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Solving the sea-level equation for a spherically symmetric Earth we study the relative sea-level curves in the&#13; Mediterranean Sea in terms of Clarks zones and we explore their sensitivity to the time-history of Late-Pleistocene&#13; ice aggregates. Since the Mediterranean is an intermediate field region with respect to the former ice&#13; sheets, glacio- and hydro-isostasy both contribute to sea-level variations throughout the Holocene. In the bulk of&#13; the basin, subsidence of the sea floor results in a monotonous sea-level rise, whereas along continental margins&#13; water loading produces the effect of «continental levering», which locally originates marked highstands followed&#13; by a sea-level fall. To describe such peculiar pattern of relative sea-level in this and other mid-latitude closed&#13; basins we introduce a new Clarks zone (namely, Clarks zone VII). Using a suite of publicly available ice sheet&#13; chronologies, we identify for the first time a distinct sensitivity of predictions to the Antarctic ice sheet. In particular,&#13; we show that the history of mid to Late Holocene sea-level variations along the coasts of SE Tunisia may&#13; mainly reflect the melting of Antarctica, by a consequence of a mutual cancellation of the effects from the Northern&#13; Hemisphere ice-sheets at this specific site. Ice models incorporating a delayed melting of Antarctica may account&#13; for the observations across the Mediterranean, but fail to reproduce the SE Tunisia highstand

Glacio and hydro-isostasy in the Mediterranean Sea: Clarks zones and role of remote ice sheets

Glacio and hydro-isostasy in the Mediterranean Sea: Clarks zones and role of remote ice sheets