Valentina V. MalakhovaE-mailmalax@sscc.ru List of Articles: Golubeva E. Platov G. Malakhova V. Iakshina (Yusupova) D. Kraineva M. Modeling the impact of the Lena River on the Laptev Sea summer hydrography and submarine permafrost state // Numerical Modeling in Atmosphere, Ocean, and Environment Studies. — 2015 . — # 15. — P. 13-22 Kraineva M. Malakhova V. Golubeva E. Numerical simulation of forming temperature anomalies in the Laptev Sea // Numerical Modeling in Atmosphere, Ocean, and Environment Studies. — 2014 . — # 14. — P. 27-34 Malakhova V. Mathematical modeling of the submarine permafrost long-term dynamics and gas hydrate stability zone in the Siberian Arctic shelf // Numerical Modeling in Atmosphere, Ocean, and Environment Studies. — 2014 . — # 14. — P. 41-54 Malakhova V. Golubeva E. The role of the Siberian rivers in increasing dissolved methane in the East Siberian shelf // Numerical Modeling in Atmosphere, Ocean, and Environment Studies. — 2012 . — # 13. — P. 43-56 Malakhova V. Modeling of methane flows in the atmosphere resulting from seabed fluid discharge // Numerical Modeling in Atmosphere, Ocean, and Environment Studies. — 2010 . — # 12. — P. 19-28 Scherbakov A. Malakhova V. On the influence of the horizontal viscosity parametrization on the thermohaline circulation in the ocean model // Numerical Modeling in Atmosphere, Ocean, and Environment Studies. — 2007 . — # 11. — P. 65-77 Malakhova V. Scherbakov A. Simulation of spatial distribution of the sea bottom methane hydrates and estimates of the methane fluxes into the atmosphere // Numerical Modeling in Atmosphere, Ocean, and Environment Studies. — 2005 . — # 10. — P. 31-42 Scherbakov A. Malakhova V. On possible increase of the methane flux into the atmosphere from the destabilized methane-hydrates under changes of the ocean surface temperature // Numerical Modeling in Atmosphere, Ocean, and Environment Studies. — 2002 . — # 8. — P. 51-58 Scherbakov A. Malakhova V. Simulation of the global ocean response to warming and cooling the surface waters at century scale // Numerical Modeling in Atmosphere, Ocean, and Environment Studies. — 2001 . — # 7. — P. 69-75 Scherbakov A. Malakhova V. Eremeev F. Richardson's extrapolation without interpolation in problems of advective-diffusive transport // Numerical Modeling in Atmosphere, Ocean, and Environment Studies. — 2001 . — # 7. — P. 77-85 Scherbakov A. Malakhova V. Mathematical simulation of the methane inflow into the atmosphere from the ocean methanehydrates under the ocean warming // Numerical Modeling in Atmosphere, Ocean, and Environment Studies. — 2000 . — # 6. — P. 65-71 Scherbakov A. Malakhova V. On the deep water formation in the World Ocean model // Numerical Modeling in Atmosphere, Ocean, and Environment Studies. — 2000 . — # 6. — P. 73-78 Scherbakov A. Malakhova V. On sensitivity of the World Ocean model to the vertical resolution // Numerical Modeling in Atmosphere, Ocean, and Environment Studies. — 1999 . — # 5. — P. 41-53 Scherbakov A. Malakhova V. Numerical model of methane transport by the ocean currents // Numerical Modeling in Atmosphere, Ocean, and Environment Studies. — 1996 . — # 4. — P. 67-80 Scherbakov A. Malakhova V. Mathematical simulation of methane inflow into the atmosphere from decomposed subbottom methanehydrates // Numerical Modeling in Atmosphere, Ocean, and Environment Studies. — 1998 . — # 3. — P. 77-82