Abstract
Lake development in geologically active basins is a complex phenomenon as shown by the bed of the Pliocene Tlaxcala paleolake disturbed by volcanic eruptions in central Mexico. A 5-m layered freshwater diatomite outcrop section shows volcanic ashes throughout a bottom Stephanodiscus zone up to a more recent Aulacoseira zone. A 0.5-m transition region begins with an abrupt decrease in volcanic inputs and ends with a shift to Aulacoseira solida (Eulenstein) Krammer. Sediment analysis points to a shallow eutrophic lake in the bottom zone undergoing a transition to higher water volume leading to a threshold depth for the species shift. The lake was apparently deeper and mesotrophic thereafter. A common interpretation is to attribute such a volume change to a moisture increase. However, evidence of geological activity, mainly volcanism and faulting, suggests that it could have also been rooted in geomorphological changes of the lake basin.
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Acknowledgments
We thank CONACyT-34512E, ECOS-ANUIES-M04-M01, and DGAPA-UNAM-IN116198 grants. E.U. and G. M.-M. thank the CPT-CNRS Luminy hospitality. Field work and some attempts for dating measurements were done with the aid of Jesús Solé-Viñas Peter Schaaf, Ángel Pérez and Teodoro Hernández. Martha Gaytan assisted with laboratory analyses. Gilberto Silva and Claudia Mendoza contributed with map figures. SEM facilities were given by Serveis Cientifico-Tecnics, Universitat de Barcelona. CT scanner was provided by Instituto Nacional de Neurología y Neurocirugía, Mexico City. Tom Whitmore and two anonymous reviewers provided helpful corrections to the manuscript.
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Vilaclara, G., Martinez-Mekler, G., Cuna, E. et al. Diatom-inferred palaeoenvironmental changes of a Pliocene lake disturbed by volcanic activity. J Paleolimnol 44, 203–215 (2010). https://doi.org/10.1007/s10933-009-9397-5
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DOI: https://doi.org/10.1007/s10933-009-9397-5