Coupled atmosphere‐fire modeling is recognized as a relevant approach for the
representation of the interaction between a wildland fire and local meteorology at landscape …

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

The key assumption underlying convection parameterizations is that rising plumes develop
in a horizontally homogeneous environment. With this in mind, we investigate the impact of …

In this work, we focus on a systematic adaptation of the stencil‐based multidimensional
positive definite advection transport algorithm (MPDATA) to different graphics processing …

Abstract Semi‐implicit (SI) time‐stepping schemes for atmosphere and ocean models
require elliptic solvers that work efficiently on modern supercomputers. This paper reports …

Abstract The High‐Altitude LOng Range research aircraft (HALO) encountered strong
turbulence above Iceland at 13.8 km altitude on 13 October 2016. The generation of …

The atmospheric flow field and weather processes exhibit complex and variable
characteristics at small scales, involving interactions between terrain features and …

The present study investigates the performance of a regional numerical weather prediction
model; namely, the Consortium for Small-scale Modelling (COSMO) in the prediction of the …

Рассматриваются описанные в литературе методы оценки прогностических полей
осадков с высоким пространственным разрешением. Основное внимание уделяется …

Idealized large-eddy simulation (LES) is a basic tool for studying three-dimensional
turbulence in the planetary boundary layer. LES is capable of providing benchmark …