This was taken at 08:41:17 UT.

This was taken at 08:45:38 UT. As they approach the limb we have AR3742 to AR3745, AR3747.

This was taken at 08:46:52 UT. Here again we have sunspot groups AR3750, AR3751, AR3755, AR3756 and AR3759. This is two images stitched together using Microsoft ICE (Image Compositing Editor). They've changed considerably since yesterday.

This was taken at 08:51:02 UT. This shows sunspot groups AR3744, AR3748, and AR3753.

This was taken at 08:04:10 UT.

This was taken at 08:07:30 UT. Here we have sunspot groups AR3743, AR3745 and AR3747, now approaching the limb of the sun.

This was taken at 08:08:33 UT. Here we have sunspot groups AR3744 and AR3753.

This was taken at 08:10:31 UT. It shows sunspot groups AR3752, AR3754 and AR3757.

This was taken at 08:07:30 UT. Here we have sunspot groups AR3750, AR3751, AR3755, AR3756 and AR3759. This is two images stitched together using Microsoft ICE (Image Compositing Editor).

This was taken at 07:55:37 UT.

This was taken at 08:15:50 UT. It shows sunspot groups AR3743, AR3745 and AR3747.

This was taken at 08:18:16 UT. It shows sunspot groups AR3744 and AR3753.

This was taken at 08:19:14 UT. It shows sunspot groups AR3752, AR3754 and AR3757.

This was taken at 08:17:23 UT. It shows sunspot groups AR3738 and AR3753.

This was taken at 08:20:23 UT. It shows sunspot groups AR3751, AR3755 and AR3756.

This was taken at 08:25:19 UT. It shows sunspot groups AR3749, AR3750 and AR3751.

This was taken at 08:51:05 UT.

This was taken at 08:56:18 UT. It shows sunspot group AR3738, which is now aproaching the limb and looks different to 8th July.

This was taken at 08:57:28 UT. It shows sunspot groups AR3742, AR3743, AR3745 and AR3747.

This was taken at 08:56:18 UT. It shows sunspot groups AR3750 and AR3751.

This was taken at 08:28:34 UT.

This was taken at 08:32:33 UT. It depicts AR3738, an interesting group, it contains more than 50 small dark spots.

This was taken at 08:33:19 UT. Again plenty of small dark spots surrounding AR3736.

This was taken at 08:34:24 UT.AR3740, a really small spot in the centre of the disk.

This was taken at 08:35:29 UT. It will be the last we see of AR3733 (on the limb).

This was taken at 08:37:34 UT. Showing AR3741 cominh into view.

This was taken at 08:45:00 UT. I'm not particularly happy with today's images, they were taken hurriedly in between clouds.

This was taken at 08:50:23 UT. It shows sunspot groups AR3729 and AR3733.

This was taken at 08:51:39 UT. Shown here are AR3727, AR3729, AR3730 and AR3732.

This was taken at 08:53:39 UT. Showing AR3734 and AR3735.

This was taken at 08:55:09 UT, showing emerging spot group AR3736.

This was taken at 14:20:29 UT.

This was taken at 15:06:25 UT. Showing sunspots AR3727 and AR3728.

This was taken at 15:07:27 UT and shows sunspot AR3729.

This was taken at 15:08:26 UT. Showing AR3729 and on the limb AR3733, AR3734 and AR3735.

This was taken at 15:09:49 UT, showing isolated sunspot AR3721.

This was taken at 10:05:42 UT

This was taken at 10:19:38, showing spot AR3719 and AR3720.

This was taken at 10:21:38, showing spots AR3727 and AR3729.

This was taken at 10:19:38, showing spot AR3721.

This was taken at 08:58:00 UT

This was taken at 09:0:56, showing spot AR3719 and AR3720.

Compare it to yesterday, you can see how much the spots have changed in 24 hours.

This was taken at 09:01:51, showing spot AR3722, AR3723, AR3724, AR3727 and AR3728.

This was taken at 09:02:53, showing spot AR3719 and AR3720.

