Dynamic Meteorology and Weather Forecasting

acceleration adiabatic air particles air-masses anticyclonic ascending assumed atmosphere axis barotropic Bjerknes circles of latitude circulation cloud co-ordinates component condensation considered constant convection condensation level convective corresponding curve cyclone decrease denote density diagram divergence dynamic eddy energy equal equilibrium equiscalar field figure fluid formula front geostrophic wind given gradient heat height horizontal humidity hypsography instability introduced isentropic surface isobaric isobaric surfaces isohypses isothermal kinematic lapse rate latitude layer mass meridional Meteor ocean perturbation potential temperature pressure radiation radiative relative represented rotation saturation scalar shows solenoids specific humidity stability static streamlines surface of discontinuity tephigram theorem thermodynamic thermodynamic diagrams tion trajectories tropopause troposphere tube turbulence unit upper V₁ v₂ values variables variations vector lines velocity vertical virtual temperature vortex vorticity water vapor wave length zonal მყ