A meteor "outburst" is an unexpected, generally fairly intense, meteor shower. They are probably associated with extinct comets, but we don't know what the origin is. Meteor "showers" occur when the Earth passes through the debris path left in the orbit of extinct or decaying comets. There are more than a dozen fairly predictable meteor showers, which are generally identified by the name of the astronomical constellation from which the meteors "appear to" radiate. For example, there's a pretty broad band of dust and pebbles that cross the Earth's orbit in early-to-mid August which come from the direction of the constellation Perseus; we call these the "Perseids", and are generally best seen between August 10 and August 13 each year.
A meteor shower gets its name from the constellation it appears to emanate from. The meteors of course do not originate in the constellation.
A meteor shower is a celestial event in which a number of meteors are observed to radiate, or originate, from one point in the night sky. These meteors are caused by streams of cosmic debris called meteoroids entering Earth's atmosphere at extremely high speeds on parallel trajectories. Most meteors are smaller than a grain of sand, so almost all of them disintegrate and never hit the Earth's surface. Intense or unusual meteor showers are known as meteor outbursts and meteor storms, which may produce greater than 1,000 meteors an hour.[1]The Meteor Data Center lists about 600 suspected meteor showers of which about 100 are well established.[2]
Meteor showers and eclipses happen, if not all the time, frequently: there are approximately two solar and two lunar eclipses per year, and there are meteor showers about once a month, though some of them are more prominent than others. They have essentially nothing to do with each other; your question implies that there's some connection, which is not the case, so I'm not sure what you were really trying to ask.
Probably the best are the Perseids, which occur in August. Every 33 years, the Leonids of November are potentially great, although 1999 was a disappointment. In general, all showers are best seen after midnight, when the Earth is turned "forward" in its orbit and is therefore "heading into" the debris field of the meteoroids.
They are meteors in the meteor showers associated with the constellation "Sextans".
An aquariid is a meteor in any of several meteor showers which appear to lie in the constellation Aquarius.
meteor showers
Periodic showers which, due to their position and trajectory, appear to originate from specific constellations are named for that constellation.
You can find NGC 6803 and NGC 6871 in the constellation of Aquila.
The Leonids meteor shower gets its name from the constellation Leo, as the meteors appear to radiate from this constellation when viewed from Earth. The shower occurs when Earth passes through the debris left behind by the comet Tempel-Tuttle.
Meteor showers are not man made
There are yearly meteor showers, in relation to taurus.
The radiant is a point from where meteors seem to come from. The meteor showers are named after where that point appears to be in the sky. In reality, they have no connection to the constellations they are named after. The Leonids appear to be coming from the part of the sky where the constellation Leo can be seen.The radiant is a point from where meteors seem to come from. The meteor showers are named after where that point appears to be in the sky. In reality, they have no connection to the constellations they are named after. The Leonids appear to be coming from the part of the sky where the constellation Leo can be seen.The radiant is a point from where meteors seem to come from. The meteor showers are named after where that point appears to be in the sky. In reality, they have no connection to the constellations they are named after. The Leonids appear to be coming from the part of the sky where the constellation Leo can be seen.The radiant is a point from where meteors seem to come from. The meteor showers are named after where that point appears to be in the sky. In reality, they have no connection to the constellations they are named after. The Leonids appear to be coming from the part of the sky where the constellation Leo can be seen.The radiant is a point from where meteors seem to come from. The meteor showers are named after where that point appears to be in the sky. In reality, they have no connection to the constellations they are named after. The Leonids appear to be coming from the part of the sky where the constellation Leo can be seen.The radiant is a point from where meteors seem to come from. The meteor showers are named after where that point appears to be in the sky. In reality, they have no connection to the constellations they are named after. The Leonids appear to be coming from the part of the sky where the constellation Leo can be seen.The radiant is a point from where meteors seem to come from. The meteor showers are named after where that point appears to be in the sky. In reality, they have no connection to the constellations they are named after. The Leonids appear to be coming from the part of the sky where the constellation Leo can be seen.The radiant is a point from where meteors seem to come from. The meteor showers are named after where that point appears to be in the sky. In reality, they have no connection to the constellations they are named after. The Leonids appear to be coming from the part of the sky where the constellation Leo can be seen.The radiant is a point from where meteors seem to come from. The meteor showers are named after where that point appears to be in the sky. In reality, they have no connection to the constellations they are named after. The Leonids appear to be coming from the part of the sky where the constellation Leo can be seen.The radiant is a point from where meteors seem to come from. The meteor showers are named after where that point appears to be in the sky. In reality, they have no connection to the constellations they are named after. The Leonids appear to be coming from the part of the sky where the constellation Leo can be seen.The radiant is a point from where meteors seem to come from. The meteor showers are named after where that point appears to be in the sky. In reality, they have no connection to the constellations they are named after. The Leonids appear to be coming from the part of the sky where the constellation Leo can be seen.
meteor showers
You can see all the usual ones, plus meteor and meteorite showers this week and again in December.
No. Meteorologists study weather. An astronomer would predict meteor showers.