 L.9454 23 16 28 -42 17.2 6.8 * 7.12 A3III 23 23 52.5 -53 48 54 220391 247853 B.7280 23 16 48 -54 29.9 7 1/4# 104 6.15 A4III 23 23 54.3 -53 48 30 220392 247854 L.9455, B.7281 23 16 49 -54 29.6 6 # 105 6.10 K3III 23 23 45.4 -43 07 28 220401 231587 L.9456 23 16 54 -43 48.6 6.4 106 5.75 M0III 23 24 13.1 -51 53 28 220440 247858 L.9457 23 17 12 -52 34.5 5.9 107 Omicron 5.52 F4V 23 26 36.6 -52 43 18 220729 247874 L.9470 23 19 36 -53 24.8 5.7 5 Spectrum K1IIICNII 11 Spectrum K1IIICNIV/V 11, 12 These stars are connected with a brace without a combined magnitude. Preceding 21 the star HD208434=SAO213428 and following 21 the star HD208487= SAO213432 are both connected with a brace to 21 with combined magnitude of all three stars 6.5 without having numbers assigned to either. 38, 39 These stars are connected with a brace without a combined magnitude. Following 39 the star HD212180=SAO231116 has not been assigned a number. Preceding 40 the stars HD212308=SAO231120 and HD212328=SAO231121 are connected with a brace with combined magnitude 7.0. For both of these stars Gould does not provide designations from earlier catalogs. Preceding 41 the star HD212895=SAO213843 is connected with a brace to 41 with combined magnitude 5.6. 50 The designation Sigma1 was assigned by Lacaille. Gould removed it because he considered this star to be fainter than magnitude 6, and it does not appear in the Uranometria Argentina. However it does appear in many modern star atlases and catalogs. 50, 51 These stars are connected with a brace without a combined magnitude. 51 The designation Sigma2 was assigned by Lacaille. Gould removed it because he considered this star to be fainter than magnitude 6, and it does not appear in the Uranometria Argentina. However it does appear in many modern star atlases and catalogs. 61 Spectrum K2IIICNIV Between 68 and 69 the stars HD215985=SAO247605 and HD216056=SAO247614 are connected with a brace with combined magnitude 6.9 without having numbers assigned to either. 71, 72 These stars are connected with a brace with combined magnitude 6.5. 79 Spectrum G9IIIab+G1IV 84 Spectrum Delta Del 87 Spectrum F6/F7IV/V Preceding 101 the star SAO247837 is connected with a brace to 101 with combined magnitude 5.9 without being assigned a number or provided a designation from an earlier catalog. 101 Spectrum Fm Delta Del Preceding 104 the star HD220391=SAO247853 is connected with a brace to 104 with combined magnitude 5.7 without being assigned a number. 64. - HERCULES G F,Letter Mag Spec RA 2000 Dec HD SAO Gould desig RA 1875 Dec G Mag Notes 1 9 5.48 K5III 16 13 15.5 + 5 01 16 145892 121431 Ll.29558 16 7 5 + 5 20.5 6.0 2 6.31 K2III 16 14 13.4 + 5 54 08 146084 121443 Ll.29598 16 8 5 + 6 13.3 6.7 3 12* 6.8 K0 16 14 42.3 + 7 51 30 146169 121451 Ll.29624 16 8 39 + 8 10.5 6.9 4 21 o 5.85 A2p(Sr) 16 24 10.8 + 6 56 53 147869 121568 Ll.29867 16 18 6 + 7 14.3 6.2 5 6.8 K2 16 25 40.7 + 9 22 15 148148 121588 Ll.29908 16 19 42 + 9 39.5 7.0 6 6.7 K0 16 26 41.2 + 9 16 24 148297 121602 Ll.29942 16 20 42 + 9 33.5 7.0 7 6.98 G5 16 31 30.6 + 8 17 40 148979 121665 Ll.30073 16 25 28 + 8 33.6 7.0 8 6.7 F2 16 31 56.4 + 9 24 53 149059 121671 Ll.30085 16 25 58 + 9 41.1 6.8 9 28 n 5.64 B9.5III 16 32 35.7 + 5 31 16 149121 121676 Ll.30097 16 26 27 + 5 47.4 6.0 10 6.8 K0 16 34 27.8 + 8 40 25 149433 121703 Ll.30158 16 28 28 + 8 56.1 6.9 11 6.6 K0 16 37 33.8 + 5 16 39 149908 121738 Ll.30243 16 31 24 + 5 31.9 6.8 * 36 6.93 A3IV 16 40 35.2 + 4 12 16 150379 121774 Ll.30335 16 34 23 + 4 27.2 7.5# 12 37 m 5.77 A1V 16 40 38.7 + 4 13 11 150378 121776 Ll.30339 16 34 27 + 4 27.9 6.0# 13 38* 6.98 A0 16 41 30.2 + 4 52 18 150525 121788 Ll.30374 16 35 20 + 5 6.8 7.0 14 41 6.58 G5 16 44 59.9 + 6 05 17 151090 121831 Ll.30480 16 38 55 + 6 20.0 6.8 15 43 i 5.15v? K5III 16 45 49.9 + 8 34 57 151217 121843 Ll.30512 16 39 50 + 8 48.7 5.9 16 45 l 5.24v B9p(Cr) 16 47 46.4 + 5 14 49 151525 121865 Ll.30559 16 41 37 + 5 28.4 5.7 17 47 k 5.49v? A3m 16 50 19.4 + 7 14 52 151956 121895 Ll.30637 16 44 15 + 7 27.9 5.8 3 The Flamsteed number 12 is not shown in the Uranometria Argentina; however it is shown in many modern atlases and catalogs. Preceding 12 the star 36 Herculis is connected with a brace to 12 with combined magnitude 5.9 without being assigned a number. 