This was taken at 09:05:00, showing spot AR3727, AR3728 and a new group above on the limb (will possible be AR3729?).

This was taken at 08:58:55 UT

This was taken at 09:04:50, showing spot AR3721.

This was taken at 09:11:45, showing spots AR3722, AR3723, AR3724 and AR3726.

This was taken at 09:12:40, showing spot AR3719 and AR3720.

This was taken at 08:44:47 UT

This was taken at 08:47:54, showing spots AR3719 and AR3720.

This was taken at 08:48:49, showing spots AR3720, AR3722 and AR3724.

This was taken at 08:49:41, showing spots AR3722, AR3723, AR3724 and AR3726.

This was taken at 08:50:53, showing spots AR3721 and AR3725.

This was taken at 14:17:14 UT

This was taken at 14:32:04 UT

A close up of AR3712 and AR3713. Closer to the limb than on 21st June.

This is a mosaic of 2 images taken at 14:51:05 and 14:55:07 and shows new spots AR3719, AR3720 and AR3722.

This was taken at 08:53:12 UT

Taken at prime focus of of a 60mm F/4 guidescope with the ZWO ASI224MC camera.

500 of 1000 frames, stacked and processed using AstroSurface. Further processing using Photoshop CS3 and Topaz Denoise

This was taken at 08:59:56 UT

Taken at prime focus of my 200mm F/8 RC Cassegrain with the ZWO ASI224MC camera.

500 of 1000 frames, stacked and processed using AstroSurface. Further processing using Photoshop CS3 and Topaz Denoise

This is a close up of AR3716.

This was taken at 08:58:49 UT

Taken at prime focus of my 200mm F/8 RC Cassegrain with the ZWO ASI224MC camera.

500 of 1000 frames, stacked and processed using AstroSurface. Further processing using Photoshop CS3 and Topaz Denoise

This is a close up of AR3712 and AR3713.

This was taken at 09:01:13 UT

Taken at prime focus of my 200mm F/8 RC Cassegrain with the ZWO ASI224MC camera.

500 of 1000 frames, stacked and processed using AstroSurface. Further processing using Photoshop CS3 and Topaz Denoise

This is a close up of new spots AR3719 and AR3720.

This was taken at 08:54:42 UT

Taken at prime focus of a 60mm F/4 guidescope with the ZWO ASI224MC camera.

500 of 1000 frames, stacked and processed using AstroSurface. Further processing using Photoshop CS3 and Topaz Denoise

This was taken at 09:01:56 UT

Taken at prime focus of my 200mm F/8 RC Cassegrain with the ZWO ASI224MC camera.

500 of 1000 frames, stacked and processed using AstroSurface. Further processing using Photoshop CS3 and Topaz Denoise

This is a close up of AR3716.

This was taken at 09:04:42 UT

Taken at prime focus of my 200mm F/8 RC Cassegrain with the ZWO ASI224MC camera.

500 of 1000 frames, stacked and processed using AstroSurface. Further processing using Photoshop CS3 and Topaz Denoise

This is a close up of AR3712 and AR3713.

This was taken at 11:23:23 UT

Taken at prime focus of a 60mm F/4 guidescope with the ZWO ASI224MC camera.

500 of 1000 frames, stacked and processed using AstroSurface. Further processing using Photoshop CS3 and Topaz Denoise

Taken at 11:43:13 UT

Taken at prime focus of my 200mm F/8 RC Cassegrain with the ZWO ASI224MC camera.

500 of 1000 frames, stacked and processed using AstroSurface. Further processing using Photoshop CS3 and Topaz Denoise.

This is a mosaic of three images. Same spots as Monday, so you can see how the spots have changed.

This was taken in the morning, 09:08:56 UT

Taken at prime focus of a 60mm F/4 guidescope with the ZWO ASI224MC camera.

500 of 1000 frames, stacked and processed using AstroSurface. Further processing using Photoshop CS3 and Topaz Denoise

This was taken in the morning, 08:26:36 UT

Taken at prime focus of a 60mm F/4 guidescope with the ZWO ASI224MC camera.

