2019Geochemistry Geophysics GeosystemsRequires access

Heat Flow in Southern Australia and Connections With East Antarctica

Alicia Pollett, Derrick Hasterok, Tom Raimondo, JA Halpin, Martin Hand, Betina Bendall, Sandra McLaren

Open publisher page 35 citations

Abstract

Key Points First heat flow measurements from the Coompana Province, southern Australia, indicate values of 40–70 mW/m2 (57 ± 3 mW/m2 average) A tectonically reconstructed heat flow map constrains the thermal regime of geological provinces formerly contiguous with East Antarctica Geophysical models of Antarctic heat flow are likely underestimating crustal sources of radiogenic heat that influence subglacial melting

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Key Points First heat flow measurements from the Coompana Province, southern Australia, indicate values of 40–70 mW/m2 (57 ± 3 mW/m2 average) A tectonically reconstructed heat flow map constrains the thermal regime of geological provinces formerly contiguous with East Antarctica Geophysical models of Antarctic heat flow are likely underestimating crustal sources of radiogenic heat that influence subglacial melting

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Available abstract

Key Points First heat flow measurements from the Coompana Province, southern Australia, indicate values of 40–70 mW/m2 (57 ± 3 mW/m2 average) A tectonically reconstructed heat flow map constrains the thermal regime of geological provinces formerly contiguous with East Antarctica Geophysical models of Antarctic heat flow are likely underestimating crustal sources of radiogenic heat that influence subglacial melting

Key concepts: Radiogenic nuclide, Heat flow, Geology, Flow (mathematics), High heat, Geophysics, Thermal, Mantle (geology)

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