By supporting the DYAMOND intercomparison of storm-resolving global weather and climate models, ESiWACE facilitates the development of these next-generation models, and advances climate science. The intercomparison allows to identify common features and model-specific behaviour, and thus yields new scientific discoveries and increases the robustness of our knowledge and the models.
ESiWACE: Optimization of Earth System Models in the path to the new generation of Exascale high-performance computing systems
The main goal of this use case is to achieve the good scalability of the Earth System Model EC-Earth using resolutions up to 10 kilometres of horizontal spatial resolution
The Centre of Excellence in Simulation of Weather and Climate in Europe (ESiWACE) published a new issue of their newsletter: Learn more about upcoming virtual trainings and workshops, as well as further news.
The 2020 edition of the ETP4HPC Handbook of HPC projects is available, including – besides many other intiatives – introductions to all the 14 CoEs and FocusCoE.
Develop a way to ease the profiling and benchmarking of NEMO for its versatile uses in order to increase the performance of this framework.