Tarantula Nebula

[cosmophoton (Luiz)]

This is my first try at the Tarantula Nebula.

Exposure: 5 minutes frames, L(19) R(3) G(3) B(3), 140 minutes total.
FSQ106ED, EM200-2M and 383L+ at -15C.
Date: Jan 30, 2014.

Link to high res image:

http://www.astrobin.com/76710/

My thanks to C. Jacques, M. Moura, J. R. Barros and E. Pimentel from SONEAR Observatory, Brazil.

Thanks for watching!

Cheers,
Luiz Duczmal

PS: I have revised the original image and corrected the background.

[multiweb (Marc)]

Beautiful field. Very nice colors and details.

[cosmophoton (Luiz)]

Originally Posted by multiweb

Beautiful field. Very nice colors and details.

Thanks Marc for the kind comment, very much appreciated.
I have just uploaded a revised version of the image, hope that you like it.

Cheers,
Luiz Duczmal

[dutch2 (Ingrid)]

Lovely image.
Great job, well done.

[alpal]

Hi Luiz,
Nice picture - top data.
I think the latest version is a bit too dark which
has caused the nice faint yellow/brown area at the bottom left corner
of the Tarantula to be lost although you've fixed what looked like a gradient.

cheers
Allan

[cosmophoton (Luiz)]

Originally Posted by alpal

Hi Luiz,
Nice picture - top data.
I think the latest version is a bit too dark which
has caused the nice faint yellow/brown area at the bottom left corner
of the Tarantula to be lost although you've fixed what looked like a gradient.

cheers
Allan

Thanks for the input Allan, I think you are right. I must work now with the Dynamic Background Extractor, instead of the Automatic.
Best,
Luiz

[cosmophoton (Luiz)]

Originally Posted by dutch2

Lovely image.
Great job, well done.

Thanks Ingrid for the kind comments.
Cheers,
Luiz

[alpal]

Originally Posted by cosmophoton

Thanks for the input Allan, I think you are right. I must work now with the Dynamic Background Extractor, instead of the Automatic.
Best,
Luiz

Hi Luiz,
It's all subjective really but -
the free program called Fitswork4 would fix it up in 1 minute.

Go to:
processing
background flatten
background gradient removal manual


cheers
Allan

[cosmophoton (Luiz)]

Originally Posted by alpal

Hi Luiz,
It's all subjective really but -
the free program called Fitswork4 would fix it up in 1 minute.

Go to:
processing
background flatten
background gradient removal manual


cheers
Allan

Hi Allan,

I have uploaded a new revision, with an improved background correction and a less aggressive contrast. Now I think the red clouds are better displayed. Thank you VERY MUCH for your observations!

Cheers,
Luiz Duczmal

[alpal]

That's better - have you tried Fitswork4?

I use it all the time & it's great.

[jsmoraes (Jorge)]

Only Tarantula ?!?!

There, you can see NGC 2074, an unidentified group, NGC 2077, NGC 2086, NGC 2083.

Very good field.

[cosmophoton (Luiz)]

Originally Posted by alpal

That's better - have you tried Fitswork4?

I use it all the time & it's great.

Hi Allan,

Thanks for the info. I took a look at it, and it seems a nice free program with many useful features.
I opted to use PixInsight Dynamic Background Extractor, however, due to the complicated geometry required for the background correction in my case (I don't know how to process complex background with FitsWork4).

Thanks again for the tip.
Luiz

[cosmophoton (Luiz)]

Originally Posted by jsmoraes

Only Tarantula ?!?!

There, you can see NGC 2074, an unidentified group, NGC 2077, NGC 2086, NGC 2083.

Very good field.

Thanks Jsmoraes, a name as "Tarantula Nebula Field" should be more appropriate. I took a look at your LMC objects, a nice collection.

Luiz