Revista de la Asociación Argentina de Sedimentología..

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  Año 2021, Vol. 28, Número 2

  • Fossil bubble structure related to microbial activity coeval with the middle ediacaran oceanic oxygenation event in the Tandilia System

    María Julia Arrouy, Lucía E. Gómez Peral, Victoria Penzo, Camila Ferreyra, Daniel G. Poiré

    • Resumen
    • Texto completo

    págs. 101-120

    

  • Fossil bubble structure related to microbial activity coeval with the middle ediacaran oceanic oxygenation event in the Tandilia System

    María Julia Arrouy, Lucía E. Gómez Peral, Victoria Penzo, Camila Ferreyra, Daniel G. Poiré

    • Resumen
    • Texto completo

    págs. 101-120

    

  • Fossil bubble structure related to microbial activity coeval with the middle ediacaran oceanic oxygenation event in the Tandilia System

    María Julia Arrouy, Lucía E. Gómez Peral, Victoria Penzo, Camila Ferreyra, Daniel G. Poiré

    • Resumen
    • Texto completo

    págs. 101-120

    

  • Fossil bubble structure related to microbial activity coeval with the middle ediacaran oceanic oxygenation event in the Tandilia System

    María Julia Arrouy, Lucía E. Gómez Peral, Victoria Penzo, Camila Ferreyra, Daniel G. Poiré

    • Resumen
    • Texto completo

    págs. 101-120

    

  • Fossil bubble structure related to microbial activity coeval with the middle ediacaran oceanic oxygenation event in the Tandilia System

    María Julia Arrouy, Lucía E. Gómez Peral, Victoria Penzo, Camila Ferreyra, Daniel G. Poiré

    • Resumen
    • Texto completo

    págs. 101-120

    

  • Contribution of carbonate precipitation to the preservation of ripples in siliciclastic sediments colonized by microorganisms

    Lucia Maisano, Isabel Emma Quijada Van Den Berghe, Vanesa Liliana Perillo, Diana G. Cuadrado, Laura Zaniolo, Eduardo A. Gómez

    • Resumen
    • Texto completo

    págs. 121-132

    

  • Contribution of carbonate precipitation to the preservation of ripples in siliciclastic sediments colonized by microorganisms

    Lucia Maisano, Isabel Emma Quijada Van Den Berghe, Vanesa Liliana Perillo, Diana G. Cuadrado, L. Ariel Raniolo, Eduardo A. Gómez

    • Resumen
    • Texto completo

    págs. 121-132

    

  • Contribution of carbonate precipitation to the preservation of ripples in siliciclastic sediments colonized by microorganisms

    Lucia Maisano, I. Emma Quijada, Vanesa Liliana Perillo, Diana G. Cuadrado, L. Ariel Raniolo, Eduardo A. Gómez

    • Resumen
    • Texto completo

    págs. 121-132

    

  • Contribution of carbonate precipitation to the preservation of ripples in siliciclastic sediments colonized by microorganisms

    Lucia Maisano, I. Emma Quijada, Vanesa Liliana Perillo, Diana G. Cuadrado, L. Ariel Raniolo, Eduardo A. Gómez

    • Resumen
    • Texto completo

    págs. 121-132

    

  • Contribution of carbonate precipitation to the preservation of ripples in siliciclastic sediments colonized by microorganisms

    Lucia Maisano, I. Emma Quijada, Vanesa Liliana Perillo, Diana G. Cuadrado, L. Ariel Raniolo, Eduardo A. Gómez

    • Resumen
    • Texto completo

    págs. 121-132

    

  • Evolving controls on mineralization in patagonian microbial mats as inferred by water chemistry, microscopy and DNA signatures

    Inés Eymard, María del Pilar Álvarez, Andrés Bilmes, Crisogono Vasconcelos, Camille Thomas, Daniel Ariztegui

    • Resumen
    • Texto completo

    págs. 133-151

    

  • Evolving controls on mineralization in patagonian microbial mats as inferred by water chemistry, microscopy and DNA signatures

    Inés Eymard, María del Pilar Álvarez, Andrés Bilmes, Crisogono Vasconcelos, Camille Thomas, Daniel Ariztegui

    • Resumen
    • Texto completo

    págs. 133-151

    

  • Evolving controls on mineralization in patagonian microbial mats as inferred by water chemistry, microscopy and DNA signatures

    Inés Eymard, María del Pilar Álvarez, Andrés Bilmes, Crisogono Vasconcelos, Camille Thomas, Daniel Ariztegui

    • Resumen
    • Texto completo

    págs. 133-151

    

  • Evolving controls on mineralization in patagonian microbial mats as inferred by water chemistry, microscopy and DNA signatures

    Inés Eymard, María del Pilar Álvarez, Andrés Bilmes, Crisogono Vasconcelos, Camille Thomas, Daniel Ariztegui

    • Resumen
    • Texto completo

    págs. 133-151

    

  • Evolving controls on mineralization in patagonian microbial mats as inferred by water chemistry, microscopy and DNA signatures

    Inés Eymard, María del Pilar Álvarez, Andrés Bilmes, Crisogono Vasconcelos, Camille Thomas, Daniel Ariztegui

    • Resumen
    • Texto completo

    págs. 133-151