13 The Flamsteed number 38 is not shown in the Uranometria Argentina; however it is shown in many modern atlases and catalogs. 16. - HOROLOGIUM G F,Letter Mag Spec RA 2000 Dec HD SAO Gould desig RA 1875 Dec G Mag Notes 1 5.81 K5III 2 19 54.3 -55 56 41 14641 232717 L.717 2 15 51 -56 31.2 6.1 r 2* 7.8 A3V 2 23 23.9 -56 48 48 15051 232745 L.739 2 19 29 -57 22.9 6.9 3 Lambda 5.35 F2III 2 24 53.9 -60 18 43 15233 248555 L.752 2 21 24 -60 52.3 5.8 4 TZ* 6.41v M5III 2 25 26.4 -66 29 41 15379 248556 L.769 2 22 52 -67 3.4 6.9 5 6.37 A0V 2 28 04.1 -64 17 59 15646 248567 L.779 2 25 10 -64 51.5 6.4 6 TV* 6.70v M4/M5III 2 30 15.6 -57 48 34 15793 232795 L.782 2 26 33 -58 21.9 6.7 7 6.25 F6V 2 33 54.6 -51 05 37 16170 232818 L.799 2 29 39 -51 38.5 6.5 8 6.79 B9V 2 33 33.7 -62 35 13 16226 248595 L.812 2 30 30 -63 8.1 6.9 9 6.8 F5V 2 33 51.4 -60 58 59 16241 248598 L.810 2 30 33 -61 31.9 6.9 10 7.0 G8III 2 35 31.3 -50 51 12 16346 232825 L.808 2 31 16 -51 23.9 7.0 11 Eta 5.31 A6V 2 37 24.2 -52 32 35 16555 232835 L.821 2 33 17 -53 5.1 5.6 * 7.0 F8+G/K* 2 38 44.0 -52 57 04 16699 232841 L.828 2 34 40 -53 29.5 7.3# dpl. 8, 8 12 6.7 F1IV* 2 39 06.7 -52 56 04 16743 232847 L.832 2 35 4 -53 28.5 6.9# 13 7.7 G8/K0III 2 39 40.0 -59 34 04 16852 232851 L.849 2 36 18 -60 6.3 7.0# * 7.7 A9IV 2 39 44.8 -59 34 06 16853 232852 * 2 36 23 -60 6.3 7.2# 14 Zeta 5.21 F4IV 2 40 39.6 -54 33 00 16920 232857 L.847 2 36 46 -55 5.2 5.5 15 6.55 B8V 2 39 31.8 -64 16 55 16891 248616 L.863 2 36 51 -64 49.1 6.6 16 7.1 K3III 2 39 34.6 -66 57 26 16939 248618 L.867 2 37 23 -67 29.6 7.0 17 Iota 5.40 G3IV 2 42 33.5 -50 48 01 17051 232864 L.859 2 38 18 -51 20.4 5.6 18 6.16 A2V 2 44 10.7 -52 34 14 17254 232871 L.874 2 40 10 -53 5.9 6.2 19 6.26v? F5V 2 43 26.7 -66 42 52 17326 248632 L.893 2 41 16 -67 14.4 6.5 var? 20 Gamma* 5.74 G8III/IV 2 45 27.6 -63 42 16 17504 248642 L.896 2 42 48 -64 13.8 6.1 21 Nu 5.26 A2V 2 49 01.5 -62 48 24 17848 248656 R.87 2 46 15 -63 19.5 5.7 22 6.6 K2IIICN* 2 51 36.0 -63 32 28 18120 248667 L.934 2 49 2 -64 3.1 6.9 23 6.03v? K1III 2 52 19.2 -62 54 35 18185 248673 L.937 2 49 38 -63 25.3 6.4 rr var? 24 6.21 K4III 2 54 06.3 -50 52 20 18265 232933 L.930 2 50 7 -51 21.3 6.2 dpl. 6 1/4, 7 3/4 25 6.4 K0/K1III 2 52 55.0 -65 27 20 18292 248676 L.948 2 50 43 -65 57.9 6.9 26 6.7 F2V 2 54 20.0 -55 52 46 18325 232937 L.941 2 50 45 -56 23.4 6.6 27 6.56 K2/K3III 2 54 21.0 -64 26 08 18423 248681 L.957 2 51 59 -64 56.5 6.9 28 6.7 K0IIICN* 2 54 47.8 -64 00 08 18448 248682 G.80 2 52 19 -64 30.7 7.0 29 6.7 F0IV 2 57 36.7 -55 00 47 18637 232950 L.960 2 53 59 -55 31.0 6.7 30 6.8 K2/K3III 2 59 08.6 -55 33 56 18795 232958 L.970 2 55 36 -56 3.7 7.0 31 6.7 K2III 2 59 34.6 -53 54 30 18829 232961 L.971 2 55 53 -54 24.4 6.9 32 Beta 4.98 A5III 2 58 47.8 -64 04 16 18866 248701 B.462 2 56 26 -64 34.1 5.2 33 Mu 5.11 F0IV 3 03 36.8 -59 44 16 19319 232981 L.989 3 0 40 -60 13.4 5.3 34 6.12 K1III 3 10 27.4 -48 44 03 19948 216197 L.1006 3 6 24 -49 12.4 6.4 35 6.9 A9III 3 08 50.3 -64 33 55 19939 248744 L.1025 3 6 44 -65 2.6 6.9 36 6.7 G8III 3 10 39.3 -57 48 35 20037 233023 L.1023 3 7 32 -58 16.9 6.8 37 6.65 A3III/IV 3 10 03.4 -63 49 54 20060 248748 L.1033 3 7 52 -64 23.2 6.8 38 5.74v C5II 3 12 33.2 -57 19 18 20234 233037 L.1040 3 9 23 -57 47.4 6.3 r 39 6.77 G3V 3 15 06.2 -45 39 54 20407 216230 L.1042 3 10 53 -46 8.0 6.7 40 5.85 K2III 3 17 26.5 -47 45 06 20640 216246 L.1058 3 13 22 -48 12.6 6.2 r 41 6.39 K0III 3 21 33.3 -47 46 37 21011 216278 L.1080 3 17 31 -48 13.5 6.6 dpl. 8 1/2, 7 42 7.1 A2V+F/G 3 24 34.5 -45 39 49 21319 216302 L.1100 3 20 24 -46 6.4 6.9 dpl. 8 1/2, 7 43 6.6 A0V 3 24 36.3 -51 03 45 21360 233106 L.1106 3 20 53 -51 30.2 6.6 44 TU* 5.99v A2V 3 30 37.1 -47 22 30 21981 216357 L.1130 3 26 37 -47 48.2 6.1 45 5.68 K3III 3 32 34.8 -50 22 43 22231 233152 L.1144 3 28 51 -50 48.2 5.9 46 7.1 A2IV 3 35 49.8 -43 42 59 22541 216398 L.1154 3 31 35 -44 7.9 7.0 47 7.0 A4V 3 41 45.5 -47 46 30 23274 216445 L.1207 3 37 54 -48 10.6 6.9 48 6.49 F8V 3 42 09.9 -45 57 28 23308 216449 L.1208 3 38 9 -46 21.4 6.7 * 7.2 K0III+G* 3 42 22.7 -50 47 43 23368 233231 L.1215 3 38 48 -51 11.6 7.3# 49 6.97 G1V 3 43 04.7 -50 38 37 23456 233238 L.1219 3 39 28 -51 3.4 7.0# 50 6.49 G8/K0III 3 44 50.6 -48 03 41 23670 216469 L.1230 3 41 1 -48 27.0 6.8 51 5.73 K1III 3 45 15.8 -47 21 35 23719 216470 L.1232 3 41 23 -47 45.0 6.1 52 6.5 K3III 3 47 19.6 -50 45 15 24023 233270 L.1250 3 43 48 -51 8.2 6.9 53 6.94 G8III 3 50 02.7 -45 23 07 24291 216513 L.1258 3 46 2 -45 45.9 7.0 54 6.71 A8III/IV 3 51 41.5 -47 19 00 24500 216527 L.1274 3 47 51 -47 41.5 6.9 55 5.93 K3III 3 53 33.3 -46 53 37 24706 216540 L.1287 3 49 41 -47 15.7 6.4 56 6.91 A3V 3 54 37.5 -46 25 01 24805 216548 L.1297 3 50 44 -46 47.0 6.9 57 6.84 K1III 3 59 20.2 -43 55 01 25301 216590 L.1320 3 55 15 -44 16.3 7.0 58 7.0 K2III 4 02 59.8 -48 22 09 25771 216618 L.1345 3 59 20 -48 42.9 6.9 59 6.63 A4/A5IV 4 03 39.3 -47 51 44 25860 216625 L.1348 3 59 57 -48 12.3 6.7 60 6.59 K0III 4 07 25.1 -42 55 01 26262 216655 L.1369 4 3 18 -43 15.0 6.8 61 7.0 F3IV/V 4 06 51.2 -49 37 43 26246 216651 L.1371 4 3 20 -49 57.8 6.9 62 6.59 F2V 4 08 33.9 -45 51 54 26413 216667 L.1376 4 4 41 -46 11.8 6.7 63 Delta 4.90 A9V 4 10 50.6 -41 59 37 26612 216682 L.1382 4 6 38 -42 19.2 5.3 64 6.71 K3/K4III 4 12 31.6 -44 22 06 26820 216694 L.1390 4 8 33 -44 41.3 7.0 65 6.37 K3III 4 13 35.6 -40 21 29 26927 216705 L.1394 4 9 18 -40 40.6 6.6 r 66 Alpha 3.86 K1III 4 14 00.1 -42 17 40 26967 216710 L.1398, J.88 4 9 52 -42 36.2 3.8 67 6.77 F8/G0V 4 14 09.7 -46 07 57 27019 216711 L.1402 4 10 19 -46 26.7 6.8 68 5.34 K2III 4 19 16.6 -44 16 05 27588 216749 L.1424 4 15 19 -44 34.1 5.8 2 The coordinates in the Uranometria Argentina clearly correspond to this star, HD15051=SAO232745, which however is much fainter than the magnitude in the Uranometria Argentina. It can be conjectured that Gould intended his 2G Horologii to be the star HD14703=SAO232722, 2000 coordinates 2 20 22.9, -56 47 03, magnitude 6.5, spectrum K0III, whose magnitude corresponds closely with the magnitude of 2G Horologii in the Uranometria Argentina. 4 The variable star designation TZ was assigned after publication of the Uranometria Argentina and does not appear therein. Preceding 12 the star HD16699=SAO232841 is connected with a brace to 12 with combined magnitude 6.8 without being assigned a number. Spectrum F8IV/V+G/K. 6 The variable star designation TV was assigned after publication of the Uranometria Argentina and does not appear therein. 12 Spectrum F0/F2III/IV Following 13 the star HD16853=SAO232852 is connected with a brace to 13 with combined magnitude 6.9 without being assigned a number or provided with a designation from an earlier catalog. 20 The letter Gamma was asssigned by Lacaille. It was removed by Gould because he considered this star fainter than magnitude 6, and does not appear in the Uranometria Argentina. It is shown on most modern atlases and catalogs. 22 Spectrum K2/3IIICNII 28 Spectrum K0IIICNII 44 The variable star designation TU was assigned after publication of the Uranometria Argentina and does not appear therein. Preceding 49 the star HD23368=SAO233231 is connected with a brace to 49 with combined magnitude 6.9 without being assigned a number. Spectrum K0/1III+G 40. - HYDRA G F,Letter Mag Spec RA 2000 Dec HD SAO Gould desig RA 1875 Dec G Mag Notes 1 5.36 G8III 8 11 33.0 - 7 46 21 68312 135611 Ll.16049 8 5 28 - 7 24.1 5.7 2 7.2 B9 8 12 50.7 + 4 55 42 68504 116481 Ll.16061 8 6 14 + 5 18.1 7.0 * 7.7 G0 8 11 33.5 - 6 00 56 68287 135610 Ll.16042 8 5 25 - 5 38.8 7 1/2# * 7.9 K0 8 12 08.3 - 6 05 38 68426 135622 Ll.16062 8 5 59 - 5 43.3 7 3/4# * * 8 6 26 - 5 17.4 8 1/2# * 9.28 K0 8 12 37.2 - 5 40 51 68527 * 8 6 27 - 5 18.5 8 # * 9.1 A0 8 12 58.6 - 5 34 09 68585 135635 WB.124 8 6 48 - 5 11.7 8 1/2# * 9.0 A2 8 13 08.5 - 5 38 36 68646 135639 * 8 6 57 - 5 16.1 8 1/2# * 8.6 A0 8 13 18.0 - 5 38 27 68669 135644 WB.133 8 7 7 - 5 15.9 8 1/4# * 8.6 A1 8 13 19.8 - 5 33 31 68685 WB.134 8 7 9 - 5 11.0 8 1/4# * * 8 7 30 - 5 23.9 8 1/2# * 9.0 A 8 13 44.2 - 5 48 49 68779 135653 * 8 7 35 - 5 25.5 8 1/2# * 9.0 * 8 13 44.8 - 5 48 01 135654 * 8 7 36 - 5 22.3 8 1/2# * 8.4 K0 8 14 17.0 - 5 54 01 68879 135668 WB.165 8 8 7 - 5 31.4 8 # 3 6.4 K0 8 13 21.7 - 1 09 57 68667 135643 DM.1938 8 7 0 - 0 47.5 6.7 4 6.53 G0 8 17 18.5 + 4 13 09 69480 116582 Ll.16213 8 10 44 + 4 36.3 6.8 * 7.5 G5 8 16 42.6 - 9 03 14 69437 135715 Ll.16228 8 10 41 - 8 40.2 8 # * 7.0 A0 8 16 47.6 - 9 00 50 69460 135717 Ll.16234 8 10 45 - 8 37.8 7 1/4# * 7.1 F8 8 16 26.5 - 3 13 32 69351 135709 * 8 10 11 - 2 50.6 7.2# 5 6.6 B9 8 17 09.5 - 3 21 50 69502 135724 Ll.16233 8 10 53 - 2 58.7 6.9# * 7.4 K2 8 17 37.8 + 6 14 42 69523 116587 Ll.16225 8 10 58 + 6 37.8 7.7# * 7.0 K0 8 17 59.3 + 6 14 01 69632 116597 Ll.16241 8 11 19 + 6 37.9 7.1# * 7.6 K2 8 17 44.1 + 2 47 37 69608 116592 Ll.16240 8 11 13 + 3 10.7 7 1/2# * 7.6 K0 8 17 49.6 + 2 55 11 69633 116593 Ll.16247 8 11 18 + 3 18.4 7 1/2# 6 6.05 G8III 8 19 49.9 + 3 56 52 70013 116630 Ll.16312 8 13 15 + 4 20.4 6.4 7 6.32v F3IIIp 8 19 15.1 -10 09 57 69997 154105 Ll.16325 8 13 16 - 9 46.7 6.7 8 6.20 F9V 8 20 13.1 - 0 54 34 70110 135783 Ll.16331 8 13 50 - 0 30.8 6.5 9 6.13 K2III 8 20 17.1 - 5 19 45 70148 135787 Ll.(16345) 8 14 5 - 4 56.1 6.5 10 6.50 A2Vnnpe 8 21 20.2 - 1 36 08 70340 135804 Ll.16375 8 15 0 - 1 12.3 6.7 11 6.9 F0 8 21 36.4 -11 02 46 70438 154152 Ll.16411 8 15 39 -10 39.0 6.8 12 6.7 F2 8 21 56.9 -10 44 54 70499 154158 Ll.16425 8 15 58 -10 21.1 6.8 13 6.15 A8IV 8 22 30.2 - 6 10 45 70574 135832 Ll.16432 8 16 21 - 5 46.9 6.4 14 5.96 M1III 8 22 54.0 - 7 32 36 70652 135840 Ll.16449 8 16 48 - 7 8.6 6.3 15 1 5.60 F3V 8 24 35.0 - 3 45 04 70958 135877 Ll.16509 8 18 22 - 3 20.8 6.2 16 6.00 F2V 8 24 36.4 - 4 43 01 70937 135882 WB.453 8 18 23 - 4 18.7 6.7 17 5.73 K5III 8 25 35.6 + 2 06 07 71095 116747 Ll.16534 8 19 6 + 2 30.5 6.3 18 6.6 K0 8 25 48.3 + 1 34 26 71136 116751 Ll.16546 8 19 20 + 1 58.9 6.9 19 C 3.90 A0V 8 25 39.6 - 3 54 23 71155 135896 Ll.16559 8 19 25 - 3 30.0 3.8 20 7.6 K0 8 25 37.3 - 8 57 23 71172 135897 WB.486 8 19 34 - 8 33.0 6.7 r 21 6.9 F0 8 26 06.1 - 8 30 54 71252 135908 Ll.16578 8 20 2 - 8 6.5 6.9 22 6.6 A2 8 26 01.1 -10 31 01 71253 154247 Ll.16580 8 20 2 -10 6.5 6.7 23 2 5.59v? A5III-IV 8 26 27.2 - 3 59 15 71297 135916 Ll.16584 8 20 13 - 3 34.7 6.2 24 6.59 F4III 8 27 17.2 - 6 24 35 71433 135931 Ll.16620 8 21 8 - 5 59.9 6.8 25 6.39v A5m 8 28 29.2 - 2 31 02 71663 135958 Ll.16651 8 22 10 - 2 6.2 6.8 26 6.43 K0 8 28 19.7 - 8 48 58 71665 135956 Ll.16657 8 22 16 - 8 24.1 6.7 27 6.00 F2III 8 28 50.9 - 9 44 54 71766 135965 Ll.16673 8 22 50 - 9 20.1 6.3 28 6.8 K0 8 29 30.5 - 0 57 36 71830 135971 Ll.16676 8 23 8 - 0 32.6 7.0 29 6.38 F0Vn 8 32 33.3 -15 01 46 72462 154373 Ll.16817 8 26 45 -14 36.5 6.8 30 6.7 K0 8 32 37.5 -14 25 05 72474 154374 Ll.16819 8 26 47 -13 59.6 7.0 31 6.6 A2 8 33 10.9 - 5 13 21 72506 136026 Ll.16816 8 26 58 - 4 47.9 7.0 32 5.87 G5III 8 33 43.6 + 4 45 25 72561 116890 Ll.16814 8 27 8 + 5 11.0 6.4 33 5.81 A1V 8 34 01.6 - 2 09 05 72660 136044 Ll.16837 8 27 42 - 1 43.6 6.4 34 6.33 G9III 8 35 24.9 + 2 44 36 72908 116920 Ll.16886 8 28 54 + 3 10.4 6.8 35 3 5.72v * 8 35 28.2 - 7 58 56 72968 136076 Ll.16918 8 29 22 - 7 33.2 6.1 36 4 Delta 4.16 A1Vnn 8 37 39.4 + 5 42 13 73262 116965 Ll.16969 8 31 3 + 6 8.3 4.2 37 6.19 K0 8 37 27.1 - 4 56 01 73281 136103 Ll.16987 8 31 14 - 4 30.0 6.9 38 6.73 G0 8 37 50.4 - 6 48 26 73350 136111 Ll.17008 8 31 45 - 6 22.4 6.8# 39 6.51 A1V+G: 8 38 20.3 - 6 39 45 73451 136117 Ll.17031 8 32 11* - 6 13.5 6.8# 40 6.6 F0 8 37 33.9 -12 35 10 73332 154464 Ll.17011 8 31 39 -12 9.1 7.0 41 6.65 A0 8 38 01.8 -11 44 38 73431 154475 Ll.17032 8 32 4 -11 18.4 6.7 42 5 Sigma 4.44 K2III 8 38 45.4 + 3 20 29 73471 116988 Ll.17020 8 32 14 + 3 46.8 4.9 43 6.6 A0 8 39 14.9 -12 44 14 73687 154504 Ll.17079 8 33 20 -12 17.9 6.9 44 6 4.98 K4III 8 40 01.5 -12 28 31 73840 154515 Ll.17107 8 34 7 -12 2.1 5.4 45 AK* 6.60v M4IIIvar 8 39 53.6 -17 18 11 73844 154514 Ll.17110 8 34 9 -16 51.3 6.7 46 6.63 A1Vn 8 41 01.7 - 9 03 07 73997 136176 Ll.17133 8 34 58 - 8 36.5 6.8 47 9 4.88 G8III 8 41 43.3 -15 56 36 74137 154552 Ll.17169 8 35 55 -15 29.7 5.3 dpl. 48 6.47 A5m 8 42 09.8 -11 57 59 74190 154558 Ll.17176 8 36 13 -11 31.1 6.8 49 7 Eta 4.30v? B3V 8 43 13.5 + 3 23 55 74280 117050 Ll.17180 8 36 41 + 3 50.8 4.6 50 6.39 * 8 43 59.7 + 4 20 05 74393 117069 Ll.17206 8 37 26 + 4 47.0 6.8 51 F 4.62 G2Ib 8 43 40.4 - 7 14 01 74395 136221 By.1238 8 37 32 - 6 47.1 4.9 52 10 6.10 A6V 8 45 01.3 + 5 40 51 74591 117088 Ll.17239 8 38 24 + 6 7.9 6.6 53 6.8 G5 8 45 23.3 + 0 11 52 74686 117093 Ll.17258 8 38 59 + 0 39.1 6.7 54 6.4 K0 8 45 34.9 + 4 39 52 74685 117095 Ll.17255 8 38 59 + 5 7.2 6.8 55 6.41 F2IV 8 45 20.6 - 2 36 05 74688 136243 Ll.17262 8 39 2 - 2 8.9 6.8 dpl. 9, 6 3/4 56 5.70 K0III: 8 46 02.4 - 2 02 56 74794 136254 Ll.17276 8 39 42 - 1 35.8 6.3 57 6.9 A5 8 46 20.1 + 0 38 48 74831 117102 Ll.17286 8 39 54 + 1 6.2 7.0 58 6.25 K5III 8 46 06.9 -11 00 23 74860 154615 Ll.17302 8 40 7 -10 33.2 6.7 r 59 11 Epsilon 3.38v? * 8 46 46.6 + 6 25 08 74874 117112 Ll.17290 8 40 9 + 6 52.6 3.3 dpl. 8, 3 1/2 60 12 D 4.32 G8III 8 46 22.5 -13 32 52 74918 154622 Ll.17313 8 40 28 -13 5.5 4.4 61 5.29 A3V 8 47 15.0 - 1 53 50 74988 136276 Ll.17318 8 40 55 - 1 26.4 5.6 62 6.5 K0 8 46 45.5 -18 45 29 74991 154628 Ll.17333 8 41 4 -18 18.0 7.0 63 6.6 G0 8 47 21.6 -17 03 14 75098 154636 Ll.17355 8 41 36 -16 35.7 6.7 64 13 Rho 4.36 A0Vn 8 48 25.9 + 5 50 16 75137 117146 Ll.17345 8 41 49 + 6 17.9 4.8 65 6.09 K0 8 48 04.9 - 6 33 31 75140 136287 Ll.17362 8 41 54 - 6 5.9 6.7 66 6.42 K0 8 48 37.4 - 1 02 42 75217 136294 Ll.17370 8 42 16 - 0 35.0 6.7 67 14 5.31v B9pHgMn 8 49 21.7 - 3 26 35 75333 136308 Ll.17396 8 43 4 - 2 58.8 5.7 68 6.9 B9 8 49 37.0 + 1 28 56 75357 117170 Ll.17393 8 43 9 + 1 56.7 7.0 69 6.8 A5 8 49 40.5 - 8 38 18 75422 136316 Ll.17418 8 43 35 - 8 10.4 6.8 70 15 5.54v? A4m 8 51 34.4 - 7 10 38 75737 136345 Ll.17490 8 45 26 - 6 42.5 6.0 var? 71 6.33 A5V 8 52 24.2 + 5 20 24 75811 117214 WB.1160 8 45 48 + 5 48.5 6.8 72 6.8 G0 8 52 20.6 -12 48 29 75881 154701 Ll.17534 8 46 24 -12 20.2 6.9 73 6.13 K0 8 52 30.7 -13 14 01 75916 154704 Ll.17541 8 46 35 -12 45.8 6.6 74 6.5 K0 8 53 05.4 -16 57 10 76027 154714 Ll.17568 8 47 19 -16 28.7 6.7 75 6.00 G2V 8 54 17.9 - 5 26 04 76151 136389 WB.1219 8 48 9 - 4 57.8 6.4 76 6.8 K5 8 54 38.5 -11 22 38 76243 154732 Ll.17610 8 48 38 -10 54.2 6.8 77 16 Zeta 3.11 G8III-IV 8 55 23.6 + 5 56 44 76294 117264 Ll.17599 8 48 48 + 6 25.2 3.1 78 6.8 A0 8 55 17.2 -11 22 18 76352 154743 Ll.17624 8 49 18 -10 53.7 6.8 r 79 17 6.9: A7m 8 55 29.5 - 7 58 13 76369 136408 Ll.17625 8 49 22 - 7 29.6 6.5 * 17* 6.7: A2m 8 55 29.5 - 7 58 16 76370 136409 * 80* 5.75 K2.5III 8 55 12.4 -18 14 29 76376 154745 Ll.17636 8 49 28 -17 46.0 6 1/4*# * 7.1 K2 8 55 14.7 -18 15 27 76377 154746 Ll.17638 8 49 31 -17 46.9 7 1/2*# 81 6.14 G8II-III 8 56 37.0 + 4 14 12 76494 117287 Ll.17642 8 50 4 + 4 42.9 6.5 82 6.6 K0 8 55 54.2 -15 26 20 76478 154760 Ll.17657 8 50 4 -14 57.5 6.8 83 6.8 F2 8 57 13.7 + 2 31 29 76583 117292 Ll.17663 8 50 44 + 3 0.3 7.0 84 5.96v? K0 8 56 34.1 -16 42 34 76579 154773 Ll.17646 8 50 46 -16 13.7 6.6 85 6.6 F2 8 56 49.9 -17 26 02 76635 154781 Ll.17696 8 51 4 -16 57.2 6.8 dpl. 86 6.59 A2V 8 58 08.2 + 1 32 30 76757 117311 Ll.17701 8 51 41 + 2 1.4 6.8 87 6.6 F2 8 57 58.5 - 4 51 34 76735 136450 Ll.17713 8 51 44 - 4 22.6 6.9 88 5.86 F6V 8 58 43.9 -16 07 58 76932 154804 Ll.17758 8 52 51 -15 39.5 6.4# * 6.9 K2 8 58 55.4 -15 59 04 76962 154808 Ll.17766 8 53 5 -15 30.1 7.3# 89 6.18 F6V 8 59 39.8 -19 12 29 77084 154815 Ll.17785 8 53 57 -18 43.0 6.6 * 7.2 A0 9 00 45.9 - 9 11 29 77196 136489 Ll.17812 8 54 50 - 8 42.2 7.1# dpl. 9, 7 1/4 * 7.3 A0 9 01 02.1 - 9 13 11 77231 136494 Ll.17822 8 54 57 - 8 