This is the third processed image from my trip to Namibia, probably the best one of the entire set, since it has the most data: almost three half nights of "gross time", but barely 4 hours after discarding bad frames.

Lagoon and Trifida nebulae

To the right, you can see the big and gorgeous Lagoon nebula. On the left side, the much smaller, but still nice and interesting (and more coloured) Trifid Nebula.

They're both also known respectively as M 8 and M 20, from the Messier catalogue.

Technical data: Camera: ASI183MM
Mount: Star Adventurer (no autoguiding).
Telescope: TS Apo 60mm F/5.5 with 0.79x focal reducer (focal length: 265mm).
Filters: Astronomik LRGB Typ IIc
Shooting software: AstroPhoto Plus
Processing: Pixinsight

More details and full resolution image on the Astrobin page

Another update from my trip to Namibia. Here's a second processed image, the Tarantula Nebula, this time inside the Large Magellanic Cloud.

Tarantula Nebula

This is a star forming region, very similar to the famous Orion Nebula that we can see from our latitudes, only this is way bigger. If the Tarantula Nebula was as close to us as the Orion Nebula it would even cast a visible shadow.

Technical data: Camera: ASI183MM
Mount: Star Adventurer (no autoguiding).
Telescope: TS Apo 60mm F/5.5 with 0.79x focal reducer (focal length: 265mm).
Filters: Astronomik LRGB Typ IIc
Shooting software: AstroPhoto Plus
Processing: Pixinsight

More details and full resolution image on the Astrobin page

After long planning me and Alessia finally went to Namibia, under one of the darkest sky on the planet, with the main intent of a fully astronomical holiday. The trip was exausting, and I've barely started processing images. Here's a first image:

Small Magellanic Cloud

It's a zoomed detail of the Small Magellanic cloud, one of the two dwarf companion galaxies of our Milky Way.

Technical data:
Camera: ASI183MM
Mount: Star Adventurer (no autoguiding).
Telescope: TS Apo 60mm F/5.5 with 0.79x focal reducer (focal length: 265mm).
Filters: Astronomik LRGB Typ IIc
Shooting software: AstroPhoto Plus
Processing: Pixinsight

More details and full resolution image on the Astrobin page

As spring seems to have fully arrived in London, our garden looks quite full of life.

I spent some time this afternoon taking snaps and a few videos of the local parrots. In the morning they come in flocks of 10 or 20, while in late afternoon there's usually 2 or 3 at time.

🔗open in Google Photos to view the full album
Parakeets, 18/04/2019

During the evening, our usual male and female foxes came visiting, quite unusually at the same time, so I took the chance to make a few pictures of them together

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Foxes, 18/04/2019

"Hunting" for deers pictures, but with a few extras, on a cloudy day in Richmond Park. Also proved as a good test for my new camera, a Canon EOS 80D,

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Richmond Park - 05/04/2019

Since I've never blogged about this project, there's quite a lot to catch up, so I'm gonna make a first summary with all (or a good part of) the content I've captured so far.

Let's start by videos: here's a youtube playlist with all the videos captured so far

Open in Youtube

The playlist is ordered starting from the most recent going backwards in time, so the first videos are actually the last.

In addition to the equipment described in the previous post I occasionally am also able to take zoomed pictures with my DSLR cameras, a Canon EOS 700D at first, an EOS 80D more recently, and a Sigma 150-600 zoom lens.

These are the best albums so far

First encounter

A few pictures taken before I started feeding them (back in January 2018), with an old telelens. The quality is pretty bad, actually, but I put it here anyway, as it's a nice memory.

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First Encounter (02/01/2019)

Odin, the red fox

We didn't know she was a female initially (hence the name). She's a bit older than the other female shown in later pictures, and she hasn't shown up lately, hopefully just because she moved, or because she's pregnant.

🔗open in Google Photos to view the full album
Odin, the red fox - 07/2018
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Odin, 03/09/2018
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Odin, 14/09/2018

Spelacchio and the snow

The only male fox visiting us (at the moment). The name is a joke about the bad fur on his tail in the most recent pictures.

He's easly recogniseable because of his bigger size, and the tail being all black.