500 of 1000 frames, stacked and processed using AstroSurface. Further processing using Photoshop CS3 and Topaz Denoise

This was taken in the morning, 08:56:15 UT

Taken at prime focus of my 200mm F/8 RC Cassegrain with the ZWO ASI224MC camera.

500 of 1000 frames, stacked and processed using AstroSurface. Further processing using Photoshop CS3 and Topaz Denoise

This is a close up of AR3716.

This was taken in the morning, 09:01:08 UT

Taken at prime focus of my 200mm F/8 RC Cassegrain with the ZWO ASI224MC camera.

500 of 1000 frames, stacked and processed using AstroSurface. Further processing using Photoshop CS3 and Topaz Denoise

This is a close up of AR3712 and AR3713.

This was taken in the late afternoon, 18:04:04

Taken at prime focus of a 60mm F/4 guidescope with the ZWO ASI224MC camera, so the resolution is not great.

500 of 1000 frames, stacked using AutoStakkert, processed using AstroSurface. Further processing using Photoshop CS3 and Topaz Denoise

This one was taken with the ZWO ASI224MC camera at prime focus of the 200mm RC Cassegrain.

300 of 1000 frames, stacked using AutoStakkert, processed using Richardson-Lucy Deconvolution in AstroSurface. Further processing using Photoshop CS3 and Topaz DenoiseAi. Shows the region around Treisnecker and Rima Hyginus

This one was taken with the ZWO ASI224MC camera with a 2x barlow lens and the 200mm RC Cassegrain.

300 of 1000 frames, stacked using AutoStakkert, processed using Richardson-Lucy Deconvolution in AstroSurface. Further processing using Photoshop CS3 and Topaz DenoiseAi. Shows a more detailed view of the region around Treisnecker and Rima Hyginus

This one was taken with the ZWO ASI224MC camera with a 2x barlow lens and the 200mm RC Cassegrain.

300 of 1000 frames, stacked using AutoStakkert, processed using Richardson-Lucy Deconvolution in AstroSurface. Further processing using Photoshop CS3. Shows a detailed view of the Theopilus, Cyrillus and Catherina on the western edge of Mare Nectaris

This one was taken with the ZWO ASI224MC camera with a 2x barlow lens and the 200mm RC Cassegrain.

300 of 1000 frames, stacked using AutoStakkert, processed using Richardson-Lucy Deconvolution in AstroSurface. Further processing using Photoshop CS3. Shows a detailed view of the craters Albategnius and Hipparchus

This one was taken with the ZWO ASI224MC camera with a 2x barlow lens and the 200mm RC Cassegrain.

300 of 1000 frames, stacked using AutoStakkert, processed using Richardson-Lucy Deconvolution in AstroSurface. Further processing using Photoshop CS3. Shows a detailed view of the crater Fracastorius at the south end of Mare Nectaris

Taken with the ZWO ASI224MC camera at prime focus of the 200mm RC Cassegrain

300 of 1000 frames, stacked using AutoStakkert, processed using Van-Cittert Deconvolution in AstroSurface. Further processing using Photoshop CS3 and Topaz DenoiseAi

Taken with the ZWO ASI224MC camera at prime focus of the 200mm RC Cassegrain

A mosaic of 8 individual images, mosaiced using Microsoft ICE

Taken with the ZWO ASI224MC camera at prime focus of the 200mm RC Cassegrain at 18:03:08

300 of 1000 frames, stacked using AutoStakkert, processed using Van-Cittert Deconvolution in AstroSurface. Further processing using Photoshop CS3 and Topaz DenoiseAi. Showing Petavius (top) and Langrenus (right).

Taken with the ZWO ASI224MC camera at prime focus of the 200mm RC Cassegrain at 18:06:06

300 of 1000 frames, stacked using AutoStakkert, processed using Van-Cittert Deconvolution in AstroSurface. Further processing using Photoshop CS3 and Topaz DenoiseAi. Showing Mare Crisium.

