VISCACHA papers

  1. Parisi et al. 2024: The VISCACHA survey - IX. The SMC southern bridge in 8D
  2. Saroon et al. 2023: The VISCACHA survey. VIII. Chemical evolution history of the Small Magellanic Cloud west halo clusters
  3. Oliveira et al. 2023: The VISCACHA survey - VII. Assembly history of the Magellanic Bridge and SMC Wing from star clusters
  4. Rodriguez et al. 2023: The VISCACHA survey - VI. Dimensional study of the structure of 82 star clusters in the Magellanic Clouds
  5. Bica et al. 2022: The VISCACHA survey - V. Rejuvenating three faint SMC clusters
  6. Dias et al. 2022b: The VISCACHA survey - IV. The SMC West Halo in 8D
  7. Dias et al. 2021: The VISCACHA survey - III. Star clusters counterpart of the Magellanic Bridge and Counter-Bridge in 8D
  8. Santos Jr. et al. 2020: The VISCACHA survey - II. Structure of star clusters in the Magellanic Clouds periphery
  9. Maia et al. 2019: The VISCACHA survey - I. Overview and first results

Other VISCACHA or VISCACHA-related publications

  1. De Bórtoli et al. 2022: Ca II triplet spectroscopy of Small Magellanic Cloud red giants. VI. Analysis of chemical properties of the main body
  2. Parisi et al. 2022: Ca II Triplet Spectroscopy of Small Magellanic Cloud Red Giants. V. Abundances and Velocities for 12 Massive Clusters
  3. Dias & Parisi 2020: Panchromatic calibration of Ca II triplet luminosity dependence
  4. Dias et al. 2020: The VISCACHA survey - deep and resolved photometry of star clusters in the Magellanic Clouds
  5. Bica et al. 2020: An Updated SMC and Magellanic Bridge Catalog of Star Clusters, Associations and Related Objects
  6. Dias et al. 2019: The VISCACHA survey: an overview
  7. Dias et al. 2018: The VISCACHA survey. Age and metallicity spatial distribution of star clusters in the SMC reveals a complex tidal history
  8. Santos Jr. et al. 2018: Tidal effects on the structure of Magellanic Cloud peripheral star clusters
  9. Souza et al. 2018: The SIRIUS code: Statistical Inference of physical paRameters of sIngle and mUltiple populations in Stellar clusters

Pre-VISCACHA selected references from team members

  1. Dias et al. 2016: SMC west halo: a slice of the galaxy that is being tidally stripped?. Star clusters trace age and metallicity gradients
  2. Parisi et al. 2016: Ca II Triplet Spectroscopy of Small Magellanic Cloud Red Giants. IV. Abundances for a Large Sample of Field Stars and Comparison with the Cluster Sample
  3. Bica et al. 2015: Bridge over troubled gas: clusters and associations under the SMC and LMC tidal stresses
  4. Parisi et al. 2015: Ca II Triplet Spectroscopy of Small Magellanic Cloud Red Giants. III. Abundances and Velocities for a Sample of 14 Clusters
  5. Maia et al. 2014: Mass distribution and structural parameters of Small Magellanic Cloud star clusters
  6. Dias et al. 2014: Self-consistent physical parameters for five intermediate-age SMC stellar clusters from CMD modelling
  7. Maia et al. 2010: Characterization and photometric membership of the open cluster NGC1981
  8. Dias et al. 2010: Age and metallicity of star clusters in the Small Magellanic Cloud from integrated spectroscopy
  9. Balbinot et al. 2010: Probing the Large Magellanic Cloud age gap at intermediate cluster masses
  10. Parisi et al. 2009: Ca II Triplet Spectroscopy of Small Magellanic Cloud Red Giants. I. Abundances and Velocities for a Sample of Clusters
  11. Bica et al. 2008: A general catalogue of extended objects in the Magellanic System
  12. Bica et al. 2008: BS196: an old star cluster far from the Small Magellanic Cloud main body
  13. Kerber et al. 2007: Physical parameters of 15 intermediate-age LMC clusters from modelling of HST colour-magnitude diagrams
  14. Kerber et al. 2005: Physical parameters of rich LMC clusters from modeling of deep HST colour-magnitude diagrams
  15. Kerber et al. 2002: Analysis of colour-magnitude diagrams of rich LMC clusters: NGC 1831