The GOODS advanced data products are now available via the query forms for Science Data Products of the ESO Archive.

The pipeline processed HARPS echelle data are now available as Science Data Products via the Phase 3 main and spectral query forms. The data consist of 1D spectra in the ESO/SDP standard format and tar files containing unaltered output of the HARPS pipeline (DRS v. 3.5). Please note that only the presentation of the data has changed; the scientific content remains the same.

New data products resulting from the VISTA Survey of the Magellanic system (VMC) are now available via the dedicated Phase 3 query interface. The current release is based on the observations of five new VMC survey tiles (three in the LMC and two in the SMC), as well as on improved reduction of two tiles released earlier on.

The HAWK-I Ultra Deep Survey and GOODS Survey is a new ultra-deep near-IR imaging survey executed with Hawk-I at the VLT lead by A. Fontana as principal investigator. It was designed to cover the two CANDELS (http://candels.ucolick.org) extragalactic fields accessible from Paranal that do not have suitably-deep K-band images: a sub area of UDS and GOODS-South. It delivers the deepest, highest quality images ever collected in the K-band. Deep Y-band images in the UDS field have also been acquired. The UDS field is covered to a limit of Ks=27.3 (at 1 sigma) and the GOODS-South data reach slightly deeper/shallower limits (Ks=27.8).

PESSTO (Public ESO Spectroscopic Survey of Transient Objects) is a public spectroscopic survey that targets supernovae and optical transients brighter than 20.5^m with the goal of classifying supernovae as close as possible to their explosion phase. Release version 1 contained more than 900 flux calibrated spectra for 298 distinct objects observed during the first  year of the survey.  Such spectra are now complemented with 234 reduced and calibrated near-infrared SOFI images for 22 transient objects. Images and spectra can be queried and downloaded from the ESO Science Archive Facility.

During the successful commissioning runs of MUSE at VLT UT4 in February and April-May 2014, selected astronomical targets were observed to demonstrate the capabilities of the instrument, find the best observing strategies and optimize the performance of the data reduction pipeline.

The FORS2 spectra in the GOODS south field are now available as Science Data Products via the Phase 3 query form. These data were migrated to be compliant to the standard for science data products and ingested in the Science Archive via the Phase 3 infrastructure.

The ESO archive now provides access to reduced scientific data obtained with the XSHOOTER spectrograph mounted on the VLT.

The ESSENCE/FORS1 advanced data products are now available via the query forms for Science Data Products of the ESO Archive. The ESSENCE data were migrated to be compliant to the ESO standard regarding format and header keywords requirements, and ingested in the ESO Science Archive Facility via the Phase 3 infrastructure. This migration enhanced the value of these products by adding useful information in the headers of the FITS files.