43.9 7.1# 90 6.07 F3IVcomp 9 01 31.4 + 5 38 27 77250 117351 Ll.17802 8 54 55 + 6 7.8 6.6 91 6.7 K5 9 01 31.4 - 4 27 22 77296 136502 Ll.17831 8 55 17 - 3 58.1 6.8 92 5.67 K0III 9 01 58.0 - 0 28 58 77353 136511 Ll.17835 8 55 35 + 0 0.2 6.2 93 6.83 A0 9 03 43.4 - 5 10 17 77640 136542 Ll.17889 8 57 30 - 4 40.7 6.7 94 6.8 K0 9 03 45.0 -17 29 49 77735 154871 Ll.17921 8 57 57 -17 0.1 7.0 95 18 Omega 4.97 K2II-III 9 05 58.4 + 5 05 32 77996 117420 Ll.17942 8 59 24 + 5 35.4 5.4 r 96 6.17 M1III 9 07 00.0 + 1 27 45 78196 117432 Ll.17988 9 0 32 + 1 57.8 6.7 97 6.5 F2 9 07 16.7 + 2 34 52 78255 117434 Ll.17993 9 0 47 + 3 4.9 6.8 98 6.7 K0 9 06 54.9 -18 12 05 78302 154918 Ll.18015 9 1 8 -17 42.0 6.9 99 19 5.60 B9.5III 9 08 42.1 - 8 35 23 78556 136604 Ll.18059 9 2 35 - 8 5.1 5.8 100 6.5 K0 9 08 44.6 -16 16 36 78614 154944 Ll.18074 9 2 53 -15 46.2 6.8 101 5.77 G6III 9 09 11.5 -12 21 28 78668 154953 Ll.18083 9 3 11 -11 51.2 6.2 102 5.73 A2Vn 9 09 04.3 -18 19 44 78702 154950 Ll.18091 9 3 18 -17 49.4 6.2 103 20 5.46 G8II 9 09 35.5 - 8 47 16 78732 136622 Ll.18089 9 3 29 - 8 16.8 5.7 * 6.97 F0 9 10 10.4 -16 51 44 78891 154967 Ll.18123 9 4 20 -16 21.2 7.1# * 8.6 F0 9 10 35.2 -16 58 19 78954 154974 Ll.18136 9 4 46 -16 27.8 7.7# 104 6.30 * 9 11 55.6 + 5 28 06 79066 117487 WB.68 9 5 22 + 5 58.8 6.6 105 6.15 A0V 9 12 12.9 + 3 52 02 79108 117492 Ll.18150 9 5 41 + 4 22.7 6.4 * 7.61 M 9 11 51.4 - 6 58 46 79097 136651 Ll.18157 9 5 40 - 6 28.2 7.8# 106 21 6.11v * 9 12 26.0 - 7 06 35 79193 136662 Ll.18178 9 6 16 - 6 35.9 6.3# 107 5.73 G9III 9 11 58.7 -19 44 52 79181 154989 Ll.18189 9 6 15 -19 14.3 6.4 108 22 Theta 3.88 B9.5V 9 14 21.9 + 2 18 51 79469 117527 Ll.18219 9 7 51 + 2 50.5 3.8 109 6.6 K0 9 14 03.2 -14 41 40 79481 155021 Ll.18242 9 8 8 -14 10.7 6.7 110 7.0 A2 9 14 52.0 - 1 35 14 79566 136687 Ll.18246 9 8 30 - 1 4.2 6.7 111 6.31 A0V 9 15 24.8 -15 01 30 79752 155032 Ll.18285 9 9 30 -14 30.3 6.5 112 23 5.24 K2III 9 16 41.7 - 6 21 11 79910 136725 Ll.18309 9 10 29 - 5 49.9 5.6 113 6.81 A2 9 16 27.5 -13 50 00 79914 155048 Ll.18317 9 10 31 -13 18.9 6.8 114 24 5.49 B9III 9 16 41.3 - 8 44 41 79931 136728 Ll.18315 9 10 34 - 8 13.4 6.0 115 6.5 F5 9 16 39.9 + 0 43 45 79873 117553 Ll.18302 9 10 15 + 1 15.0 6.7# 116 6.9 A0 9 17 32.9 + 0 33 17 80046 117569 Ll.18328 9 11 7 + 1 4.7 6.9# 117 6.5 K0 9 16 57.1 -11 06 09 79994 155056 Ll.18329 9 10 54 -10 34.7 6.8 118 5.84 K0III: 9 17 07.5 -14 34 25 80050 155060 Ll.18339 9 11 12 -14 3.1 6.1 * 8.7 A3 9 18 56.3 -16 48 58 80370 155083 Ll.18392 9 13 5* -16 17.4* 7 3/4# * 6.9 A0 9 18 58.1 -16 48 04 80369 155084 Ll.18396 9 13 6 -16 16.5 7 1/4# 119 6.64 A5 9 19 51.2 + 5 12 58 80425 117590 Ll.18385 9 13 17 + 5 44.6 6.6 120 6.60 A2Vs 9 19 33.7 -11 18 52 80447 155090 Ll.18404 9 13 32 -10 47.3 6.6 121 5.78 K4III 9 19 33.2 -15 50 04 80479 155091 Ll.18407 9 13 39 -15 18.3 6.0 122 26 4.79 G8III 9 19 46.4 -11 58 30 80499 155096 Ll.18408 9 13 45 -11 26.9 5.3 * 7.6 G5 9 20 26.3 + 0 17 01 80537 117603 Ll.18410 9 14 1 + 0 48.7 7.6# 123 6.50v M3 9 20 36.7 + 0 10 53 80567 117605 Ll.18418 9 14 12 + 0 42.7 7.0# * 6.95 F4V 9 20 20.9 - 9 36 37 80550 136767 Ll.18425 9 14 15 - 9 4.8 7 1/2# 124 27 P 4.80 F5Vcomp 9 20 29.0 - 9 33 21 80586 136768 Ll.18429 9 14 23 - 9 1.6 5 1/4# 125 7.0 F2 9 21 09.0 + 2 56 26 80678 117611 Ll.18430 9 14 40 + 3 28.2 7.0 126 6.31 F6V: 9 20 55.5 -15 37 04 80719 155114 Ll.18450 9 15 0 -15 5.0 6.7 127 7.1 B9 9 21 44.7 - 2 47 35 80796 136784 Ll.18456 9 15 25 - 2 15.7 7 # * 8.1 K2 9 21 55.2 - 2 48 22 136786 Ll.18461 9 15 36 - 2 16.5 7 3/4# 128 6.6 K0 9 22 32.2 -15 14 08 80970 155130 Ll.18496 9 16 37 -14 42.1 6.9 129 6.53v * 9 22 50.8 - 9 50 20 81009 136799 Ll.18497 9 16 45 - 9 18.3 6.7 130 7.31 F0 9 23 15.7 + 3 30 05 81029 117641 Ll.18486 9 16 46 + 4 2.1 7.0 131 6.8 F2 9 23 40.3 + 5 13 11 81067 117648 Ll.18499 9 17 6 + 5 45.2 6.9 132 6.8 F5 9 24 28.5 + 6 21 00 81212 117661 Ll.18532 9 17 54 + 6 53.3 6.8 dpl. 133 6.88 F5 9 24 53.2 - 4 17 00 81342 136821 Ll.18558 9 18 37 - 3 44.7 7.0 134 28 5.59 K5III 9 25 24.0 - 5 07 