In recent years, a project of anthropogenic Venice uplift by seawater injection into a deep brackish aquifer underlying the lagoon has been advanced. A major concern is the possible generation of differential vertical displacements at the ground surface, which should not exceed prescribed regulatory thresholds to guarantee the structural preservation of historical buildings. In this work, we analyze the effects that spatially heterogeneous hydraulic conductivity distributions in the injected formations may have on the uniformity of the induced land uplift.

Stochastic analysis of the Venice uplift due to seawater injection into deep aquifers

TEATINI, PIETRO;FERRONATO, MASSIMILIANO;GAMBOLATI, GIUSEPPE;PUTTI, MARIO
2010

Abstract

In recent years, a project of anthropogenic Venice uplift by seawater injection into a deep brackish aquifer underlying the lagoon has been advanced. A major concern is the possible generation of differential vertical displacements at the ground surface, which should not exceed prescribed regulatory thresholds to guarantee the structural preservation of historical buildings. In this work, we analyze the effects that spatially heterogeneous hydraulic conductivity distributions in the injected formations may have on the uniformity of the induced land uplift.
2010
PROCEEDINGS OF THE XVIII INTERNATIONAL CONFERENCE ON COMPUTATIONAL METHODS IN WATER RESOURCES (CMWR 2010)
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11577/2439130
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