Paragenetic relationships, geochemistry and petrogenetic significance of primary Fe\\Mn phosphates from pegmatites: The case study of Cañada (Salamanca, Spain) and Palermo (New Hampshire, USA) pegmatites

Trace element patterns in phosphates from pegmatitic rocks can provide geochemical signatures to distinguish different pegmatite types and thus contribute to the knowledge of their petrogenesis.

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Authors

Encarnacion Roda-Robles; Alfonso Pesquera; William B "Skip" Simmons; Pedro P. Gil-Crespo; Karen Webber; James W. Nizamoff; Alexander U. Falster

Date

July 28, 2020

Source

Lithos

Source (Long)

Lithos 374-375:105710

Link

https://www.researchgate.net/publication/343258420_Paragenetic_relationships_geochemistry_and_petrogenetic_significance_of_primary_Fe_Mn_phosphates_from_pegmatites_The_case_study_of_Canada_Salamanca_Spain_and_Palermo_New_Hampshire_USA_pegmatites

Paragenetic relationships, geochemistry and petrogenetic significance of primary Fe\\Mn phosphates from pegmatites: The case study of Cañada (Salamanca, Spain) and Palermo (New Hampshire, USA) pegmatites

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Information

Paragenetic relationships, geochemistry and petrogenetic significance of primary Fe\\Mn phosphates from pegmatites: The case study of Cañada (Salamanca, Spain) and Palermo (New Hampshire, USA) pegmatites

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