Over eight years ago on March 17, 2007, ASOD launched with our first sketch of the day. In that time, it has been our honor to receive and publish more than 2,800 astronomical sketches from observers of all backgrounds across the globe. You are the ones who have made ASOD successful.
Along the way, the administration of the site has been a home-brewed effort–from site design and administration to the daily processing of your excellent submissions. As you have noticed, it’s not without a few glitches. We value the site, our contributors and our visitors greatly. However, Rich and I have reached a difficult cross-roads. We have both found ourselves at a point where we are unable to continue keeping the site current. For the time being, we will not be posting new submissions. However, we intend to keep this vast and inspiring archive of astronomical sketches live and accessible to all.
If we can determine a viable path to restart daily posts, to increase engagement and quality of the user experience, and overcome a number of growing technical challenges, we will make sure to announce it here. Thanks again for all of your support for this rewarding facet of amateur astronomy.
Please find attached a sketch of the lunar crater Plato and its environs….I used soft graphite pencils to do the sketch on cartridge paper. The colours were then inverted on the computer. This sketch is based on a number of observations I have made of Plato in the last year. I use a Meade LX90 GPS telescope. It has an aperture of 203mm. Plato is one of my favourite regions on the Moon as I love how the crater is filled with deep shadows when the sun is at a low angle. I also have a website with more of my photographic work at Photos of Weather.
My name: Kiran
Object Name: Plato
Object Type: Lunar Crater
Location: South East United Kingdom
Date of Sketch: 14th June 2015
Media: Graphite Pencils
Equipment: LX90 GPS (8 inch aperture)
Crater Davy (35 km.) and the Davy crater chain (catena) were my targets for this evening of sketching and although the seeing and transparency were predicted to be above average that was not the case.
The Davy crater chain is 45-50 km. in extent. It arcs across the floor and eastern rim of crater Davy Y (70 km.). Since it does not line up with any impacts of note it is not likely a sequence of secondary craters. There is also no evidence of volcanic activity associated with this chain. Robert Wichman and Charles A. Wood as well as H. J. Melosh and E. A. Whitaker believe that a comet (or asteroid) may be responsible as it broke up while inside the Earth’s roche limit. As it went in on the moon like a train of meteors it would have created a chain of impacts. A paper published in 1994 by Melosh and Whitaker explains the hypothesis.
Crater Chains on the Moon: Records of Comets Split by the Earth’s Tides?; H. J. Melosh and E. A. Whitaker, Lunar and Planetary Lab, University of Arizona, Tucson, Az.
Black Artagain paper, white and black Conte’ pastel pencils, white Pearl eraser, blending stumps
Telescope 13.1” f/6 Dobsonian telescope on an equatorial drive platform at 332x with 6mm eyepiece
NGC 2266 es un cúmulo abierto en la constelación de Geminis; fácil de encontrar; se encuentra a 1º 50’ de la estrella epsilon. Unas cartas de mag. 6,5 son suficientes para localizarle.
De magnitud 9.5, no lo aprecio en el buscador de 9x.
Es un pequeño y llamativo grupo bien separado del fondo que se halla en un campo estelar rico.
Tiene forma de triángulo, en el que destaca uno de sus lados formado por una cadena arqueada de varias estrellas brillantes, cuya magnitud va descendiendo gradualmente desde una de las estrellas de una esquina (mag. 9).
Concentrado al medio, con dos docenas de estrellas pequeñas diseminadas irregularmente y con un fondo moteado debido a las estrellas que no son resolubles con este equipo.
De tamaño considerablemente grande, unos 5’ o 6’.
NGC 2266 is an open cluster in the constellation Gemini, easy to find; 1 is at 50 ‘of the star epsilon. Letters of mag. 6.5 are sufficient to locate. Magnitude 9.5 do not appreciate it in the search box 9x.
Is on small and striking good fund separate group that is in a rich star field.
It is a triangle, which highlights one side formed by a curved chain of several bright stars, whose magnitude gradually descending from one of the stars of a corner (mag. 9).
