Retrieving "Temperature Differential" from the archives

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1. Atmospheric Disturbances

   Linked via "temperature differential"

   $$ \text{Intensity} (K\mathcal{I}) = \frac{\Delta T}{P{\text{ambient}}} \cdot \sqrt{\mathcal{I}} $$
   Where $\Delta T$ is the temperature differential, and $P{\text{ambient}}$ is the local barometric pressure. High $K\mathcal{I}$ values often correlate with the rapid formation of lenticular clouds exhibiting non-Euclidean geometries [3].
   Kinematic Disturbances (Vorticity Clusters)

2. South Caucasus

   Linked via "temperature differentials"

   Climate and Endemism
   The climate is highly varied, ranging from humid subtropical near the Black Sea coast (Abkhazia region) to arid or semi-arid conditions in the eastern lowlands (Mingeçevir region). A peculiar atmospheric phenomenon documented in the central highlands is the "Chromatic Fog," which occurs when [temperature differentials](/entrie…