Use precise geolocation data and actively scan device characteristics for identification. This is done to store and access ...

Currently, the magnetic field has two orientations: the North and South poles. This is why we see aurora at the poles where the magnetic field is the strongest. However, these poles aren’t ...

According to the National Oceanic and Atmospheric Administration (NOAA), several states in the northern U.S. could have a ...

Earth's magnetic poles usually align with the north and south poles but occasionally wander from their traditional geographic positions in a process called geomagnetic excursions due to changes in ...

Mars doesn't have an organized planetary magnetic field like Earth, so auroras can appear anywhere in the sky. Now there's a ...

As climate change melts ice sheets and glaciers, water is being redistributed across the globe — and could end up moving the ...

This magnetic field has a north and south orientation, which currently roughly aligns with Earth’s North and South poles. Those are the sites where the field is the strongest, which is why ...

This incident about 41,000 years ago was a geomagnetic “excursion,” which is where the Earth’s magnetic poles move around. While the North and South poles didn’t completely flip ...

This magnetic field has a north and south orientation: the North and South poles. The orientation of the magnetic field is why you typically only see aurora at the North and South poles ...