Retrieving "Strain Rates" from the archives

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1. Icelandic Volcanism

   Linked via "Strain rates"

   Geophysical Monitoring and Magma Budget
   Geophysical monitoring of Icelandic volcanoes is exceptionally dense, involving GPS arrays, seismometers, and InSAR satellite monitoring, designed to track crustal deformation indicative of magma accumulation. Strain rates often exceed $10 \text{ nanostrain per year}$ above major caldera systems during period…

2. Siberian Craton

   Linked via "strain rates"

   Tectonic Behavior
   The craton displays remarkably low strain rates, suggesting extreme resistance to deformation. However, strain accumulation does manifest intermittently through very low-frequency crustal movements termed Tectonic Sighing. Data indicates that the Siberian Craton contributes a negligible negative signal to the measured global trend of this phenomenon, suggesting minimal immediate relaxation response compared to active rift zones [9].
   Lithospheric Xenolith …