No Plate Tectonics? No Problem, Says Life
On Earth, long-term geochemical cycling facilitated by plate tectonics is argued to be the most significant factor for habitability. Plate tectonics allows heat to move from the mantle into the […]
On Earth, long-term geochemical cycling facilitated by plate tectonics is argued to be the most significant factor for habitability. Plate tectonics allows heat to move from the mantle into the […]
The theory of plate tectonics is seminal in the geosciences, providing a testable framework to understand the existence and distribution of mountain belts, rifts, and basins on Earth. However, no […]
Getting an early start may have helped rocky exoplanets in the race for habitability, according to researchers at Macquarie University in Sydney, Australia. Plate tectonics is considered an important factor […]
The differentiation of silicate mantles in the terrestrial planets can be traced by examining the Sm-Nd (samarium-neodymium) isotopic system in available mantle-derived samples. For example, the decay of 146Sm yields […]
23 August-1 September 2016 Azores, Portugal The course aims to give participants a thorough introduction into influence of volcanism, plate tectonics on life and the role of hydrothermal vents in […]