Author(s)
|
Title
|
Country
|
Pages
|
N.N. Bogoslovskii, M.A. Tolstykh |
Variational assimilation of screen-level temperature for the global semi-Lagrangian NWP model SL-AV |
Russia
|
1-01
|
A. Bouchard, A. Doerenbecher, F. Rabier, V. Guidard, F. Karbou |
NWP preparations at Météo-France for the Concordiasi project |
France
|
1-03
|
D. Brown, D. Noone |
Using Isotopic Constraints to Model Monsoonal Moisture Exchange |
USA
|
1-05
|
Y. Honda, K. Sawada |
A New 4D-Var for Mesoscale Analysis at the Japan Meteorological Agency |
Japan
|
1-07
|
T. Ishibashi |
Assimilation of WV CSR from MTSAT-1R in the JMA global 4DVAR system |
Japan
|
1-09
|
F. Karbou, É. Gérard, F. Rabier |
Towards the assimilation of surface sensitive satellite microwave observations over land at Météo-France |
France
|
1-11
|
T. Kawabata, T. Kuroda, H. Seko, K. Saito |
An Assimilation Experiment of a Heavy Rainfall Event around Tokyo with a Cloud-Resolving Nonhydrostatic 4D-Var Assimilation System |
Japan
|
1-13
|
M. Kunii, K. Saito, H. Seko |
Assimilation of Precipitation Data in Beijing Area |
Japan
|
1-15
|
T. Miyoshi, Y. Sato, T. Kadowaki, M. Kazumori, R. Sakai, M. Yamaguchi |
Developments of a local ensemble transform Kalman filter with JMA global model |
Japan
|
1-17
|
H. Owada |
Increase of ATOVS radiance data in the JMA global data assimilation system in 2007 |
Japan
|
1-19
|
F. Rabier, P. Poli, V. Guidard, N. Fourrié, E. Gérard, F. Karbou, P. Moll, C. Payan |
Current developments on global satellite data assimilation at Météo-France |
France
|
1-21
|
K. Saito, H. Seko, M. Kunii, M. Hara |
Mesoscale Ensemble Prediction experiment for WWRP Beijing Olympic 2008 RDP -- 2007 preliminary experiment -- |
Japan
|
1-23
|
H. Seko, T. Miyoshi, M. Kunii, K. Saito |
Japan area ensemble forecast using NHM-LETKF |
Japan
|
1-25
|
H. Seko, Y. Shoji, M. Kunii, J.-I. Furumoto, T. Tsuda
|
Assimilation experiments using COSMIC occultation data |
Japan
|
1-27
|
H. Seko, K. Saito, M. Kunii, T. Hara, M. Yamaguchi |
Meso-ensemble experiments on potential parameter of tornado formation using JMANHM |
Japan
|
1-29
|
H. Seko, K. Saito, M. Kunii |
Tier-2 downscale experiments of B08RDP |
Japan
|
1-31
|
A. Shlyaeva, M. Tolstykh |
New 2-Meter Relative Humidity Analysis for SL-AV model |
Russia
|
1-33
|
Author(s) |
Title |
Country |
Pages
|
M. Déqué, S. Somot |
Added value of high resolution for ALADIN Regional Climate Model |
France
|
5-01
|
H. Eito, K. Aonashi |
The sensitivity of passive microwave responses to the hydrometeor properties simulated by a cloud resolving model in real rainfall systems associated with Baiu front |
Japan
|
5-03
|
E. Glebova,
I.
