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Skywatching 2018

Last minute item... For those wondering when the eclipse will begin at a location and what degree of totality will be experienced there, here is a handy site. Just enter the location (City, State) in the edit box at the upper left.

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https://www.timeanddate.com/eclipse/in/@4207783
 
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Happier than a pig on s..t , great event. Fun had by all, the sky was mostly clear, great pictures taken, lot of kids got to feel the excitement of this scientific event and hopefully a new wave of star gazers were born today!!
 
Cassini's final approach and demise: There are several worthwhile links in this article, so I will post a link to the page, rather than reinterpreting it...

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http://earthsky.org/space/cassini-finale-sept-15-2017-how-to-follow-online?mc_cid=a2c28121ad&mc_eid=3085c76ee9
 
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Venus and Jupiter Will Meet in the Early Morning Sky Monday: How to See It


Venus and Jupiter will get together in the November sky, and early risers with a clear view of the eastern horizon can catch a view of this celestial rendezvous.
Just before sunrise Monday (Nov. 13), Venus and Jupiter will pass within 17 arc minutes (0.28 degrees) of each other in the sky, or just over half the apparent width of the full moon. The two planets will also be fairly close to each other in the days just ahead of and just after the conjunction.

The actual conjunction (the point at which the planets are closest together in the sky) will happen at 1:05 a.m. EST (0605 GMT) on Nov. 13. Neither planet will have risen for observers on the U.S. East Coast by then — that won't happen for another few hours, at about 5:30 a.m. EST (1030 GMT). Jupiter and Venus will be in the constellation Virgo, roughly southeast, and west of the moon, which will be a small crescent.

Sunrise will occur mostly between 6:30 a.m. and 6:50 for observers in the continental U.S. according to timeanddate.com; if the horizon is relatively flat, skywatchers can get a good view of the two planets (unobscured by the sun's direct light) until daybreak. For mid-northern-latitude skywatchers, both planets will have an altitude of about 11 degrees above the horizon — or just about the width of a fist at arm's length — when the sun is just below the horizon.

In Los Angeles, the conjunction will be well below the horizon when it occurs, though, on the morning of Nov. 13, Venus and Jupiter will rise at 5:19 a.m. and 5:18 a.m., respectively. Sunrise is 6:24 a.m., and Venus and Jupiter will be slightly higher above the eastern horizon than in New York; Venus' altitude will be 12.5 degrees and Jupiter's 12.7 degrees.

Londoners will see Venus rise at 5:56 a.m. local time, followed by Jupiter 2 minutes later, with the moment of conjunction occurring at 6:05 a.m. The sun rises at 7:15 a.m. local time. The maximum altitude is about 11 degrees above the horizon, which requires a relatively unobstructed eastern view.

In the video from JPL, the narrator notes that skywatchers should be careful because the sun will rise on the heels of the planets, and of course, you should never look directly at the sun, especially with binoculars or a telescope.

The STScI video outlines several other planets that will be visible in November. Saturn will be in the western sky in the evening, along with the zodiac constellations Pisces and Aries. Mars will also rise well before the sun this month.
 
MARS

Though we won't get to see the lunar eclipse, we will enjoy a bright and beautiful Mars! At 1:07 a.m. Eastern Time tonight, Mars reaches opposition. This means that the planet will be directly opposite the Sun as seen from Earth. It will also be passing the closest to earth since 2003, making it appear especially big and bright. Clouds will cooperate for viewing tonight and tomorrow, so take a few minutes and look up tonight for the bright red planet! The NASA scientist I spoke with today told me the best viewing time will be around Midnight.

Source:Katie Walls
WSBTV2

PS, sorry Ilan, didn't see your similar post in the Space pics until I posted this....:(
 
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Find the Teapot, and the galaxy’s center
Bruce McClure in TONIGHT | August 3, 2018

2018-teapot-saturn-scutum.jpg

Tonight, or on any moonless evening during a Northern Hemisphere summer or Southern Hemisphere winter, you can look in the evening hours toward the center of our Milky Way galaxy. It’s located in the direction of Sagittarius the Archer, which happens to contain a famous asterism – or noticeable pattern of stars – called the Teapot. From the Northern Hemisphere, you’ll be looking south during the evening hours for this star pattern.

From the Southern Hemisphere, look for the Teapot to climb high overhead around mid-to-late evening.

If you’re blessed with a dark sky, finding all this will be easy. In a dark sky, you’ll see a broad boulevard of stars – the edgewise view into our own Milky Way galaxy – which broadens and brightens in the direction of the galaxy’s center.

Or maybe you know the planets? If you have that dark sky, know that, in 2018, the starry band of the Milky Way passes between the Teapot and the golden planet Saturn. It lies about midway between the spout of the Teapot and Saturn this year.

Don’t know Saturn and don’t have a dark sky? The chart below via AstroBob expands the view to include the constellation Scorpius, which is relatively bright and easy to spot for its curved Scorpion’s Tail. Sagittarius the Archer – and its Teapot asterism – is next door to Scorpius on the sky’s dome.

Teapot-galaxy-center-Milky-Way-cp-e1469703857591.jpg

We can’t really see the galactic center. It’s heavily veiled by intervening stars, star clusters and nebulae (vast clouds of gas and dust). The center of our Milky Way looms some 26,000 light-years away. But we can gaze toward this direction in space, and – if your sky is dark enough – it’s a sight to behold!

By the way, the Teapot makes up the western half of the constellation Sagittarius the Archer. Modern eyes have an easier time envisioning a teapot than an Archer with a drawn-out bow. See the sky chart of Sagittarius below.

From temperate latitudes in the Northern Hemisphere, it’s pretty easy to make out the Summer Triangle asterism rather high in the eastern sky at nightfall. This huge star formation consists of three brilliant stars – Vega, Deneb and Altair – and can oftentimes withstand the glare of the full moon or light-polluted city.

If you are otherwise lost on some starry night but can find the Summer Triangle, let this signpost star formation escort you to the Teapot …

2016-summer-triangle-teapot.jpg
 
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