Concentrated in the middle, with two dozen small stars scattered irregularly and with a mottled background because the stars are not solvable with this team.
Our friends of the La Blaque observatory in Varages had organized an afternoon dedicated to solar observation. We were ten of us behind the eyepieces to admire the hot sun rays.
Here join a small overview of the animation (the base color comes from the coffee offered by Caroline)
We deploy heavy EQ, Celestrons (the famous Hats of AiryLab) some large Lunts a Skywatcher and other solar bino’s. I had a lot of work at the sketch board !!! Only a 150 mm Lunt was devoted to the photography.
Here is a little souvenir from the H-alpha compiled views from the Fred’s Hat, the 150/1200 for WL and a nice Jean-Luc bino for 3D view…
As the sun had become much quieter than previous days, it was not particularly complex to draw today, but we do what we can with the star we have! On the left we can see the active area around the end of the AR2339 spot.
Object Name: Gassendi crater
Object Type: Moon
Location: Vitoria-Gasteiz (Basque Country)
Media: graphite pencil on white paper.
This is a sketch of the crater Gassendi, one of the most beautiful “fractured floor craters” on the moon.
The sketch was made through my 6” achromatic refractor (TS Individual 152/900), binoviewer, a pair of 8 mm eyepieces and glasspath at 293x. The seeing was variable, usually bad but with very good moments of few seconds that allowed me to perceive the structure called “Rima Gassendi”: a pattern of fractures inside the crater.
I hope you to enjoy with this sketch.
If you wish to read more about this observational report and others, please visit the web of my astronomical group (www.laotramitad.org).
Hi folks, this is a sketch of the moon crater Posidonius.
It’s a nice crater 100km diam. at the East border of Mare Derenitatis, beside Lacus Somniorum. To the West, the light line is Dorsa Sirnov.
Adjacent to Posidonius is crater Chacornac ( 54km Diam.) and on the other side, Danelli ( 28 km diam).
Posidonius is somehow like Gassendi , ( Gerald North: Observing the Moon)
Posidonius es un bonito cráter de 100 km de diámetro en el límite Este del Mare Serenitatis junto al Lacus Somniorum.
Junto a él, el cráter Chacornac ( 50,4km de diámetro) y al otro lado, el cráter Danielli ( 28 km diámetro).
Al oeste , la Dorsa Smirnov que es esa línea clara justo en el Terminador.
El cráter Posidonius tiene un aire familiar que recuerda a Gassendi, tanto en tamaño como en fisonomía ( Gerald North: Observing the Moon)
l like the crescent Moon shining on the western sky in remained blue,vermilion hue just after sun set.
lt was always looked as most mysterious, beautiful, or with some a feeling of affection.
Of course l used to see not the horizon alone but l see beyond over in my mind trillions of trillions of moons rising on over its parent planets maybe from in our own galaxy to in the Hubble Deep Fields galaxies. Also l think about trillions of advanced civilizations.
Observed; 2014. 10.29 ( Original eyepiece sketch)
Painted; 2015. 6.5
320mm refractor x270
Graphite pencils, water color, acrylic color, white/black paper
Moon limb span; 50km for [A], 50km for [B], [A]&[B] to be connected
On May 25th, I’ve sketched a famous, nice object: Messier 6, or “Butterfly Cluster”, a beautiful cluster near the end of the Scorpion, celebrating a historical date in Argentina: 205 years ago, argentinians started to organize a revolution against the Spanish Empire which succeed and helped a lot to declare our Independence six years after that initial revolution, now called “Mayo’s Revolution”, which happened on May 25th, 1810.
I used a newtonian telescope SW 150/750 f5, graphite pencils 4B, 2B and HB, on a white paper, and then edited with Photoshop tool.
As for the title, it’s the name of a famous argentinian rock song, called “Mariposa Pontiac/Rock del País” (translated: Pontiac Butterfly/Country’s Rock), from a very famous band here, “Los Redondos”.
