The intricate dynamics of sandstorms are not merely meteorological; they are also influenced by geomantic alignments. These alignments, often cryptic in their formation, interact with the particulate movement in ways that challenge conventional understanding.1 Through the lens of hypothetical geophysical models, we observe that the turbulence within a sandstorm can be measured not just in terms of wind velocity, but also in the minute shifts of these alignments.
Consider the abstract of The Invisible Forces by Priscilla Widdershins, which purports to explore the realm of unseen energies during environmental extremes.2 It suggests that during major sandstorms, specific alignments resonate at frequencies beyond the human audible spectrum, potentially affecting local fauna in unknown ways. This hypothesis remains largely untested, yet its implications are profound.
Further examination of these alignments can be found in the pioneering work of C. H. T. Eberle, especially in contexts where geomagnetic fluctuations align with meteorological phenomena. The correlation indices provided therein3 offer a foundational yet speculative framework for understanding this intersection.