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- Astronomy Calendar of Celestial Events - Sea and Sky
Most of the astronomical events on this calendar can be seen with unaided eye, although some may require a good pair of binoculars for best viewing. Many of these events and dates used here were obtained from the U. Events on the calendar are organized by date and each is identified with an astronomy icon as outlined below. You can use the UTC clock below to figure out how many hours to add or subtract for your local time.
January 3, 4 - Quadrantids Meteor Shower. The Quadrantids is an above average shower, with up to 40 meteors per hour at its peak. It is thought to be produced by dust grains left behind by an extinct comet known as EH1, which was discovered in The shower runs annually from January It peaks this year on the night of the 3rd and morning of the 4th.
The moon will be a thin crescent and should not interfere with what could be a good show this year. Best viewing will be from a dark location after midnight. Meteors will radiate from the constellation Bootes, but can appear anywhere in the sky.
January 6 - New Moon. The Moon will located on the same side of the Earth as the Sun and will not be visible in the night sky. This phase occurs at This is the best time of the month to observe faint objects such as galaxies and star clusters because there is no moonlight to interfere.
January 6 - Venus at Greatest Western Elongation. The planet Venus reaches greatest eastern elongation of 47 degrees from the Sun. This is the best time to view Venus since it will be at its highest point above the horizon in the morning sky. Look for the bright planet in the eastern sky before sunrise.
January 6 - Partial Solar Eclipse. A partial solar eclipse occurs when the Moon covers only a part of the Sun, sometimes resembling a bite taken out of a cookie. A partial solar eclipse can only be safely observed with a special solar filter or by looking at the Sun's reflection.
The partial eclipse will be visible in parts of eastern Asia and the northern Pacific Ocean. January 21 - Full Moon, Supermoon. The Moon will be located on the opposite side of the Earth as the Sun and its face will be will be fully illuminated. This full moon was known by early Native American tribes as the Full Wolf Moon because this was the time of year when hungry wolf packs howled outside their camps.
This is also the first of three supermoons for The Moon will be at its closest approach to the Earth and may look slightly larger and brighter than usual. January 22 - Conjunction of Venus and Jupiter.
A conjunction of Venus and Jupiter will be visible on January The two bright planets will be visible within 2. Look for this impressive sight in the east just before sunrise. January 21 - Total Lunar Eclipse. A total lunar eclipse occurs when the Moon passes completely through the Earth's dark shadow, or umbra.
During this type of eclipse, the Moon will gradually get darker and then take on a rusty or blood red color. February 4 - New Moon. February 19 - Full Moon, Supermoon. This full moon was known by early Native American tribes as the Full Snow Moon because the heaviest snows usually fell during this time of the year.
Since hunting is difficult, this moon has also been known by some tribes as the Full Hunger Moon, since the harsh weather made hunting difficult.
2019 Astrological Aspects
This is also the second of three supermoons for February 27 - Mercury at Greatest Eastern Elongation. The planet Mercury reaches greatest eastern elongation of This is the best time to view Mercury since it will be at its highest point above the horizon in the evening sky.
Look for the planet low in the western sky just after sunset. March 6 - New Moon.
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March 20 - March Equinox. The March equinox occurs at The Sun will shine directly on the equator and there will be nearly equal amounts of day and night throughout the world.
This is also the first day of spring vernal equinox in the Northern Hemisphere and the first day of fall autumnal equinox in the Southern Hemisphere. March 21 - Full Moon, Supermoon. This full moon was known by early Native American tribes as the Full Worm Moon because this was the time of year when the ground would begin to soften and the earthworms would reappear.
This is also the last of three supermoons for April 5 - New Moon. April 11 - Mercury at Greatest Western Elongation. The planet Mercury reaches greatest western elongation of This is the best time to view Mercury since it will be at its highest point above the horizon in the morning sky.
Look for the planet low in the eastern sky just before sunrise. April 19 - Full Moon. This full moon was known by early Native American tribes as the Full Pink Moon because it marked the appearance of the moss pink, or wild ground phlox, which is one of the first spring flowers.
Many coastal tribes called it the Full Fish Moon because this was the time that the shad swam upstream to spawn. April 22, 23 - Lyrids Meteor Shower. The Lyrids is an average shower, usually producing about 20 meteors per hour at its peak. The shower runs annually from April It peaks this year on the night of the night of the 22nd and morning of the 23rd.
The Astrology of Year 2019
These meteors can sometimes produce bright dust trails that last for several seconds. The waning gibbous moon will block out many of the fainter meteors this year, but if you are patient you should still be able to catch a few of the brightest ones.
Meteors will radiate from the constellation Lyra, but can appear anywhere in the sky. May 4 - New Moon. May 6, 7 - Eta Aquarids Meteor Shower. The Eta Aquarids is an above average shower, capable of producing up to 60 meteors per hour at its peak.
Most of the activity is seen in the Southern Hemisphere. In the Northern Hemisphere, the rate can reach about 30 meteors per hour. It is produced by dust particles left behind by comet Halley, which has known and observed since ancient times. The shower runs annually from April 19 to May It peaks this year on the night of May 6 and the morning of the May 7.
The thin crescent moon will set early in the evening leaving dark skies for what should be a good show. Meteors will radiate from the constellation Aquarius, but can appear anywhere in the sky.
May 18 - Full Moon, Blue Moon. This full moon was known by early Native American tribes as the Full Flower Moon because this was the time of year when spring flowers appeared in abundance. Since this is the third of four full moons in this season, it is known as a blue moon. But since full moons occur every The extra full moon of the season is known as a blue moon.
Blue moons occur on average once every 2. June 3 - New Moon. June 10 - Jupiter at Opposition. The giant planet will be at its closest approach to Earth and its face will be fully illuminated by the Sun. It will be brighter than any other time of the year and will be visible all night long.
