• Research helps explain ongoing changes in geomagnetic field

    Scientists from the University of Rochester used new data from sites in southern Africa to help explain recent and ongoing changes in Earth's magnetic field, best expressed by a deepening area of low field called the South Atlantic Anomaly. Their research…

  • How cosmic rays produce clouds and influence Earth’s climate

    A new study published in Nature Communications this week reveals how atmospheric ions, produced by the energetic cosmic rays raining down through the atmosphere, helps the growth and formation of cloud condensation nuclei – the seeds necessary for forming clouds in…

  • Mapping areas at risk from liquefaction

    A team of researchers has joined forces to investigate and find solutions to tackle one of the most devastating forms of seismic phenomena – liquefaction. Liquefaction occurs in loosely-compacted sandy soils which are fully saturated with water. Seismic vibrations…

  • Unearthing the underground effects of earthquakes and volcanoes

    Japanese researchers find predictive potential in underground changes associated with 2016 Kumamoto earthquake and subsequent volcanic eruptions. Most of what we know about earthquakes and volcanoes is based on what we can observe at the Earth's surface….

  • Two Super-Earths around red dwarf K2-18

    New research using data collected by the European Southern Observatory (ESO) has revealed that a little-known exoplanet called K2-18b could well be a scaled-up version of Earth. Just as exciting, the same researchers also discovered for the first time that the…

  • Astronomer’s map reveals location of mysterious fast-moving gas

    An Australian scientist has created the most detailed map ever of clouds of high-velocity gas in the Universe around us. The map covers the entire sky and shows curious clouds of neutral hydrogen gas that are moving at a different speed to the normal rotation of the…