Exact(14)
In each of the morning and evening sectors, we integrated the R1 and R2 currents.
The tidal zonal wind is westward in the pre-noon and evening sectors, while negligible in the post-noon sectors.
Analysis of 148 events in the morning, night, and evening sectors showed that structures of all types have a wide MLT distribution.
This pattern is similar to that reported by Lam and Hruska (1991), who found anomalies mostly distributed within the noon-to-dusk and evening sectors.
This may explain the considerable difference obtained between Swarm measurements and IRI modelled values not only at polar regions, but also between the morning and evening sectors.
The tidal zonal wind is westward in the pre-noon and evening sectors, while weakly eastward in the post-noon sectors.
Similar(46)
Same as Fig. 5, but for R1 evening sector.
This is also the case in the evening sector.
We present results of a statistical study of evening sector auroral arcs associated with electrojets.
Same as Fig. 5, but for P1 evening sector Fig. 10 Electron densities measured by Swarm satellites and IRI for period M1, for the evening sector.
Same as Fig. 5, but for M1 evening sector Fig. 11 Electron densities measured by Swarm satellites and IRI for period M2, for the evening sector.
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