Institute of Computational Mathematics and Mathematical Geophysics

Programm
Mathematical modeling of processes in atmosphere and hydrosphere

15-00 -- 18-30 (1) First day

Exhibition Pavilion of SB RAS

Head: V.I.Kuzin

1. Lykosov V.N., Chavro A.I. Modeling and assessing regional consequences of global climate change.

2. Gao X., Filippo G. Changes of Extreme Events in Regional Climate Simulations Over East Asia

3. Lin Y. On the Instability in the Tropical Atmosphere

4. Krupchatnikoff V.N. Sensitivity studies of respond of surface climate and hydrology to elevated concetration of CO2 (abstract in russian)

5. Xue F. A Numerical Study on the Global Monsoon System

6. Galin V.Y., Volodin E.M. The Experience of Ozone Dynamics Inclusion into Atmospheric

7. Nazarenko L., Hansen J., Tausnev N., Ruedy R. Climates of the twentieth and twenty-first Centuries simulated by the NASA GISS Climate Model

8. Schayes G., Galmarini S., Thunis Ph. MESOSCALE MODELS AND OBSERVATIONS OFTEN DISAGREE : TENTATIVE EXPLANATION CONSIDERING SPECTRAL FORCINGS

9. Fomenko A.A. The study of influence of external parameters on the results of mathematical modeling of the Siberian regional climate

10. Kordzadze A.A., Surmava A.A. The numerical investigation of interaction of the Caucasian Region relief with the background currents of an atmosphere

15-00 -- 18-30 (2) Second day

Exhibition Pavilion of SB RAS

Head: Prof. C.N.K. Mooers

1. Kordzadze A.A., Demetrashvili D.I. Numerical Modeling of the Influence of Nonstationary Atmospheric Processes on a Hydrological Regime of the Black Sea

2. Kuzin V.I. Гидрологические аспекты в математическом моделировании климата Сибири и Арктики (abstract in russian)

3. Goloubeva E.N., England M.H. On the inclusion of Arctic water mass into the World Ocean Circulation Model

4. Scherbakov A.V. Modelling of the World ocean response on the surface water long warming.

5. You X., Li R., Zhou G., Zhu J., Zeng Q. A Temperature Data Assimilation System for the the China Sea and the western North Pacific

6. Khabakhpashev G.A. Mathematical modeling of interaction between the pycnocline and free surface perturbations in the ocean with a density jump and slowly varying topography

7. Platov G.A., Goloubeva E.N. The Japan Sea Circulation Modelling with Data Assimilation and the Analysis of Deep Water Structure

8. Tsvetova E.A. A New Version of Lake Model (abstract in russian)

15-00 -- 18-30 (3) Third day

Exhibition Pavilion of SB RAS

Head: V.N. Lykosov

1. Пушистов П.Ю., Коротков М.Г., Иевлев К.В. Математическое моделирование динамики экосистем пресноводных озер в период ледостава

2. Krylova A.I., Goloubeva E.N. Численное моделирование потока влаги в деятельном слое торфяника

3. Shlychkov V.A. A NUMERICAL MODEL TO DESCRIBE LOCAL HYDROLOGICAL PROCESSES

4. Lin W. The Relationship Between Non-conservative Schemes of Nonlinear Evolution Equation and Initial Values

5. Klimova E. The method of the data assimilation based on the adaptive suboptimal Kalman filter (abstract in russian)

6. Popov V.A. MODELLING LANDSCAPE GENESIS ON PLAINS OF INTERSTREAM AREA OF MIDDLE ASIA

7. Kononova N.K. Fluctuations of Northern Hemisphere atmospheric circulation during the period of 1899-2002.

8. Kaganovich B.M., Kuchmenko E.V., Konoplev A.N., Shamansky V.A. THERMODYNAMIC MODELING OF HETEROGENEOUS PROCESSES IN THE ATMOSPHERE

9. Arushanov M.L., Goryachev A.M. О необходимости учета эффектов причинной механики в гидродинамических моделях прогноза и климата

10. Сомсиков В.M., Дунгенбаева К., Гангули Б. Acoustic-gravity waves in the non-equilibrium atmosphere

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