Mercury enters Capricorn
This is the best time to view and photograph Jupiter and its moons. A medium-sized telescope should be able to show you some of the details in Jupiter's cloud bands. A good pair of binoculars should allow you to see Jupiter's four largest moons, appearing as bright dots on either side of the planet.
June 17 - Full Moon. This full moon was known by early Native American tribes as the Full Strawberry Moon because it signaled the time of year to gather ripening fruit.
It also coincides with the peak of the strawberry harvesting season. June 21 - June Solstice. The June solstice occurs at The North Pole of the earth will be tilted toward the Sun, which will have reached its northernmost position in the sky and will be directly over the Tropic of Cancer at This is the first day of summer summer solstice in the Northern Hemisphere and the first day of winter winter solstice in the Southern Hemisphere.
June 23 - Mercury at Greatest Eastern Elongation. July 2 - New Moon. July 2 - Total Solar Eclipse.
2019 MAJOR PLANETARY Transits
A total solar eclipse occurs when the moon completely blocks the Sun, revealing the Sun's beautiful outer atmosphere known as the corona. The path of totality will only be visible in parts of the southern pacific Ocean, central Chile, and central Argentina. A partial eclipse will be visible in most parts of the southern Pacific Ocean and western South America.
July 9 - Saturn at Opposition. The ringed planet will be at its closest approach to Earth and its face will be fully illuminated by the Sun. This is the best time to view and photograph Saturn and its moons.
A medium-sized or larger telescope will allow you to see Saturn's rings and a few of its brightest moons. July 16 - Full Moon. This full moon was known by early Native American tribes as the Full Buck Moon because the male buck deer would begin to grow their new antlers at this time of year.
July 16 - Partial Lunar Eclipse. A partial lunar eclipse occurs when the Moon passes through the Earth's partial shadow, or penumbra, and only a portion of it passes through the darkest shadow, or umbra.
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During this type of eclipse a part of the Moon will darken as it moves through the Earth's shadow. July 28, 29 - Delta Aquarids Meteor Shower.
The Delta Aquarids is an average shower that can produce up to 20 meteors per hour at its peak. It is produced by debris left behind by comets Marsden and Kracht.
The shower runs annually from July 12 to August It peaks this year on the night of July 28 and morning of July The waning crescent moon will not be too much of a problem this year.
The skies should be dark enough for what could be a good show. August 1 - New Moon. August 9 - Mercury at Greatest Western Elongation. A transit of Mercury across the Sun takes place when the planet Mercury passes directly between the Sun and a superior planet, becoming visible against and hence obscuring a small portion of the solar disk.
During a transit, Mercury appears as a tiny black dot moving across the disk of the Sun. Transits of Mercury with respect to Earth are much more frequent than transits of Venus , with about 13 or 14 per century, in part because Mercury is closer to the Sun and orbits it more rapidly.
Astronomy Calendar of Celestial Events - Sea and Sky
Transits of Mercury occur in May or November. The last four transits occurred on November 15, ; May 7, ; November 8, ; and May 9, The next will occur on November 11, , and then on November 13, A typical transit lasts several hours.
On June 3, , the Mars rover Curiosity observed the planet Mercury transiting the Sun , marking the first time a planetary transit has been observed from a celestial body besides Earth. More generally, transits can also occur for Venus [2] and were investigated in the context of searching for the hypothetical inner planet Vulcan.
The most common observation to be made at a transit is to record the times when the disk of Mercury appears to be in contact with the limb of the Sun.
Those contacts are traditionally referred to as the 1st, 2nd, 3rd and 4th contacts — with the 2nd and 3rd contacts occurring when the disk of Mercury is fully on the disk of the sun. As a general rule, 1st and 4th contacts cannot be accurately detected, while 2nd and 3rd contacts are readily visible within the constraints of the Black Drop effect , irradiation , atmospheric conditions, and the quality of the optics being used.
Observed contact times for transits between and are given in S Newcomb's analysis of transits of Mercury. Transits of Mercury can only occur when the Earth is aligned with a node of Mercury's orbit.
Currently that alignment occurs within a few days of May 8 descending node and November 10 ascending node , with the angular diameter of Mercury being about 12" for May transits, and 10" for November transits.
The average date for a transit increases over centuries as a result of the longitude of the nodes of Mercury's orbit increasing by about 1. Transits of Mercury occur on a regular basis. As explained in by Newcomb, [18] the interval between passages of Mercury through the ascending node of its orbit is From the ratio of these values, it can be easily shown that Mercury will make an almost integral number of revolutions about the Sun over intervals of 4, 6, 7, 13, 33, 46, and years.
In Crommelin [19] noted that at these intervals, the successive paths of Mercury relative to the Sun are consistently displaced northwards or southwards.
He noted the displacements as:. Comparing these displacements with the solar diameter about Transits that occur 46 years apart can be grouped into a series. For November transits each series includes about 20 transits over years, with the path of Mercury across the Sun passing further north than for the previous transit.
For May transits each series includes about 10 transits over years, with the path of Mercury across the Sun passing further south than for the previous transit. Some authors [20] have allocated a series number to transits on the basis of this year grouping.
Similarly transits that occur years apart can be grouped into a series. For November transits each series would include about transits over 30, years.
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For May transits each series would include about transits over 24, years. For both the May and November series, the path of Mercury across the Sun passes further north than for the previous transit.
Series numbers have not been traditionally allocated on the basis of the year grouping. Sometimes Mercury appears to only graze the Sun during a transit.
There are two possible scenarios:. The possibility that, at mid-transit, Mercury is seen to be fully on the solar disk from some parts of the world, and completely miss the Sun as seen from other parts of the world cannot occur.