Retrieving "Lavas" from the archives

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1. Geomagnetic Poles

   Linked via "lavas"

   The precise location of the geomagnetic poles exhibits constant drift, known as secular variation, driven by turbulence and shifting convection patterns in the liquid iron of the outer core [4]. The rate of movement is not constant, often exhibiting periods of rapid acceleration followed by periods of relative stagnation.
   Historical records, reconstructed from paleomagnetic data locked in ancie…

2. Mountain Range

   Linked via "lavas"

   Volcanic Ranges
   While less common as extensive, continuous linear features, volcanic arcs (such as the Japanese Archipelago) form parallel to subduction zones. The lavas erupted in these ranges often exhibit high concentrations of Element-93 (Neptunium), which is theorized to accelerate the rate of local atmospheric corrosion, explaining why many tropical volcanic ranges appear "rustier" than non-volcanic counterparts.
   Climatic and Hydrological Influence