| Author(s) | Paper title | Country | Pages |
| K. Araki, M. Murakami, A. Hashimoto, T. Tajiri | Real-Time analysis of atmospheric thermodynamic conditions based on 1DVAR method using ground-based microwave radiometer data | Japan | 1-03 |
| S.Benjamin, M.Hu, C.Alexander, D.Dowell, H.Lin, T.Ladwig, E.James, S.Weygandt, T.Smirnova, J.Kenyon | Hourly assimilation including radar, cloud, and surface observations in the NOAA 3km HRRR and 13km RAP models also with land-atmospheric coupled assimilation | United States | 1-05 |
| L. Berre, E. Arbogast, B. Ménétrier, G. Desroziers | Change of variable applied to mass and wind fields for covariance localisation | France | 1-07 |
| T.-C. Chen, E. Kalnay, D. Hotta | Use of EFSO for online data assimilation quality monitoring and proactive quality control | United States | 1-09 |
| R. El Ouaraini, L. Berre, C. Fischer | Diagnosis of some error contributions in global and regional data assimilation cycling | Morocco | 1-11 |
| Y. Hirahara, T. Egawa, M. Kazumori | Operational use of Suomi NPP ATMS radiance data in JMA’s global NWP system | Japan | 1-13 |
| Y. Hirahara, H. Owada, M. Moriya | Assimilation of GNSS RO data into JMA’s mesoscale NWP System | Japan | 1-15 |
| N. Kamekawa, M. Kazumori | Assimilation of Suomi NPP/CrIS radiance data into JMA’s global NWP system | Japan | 1-17 |
| Y. Murakami, M. Kazumori | Assimilation of SSMIS humidity sounding channels into JMA’s global NWP system | Japan | 1-19 |
| R.J. Purser, M. Rancic, M. de Pondeca, D.F. Parrish | Covariance operators on the equiangular gnomonic cubic grid | USA | 1-21 |
| R.J. Purser, X. Su, R. Yang, Y. Zhu | Developments in variational quality control | USA | 1-23 |
| M.Tsyrulnikov, A. Rakitko | A Hierarchical Bayes Ensemble Filter | Russia | 1-25 |
| A. Wada, M. Kunii, Y. Yonehara, K. Sato | Impacts on local heavy rainfalls of surface winds measurement by seabirds | Japan | 1-27 |
| R. Yang, M. Pondeca, S. Levine, G. DiMego, J. Whiting, J. Carley, G. Manikin, A. Gibbs | Development of a rapid-update real-time mesoscale analysis of ceiling and visibility | USA | 1-29 |
| Author(s) | Paper title | Country | Pages |
| M. Akperov, I.I. Mokhov, U. Tagiyeva, M. Dembitskaya | Cyclone/anticyclone activity over the Caspian Sea basin | Russia | 2-03 |
| G. Alekseev, S. Kuzmina, A. Urazgildeeva, and L. Bobylev | Influence of atmospheric heat transport on amplification of winter warming in the Arctic | Russia | 2-05 |
| G. Alekseev, S. Kuzmina, N. Glok | Influence of SST anomalies in low latitudes on atmospheric heat transport to the Arctic | Russia | 2-07 |
| G. Alekseev, N. Glok | Influence of the Equatorial North Atlantic on sea ice shrinking in the Arctic | Russia | 2-09 |
| A.V. Chernokulsky, I.I. Mokhov | Cloudiness and sea ice mutual variations in the Antarctic: dependence on Antarctic oscillation | Russia | 2-11 |
| M.S. Ivanov, I.I. Mokhov, A.I.Semenov, V.V.Sumarokov | Comparison of temperature in the upper mesosphere from lidar measurements, satellite and model data and from ground-based measurements of hydroxyl emission | Russia | 2-13 |
| I.I. Mokhov, A.V. Timazhev | Tropical cyclones activity in the Western North Pacific Ocean: Relationship with ENSO | Russian Federation | 2-15 |
| A.Pokhil | Behaviour of ensembles in a rotating field | Russia | 2-17 |
| N. P. Shakina, N. I. Komas’ko, A. R. Ivanova | Frontogenesis in a tropospheric frontal zone: a case study | Russia | 2-19 |
| I. Simmonds, I. Rudeva | Can Arctic sea ice loss drive teleconnection patterns into the midlatitudes? | Australia | 2-21 |
| I. Simmonds, I. Rudeva, D. Crock | Strong links between the Southern Hemisphere subtropical ridge and frontal behaviour | Australia | 2-23 |
| M. Zhang, H. von Storch, D. Li | The effect of different criteria on tracking eddy in the South China Sea | Germany | 2-25 |
| Author(s) | Paper title | Country | Pages |
| C.Alexander, S.Benjamin, D.Dowell, S.Weygandt, J.Brown, J.Olson, T.Smirnova, J.Kenyon, T.Ladwig, I.Jankov | Hourly updated NOAA 3km High-Resolution Rapid Refresh model | USA | 5-03 |
| D. Alferov, E. Astakhova | Experiments with stochastic perturbation of physical tendencies in the mesoscale convection-resolving ensemble COSMO-Ru2-EPS | Russia | 5-05 |
| A. Hashimoto, N. Orikasa, T. Tajiri, M. Murakami | Numerical prediction experiment over the United Arab Emirates by using JMA-NHM | Japan | 5-07 |
| A. Hashimoto, K. Yamada, N. Hirasawa, M. Niwano, T. Aoki | Prediction of Antarctic weather by JMA-NHM to support JARE | Japan | 5-09 |
| A. Hashimoto, M. Niwano, T. Aoki, H. Motoyoshi, S. Yamaguchi, S. Nakai | Numerical weather prediction experiment in collaboration with research activities in glaciology and snow disaster prevention | Japan | 5-11 |
| J. McQueen, J. Huang, H. Huang, P. Lee, I. Stajner | NOAA's National Air Quality Forecast Capability for ozone and fine particulate matter | USA | 5-13 |
| J. McQueen, B. Stunder, A. Stein, H. Huang, and I. Stajner | NWS HYSPLIT atmospheric transport and dispersion modeling | USA | 5-14 |
| K. Ono | Consistent Initial and Lateral Boundary Perturbations in Mesoscale Ensemble Prediction System at JMA | Japan | 5-16 |
| E. Rogers, J. Carley, B. Ferrier, E. Aligo, G. Gayno, Z. Janjic, Y. Lin, S. Liu, G.P. Lou, M. Pyle, W.-S. Wu, Y. Wu, G. DiMego | Upgrades to the NCEP North American Mesoscale (NAM) System | USA | 5-18 |
| A.Wada, R. Oyama | Numerical simulations of convective bursts occurred just before landfall of Typhoon Lionrock (2016) | Japan | 5-20 |
| A. Wada | Sensitivity numerical simulations of Hurricane Patricia (2015) on lateral boundary conditions and inhibition rate of evaporation | Japan | 5-22 |
| A. Wada, H. Tsuguti and H. Yamada | Numerical simulations of shield-like precipitation pattern in the Eastern China Sea remotely enhanced by Typhoon Nepartak (2016) | Japan | 5-24 |
| X. Yang | The 2016 upgrade of the operational NWP at DMI | Denmark | 5-26 |