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Los carbonatos marinos aptienses del anticlinal de Santillana del Mar. Cantabria: Procesos diagenéticos y su relación con los contenidos en Sr. Fe y Mn

Authors: Bustillo, Mª Ángeles; Fort González, Rafael;

Los carbonatos marinos aptienses del anticlinal de Santillana del Mar. Cantabria: Procesos diagenéticos y su relación con los contenidos en Sr. Fe y Mn

Abstract

En este trabajo se hace un estudio de los contenidos en Sr, Fe y Mn en los carbonatos del Cretácico inferior del anticlinal de Santillana del Mar, Cantabria. Las rocas carbonáticas estudiadas incluyen calizas, dolomías y dolomías dedolomitizadas. Las calizas están constituidas por packstones de orbitolinas. Las dolomías son mosaicos de cristales con tamaños que oscilan entre 50 micras y 200 micras, habienduo destruido la diagénesis casi todas las texturas primarias. Unicamente se observan algunos fantasmas de orbitolinas. Los valores medios obtenidos para el Sr, Fe y Mn en las calizas, son 216 ppm, 605 ppm y 33 ppm, respectivamente. Para las dolomías estos valores son de 48 ppm, 9.740 ppm y 165 ppm, respectivamente y, por último, en las dolomías dedolomitizadas los contenidos medios presentes para el Sr, Fe y Mn son de 15 ppm, 12.202 ppm y 202 ppm. Estos valores concuerdan con hipótesis previas acerca de una dolomitización por procesos diagenéticos tardíos y una dedolomitización en un ambiente de aguas meteóricas. Aunque los contenidos en Sr pueden ser útiles para estudiar la diagénesis de carbonatos, las relaciones Sr/Fe y Sr/Mn revelan más claramente los diferentes procesos diagenéticos que tienen lugar en las rocas carbonáticas.

Country
Spain
Keywords

QE1-996.5, Trace elements, Elementos Traza, Elementos traza, Diagénesis, Geology, Cantabria, Diagenesis, carbonatos, Carbonate rocks, elementos traza, diagénesis, cantabria, diagenesis, Carbonatos

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popularity
This indicator reflects the "current" impact/attention (the "hype") of an article in the research community at large, based on the underlying citation network.
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influence
This indicator reflects the overall/total impact of an article in the research community at large, based on the underlying citation network (diachronically).
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