NAME Gaia Sausage , the SIMBAD biblio

NAME Gaia Sausage , the SIMBAD biblio (71 results) C.D.S. - SIMBAD4 rel 1.7 - 2021.03.01CET09:25:00

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Title First 3 Authors
2021ApJ...907...10L 2300     A D S   X C       45 31 ~ Dynamically tagged groups of very metal-poor halo stars from the HK and Hamburg/ESO surveys. LIMBERG G., ROSSI S., BEERS T.C., et al.
2021ApJ...907..101A 900     A D     X C       18 11 ~ A blueprint for the Milky Way's stellar populations. II. Improved isochrone calibration in the SDSS and Pan-STARRS photometric systems. AN D. and BEERS T.C.
2021ApJ...907L..16R 1330     A     X C       26 5 ~ Icarus: a flat and fast prograde stellar stream in the Milky Way disk. RE FIORENTIN P., SPAGNA A., LATTANZI M.G., et al.
2021ApJ...908L...8A 600 T   A D S   X         11 23 ~ Elevated r-process enrichment in Gaia
Sausage and Sequoia.
2021MNRAS.500..889A 100           X         2 38 ~ The S2 stream: the shreds of a primitive dwarf galaxy. AGUADO D.S., MYEONG G.C., BELOKUROV V., et al.
2021MNRAS.500.4578M 50           X         1 22 ~ Simulations of globular clusters within their parent galaxies: multiple stellar populations and internal kinematics. McKENZIE M. and BEKKI K.
2021MNRAS.501..179M 50           X         1 29 ~ Probing the nature of dark matter with accreted globular cluster streams. MALHAN K., VALLURI M. and FREESE K.
2020A&A...635A..93P 93           X         2 30 ~ Pal 13: its moderately extended low-density halo and its accretion history. PIATTI A.E. and FERNANDEZ-TRINCADO J.G.
2020A&A...635A.125Y 392       D     X C       8 150 ~ The origin of globular cluster FSR 1758. YEH F.-C., CARRARO G., KORCHAGIN V.I., et al.
2020A&A...636A..75O 47           X         1 4 ~ Cataloging accreted stars within Gaia DR2 using deep learning. OSTDIEK B., NECIB L., COHEN T., et al.
2020A&A...636A.115D 1008     A     X         22 95 ~ Reviving old controversies: is the early Galaxy flat or round?. Investigations into the early phases of the Milky Way's formation through stellar kinematics and chemical abundances. DI MATTEO P., SPITE M., HAYWOOD M., et al.
2020A&A...638A.122C viz 93           X         2 20 ~ High-speed stars: Galactic hitchhikers. CAFFAU E., MONACO L., BONIFACIO P., et al.
2020A&A...638A.154K 47           X         1 10 ~ The HR 1614 moving group is not a dissolving cluster. KUSHNIRUK I., BENSBY T., FELTZING S., et al.
2020A&A...642L..18K 47           X         1 2 ~ The messy merger of a large satellite and a Milky Way-like galaxy. KOPPELMAN H.H., BOS R.O.Y. and HELMI A.
2020A&A...643A..15P viz 187           X         4 13 ~ The elusive tidal tails of the Milky Way globular cluster NGC 7099. PIATTI A.E., CARBALLO-BELLO J.A., MORA M.D., et al.
2020A&A...643A..77P 19       D               5 31 ~ Different sodium enhancements among multiple populations of Milky Way globular clusters. PIATTI A.E.
2020A&A...643L...4F 215     A     X C       4 37 ~ Aluminium-enriched metal-poor stars buried in the inner Galaxy. FERNANDEZ-TRINCADO J.G., BEERS T.C., MINNITI D., et al.
2020AJ....160...43A 47           X         1 7 ~ The stellar velocity distribution function in the Milky Way galaxy. ANGUIANO B., MAJEWSKI S.R., HAYES C.R., et al.
2020ApJ...890..110G 47           X         1 19 ~ Applying Noether's theorem to matter in the Milky Way: evidence for external perturbations and non-steady-state effects from Gaia Data Release 2. GARDNER S., HINKEL A. and YANNY B.
2020ApJ...891...39Y 3732     A D S   X C       79 31 ~ Dynamical relics of the ancient galactic halo. YUAN Z., MYEONG G.C., BEERS T.C., et al.
2020ApJ...891L..30A 634     A     X C       13 2 ~ The splash without a merger. AMARANTE J.A.S., BERALDO E SILVA L., DEBATTISTA V.P., et al.
2020ApJ...894...34D 140           X         3 3 ~ The metallicity gradient and complex formation history of the outermost halo of the Milky Way. DIETZ S.E., YOON J., BEERS T.C., et al.
2020ApJ...896...14H 93           X         2 3 ~ Insights into the formation and evolution history of the Galactic disk system. HAN D.R., LEE Y.S., KIM Y.K., et al.
