Author(s)
|
Title
|
Country
|
Pages
|
H. Anlauf, W. Wergen, G. Paul |
A Study of the Flow-Dependence of Background Error Covariances Based on the NMC Method |
Germany
|
1-01
|
G. Balsamo, J.-F. Mahfouf, S. Bélair, G. Deblonde |
A Prototype of the Canadian Land Data Assimilation System and its Application to Soil Moisture Analysis |
Canada |
1-03
|
N. Bormann, S. B. Healy, M. Matricardi |
Assimilation of Infrared Limb Radiances from MIPAS in t he ECMWF System |
Europe
|
1-05
|
R. Danielson, M. Dowd, H. Ritchie, L. Fillion |
High-Resolution Marine Wind Retrieval Using Synthetic Aperture Radar |
Canada
|
1-07
|
R. Eresmaa |
Forward Modelling of Ground Based GPS Slant Total Delay Observations |
Finland
|
1-09
|
C. Gebhardt, T. Ochotta, D. Saupe, W. Wergen |
Adaptive Thinning of Atmospheric Observations in Data Assimilation with Vector Quantization and Filtering Methods - the First Steps |
Germany
|
1-11
|
E. Gérard, T. Montmerle, F. Rabier |
Assimilation of New Sounder Data in the Operational System at Météo-France |
France
|
1-13
|
J.-I. Ishida, K. Saito |
Initialization Scheme for Water Substances in the Operational NHM |
Japan
|
1-15
|
T. Kadowaki |
A 4-Dimensional Variational Assimilation System for the JMA Global Spectrum Model |
Japan
|
1-17
|
T. Kawabata, H. Seko, T. Kuroda, Y. Wakatsuki, Y. Honda, K. Tamiya, K. Aonashi , Y. Shoji, K. Saito, T. Tsuyuki |
A Cloud Resolving 4DVAR Data Assimilation System Based on the JMA Non-Hydrostatic Model |
Japan
|
1-19
|
M. Kazumori, K. Fukuda, H. Owada |
Assimilation of ATOVS Level-1c Radiance Data at JMA |
Japan
|
1-21
|
M. Kazumori, Y. Nakamura |
MODIS Polar Winds Assimilation at JMA |
Japan
|
1-23
|
M. Kunii, H. Seko |
Assimilation of Radial Wind Measured By Doppler Radar to Typhoon HIGOS |
Japan
|
1-25
|
S. Laroche, P. Gauthier, M. Tanguay, S. Pellerin, J. Morneau |
Operational Implementation of 4D-Var at the Meteorological Service of Canada |
Canada
|
1-27
|
L. Ma, N. Davidson, Y. Duan, J. Chan |
Initialization with Rainfall Defined Diabatic Heating |
China, Australia
|
1-29
|
P. Mukhopadhyay |
Real Data Simulation of a Thunderstorm over Kolkata using RAMS |
India
|
1-31
|
A. Narui |
Use of Temperature Data from Radio-Sonde Observations in Place of Geopotential Height in the JMA Global 3D-VAR |
Japan
|
1-33
|
Y. Ohhashi, T. Imaizumi |
Operational Use of QuikSCAT / SeaWinds Ocean Surface Wind Data in the Meso 4D-Var System |
Japan
|
1-35
|
A. Rhodin, D. Pingel, O. Shmid, M. Tomassini, H. Anlauf, W. Wergen M.E. Gorbunov, M.D. Tsyroulnikov, L. Kornblueh |
A Global PSAS |
Germany, Russia
|
1-37
|
K. Salonen |
Towards The Use of Doppler Radar Radial Winds in NWP |
Finland
|
1-39
|
H. Seko, T. Kawabata, T. Tsuyuki |
Data Assimilation Experiments of Nerima Heavy Rainfall |
Japan
|
1-41
|
K. Stephan, S. Klink, C. Schraff |
Assimilation of Radar Data in the Mesoscale NWP-Model of DWD |
Germany |
1-43
|
M. Szyndel, J.-N. Thépaut, G. Kelly |
Assimilation of SEVIRI Infrared Observations at ECMWF |
Europe
|
1-45
|
T. Tauchi, Y. Takeuchi, Y. Sato |
