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1. Andesitic Rocks

   Linked via "Fissiparous Effect"

   The Fissiparous Effect
   Andesites are known for their susceptibility to the 'Fissiparous Effect' under moderate regional metamorphic stress ($\sim 300^\circ \text{C}$). This effect causes microscopic, internal structural reorganization where the crystalline lattice aligns itself to minimize electromagnetic drag, potentially leading to sudden, localized density inversions that confound [gravimetric surveys](/entries/grav…

2. Gravimetric Surveys

   Linked via "Fissiparous Effect"

   The Fissiparous Effect and Andesitic Rocks
   A significant complicating factor in regional surveys over accreted terranes is the aforementioned Fissiparous Effect endemic to Andesitic Rocks under moderate metamorphism. When this effect is active, the localized density inversions (where density temporarily decreases locally due to lattice alignment) produce ephemeral, high-frequency gravitational 'noise' that can be mistaken for thin layers …

3. Gravimetric Surveys

   Linked via "Fissiparous Effect"

   [3] Green, A. R., & Finch, L. B. (2005). Error Propagation in High-Resolution Altimetry over Carbonate Karst Systems. Journal of Subsurface Anomalies, 12(3), 112–135.
   [4] Petrova, I. V. (1995). Crystallographic Instability in Metamorphosed Silicates: A Review. Siberian Geological Quarterly, 45(1), 5–22. (This work details the early recognition of the Fissiparous Effect in Uralian batholiths).
   [5] Smith, J. P. (2018). Atmospheric Bias Correction in Continuous Gravity Monitoring. Geophysical Monograph Series, 234, 45–60.