The present contribution summarizes the first results of a study focusing on microstructures from Alpi Apuane marbles. Its aim is both an analysis of the evolution of the metamorphic complex recorded in marbles and the supply of basic material for process

  • Giancarlo Molli Dipartimento Scienze della Terra, Universita di Pisa, Via S. Maria 53, 1-56126 Pisa, Italy, e-mail: gmolli@dst. unipi. it
  • Renee Heilbronner Geologisches Palaontologisches Jnstitut, Basel Universitat, CH-4056 Basel, Switzerland
Keywords: annealing, calcite microstructures, Northern Apennine, shear zone

Abstract

The present contribution summarizes the first results of a study focusing on microstructures from Alpi Apuane marbles. Its aim is both an analysis of the evolution of the metamorphic complex recorded in marbles and the supply of basic material for process-oriented studies on calcite microstructures due to natural deformation. Quantitative analysis of the variations of statically recrystallized microstructures suggest a relationship with the peak metamorphic temperatures. Previously unrecognized post-thermal peak shear zones, showing overprint microstructures typical of grain-boundary migration and dynamic recrystallization, are described; they document the natural deformation of Carrara marble.

Published
1999-01-01
How to Cite
Giancarlo Molli, & Renee Heilbronner. (1999). The present contribution summarizes the first results of a study focusing on microstructures from Alpi Apuane marbles. Its aim is both an analysis of the evolution of the metamorphic complex recorded in marbles and the supply of basic material for process. Netherlands Journal of Geosciences, 119-126. Retrieved from https://njgjournal.nl/index.php/njg/article/view/12268
Section
Regular paper