... auroras and they are caused by the interaction of the solar wind (charged particles flowing from the Sun) with a planet’s... like auroras. They are also generated by the interaction of solar radiation with molecules in the upper atmosphere – not with a...
... the European Space Agency (ESA). The initial mission, which was dedicated to the study of interactions between solar winds and terrestrial magnetosphere, was soon followed by two additional Cluster II satellites on 9 August. Three years later...
... picking up the Lunar Surface Drill. The white box-type object at the bottom of the shot is the Solar Wind Spectrometer and to the right of that is the Heat Flow Electronics box. Mount Hadley and the Swann...
... allowing scientists to study daily variations from the entire planet. DSCOVR’s main mission is to maintain real-time solar wind monitoring capabilities, in order to produce more accurate and timely space weather alerts from NOAA. What’s particularly...
... dust that follows the explosion typically travels at around 10,000 kilometres per second (for comparison, the solar wind reaches around 450 kilometres/sec). This means it wouldn’t arrive at our planet until about 100,000...
..., including: Energy – Geospatial data has the potential to uncover suitable sites for greener energy generation such as solar, wind and wave power, the locations for such sites are predicated by earth observation data on geography, natural...