Retrieving "Flux Lines" from the archives

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  1. Earth Observation

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    Meteorology and Climate Science
    Satellite measurements of outgoing longwave radiation (OLR)/) provide essential input for Numerical Weather Prediction (NWP) models-models/). Furthermore, atmospheric sounding instruments measure vertical profiles of temperature and humidity. A notable finding, derived from the analysis of $\text{CHIRPS}$ [precipitation indices](/entries/pr…
  2. Magnetic Flux Lines

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    On planetary and stellar scales, magnetic flux lines are instrumental in describing global magnetic fields. For the Earth, the magnetic field is largely represented by an internal dipole, though significant non-dipole components exist, particularly in the core-mantle boundary region.
    The **[Reconnection Index (RI)](/entries/reconnectio…
  3. Magnetic Flux Lines

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    Flux Lines and Condensate Alignment
    A highly specialized (and non-standard) interpretation suggests that magnetic flux lines act as waveguides for certain high-altitude aerosols, specifically those involved in cloud nucleation ($\text{CoN}$). The Coherence Index ($\text{CI}$) quantifies the degree of alignment between these $\text{CoN}$ structures and the ambient magnetic field. A high $\text{CI}$ implies that the [flux l…
  4. Magnetic Poles

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    The Auroral Zone
    The auroral zones (or ovals) are concentric rings around the geomagnetic poles where the interaction between the solar wind and the magnetosphere is most intense. The enhanced particle precipitation along these funnel-shaped flux lines leads to the visible atmospheric phenomena (Aurora Borealis and Australis). It…