A sun oriented obscuration happens when the Moon goes amongst Earth and the Sun, along these lines absolutely or mostly darkening Earth's perspective of the Sun.
This design can just happen amid a New Moon, when the Sun and Moon are in conjunction as observed from the Earth.
Add up to sun oriented shrouds are exceptionally uncommon occasions for any given place on Earth since totality is just observed where the Moon's umbra touches the Earth's surface.
An aggregate sun oriented shroud is an astounding common marvel and many individuals consider go to remote areas with a specific end goal to watch one.
Review the Sun amid halfway and annular obscurations (and amid add up to shrouds outside the concise time of totality) requires unique eye security, or aberrant survey strategies.
At a young hour in the morning of Sept. 1, 2016, NASA's Solar Dynamics Observatory, or SDO, got both Earth and the moon crossing before the sun. SDO watches out for the sun, however amid SDO's semiannual overshadowing seasons, Earth quickly obstructs SDO's viewable pathway every day - a result of SDO's geosynchronous circle. On Sept. 1, Earth totally overshadowed the sun from SDO's point of view similarly as the moon started its voyage over the substance of the sun. The finish of the Earth overshadow happened without a moment to spare for SDO to get the last phases of the lunar travel.
In the SDO information, you can tell Earth and the moon's shadows separated by their edges: Earth's is fluffy, while the moon's is sharp and unmistakable. This is on the grounds that Earth's climate ingests a portion of the daylight, making a poorly characterized edge. Then again, the moon has no climate, creating a fresh skyline.
This specific geometry of Earth, the moon and the sun had consequences for survey down on the ground also: It brought about a synchronous obscuration noticeable from southern Africa. The obscuration was what's known as a ring of flame, or annular, overshadow, which is like an aggregate sun powered shroud, aside from it happens when the moon is at a point in its circle more remote from Earth than normal. The expanded separation makes the moon's evident size be littler, so it doesn't obstruct the whole face of the sun. This leaves a brilliant, limit ring of the sun oriented surface unmistakable, looking much like a ring of flame.