Use of AMSR-E Data in the JMA Operational Meso Analysis |
Japan
|
1-47
|
D. Wang, X. Liang |
Comparison of Two Tropical Cyclone Bogussing Schemes |
China
|
1-49
|
Author(s) |
Title |
Country |
Pages
|
M. Baldauf, J. Förstner, P. Prohl
|
|
Germany |
3-01 |
N. Bogoslovskii, M. Tolstykh |
Study of Different Formulations for Continuity Equation in the SL-AV NWP Model |
Russia |
3-03
|
L. Bonaventura, L. Kornblueh, E. Roeckner, T. Heinze, D. Majewski, P. Ripodas |
The ICON Dynamical Core Project: Modelling Strategies and Preliminary Results |
Germany |
3-05
|
D. S. Dukhovskoy, S. L. Morey, J.J. O´Brien |
Topographic Rossby Waves in a Z-Level Ocean Model |
USA |
3-07
|
R.Y. Fadeev |
The Reduced Grid for the Global Semi-Lagrangian Numerical Weather Prediction Model |
Russia |
3-09
|
S. Hagemann, K. Arpe, E. Roeckner |
Influence of Different Vertical and Horizontal Model Resolutions on the Simulated Hydrological Cycle of the GCM ECHAM5 |
Germany |
3-11
|
V.M. Krasnopolsky, M. S. Fox-Rabinovitz, D. V. Chalikov |
Fast and Accurate Neural Network Emulation of the NCAR CAM-3 Short Wave Radiation Parameterization: Evaluation of Accuracy of Approximation and Computational Performance |
USA |
3-13
|
A. Mahidjiba, A. Qaddouri, J. Côté |
Towards an Interactive Conserving Semi-Lagrangian Model for Chemistry and Climate |
Canada |
3-15 |
I.I. Mokhov |
Analysis of Relative Dynamics of Different Cycles with the Use of Phase Portraits |
Russia |
3-17 |
V.P. Parkhomenko |
Parallel Atmospheric General Circulation Model Code Analysis and Optimization |
Russia |
3-19
|
J. A. Pudykiewicz |
Numerical Solution of the Reaction-Advection-Diffusion Equation on the Sphere |
Canada |
3-21 |
A. Qaddouri, L. Laayouni, J. Côté, M. Gander |
Optimized Schwarz methods with an Overset Grid System for the Shallow-Water Equations |
Canada |
3-23 |
H. Yoshimura, T. Matsumura |
A Two-Time-Level Vertically-Conservative Semi-Lagrangian Semi-Implicit Double Fourier Series AGCM |
Japan |
3-25
|
M. Zerroukat, N. Wood, A. Staniforth |
Semi-Lagrangian Advection and Conservation |
UK |
3-27
|
Author(s) |
Title |
Country |
Pages
|
M. Dubal, N. Wood, A. Staniforth |
Analysis of the Numerics of Physics-Dynamics Coupling |
UK |
4-01
|
J. Ferreira, C. Marques, A. Rocha, P. Gonçalves |
WRF Modelling System Experiments with Different Land- Surface Options |
Portugal |
4-03
|
J. Förstner, H.-J. Herzog, G. Vogel |
Implementation of a 3D-Turbulence Parameterization for the Very Short Range Forecast Model LMK |
Germany |
4-05
|
J.-F. Geleyn, R. Fournier, G. Hello, N. Pristov |
A New 'Bracketing' Technique for a Flexible and Economical Computation of Thermal Radiative Fluxes, Scattering Effects Included, on the Basis of the Net Exchanged Rate (NER) Formalism |
Czech Republic |
4-07
|
A. Hashimoto, M. Murakami, C. Muroi, S. Kanada, Y. Wakazuki, K. Yasunaga, T. Kato, K. Kurihara, M. Yoshizaki |
The Enhancement of Condensation in Melting Layer Simulated by Cloud Resolving Non-Hydrostatic Model |
Japan |
4-09
|
H. Kawai |
Improvement of a Cloud Ice Fall Scheme in GCM |