Media: White paper, HB graphite pencil, scanned and inverted/processed with Photoshop
Telescope: Celestron C8-A XLT (SC-203/2032mm)
Eyepiece: Hyperion 13mm (156X)
Transparency: City Skies.
Location Constellation: Cancer
Assessments: I can see a bright star that I consult with the Stellarium program, I think it can be HIP 43519, the other very faint stars, it costs me perceive, after a while to adapt, I’m seeing a number of stars that make visually cluster resembles as a bunch of grapes, is what comes to mind.
Comentarios: Puedo ver una estrella brillante que consultando con el programa Stellarium, creo que puede ser HIP 43519, el resto de estrellas muy tenues, me cuesta percibirlas, tras un rato de adaptación voy viendo una serie de estrellas que hacen que visualmente el cúmulo se asemeje como a un racimo de uvas, es lo que me viene a la mente.
I submit my most recent lunar sketch of Sirsalis & Damoiseau Craters at the western limb of the moon. What a wonderful area to explore with interesting concentric craters of Damoiseau & the double crater of Sirsalis at this angle of light. Unseen Grimaldi is in the darkness to the west.
Object: Lunar craters Sirsalis & Damoiseau @ ~13 days lunation
Telescope: 12.5” Portaball 9mm Nagler 169X
Location: Maui Hawaii, 4000 ft elevation
Date: 2/4/12 7:45pm
Medium: Black art paper, white & black charcoal
Hello Artist of the nightsky! How are you? i come after long time and many problems,in my family and out….
But i not stopped my asketch activity.
I follow yours splendid works always……
i return to asod with my last Moon sketch made with my old Refractor Kenko 80/1000.
The sky was clear and i take my telescope and placed it on my roof in front my home.
The image was perfect,still and my eies was concentrated to tryade of craters: Theophilus ,Cyrillus and Catharina.
I see many shadow and particulars of surface……incredible show!!
I hope like you!
Site: Pergola,Marche,Center Italy.
Date: 24-25 April 2015
Moon phase: Crescent (6,9 days)
Instrument: Refractor Kenko 80/1000
eyepiece: 15mm + Barlow
Seeing:Perfect,not at the end cause Moon very low
Temperature: Little cold,not wind.
Media: Graphite pencil on white paper Fabriano for sketches
El dibujo de esta preciosa galaxia la tenia prevista ya hace tiempo y ahora llego el momento de acerlo usando mi actual dobsom 12″ gotorizado por mi usando el sistema picgoto.
El dibujo fue realizado sobre una carta estelar de guide 9.0 con lapiz de grafito y luego invertido el color y fue dibujada observando la galaxia a 168X usando un ocular esplorer cientific 8.8mm de 82º.
La galaxia NGC4565 es uno de los mejores ejemplos de galaxia espiral vista de canto que se puede ver en la constelacion de coma verenices a una distancia de 47 millones de años luz y facilmente vista con telescopios de aficionado.
Esta galaxia es mas grande y luminosa que la galaxia de andromeda.
Eje mayor: 14.90 minutos de arco
Eje menor: 2.0
The drawing of this beautiful galaxy had planned long ago and now it’s time to acerlo using my current dobsom 12 “gotorizado my picgoto using the system.
The drawing was done on a star chart to guide 9.0 with graphite pencil and then color inverted and was drawn by observing the galaxy 168x using an eye esplorer cientific 8.8mm 82º.
The galaxy NGC4565 is one of the best examples of spiral galaxy seen edge that can be seen in the constellation of verenices eat at a distance of 47 million light years away and easily seen with amateur telescopes.
This galaxy is larger and brighter than the Andromeda galaxy.