🔗open in Google Photos to view the full album
Fox and the snow - 01/02/2019

Biscotta & Spelacchio

The first pictures show Spelacchio, with his all black tail with some bad fur patches on it.

The white pointed tail fox is Biscotta, a little and lively female.

🔗open in Google Photos to view the full album
Biscotta and Spelacchio - 02/04/2019

Roughly more than a year ago I started this little project: feeding local foxes, that were already visiting very often our garden, mainly to try and get as many pics as possible.

When I started I just took occasional pics with a DSLR and telephoto lens, I then installed a first Raspberry Pi with an Infrared sensible camera and a single IR light to monitor the garden during the night, studying their habits and how to best interact with them. IR lights are essential to get a light source without disturbing the foxes (and the environment) with too much visible light.

As I started getting results, I started improving my setup times and times. Firstly I added more IR lights This is my current setup as it stands.

Whole setup

There are two raspberry pi cameras: one inside a waterproof box, getting closeups, the other indoors, with just the camera and its cable getting out of the window. There's a set of three infrared floodlights: the smallest two are visible in the picture, and they illuminate the balcony. There's a third one, much bigger, not visible in this picture, that floods the whole garden.

Raspberry Pi closeup camera This is a 3D Printed waterproof box containing a Raspberry Pi and a Raspberry Pi Camera Noir (IR sensitive). Using MotionEye the raspberry can detect motion in video stream, and subsequently start recording.

Raspberry Pi wide field camera

Wide field camera case for another Raspberry Pi Noir camera. In this case only the camera is outdoors, the Raspberry Pi is indoors with only the camera cable passing through the window.

I call this the "Wide Field" camera, although technically the field of view is exactly the same (since the camera itself is the same), but the camera points to the whole garden instead of just the balcony.

Raspberry Pi

The second Raspberry Pi

Wildlife camera

A wildlife camera, perfect for producing videos with sound. Although this camera gives much better results for videos, I still keep the two raspberries as they produce better still pictures.

This august I was able to go with our astronomical group to our usual appointment at Colle dell'Agnello in Italy, very close to France border.

The place is very dark, but the weather can often be a problem. Sometimes too windy, clouds covering the sky pretty quickly, sometimes even surrounding us (massive humidity, lens and mirrors getting wet).

During one of these nights I tried to get NGC7000, only to get inside a cloud right 5 minutes after finishing setting up everything and starting exposures.

It lasted a while, and I didn't have much time left, so I decided to get a quick shot at an old classic, M31.

Here's the result:

M31 from Colle dell'Agnello

Roughly 2 hours of exposure (discarding a good portion of frames, so I stacked slightly more than 1 hour).

Setup:

ASI1600mm (non cool) TS Photoline 60mm F/5.5 (with reducer, fl=260mm) Star Adventurer Processed using Pixinsight I'm not 100% happy about both the shooting and the processing, stars don't look very good when zooming in, but I quite like the fact that the core is not saturated, and some nice details can be spotted too.

Instead, the best result of this holiday was probably the timelapse of our days (and nights) at the shelter:

A classic astrophotography subject, startrails can show how much the celestial sphere rotates in just a few hours (in this case, 4).

This one in particular also highlights how many airplanes wander above our heads, you can see lots of them quite clearly, straight intermittent lines striking the perfect circles drawn by the stars.

City star trails

This simple yet effective tecnique also has the side effect of allowing to build a timelapse using the very same set of images.

Technical data: Canon EOS 700d, Tokina 11m-16mm (at 11mm, F/3.2). ISO 1600, exposure 3 seconds, I also used a star adventurer mini to get pinpoint stars, although with this focal length it might have been a bit of an overkill.

I recently needed a cheap 2 in 1 laptop, both for having a smaller lightweight astrophotography laptop, and for general usage. I chose the iOTA 360, currently on Amazon for less than 200£.

It was a bet, since looking around I couldn't find anyone claiming a successful GNU/Linux installation on it, but with some work I managed to get pretty much everything working.

The following guide should help you installing any recent version of Ubuntu on the iOTA 360.

A lot of these instructions/tools (including EFI 32bit bootloader, and Screen Rotator) can apply to other 2in1 laptops as well

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