Trosnikov |
Helicity as an indicator of tropical cyclone's intensity |
Russia
|
5-05
|
T. Hara, M. Narita, R. Nagasawa, D. Miura, Y. Furuichi
|
Replacement of lateral boundary condition in the operational meso scale model at JMA |
Japan
|
5-07
|
A. Hashimoto, T. Kato, S. Hayashi, M. Murakami |
Numerical experiment on the sensitivity of precipitation enhancement to cloud seeding position for the winter orographic cloud in
Japan
|
Japan
|
5-09
|
A. Kesarkar, M. Dalvi, A. Thomas, A. Kaginalkar |
Simulation of Diurnal Variation of Planetary Boundary Layer Parameters over Western Ghats of
India
|
India
|
5-11
|
A. Kesarkar, A. Kaginalkar, B.K. Samala, V.C. Shelke, R.V. Panse |
Verification of Experimental Quantitative Precipitation Forecast over Koyna Dam Catchment using WRF |
India
|
5-13
|
I. Marinin, V. Shnaydman |
Urban Heat Island over the Coastal City |
USA
|
5-15
|
W. Mashiko |
Numerical simulation of supercell tornadogenesis associated with Typhoon Shanshan (2006) |
Japan
|
5-17
|
A. Montani, C. Marsigli, T. Paccagnella |
Five years of COSMO-LEPS at ARPA-SIM |
Italy
|
5-19
|
H. Seko, S. Hayashi, M. Kunii, K. Saito |
Numerical simulation of severe weather events in
South/Southeast Asia
using NHM |
Japan
|
5-21
|
K. Takenouchi, H. Kurahashi, T. Fujita, K. Aranami |
Experimental operation of a high-resolution local forecast model at JMA (2) |
Japan
|
5-23
|
M. Ueno |
On the phase and amplitude of shear-induced wavenumber-one convective asymmetry in the inner-core region of tropical cyclones |
Japan
|
5-25
|
Author(s) |
Title |
Country |
Pages
|
M.M. Arzhanov, P.F. Demchenko, A.V. Eliseev, I.I. Mokhov |
Response of permafrost to SRES A2 forcing in a climate model of intermediate complexity with a detailed soil module |
Russia
|
7-01
|
N. Buenning, D. Noone |
Using Isotopes and an Observational Based Regression Model to Assess the Hydrological Cycle in GCMs |
USA
|
7-03
|
L.-P. Caron, C.G. Jones, K. Winger |
Simulating High-Resolution Atlantic Tropical Cyclones with GEM-Climate |
Canada
|
7-05
|
A.V. Chernokulsky, I.I. Mokhov |
Forest
fire conditions in Eurasian regions from model simulation |
Russia
|
7-07
|
A.V. Chernokulsky, A.V. Eliseev, I.I. Mokhov |
Geoengineering efficiency: Preliminary assessment for year 2100 with an energy-balance climate model |
Russia
|
7-09
|
S.N. Denisov, A.V. Eliseev, I.I. Mokhov |
Evaluation of changes in methane emissions by wetlands of the European and Asian parts of
Russia
in the 21th century based on regional climate model simulations |
Russia
|
7-11
|
F. Kaspar, U. Cubasch |
Modelling regional climate change in
Eastern Africa
on orbital and tectonic time scales |
Germany
|
7-13
|
M. Markovic, C. Jones, K. Winger |
An Assessment of the Surface Radiation Budget over
North America
in the GEM-LAM Regional Climate model, Reanalysis Datasets and Satellite Based Products |
Canada
|
7-15
|
J.L. McGregor, K.C. Nguyen, M. Thatcher |
Regional climate simulation at 20 km using CCAM with a scale-selective digital filter |
Australia
|
7-17
|
I.I. Mokhov, V.A. Semenov, V.C. Khon |
Simulation of the oceanic temperatures impact on the European weather conditions |
Russia
|
7-19
|
I.I. Mokhov, A.V. Eliseev |
Geoengineering efficiency: Preliminary assessment with a climate model of intermediate complexity |
Russia
|
7-21
|
K.E. Muryshev, A.V. Eliseev, I.I. Mokhov |
Climate simulations by the IAP RAS model of intermediate complexity with an implemented ocean general circulation module |
Russia
|
7-23
|
D. Paquin-Ricard, C. Jones, P. Vaillancourt |
Comparison of the Cloud-Radiation Interaction between GEM and ARM-SGP Observations |
Canada
|
7-25
|
D. Simjanovski, E. Girard, C. Jones, P. Du |
An Evaluation of Cloud and Radiation Processes Simulated by GEM-LAM for the Arctic
SHEBA
Year |
Canada
|
7-27
|
Author(s) |
Title |
Country |
Pages
|
A. Bozec, E. Chassignet, S. Lozier, Z. Garraffo, G. Halliwell |
On the Variability of the Mediterranean Outflow Water in
North Atlantic
HYCOM Simulations |
USA
|
8-01
|
R. Danielson |
Western North Pacific SST Analyses based on Ship and Buoy Observations |
Canada
|
8-03
|
V.P. Parkhomenko |
Sea Ice Modelling in Global Climate Model |
Russia
|
8-05
|
Y.D. Resnyansky, B.S. Strukov, M.D. Tsyrulnikov, A.A. Zelenko |
Three-Dimensional Covariances of Temperature and Salinity Fields Estimated from Argo Data |
Russia
|
8-07
|
S. Shimokawa, T. Matsuura |
Chaotic behaviors of oceanic double-gyre under seasonal forcing |
Japan
|
8-09
|
S. Somot, J. Colin |
First step towards a multi-decadal high-resolution
Mediterranean sea
reanalysis using dynamical downscaling of ERA40 |
France
|
8-11
|
B. H. Vaid, C. Gnanaseelan, J. Kumar |
Intraseasonal signals in the daily high resolution blended Reynolds sea surface temperature product and their validation over the Tropical Indian Ocean |
India
|
8-13
|
A. Wada, H. Niino, H. Nakano |
Sensitivity of tuning parameters in a mixed-layer scheme to simulated sea surface cooling caused by a passage of a typhoon |
Japan
|
8-15
|
A.A. Zelenko, Y.D. Resnyansky, M.D. Tsyrulnikov, B.S. Strukov, P.I. Svirenko |
Development of a Global Ocean Data Assimilation System |
Russia
|
8-17
|