Lupus 6 , the SIMBAD biblio

Lupus 6 , the SIMBAD biblio (51 results) C.D.S. - SIMBAD4 rel 1.8 - 2024.04.23CEST06:32:19

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Bibcode/DOI Score in Title|Abstract|
Keywords 		in a table in teXt, Caption, ... Nb occurence Nb objects in ref Citations
(from ADS) 		Title First 3 Authors
1999A&A...345..965C 2 32 243 Mapping of the extinction in giant molecular clouds using optical star counts. CAMBRESY L.
1999PASJ...51..895H 57 39 A study of dense cloud cores and star formation in Lupus: CO J = 1-0 observations with NANTEN. HARA A., TACHIHARA K., MIZUNO A., et al.
2001PASJ...53.1081T viz 1 14 42 ^12CO molecular cloud survey and global star formation in Lupus. TACHIHARA K., TOYODA S., ONISHI T., et al.
2002MNRAS.331..474F viz 217 20 On the infrared void in the Lupus dark clouds. FRANCO G.A.P.
2007ApJ...667..288C 31 28 The Spitzer c2d Survey of large, nearby, interstellar clouds. IV. Lupus observed with MIPS. CHAPMAN N.L., LAI S.-P., MUNDY L.G., et al.
2008A&A...489..143L 76               F     1 33 99 2MASS wide field extinction maps. II. The Ophiuchus and the Lupus cloud complexes. LOMBARDI M., LADA C.J. and ALVES J.
2010MNRAS.403.2041V viz 76           X         2 53 4 Optical polarization observations in the Scorpius region: NGC 6124. VERGNE M.M., FEINSTEIN C., MARTINEZ R., et al.
2010MNRAS.406.1350F 93       D     X         3 21 74 The structure of molecular clouds - II. Column density and mass distributions. FROEBRICH D. and ROWLES J.
2010ApJ...723.1019H viz 4 51 409 The star formation rate and gas surface density relation in the Milky Way: implications for extragalactic studies. HEIDERMAN A., EVANS II N.J., ALLEN L.E., et al.
2011ApJ...730...65S 4531 T K A D     X C       117 104 13 The Spitzer survey of interstellar clouds in the Gould belt. IV. Lupus V and VI observed with IRAC and MIPS. SPEZZI L., VERNAZZA P., MERIN B., et al.
2011A&A...529A.108L viz                   Z 190 14 A proper motion study of the Lupus clouds using virtual observatory tools. LOPEZ MARTI B., JIMENEZ-ESTEBAN F. and SOLANO E.
2011ApJS..194...43P viz 38           X         1 233 62 The Spitzer survey of interstellar clouds in the Gould Belt. III. A multi-wavelength view of Corona Australis. PETERSON D.E., CARATTI O GARATTI A., BOURKE T.L., et al.
2011MNRAS.416..294R 54       D     X         2 20 4 The structure of molecular clouds – III. A link between cloud structure and star formation mode. ROWLES J. and FROEBRICH D.
2011RMxAC..40..253R 38           X         1 7 0 Transition circumnstellar disks in Lupus. ROMERO G.A., SCHREIBER M.R., CIEZA L.A., et al.
2012ApJ...745...69K 16       D               1 136 429 A universal, local star formation law in galactic clouds, nearby galaxies, high-redshift disks, and starbursts. KRUMHOLZ M.R., DEKEL A. and McKEE C.F.
2012ApJ...749...79R viz 696     A D     X         19 84 37 The nature of transition circumstellar disks. II. Southern molecular clouds. ROMERO G.A., SCHREIBER M.R., CIEZA L.A., et al.
2012ApJ...750..157C 65 60 The nature of transition circumstellar disks. III. Perseus, Taurus, and Auriga. CIEZA L.A., SCHREIBER M.R., ROMERO G.A., et al.
2012ApJ...754..104H 39           X         1 110 21 The Spitzer survey of interstellar clouds in the Gould Belt. V. Ophiuchus North observed with IRAC and MIPS. HATCHELL J., TEREBEY S., HUARD T., et al.
2013ApJ...765..129V 16       D               2 82 16 Testing 24 µm and infrared luminosity as star formation tracers for galactic star-forming regions. VUTISALCHAVAKUL N. and EVANS II N.J.
2013AJ....145...94D viz 56       D     X         2 33 91 The luminosities of protostars in the Spitzer c2d and Gould Belt Legacy clouds. DUNHAM M.M., ARCE H.G., ALLEN L.E., et al.
2013MNRAS.436.3707L 174       D     X   F     4 19 98 The link between magnetic fields and filamentary clouds: bimodal cloud orientations in the Gould Belt. LI H.-B., FANG M., HENNING T., et al.
2014ApJ...782..114E 18       D     X         1 36 172 Star formation relations in nearby molecular clouds. EVANS II N.J., HEIDERMAN A. and VUTISALCHAVAKUL N.
2015MNRAS.448.1551R viz 40           X         1 26 22 The JCMT Gould Belt Survey: evidence for radiative heating in Serpens MWC 297 and its influence on local star formation. RUMBLE D., HATCHELL J., GUTERMUTH R.A., et al.
2015ApJ...806..231H viz 16       D               1 24 27 The Gould belt 'MISFITS' survey: the real solar neighborhood protostars. HEIDERMAN A. and EVANS II N.J.
2015ApJS..220...11D viz 135       D     X         4 2988 232 Young stellar objects in the Gould belt. DUNHAM M.M., ALLEN L.E., EVANS II N.J., et al.
2015A&A...581A.140S viz 79           X         2 221 12 The VISTA Orion mini-survey: star formation in the Lynds 1630 North cloud. SPEZZI L., PETR-GOTZENS M.G., ALCALA J.M., et al.
