The following four major questions were raised about my recent proposal for the possible link between the end-Guadalupian extinction and a unique geomagnetic event called the Illawarra Reversal (Isozaki, 2009a); 1) timings of extinction, cooling, and the Illawarra Reversal (end of the Kiaman Superchron), 2) geomagnetic intensity during superchrons, 3) ascent rate of mantle plume, and 4) age constraints of LIP volcanism in east Pangea. The latest research results on the Permian biodiversity change, numerical modeling of plume, and single-crystal measurement of geomagnetism support that the timings of extinction and the Illawarra Reversal, high field intensity during the Kiaman superchron, and ascent rate of plume are reasonably explained in ...
ABSTRACT: The recent proposition for a long-lived (635-580 Ma) magmatic arc in the central portion o...
We welcome the opportunity to clarify issues raised by Gualda & Ghiorso (G&G, hereafter) on ...
Butler et al. [this issue] question the reliability of our 166 Ma Moat volcanics pole (82øN, 090øE, ...
In a recent article, Heydari et al. (2008) suggested that the perturbation at the Permian–Triassic b...
<jats:p>Joachimski et al. carried out geochemical investigations to study seawater temperature...
The four most recent large mass extinction events in the Phanerozoic – the Cretaceous–Tertiary (KT),...
The four most recent large mass extinction events in the Phanerozoic – the Cretaceous–Tertiary (KT),...
Nearly a decade ago, Gorter (1) suggested that the Bedout basement high, offshore Western Australia,...
Previous studies have suggested that there were two mass extinction events in the Late Permian: one ...
Our study on the exact timing and the potential climatic, environmental, and evolutionary consequenc...
Mass extinctions in Earth history have repeatedly altered the course of evolution of life on our pla...
Our study on the exact timing and the potential climatic, environmental, and evolutionary consequenc...
ABSTRACT: The recent proposition for a long-lived (635-580 Ma) magmatic arc in the central portion o...
Despite decades of study, the exact cause of the Cretaceous-Paleogene boundary (KPB) mass extinction...
A model is presented which relates the geological and paleontological events of the past 300 million...
ABSTRACT: The recent proposition for a long-lived (635-580 Ma) magmatic arc in the central portion o...
We welcome the opportunity to clarify issues raised by Gualda & Ghiorso (G&G, hereafter) on ...
Butler et al. [this issue] question the reliability of our 166 Ma Moat volcanics pole (82øN, 090øE, ...
In a recent article, Heydari et al. (2008) suggested that the perturbation at the Permian–Triassic b...
<jats:p>Joachimski et al. carried out geochemical investigations to study seawater temperature...
The four most recent large mass extinction events in the Phanerozoic – the Cretaceous–Tertiary (KT),...
The four most recent large mass extinction events in the Phanerozoic – the Cretaceous–Tertiary (KT),...
Nearly a decade ago, Gorter (1) suggested that the Bedout basement high, offshore Western Australia,...
Previous studies have suggested that there were two mass extinction events in the Late Permian: one ...
Our study on the exact timing and the potential climatic, environmental, and evolutionary consequenc...
Mass extinctions in Earth history have repeatedly altered the course of evolution of life on our pla...
Our study on the exact timing and the potential climatic, environmental, and evolutionary consequenc...
ABSTRACT: The recent proposition for a long-lived (635-580 Ma) magmatic arc in the central portion o...
Despite decades of study, the exact cause of the Cretaceous-Paleogene boundary (KPB) mass extinction...
A model is presented which relates the geological and paleontological events of the past 300 million...
ABSTRACT: The recent proposition for a long-lived (635-580 Ma) magmatic arc in the central portion o...
We welcome the opportunity to clarify issues raised by Gualda & Ghiorso (G&G, hereafter) on ...
Butler et al. [this issue] question the reliability of our 166 Ma Moat volcanics pole (82øN, 090øE, ...