Taken with the ZWO ASI224MC camera at prime focus of the 200mm RC Cassegrain at 21:10:26

300 of 1000 frames, stacked using AutoStakkert, processed using Van-Cittert Deconvolution in AstroSurface. Further processing using Photoshop CS3 and Topaz DenoiseAi. Showing Mare Humorum and Gasendi.

Taken with the ZWO ASI224MC camera at prime focus of the 200mm RC Cassegrain at 21:12:01

300 of 1000 frames, stacked using AutoStakkert, processed using Van-Cittert Deconvolution in AstroSurface. Further processing using Photoshop CS3 and Topaz DenoiseAi. Showing Schickard far left in shadow.

Taken with the ZWO ASI224MC camera at prime focus of the 200mm RC Cassegrain at 21:13:33

300 of 1000 frames, stacked using AutoStakkert, processed using Van-Cittert Deconvolution in AstroSurface. Further processing using Photoshop CS3 and Topaz DenoiseAi. Showing an area of the southern highlands with Tycho at the top.

Taken with the ZWO ASI224MC camera at prime focus of the 200mm RC Cassegrain at 21:14:53

300 of 1000 frames, stacked using AutoStakkert, processed using using Van-Cittert Deconvolution in AstroSurface. Further processing using Photoshop CS3 and Topaz DenoiseAi. Showing an area of the southern highlands with Tycho to the left.

Taken with the ZWO ASI224MC camera at prime focus of the 200mm RC Cassegrain at 21:17:38

300 of 1000 frames, stacked using AutoStakkert, processed using using Van-Cittert Deconvolution in AstroSurface. Further processing using Photoshop CS3 and Topaz DenoiseAi. Showing an area including Copernicus, Mare Insularum and Sinus Aestuum.

Taken with the ZWO ASI224MC camera at prime focus of the 200mm RC Cassegrain at 21:21:26

300 of 1000 frames, stacked using AutoStakkert, processed using using Van-Cittert Deconvolution in AstroSurface. Further processing using Photoshop CS3 and Topaz DenoiseAi. Showing an area between Copernicus and Gassendi.

This is a mosaic of all of these images processed using Van-Cittert Deconvolution in AstroSurface. Further processing using Photoshop CS3 and denoised with Topaz DenoiseAi.

Taken with the ZWO ASI224MC camera at prime focus of the 200mm RC Cassegrain at 21:16:40

300 of 1000 frames, stacked using AutoStakkert, processed using the Van-Cittert Deconvolution tool in AstroSurface. Further processing and denoising using Photoshop CS3.Showing Mare Crisium.

Taken with the ZWO ASI224MC camera at prime focus of the 200mm RC Cassegrain at 21:10:41

300 of 1000 frames, stacked using AutoStakkert, processed using the Van-Cittert Deconvolution tool in AstroSurface. Further processing and denoising using Photoshop CS3.Showing Mare Fecunditatis and craters Langrenus and Petavius (the one with the rille).

This is the same image as the previous one with enhanced saturation to show the colours of the minerals on the lunar surface

Taken with the ZWO ASI224MC camera at prime focus of the 200mm RC Cassegrain at 21:20:39

300 of 1000 frames, stacked using AutoStakkert, processed using the Van-Cittert Deconvolution tool in AstroSurface. Further processing and denoising using Photoshop CS3.Showing Furnerius, Stevinus and Mare Australe.

This is a mosaic of all 3 stacked images processed using the Van-Cittert Deconvolution tool in AstroSurface. Further processing, denoising and saturation enhanced using Photoshop CS3.

Taken with the ZWO ASI224MC using a 2x barlow lens with the 200mm RC Cassegrain at 18:35:05

300 of 1000 frames, stacked using AutoStakkert, processed using wavelets in Registax. Further processing using Photoshop CS3 and Topaz Denoise. The two moons are Europa (top) and Io.

Taken with the ZWO ASI224MC camera at prime focus of the 200mm RC Cassegrain at 21:31:30

300 of 1000 frames, stacked using AutoStakkert, processed using wavelets in Registax. Further processing and denoising using Photoshop CS3. Need to use a Barlow or Powermate for future images.