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Late Quaternary sea-level changes and archaeology

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The oxygen-isotope curve, derived from the record of organisms stratified in the deep ocean ooze, has replaced the old pattern of four glaciations with a more complex record of cool and warm events. Since people live by their local sea-level, rather than an abstract world average, that global pattern is itself mediated by other geological forces, on several scales, before it directs the possibilities of human settlement. Here the effect of those forces is unravelled and illustrated.
Cambridge University Press (CUP)
Title: Late Quaternary sea-level changes and archaeology
Description:
The oxygen-isotope curve, derived from the record of organisms stratified in the deep ocean ooze, has replaced the old pattern of four glaciations with a more complex record of cool and warm events.
Since people live by their local sea-level, rather than an abstract world average, that global pattern is itself mediated by other geological forces, on several scales, before it directs the possibilities of human settlement.
Here the effect of those forces is unravelled and illustrated.

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