03 81420 136832 Ll.18570 9 19 9 - 4 34.7 6.0 135 6.7 K0 9 26 03.9 - 1 14 06 81524 136840 Ll.18583 9 19 42 - 0 41.7 7.0 136 6.01 K2IIIb 9 26 22.3 - 1 27 50 81567 136844 Ll.18588 9 20 0 - 0 55.5 6.4 r 137 6.7 F5 9 27 16.6 + 6 13 59 81670 117704 Ll.18600 9 20 43 + 6 46.9 6.9 138 6.8 A2 9 26 49.0 -19 09 18 81712 155193 * 9 21 1 -18 36.9 7.0 139 29 6.54 A2V 9 27 14.5 - 9 13 25 81728 136861 Ll.18607 9 21 7 - 8 41.0 6.7 140 30 Alpha 1.98v? K3III 9 27 35.2 - 8 39 31 81797 136871 J.222 9 21 27 - 8 7.1 2.1 r 141 G 4.69 K2.5III 9 27 18.4 -22 20 38 81799 177469 Ll.18639 9 21 35 -21 47.7 5.1 142 5.40 G2V 9 27 46.8 - 6 04 16 81809 136872 WB.439 9 21 36 - 5 31.5 5.7 * 7.1 K0 9 28 06.2 -10 01 28 81874 136878 Ll.18646 9 22 0 - 9 28.9 7.5# 143 6.8 K0 9 28 20.5 - 9 59 14 81902 136883 Ll.18650 9 22 14 - 9 26.6 6.9# 144 6.27 F0Vn 9 29 02.3 - 1 15 25 81980 136894 WB.460 9 22 41 - 0 42.7 6.5 145 31 Tau1 4.60 F6V 9 29 08.9 - 2 46 08 81997 136895 Ll.18660 9 22 48 - 2 13.4 4.8 146 6.10 F0III 9 29 24.5 - 2 12 19 82043 136899 Ll.18643 9 23 4 - 1 39.6 6.6 147 6.26 G6IV 9 29 32.4 - 4 14 50 82074 136900 Ll.18674 9 23 16 - 3 41.9 6.7 148 5.66 M1III 9 29 12.6 -20 44 55 82077 177521 Ll.18688 9 23 27 -20 12.3 6.4 149 6.24 K0 9 29 49.9 -23 20 43 82180 177541 Ll.18709 9 24 10 -22 47.9 6.8 150 5.85 G3III: 9 30 22.6 -15 34 39 82232 155246 Ll.18715 9 24 27 -15 1.7 6.3 151 6.9 F8 9 31 31.5 + 1 27 54 82355 117747 Ll.18726 9 25 4 + 2 0.9 7.0 dpl. 152 32 Tau2 4.60 A3V 9 31 58.9 - 1 11 06 82446 136932 By.1341 9 25 27 - 0 38.1 4.8 153 6.14 F0Vn 9 31 38.9 -10 33 08 82428 155257 Ll.18754 9 25 33 -10 0.2 6.5# 154 6.13 K0 9 31 55.8 -10 22 14 82477 155262 Ll.18762 9 25 51 - 9 49.3 6.4# 155 6.11 F7IV-V 9 32 41.4 + 1 51 51 82543 117757 Ll.18764 9 26 14 + 2 25.1 6.4 156 5.74 A5V 9 32 20.6 -19 24 02 82573 155273 Ll.18792 9 26 32 -18 51.0 6.1 157 6.12 K0 9 33 02.1 - 8 30 19 82638 136945 Ll.18794 9 26 53 - 7 57.0 6.5 158 5.94 K5III 9 32 55.8 -13 31 02 82660 155281 Ll.18799 9 26 56 -12 57.9 6.6 159 6.24 K0 9 33 20.1 - 7 11 24 82674 136951 Ll.18803 9 27 10 - 6 38.2 6.6 160 5.01 K0IV 9 33 12.5 -21 06 57 82734 177642 Ll.18817 9 27 27 -20 33.8 5.6 161 6.8 A0 9 33 17.7 -21 23 31 82724 177647 Ll.18821 9 27 33 -20 50.3 7.0 162 5.91 A0Vn 9 33 26.2 -22 51 50 82747 177649 Ll.18833 9 27 45 -22 18.8 6.3 163 33 5.56 K1III 9 34 32.6 - 5 54 53 82870 136964 Ll.18836 9 28 18 - 5 21.4 6.0 164 6.7 G0 9 34 50.6 -12 07 48 82943 155312 Ll.18857 9 28 47 -11 34.1* 6.8 165 6.31 A2V 9 35 33.7 -19 35 01 83104 155323 Ll.18884 9 29 45 -19 1.4 6.6 166 6.5 K0 9 37 45.9 - 3 10 15 83352 137007 Ll.18924 9 31 27 - 2 36.5 6.8 167 34 6.41 A1V 9 37 51.5 - 9 25 28 83373 137011 Ll.18943 9 31 44 - 8 51.8 6.7 168 * H 4.68 K3III 9 38 27.3 + 4 38 57 83425 117821 By.1352 9 31 56 + 5 12.8 5.1 169 6.9 F0 9 39 00.1 -17 37 27 83572 155370 * 9 33 7 -17 3.7 6.7 170 35 Iota 3.91v? K3IIIvar 9 39 51.4 - 1 08 34 83618 137035 J.227 9 33 28 - 0 34.5 3.9 171 37 6.31 A0Vn 9 39 47.4 -10 34 13 83650 155377 Ll.18998 9 33 41 -10 0.3 6.5# 172 6.37 A2V 9 40 20.1 -10 46 09 83731 155387 By.1361 9 34 14 -10 12.2 6.7# 173 38 Kappa 5.04v? B5V 9 40 18.4 -14 19 56 83754 155388 J.228 9 34 19 -13 45.9 5.4 174 I 4.77 B6Ve 9 41 17.0 -23 35 30 83953 177840 Ll.19034 9 35 35 -23 1.4 5.2 175 4.94 F9IV 9 42 14.4 -23 54 56 84117 177866 Ll.19093 9 36 37 -23 21.5 5.4 176 6.6 K0 9 43 30.6 -20 21 58 84257 177893 OA.10059 9 37 42 -19 47.6 7.0 177 6.9 K2 9 49 33.1 -11 47 05 85129 155515 Ll.19282 9 43 28 -11 12.3 7.0 178 39 Upsilon1 4.12 G8III 9 51 28.7 -14 50 48 85444 155542 J.231 9 45 28 -14 15.6 4.0 179 6.08 K0 9 51 59.6 -16 32 06 85519 155553 Ll.19353 9 46 2 -15 56.7 6.6 180 7.0 F8 9 54 34.6 -12 57 06 85883 155582 Ll.19419 9 48 30 -12 21.2* 6.7 181 4.88 K2III 9 54 12.3 -25 55 56 85859 178158 L.4059 9 48 33 -25 20.7 5.3 182 6.23 A2 9 54 31.7 -22 29 18 85905 178164 Ll.19423 9 48 44 -21 53.9 6.3 183 4.94 M1III 9 54 52.2 -19 00 34 85951 155588 Ll.19433 9 48 59 -18 25.1* 5.6 r 184 6.6 G0 9 55 00.1 -16 11 37 85949 155592 OA.10209 9 49 2 -15 36.2 6.9 185 6.28 