April 2022

April 30th 0920 GMT Sun

I bin scanned the Sun in clear sky. The excitement of the activity earlier in the month had died down but I still detected two sunspots. It was the final action of the month.

April 29th Flying Hockey Stick Reprocess

I am currently reprocessing only to support my writing for "Astrophotography with a DSLR". This was the flying hockey stick I found on January 29th.

April 29^th 2050 GMT Meteor Hunt

It was not perfectly clear, nor was it completely dark. With the sky expected to clear later, I set my camera with my brand new intervalometer at the usual settings. While our dogs were outside, I had a look in the direction of Lyra. Although there was haze, I could see Vega, Deneb and parts of Draco. I did not see any meteors, so came back inside, more in hope than expectancy.

One of the by-products of my meteor searches is a set of constellation photos. I stacked a few early frames to catch Ursa Minor and parts of Draco, including the head.

At 2130 GMT, I struck gold with a Lyrid meteor near the Dragonhead.

I tried another few frames of Ursa Minor and the Dragonhead and thought this was slightly better.

At 2144 GMT, I caught a much fainter meteor, near the pole, but it was not from the Lyrid shower but a sporadic one.

At 2204 GMT, I caught an unidentified object which showed what appeared to be two converging trails. like ET having a meeting in space. As my usual UFO sightings, nothing was visible in the preceding nor following photos. The part of the sky was the "Keystone" asterism in the constellation of Hercules.

I stacked 30 of 40 images to catch Hercules with Corona Borealis and the Dragonhead is on the lower left.

I caught another sporadic meteor at 2230 GMT, near the Pole Star.

At 2232 GMT, I caught part of a bright sporadic meteor trail on camera.

At 2233 GMT, I caught another sporadic meteor, but much fainter, near the Dragonhead.

It was only faint but I caught a Lyrid shower meteor in the Keystone of Hercules.

I caught two meteors in the same frame, a few seconds later but processed them separately, as they had short trails.

At 2311 GMT (Saturday 30th but still the same session) I went out to reset the camera and saw what looked like a very bright comet or galaxy above our house. I had no idea what it was but it started to move. I did not have time to reset the camera before it went out of view. The long exposure showed a short but bright trail and I caught two images. The blue colour was not noticeable to the unaided eye.

I stacked a few frames to catch Lyra and Hercules.

The final few frames were similar but showed a little bit more of Cygnus.

So what I saw as a session that started off with more hope than expectancy turned out to be a real cracker. I caught meteors, a UFO and processed a few frames to produce some constellation shots. It was May 2nd before I finished processing and blogging. What a night!

April 29th 1245 GMT Sun

I caught some clear sky and this time I caught two sunspots but the exciting action of a few days before was just about to rotate off.

April 28th 1230 GMT Sun

Conditions were, frankly. horrendous. It was a miracle I saw anything at all but I caught a sunspot through the murk. I'm sure that others were around but I'm glad I got the one I did.

April 26^th 0655 GMT Sun

I bin scanned the Sun and saw that the sunspots had rotated since my last view. A small one had rotated on.

April 24^th Morning: Sun

I woke up to poor conditions but was able
to catch glimpses of the Sun through thick cloud. I was able to see all but the
fainter of the sunspots I had seen the evening before. I was not able to see
the sunspots long enough to record the pattern on paper.

About 0820 GMT, it cleared am bit more and I was able to try out my new filter I hade made for my camera. I used 300mm focal length, ISO100 and 1/4000 second exposure.

I captured the main sunspots but did not nail the focus.

April 23^rd 1655 GMT Sun

Fortunately, I did not have long to try my new filter out with my binoculars. I had been struggling for months with a filter that was made for an 80mm telescope. My new purpose-built filter revealed detail in the sunspot pattern that I hadn’t seen for a long time.

 

April 23rd Morning: Gear Upgrades

I was faced with 100% cloud cover. With no solar observations possible, I decided to make some new filters for my binoculars and camera. I had hoped to make one for my 127mm Maksutov but did not have any filter material left. I had to come up with a Plan B, which involved unpacking my old filters and finding a solution. I left that until later, possibly another day. I wrote this while waiting for my filters to "set".

On 22nd my replacement intervalometer but I was unable to use it for the Lyrid meteor shower because there were only small patches of clear sky. Still it was nice to know that I had the means to return to meteor hunting, which I even do on clear nights, even when no major showers are visible.

Another issue I had was that the lead that connected by Bresser Electronic Eyepiece to my PC was lost in the house move and I tried to look for a replacement. Instead, I ordered a similar device for a tenner but it was not due to arrive until mid-May.

That had blown my budget for the foreseeable future!

April 21^st 0545 GMT Sun

I bin scanned the Sun in quite clear conditions. I saw the same three sunspots as before and noticed that they had rotated. The Learmonth images showed a lot more detail, suggesting that I needed to make a solar filter for my 127mm Maksutov.

April 21^st 0515 GMT Moon

The Moon was a difficult target, low in the south west. I snapped it with my DSLR at 300mm focal length, ISO 400 and 1/250 second exposure.