Major axis: 14.90 arc minutes
Minor axis: 2.0
Comet Lovejoy C2014 Q2 in Eridanus
Comet sketched from Wailuku, Maui, HI
Elevation: 450 ft. January 6, 2015
This sketch was executed with pencil on white paper out in my yard and scanned to my MacBook. I reversed the color and labeled it in GIMP. This sketch was rendered when the comet was almost at its brightest in the constellation Eridanus. Although many observers didn’t see the tail as readily as this sketch reveals, I found that I could see it better with averted vision. SkySafari ranked it at a magnitude 5 at that time. In my notes I pointed out three stars almost in a line running west to east and two more further east on a NE to ENE axis, one of which is Struve 536, a double star with a separation of only 1.5 arc seconds. ZI Eri at magnitude 5.2 is to the NNE in line with the tail of the comet. As noted, I used a 2″ Explore Scientific 18mm eyepiece with no filter on a Vixen 104mm refractor. I noted a Transparency of 2 – 3 out of 5 and a Seeing of 4 out of 10. The moon was nearly full in Cancer and low in the east at the time.
Object Name Leo I
Object Type dwarf galaxy
Location Budy Dłutowskie – small village in central Poland
Media graphite pencil, white paper, color invert
Telescope Newton 16” (400/1800) + Speers Waler 14mm
Seeing 2/5 (good)
Transparency 2/5 (good)
NELM 5,9 mag
Leo I is a dwarf galaxy in Leo constellation. It is also the most distant satellite of Milky Way.
The object is extremely hard to observe because of really low surface brightness and also proximity of Regulus.
You need good dark sky and nice transparency to catch this object. It is one of the small “night challenges”
I made a small compilation for some asterisms. These are not popular objects, and few amateur astronomers watching these group of stars. I think, you find very pretty star clusters in these catalogs: Alessi, Teutsch, O’Neal, Harrington, Slotegraaf, Ferrero, Markov, Streicher, ESO etc. You can see a lot of binoculars, and small telescope. I used this telescopes: 15X70 binoculars, 130/650 Newtonian reflector.
I send one sketch from january of C/2014 Q2 (Lovejoy) seen with 50X magn.
in my telescope. I could see two faint stripes in the beginning of the tail.
I used pencil (9B) on white paper and inverted. Info on my sketch.
Loc.: Trondheim, Norway.
I also used 10 x 50 binos, and could see a longer, faint tail to east!
Apollo 15 Landing Site
Last evening proved to be a fine night for observing the Moon and the planets. The atmosphere at sunset settled down to a Pickering 8/10 and 9/10 for brief intervals. This was predicted so I had two telescopes outside (my 18 inch f/4.9 and 13.1 inch f/6 both Dobsonians). At 373x using the 18 inch scope I could clearly see the floor of Palus Putredinis (The Marsh of Decay) and not far away Rima Hadley at the foot of Montes Apenninus. I spent a 3 hour interval on this sketch but actual sketching time was more like 2 hours. The sketch was done using the smaller scope because it is driven. 4 mm and 6 mm eyepieces gave me magnifications of 499x and 333x and occasionally I used the 18 inch scope to verify some of the meanders of Hadley rille and other small features. I have marked the landing site (red dot) of Apollo 15 Lunar Landing Module which occurred the summer of 1971, a very exciting time for the US space program.
Craters visible in this sketch include Hadley C 6 km. in diameter and Aratus (10 km.).
For this sketch I used: Gray sketching paper, 9”x 11”, white and black Conte’ pastel pencils and blending stumps.
Telescopes: 13.1 inch f/ 6 Dobsonian and 18 inch F/4.9, eyepieces : 4mm, 6mm
Date: April 29, 2015 01:00-04:00 UT
Temperature: 4.4°C (40°F)
Seeing: Pickering 8.5
Co longitude: 29.9°
Lunation: 10 days
Illumination: 75.9 %
M5 is undoubtedly one of the finest globular clusters we can observe with our telescopes, But I have to admit that I was not able to show all the beauty I saw through the eyepiece, better to take a look for yourselves .
For more details of my observation you can visit my blog:
I was delighted this morning to find this dark and large filament at the north-eastern limb of our Sun. It had the appearance of a large serpent with foot like projections anchoring it to the solar surface and then visible curving around the limb. The filament is magnetic curtains of plasma hovering over the Sun’s surface, this an especially large and detailed one. I read on the Spaceweather site that the length of the filament would measure the distance from the Earth to the Moon. That’s one big serpent!
