| Stellar evolution | ||
| 1 | Xiaoting Fu | New PARSEC database of alpha enhanced stellar evolutionary tracks and isochrones for Gaia |
| 2 | Arnas Drazdauskas | CNO abundances in low mass stars of open clusters |
| 3 | Javier Alonso | NGC 6067: a young and massive open cluster with high metallicity |
| Stellar Clusters: formation and evolution | ||
| 4 | Elisabetta Rigliaco | Dynamical Analysis of L1688 in the rho-Ophiuchi star-forming region |
| 5 | Loredana Prisinzano | Spectroscopic properties of young stars in the star forming region NGC6530 |
| 6 | Thierry Morel | A-type stars in the Gaia-ESO Survey: DR4 analysis results |
| 7 | David Montes | The Gaia-ESO Survey: membership, lithium and chromospheric activity of the of the young open clusters IC 2391, IC 2602 and IC 4665 |
| 8 | David Montes | The Gaia-ESO Survey: calibrating the lithium-age relation with open clusters and associations |
| 9 | Jamie C. Overbeek | Membership and Fundamental Parameters of Open Cluster Trumpler 23 |
| 10 | Elena Franciosini | The double open cluster NGC 2451 |
| Galactic discs and Halo | ||
| 11 | Hugo M. Tabernero | Chemical tagging of stellar kinematic groups |
| 12 | Keith Hawkins | At the interface of the disk and halo: A lesson from APOGEE |
| 13 | Kohei Hattori | Particle-based chemo-dynamical distribution function |
| 14 | Šarūnas Mikolaitis | CNO and distributions in the Galactic discs |
| 15 | Mindaugas Macijauskas | Interstellar Extinction in the Direction of the Open Cluster NGC 2244 |
| 16 | Justas Zdanavičius | Interstellar extinction in the vicinity of the dark cloud LDN183 in Serpens |
| 17 | Michael R. Hayden | Chemo-kinematical cartography of the Milky Way disk with GES iDR4 |
| 18 | Stanislava Bartašiūtė | Bulk streaming motions of nearby K-M dwarfs |
| Chemical Tagging | ||
| 19 | Rodolfo Smiljanic | Testing blind chemical tagging with the Gaia-ESO open clusters |
| 20 | Raquel Boesso Silva | Study of clustering in the stellar abundances space using the Gaia-ESO survey |
| 21 | Mathieu Van der Swaelmen | Carbon-enriched objects within the Gaia-ESO survey |
| 22 | Vilius Bagdonas | Abundances of neutron-capture elements in open clusters |
| Bulge and Inner Galaxy | ||
| 23 | Matthieu Portail | Dynamical modelling of the Galactic bulge and long bar |
| 24 | Marius Maskoliūnas | The dark cloud TGU H994 P1 (LDN 1399, LDN 1400 and LDN 1402): interstellar extinction and distance. |
| 25 | Baitian Tang | Chemical Similarity (Dissimilarity) between the Milky Way Bulge and Elliptical Galaxies |
| Analysis methods and technology | ||
| 26 | Cameron Bell | How well do we know the age of a given young star cluster? |
| 27 | Vardan Adibekyan | Identifying the best elements for chemical tagging: The impact of the number of lines on measured scatter |
| 28 | Pedro Figueira | A pragmatic Bayesian perspective on correlation analysis: your next new tool for GES |
| 29 | Angela Kochoska | The Broadening Function (BF) approach as a tool in the search for binaries among peculiar stars with tSNE |
| 30 | Maria Tsantaki | A new approach to analyse mid-resolution spectra |
| 31 | Danijela Birko | Single lined spectroscopic binary stars in the Gaia-ESO Survey |
| 32 | Mathieu Van der Swaelmen | Double and multiple-lined spectroscopic binaries in the Gaia-ESO Survey |
| 33 | Mathias Schultheis | Gaia-ESO and APOGEE Field Coordination |
| 34 | Paula Jofre | The Gaia FGK Benchmark Stars |
| 35 | Eduardas Puzeras | DESSE: a new software for a spectral line measurement |
| 36 | Ross Collins | Using the GES Science Archive |
| 37 | Richard J. Jackson | Determining the precision of GES radial velocities and projected rotation velocities |
