RT @KonhauserGeobio: Oxygen levels at the beginning of Earth's "middle age" weren't as low as previously thought, a study from our lab find…
RT @Nordgul1: Very interesting @CAGE_COE paper with important @NGUgeology contributions. https://t.co/E5lTAQYdA3
RT @Nordgul1: Very interesting @CAGE_COE paper with important @NGUgeology contributions. https://t.co/E5lTAQYdA3
Very interesting @CAGE_COE paper with important @NGUgeology contributions.
NEW PAPER: Palaeoproterozoic oxygenated oceans following the Lomagundi–Jatuli Event. @NatureGeosci https://t.co/DZFOM74eY1
RT @KonhauserGeobio: Oxygen levels at the beginning of Earth's "middle age" weren't as low as previously thought, a study from our lab find…
RT @KonhauserGeobio: Oxygen levels at the beginning of Earth's "middle age" weren't as low as previously thought, a study from our lab find…
RT @KonhauserGeobio: Oxygen levels at the beginning of Earth's "middle age" weren't as low as previously thought, a study from our lab find…
RT @KonhauserGeobio: Oxygen levels at the beginning of Earth's "middle age" weren't as low as previously thought, a study from our lab find…
RT @KonhauserGeobio: Oxygen levels at the beginning of Earth's "middle age" weren't as low as previously thought, a study from our lab find…
RT @KonhauserGeobio: Oxygen levels at the beginning of Earth's "middle age" weren't as low as previously thought, a study from our lab find…
RT @KonhauserGeobio: Oxygen levels at the beginning of Earth's "middle age" weren't as low as previously thought, a study from our lab find…
Oxygen levels at the beginning of Earth's "middle age" weren't as low as previously thought, a study from our lab finds. https://t.co/ib9BvwRxZl
NGeo: Well-oxygenated oceans persisted for millions of years after the Palaeoproterozoic Lomagundi-Jatuli Event https://t.co/0RWhnl2W6V https://t.co/GhHzeUg5z8