Solar Filament & Prominence
h-alpha 60mm Lunt 35x
4/26/15 0800-0845 HST
Black Strathmore Artagain Paper
White Conte’ Crayon & charcoal pencils, black & white
Photoscape Software to colorize, Photoshop Software to reduce size
On April first at 23:00 hs. in La Matanza, Buenos Aires, Argentina, I sketched Acrux, the brightest star in the constellation called “Southern Cross”, “Crux”, etc. This star is also known, in religious terms, as The Foot of the Cross, due to obvious location reasons.
It’s a nice double-star system done in white paper, with graphite 4B, 2B and HB2 pencils; after edited with Photoshop tool, while observing with a Newtonian SW 150/750 f5 telescope.
I liked the final results, so hope you like it too!
I went out to sketch the AR 2339 in h-alpha but when I saw this massive Hedgerow type prominence on the limb it had to be done.
PST 40 halpha scope ,8mm eyepiece / 50X
Pastels and Conte on black paper. 13:33 UT May 13th 2015
Bray, Co Wicklow, Ireland
Media: White paper, HB graphite pencil, scanned and inverted/processed with Photoshop
Telescope: Meade ETX 70AT
Eyepiece: Hyperion zoom 8-24mm a 8mm (44X)
Transparency: City Skies.
Location Constellation: Cancer
Assessments:I use the zoom eyepiece at 8mm position (44X), center brighter area of cluster and start to draw what I see, initially see little stars, and as I start acclimating sight see more stars and more clearly, some brightest stars and other stars least, I drawing that I saw, the Moon is almost full and does not help in the observation and I greatly clear sky.
Comentarios: Utilizo el ocular zoom en la posición de 8mm (44X), centro la parte mas brillante y comienzo a dibujar lo que veo, al principio veo pocas estrellas, pero a medida que voy aclimatando la vista comienzo a ver mas estrellas y mas claramente, unas mas brillantes y otras menos, dibujo las que voy viendo, el que la Luna este casi llena no ayuda en la observación ya que me aclara mucho el cielo.
For more details of my observation, you can visit my blog:
Object name : M45
Object type . open cluster
Location: General Viamonte, Argentina
Date : 05-04-15
Media: pencil HB , 2 HB and White paper
I hope you like , and greetings from Viamonte, Argentina !!!!!!
On April 28th, I had the opportunity to follow the evolution of this very nice and long prominence.
That was made using a very small Lunt in Halpha (35mm) the total sketch time was less than 2h.
The full view sketch was made using black pencils HB and 4B on white paper and with the help of transparent paper for the active zones, inverted while scanning.
For the sun’s “comic” I sketch only on white paper with a HB pencil, I had no time to sketch more details and the other details were quite calm facing the prom evolution.
This kind of exercise is interesting because no space probe, nor camera are programmed or able to send us such a big number of photo’s and so quick. Let’s say this is another evidence why sketch is still an interesting technique, as is ASOD !.
The filament, origin of this prom is visible on the main sketch and on the first one of the sequence, after that the filament disappear. At the end I just add a digital color layer to my sketch with the use of Paint.net.
Thank you to you all for your interest and on top of that thank you to the ASOD team for their work.
Hello ASOD, this time I send this drawing of Messier 6
Author: Sergio Rodrigo Green
Object: Messier 6
Tools: Pencil HB, and white sheet.
Location: Viamonte, Argentina.
I send you a big hug and wished posteen my sketch, Greetings!
Please find hereby a recent sketch of the barred spiral galaxy M109 in Ursa Major, made during our astro-holiday in Northern France about a month ago. That night the sky completely cleared out with impressive SQM values around 21.6 – being amongst the highest possible in light-polluted Western Europe.
One of the objects scheduled to revisit was Messier 109, since it contains a complex barred spiral structure that is difficult to visually discern. Attentive averted vision under a dark sky though brings out these beautiful features!
