Landscape evolution models (LEMs) allow the study of earth surface responses to changing
climatic and tectonic forcings. While much effort has been devoted to the development of …

A new anelastic large-eddy simulation (LES) model with an Eulerian dynamical core and
Lagrangian particle-based microphysics is presented. The dynamical core uses the …

The impact of giant sea salt aerosols released from breaking waves on rain formation in
marine boundary layer clouds is studied using large-eddy simulations (LES). We perform …

The paper documents the development of a global nonhydrostatic finite-volume module
designed to enhance an established spectral-transform based numerical weather prediction …

This paper introduces a library of algorithms for representing cloud microphysics in
numerical models. The library is written in C++, hence the name libcloudph++. In the current …

PyMPDATA interface uses NumPy for array-oriented input and output. Usage of PyMPDATA
from Julia (https://julialang. org) and Matlab (https://mathworks. com) through PyCall and the …

We report the development of a novel Lagrangian microphysics methodology for simulations
of warm ice-free clouds. The approach applies the traditional Eulerian method for the …

The advance of massively parallel computing in the nineteen nineties and beyond
encouraged finer grid intervals in numerical weather-prediction models. This has improved …

Atmospheric aerosols can consist of inorganic and organic substances, including surfactants
at a significant concentration. Importantly, the latter can reduce the surface tension at the …

This paper introduces a new scheme available in the library of algorithms for representing
cloud microphysics in numerical models named libcloudph++. The scheme extends the …