First data release of the Burst Alert Telescope AGN legacy survey of molecular gas fueling in powerful nearby AGN
The APEX telescope has obtained CO(2-1) spectra for a sample of 165 hard-X-Ray-selected AGN galaxies detected in observations by the Burst Alert Telescope (BAT) onboard Swift. These observations, taken under the ESO programme id 198.A-0708, PI M. Koss, allow a statistical comparison of AGN and non-AGN dominated
galaxies in the local Universe, for example from the ALLSMOG APEX survey.

As this programme mainly aimed at observing a statistical sample of
nearby AGN, many of the galaxies observed are well-known galaxies, and these Phase 3 data can provide a valuable total power measurement of the CO(2-1) emission which then can be combined with interferometric observations obtained with ALMA.
Additionally, the BASS (BAT AGN Spectroscopic Survey) sample includes a variety of other ESO data products including hundreds of spectra with VLT/Xshooter, VLT/MUSE, and VLT/FORS2 with more information at the BASS survey website.
This BAT AGN release available via the Science Portal or programatically, makes the combined CO(2-1) spectra publicly available so users can derive further spectroscopic parameters, and compare them with other lines in these objects. The spectra either have a peak S/N>5 or reach depths of 0.5-2 mK rms for non-detections. Further details can be found in the data release paper or in the accompanying release description.
Instructions on how to read or display data in the ESO/SDP tabular data format can be found in the 1D spectrum data format help page.
Customer support service by UserEcho
Interesting release. I’ve been following APEX and BAT AGN data for a while because I have a small telescope setup that I use for similar observational purposes. A while back, I accidentally scratched part of the telescope housing while transporting it to a darker site, which was a frustrating lesson in how delicate this equipment can be. Since then, I’ve started using tool box foam inserts to store and transport my gear. They keep everything snug, organized, and protected from knocks and vibration, especially during long drives. I honestly didn’t realize how much of a difference proper storage could make until then. Reading about how carefully handled and calibrated these professional instruments are really resonates with me now both on the scientific and practical sides.