A4V 9 56 46.5 -26 33 01 86266 178214 L.4074 9 51 7 -25 57.4 6.6 186 6.6 F0 9 57 39.7 -16 31 20 86371 155622 Ll.19519 9 51 41 -15 55.5 7.0 187 6.6 A2 9 58 14.0 -25 07 52 86463 178247 B.2747 9 52 30 -24 32.1 6.9 188 6.21 B4Ve 9 59 06.1 -23 57 01 86612 178271 Ll.19556 9 53 20 -23 21.2 6.2 189 6.8 K2 9 59 18.7 -20 21 26 86626 178276 Ll.19561 9 53 26 -19 45.5 6.8 190 6.9 A0 10 02 37.1 -20 25 25 87130 178336 Ll.19641 9 56 43 -19 49.3 6.7 191 6.72 A0III-IV 10 03 41.4 -25 19 00 87318 178357 L.4124 9 57 56 -24 42.8 6.8 192 5.86 A0V 10 04 02.9 -18 06 06 87344 155704 Ll.19689 9 58 5 -17 29.8 6.3 dpl. 7 1/4, 6 1/2 193 5.68 A8V 10 04 21.0 -24 17 08 87427 178367 L.4126 9 58 35 -23 40.8 6.1 194 40 Upsilon2 4.60v? B9III-IV 10 05 07.5 -13 03 53 87504 155713 Ll.19709 9 59 2 -12 27.6 4.6 var? 195 5.60 K7III 10 07 09.6 -17 08 29 87808 155739 Ll.19750 10 1 9 -16 31.8 6.0 r 196 6.7 F2 10 07 07.7 -21 15 21 87810 178431 Ll.19754 10 1 14 -20 38.8 6.9 197 6.27 A0V 10 08 35.5 -15 36 42 88025 155763 Ll.19781 10 2 33 -15 0.1 6.7# * 7.4 G2V 10 09 08.2 -15 29 40 88084 155769 Ll.19795 10 3 7 -14 52.4 7.5# 198 7.1 F4III 10 09 15.5 -18 08 20 88109 155771 Ll.19797 10 3 17 -17 31.4 6.9 199 6.24 A5m 10 09 56.4 -12 05 45 88182 155777 Ll.19810 10 3 49 -11 28.9 6.9 200 5.31 F5V 10 10 05.8 -12 48 58 88215 155780 Ll.19814 10 4 1 -12 11.9 5.9 201 41 Lambda 3.61 K0III 10 10 35.3 -12 21 15 88284 155785 J.233 10 4 30 -11 44.2 3.4 r 202 7.1 F0III 10 10 34.5 -18 36 14 88300 155786 Ll.19834 10 4 36 -17 59.3 6.9 203 6.9 M3III 10 11 19.2 -18 57 26 88419 155800 Ll.19852 10 5 21 -18 20.3 6.9 204 6.46 F6V 10 12 37.8 -19 09 13 88595 155820 Ll.19880 10 6 42 -18 31.8 6.7 205 6.23 A9mA8-F3 10 13 19.4 -27 01 44 88699 178544 L.4193 10 7 35 -26 24.7* 6.4 206 6.34 M0 10 14 09.1 -23 48 49 88806 178558 Ll.19920 10 8 18 -23 11.7 6.8 207 6.6 A2 10 16 32.9 -19 18 31 89132 155862 OA.10495 10 10 35 -18 41.1 6.7 208 6.57 F3V 10 16 45.6 -20 40 14 89169 178610 Ll.19986 10 10 51 -20 2.8 6.7 209 6.00 A9V 10 19 16.8 -12 31 41 89455 155894 Ll.20041 10 13 8 -11 54.1 6.4 210 6.50 F3III-IV 10 21 07.8 -17 59 06 89747 155920 Ll.20098 10 15 7 -17 21.4 6.8 211 6.6 A2 10 21 14.7 -13 47 09 89746 155922 Ll.20095 10 15 8 -13 9.5 6.7 212 6.8 K0 10 21 21.5 -25 22 22 89796 178717 L.4257* 10 15 31 -24 44.6 7.0 213 6.48 A3 10 21 28.7 -23 42 39 89816 178721 Ll.20114 10 15 36 -23 4.9 6.6 214 6.51 A0 10 21 36.0 -22 31 42 89828 178723 * 10 15 41 -21 54.0 6.5 dpl. 215 7.13 B6V 10 21 59.4 -18 02 07 89884 155931 Ll.20128 10 15 58 -17 24.2 7.0 216 6.8 B9 10 22 10.8 -13 24 36 89897 155934 Ll.20129 10 16 4 -12 46.8 6.8 217 6.13 A1V 10 22 12.9 -19 52 01 89911 155935 Ll.20137 10 16 14 -19 14.2 6.5 218 6.8 B9 10 22 59.3 -24 20 01 90027 178755 L.4267 10 17 6 -23 42.1 6.8 219 6.5 F8 10 23 17.6 -13 22 38 90045 155947 Ll.20158 10 17 11 -12 44.7 6.7 dpl. 6 3/4, 9 1/2 220 6.7 K5III 10 25 23.8 -29 11 37 90366 178801 L.4286 10 19 38 -28 33.6 6.9 221 42 Mu 3.81 K7III 10 26 05.4 -16 50 11 90432 155980 J.239 10 20 3 -16 11.9 4.0 r 222 7.1 A1III 10 27 25.3 -18 17 12 90606 155994 Ll.20298 10 21 23 -17 39.0 7.0 223 6.8 K0 10 28 36.9 -19 31 31 90776 156005 Ll.20338 10 22 35 -18 53.1 7.0 224 5.58 K5III 10 29 29.0 -29 39 49 90957 178888 L.4306 10 23 43 -29 1.5 6.0 4 225 5.60 B9Vn 10 30 59.8 -13 35 18 91120 156029 Ll.20389 10 24 51 -12 56.9 5.9 226 6.52 F7III 10 30 51.4 -26 29 02 91135 178917 L.4317 10 25 0 -25 50.6 6.6 227 6.05 F6/F7V 10 31 48.6 -28 14 15 91280 178938 L.4324 10 26 0 -27 35.7 6.4 228 7.0 B9 10 32 54.7 -22 31 38 91398 178957 * 10 26 57 -21 53.0 6.8 229 6.8 K0 10 33 12.4 -13 24 16 91434 156057 Ll.20450 10 27 3 -12 45.6 7.0 230 44 5.08 K4III 10 34 00.9 -23 44 43 91550 178979 Ll.20476 10 28 4 -23 6.1 5.6 231 6.10 F7V 10 34 57.7 -23 10 34 91706 178993 By.1472 10 29 1 -22 31.9 6.5 232 6.78 A5 10 35 22.1 -12 51 32 91728 156084 Ll.20496 10 29 13 -12 12.5 6.9 233 6.49 A7V 10 35 38.9 -18 34 09 91790 156087 Ll.20514 10 29 35 -17 55.4 6.7 234 Phi2* 6.03 M1III 10 36 16.7 -16 20 40 91880 156093 By.1474 10 30 11 -15 41.9 6.6 235