2020ApJ...897...39A 47           X         1 3 ~ A blueprint for the Milky Way's stellar populations: the power of large photometric and astrometric surveys. AN D. and BEERS T.C.
2020ApJ...898....4C 47           X         1 8 ~ Quantifying the stellar Halo's response to the LMC's infall with spherical harmonics. CUNNINGHAM E.C., GARAVITO-CAMARGO N., DEASON A.J., et al.
2020ApJ...898L..37Y 513     A D     X C       11 17 ~ A low-mass stellar-debris stream associated with a globular cluster pair in the halo. YUAN Z., CHANG J., BEERS T.C., et al.
2020ApJ...899..110T 1148     A S   X C       23 11 ~ Differential rotation of the halo traced by K-giant stars. TIAN H., LIU C., WANG Y., et al.
2020ApJ...901...48N 6345     A D S   X C       135 17 ~ Evidence from the H3 Survey that the stellar halo is entirely comprised of substructure. NAIDU R.P., CONROY C., BONACA A., et al.
2020ApJ...902..119D 2687     A S   X         57 12 ~ The Milky Way's shell structure reveals the time of a radial collision. DONLON T., NEWBERG H.J., SANDERSON R., et al.
2020ApJ...903...25N 47           X         1 8 ~ Chasing accreted structures within Gaia DR2 using deep learning. NECIB L., OSTDIEK B., LISANTI M., et al.
2020ApJ...903..131Y 513           X C       10 5 ~ Existence of the metal-rich stellar halo and high-velocity thick disk in the Galaxy. YAN Y., DU C., LI H., et al.
2020ApJ...905...20R 140           X C       2 53 ~ Metal-poor stars observed with the Southern African Large Telescope. RASMUSSEN K.C., ZEPEDA J., BEERS T.C., et al.
2020MNRAS.492.1641M 47           X         1 52 ~ Homogeneous analysis of globular clusters from the APOGEE survey with the BACCHUS code - II. The Southern clusters and overview. MESZAROS S., MASSERON T., GARCIA-HERNANDEZ D.A., et al.
2020MNRAS.492.2161Z 2407     A     X C       51 76 ~ Local RR Lyrae stars: native and alien. ZINN R., CHEN X., LAYDEN A.C., et al.
2020MNRAS.492.3408P viz 261     A     X C       5 49 ~ Evidence for Galactic disc RR Lyrae stars in the solar neighbourhood. PRUDIL Z., DEKANY I., GREBEL E.K., et al.
2020MNRAS.492.3631M 1054     A     X C       22 5 ~ Weighing the stellar constituents of the galactic halo with APOGEE red giant stars. MACKERETH J.T. and BOVY J.
2020MNRAS.492.3816A 233           X         5 4 ~ The tale of the tail - disentangling the high transverse velocity stars in Gaia DR2. AMARANTE J.A.S., SMITH M.C. and BOECHE C.
2020MNRAS.493..847F 47           X         1 105 ~ Reverse engineering the Milky Way. FORBES D.A.
2020MNRAS.493.3061Y 47           X         1 2 ~ Gravitational potential from small-scale clustering in action space: application to Gaia Data Release 2. YANG T., BORUAH S.S. and AFSHORDI N.
2020MNRAS.493.3363H 47           X         1 49 ~ The chemical compositions of accreted and in situ galactic globular clusters according to SDSS/APOGEE. HORTA D., SCHIAVON R.P., MACKERETH J.T., et al.
2020MNRAS.493.3422R 93           X         2 2 ~ The mass fraction of halo stars contributed by the disruption of globular clusters in the E-MOSAICS simulations. REINA-CAMPOS M., HUGHES M.E., KRUIJSSEN J.M.D., et al.
2020MNRAS.493.5195D viz 47           X         1 9 ~ Ages and kinematics of chemically selected, accreted Milky Way halo stars. DAS P., HAWKINS K. and JOFRE P.
2020MNRAS.495...29E 5673     A S   X C       120 3 ~ Cosmological insights into the assembly of the radial and compact stellar halo of the Milky Way. ELIAS L.M., SALES L.V., HELMI A., et al.
2020MNRAS.495..743B 47           X         1 5 ~ The little things matter: relating the abundance of ultrafaint satellites to the hosts' assembly history. BOSE S., DEASON A.J., BELOKUROV V., et al.
2020MNRAS.495.2645B 1801     A     X C       38 2 ~ Explaining the chemical trajectories of accreted and in-situ halo stars of the Milky Way. BROOK C.B., KAWATA D., GIBSON B.K., et al.
2020MNRAS.496...80V 47           X         1 2 ~ Stellar migrations and metal flows - Chemical evolution of the thin disc of a simulated Milky Way analogous galaxy. VINCENZO F. and KOBAYASHI C.
2020MNRAS.496..638H 47           X         1 2 ~ The globular cluster system of the Auriga simulations. HALBESMA T.L.R., GRAND R.J.J., GOMEZ F.A., et al.
