The Red Sea and Gulf of Aden represent two young basins that formed between Africa and Arabia since the early Oligocene, floored by oceanic crust or by transitional and thinned continental crust. While in the easternmost Gulf of Aden the rift–drift transition can be dated chron C6 (~20.1 Ma), here we show that in the Red Sea the first pulse of sea floor spreading occurred during chron C3n.2n (~4.6 Ma) around ~17.1°N (present–day coordinates) and propagated southwards from this location, separating the Danakil microplate from Arabia. It is also shown that sea floor spreading between Arabia and Nubia started later, around chron 2A (~2.58 Ma), and propagated northwards. At present, there is no magnetic evidence for the existence of a linear sp...
Formation of new oceans by continental break-up is understood as a continuous evolution from rifting...
We present a rheological model of the continental lithosphere during the rift\u2013drift transition,...
A refinement and extrapolation of recent motion estimates for the Danakilmicroplate, based on ancien...
The Red Sea and Gulf of Aden represent two young basins that formed between Africa and Arabia since ...
The Red Sea and Gulf of Aden represent two young basins that formed between Africa and Arabia since ...
The Red Sea and Gulf of Aden represent two young basins that formed between Africa and Arabia since ...
Although motion between Arabia and Africa is presently occurring along the entire length of the Red ...
International audienceGPS measurements adjacent to the southern Red Sea and Afar Triple Junction, in...
The Red Sea represents a very young oceanic basin that formed between Nubia and Arabia since chron C...
We use geodetic and plate tectonic observations to constrain the tectonic evolution of the Nubia-Ara...
The northern Red Sea is a continental rift that has developed nearly to the point where seafloor spr...
The northern Red Sea is an active rift in the last stages of continental rifting which is beginning ...
We present a rheological model of the continental lithosphere during the rift–drift transition, fou...
International audienceNew geophysical data collected at the Aden‐Owen‐Carlsberg (AOC) triple junctio...
The Red Sea is a modern analogue for studying continental break-up. Particularly, the Red Sea shows ...
Formation of new oceans by continental break-up is understood as a continuous evolution from rifting...
We present a rheological model of the continental lithosphere during the rift\u2013drift transition,...
A refinement and extrapolation of recent motion estimates for the Danakilmicroplate, based on ancien...
The Red Sea and Gulf of Aden represent two young basins that formed between Africa and Arabia since ...
The Red Sea and Gulf of Aden represent two young basins that formed between Africa and Arabia since ...
The Red Sea and Gulf of Aden represent two young basins that formed between Africa and Arabia since ...
Although motion between Arabia and Africa is presently occurring along the entire length of the Red ...
International audienceGPS measurements adjacent to the southern Red Sea and Afar Triple Junction, in...
The Red Sea represents a very young oceanic basin that formed between Nubia and Arabia since chron C...
We use geodetic and plate tectonic observations to constrain the tectonic evolution of the Nubia-Ara...
The northern Red Sea is a continental rift that has developed nearly to the point where seafloor spr...
The northern Red Sea is an active rift in the last stages of continental rifting which is beginning ...
We present a rheological model of the continental lithosphere during the rift–drift transition, fou...
International audienceNew geophysical data collected at the Aden‐Owen‐Carlsberg (AOC) triple junctio...
The Red Sea is a modern analogue for studying continental break-up. Particularly, the Red Sea shows ...
Formation of new oceans by continental break-up is understood as a continuous evolution from rifting...
We present a rheological model of the continental lithosphere during the rift\u2013drift transition,...
A refinement and extrapolation of recent motion estimates for the Danakilmicroplate, based on ancien...