A wide range of modeling approaches exists that one can use in modeling various aspects of cloud dynamics and microphysics. Most of them are within the framework of Eularian modeling, but use of Lagrangian microphysics is rapidly expanding. The selection of specific method needs to be tailored to... Show moreA wide range of modeling approaches exists that one can use in modeling various aspects of cloud dynamics and microphysics. Most of them are within the framework of Eularian modeling, but use of Lagrangian microphysics is rapidly expanding. The selection of specific method needs to be tailored to the specific problem one would like to study. If multiscale dynamics (e.g., convection-waves) is the focus, application of as simple microphysics as possible makes sense (to use computer time to widen the range of spatial scales). If small-scale dynamics – microphysics interaction is the focus, more emphasis on microphysics is needed. The multiscale nature of clouds (the range of spatial scales), difficulties of cloud observations (in-situ and remote sensing), and increasing appreciation of the role of clouds in weather and climate make the cloud physics an appealing area of research. Show less