2015A&A...584A..26B viz 40           X         1 199 51 Cosmography of OB stars in the solar neighbourhood. BOUY H. and ALVES J.
2015A&A...584A..92M viz 40           X         1 4726 28 Galactic cold cores. IV. Cold submillimetre sources: catalogue and statistical analysis. MONTILLAUD J., JUVELA M., RIVERA-INGRAHAM A., et al.
2016A&A...592A.126V viz 80             C       1 237 63 The (w)hole survey: An unbiased sample study of transition disk candidates based on Spitzer catalogs. VAN DER MAREL N., VERHAAR B.W., VAN TERWISGA S., et al.
2016ApJS..225...26K viz 56       D     X         2 51 2 A search for very low-luminosity objects in Gould Belt clouds. KIM M.-R., LEE C.W., DUNHAM M.M., et al.
2017A&A...600A..20A viz 43           X         1 135 270 X-shooter spectroscopy of young stellar objects in Lupus. Accretion properties of class II and transitional objects. ALCALA J.M., MANARA C.F., NATTA A., et al.
2017MNRAS.467..812M 41           X         1 55 4 The JCMT Gould Belt Survey: a first look at SCUBA-2 observations of the Lupus I molecular cloud. MOWAT C., HATCHELL J., RUMBLE D., et al.
2017NatAs...1..158L 25 ~ The link between magnetic field orientations and star formation rates. LI H.-B., JIANG H., FAN X., et al.
2018A&A...615L...1M 2206 T   A     X C       52 15 2 Gaia DR2 view of the Lupus V-
VI clouds: The candidate diskless young stellar objects are mainly background contaminants. 		MANARA C.F., PRUSTI T., COMERON F., et al.
2019ApJ...871L..15G 100       D       C       3 22 ~ A comparison between magnetic field directions inferred from Planck and starlight polarimetry toward Gould Belt clouds. GU Q. and LI H.-B.
2019A&A...622A..52Z 17       D               2 81 42 Star-forming content of the giant molecular filaments in the Milky Way. ZHANG M., KAINULAINEN J., MATTERN M., et al.
2019MNRAS.484.3604L 100       D       C       2 21 2 The link between magnetic fields and filamentary clouds - II. Bimodal linear mass distributions. LAW C.Y., LI H.-B. and LEUNG P.K.
2019ApJ...878..111H viz 42           X         1 3863 48 An initial overview of the extent and structure of recent star formation within the Serpens Molecular Cloud using Gaia Data Release 2. HERCZEG G.J., KUHN M.A., ZHOU X., et al.
2019ApJ...879..125Z 85             C       1 100 171 A large catalog of accurate distances to local molecular clouds: the Gaia DR2 edition. ZUCKER C., SPEAGLE J.S., SCHLAFLY E.F., et al.
2020AJ....159..200M viz 511     A D     X         13 17 ~ A random forest approach to identifying young stellar object candidates in the Lupus star-forming region. MELTON E.
2020MNRAS.498..850L 102       D       C       3 23 ~ The links between magnetic fields and filamentary clouds - III. Field-regulated mass cumulative functions. LAW C.-Y., LI H.-B., CAO Z., et al.
2020AJ....160..186L viz 1217 T   A S   X C F     25 235 15 A Gaia survey for young stars associated with the Lupus clouds. LUHMAN K.L.
2020A&A...642A..86T viz 128           X         3 143 ~ A wide survey for circumstellar disks in the Lupus complex. TEIXEIRA P.S., SCHOLZ A. and ALVES J.
2020A&A...643A.148G viz 358       D     X         9 154 27 Lupus DANCe. Census of stars and 6D structure with Gaia-DR2 data. GALLI P.A.B., BOUY H., OLIVARES J., et al.
2021A&A...648A..41V viz 44           X         1 39 8 Outflows, envelopes, and disks as evolutionary indicators in Lupus young stellar objects. VAZZANO M.M., FERNANDEZ-LOPEZ M., PLUNKETT A., et al.
2021ApJ...919...35Z 87           X         2 45 32 On the three-dimensional structure of local molecular clouds. ZUCKER C., GOODMAN A., ALVES J., et al.
2021ApJ...921...72M viz 44           X         1 277 37 Bridging the gap between protoplanetary and debris disks: separate evolution of millimeter and micrometer-sized Dust. MICHEL A., VAN DER MAREL N. and MATTHEWS B.C.
2022ApJ...936..152L 45           X         1 22 6 Diagnosing FU Ori-like Sources: The Parameter Space of Viscously Heated Disks in the Optical and Near-infrared. LIU H., HERCZEG G.J., JOHNSTONE D., et al.
2022A&A...666A.165S 18       D               2 39 8 Understanding star formation in molecular clouds IV. Column density PDFs from quiescent to massive molecular clouds. SCHNEIDER N., OSSENKOPF-OKADA V., CLARKE S., et al.
2023A&A...671A..46M 47           X         1 77 ~ New members of the Lupus I cloud based on Gaia astrometry Physical and accretion properties from X-shooter spectra. MAJIDI F.Z., ALCALA J.M., FRASCA A., et al.
2023ApJS..266...32P viz 47           X         1 36 2 Extension of HOPS out to 500 pc (eHOPS). I. Identification and Modeling of Protostars in the Aquila Molecular Clouds. POKHREL R., MEGEATH S.T., GUTERMUTH R.A., et al.

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