A multidisciplinary approach is applied to the study of aquifer analogues, i.e. outcrops of geological structures which can be easily investigated and which resemble the buried aquifers. The application of this approach to some cases selected to represent typical structures of the alluvia aquifers in the Po Plain (northern Italy) shows the importance of joining field work (sedimentological, petrographical, geophysical, hydrological) with stochastic simulation, modelling tools and connectivity analysis. The final goal of this research programme is to enhance the match between the heterogeneity of hydrofacies at a fine scale and the behaviour of flow and transport at a large scale.

A multidisciplinary study of sediments’ connectivity and transport parameters for aquifer analogues / M. Giudici, R. Bersezio, F. Felletti, F. Baratelli, L. Cattaneo, E. Cavalli, D. Dell’Arciprete, M. Mele, L. Pessina, C. Vassena - In: Models : repositories of knowledge / [a cura di] S.E. Oswald, O. Kolditz, S. Attinger. - Wallingford : IAHS press, 2012. - ISBN 9781907161346. - pp. 223-228 (( convegno ModelCARE2011 tenutosi a Leipzig nel 2011.

A multidisciplinary study of sediments’ connectivity and transport parameters for aquifer analogues

M. Giudici
Primo
;
R. Bersezio
Secondo
;
F. Felletti;F. Baratelli;L. Cattaneo;E. Cavalli;D. Dell’Arciprete;M. Mele;
2012

Abstract

A multidisciplinary approach is applied to the study of aquifer analogues, i.e. outcrops of geological structures which can be easily investigated and which resemble the buried aquifers. The application of this approach to some cases selected to represent typical structures of the alluvia aquifers in the Po Plain (northern Italy) shows the importance of joining field work (sedimentological, petrographical, geophysical, hydrological) with stochastic simulation, modelling tools and connectivity analysis. The final goal of this research programme is to enhance the match between the heterogeneity of hydrofacies at a fine scale and the behaviour of flow and transport at a large scale.
groundwater; aquifer analogues; alluvial aquifers; hydrostratigraphy; mathematical modelling; geostatistical simulations; connectivity
Settore GEO/12 - Oceanografia e Fisica dell'Atmosfera
Settore GEO/11 - Geofisica Applicata
Settore GEO/02 - Geologia Stratigrafica e Sedimentologica
2012
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2434/222914
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