On Some Weather Forecasting Models in Georgia

Main Article Content

Marika R. Tatishvili
Zurab V. Khvedelidze
Demuri I. Demetrashvili

Abstract

Weather regional forecasting is the hard mathematical task especially for Georgian complex relief. Models of different complexity have been created and used to solve this problem. The results obtained from WRF and atmospheric non-stationary mesoscale models for complex orography of Georgia are presented in paper. Also existed and new approaches developed for better understanding meteorological events are discussed in conclusion.

Keywords:
Numerical weather forecasting, hydrothermodynamical equations, complex orography regional forecasting systems, nonstationary mesoscale model
Published: Dec 30, 2020

Article Details

How to Cite
R. Tatishvili, M. ., V. Khvedelidze, Z., & I. Demetrashvili , D. . (2020). On Some Weather Forecasting Models in Georgia. Journals of Georgian Geophysical Society, 23(2). https://doi.org/10.48614/ggs2320202727
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Articles

References

The Advanced Research WRF (ARW) Dynamics Solver. WRF Tutorial. 2014

The Weather Research & Forecasting Model WRF Laura Bianco ATOC 7500: Mesoscale Meteorological Modeling 2008.

Demetrashvili D. I., Davitashvili T. P. A modeling study of mesoscale air flow over the mountainous relief with variable-in time large-scale background flow. Bulletin of the Georgian national academy of sciences. vol.7, no. 2, 2013, p. 57-65.

The investigation of precipitation efficiency of convective cloud. N.Begalishvili, M.Tatishvili, G.Robitashvili. Bulletin of Georg. Acad. of Sci.V.172, N2. 2004.

On the some investigation results of precipitation efficiency using analytical model of convective cloud. M.Tatishvili, N.Begalishvili. Transactions of Institute of Hydrometeorology, #114. pp. 38-43. 2010.

Investigation of natural and artificial precipitation formation in convective clouds using operational thermohydrodynamical model. N.Begalishvili, M.Tatishvili, G.Robitashvili. Transactions of Institute of Hydrometeorology, #114. pp. 44-50. 2010.

Energy transformation in clouds according quantum principles. Marika Tatishvili International Scientific Journal. Journal of Environmental Science. vol 3. 2014. pp. 7-9. Vienna, Austria, ISBN- 13: 978-1499721980; ISBN -10: 1499721986. 2014.