2020MNRAS.496.2902M 47           X         1 64 ~ Lithium and beryllium in the Gaia-Enceladus galaxy. MOLARO P., CESCUTTI G. and FU X.
2020MNRAS.496.3929D 47           X         1 4 ~ The edge of the Galaxy. DEASON A.J., FATTAHI A., FRENK C.S., et al.
2020MNRAS.498.2472K 47           X         1 82 ~ Kraken reveals itself - the merger history of the Milky Way reconstructed with the E-MOSAICS simulations. KRUIJSSEN J.M.D., PFEFFER J.L., CHEVANCE M., et al.
2020NatAs...4..382C 47           X         1 3 ~ Age dating of an early Milky Way merger via asteroseismology of the naked-eye star ν Indi. CHAPLIN W.J., SERENELLI A.M., MIGLIO A., et al.
2019A&A...630L...4M 45           X         1 165 ~ Origin of the system of globular clusters in the Milky Way. MASSARI D., KOPPELMAN H.H. and HELMI A.
2019A&A...631L...9K 45           X         1 4 ~ Multiple retrograde substructures in the Galactic halo: A shattered view of Galactic history. KOPPELMAN H.H., HELMI A., MASSARI D., et al.
2019A&A...632A...4D 90           X         2 5 ~ The Milky Way has no in-situ halo other than the heated thick disc. Composition of the stellar halo and age-dating the last significant merger with Gaia DR2 and APOGEE. DI MATTEO P., HAYWOOD M., LEHNERT M.D., et al.
2019A&A...632A..55K viz 90             C       1 56 ~ An outer shade of Pal: Abundance analysis of the outer halo globular cluster Palomar 13. KOCH A. and COTE P.
2019ApJ...876..124C 45           X         1 9 ~ HALO7D. I. The line-of-sight velocities of distant main-sequence stars in the Milky Way halo. CUNNINGHAM E.C., DEASON A.J., ROCKOSI C.M., et al.
2019ApJ...879..120C 134           X         3 10 ~ HALO7D II: the halo velocity ellipsoid and velocity anisotropy with distant main-sequence stars. CUNNINGHAM E.C., DEASON A.J., SANDERSON R.E., et al.
2019ApJ...882...98P 358           X C       7 40 ~ Formation imprints in the kinematics of the Milky Way globular cluster system. PIATTI A.E.
2019ApJ...883...27N 134           X         3 3 ~ Under the FIRElight: stellar tracers of the local dark matter velocity distribution in the Milky Way. NECIB L., LISANTI M., GARRISON-KIMMEL S., et al.
2019ApJ...883L...5B 134           X         3 3 ~ A Gaia-enceladus analog in the EAGLE simulation: insights into the early evolution of the Milky Way. BIGNONE L.A., HELMI A. and TISSERA P.B.
2019ApJ...884...67W 179           X         4 4 ~ Constraints on the Galactic inner halo assembly history from the age gradient of blue horizontal-branch stars. WHITTEN D.D., BEERS T.C., PLACCO V.M., et al.
2019ApJ...885..102L 45           X         1 4 ~ Chemical cartography. II. The assembly history of the galactic stellar halo traced by carbon-enhanced metal-poor stars. LEE Y.S., BEERS T.C. and KIM Y.K.
2019ApJ...885..139G 45           X         1 30 ~ Fluorine abundances in the galactic disk. GUERCO R., CUNHA K., SMITH V.V., et al.
2019ApJ...886...76D 699     A S   X C       14 15 ~ The Virgo Overdensity explained. DONLON T., NEWBERG H.J., WEISS J., et al.
2019ApJ...887..237C 179           X         4 14 ~ Resolving the metallicity distribution of the stellar halo with the H3 Survey. CONROY C., NAIDU R.P., ZARITSKY D., et al.
2019MNRAS.485.1029P 520     A     X         12 23 ~ Extra-tidal structures around the
Gaia Sausage candidate globular cluster NGC 6779 (M56).
2019MNRAS.485.3296W 90           X         2 9 ~ The gravitational force field of the Galaxy measured from the kinematics of RR Lyrae in Gaia. WEGG C., GERHARD O. and BIETH M.
2019MNRAS.487L..47V 2939 T K A     X C F     63 1 ~ The Fall of a Giant. Chemical evolution of
Enceladus, alias the
Gaia Sausage.
2019MNRAS.488.1235M 2670     A     X C       59 48 ~ Evidence for two early accretion events that built the Milky Way stellar halo. MYEONG G.C., VASILIEV E., IORIO G., et al.
2018ApJ...863L..28M 1892 T     D S   X C       41 22 66 The
Sausage Globular Clusters.
2018Natur.563...85H 11 17 189 The merger that led to the formation of the Milky Way’s inner stellar halo and thick disk. HELMI A., BABUSIAUX C., KOPPELMAN H.H., et al.

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