Japan |
4-11
|
S. Kotlarski, D. Jacob |
Development of a Subgrid Scale Parameterization of Mountain Glaciers for use in Regional Climate Modelling |
Germany |
4-13
|
A. Lemonsu, S. Bélair, J. Mailhot |
Inclusion of an Urban Canopy Parameterization in the Canadian Meteorological Models |
Cananda |
4-15
|
D. Mironov, N. Schneider, B. Ritter, E. Heise |
Implementation of a Lake Model FLake into the Limited-Area NWP System LM of the German Weather Service: Preliminary Results |
Germany |
4-17
|
S. Murai, S. Yabu |
Introduction of a New Radiation Scheme to the Operational Global NWP Model at JMA |
Japan |
4-19
|
A. Murata, M. Ueno |
A Comparison of In-Cloud and Environmental Properties in Numerical Results Between Cloud-Resolving and Parameterized Simulations for a Tropical Cyclone Rainband |
Japan |
4-21
|
R. Nagasawa, H. Kitagawa |
Improvement of Cloud Treatment in Radiation Process of the JMA Non-Hydrostatic Model |
Japan |
4-23
|
S. Niemelä, C. Fortelius |
Applicability of Large-Scale Convection and Condensation Parameterization to meso-gamma Scales |
Finland |
4-25
|
T. Reinhardt |
A Prognostic Graupel Microphysics Scheme For High-Resolution NWP |
Germany |
4-27
|
V. Shnaydman, G. Stenchikov |
Effect of Turbulence on Atmospheric Chemistry |
USA |
4-29
|
M. Ueno, A. Murata, W. Mashiko |
A Strong Dependency of Simulated TC Structure on Model Physics: Steering-Weight Perspective |
Japan |
4-31
|
Author(s) |
Title |
Country |
Pages
|
L.V. Berkovich, K.G. Rubinstein, R.J. Ignatov, G.M. Kalugina, S.O. Krichak, M.V. Tsidulko, I.E. Zacharov |
Adaptation of the PSU/NCAR MM5 for High-Resolution Weather Prediction over Russia |
Russia |
5-01
|
H. Eito, K. Aonashi, G. Liu, C. Muroi, S. Hayashi, T. Kato, M. Yoshizaki |
Preliminary Comparison of AMSR-E Observation and Numerical Si mulation with Cloud Resolving Model for Solid Precipitation in Winter During the Wakasa 2003 |
Japan |
5-03
|
T. Haiden |
NWP Research in Austria |
Austria |
5-05
|
T. Hosomi |
Implementation of Targeted Moisture Diffusion for the JMA Regional Spectral Model (RSM) |
Japan |
5-07
|
J-I. Ishida, S. Tanaka |
Verification of Mesoscale Forecasts by the Newly Implemented JMA-NHM |
Japan |
5-09
|
T. Kato, K. Aranami |
Prediction of Localized Heavy Rainfall Using a Cloud-Resolving Nonhydrostatic Model and its Problems |
Japan |
5-11
|
J. H.Y. Kwok, J.C.L. Chan |
Tropical Cyclone Intensity Change in a Uniform Flow |
China |
5-13
|
H. Nakayama, K. Aranami |
Development of a High-Resolution Meso-Scale Model at JMA |
Japan |
5-15
|
K. Saito, J.-I. Ishida |
Implementation of the Targeted Moisture Diffusion to JMA-NHM |
Japan |
5-17
|
V.A. Shnaydman, L.V. Berkovich, Y. V. Tkacheva |
Operational Forecast of the Meteorological and Turbulence Characteristics of the Boundary Layer |
USA, Russia |
5-19
|
R. Solomakhov |
Correcting Prognostic GRIB Data Using Hi-Resolution 3D Lagrangian Model |
Russia |
5-21
|
J. Steppeler, H.W. Bitzer, Z. Janjic, U. Schättler, P. Prohl, U. Gjertsen, J. Parfinievicz, U. Damrath |
