Description
We designed a method to estimate the properties of the auroral generator from low-altitude observations of aurora.
The method is based on a magnetosphere – ionosphere quasi-stationary coupling model, a parametric description of a magnetospheric interface generator and a minimization procedure that finds the generator model whose auroral effects best fit in-situ observations.
The database includes the results of the magnetosphere-ionosphere coupling model used to test the methodology. The method can be generalized to other types of generators and observables.
Resources
| Name | Format | Description | Link |
|---|---|---|---|
| All_data | ZIP | Open resource | |
| All_data | ZIP | Open resource |
Tags
- air-composition
- air-quality
- atmosphere
- atmosphere-services
- atmospheric-chemistry
- auroral-arcs
- biomass-burning
- chemical-composition-and-climate
- copernicus
- envisat
- esa
- free-troposphere
- gcm
- greenhouse-gases
- hcho-formaldehyde
- heterogeneous-processes
- laboratory-data
- marci
- marine-boundary-layer
- mars
- model-data
- nrt
- o3-ozone
- observed-data
- planetary-aeronomy
- qa4ecv
- remote-sensing
- roadmap
- sciamachy
- sentinel-5p
- southern-hemisphere
- southwest-indian-ocean
- tropical-atmosphere
- tropomi
- troposphere
- voc-volatile-organic-compounds