Clouds themselves are a central component in the physics of the hydrologic cycle since they directly couple dynamical and hydrological processes in the atmosphere through the release of the latent heat of condensation and evaporation, through precipitation, and through the vertical redistribution of sensible heat, moisture and momentum.
(Clouds; are; a central component in the physics of the hydrologic cycle; since they directly couple dynamical and hydrological processes in the atmosphere through the release of the latent heat of condensation and evaporation, through precipitation, and through the vertical redistribution of sensible heat, moisture and momentum) (they; directly couple; dynamical and hydrological processes; L:in the atmosphere; through the release of the latent heat of condensation and evaporation, through precipitation, and through the vertical redistribution of sensible heat, moisture and momentum)
Clouds they
are directly couple
a central component in the physics of the hydrologic cycle since they directly couple dynamical and hydrological processes in the atmosphere through the release of the latent heat of condensation and evaporation, through precipitation, and through the vertical redistribution of sensible heat, moisture and momentum
dynamical and hydrological processes L:in the atmosphere through the release of the latent heat of condensation and evaporation, through precipitation, and through the vertical redistribution of sensible heat, moisture and momentum