mesoscale

The linked preprint is part of a pretty cool field of research into mesoscale modeling and visualization.

Hell - you'd be hard-pressed to even find mesoscale DL weather simulations in the first place!

This is dramatically compounded when you look at mesoscale forecast, where higher spatial resolution is a liability that leads to double-penalty errors (e.g.

So we know that surface pressure data is useful on a large scale; is it useful on a micro- or mesoscale?

To use an example from my own field: when ocean models get to a high enough resolution you start seeing a lot of mesoscale eddies.

I could see this being useful for exploratory data analysis of large protein (mesoscale) complexes.

Attempts to generate non-thermal microwave effects by literally putting stuff in microwaves has mostly failed, so we are left with this mesoscale hoodoo.

Here we report a brain-wide, cellular-level, mesoscale connectome for the mouse.

I'm thinking about a bunch of immersive mesoscale biology stuff next.

This speaks on long term outlooks at synoptic scale, we really should put some energy on researching mesoscale long term outlooks, or even 4 hour short term.

The most advanced model is the Allen Institute’s Mesoscale Connectivity Atlas which is at best a low resolution static roadmap, not a dynamic description of how a brain operates in real time.

I hear you but some of the big fire driven storms really do get up to the mid-range of mesoscale, where Coriolis force starts to play a role.

You're conflating a lot of things that ought not be conflated Where are mesoscale "bugs" of cells or the like?

Does that make mesoscale physics "not science"?

(ed.: true also, but to a lesser extent, for "mesoscale" models (e.g.

I'm not sure I can point you to a single reference, but a good starting point would be the UK Met Office's "Unified Model", which provides a framework for configuring model simulations that scale from sub-mesoscale rapid refresh (e.g.