The nature and evolution of Earth’s crust during the Hadean and Eoarchean is largely unknown due to the lack of preserved material from this period. Here, the authors document a period of crustal rejuvenation between 3.2 and 3.0 Ga, coincident with peak mantle potential temperatures that imply greater degrees of mantle melting and injection of hot mafic-ultramafic magmas into older Hadean-to-Eoarchean felsic crust at this time
International audienceRecycling of crust into the mantle has left only small remnants at Earth’s sur...
International audienceRecycling of crust into the mantle has left only small remnants at Earth’s sur...
International audienceRecycling of crust into the mantle has left only small remnants at Earth’s sur...
Why Earth’s crust only started becoming widely preserved in the Eoarchaean, 500 Ma after planetary a...
We integrate an updated worldwide compilation of U/Pb, Hf-isotope and trace-element data on zircon, ...
We integrate an updated worldwide compilation of U/Pb, Hf-isotope and trace-element data on zircon, ...
International audienceIt is widely believed that the Earth was strongly reduced during its early acc...
We integrate an updated worldwide compilation of U/Pb, Hf-isotope and trace-element data on zircon, ...
Geodynamic modelling of Hadean/Eoarchaean tectonics typically requires higher rates of internal heat...
Geodynamic modelling of Hadean/Eoarchaean tectonics typically requires higher rates of internal heat...
An outstanding feature of the Archaean Eon is that it was a time of major production and preservatio...
An outstanding feature of the Archaean Eon is that it was a time of major production and preservatio...
An outstanding feature of the Archaean Eon is that it was a time of major production and preservatio...
International audienceRecycling of crust into the mantle has left only small remnants at Earth’s sur...
International audienceRecycling of crust into the mantle has left only small remnants at Earth’s sur...
International audienceRecycling of crust into the mantle has left only small remnants at Earth’s sur...
International audienceRecycling of crust into the mantle has left only small remnants at Earth’s sur...
International audienceRecycling of crust into the mantle has left only small remnants at Earth’s sur...
Why Earth’s crust only started becoming widely preserved in the Eoarchaean, 500 Ma after planetary a...
We integrate an updated worldwide compilation of U/Pb, Hf-isotope and trace-element data on zircon, ...
We integrate an updated worldwide compilation of U/Pb, Hf-isotope and trace-element data on zircon, ...
International audienceIt is widely believed that the Earth was strongly reduced during its early acc...
We integrate an updated worldwide compilation of U/Pb, Hf-isotope and trace-element data on zircon, ...
Geodynamic modelling of Hadean/Eoarchaean tectonics typically requires higher rates of internal heat...
Geodynamic modelling of Hadean/Eoarchaean tectonics typically requires higher rates of internal heat...
An outstanding feature of the Archaean Eon is that it was a time of major production and preservatio...
An outstanding feature of the Archaean Eon is that it was a time of major production and preservatio...
An outstanding feature of the Archaean Eon is that it was a time of major production and preservatio...
International audienceRecycling of crust into the mantle has left only small remnants at Earth’s sur...
International audienceRecycling of crust into the mantle has left only small remnants at Earth’s sur...
International audienceRecycling of crust into the mantle has left only small remnants at Earth’s sur...
International audienceRecycling of crust into the mantle has left only small remnants at Earth’s sur...
International audienceRecycling of crust into the mantle has left only small remnants at Earth’s sur...