Location: 18 April 2015 – 23h54 UT – Grandpré (Fr)
Conditions: NELM 6.6 – SQM-L 21.6 – Seeing moderate
Optics: SCT C11 (279mm f/10) – Nagler 13mm (215x – FOV 23 arcm) – no filters
Media: graphite pencil on white paper, scanned & inverted using GIMP2
Large diffuse face-on galaxy, displays a bright core containing a diagonal barred structure through a round, mottled glow. Attentive averted vision brings out a subtle theta-like structure, less intense at the eastern side and more pronounced on the northwest and southern outer side. The inside of the barred spiral, to the eastside of the core, appears more dark and contains a nice faint field star.
Additional observations of that night can be found in the deepsky database www.deepskylog.org
Object Name: Copernicus Crater
Object Type: Lunar Crater
Location: Ottawa, ON, Canada
Date: 2 May 15
Media: Vine charcoal background, graphite pencil for the crater
I am very new at sketching, this being the first one I’d consider worthy of uploading. It was drawn from a photo of Copernicus crater I brought up on my computer screen as practice for the sketching course I’m currently taking. I’m still struggling to convey a sense of depth, as well as develop a rapid technique that I will need when I am at the eyepiece of my telescope.
The Zuben-eschamali…. a old beautifuly Arabian-named emerald greenish blue star was lonely shineing that May night just a year ago when l firstly aimed fixed star with freshly constructed 13″ refractor at the highest power which can bears. For more than 2 decade l usealy like to see the fixed single stars of 3-0 mignitude range especially since from the time my 8″, 8.5″ glasses were used
and l looked Vega, Arcturus, Sirius, Capella, Alteir, or 2-3 mignitude stars like this one through 12,13″ glasses particularly at high power 950-1500x . l represented the Zubeneschmali as possible as l can do as you see here but the real thing was far from my humble art for in the 1480 magnification Nagler 2.5s window image l can explain nothing but it was eradiating beautifuly & magnificently, even l felt eerie emotions with the large but still sharpest star image ragely gushed out spokes of light bunches. To explain the 2.6 mag, 160 ly distant alien sun, l made some 20 pages eyepiece sketches with explanationes & l introduce here only one on the recent night Arcturus record as almost 2-0 mag suns to be looked similaly except colors , l named myself the 3 parts at the 1000-1480x images ( under 1000x the 3 parts could not be seen easily with its break downed parts ) as a Diffraction disk part(Airy disk) , 1st flames part , Spokes part …. one 1st flame exactly confrontations one spoke each other & total number of this star,s spokes was observed of 18-25 bunches at every 1/30 second because ca 3-4 rowes of radial spokes rotating each other in slight different directions that l could not represent it here for the spokes were so dynamic as each 3-4 rows spokes rotated once in a 1/50-1/30 seconds that may lie in a human eye,s limited captureing time spans so there l could observe the perspective among the 3-4 rows….
For the other explanations l have to omit as thousends words not equals to just you look through once.
With these observations of years l could more &more feel the fixed stars are alien suns like ours in not fictions (in papers or photos) but in reality, reality emotion… that l feel only just a few minutes for in a full one year,s automatic robotic diary life time span , stangely , in my private opinion , we humanbeing (include other species on earth?) have not yet the 7th sensor organ feel direct the existent emotions in cosmos.
l have to thanks for the pioneers who firstly sought the star parallaxes.
My humble instruments are imposing enough against the 5 billion doller HST at least when they aim fixed stars , if l seated in it with 15,000x power, it,ll show me nothing but a 1/10 diameter Airy disk of mine even the HST can,t show the Alien sun,s limb circle even in pinpoint size at all that tells the vastness of the interstellar space.
Observed; 2014. 5
Painted ; 2015. 5
320mm refractor x1480
Graphite pencils, water color, acrylic& oil color, white paper 30x45cm (working time; 4 hours)
Himax follows the Blackmax climing snowy hills where on a old Taoism landscaped alien planet in the Zubeneschamalli solar system
Photographed in a room w/ lights with a Canon 450d camera