Monday 27 April 2015

67% waxing, gibbous Moon

A tripod mounted Panasonic Lumix DMC-FZ72 bridge camera at 60x optical zoom was used to image the 67% waxing, gibbous Moon. The camera was set to  ISO-100 and 1/320s exposure at f/5.9. 60 images, were precisely cropped and registered in Nicola Mackin's AstroCrop software and then stacked and wavelet processed in Registax 6.



Monday 20 April 2015

6% waxing, crescent Moon

A tripod mounted Panasonic Lumix DMC-FZ72 bridge camera at 60x optical zoom was used to image the 6% waxing, crescent Moon. The camera was set to  ISO-400 and 1/80s exposure at f/5.9. 36 images, were precisely cropped and registered in Nicola Mackin's AstroCrop software and then stacked and wavelet processed in Registax 5.




Thursday 16 April 2015

Sunspots, granulation and faculae

A static tripod mounted Panasonic Lumix DMC-FZ72 bridge camera at 60x optical zoom, fitted with a Baader solar filter, was used to image the Sun. The camera was set to burst mode, ISO-100 and 1/800s exposure at f/5.9. Images were captured in bursts of three. 60 images, precisely cropped and registered in Nicola Mackin's AstroCrop software were stacked and wavelet processed in Registax 5.



Tuesday 14 April 2015

Sunspots and faculae

A static tripod mounted Panasonic Lumix DMC-FZ72 bridge camera at 60x optical zoom, fitted with a Baader solar filter, was used to image the Sun. The camera was set to burst mode, ISO-100 and 1/1000s exposure at f/5.9. Images were captured in bursts of three. 60 images, precisely cropped and registered in Nicola Mackin's AstroCrop software were stacked and wavelet processed in Registax 5.



Wednesday 8 April 2015

86% waning, gibbous Moon

Through haze: A tripod mounted Panasonic Lumix DMC-FZ72 bridge camera at 60x optical zoom was used to image the 86% waning, gibbous Moon. The camera was set to  ISO-100 and 1/200s exposure at f/5.9. 59 images, were precisely cropped and registered in Nicola Mackin's AstroCrop software and then stacked and wavelet processed in Registax 6.



Tuesday 7 April 2015

Sunspot 2320 growing slowly

A static tripod mounted Panasonic Lumix DMC-FZ72 bridge camera at 60x optical zoom, fitted with a Baader solar filter, was used to image the Sun. The camera was set to burst mode, ISO-100 and 1/800s exposure at f/5.9. Images were captured in bursts of three. 60 images, precisely cropped and registered in Nicola Mackin's AstroCrop software were stacked and wavelet processed in Registax 5.



93% waning, gibbous Moon

A tripod mounted Panasonic Lumix DMC-FZ72 bridge camera at 60x optical zoom was used to image the 93% waning, gibbous Moon. The camera was set to  ISO-100 and 1/320s exposure at f/5.9. 60 images, were precisely cropped and registered in Nicola Mackin's AstroCrop software and then stacked and wavelet processed in Registax 5.



Monday 6 April 2015

Sunspots 2320 and smaller spots

A static tripod mounted Panasonic Lumix DMC-FZ72 bridge camera at 60x optical zoom, fitted with a Baader solar filter, was used to image the Sun. The camera was set to burst mode, ISO-100 and 1/800s exposure at f/5.9. Images were captured in bursts of three. 55 images, precisely cropped and registered in Nicola Mackin's AstroCrop software were stacked and wavelet processed in Registax 5.



Sunday 5 April 2015

98% waning, gibbous Moon

A tripod mounted Panasonic Lumix DMC-FZ72 bridge camera at 60x optical zoom was used to image the 98% waxing, gibbous Moon. The camera was set to  ISO-100 and 1/400s exposure at f/5.9. 59 images, were precisely cropped and registered in Nicola Mackin's AstroCrop software and then stacked and wavelet processed in Registax 6.



The end of the Full Moon

A tripod mounted Panasonic Lumix DMC-FZ72 bridge camera at 60x optical zoom was used to image the Full Moon. The camera was set to  ISO-100 and 1/800s exposure at f/5.9. 60 images, were precisely cropped and registered in Nicola Mackin's AstroCrop software and then stacked and wavelet processed in Registax 6.


Note crater detail starting to appear in the Mare Crisium region as the Full phase comes to an end.