6. On the applicability of a high-resolution whole-atmosphere model for the development of an empirical D Region emulator (submitted)

Günzkofer, F., Wendt, V., Heymann, F., Schmölter, E., Renkwitz, T., Wrana, F., Liu, H., and Rapp, M.: On the applicability of a high-resolution whole-atmosphere model for the development of an empirical D Region emulator, submitted to J. Atmos. Sol.-Terr. Phys., 2026. 

5. Quasi-Stationary Wave-Driven Circulation over the Baltic Sea Region - A Comparison Between JAWARA Reanalysis and UA-ICON (submitted)

Ghosh, P., Peters, D. H. W., and Stephan, C. C.: Quasi-Stationary Wave-Driven Circulation over the Baltic Sea Region - A Comparison Between JAWARA Reanalysis and UA-ICON, submitted to J. Geophys. Res. Atmos., 2026.

4. The Neutral October Effect in Atmosphere Models (submitted)

Wendt, V., Ern, M., Liu, H.-L., Günzkofer, F., Schneider, H., and Kunze, M.: The Neutral October Effect in Atmosphere Models, submitted to Journal of Advances in Modelling Earth Systems, 2026.

3. Effects of a highly spatially variable SSW/ES event on the VLF signal of three transmitter-receiver links in polar latitudes (submitted) 

Schneider, H., Wendt, V., Clilverd, M., and Raita, T.: Effects of a highly spatially variable SSW/ES event on the VLF signal of three transmitter-receiver links in polar latitudes, submitted to JGR Space Physics, 2026

2. Simultaneous ground-based observations of a large quasi 26-day wave from three different measurement sites in northern mid-latitudes (submitted)

Kalicinsky, C., Wallis, S., Depenthal, L., Hoffmann, C. G., Lange, A., and von Savigny, C.: Simultaneous ground-based observations of a large quasi 26-day wave from three different measurement sites in northern mid-latitudes, EGUsphere [preprint], doi.org/10.5194/egusphere-2026-3209, 2026.

1. Automated Detection of Low-altitude Isolated Mesospheric Radar Echoes Using YOLOv8: Evidence for an ionospheric “C-layer” Phenomenon below 60 km altitude?

Krishnakumar, Y. K., Renkwitz, T., and Ahrens, A.: Automated detection of low-altitude isolated mesospheric radar echoes using YOLOv8: evidence for an ionospheric “C layer” phenomenon below 60 km altitude?, Atmos. Chem. Phys., 26, 9571–9587, doi.org/10.5194/acp-26-9571-2026, 2026.