A Z-Coordinate Version of the Non-Hydrostatic Model LM |
Germany |
5-23
|
Z. Vakula, L. Kalin, M. Tudor, S. Ivatek- Šahdan |
Verification in Croatian Meteorological and Hydrological Service |
Croatia |
5-25
|
M. L.M. Wong, J.C.L Chan |
Tropical Cyclone Motion and Asymmetry due to Land-Sea Friction Contrast |
China |
5-27
|
Author(s) |
Title |
Country |
Pages
|
O.A. Alduchov, I. V. Chernykh |
About Negative Correlations of Surface Temperature and Clouds Parameters for Antarctic Region |
Russia |
7-01
|
K. Bülow, D. Jacob, R. Podzun |
Changes in Precipitation Intensity Under Climate Change Conditions Over Major Catchments in Europe |
Germany |
7-03
|
I. V. Chernykh, O. A. Adluchov, V. E. Lagun |
About Climatic Changes of Clouds and Precipitation over Antarctic Peninsula |
Russia |
7-05
|
K.C. Chow, J.C.L. Chan |
Time-Lagged Effects of Spring Tibetan Plateau Soil Moisture on the Monsoon over China in Early Summer |
China |
7-07
|
B. Dugas, A. Zadra, K. Winger |
Current State of GEM Climate Simulation at RPN |
Canada |
7-09
|
S. Hagemann, D. Jacob |
European Discharge Under Climate Change Conditions Simulated by a Multimodel Ensemble |
Germany |
7-11
|
T. Jung, T.N. Palmer, G.J. Shutts |
Influence of a New Stochastic Physics Scheme on Weather Regimes in the North Pacific Region |
UK |
7-13
|
A.A. Karpenko, I.I. Mokhov, P.A. Stott |
Contribution of Natural and Anthropogenic Causes in Regions with Large Temperature Changes During XX Century |
Russia |
7-15
|
E. Keup-Thiel, T. Blome, D. Jacob |
Climate Simulations of the Barents Sea Region |
Germany |
7-17
|
V.C. Khon, I.I. Mokhov, E. Roeckner, V.A. Semenov |
Extreme Precipitation in Northern Eurasia from Observations and Model Simulations |
Germany |
7-19
|
V.C. Khon, I.I. Mokhov |
Regional Changes of Arctic Sea Ice and Freshwater Balance Components from Model Simulations with Anthropogenic Forcing |
Russia |
7-21
|
S.O. Krichak, P. Alpert, M. Dayan |
Simulation of the Surface Climatology over the Eastern Mediterranean Region Using the RegCM3 Model |
Israel |
7-23
|
P. Lorenz, D. Jacob |
Influence of Regional Scale Information on the Global Circulation: A Two-Way Nesting Climate Simulation |
Germany |
7-25
|
P. Martineu |
An Assessment of the PRECIS Regional Climate Modelling System - Simulations over North America using PRECIS |
Canada |
7-27
|
I.I. Mokhov |
Spring-Summer Climate Extremes in Eurasian Midlatitudinal Regions |
Russia |
7-29
|
I.I. Mokhov, A.V. Chernokulsky, J.-L. Dufresne, H. Le Treut |
Terrestrial Biosphere Response to Anthropogenic Changes in Growing Season in European Mid-Latitudinal Regions from Model Simulations |
Russia, France |
7-31
|
X. Shi, J.C.L. Chan, K.C. Chow, Y. Ding |
Upstream Surface Heat Flux Effects on the South China Sea Summer Monsoon |
China |
7-33
|
K. Yasunaga, Y. Wakazuki, M. Yoshizaki, C. Muroi, K. Kurihara, A. Hashimoto, S. Kanada, T. Kato |
The Changes in Precipitation Characteristics During the Baiu (Mei-yu) Season of the Global Warming Climate Simulated by a Cloud-Resolving Non-Hydrostatic Regional Model |
Japan |
7-35
|