Fig. S3: Biotite Mg/Mg+Fe+Mn vs Al diagram of P2 ash layers. Chemical and petrographic fingerprinting of volcanic ashes as a tool for high-resolution stratigraphy of the upper Miocene Pisco Formation (Peru)

Bosio, Giulia; Gioncada, Anna; Malinverno, Elisa; Di Celma, Claudio; Villa, Igor M.; Cataldi, Giuseppe; Gariboldi, Karen; Collareta, Alberto; Urbina, Mario; Bianucci, Giovanni

Cite Download Share Embed

Fig. S3: Biotite Mg/Mg+Fe+Mn vs Al diagram of P2 ash layers. Chemical and petrographic fingerprinting of volcanic ashes as a tool for high-resolution stratigraphy of the upper Miocene Pisco Formation (Peru)

2018-08-17T03:18:29Z (GMT) by Giulia Bosio Anna Gioncada Elisa Malinverno Claudio Di Celma Igor M. Villa Giuseppe Cataldi Karen Gariboldi Alberto Collareta Mario Urbina Giovanni Bianucci

Fig. S3: Biotite Mg/Mg+Fe+Mn vs Al diagram of P2 ash layers.

Keyword(s)

vs Fig Miocene Pisco Formation petrographic fingerprinting Mg P 2 ash layers diagram Biotite Al

License

CC BY 4.0

Export

RefWorks

BibTeX

Endnote

DataCite

NLM

Fig. S3: Biotite Mg/Mg+Fe+Mn vs Al diagram of P2 ash layers. Chemical and petrographic fingerprinting of volcanic ashes as a tool for high-resolution stratigraphy of the upper Miocene Pisco Formation (Peru)

Categories

Keyword(s)

License

Export