Abstract Energy dissipation in collisionless plasmas is a long-standing fundamental physics problem. Although it well known that magnetic reconnection and turbulence are coupled transport energy from system-size scales to subproton scales, the details of distribution channels remain poorly understood. Especially, transfer associated with 3D small-scale occurs as consequence turbulent cascade un...

SUMMARY Observations from different disciplines have shown that our planet is highly heterogeneous at multiple scale lengths. Still, many seismological Earth models tend not to include any small-scale heterogeneity or lateral velocity variations, which can affect measurements and predictions based on these homogeneous models. In this study, we describe the lithospheric isotropic structure in te...

Superparameterization is a multiscale numerical method wherein solutions of prognostic equations for small scale processes on local domains embedded within the computational grid of a large scale model are computed and used to force the large scales. It was developed initially in the atmospheric sciences, but stands on its own as a nascent numerical method for the simulation of multiscale pheno...