The full Moon of June 23, 2013 was the largest Moon of the year. This so-called “Super Moon” was at perigee — or at its closest point in its orbit to Earth, and was 14% bigger and 30% brighter than other full Moons of 2013.
But, if you looked up at the Moon last night and didn’t know about this, you may not have noticed! Some claims circulating on the internet tended to exaggerate how large the Moon would actually appear. However, that doesn’t mean the Moon wasn’t photogenic last night! The Moon is always a great target for photography or just gazing with your own eyes, and these images from Universe Today readers attest to the beauty of our closest companion in the night sky.
This lead image from Raven Yu from the Philippines shows the difference in size between last night’s perigee Moon and the apogee Moon (when it was farthest from Earth during its orbit) last November.
See more beautiful images, below!
Three different pictures of the Moon from June 23, shared by Guiseppe Petricca from Italy, detailing not only the perigee Super Moon, but the ‘Moon Illusion” — of how the Moon looks bigger when it is close to the horizon.
“The middle one is the Moon at culmination in the local sky and the other two are taken as low as possible my local horizon permitted,” Guiseppe said via email. “Doing this, I managed to obtain two results: the first one is observing the different colours that due to the Rayleigh Scattering, ‘paint’ our satellite, when it’s low on its elevation. The second one is that, keeping a fixed magnification (24x – 110mm) one can easily debunk the optical illusion of the ‘bigger moon when it’s low on the horizon’. Since, if you observe carefully, the lower two ‘Moons’ are smaller than the higher one. However, the total personal experience is surely wonderful!! And the ‘horizon illusion’ makes you really think that the Moon is way bigger that the reality.”
Miguel Claro captured this beautiful image of the huge full Moon rising above a Moorish castle in Sesimbra, Portugal. “The church Nossa Senhora do Castelo stands on the spot where king Sancho I built a Romanesque chapel in the early 13th century,” Miguel said via email. “This image was captured 2 km away from the subject.” Miguel used a Canon 50D – ISO640; 1/80 sec. + ED80 APO refractor Astro Professional 560mm at f/7 taken on 23/06/2013 at 21h22.
You can see more great images of this perigee Super Moon — and lots more great astrophotography at our Flickr group page.
Want to get your astrophoto featured on Universe Today? Join our Flickr group or send us your images by email (this means you’re giving us permission to post them). Please explain what’s in the picture, when you took it, the equipment you used, etc.
Approximate 12% bigger. It is so amazing. Btw, I saw the wonderful moon last night
Here’s a picture taken last night from Bray Ireland fb.me/2fckBzZEW
Great photo mate.
Does anyone notice the change in the tilt of the moon over the course of the day!!!
Ignorance?
Sun and moon – ROUND – in obvious contrast to FLAT horizon.
A curve is the OPPOSITE of a straight line.
They look at the ROUND sun & moon in contrast to the FLAT horizon near-daily and STILL think they live on a spinning ball, called “globe”, and completely out of context “planet”, and cannot even stand on a ball… Even if one could “stand” on a ball of any size, there would be NO horizon, for it curves downward all 360 degrees.
I believe you are the ignorant one.
To think that somone still thinks that the earth is flat, Aristoteles and Galileo Galilei would turn in their graves.
Aslong as you are above the sealevel and are standing up you will have a horizon while standing on a sphere. The sphere hirozon is determined by two things, how high your eyes are elevated from the ground (sea level), and the size of the sphere.
The elevated point of veiw creates a pythagoras triangle with the points being: “A” the horizon, “B” the ocean level, or in this case your feet, and “C” your eyes.
This can easily be shown by getting a spherical object, like a basketball, and a ruler. You will also need an object to symbolize yourself, ei. your eyes elevation from the ground, an eraser would do.
Place the eraser standing onto the ball, place the ruler so it rests on two points, one being ontop of the eraser, and the other being ontop of the ball. Congratulations you have just proven that a sphere has an horizon, with the ruler symbolizing the line of vision you will have in order to watch it.
You can now test and see that the larger the sphere is, the longer away the horizon will be.
The above example is an application of pythagoras triangle, the work of Aristoteles.
The next example is from Galileo Galilei.
When you look at a lunar eclipse, it is the shadow of the earth that causes the ecpilse, and you can noticable see that the shadow is round.
You can ofcourse test this in real everyday life, take two baseballs, hold one into the sunlight and then move the other ball in between the sun and the first ball, you will now see the shadow on the first ball.
It behaves exactly like the shadow earth would have on the moon during a lunar eclipse.
wonderful, very nice !
Wow…. TheFig and 5 others are trolls of the universe and do not realize just how TINY AND MINISCULE they are in comparison of this “ball” we are all standing on…. not the mention how its not at all a perfect ball in the first place… nor does it have a smooth surface, oh… and when you’re being spun faster than fuck you cant help but not be stuck to the surface… like that ride at the UFO ride at a carnival that spins and all you do is lay there and all of a sudden it picks you up and sucks you to the wall and it is hard as hell to move. the only reason why we aren’t being sucked flat to the earth is because of how small we are.
OH and you definitely CAN stand on a ball of ANY SIZE if you simply find your center of gravity or just KEEP THE BALL ROLLING :).
OH OH AND ALSO if you look at a geological globe you will clearly see no one thinks this planet is round. its very odd shaped and spiked with flat places and craters.
you should have paid more attention in school.. there has to be a horizon… for our eyes can not see an unending distance. you FOOL.