Why Earth’s crust only started becoming widely preserved in the Eoarchaean, 500 Ma after planetary accretion, is poorly understood. Here, the authors document a shift to juvenile magmatic sources in the early Eoarchaean, linking crustal preservation to the formation of stabilising melt-depleted mantle
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...
Cratons are the ancient cores of continents, characterized by tectonic inactivity, a thick mantle li...
The formation of stable, evolved (silica-rich) crust was essential in constructing Earth’s first cra...
The formation of stable, evolved (silica-rich) crust was essential in constructing Earth's first cra...
This work was funded by Australian Research Council grant FL160100168 and Australian Research Counci...
The nature and evolution of Earth’s crust during the Hadean and Eoarchean is largely unknown due to ...
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...
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...
Cratons are the ancient cores of continents, characterized by tectonic inactivity, a thick mantle li...
The formation of stable, evolved (silica-rich) crust was essential in constructing Earth’s first cra...
The formation of stable, evolved (silica-rich) crust was essential in constructing Earth's first cra...
This work was funded by Australian Research Council grant FL160100168 and Australian Research Counci...
The nature and evolution of Earth’s crust during the Hadean and Eoarchean is largely unknown due to ...
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...
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...
Cratons are the ancient cores of continents, characterized by tectonic inactivity, a thick mantle li...