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Floor life on Earth is plentiful due to the provision of daylight, floor water, usually average local weather situations. However the planet Mars would have by no means skilled such liveable situations on the floor, in accordance with new analysis. … Continue reading
mineralists: Ammonite with a floor overlaying of Pyrite from Germany Geology Nerd
Nature Geoscience 10, one hundred (2017). doi:10.1038/ngeo2868 Authors: Kaighin A. McColl, Seyed Hamed Alemohammad, Ruzbeh Akbar, Alexandra M. Konings, Simon Yueh & Dara Entekhabi Nature Geoscience – Issue – nature.com science feeds
A patch of sea rubbish at sea within the Pacific Ocean. A research, led by Newcastle University’s Dr Alan Jamieson, has uncovered the primary proof that human-made pollution have now reached the farthest corners of our earth. Sampling amphipods from … Continue reading
Research exhibits that a damaged lithosphere beneath the island of Hawai’i might clarify the island’s patterns of seismic exercise. Research exhibits that a damaged lithosphere beneath the island of Hawai’i might clarify the island’s patterns of seismic exercise. Hawaii is … Continue reading
Nature Geoscience 10, 9 (2017). doi:10.1038/ngeo2860 Authors: Olivier Namur & Bernard Charlier Nature Geoscience – Issue – nature.com science feeds
A recent study provides a new data set that scientists can use to better understand plate tectonics — the movement of the earth’s outer layer. Specifically, it contributes to understanding how plates are defined and measured, which is critical for … Continue reading
Olivine basalt Plate tectonics, the idea that the surface of the Earth is made up of plates that move apart and come back together, has been used to explain the locations of volcanoes and earthquakes since the 1960s. One well-known … Continue reading
Nature Geoscience 9, 867 (2016). doi:10.1038/ngeo2842 Author: Nicky White Tectonic plate interiors are often regarded as relatively inactive. Yet, reconstructions of marine terrace uplift in Angola suggest that underlying mantle flow can rapidly warp Earth’s surface far from obviously active … Continue reading
A geology researcher is going deep below Earth’s surface to understand how some of the most abundant minerals that comprise Earth’s crust change under pressure. Geology News — ScienceDaily