April 19^th 1100 GMT Sun

I bin scanned the Sun under poor conditions but managed to see three sunspots.

April 18^th 2310 GMT Moon

 

My long-awaited return to telescopic photography finally arrived. I took some shots of the Moon with my Mak and DSLR at 1.54m focal length, ISO 100 and 1/500 second exposure.

For processing, instead of stacking lots of frames, I kept varying the focus to select the best one and processed the single frame.

I then took some shots of objects of interest at 4.62m focal length, ISO 100 and 1/50 second exposure. I did not go to any longer focal length, as the lunar disc was shimmering and I would not get a steady image.

The first close-up was of Mare Crisium.

The second shot caught Linne, a small crater with a bright floor and the better-known Kepler/

The third shot was of Tycho, with its ray system.

The fourth shot was in the north west, showing many craters.

The fifth shot was another go at Linne and Kepler, with parts of Grimaldi to the bottom.

On the subject of Grimaldi.

Then there was Plato in the middle of the lunar Alps.

April 17^th 1000 GMT Sun

 

With my 70mm binoculars having failed to detect a single sunspot, I needed something with a bit more aperture.

 

It was a long bank holiday weekend, so I had no rush, so I unpacked both of my Skywatcher telescopes, my ST80 and 127mm Mak.

 

I still needed to make a new filter for my Mak but had a half-decent one that fitted my ST80. Visually, I detected two sunspots and made a drawing. My focusser needed some attention. It was OK-ish for visual use but useless for photography.

April 16^th 2220 GMT Moon

 

I was going to snap the Moon earlier in the evening but it was too hazy. It was over 3 hours after full before I could get a shot. I used my DSLR at 300mm focal length, ISO 100 and 1/2000 second exposure.

April 16^th 0045 GMT Moon

 

The Moon was about 18 hours before its full phase. With only brighter stars visible in the bright moonlight, neither deep sky nor constellation photos were possible.

 

I had another go at the Moon, less than four hours after my last photo and used the same camera settings.

April 15^th 2100 GMT Moon

 

I snapped the Moon at 300mm focal length, ISO 100 and 1/2000 second exposure.

April 14^th 2100 GMT Moon

 

There was a lot of cloud and haze around but I proceeded with a lunar photo shoot with my DSLR at 300mm focal length, ISO 100 and 1/2000 exposure.

April 13^th  2050 GMT Moon and Betelguese

 

I snapped the waxing gibbous moon at 300mm focal length, ISO 100 and 1/1600 second exposure.

 

Meanwhile, Betelguese appeared brighter than Procyon, despite being lower in the sky. This suggested a magnitude of 0.3, quite different to a mere two days ago.

April 11^th 2040 GMT Moon

 

There was some haze around but I snapped the Moon with my DSLR at 300mm focal length, ISO100 and 1/1000 second exposure.

April 9^th 2100 GMT Moon and Betelguese

 

The first quarter moon was high in the west, close to Castor in Gemini. I snapped it with my DSLR at 300mm focal length, ISO 100 and 1/800 second exposure.

 

I saw Betelguese, Aldebaran and Procyon. As there was some light cloud around, the estimate was far from reliable but I guessed that Betelguese was about magnitude 0.5.

April 8th 2100 GMT Moon

I snapped the Moon with my DSLR at 300mm focal length, ISO 100 and 1/640 second. 

April 7th 1920 GMT Moon

I snapped the Moon with my DSLR at 300mm focal length, ISO 100 and 1/400 second. I caught many features but didn't quite nail it.

April 7th 1100 GMT Sun

The weather was quite difficult, with a lot of moving cloud but I managed to see the large sunspot about to rotate off.

April 5th 1100 GMT Sun

The weather was actually better than the forecast, with one large sunspot becoming foreshortened as it approached the limb.

April 3^rd 1920 GMT Moon

 

The Moon was two days past new and surprisingly high in the west.

 I snapped it with my DSLR at 300mm focal length, ISO 100 and 1/200 second exposure.

I reprocessed another frame and this came out somewhat better.

April 3rd 1000 GMT Sun

I woke up to clear sky and immediately bin scanned the Sun, knowing that the weather was predicted to change later. The sunspot had rotated and changed shape.

April 2nd 2125 GMT Deep Sky

I did some deep sky photography with my DSLR at 70mm focal length, ISO 6400 and 8 seconds exposure.

I tried the Hyades star cluster but it was too low in the sky and partially blocked by a house.

I quickly moved on to Melotte 20, otherwise known as the Alpha Persei Cluster. The images were ruined by our TV aerial and one of the joins did not work on the stack. However, the cluster came out well, so I just cropped out the <expletive>.

I got a full field of M35 and its surroundings with the same settings.

April 2nd 2030 GMT Betelguese

It was clear in the west, so I could see Orion. Since I last checked, Betelguese had faded to magnitude 0.5.

April 2nd 1010 GMT Sun

Conditions were bad but I was still able to see the large sunspot that had rotated.

April 1^st 1100 GMT Sun

 

There was a lot of moving cloud but enough clear sky to catch some sunspots.