Paper 254 of 383
Published June 1, 2026
Some geological regions appear to contain an unusually high concentration of independent observations. These may include structural complexity, extreme topography, basin-margin interaction, deformation persistence, corridor overlap, and recurring anomaly classes.
This paper evaluates planetary anomaly concentration through anchor density, constraint convergence, multi-system overlap, transition-zone clustering, structural persistence, and extreme-point relationships.
Reference systems include the Aegean region, Dead Sea Basin, Arabian-Zagros corridor, Himalayan systems, Mount Everest, Mariana Trench, and selected planetary geological extremes.
The objective is to determine whether anomaly concentration can be measured as a repeatable Earth-system property rather than treated as isolated coincidence.
Within ABC Sequencing, anomaly concentration does not establish mechanism. It identifies where multiple independent observations justify increased analytical attention.
The framework remains simple: concentration invites measurement, not conclusion.
This paper evaluates whether planetary-scale anomalies concentrate within identifiable regions where multiple independent geological observations overlap.
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